_USER_ {50881, title = {A dynamic cone penetrometer for measuring soil penetration resistance}, journal = {Soil Science Society of America Journal}, volume = {66}, number = {4}, year = {2002}, month = {July 1, 2002}, pages = {_PHONE_}, abstract = {
Recognition of the importance of soil compaction is increasing, but instrument cost, measurement repeatability and data interpretation limit its measurement on agricultural and rangelands. The dynamic penetrometer described here follows ASAE standards but replaces the proving ring with a strike plate, a shaft extension and a sliding hammer. The penetrometer cone eis pushed into the soil by successive hammer blows. Penetration resistance is calculated as the work by the soil needed to stop cone movement divided by the penetration distance. The work by the soil is defined as the kinetic energy of the hammer when it impacts the strike plate. Construction cost is approximately US$100. The standard drop height and hammer mass ensure measurements are consistent between operators.
}, keywords = {agricultural, American Society of Agricutlural Engineers standards, cone movement, dynamic penetrometer, ensure measurements, hammer mass, impacts, kinetic energy, penetration distance, Penetration resistance, proving ring, rangelands, shaft extension, sliding hammer, soil, soil compaction, standard drop height, strike plate}, doi = {10.2136/sssaj2002.1320}, url = {/files/bibliography/02-034.pdf}, author = {Jeff E Herrick and Jones, T.L.} }


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capsized kayak
File photo credit: Wikimedia commons
by Hevina Kaur
Now that you've mastered the right way to use a kayak paddle and how to stop a kayak and turn a kayak, it's time to learn something more advanced. Every seasoned kayaker will experience capsizing one day. It's an essential part of the experience, whether you do it on purpose or for fun, you have to try capsizing at least once to really complete your kayaking experience and to prepare yourself.
The easiest way to recover your kayak after capsizing is employing a technique called the Eskimo Roll.
1. If your kayak is going to fully capsize, you will need to anticipate it. Before you're completely submerged you need to bring your paddle parallel the kayak, rolling your wrist forward.
2. As the kayak is upside down, turn the paddle and reach out to grab the water, bringing your paddle up near the surface of the water.
3. Use your hips to allow you to flip the kayak back upright. This is the most important part. Your arms are not the key part of allowing you to turn back up. They only help position the paddle. Your hips are the ones doing the work here.
While you are underwater, you need to throw your hips to the right and to the left, almost as if you are wiggling in your seat. This is the momentum that is going to allow your kayak to turn back upright.
After this, you should have already recovered your capsized kayak. You need to practise this move a couple times before you can truly master it. It is essential to know this move when you're out kayaking because you never know when you might capsize and you will need to put these skills to test. Safety is truly of utmost importance when you're out at in the open sea.
Falling out of your seat while capsizing
What happens if you fall out of your seat when you capsize though? That requires a different set of skills.
1. Firstly, you will have to return your kayak into an upright position. Simply reach under your kayak and grab on to both sides of the cockpit rim to push it over and flip it upright.
2. Once your kayak is upright, you'll have to reach across to the opposite side of it and simply pull your whole body up and onto the kayak, as if you were getting out of a swimming pool.
3. Now that you're on the kayak again, you need to position yourself back into your sitting position by flipping your body over and sliding yourself back into your seat.
And there you have it, you now know how to get back onto your kayak once you've capsized whether be it while still in the kayak or if you fell out of the kayak.
At the end of the day, you need to be careful when you do this because waters can be rather unpredictable. Although recovering from a capsized kayak can be quite fun to practise, never ever do it without the supervision of your instructor. If you happen to accidentally capsize, make sure you keep calm because nothing will impede a kayak recovery more than someone who is panicking.
Singapore Sports Council location map
3 Stadium Drive, Singapore 397630


How to run npm Behind A Proxy Server - a step-by-step guide
You might need to modify npm install commands that access remote repositories (npmjs, for example) for installing Node JS modules; if your internet access is through a proxy server.
Proxy servers are common in college and business type environments.
You can locate your proxy settings from your browser's settings panel.
Using Proxy with NPM
Once you have obtained the proxy settings (server URL, port, username and password); you need to configure your npm configurations as follows.
$ npm config set proxy http://:@:
$ npm config set https-proxy http://:@:
You would have to replace , , , with the values specific to your proxy server credentials.
These fields are optional. For instance, your proxy server might not even require and , or that it might be running on port 80 (in which case is not required).
Once you have set these, your npm install, npm i -g etc. would work properly.
When Not to Use
You should not have to use npm commands with proxy settings, if either of the following happens:
 - Your system administrator or corporate policy does not allow you to access remote npm repositories from NPM-JS, for instance.
 - The remote repository of Node modules in question is not in your machine, but it's within the internal network.
Unset Proxy Settings
Use this blog post to unset your proxy settings. You can also manually remove the lines specifying your proxy settings from your.npmrc file.
You may use the following resources for further reading on this:-
I used this type of my proxy, but the connection failed to establish. What's the problem?
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text:
SAN FRANCISCO—A lesson plan for the San Francisco Unified School District has been proposed to teachers to help navigate classroom discussions about president-elect Donald Trump. The opening letter to teachers describes Trump as a racist, sexist man that won the election by "pandering to a huge racist and sexist base." The plan was initially written by a SF teacher after the election to help teachers to answer questions of their students following the election results. It has since been sent via email to more than 6,000 school district members by the United Educators of San Francisco (UESF).
Fakhra Shah, a social studies teacher at Mission High School wrote the lesson plan at 2:00 a.m. following the election. She indicated that she had no intentions of the lesson plan spreading throughout the city and that it was the teacher's union that was responsible for the distribution.
"We're calling him out," states Shah, "if he's our president, I have the right to hold him accountable and ask him to take a stance that is anti-hate and anti-racist." In the lesson plan, she states that teacher's have the jurisdictions to set their own "norms" and to prohibit their students from "swearing."
Some of the objectives in the lesson plan include:
- Students expressing their personal experiences with discrimination
- A deeper understanding behind the motivation of Trump supporters
- An American context of racial violence, sexism, etc.
Shah includes resources, lesson plans with sources such as a documentary by Michael Moore, and the focus of creating a learning environment where the youth are not penalized for the way they express themselves in terms of discrimination.
Since the release of this lesson plan, other union members have come forward to express their viewpoints on the matter. Vice President of the Board of Education Shamann Walton is concerned with history repeating itself stating: "In order for us to avoid all of that darkness in all of our too recent history, we cannot sit idly by and pretend that this is not hurtful."
Republicans have revealed antipodal opinions on the matter. Republican National Committee Harmeet Dhillon defined the lesson plan as, "inappropriate propaganda that unfairly demonizes not only the campaign that Donald Trump, the winner, ran, but also all of the people who voted for him."
The UESF posted an explanation of the lesson plan on their website on Friday, November 18 stating: "Following a bitter and divisive presidential campaign, during which our President-elect made a series of racist, sexist, and xenophobic remarks, many of our students have expressed feelings of fear, intimidation, and uncertainty."
In addition to that statement, the UESF also provided support for those who were in favor of Trump writing that students "should be protected from intimidation and fear and their voice should be included in all discussions about the presidential race and the future."
The UESF plans on creating a committee of "rank-and-file educators" to ensure age-appropriate lesson plans synchronously with current events.

source: openbmb/Ultra-FineWeb


text:
Plant of the Week | King Tut papyrus
Home and Garden
On The House
Egyptian or King Tut papyrus, Cyperus papyrus 'King Tut', is an extraordinary tropical plant that has many uses in the garden. This plant is a member of the sedge family. Its stems are medium-green and triangular and grow upright in clumps. The stems are topped by long leaflets that look similar to sparklers. King Tut papyrus likes moist soil, although, once established, it does well in drier conditions. King Tut papyrus looks great as a focal point in a garden or in a container with shorter flowering annuals. King Tut papyrus can be seen in the containers in front of the Chase Community Garden Center on the Scotts Miracle-Gro Community Garden Campus at the Franklin Park Conservatory and Botanical Gardens.
— Barbara Arnold
Franklin Park Conservatory and Botanical Gardens

source: HuggingFaceFW/fineweb-edu


text:
Polarizer vs. Analyzer — What's the Difference?
By Tayyaba Rehman — Updated on October 27, 2023
Polarizer is a device that converts an unpolarized light into polarized light. Analyzer is a device that measures or analyzes the polarization of light.
Difference Between Polarizer and Analyzer
Table of Contents
A polarizer is a device used in optics to transform unpolarized light into polarized light, usually by selectively filtering a certain orientation of waves. An analyzer, on the other hand, is a device used to examine or measure certain properties of polarized light, such as its direction, intensity, or degree of polarization.
Polarizers are often used in photography to reduce glare and improve color saturation. They work by allowing only light waves vibrating in a particular direction to pass through. Analyzers are employed in various scientific and industrial applications to assess the properties of polarized light, helping to reveal information about the material through which the light has passed.
In the context of polarized light microscopy, a polarizer is placed below the specimen to polarize the light before it passes through the sample. An analyzer is then placed above the specimen to analyze the polarized light that has interacted with the sample, providing insights into the sample's optical properties.
Polarizers are critical in devices like LCD screens, where they ensure that the light is polarized before it reaches the liquid crystals. Analyzers are used in spectropolarimetry to study the polarization of light from astronomical sources, providing valuable data about celestial bodies.
While both polarizers and analyzers deal with polarized light, their functions are distinct: polarizers modify the state of the light, while analyzers assess or measure the properties of polarized light.
Converts unpolarized light to polarized light
Measures or analyzes properties of polarized light
In photography to reduce glare; in LCD screens
In scientific research; in spectropolarimetry
Placed before light interacts with the subject
Placed after light has interacted with the subject
Modifies the state of light
Assesses or measures the light's properties
In optics for light control
In scientific analysis for understanding material properties
Compare with Definitions
A polarizer is instrumental in improving image quality by reducing glare and enhancing colors.
By using a polarizer, she captured vibrant photos even under bright sunlight.
An analyzer is a device used to measure the properties of polarized light, like intensity or orientation.
The scientist used an analyzer to study the polarization of light from distant stars.
A polarizer is commonly used in sunglasses to reduce glare from horizontal surfaces.
The polarizer in his sunglasses made it easier to drive against the low sun.
An analyzer is crucial in laboratories for examining material properties using polarized light.
Using the analyzer, the researcher could identify the crystal structure of the mineral.
In LCD screens, a polarizer ensures light is properly oriented before reaching the liquid crystals.
The damaged polarizer caused the LCD display to show distorted colors.
An analyzer can be used to test the effectiveness of polarizers in various devices.
The technician used an analyzer to ensure the polarizer in the camera lens was functioning correctly.
A polarizer is a device that filters light waves to allow only those in a specific orientation to pass through.
The photographer used a polarizer to reduce the reflection on the water's surface.
In optics, an analyzer determines the degree of polarization and direction of polarized light.
The analyzer revealed unexpected changes in the light's polarization, indicating a new phenomenon.
A polarizer can be used in optical devices to control the direction of light waves.
He adjusted the polarizer in the microscope to get a clearer view of the specimen.
To examine methodically by separating into parts and studying their interrelations.
A polarizer or polariser is an optical filter that lets light waves of a specific polarization pass through while blocking light waves of other polarizations. It can filter a beam of light of undefined or mixed polarization into a beam of well-defined polarization, that is polarized light.
(Chemistry) To make a chemical analysis of.
To induce polarization in or impart polarity to.
(Mathematics) To make a mathematical analysis of.
To design so as to permit light only of a certain polarization
Are these sunglasses polarized?.
To cause to divide into two conflicting or opposing groups
The issue of slavery polarized the nation.
(US) an instrument for the analysis of something
To acquire polarity.
(US) a person who analyzes
To cause polarization of light or permit light of a certain polarization.
(optics) a type of polarizer
To become divided into two conflicting or opposing groups
The town is polarizing into opposing factions over the issue.
One who, or that which, analyzes.
One who polarizes; one who divides a group or community into two extremes.
A polarizer of opinions
The part of a polariscope which receives the light after polarization, and exhibits its properties.
(physics) Any device that produces polarized light.
An instrument that performs analyses
That which polarizes; especially, the part of a polariscope which receives and polarizes the light. It is usually a reflecting plate, or a plate of some crystal, as tourmaline, or a doubly refracting crystal.
In spectropolarimetry, an analyzer helps to understand celestial bodies by analyzing light polarization.
The analyzer provided data that helped astronomers understand the magnetic fields of galaxies.
Can a polarizer reduce glare in photographs?
Yes, a polarizer can significantly reduce glare and improve color saturation in photographs.
What is the main purpose of a polarizer?
A polarizer's main purpose is to convert unpolarized light into polarized light by filtering certain orientations.
Is an analyzer used in astronomy?
Yes, an analyzer is used in astronomy, particularly in spectropolarimetry, to study polarized light from celestial bodies.
Can an analyzer determine the direction of polarized light?
Yes, an analyzer can determine both the direction and degree of polarization of light.
Are polarizers used in sunglasses?
Yes, polarizers are commonly used in sunglasses to reduce glare from surfaces like water or roads.
Do polarizers affect image colors?
Yes, polarizers can enhance image colors by reducing glare and increasing color saturation.
Is an analyzer necessary for testing polarizers?
Yes, analyzers are often used to test and ensure the proper functioning of polarizers in various devices.
Do LCD screens use polarizers?
Yes, LCD screens use polarizers to ensure that the light is properly polarized before it reaches the liquid crystals.
Can analyzers be used in laboratory settings?
Yes, analyzers are widely used in laboratories for scientific research and material analysis.
Can analyzers help in understanding material properties?
Yes, analyzers are used in various fields to understand the optical properties of materials using polarized light.
What is the primary function of an analyzer?
An analyzer's primary function is to measure or analyze the properties of polarized light.
Do polarizers only allow light in one direction to pass through?
Yes, polarizers filter light, allowing only waves vibrating in a specific direction to pass.
Can polarizers and analyzers be used together?
Yes, polarizers and analyzers are often used together, especially in polarized light microscopy and spectropolarimetry.
Are polarizers used in microscopes?
Yes, polarizers are used in polarized light microscopy to control the direction of light passing through a specimen.
Can an analyzer reveal information about celestial magnetic fields?
Yes, analyzers can provide insights into the magnetic fields of celestial bodies by studying polarized light.
Share Your Discovery
Tayyaba Rehman is a distinguished writer, currently serving as a primary contributor to askdifference.com. As a researcher in semantics and etymology, Tayyaba's passion for the complexity of languages and their distinctions has found a perfect home on the platform. Tayyaba delves into the intricacies of language, distinguishing between commonly confused words and phrases, thereby providing clarity for readers worldwide.


text:
How to Clean Kitchen Garbage Can
When you think about holidays, the first thing that comes to mind is to clean out the trash can. However, since all cooking, gift wrapping (and packaging) and post-party cleaning are done at this time of year, you want a clean trash can.
How often should you clean the kitchen trash can?
The frequency of cleaning garbage depends on how many people are in the house and your personal kitchen habits. Naturally, one person has less trash than a family of five. However, if you eat too much or do a lot of composting and recycling, your trash can may not take many measures. This is indeed a judgment call, but the waste bin should usually be cleaned thoroughly at least once a month.
How do you clean your garbage can?
- Cleaning the trash can may never be on the top of your list of favorite pastimes. Fortunately, this is a fairly simple process and does not require any special tools or cleaning products.
- Empty the trash can.
- Wipe the outside of the dustbin with a microfiber cloth and warm soapy water. Always start from the outside, because the inside will be dirtier and you don't want to smear dirt on the surface of the trash can.
- Use the same microfiber cloth and soapy water to clean the inside of the trash can.
- Use a fresh microfiber cloth or paper towel to thoroughly dry the trash can.
- Do not put in a new bag until the inside and outside of the trash can are completely dry.
- Put a new trash can liner in it.
Steps for maintaining a clean kitchen trash can
Between monthly cleanings, several steps can be taken to keep the trash can clean.
- Always use garbage bags.
- Do not throw away liquid or runny food. If you do, please put it in a plastic food bag first. The same goes for any moldy or spoiled food.
- Wipe off spills immediately to prevent them from having time to stick. A wet microfiber cloth or paper towel is an ideal tool to solve this problem.
- When you see stains or fingerprints, wipe them off immediately. You can use a dry microfiber cloth to clean these streaks and stains.
- Make sure that the trash can lining is always close to the edge of the trash can. If it falls inside and you don't realize it, then you need to do some important garbage cleaning.
- Please move full garbage bags into outdoor containers as soon as possible instead of packing up the garbage.
If you clean your garbage bin once a week or every two weeks, sprinkle baking soda on the bottom to neutralize the smell. If you go longer between trash can cleaning, don't use baking soda as it will clump up and cause a bigger mess.
Remember, the more often you clean the garbage can, the less likely you are to encounter a smelly trash can.
Saniwise is a modern home tools brand introducing premium automatic sensor stainless steel trash can for kitchen, home, and office. Saniwise electric sensor garbage cans 13 gallon for kitchen are available on Amazon. Enjoy totally touchless and hygienic trash-throwing experience from today!


text:
Latest VideosMore Videos
Whyatt has lost his very first tooth! When his mom tells Whyatt that the Tooth Fairy will come and take his tooth, Whyatt wants to know what happens if he wants to KEEP it? Super Why and his friends decide the best person to ask is the Tooth Fairy herself, so they set off to meet her in person. With a little bit of magic (and a little bit of floss) the reading heroes are able to get all their questions answered. Educational Objectives: To learn about the magic of the Tooth Fairy. Kids will follow the alphabet, rhyme with AY words, and use the power to read to change the story.
Watch Super Why! and more at PBS Kids Video.
Sorry, this episode has no rebroadcasts scheduled at this time.


LM-Dance (1)
Gaia - Mysterious Rhythms is a dance-ritual performed by a young woman on the seashore. The dance unfolds a rite of passage and a process of transformation through the woman's interaction with the elements of the natural environment: the rhythms and features of the earth, sea, moon and sun.
In formal terms, Gaia was set out to explore the notion of screen choreography through a subtle, poetic and reflective interplay of images of the body and the environment. In terms of content, the woman's performance is perceived as a source of metaphoric and archetypal imagery that highlights the intricate relationship between body, psyche, and the world.
Dance on Screen PhD Thesis
Read the Abstract and Introduction below:


text:
1761 is valid Arabic numeral. Here we will explain how to read, write and convert the Arabic numeral 1761 into the correct Roman numeral format. Please have a look over the Roman numeral table given below for better understanding of Roman numeral system. As you can see, each letter is associated with specific value.
The Roman numeral representation of Arabic numeral 1761 is MDCCLXI.
If you are aware of Roman numeral system, then converting Arabic numeral 1761 to Roman numeral is very easy. Converting 1761 to Roman numeral representation involves breaking up the numeral into place values as shown below.
|1000 + 500 + 100 + 100 + 50 + 10 + 1|
|M + D + C + C + L + X + I|
We need to combine all converted roman numerals together. As per the rule highest numeral should always precede the lowest numeral to get correct representation. In modern world, the number 1761 should be used as it is until or unless it represents an ordinal value. In case of any ordinal value, you can use MDCCLXI instead of 1761. For any numeral conversion, you can also use our roman to number converter tool given above.


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The role of opportunism in the software design reuse process
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Sen, A. ; Dept. of Bus. Anal. & Res., Texas A&M Univ., College Station, TX, USA
Software design involves translating a set of task requirements into a structured description of a computer program that will perform the task. A software designer can use design schema, collaborative design knowledge, or can reuse design artifacts. Very little has been done to include reuse of design artifacts in the software development life cycle, despite tremendous promises of reuse. As a result, this technique has not seen widespread use, possibly due to a lack of cognitive understanding of the reuse process. This research explores the role of a specific cognitive aspect, opportunism, in demand-side software reuse. We propose a cognitive model based on opportunism that describes the software design process with reuse. Protocol analysis verifies that the software design with reuse is indeed opportunistic and reveals that some software designers employ certain tasks of the reuse process frequently. Based on these findings, we propose a reuse support system that incorporates blackboard technology and existing reuse library management system
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Software Engineering, IEEE Transactions on (Volume:23, Issue: 7 )


Volvo's Next Generations to Feature LiDAR and AI
Sensors on electric successor to XC90 – Complete sensor set. PHOTO Volvo
Volvo Cars' forthcoming fully electric flagship SUV will have safety technology as standard, helping to save even more lives.
The fully electric successor to Volvo Cars' XC90, to be revealed in 2022, will come with sensors, including LiDAR technology developed by Luminar and an autonomous driving computer powered by the NVIDIA DRIVE Orin system-on-a-chip, as standard.
By combining this hardware with Volvo, Zenseact and Luminar software for the next generation of its collision avoidance technology, Volvo Cars aim to reduce fatalities and accidents as a whole with this new safety package.
"By having this hardware as standard, we can continuously improve safety features over the air and introduce advanced autonomous drive systems," said Håkan Samuelsson, chief executive.
With the new safety package, Volvo Cars aim to reduce collisions and the reduction rate is anticipated to accelerate overtime via over-the-air software updates.
The new technologies are also designed to specifically address those traffic situations which result in a large portion of remaining severe injuries and fatalities found today.
"In our ambition to deliver even safer cars, our long-term aim is to achieve zero collisions and avoid crashes altogether," said Henrik Green, chief technology officer.
"As we improve our safety technology continuously through updates over the air, we expect collisions to become increasingly rare and hope to save more lives."
Once introduced, the technology is expected to mature over time, becoming more capable and allowing the car to assist and improve the capabilities of a human driver in safety-critical situations.
Whereas previous generations of technology largely relied on warning the driver for potential immediate threats, this new safety technology will over time increasingly intervene as needed to prevent collisions.
Volvo Cars also sees a potential added benefit of lower insurance costs as car crashes involving Volvo cars become increasingly rare.
Beyond the sensor suite and AI computing performance, Volvo's forthcoming flagship model will also come with backup systems for key functions such as steering and braking that make it hardware ready for safe, unsupervised autonomous driving once available.
These backup systems alongside LiDAR, compute and software will enable the Highway Pilot functionality, developed in-house together with Volvo Cars' autonomous driving software development company Zenseact.
Earlier this year, Volvo Cars announced it will use NVIDIA technology to centralize computing.
The core computer and autonomous drive computer both powered by NVIDIA technology allow its cars to become safer, more personal, and more sustainable over time through over-the-air updates, while also providing it with the computing power required for vision and LiDAR processing.
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Silver Nemesis
Lady Peinforte
Fiona Walker
Silver Nemesis
click on images to enlarge
Lady PeinforteLady PeinforteLady PeinforteLady PeinforteLady Peinforte
Lady Peinforte was a seventeenth century noblewoman who sought the power of the Nemesis statue.
She had made the sculpture from the Gallifreyan substance Validium and in doing so, learned much about the Doctor.
She became aware not only of his alien heritage but a great deal more besides. However, the Doctor sent the statue into deep space to protect his secrets.
Peinforte time travelled to the twentieth century, knowing exactly when it was due to return.
She battled both the Cybermen and neo-Nazis for control of Nemesis, finally allowing her physical body to merge with the statue, which absorbed her completely. The statue, now resembling Lady Peinforte, launched itself into space, wiping out the Cybermen completely.
Although clearly a powerful and dangerous enemy, the exact circumstances that led to Lady Peinforte gaining such power are unclear, although the available evidence suggests that she was actually secretly aided by outside sources without her knowledge. An evil woman with arcane power and knowledge verging on witchcraft, at some point in the past, Lady Peinforte acquired a sample of Validium – a living metal created as the ultimate defence for Gallifrey back in the early days of Rassilon and Omega -, which she sculpted into a statue of herself carrying a bow and arrow, describing it as 'immaculate beauty carved in absolute evil'. The exact details of Lady Peinforte's first encounter with The Doctor are unknown, but it is known that it featured a battle between soldiers loyal to Lady Peinforte and Oliver Cromwell's Roundheads, culminating in The Doctor launching the Validium asteroid into space to prevent it from reaching critical mass, Lady Peinforte retaining the arrow while the bow was left in Windsor Castle until it vanished in 1788.
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Chegg Textbook Solutions for Pathways to Astronomy 3rd Edition: Chapter 64
Chapter: Problem:
An interferometer measured the change in radius of one Cepheid as about 10% during its 10-day period. The star was measured to have an average radius of 40 million km. How fast was the surface of the star moving outward, on average, if it took 5 days to expand by 10%?
 - Step 1 of 1
 (About 9.3 km/s). A 10 percent increase in a 40 million kilometer radius is 4 million kilometers. So the surface of the star moved outward 4 million km in 5 days. There are 432000 seconds in 5 days, so the speed was 4 × 106 km/432000s = 9.3 km/sec.
Select Your Problem
Get Study Help from Chegg


text:
I am trying to start an activity which calls another sub-activity. That is fine. But the problem is, what if i want to constantly send data from the activity to the sub-activity every, say, 2 seconds and the sub-activity receives that data and appends it below the previous data, when ever it receives it.
How do i do this? I cant always call the startActivity(intent) method cause it would create a new UI every time.
Is there a way to make the main activity run in the background, constantly pumping in data and the sub-activity always visible, showing the data?
Should i be using a service? But how do i invoke an activity from a service? and how to transfer data constantly to the sub-activity?


text:
- Station Info
- Featured on 4
Starting this January, an estimated 10,000 Ysleta Independent School District elementary school students will receive an introduction to the lifelong game of golf, along with character education and healthy habits during their regular PE classes, through The First Tee National School Program™.
Nationally, over two million students and more than 4,200 schools currently offer The First Tee National School Program, which launched in 2004. The program's curriculum is aligned with national standards and reinforces the physical activity objectives mandated through the Texas Essential Knowledge and Skills for Physical Education (TEKS). PE teachers will receive a special in-person training to learn how to deliver the lessons.
"We are so excited to begin this program in the YISD," said Kristi Albers, Executive Director of The First Tee of Greater El Paso, "and grateful for the grant we received from the Paso Del Norte Health Foundation to continue to the Ysleta District. In the fall of 2011 we introduced this program to the El Paso Independent School District and it's been a great success. We are pleased to be able to expand this program to YISD. Golf is not just a lifetime activity; it's something that families can enjoy together. The First Tee's programming goes beyond golf lessons and benefits our participants in their daily lives."
The First Tee National School Program helps students develop an appreciation for the positive personal and social values associated with the game in each lesson; engages students in safe, fun lessons and activities that lead to motor skill development; and presents students with an introduction to the game. Students also are introduced to The First Tee Nine Core Values™:
honesty, integrity, respect, responsibility, courtesy, sportsmanship, confidence, judgment and perseverance. They will learn about physical, social, and emotional wellness through The First Tee Nine Healthy Habits™, which are integrated into each lesson. The program also assists students in transferring the skills and habits to other areas of their lives.
Media are invited to the special in-person training held Saturday morning (December 8, 8:30 am to 12:30 am), at Parkland Middle School (6045 Nova Way.). Representatives from the national office of The First Tee will be available for questions, as well as representatives from YISD. Over 40 elementary school teachers from both YISD and EPISD will participate in this training.
About The First Tee of Greater El Paso
The First Tee is a national non-profit youth organization where life skills and core values are taught through the game of golf. The First Tee Nine Core Values are: courtesy, responsibility, sportsmanship, respect, integrity, confidence, perseverance, judgment and honesty. The First Tee of Greater El Paso (_URL_), a chapter of the national organization, was formed in 2008 by local golf professional and former LPGA Tour Player, Kristi Albers (currently the Executive Director and Program Director), with El Paso County's support. The First Tee's programming ties together life skills, healthy habits and golf lessons in a fun and safe environment and is offered to youth ages 7-18, with special camps and sessions that are open to 5 and 6 year olds.
801 N. Oregon, El Paso, Texas 79902 • _PHONE_ • _EMAIL_
Copyright © 2013 Titan TV Broadcast Group. All Rights Reserved


- Community groups or institutions
When should you honor colleagues?
Although any time is a good time to honor colleagues, there are some occasions when it's particularly appropriate.
Special occasions
These may have to do with the life of the organization, the life of the person being honored, or both. Some examples:
 - Retirement. Unfortunately, the reality is that most organizations and groups seldom honor colleagues until they leave.
If it is worth honoring a colleague, it is worth doing it before she is about to move on. It's great to have support for your work after it's done, but it's a lot better to have that support while the work is going on.
 - A significant anniversary. A number of years on the job, for instance, or a particular anniversary of the organization itself.
The staff members of an organization decided to honor their director, who had been in his position for ten years. To thank him for his leadership, his support and mentoring of staff, and his activism in the field, they held a reception to which they invited not only everyone in the organization, but directors of many other similar organizations, funders, and state bureaucrats - colleagues from several different contexts. The staff and others presented him with gifts, and many of the guests spoke of his contributions to the field and to their lives.
 - A personal milestone - a birthday, a wedding, the birth of a child.
We tend to think of pleasant occasions as the appropriate ones to honor colleagues, but others may provide a truer test of our respect for them. To have the support of colleagues at a funeral or while going through a difficult divorce may be honor of a different kind, but it's the kind that isn't forgotten.
 - The attainment of a personal or professional goal - a long-sought degree, a promotion, a certification.
The conclusion of something successful, or the achievement of a goal
The opening of a new facility, the culmination of a fundraising campaign, the passage of a favorable town ordinance - all might be good times to honor the colleagues who made them possible.
Regularly scheduled occasions
The annual meetings of coalitions, organizations, community groups, and professional associations are often times when colleagues are recognized or given awards for the work they've done in the past year. The adult education coalition mentioned earlier is a prime example, but the Human Resource Center and the North Quabbin Community Coalition, just to cite organizations that appear in other sections in this chapter, did or do the same thing. When reviewing a year's accomplishments, people often find it fitting to honor those responsible for them.
To say thank-you for a job well done or for support and mentoring
Despite the fact that there are particularly appropriate times to honor colleagues, sometimes it's right to honor colleagues simply because you want to. The realization that a particular colleague has been working effectively for a long time with no acknowledgement, or that she has been consistently helpful and supportive to others over a long period, might lead to a gift, or to some formal ceremony. This sort of appreciation is often the most powerful, because it is so obviously sincere.
Honoring colleagues doesn't have to be formal. It can happen every day in small ways. One coalition director used to send "thank-you" postcards to people to let them know she had appreciated something they did, or their ongoing work. A spoken word of praise, an acknowledgement of someone's hard work - perhaps most prized when that work hasn't yielded much - can make someone's day or week or year. Everyone needs to know she's valued, and it's important, both to an organization and the individuals who work in it, to remember and act on that as much as possible.
How do you honor colleagues?
There are a variety of ways to honor colleagues, but there are some general guidelines that apply to all of them.
General guidelines
Make it personal
Unless this is an award presented by a national or statewide organization to someone most of the members don't know personally, honoring colleagues is, in fact, highly personal. By honoring her, people in an organization or field are telling a colleague, someone they work with closely, that they appreciate her and consider her worthy of special recognition. Feelings of affection, gratitude, mutual dependence, and respect all come into play to varying degrees.
That being the case, any ceremony, gift, or simple recognition should be tied to the person receiving it as closely as possible. It's often a good idea to involve those closest to the honoree - close family, colleagues, mentors - and to make sure that the occasion includes stories about the person's significant accomplishments, about her personality, and about her as a human being. A gift should be something that fits both the person and the occasion. Every effort should be made to show that you're honoring this particular person, not just her achievements.
Give the honoree something
It may be a meaningful or significant gift (a photo of her with participants, a beautiful book or print, a super-light backpacking tent, etc.), a plaque or certificate, or a humorous gift with a personal story behind it. Whatever it is, there should be something material that the honoree can keep and look at later to remember the occasion.
A gift like this can be almost anything. At one celebration, the director of an organization was given a number of hats - a chef's hat, a baseball cap, a football helmet, etc. - to represent the different hats he had to wear to do his job. Another director, who collected them, was presented with a number of small, inexpensive wind-up toys that did silly things (a walking building, a tiny Godzilla that lurched and breathed sparks, a marching band of gorillas).
Obviously, whatever you give will be limited by your resources. Organizations sometimes collect from each staff member to buy a gift for an honoree, where that's appropriate (more common for a personal occasion - retirement, birthday, etc. - than for an organizational or professional award). Resources also have to be considered when deciding what kind of ceremony or celebration to have.
Record the occasion
Not only is this an important part of the work life of the person honored, but it's important in the life of the organization as well. Make sure to take photographs, or make a video or audiotape of the occasion, and give the honoree a copy, as well as keeping copies for the organization. If you have a digital camera or digital video camera, you can easily put photos or video on computer disks or CD's.
Think about the guest list
Whom will you invite? Who are the important people in the honoree's life? Will you invite dignitaries - politicians, people important in the field - or will you restrict the list to those who have real personal and/or professional connections to your colleague? Will you invite people he doesn't like because they "should" be there?
Consider inviting the media
If you want to publicize this occasion or award, if you want to use it to draw attention to your work or your organization, then the media should definitely be there. If honoring your colleague is a more private issue, and you feel that using the occasion for publicity would be exploitation, then you probably would not invite the media to be present. That doesn't mean, however, that you shouldn't issue a press release or try to get a media story about the honor after the fact. It's both a further honor to your colleague and a chance to let people know more about what you do.
Specific ideas
There are as many ways to honor colleagues as there are those who deserve to be honored and organizations or groups to do the honoring. Your options are really limited only by your budget and your imagination (and some considerations of taste: mud wrestling is probably out).
Make a personal gesture to show your colleague you appreciate him or her
A mention at a staff meeting and in the newsletter, a small gift left on a desk or chair, or an e-card are all ways to say "thank you" to a valued colleague. Small, personal gestures - especially if they're sincere, and not just a means to keep people satisfied - are an important way to let colleagues know you appreciate the work they do.
Present an award. There are really two choices here:
 - An award presented at regular intervals (usually annually) for a general purpose - Teacher of the Year, Innovation in Youth Work, etc.
 - A special award presented to the specific person for his unique contributions to the organization or the field
An annual award is usually more formal, more competitive (in that only one person a year gets it, although many may be worthy), and more prestigious. The other type may be more meaningful to the honoree, however, because it recognizes his personal talents, skills, and value to the presenting group.
Sometimes, a group may combine the two by occasionally presenting, along with its "regular" awards, a special recognition award to someone whose accomplishments don't necessarily fit into any category, or who has achieved something extraordinary. One coalition, at its annual awards ceremony, always presented several personalized awards to unsung colleagues who had made a difference that year in the life of the community.
Give a gift
We discussed gifts above, and the possibilities here are almost limitless.
In addition to the expected or ordinary, there are gifts you may not have considered:
 - Name something for them. A room, a program, a scholarship, a grant, an award - any of these and a host of other prospects might be fitting candidates to be named for an honoree.
 - Have a day in their honor proclaimed by the legislature, the county or city council, the Board of Health. In many states, the governor, if asked by the legislature, or the legislature itself, can proclaim a single day to be named


text:
The Triaugmented Triangular Prism
The triaugmented triangular prism (J51) is the 51st Johnson solid. It has 9 vertices, 21 edges, and 14 triangular faces.
It can be constructed augmenting a triangular prism with 3 square pyramids. If only two square pyramids are added, the biaugmented triangular prism (J50) is produced. If only one square pyramid is added, the result is the augmented triangular prism (J49).
Here are some views of the triaugmented triangular prism from various angles:
The Cartesian coordinates of the triaugmented triangular prism, centered on the origin and with edge length 2, are:
- (±1, -1/√3, ±1)
- (0, 2/√3, ±1)
- (±(1+√6)/2, (1+√6)/(2√3), 0)
- (0, -(1+√6)/√3, 0)


text:
The following will allow you to operate the SP400 Super Phase Shifter to its full potential:
1. Connect the guitar to the input jack of the SP400 using a 1/4" instrument cable.
2. Connect the amp to the output jack of the SP400 using a 1/4" instrument cable.
3. OPTIONAL: Connect an expression pedal to the EXP/CTL jack of the SP400 using a 1/4" TRS cable.
4. Use the RATE control to adjust the modulation speed.
5. Use the DEPTH control to adjust the modulation depth.
6. Use the RES control to adjust the intensity of the effect.
7. Use the MODE control to select one of the 7 modes:
- 4/8/10/12 STAGE - These modes determine the number of stages for the phaser effect. The sound varies from vintage phaser sounds to deep and powerful phasing effects.
- FALL - This mode gives you the impression of a constantly falling phasing sound.
- RISE - This mode sounds like a permanently rising phasing sound.
- STEP - In this mode the filtration modification occurs up and down in defined steps.
As always, experiment with the controls until the desired effect is achieved.


text:
A Laser-based Time Calibration System
for the MEG II Timing Counter
We have developed a new laser-based time calibration system for the MEG II timing counter dedicated to timing measurement of positrons. The detector requires precise timing alignment between 500 scintillation counters. In this study, we present the calibration system which can directly measure the time offset of each counter relative to the laser-synchronized pulse. We thoroughly tested all the optical components and the uncertainty of this method is estimated to be 24 ps. In 2017, we installed the full system into the MEG II environment and performed a commissioning run. This method shows excellent stability and consistency with another method. The proposed system provides a precise timing alignment for SiPM-based timing detectors. It also has potential in areas such as TOF-PET.
Lepton flavor violating decays are powerful tools to search for new physics beyond the standard model. The MEG II experiment at Paul Scherrer Institut (PSI) in Switzerland will search for one of these decays,, with a sensitivity of improving the existing limit of almost an order of magnitude. The sensitivity of MEG, the first phase of the experiment, was limited by the detector performance. The beam intensity was reduced to satisfy the requirements of stable operation of the detectors. Therefore, in order to make full use of the available beam intensity of, we developed new detectors with resolutions in energy, position, and timing improved by a factor of two. In particular, good time resolution plays an important role to reduce the dominant background that depends quadratically on the beam intensity. The pixelated Timing Counter (pTC), one of the key detectors in MEG II, is dedicated to the measurement of the positron timing. Its design is based on a new approach to improve the time resolution: the multiple hit scheme. The pTC consists of 512 scintillation counters (Fig. 1) and is divided into two equal sectors: one placed upstream the MEG II target and the other downstream. Each counter, with a size of 40 (50) 120 5 mm, consists of a fast plastic scintillator (SAINT-GOBAIN, BC422) read out by six series-connected silicon photomultipliers (SiPM, AdvanSiD, ASD-NUV3S-P High-Gain, 3 3 mm, 50 50 m, V24 V) at both short ends. Signal positrons hit 9 counters on overage and the total time resolution is expected to improve with the number of hit counters. This approach enables us to achieve a time resolution of 35 ps, two times better than in MEG. Exploiting the multiple hit scheme requires a precise relative time calibration between counters, which is a challenging task. We have developed a new time calibration method using a pulsed laser and commercially available optical components. This method measures directly the time offsets for the timing alignment.
Ii Overview of the laser-based time calibration system
The laser-based time calibration system is shown in Fig. 2. The laser pulse ("Laser controller" and "Laser head") is split into each scintillation counter simultaneously via several optical components: a mode scrambler, optical splitters, and optical fibers. The laser device is produced by Hamamatsu with a part number of PLP-10 and has the following features: wavelength: 401 nm, pulse duration: 60(typical)–100(max) ps, peak power: 200 mW. The mode scrambler produced by OPTO SCIENCE, INC. stabilizes transmission mode in a fiber. The optical switch produced by LEONI switches light paths. Optical splitters divide the input light into several channels. 1 to 2 splitter is produced by OZ OPTICS and the others are produced by Lightel Technologies Inc. We use multimode and graded index fibers with a core diameter of 50 m and a cladding diameter of 125 m. There are produced by OZ OPTICS (for 2.5 m) and Lightel Technologies Inc. (for 10 m). The selection of these items was based on a detailed study presented in. To get enough laser power for each counter, one-eighth of counters () are illuminated at one data taking. The time offset of each counter is measured relative to laser-synchronized pulse. We have developed a new method to fix an optical fiber into the scintillator: a small hole with a diameter of 2.5 mm and with a depth of 1 mm is drilled into the bottom long side of the scintillator and a polycarbonate screw (at the bottom in Fig. 1), which has a fiber-shaped hole inside, fixes the optical fiber together with the black support bar made of ABS resin. Slow control tasks such as monitoring temperatures, controlling the laser, and switching the optical switch are performed based on the Midas Slow Control System developed at PSI and TRIUMF.
Iii Research and development
We focused on the following items in research and development of the laser calibration system.
Iii-a Fiber insertion method
Firstly, we confirmed that the hole in the scintillator does not degrade the time resolution. Then we considered whether we should put optical grease inside the hole expecting better optical contact. However, it turned out that the time offset depends on the amount of the grease. The amount of grease during the assembly could not be reproduced satisfactorily. Therefore, we decided not to use optical grease. We checked the reproducibility: the fiber was inserted and the time offset was measured repeatedly. The reproducibility of the time offset is highly satisfying (3.8 ps in standard deviation). The stability was also confirmed during the commissioning phase (Sect. IV).
Iii-B Temperature dependence
Time offset of all optical components depends significantly on temperature. We measured the temperature coefficient of the whole system to be 7.61.5 ps/C. The main contribution was from the "SYNC signal" cable (RG174/U) in Fig. (a)a; we will replace it with another cable with a smaller temperature coefficient (FSJ1-50A) before the engineering run in 2018. In addition, the temperature in the detector area is expected to be stabilized within 1 C, thus the temperature effect on the time offset will be negligible.
Iii-C Mass test
All optical components including 600 fibers and 80 splitters, were tested before installation. Particularly the optical length in the optical splitter has a large difference among different production batches. However, it does not affect the performance because this difference of optical length up to counter are subtracted from the time offset.
Iii-D Uncertainty of the system
Finally, the uncertainty of the laser calibration is calculated to be 24 ps by summing up all the contributions which can affect the time offset such as transit time variation inside the SiPMs, reproducibility of fiber insertion method, and statistical uncertainty in the mass test. A detailed study of the mass test and an estimation of the uncertainty are presented in.
Iv Commissioning and performance
In 2016 one-fourth of the system was operated and we reported the result in. In 2017 we finished the construction and the assembly of the pTC and then we installed it into the MEG II experimental area at PSI to operate it under the MEG II beam (7). Data with positrons from Michel decay () were collected for two weeks and the detector was operated for two months. The time offset calculated with this method was stable enough over time (2.5 ps in standard deviation for one month). As shown in Fig. 3, this method was compared with another calibration method, which uses positron tracks, and they are in good agreement within 50 ps.
We have developed the laser-based time calibration system for the MEG II pTC with an uncertainty of 24 ps. The time offset calculated with this method is stable enough for the detector operation. In addition, the consistency of the time offset was checked with another method. Laser-based methods for TOF detectors in the past were commisioned only for plastic scintillator detectors with photomultiplier tube read-out; however, SiPM read-out enables us to design more compact and flexible timing detectors and the rapid development of SiPM technology suggests that scintillation detector with SiPM read-out will be extensively used in a wide variety of applications. Therefore, laser-based time calibration methods are expected to become more and more widespread. Furthermore, this method is precise enough to be compatible with the multiple hit scheme. It also has potential in areas such as Time-Of-Flight positron emission tomography (TOF-PET). The full engineering run of the MEG II experiment will start in 2019 followed by the physics run, searching for the lepton flavor violating muon decay.
- A.M. Baldini, et al., "The design of the MEG II experiment", Eur. Phys. J. C (2018) 78: 380, arXiv:1801.04688
- Y. Uchiyama, et al., "30-ps Time Resolution with Segmented Scintillation Counter for MEG II", Nucl. Instrum. Methods A, 845:507–510, 2017.
- R. Bertoni, et al., "A laser diode based system for calibration of fast time-of-flight detectors". J. Instrum., 11(05):P05024, 2016.
- MIDAS website: midas.triumf.ca
- M. Rossella, et al., "Design and test of the calibration system of the MEGII Pixelated timing Counter", Nucl. Instrum. Methods A,


Evolution average number of beds per hospital
July 27, 2012
(This article was first published on Fishy Operations, and kindly contributed to R-bloggers)
The OECD collects (among a lot of other statistics) information on the number of hospitals and hospital beds per country. These two parameters combined and its evolution over the years could give an indication on whether or not the country's hospital landscape is evolving towards large medical centers, small scale hospital settings or whether there is no trend to detect.
In the graph below you can see the evolution of the average number of beds per hospital for a number of countries. The first datapoint for every country serves as a reference point and equals 100 percent. A point above this reference point denotes an increase in the average numbers of beds per hospital. In contrast, a point below the reference point means a decrease in the average number of bed per hospital. Of course, a decrease/increase could mean an country-wide decrease/increase in the number of beds. However, assuming that in these 'developed' countries there would be no drastic sudden changes in total number of hospital beds, a continuous increase might indicate that the country's hospital landscape is evolving towards large scale medical centers (through for example mergers & acquisitions).
Even though no solid conclusion can be drawn from the two parameters at hand, countries like Greece, Finland, Ireland, Luxembourg, The Netherlands, New Zealand and Turkey do seem to be evolving towards a healthcare landscape with large scale medical centers. Conversely, Estonia, Italy, Korea, Poland, The Slovak Republic and Slovenia seem to evolve towards smaller scale hospitals.
The R script to generate the graph:
hospitals<-subset(dataset, Variable=='Hospitals')
hospitalbeds<-subset(dataset, Variable=='Total hospital beds')
dataset_new<-merge(hospitals, hospitalbeds, by=c('Country', 'Year'))
ratioperc<-function(ratio, country){
Year==min(dataset_new[dataset_new$Country==country,]$Year) &
if(length(value)==0) return(NA)
else return(value)
dataset_transform<-ddply(dataset_new,.(Country, Year), transform,
refvalue=ratioperc(ratio, Country))
ggplot(dataset_transform, aes(x=Year, y=refvalue, group=Country,
colour=refvalue)) + geom_line() + geom_point() +
facet_wrap(~Country, ncol=4) + opts(axis.text.x=theme_text(angle=-90,
hjust=0), legend.position='none') + scale_colour_gradient(low='blue',
high='orange') + ylab('')
The.csv file used: hospitaldata.csv (source: oecd.org)
To leave a comment for the author, please follow the link and comment on his blog: Fishy Operations.
Comments are closed.


The Order: 1886 Launch Trailer
By |
The Order 1886
Ready at Dawn's upcoming action-adventure third-person shooter, The Order: 1886 hits the stores globally tomorrow and we've got the launch trailer.
"Rewrite the past in this unique vision of Victorian London where advanced weaponry is used to battle a powerful and ancient foe."
In the game's history, around the seventh or eighth centuries, a small number of humans took on bestial traits. The majority of humans feared these half-breeds and war broke out.
King Arthur and his like-minded knights take the fight to the half breeds, but Arthur soon realizes it's a losing battle. Through a mysterious turn of fate, The Knights discover Black Water, a mystical liquid that significantly extends their lifetimes and gives them remarkable healing abilities.
Despite this new advantage the half breeds continue to win battle after battle until the industrial Revolution turns the tide. Inventors are far ahead of their time, inventing technologies such as thermal imaging, Zeppelins, and wireless communications.
The Order: 1886 is set to launch on February 20, 2015, exclusively for the PlayStation 4.
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text:
Breakthrough in supply chain packaging management
Trading Labels of Warrington in Lancashire has developed Webnosys, an integrated information portal which links brand owners, their product suppliers and packaging/printing suppliers.The software developer says it will transform the packaging supply chain because partners can share secure information anywhere in the world, at any time and at any stage of a product's life cycle. It is proving particularly effective in sourcing from overseas markets.
"Webnosys tells all those involved in the supply chain exactly what is happening at any given time," says managing director Steve Pemberton. "It manages the whole life cycle of an item of packaging. Reducing waste is achieved as much in terms of saving time, sourcing and manufacturing more effectively as it is in eliminating wasted product."
Originally a niche product for the labels market, Webnosys can now manage various packaging formats for use across all in-store consumables. This means it can build and manage a label specification to a consistent format, while storing a visual reference of the label linked to the specification. Users can group specifications and manage a range of products from concept to launch, standardizing to a control timeline and sequence where necessary. They can also tender a range of electronic labels to a set list of potential printers, collate the returns and rank bids for evaluation. Another trick is to collate and store inventory levels at various points in the supply chain, allowing data to be collected electronically from a common MIS without re-keying data. Brand owners can publish the sales rate of an item alongside its inventory and generate data relating to customer demand. They can also upload cutter profiles from a converter and pass them to a design/artwork studio.
To meet security concerns, the primary database is held locally and web access acts as a window into the data. Each partner can access only their own data. Uploads made using the web are verified before their return to the database to protect data integrity, although users can share valuable information for the benefit of those who need it. Webnosys is supplied either as a fully managed service or as an application hosted on a brand owner's computer system. An unnamed major UK retailer is already using the system for its own-label operation.


Vehicle restoration
From Wikipedia, the free encyclopedia
 (Redirected from Cosmetic restoration)
Jump to: navigation, search
Vehicle Restoration is the process of restoring a vehicle that is either partially scrapped or otherwise life expired back to its original working condition.
Automotive restoration can be applied to many different eras of automobile. Heritage railways and railway museums aim to restore and operate restored trains. Bus preservation groups aim to purchase buses of various eras to restore them to their original operating condition. Trains and buses are often restored to the original authentic livery of their original owner.
Restoration process[edit]
A BMW R60/2 motorcycle undergoing a frame-up concours restoration
Restoration of a vehicle refers to the process of restoring a vehicle to its original condition. Neither updating or modifying are considered part of the restoration process. A restored car is one that has had all of its systems and or parts restored to original condition. Selectively restoring parts or systems is referred to as refurbishing. It does not qualify as restoration. Rebuilding an engine may restore that engine, but it does not restore the car, or entitle the car to be called a restoration.
A car that has had its body work restored to as new but has undergone some modifications elsewhere is either a modified car or a resto-mod car. It is was neither completely restored not completely modified. If a car has had an engine swap for other than the original model, that car has not been restored. Although most of the parts are original, it qualifies as modified rather than restored.
There are many aspects to the process of vehicle restoration. The goal is to return the vehicle to its 'original' state.[1] To accomplish this, a vehicle must often undergo many structural and aesthetic changes.
The first project is disassembly.[1] The car is taken apart and the chassis is inspected.[1] The chassis must be in order as it the structural foundation of the vehicle. The next task is typically are the vehicles engine and mechanisms.[1] The restorer will mechanically bring the vehicle into working order before aesthetically restoring the interior and exterior of the vehicle.[1] Once the vehicle is mechanically functional the body work is then done to the car.[1] Once the exterior restoration is completed, the last task is the interior finish.[1] The restoration of the car is complete when the interior restoration is completed.
Interior restoration[edit]
Interior restoration is the process of returning the inside of the vehicle to its original factory state.[1] Often a vehicle's interior must be need to be completely stripped out before restoration can occur.[1] This is because deterioration over time that can leave materials like wood, cloth or leather in unusable condition.[1] Also abandoned vehicles have the potential to contain biohazardous material within the cabin caused by decay and habitation by animals.[1] Often seating will be stripped to the wire framing before being stuffed and upholstered.[1] The seat is still considered to be authentic after undergoing this process.[1] Other areas of interior restoration include replaced instrument paneling, car radios, flooring and wooden paneling[1]
All mechanical and electronic equipment such as a speedometer, gas gauge, air bags and other equipment necessary to the safe operation of the vehicle must be inspected.[1] The vehicle interior is considered restored when it is returned the state of function and aesthetic the car was in after its manufacture[1]
Exterior restoration[edit]
Restoration of a vehicle's exterior can take many forms. A vehicle that has been left or abandoned will often accumulate rust over time.[2] Sometimes this rust deterioration can render an exterior part unusable.[2] In which case a replacement part like a fender, front grill or door mirror much be purchased outright from an external source.[2] If rust damage is minor however the part will undergo rust repair.[2] This is the process of removing rust from metal and returning structural integrity.[2] This is accomplished by removing the rust through sanding or blasting to get down to bare metal.[2] Then new sheet metal or fiberglass is applied to the affected area. Finally the piece is worked until smooth, primed and re-painted.[2]
Other materials like glass and weather stripping must be replaced as they become damaged over time.[1] Factors like weather erosion can lead to faded and broken glass as well as dried out weather stripping. Another typical area of exterior repair is dent removal.[1] This entails taking the original metal and re-working it to remove dents and other such blemishes.[1] Professionals often use hammer and dolly work to remove dents. This involves placing the dented metal piece over a curved metal dolly and using an electric or manual hammer to remove the dent and smooth the metal.[1]
Engine restoration[edit]
The internal combustion engine requires regular maintenance to ensure its continued function.[3] Engine oil, power steering and brake fluid are examples of engine maintenance that must be kept and checked at regular intervals.[3] Often wear and tear over time can leave an engine totally unusable. In which case the restorer might remove the existing engine and replace it with a similar or modern engine substitute.[3] In order to conduct an engine restoration first a technician will conduct a thorough inspection. Often pre-restored vehicle have engines that have gone without maintenance for years and therefore require engine restoration to return them to working order. The engine is removed from the car and inspected for broken and non-functional parts.[3] Typical parts that require replacing include the pistons, spark plugs, fuel lines battery, fuses, timing belt and various gaskets.[3] All are subject to deterioration over time. Structural components like the engine block, cam shaft and crank shaft are less likely to require repair but not uncommon.[3] Typically, after all required parts are gathered, the disassembled pieces will be cleaned, lubricated (if required), and reassembled. The engine is then replaced within the car.[3]
A mechanic will then perform a series of tests to ensure that the engine is in working, road worthy condition.[3] This is known as a pre-start engine check. First all the lines and hoses are checked for breaks and leaks. Second the radiator is topped off with water to ensure that the system is sealed off. Next the oil level is replenished. Finally the battery charge is checked and the ignition system is inspected. The engine is then ready to be started.[3]
See also[edit]
 1. ^ a b c d e f g h i j k l m n o p q r s t Halliday, J.Dave (January 22, 1999). "Planning key to successful vehicle restoration; research, documentation also help ensure that car or truck will be returned to original condition". Edmonton Journal.
 2. ^ a b c d e f g Hires, Bill (1977). "Comprehensive Small Engine Repair Mid-America Vocational Curriculum Consortium".
 3. ^ a b c d e f g h i Halderman, James (2011). "Vehicle Repair and Restoration". Automotive Technology Principles, Diagnosis, and Service (4th ed.) (Prentice Hall) 2: 550–94.


text:
Apple's iPhone Naming Scheme Could Lead to Confusion
With the introduction of the iPhone 4, Apple changed the naming scheme for its popular smartphone yet again, possibly leaving some eager consumers confused about what kind of device they'll actually be getting.
To be clear, iPhone 4 refers to the fourth-generation iPhone to be released since the first model in 2007. It does not refer to the fast "4G" data network.
Apple's first smartphone was known simply as the iPhone. It was followed in 2008 by the iPhone 3G, with "3G" referring to the phone's ability to work on 3G networks (the previous iPhone could only get online on slower, EDGE networks).
In 2009, Apple announced the iPhone 3GS, which was virtually identical to the iPhone 3G, with the main distinction being a faster processor (the "S" stood for speed). [Read "11 iPhone 4 Features You Need to Know About."]
Because of Apple's previous naming scheme, consumers unfamiliar with the iPhone might assume the 4 in the new iPhone's name refers to the faster 4G network currently available from a few carriers such as Sprint.
That's not the case: Like the 3G and 3GS models, the iPhone 4 can only get online using Wi-Fi and 3G networks.


University of Cambridge > Talks.cam > Microsoft Research Cambridge, public talks > Structured Prediction Models for High-level Computer Vision Tasks
Structured Prediction Models for High-level Computer Vision Tasks
Rich statistical models have revolutionized computer vision research:
graphical models and structured prediction in particular are now commonly used tools to address hard computer vision problems. I discuss what distinguishes these computer vision problems from other machine learning problems and how this poses unique challenges.
I argue that most computer vision models are misspecified and discuss the consequences of popular estimators in this case, concluding that we either have to use non-parametric models or use estimators robust to misspecification.
As one possible solution, I propose a novel discrete random field model applicable to a large number of computer vision tasks. The model is conditionally specified, non-parametric, and able to represent complex label interactions, yet it can be trained from hundreds of images in minutes on a single machine.
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Creative Thinking for Individuals and Teams: An Essay on Creative Thinking for Military Professionals
Discusses the role of creativity in the military within the context of type, focusing on the fact that STJ (the dominant type in the military) tend towards efficient problem solving, while NTP (not so dominant) tend towards creative problem solving. Argues that the army would benefit from encouraging a more creative culture, leading to higher adaptivity and more successful problem solving. Also examines military leadership styles.


text:
Can static illusions be cast on and move with moving objects?
As a 20th-level Illusionist Wizard, I can make an illusion of:
- a functioning volcano (Mirage Arcane)
- or a ferocious monster (Major Image)
- that can even deal damage (Phantasmal Force)
But using an illusion spell, can I, for example:
- put an illusory sweater on my dog?
- put an illusory blade on the end of my normal wooden staff that follows the staff even while I use it? (it would look scary!)
- put an illusory vase on a table, which moves with the table if the table is pushed? (it wouldn't get knocked over, of course)
Note: This question is about the general function and utility of illusion spells as a school of spells in 5e rather than about a specific spell. If specific illusion spells give different answers, that is a valuable part of the answer to this question.
Illusions can be cast at a place on the ground, and they stay there unless the spell gives you the ability to move them.
If the ground moves, does the illusion move? Does the D&D world spin like Earth does or fly through space? If so, the illusion usually moves with the ground on which it was cast.
Can an illusion spell such as Minor Illusion or Silent Image be cast on an object such as a sword or a table? If that object is then moved, does the illusion move with it? What about an illusory hat on my ally's head?
Put another way, what is the reference frame in which an illusion is cast, and is this something the caster can choose?
Clarification: I am not asking if I can pick up an illusion and move it, only if the illusion can be attached to something other than a fixed point on the ground and what happens when that something moves. A Minor Illusion would still be a simple, stationary object sort of illusion.


text:
The People HR modules enable you to monitor events in your People HR account.
Getting Started with People HR
- A People HR account
- API license activated in your People HR account
In order to use People HR with Integromat, it is necessary to have a People HR account. If you do not have one, you can create a People HR free trial account at _URL_
Connecting People HR to Integromat
To connect your People HR account to Integromat you need to generate an API Key in your People HR account.
1. Log in to your People HR account.
2. Go to Settings > API.
3. Click the PLUS (+) button to generate a new API Key.
4. Enter the name for the API Key and select applications you want to access using the API Key, then click Save.
5. Click the copy icon () to copy the generated API key.
6. Go to Integromat and open the People HR module's Create a connection dialog.
7. Enter the API Key you have copied in step 5 to the respective field, enter your People HR login credentials, and click the Continue button to establish the connection.
The connection has been established. You can proceed with setting up the module.
Triggers when an action is performed in your People HR account.
The webhook URL needs to be generated in Integromat and then added to People HR API settings.
1. Add the Watch Events module to your Integromat scenario.
2. Generate and copy the webhook URL.
3. Log in to your People HR account.
4. Go to Settings > API.
5. Paste the webhook URL you have copied in step 2 above to the Webhook URL field.
Now, every time the action is performed, the Watch Events module in your Integromat scenario is triggered.


ThingM Project Feature: BlinkM in The MEAL Project
BlinkM in The MEAL Project Creator: Corinna Sherman
For the distracted diner who wants a subtle reminder to assess how full he or she is while eating, the MEAL dish is a weight-sensing dish that illuminates with colored light to give the user a sense of how much food has been eaten since the meal began. Normal dishware provides no feedback, placing the burden of self-monitoring entirely on the individual. Mealtime distractions pose less of an issue, however, when responsive MEAL dishes help people mind their own sense of satiety with subtle, pleasant cues via ambient light.
How It Works:
1. Plug the Arduino into wall outlet and press the power button on the base unit to register the minimum weight of the empty dish.
2. Fill the dish with food. 3 RGB LEDs that are located inside the base unit will pulse red when the minimum amount of weight has been added to enable subsequent monitoring.
3. Press the calibration button on the base unit to register the maximum weight.
4. Each of the dish's three legs sits upon a load sensor. The sensors connect to the Arduino, which monitors the total weight sensed over time. As food is eaten from the dish, the Arduino translates the sensed weight change into a hue shift in the LEDs from red (a color shown to stimulate appetite) to blue (a color shown to promote relaxation).
Downloadable PDF:
link to more information:
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Coronavirus: Single parents at greater risk of job insecurity as half report poor mental health
·3-min read
A young boy being held by his mother with his head resting on her shoulder, looking down a suburban street.
Single parents are twice as likely to have poor mental health, compared with other family types, according to new research. Photo: Getty
Single parents in the UK are at greater risk of job insecurity as a result of the coronavirus pandemic, new research from Gingerbread and the Institute for Employment Studies (IES) has found.
As COVID-19 hit the UK in early 2020 single parents were less financially secure and on lower incomes than other family types, with mothers in coupled households earning almost twice as much per week as single mothers.
Nearly half (46%) of single parents worked in routine occupations compared to 26% of coupled parents. Routine occupations — also classed as semiand unskilled work — in retail, hotels and restaurants have been hit hard by the pandemic with lockdown closures causing many employers to cut hours and jobs.
Single parents are also twice as likely to have a zero hours contract as other family types which puts them at greater risk of job insecurity.
As many roles shifted to working from home during the first national lockdown, only 22% of single parents were able to move to remote working, compared to 35% of coupled parents, creating greater childcare challenges as schools and nurseries closed.
READ MORE: Parents hit hardest by lockdown energy costs in UK
Some 30% of single parents were furloughed under the government's Job Retention scheme (30%) compared to 21% of parents in a partnership, further reflecting single parents' caring responsibilities and highlighting that they are more likely to work in sectors affected by lockdown. It is more likely that these sectors will experience further job losses as businesses in England are hit by the second lockdown, due to last until 2 December.
Single parents were twice as likely to have poor mental health, compared with other family types, both immediately before and in the early stages of the pandemic. Overall 51% of single parents reported having depression, bad nerves or anxiety, compared with 27% of coupled parents.
Single parents reported experienced an 'impossible balancing act', as they struggled with making "constant trade-offs" between their work and caring responsibilities.
READ MORE: UK's cheapest supermarket revealed
Worries about job security, the ability to secure new work, uncertainty around work requirements and formal and informal childcare availability, have made planning for the future impossible for single parents with many respondents feeling that "the unique challenges facing them had not been sufficiently accounted for in policy and guidelines developed."
Single parent charity Gingerbread is calling on the government to do more to support single parents during the coronavirus pandemic. The charity is urging the government to change policy to help single parents to stay in work by allowing them to access the furlough scheme where they need to do so for their caring responsibilities such as when a child needs to isolate.
Gingerbread is also calling on the government to make the Test and Trace Isolation Grant available to parents on low incomes who cannot work when their children are sent home from childcare or school to self-isolate.
READ MORE: Coronavirus: UK'sleepwalking' into long-term debt crisis
Laura Dewar, policy and research at Gingerbread, said: "Single parents have been hit hard by the COVID-19 Crisis. Our research has shown that during the previous Lockdown single parents faced 'an impossible balancing act'. As the sole breadwinner and carer single parents having a job is vital for their family income and the financial security of their children.
"The government must to do more to support single parent families as we start the second lockdown. Single parents must be better supported to stay in work, find new work or re-train."
WATCH: What is inflation and why is it important?


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Optical modes bearing optical vortices are important light systems in which to encode information. Optical vortices are robust features of optical beams that do not dissipate upon propagation. Thus decoding the modal content of a beam is a vital component of the process. In this work we present a method to decode modal superpositions of light beams that contain optical vortices. We do so using shear interferometry, which presents a simple and effective means of determining the vortex content of a beam, and extract the parameters of the component vortex modes that constitute them. We find that optical modes in a beam are easily determined. Its modal content can be extracted when they are of comparable magnitude. The use of modes of well defined topological charge but not well defined radial-mode content, such as those produced by phase-only encoding, are much easier to diagnose than pure Laguerre-Gauss modes.
This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.


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|Uploaded:||February 17, 2012|
|Updated:||February 17, 2012|
I really didn't know what type of scene to make for a forest like theme with when creating this next landscape lesson with a 'for kids' theme. After thinking of what else I could create that could help aid people with drawing specific backgrounds, I came up with the idea to do a tutorial on "how to draw a jungle for kids", step by step. This lesson is going to be full of trees, leaves, foothills, and a bunch of moss filled ground. A jungle is a place that has heated temperatures, with a muggy, misty, sticky feel. I had so much fun making this jungle because my little eight year old sister helped me out with the concept. I think that there is a lot of potential with this background because you can add some tropical birds, insects and even reptiles to accent the whole drawing. I was going to include some wild life, but I thought I would leave that up to you guys. Well, that's it, have fun with drawing a jungle for kids, and I will return in a bit with some more fun for you all.


Lesson 10.4: Bug Fix – Removing multiple items from GroupedInventory
Mickey noticed a bug in the code, from the changes in Lesson 10.2, adding a GroupedInventory property for LivingEntity.
When we try to remove multiple items, like when completing a quest, it only removed one item. This lesson will fix the bug.
Lesson Steps
Step 1: Modify Engine\Models\LivingEntity.cs
There is a problem getting the "groupedInventoryItemToRemove" object on lines 147-148.
For unique items, we want to get the item that exactly matches the parameter. If a player has multiple swords (which will be unique items), we want to get the exact item, and remove it.
For non-unique items, we only need to get the GroupedInventory object with an ItemTypeID that matches the parameter's ItemTypeID.
So, change lines 147-148 to this:
GroupedInventoryItem groupedInventoryItemToRemove = item.IsUnique?
GroupedInventory.FirstOrDefault(gi => gi.Item == item) :
GroupedInventory.FirstOrDefault(gi => gi.Item.ItemTypeID == item.ItemTypeID);
This is a "ternary operator". It evaluates the calculation before the question mark. If that calculation is "true", it returns the first result (the part before the ":"). If it is "false", it returns the second result (the part after the ":").
It's another way to do a simple "if…else" statement.
So, if the passed-in object is unique, we will look for the first item that completely matches it. If it is not unique, we will find the first item with the same ItemTypeID.
We really should have unit tests for this project. So, after I finish this batch of refactoring lessons, I'll start creating those.
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2 thoughts on "Lesson 10.4: Bug Fix – Removing multiple items from GroupedInventory
 1. There's no real benefit. In fact, I would bet that both end up compiling into the exact same CLR (Common Language Runtime) code.
 I just like using the ternary operator when the condition of the "if" statement is not too long, and we're only using the "if" to assign a value to a single variable. It's fewer lines than writing an "if" statement with curly-braces (which is how I write all my "if" statements, to be consistent and clear), and slightly easier to understand the intent of the "if" (to set the value of a variable).
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Rudolf Schuster
Name: Rudolf Schuster
Occupation: World Leader
Gender: Male
Birth Day: January 4, 1934
Age: 86
Country: Slovakia
Zodiac Sign: Capricorn
Social Accounts
Rudolf Schuster
Rudolf Schuster was born on January 4, 1934 in Slovakia (86 years old). Rudolf Schuster is a World Leader, zodiac sign: Capricorn. Nationality: Slovakia. Approx. Net Worth: Undisclosed.
He and Ukrainian President Viktor Yuschenko were two of the most unpopular candidates to seek re-election in the history of their respective countries. In his 2004 re-election campaign, Schuster received just over seven percent of the total vote; Yuschenko earned an even lower percentage following his own campaign.
Net Worth 2020
Find out more about Rudolf Schuster net worth here.
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Before Fame
Early in his political career, he served as Mayor of the Slovakian city of Košice.
Biography Timeline
Schuster's father's family is of Carpathian German origin, while his mother's family is of Hungarian origin. Rudolf Schuster was married in 1961 to Irena Trojáková (died 2008) and he has two children (son Peter and daughter Ingrid) and two granddaughters. In his private life, he is a sports fan, a traveller and a writer. He is also a camera fan.
In 1998 he founded the centre-left Party of Civic Understanding (SOP – Strana občianskeho porozumenia).
In 1999 he received honorary citizenship from Miskolc, as recognition of the good cooperation between the city and Košice during his mayorship.
In 2004, Schuster sought re-election in the 2004 presidential election and received 7.4% of the votes.
🎂 Upcoming Birthday
Currently, Rudolf Schuster is 87 years, 7 months and 1 days old. Rudolf Schuster will celebrate 88th birthday on a Tuesday 4th of January 2022.
Find out about Rudolf Schuster birthday activities in timeline view here.
Rudolf Schuster trends
 1. Who is Rudolf Schuster?
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 5. When and how did Rudolf Schuster became famous?
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text:
Continuous Innovation in Turbo Technologies
A global engineering leader in turbocharger technology, Cummins recently presented six papers at IMechE in London. Continuous innovation demonstrates Cummins' dedication to improving the durability, efficiency and manufacturing of Holset turbochargers.
These most recent innovations are summarized below, with full papers linked for download.
- Development of an improve turbocharger dynamic seal - Market trends indicate that, in the near future, turbocharger operating conditions will be challenging for today's compressor side seal systems. The need for improved compressor end sealing is greater than ever. This market intelligence drove Cummins Turbo Technologies to develop a robust seal system that meets the future demands of our customers. There are many benefits to the slinger/ collector seals systems used today and cutting-edge analysis has helped us generate the next level of understanding required to unleash further performance. This report gives insight to the market requirements and the approach to developing a seal to meet this need.
- Optimisation of wastegate bypass flow reintroduction for increased turbine stage efficiency identifies several key design learnings which, when combined, generated a 6.5 percent increase in wastegate open turbine efficiency, saving the customer $300 on average per year. As a large proportion of modern turbochargers incorporate a wastegate system into their design, the research presents an opportunity to deliver significant efficiency and emissions benefits to OEMs and end users.
- The application of additive manufacturing to turbomachinery examines the advantages and challenges associated with Selective Laser Melting (SLM) in the context of manufacturing turbine wheels. The paper states that the technology could improve turbocharger efficiency by unlocking novel turbine wheel designs, improving prototyping through lead time reduction and allowing onsite manufacturing, provided that metallurgical challenges associated with processing nickel base superalloys are overcome.
- The development of a lead-free corrosion resistant bearing system for turbocharger applications. Due to its toxicity, the use of lead in bearings is being increasingly restricted by environmental legislation and OEMs. Through the comprehensive lab and turbocharger-based testing and analysis outlined in this paper, Cummins has evaluated the corrosion and tribological performance of a range of lead-free materials for turbocharger applications. Lead-free brass bearing materials provided the most superior overall performance, with a high level of correlation observed between lab-based and turbocharger-based testing.
- Steady and transient conjugate heat transfer of a turbocharger demonstrates the application of computational fluid dynamics to model a turbocharger under non-adiabatic conditions. This analysis approach therefore enables enhanced stage performance prediction to improve turbocharger-engine matching. In addition, prediction of component absolute temperatures becomes possible under a range of steady and transient scenarios which can be used to support further analysis techniques to ultimately improve life cycle predictions.
- Stability optimisation of turbocharger rotor-floating ring bearing system: a combination of linear and nonlinear approaches In an effort to develop an efficient method for the stability optimisation of rotor-floating ring bearing system, this paper demonstrates that the traditional linear stability analysis method can be used as a time-saving and qualitative analysis tool to locate the optimum design region in the defined parametric space. The combination of the described linear and nonlinear methods can significantly reduce the required time and experimental cost when developing turbocharger rotor-floating ring bearing systems.
- The tribological performance of coated and non-coated materials in high temperature environments utilises a robust material selection process to identify suitable coatings with the potential to deliver the required wide temperature range wear and friction performance, at a lower price point than high-performing uncoated materials. Although further turbocharger-based testing is required to validate the laboratory-based test results on application, this development has the potential to ensure high product durability at a reduced cost.


text: To examine whether high moral reasoning competence of adolescents is associated with low levels of bullying, and to understand whether moral disengagement mediates or moderates this relationship, 925 German children ranging from 11 to 17 years of age (M = 14.18, SD = 1.21) completed questionnaires on moral reasoning competence and moral disengagement in surveys at three different schools. The children were classified according to their bullying role, based on a peer‐nomination procedure. Multinomial logistic regression analyses showed that moral reasoning competence negatively predicted whether a student took an aggressive role. Moral disengagement partially mediated this relationship. Corresponding effects for defenders and outsiders were not found. These results extend previous findings about the effect of moral reasoning on bullying in primary school. The implications for the prevention of bullying are discussed.


Show ungrouped Address Book contacts
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If you use groups in Address Book, you know that you can sort your contacts any way you want. To create a group, select File -> New Group. Groups are like iTunes' playlists; just select a bunch of contacts, then drag them on the group's name to add them.
But you may want to find contacts that are not in a specific group, say to create a group to sync to your cellphone, or to find contacts that have or don't have certain types of information.
Let's use an example of one group called Phone, with the contacts that you sync to your cellphone. Say you want to find all the contacts who are not in that group, and put them in a group called Not Phone. This involves a little trick when you select items in Address Book. Here's how it works:
 1. Create an empty group named Not Phone.
 2. Select all of your contacts and add them to this group.
 3. Click on the Phone group and select all of its contacts. (They may already be selected).
 4. Click on the Not Phone group. You should notice that only the members of the Phone group are selected!
 5. Press Tab once to switch focus to the Name column.
 6. Hit Delete, then click the Remove from Group button in order to remove them from the group.
At this point, you have a group called Not Phone which includes only the contacts who are not in the Phone group. It should be relatively easy to extend this to other combinations. For instance, to create a group of Miscellaneous contacts, create a new group, then remove anyone from the Friends, Family, and Work groups. Or, to make a list of your work friends, make a group called not Work and subtract them from the Friends group.
You can also use smart groups, then find contacts that are not in these groups. For example, to find all your contacts that don't have phone numbers, create a smart group where Phone Is Set. This criteria simply means that the phone number field is not empty. Then create a regular group and call it, say, No Phone Number. Perform the above steps, adding all your contacts to the No Phone Number group, selecting all those in the Phone Is Set group, then switching and deleting those who have phone numbers.
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Save for other uses
Those little bags that you find in a box of new shoes or a new camera can be very useful. Here's what you can do with them and some information about just how dangerous they actually are. Following is a transcript of the video.
Don't throw these away: Silica gel bags. They're usually found in a box when you buy new shoes or a camera. Usually, we throw them out.
Silicon dioxide dries out anything around them. Non-toxic, not poisonous, they do pose a choking hazard. Keep them away from children. Here's what you can use them for.
2. Save a wet phone. It's more effective than rice. Put the phone in a jar full of the bags.
3. Save old photos. Put a few of the bags in a box of old photos. It saves them from sticking together or getting ruined.
4. Defog your windshield. Put a bunch of the bags under your windshield. It takes care of the fog and saves precious time.
5. Extend the life of razor blades. The bags absorb the moisture from your blade.
Think twice before throwing away.
This video was produced by Eames Yates


text:
Use the Login Page Settings page to customize your login page.
To navigate to the Login Page Settings page, click the gear wheel, select Users & System Administration, and click Login Page under Customize.
Here, you can change the background image and the welcome text that displays above the Login credentials. The default text for the welcome text is your company name as registered in kintone Store.
To customize your login page:
- Enter desired Welcome Text in the box. To display nothing in this area of the Login Page, just leave this field blank.
- Click Browse, locate a file from your device, and select a background image.
- To delete the image, click the Delete icon.
- Click Save.
- When you logout and log back in, you will see the new image and text.
You can use the following file types for the background image:


text:
Ryuusei no Rockman Tribe
The second series is to follow the events of the second video game, focusing on the lost continent of Mu. The ancient civilization vanished ages ago, and a few of its remnants still exist as myths and legends called UMAs (unidentified lifeforms). The UMAs begin merging with humans in order to search for the treasures of Mu, the powerful ooparts, which will give them the power to revive Mu. After Subaru and War-Rock encounter several unusual enemies, they meet a professor named Doctor Orihime who sends them on a quest to find the ooparts and stop the UMAs. Using the ooparts, Rockman is able to take new forms, including Thunder Berserk, Fire Dinosaur, and Green Shinobi.