Welcome to our Family Fun page, where we feature families traveling the world, who have joined our Road To 100 Countries travel movement.
Meet Anthony and Lisa's family, they love travel so much that they named their daughter, Journey. Flying since she was only 13 weeks old, she has flown over 15,000 miles, on 9 flights domestic and abroad. From the Queen's Palace in London to the Grand Canyon of Arizona, journey is definitely living up to her name. Anthony and Lisa's goals are to visit all 7 continents along with the 50 states in the U.S. With 39 states and 4 continents under their belts, they are more than halfway there. The only thing that stops them from traveling full-time are their careers, but they are working on a plan to be job free in the future, so they can do more of what they love…travel. The biggest tip they have for anyone reading this, is to never let anyone tell you that you cannot travel due to having a child. If anything, they have traveled more this year than in the past because they couldn't wait to show their daughter the world and teach her that traveling is the only thing you can buy that will make you richer.
Click here to follow Anthony and Lisa's family around the world.
Meet Cory and Kameko's family, their travel goal as a family is to be an advocate for young minority families like themselves. They want to inspire others but they also want to show value and lessons in everyday life to their daughter and when their son arrives!! They feel there is so much more out there than the country they live in. It is important for their family to experience different cultures and see how other foreigners live. They love meeting new people and making new friends while traveling. They feel experiencing and meeting different kinds of people at a young age will avoid ignorance towards other cultures growing up. Cory and Kameko believe textbooks are over rated and that the true education to one's culture is immerse themselves into others culture when they travel. They want to break the stereotype people have that never traveled and for their kids to know the difference. Cory and Kameko, feel that traveling as a family gives them the opportunity to grow and spend quality time with each other that they wouldn't normally get back home, in New York, because of work and school.
Click here to follow Cory and Kameko's family around the world.
Click here to follow James and Monet's family around the world.
Meet Kindel and LaToya's family, traveling the world as a family means everything to these parents. Their kids are straight A students, so they do their best to keep them focused and educated. One of their ways of keeping them focused is traveling the world with them. It's totally different when scoping out different countries and cultures with the naked eye then reading it from a text book. Just to feel…to explore…to be in the midst of it all, gathering key ingredients from different perspectives and different walks of life makes all it worth it. Spending moments like these as a family is priceless. Hearing our children's thoughts and views of how they felt from visiting the rural areas to the more touristy areas gives us renowned faith in our kids, knowing that every where has its own struggles and their own happiness. It's all how you capture those very moments and live in it. Traveling as a family gives us more precious time together. Their goals are to visit 100 countries and collect a piece of every country and share it with the world in their photos.
Click here to follow Kindel and LaToya's family around the world.
Click here to follow Oba and Betsy's family around the world.
Meet Paul and Karilyn's family, they have always loved to travel, but once they had their son it became even more important to show him the world in all its beauty. They have found that through travel their son, Cian, has had a greater understanding and appreciation of people, cultures and the differences and similarities that unite us. Their travel goals as a family it to see as many of the world's endangered animals in their natural habitat as possible, learning languages and trying lots of new foods. Paul, Karilyn and their son Cian are heading off on an animal care project called a 'gap year' to do volunteer work and explore as much as the world they can.
Click here to follow Paul and Karilyn's family around the world.
Meet Sylvester and Karen's family, they didn't travel much before kids, but as soon as they had their son and looked at his beautiful face, they knew immediately that it was their duty to show him the world. Their family has traveled more after kids than before they had kids, which is just to show that travel doesn't have to end when you are a parent. Sylvester and Karen travel with their 5-year-old son and their nieces and nephew as well. Their goal is to raise global citizens who are not only well traveled, but open and accepting of other cultures. Their blog page TheMOMTrotter.com focuses on inspiring parents to continue to travel even after having kids.
Click here to follow Sylvester and Karen's family around the world.
Meet Trevor and Zaida's family, their travel goals are to visit 2 countries each year with their family and to eventually gradually increase that amount. Prior to having kids, Trevor and Zaidad, loved to travel because they both liked adventure, new exploration, and to learn new things together. Now that they have children, they enjoy traveling with them because they can share their passion for travel and expose them to different cultures, different climates, different foods and enhance their lives through hands on experiences in addition to their academic curriculum.
Click here to follow Trevor and Zaida's family around the world.
Meet Thomas and Zipporah's family, with Olivia & Harlow (Ages 7 & 10) from New Jersey. Traveling is something that both Thomas and Zipporah always did prior to having children. When they realized that traveling did something for them, they decided that this was their pleasure point. Travel enlightens their world and shows them surroundings and things that they never knew existed. How others lived was always a thing of the past but they use that now to gain knowledge of the struggle that other cultures may have. After we they had their daughter Olivia, they decided to continue traveling and exploring the world and bringing her along as well. Olivia took her first flight & had a passport at 6 months and has been going ever since then. Harlow was the same. The children have been continuous with keeping journal entries marking every step of the way. Now that both children are more independent, they have seen how easier traveling has become. As a family we are counting down our road to 100 countries as they go.
Click here to follow Thomas and Zipporah's family around the world.
Meet Quron and Danielle's family. They started traveling with their children very early on. Both boys actually celebrated their first birthday's abroad; in Mexico and Australia. It's always been extremely important for them to immerse their children into other cultures and diverse environments. They want their sons Parker and Logan to grow up truly envisioning themselves as citizens of the world. Exposing them to different foods and increasing their tolerance for discomfort has been crucial to their growth and adaptability. This opportunity wasn't afforded to Quron and Danielle as children, so they have made it an emphasis of their children's' childhood development. For the foreseeable future travel will continue to be a staple in their children's education as well as satisfying their family's thirst for adventure.
Click here to follow Quron and Danielle's family around the world.
How to be featured on Road to 100 Countries?
Follow & Tag @RoadTo100Countries on all things travel on Instagram. This way your travel photos will show up in our tagged photos feed to be featured in our Insta-stories and re-posted on our IG page. FYI we do not re-post/ feature scenery shots. We only feature photos with you in them on both our website and Instagram page.
Use and follow the hashtag #RoadTo100Countries. This way every travel photo you use the hashtag on will show up in our worldwide travel feed.
The more you tag @RoadTo100Countries and use our hashtag #RoadTo100Countries the HIGHER PROBABILITY you will be selected for our Featured Travelers Section (Couples Corner, Family Fun, or Solo Single Travelers section).
Pictures with "Road to 100 Countries" merchandise will GREATLY increase your chances of being featured.
Emailing or messaging us requesting to be featured; will NOT get you featured.
Having other people email or message us requesting us to feature you; will NOT get you featured.
Tagging photos which have NOTHING TO DO WITH TRAVEL; will NOT get you featured.


Classic comfort and stylish elegance.
The Cannington is a premium fireside chair and has been designed in the more traditional style offering the customer a choice of sizes in small, medium and large. Its elegant features include scrolled arms and solid wooden legs in teak or mahogany in the Queen Anne style and it is available now.
Contact Customer Services to find your nearest local Cosi Chair Retailer or call 0800 252 614.
Electric Mobility is committed to making sure that all Engineers are fully up to date & are able to benefit from valuable Service Training on Rascal products. Therefore the latest training course was delivered by James Tucker, Senior Technician regionally in the Midlands & held at the excellent facilities of Jason Watling & his team at Mobility Aids in Peterborough instead of the regular HQ location in Somerset.


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Home > News > NZ becomes first in world for climate reporting
NZ becomes first in world for climate reporting
Te Whanganui-a-Tara – Aotearoa has become the first country in the world to introduce a law that requires the financial sector to disclose the impacts of climate change on their business.
The government says it is important that every part of New Zealand's economy is helping cut emissions and transition to a low carbon future. New legislation ensures financial organisations disclose and ultimately take action against climate-related risks and opportunities.
Becoming the first country in the world to introduce a law like this means Aotearoa can pave the way for other countries to make climate-related disclosures mandatory.
Climate change will have a profound impact on businesses all over Aotearoa. There are activities and assets that businesses are involved in that will not hold their value in a low carbon world, simply because they emit too much climate pollution and contribute to the climate crisis.
Similarly, there are technologies and activities that will cut emissions and become hugely valuable to the low carbon economy of the future.
Requiring the financial sector to disclose the impacts of climate change will help businesses identify the high-emitting activities that pose a risk to their future prosperity, as well as the opportunities presented by action on climate change and new low carbon technologies.
The legislation will make climate-related disclosures mandatory for around 200 organisations, including most listed issuers, large banks, licensed insurers and managers of investment schemes.
Once passed, disclosures will be required for financial years commencing in 2022, meaning that the first disclosures will be made in 2023.
The four main elements to the Financial Sector (Climate-related Disclosure and Other Matters) Amendment Bill, which will have its first reading this week are:
It introduces mandatory climate-related disclosures for most listed issuers, along with large banks, licensed insurers and registered managers of investment schemes.
It requires the disclosures to be made in accordance with climate standards that will be issued by the External Reporting Board, or XRB.
The Financial Markets Authority will be responsible for the independent monitoring and enforcement of the relevant reporting entities' compliance with the new reporting standards.
The XRB will be able to issue guidance material on environmental, social and governance reporting and other wider aspects of non-financial reporting.
Tāmaki Makaurau students lead Schools Strike 4 Climate march
NZ greenhouse gas emissions increasing
The beginning of NZ's first emissions reduction plan
Full employment is in sight in Aotearoa – ANZ says
How digital technologies can address health inequities
October 1, 2021 242
Fresh tech advances driving growth in fintech

redpajama_set_name: RedPajamaCommonCrawl


Giovanni Stradano or Jan Van der Straet (1523-1605),pintor flamenco.
The Practioners of the Visual Arts (Cornelis Cort after Stradanus).1578.
Canto 30. Canto 30. Canto 31.
Americae Rectetio (Adriaen Collaert, based on Stradanus).1589.
Allegory of Vesucci's voyage to America.
Columbus and Vespucci, discoverers of America.
Odysseus in the Cave of the Winds.1590s.
Death of a Just Man (Carel van Mallery After Stradanus).


30 Days. We don't really have the time or intelligence to craft and manage a complicated returns and exchange policy. So we kept this straightforward.
If for any reason you are unhappy with your order within 30 days of purchase, write to us and we will gladly accept returns or exchanges.
We do not charge extra for exchanges. And returns will be refunded to the original method of payment.


Absolutely stunning views!! Corner unit on the 8th floor. Fabulous views of the city, mountain sunsets and up Emigration Canyon. Open floor plan. Recently remodeled kitchen, granite counter, farm sink, granite backsplash and breakfast bar. Hand scraped hardwood floors. Good size master suite with walk-in closet and master bath and views up the canyon. Tastefully decorated. Washer & dryer hookups. Nice balcony. Really great condo.


Laurie Pearman Get 'em while they're young.
There's a whole lot being said about kids these days: They're not active so they're turning into blobs. They're spending so much time inside, so they're not getting enough vitamin D from the sun. So how do you break the pale, weak-boned, overweight cycle? You get their butts outside an on a bike. Thanks to the B.Y.R.D.S. bicycling program, young people ages 6 to 18 are taught the ins and outs of putting power to the pedals. There are more than 140 members, each of whom gets personalized coaching, weekly training rides and a full season of racing, including travel to national and international competitions. So kids can not only be active, outside and in shape, but they might have some trophies and a few passport stamps to show for it.


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Standards & Protocols
Are You Ready for RFID?
Radio frequency identification technology is suddenly one of the hottest trends in the industry, and plenty of companies are poised to benefit from its use.
By Colin C. Haley
Radio frequency identification technology is suddenly one of the most talked-about trends in technology's post-bubble era — thanks to nudging and interest from large retailers and the federal government.
Fending Off a Vicious Attack
Taking Back Control of Your Network Bandwidth
Surviving and Thriving with Network Outsourcing
Originally developed during World War II to help anti-aircraft gunners discern friend from foe, RFID is now being enlisted to help manufacturers and retailers track products from factories to store shelves.
The systems have two components: tags and readers. The tags are paper-thin, one-inch radio transponders attached to pallets, cases, and eventually individual items. The other components are readers, which are panels about the size of a pizza box that receive and translate signals and shuttle data back to a network.
Retailers believe RFID will eventually replace bar codes, vastly improve the efficiency of their supply chains, and cut down on theft and loss. Other business sectors are also looking at RFID tags and readers for a variety of tasks.
Hospitals see the technology as a way to manage medicinal inventories and keep track of equipment. Fire departments envision a system that gives commanders instant information about their team members' locations.
Until very recently, most IT departments recognized RFID's potential, but they also saw several problems that were likely to conspire in delaying wide-spread adoption for another three to five years. But now engineers are feverishly working to address the issues, such as signal interference, lack of standards, and the high cost of the tags.
Page 2: Throwing Down the Gauntlet
This article was originally published on Nov 24, 2003
chaley@jupitermedia.com


Who doesn't love a bit of BBQ food, right? Tomorrow, leaders and Explorer Scouts from Phoenix Explorers will be helping to support a local community event being held by Chineham Tigers Football Club by providing the BBQ service. There's loads to do as you will see from the flyer below. The weather forecast looks good and with money raised from the BBQ helping to support both Phoenix Explorers and Chineham Tigers Football Club so why not pop down and see us?
We will be serving staple BBQ food of burgers and hot dogs but we also have supplies to cater for vegetarians and those with gluten intolerance.
The fun starts at 12 p.m. on Saturday 9th June 2018 at the Sherfield Playing Fields behind Sherfield Community Centre. We look forward to seeing some of you there!
This entry was posted in Events and tagged BBQ. Bookmark the permalink.


1993-2002 Cadillac Eldorado 4.6L Rear Air Suspension Conversion Kit With Resistor Mounts Springs (CADR5) is the perfect solution to your air suspension problems. Designed to be very affordable, you can convert your air suspension to use standard.
Why risk replacing something that has failed on your car with other parts that are just as likely to wear out or fail? Simply swap out your factory air shocks and coil springs for our passive hydraulic shocks and stronger steel coil springs and get your Eldorado fixed and back on the road in no time. Our Tech Department here at Strutmasters is integrated with our R&D Department and is here to ensure you have a safe, inexpensive and swift install process. Fix it once! Fix it right! With the CADR5 rear air suspension conversion kit from Strutmasters!
How Do I know If My Eldorado Air Suspension is failing?
If you have ever owned a Cadillac or any other GM vehicle with rear air suspension, then you're probably no stranger to the sight of your car squatting on the pavement. Nor are you probably a stranger to how expensive and extensive repairing your failed air suspension with direct replacements from the dealer can be! What you may not know after taking your failing air suspension back to the dealership: even though you may have only one or two repairs necessary at the time, once one part of that air suspension starts to go bad, you are almost certainly on your way to total failure!
= TOTAL: Over $850 (and that doesn't even include replacing electronic components that are known to fail such as the height sensors).
1993-2002 Cadillac Eldorado 4.6L Electronic Struts (x2)- a type of shock absorber; has metal tubing filled with gas-charged hydraulic fluid that is connected to the wheel of a vehicle in order to reduce the effects of vertical travel on a rough surface which controls the bounciness, and therefore comfort, of a vehicle. The Cadillac Deville's struts, while having coil-springs, use an electronic signal to stiffen or soften the dampening of the strut.
1993-2002 Cadillac Eldorado 4.6L Shock Absorbers (x2)- a metal tubing filled with gas-charged hydraulic fluid that is connected to the wheel of a vehicle in order to reduce the effects of vertical travel on a rough surface which controls the bounciness, and therefore comfort, of a vehicle shock absorbers.
1993-2002 Cadillac Eldorado 4.6L Coil Springs (x2)- Coil springs hold the vehicle up but be careful, they are rated for and designed to work with the rest of the suspension system, so when you change air shocks to passive shocks, then you will need a different rated coil spring that works well with the new type of shocks.
1993-2002 Cadillac Eldorado 4.6L Air Lines- tubes that run from a compressor (air suspension) to the air struts which carry pressurized air to the air bags components in order to adjust the height of the vehicle, respectively.
1993-2002 Cadillac Eldorado 4.6L Solenoids (x4)- usually L-shaped, these plastic components connect the electrical connection and lines of suspension components to the suspension control module on vehicles with active suspension. The solenoid regulates the air pressure for each air spring. Solenoids start to leak as they wear out causing the vehicle to sag or to lean. This will cause the ride height sensor to send a signal to activate the compressor in an attempt to inflate the air suspension and level out the vehicle. This excessive work load will eventually lead to total failure of the compressor.
1993-2002 Cadillac Eldorado 4.6L Compressor- creates/sends pressurized to active suspension components. When the air suspension starts leaking, the compressor/pump starts working harder to try to keep the system inflated. By the time air suspension leaks down completely, sitting the vehicle on its tires, the compressor will either have failed or be well on its way to full failure. Buying replacement struts and taking the time to install them only to find out the compressor still needs to be replaced can be very frustrating, time-consuming, and expensive.
1993-2002 Cadillac Eldorado 4.6L Dryer Assembly- used to keep moisture out of air lines and air springs in order to prevent freezing and internal cracking of these parts. Once air suspension starts leaking, moisture will build-up throughout the air system. Moisture damages the air suspension from the inside. The dryer will need to be replaced in order to eliminate the moisture and prevent any further damage.
1993-2002 Cadillac Eldorado 4.6L Suspension Control Module- a computer which is responsible for the operations of the air suspension system and maintaining the vehicle's correct ride height.
1993-2002 Cadillac Eldorado 4.6L O-rings- Although they are the least expensive parts of the air suspension, they are responsible for maintaining the seal where all of the air lines connect. Be sure to replace the O-rings when repairing any air suspension system.
My name is Antonio. I am referring to the order that I had received for my 98 Cadillac Eldorado the conversion to non air shocks/struts. Car rides nice, it's great, I recommend you guys.
I am totally happy with the price, delivery, and to this date, operation of the struts.


1982-06-18 Assigned to MIECZYSLAW MIROWSKI reassignment MIECZYSLAW MIROWSKI ASSIGNMENT OF ASSIGNORS INTEREST. Assignors: MOWER, MORTON M.
The present invention relates to a method and apparatus for delivering two or more individual low-level pulses to correct certain cardiac arrhythmias such as high-rate ventricular tachycardia and ventricular fibrillation; at least the latter shocks are delivered in synchronism with a repeatable characteristic of the heart's electrical activity. Basically, the apparatus comprises an electrode sensor placed in the right ventricle of the heart or in the coronary sinus to act as a detector for the electrical activity of the heart. Connected to the electrode sensor is an arrhythmia detector chosen to detect such arrhythmias as ventricular tachycardia and ventricular fibrillation. Upon detection of one of these arrhythmias, the detector issues a signal which is interpreted by a programmable logic device to activate an energy storage device for delivering a first low-level shock to the heart through a shock delivering electrode. A slew rate detector is then activated by the logic device. The output of the slew rate detector is fed to a comparator to be compared with a continually updated reference signal supplied by the logic device. When the slew rate output equals or exceeds the value of the reference signal, the comparator issues a signal which activates the energy storage device to issue a second low-level shock to the heart through the shock delivering electrode. Additional shocks may be delivered in a manner similar to the delivery of the second shock under the control of the logic device.
The present invention relates to a method and apparatus for correcting abnormal cardiac activity by employing low energy shocks. More specifically, the present invention deals with the correction of arrhythmias such as high-rate ventricular tachycardia and ventricular fibrillation with multiple relatively low energy shocks issued in synchronism with a repeatable event in the arrhythmia.
Normal heart rhythm (sometimes called "sinus rhythm") originates in the sino-atrial (SA) node of the heart. Disorders of heart rhythm are called arrhythmias, and may arise in either the atria or the ventricles. For example, one type of arrhythmia manifests itself in the form of a rapid heart rate (known as "tachycardia") arising in the atria, which may be serious in patients with diseased hearts.
A common treatment for serious tachycardia consists, basically, in passing a pulse of electrical energy through the heart, and momentarily stopping the heart completely, after which the heart is left to start spontaneously in sinus rhythm. The instrument utilized for such treatment is known as a cardioverter. This instrument is in most respects the same as the instrument known as the defibrillator, with the major difference being that the cardioverter typically delivers its shocks in synchrony with the cardiac activity so as to avoid the vulnerable period and hence lessen the possibility of worsening the rhythm being treated. Specifically, the delivery of electrical energy in the vulnerable period (e.g., on the T-wave) could induce ventricular fibrillation.
Additionally, cardioverting pulses often are characterized by energy levels of approximately 25 to 100 joules externally, whereas the energy levels typically employed for ventricular defibrillation are in the range of 100-400 joules for external application (or 20-50 joules for internal application). For purposes of comparison, pacing is accomplished by energy levels on the order of 0.04 millijoules or less.
Ventricular fibrillation is an arrhythmia generally more difficult to break than tachycardia. As noted previously, the energies required to defibrillate generally are higher than those capable of cardioverting. And, there are several phenomena involved in ventricular defibrillation that are not adequately explained by the conventional theory that a defibrillating shock needs to be sufficiently strong to depolarize the vast majority (a critical mass) of the myocardium. For example, it has been observed that a heart not defibrillated by several shocks at a particular energy level suddenly responds to the same energy level and reverts to sinus rhythm. It further has been observed that at times a heart may not respond to high energy shocks, but effectively can be defibrillated if the energy is reduced to a lower level.
There are obvious reasons for wanting to defibrillate at low energy levels, and hence there have been efforts made to reduce the energy levels in defibrillation. Some low energy defibrillation techniques have been described, but although at times effective, such techniques are not consistently so. For example, a double pulse low energy system is described by Jan Kugelberg in the article "Ventricular Defibrillation--A New Aspect" (Stockholm, Sweden: Acta Chirurgica Scandinavica, 1967). Kugelberg discloses the use of two pulses separated by a predetermined time period, optimally 100 miliseconds. The theory is that the first pulse affects and synchronizes a small portion of the myocardium, while the second pulse then can more easily complete the job of reverting the arrhythmia. While the theory does appear to have some merit, and while experimentation has shown approximately 60% effectiveness with laboratory dogs at the optimal pulse interval of 100 milliseconds, the Kugelberg technique has not been accepted as a viable approach to defibrillation at low energies.
Another low-energy theory previously advanced involves what is termed the "protective zone" theory. This theory is that a properly timed small shock can prevent desynchronization of myocardial depolarization which otherwise could lead to ventricular fibrillation when shocks are delivered in the vulnerable period. A timed second shock, according to this theory, resynchronizes the myocardial fibers which were disrupted by the first shock. But, again, this theory has not consistently been effective in practice.
Defibrillation of the heart also has been effected by relatively low energy shocks delivered through an intravascular catheter. In this regard, it has been observed that catheter defibrillation in man often is effective using 5-15 watt seconds. See commonly owned Mirowski et al U.S. Pat. No. 3,942,536 , incorporated by reference herein. Still, there is benefit to be gained by further reducing energy levels.
It is believed that the inability to obtain consistently favorable results at low energy levels with the prior art methods can be linked to the inherent random delivery of shocks in response to the malignant arrhythmias. There is thus a need for a method and apparatus which is effective in uniformly correcting certain cardiac arrhythmias with shocks having energy levels lower than those presently employed with the techniques of the prior art. The present invention is directed toward filling such need.
The present invention relates to a method and apparatus for delivering two or more individual low-level pulses, at least the latter of which are delivered in synchronism with a repeatable characteristic of the arrhythmia being treated, to correct certain cardiac arrhythmias such as high-rate ventricular tachycardia and even ventricular fibrillation.
Basically, the apparatus comprises a sensitive detector of the heart's electrical activity, a pair of discharge electrodes, circuitry for recognizing treatable arrhythmias, and timing circuitry for effecting plural discharges in synchronism with a repeatable characteristic of the heart's electrical activity.
In one embodiment, the detector is in the form of a high resolution ECG bipolar electrode sensor having two spaced electrodes; the electrode sensor is designed to reside in the right ventricle. The discharge, or shock delivering electrode, may be in the form of a bipolar catheter having two separated electrodes adapted to be placed, respectively, in the right ventricle and in the superior vena cava. Alternatively, the discharge electrodes can take the form of a unipolar catheter in the superior vena cava (which could reside on the sensor catheter) and a single patch electrode placed over the apex of the heart. It also is contemplated to use two epicardial patch electrodes positioned, respectively, at the apex and the base of the heart. Further, the same electrodes can serve both for delivering the low-level shocks and for monitoring ECG activity.
Connected to the electrode sensor is an arrhythmia detector chosen to detect, for example, such arrhythmias as ventricular fibrillation, ostensibly a very disorganized cardiac rhythm, and ventricular tachycardia, a somewhat more organized cardiac rhythm by comparison. Upon detection of one of these arrhythmias, the detector issues a signal which is interpreted by a programmable logic device to activate an energy storage device for delivering a first low-level shock to the heart through the bipolar catheter, the epicardial electrodes, or a combination of the two. As used herein, a low-level shock is one within the range of 0.1-15 joules.
A slew rate detector, which is operatively connected to the sensing electrodes, is activated by the logic device. The output of the slew rate detector is fed to a comparator to be compared with a reference signal, indicative of a predetermined slew rate, supplied by the logic device. When the actual slew rate output exceeds the value of the reference signal, the comparator issues a signal, which after being delayed for a time determined by or programmed into the logic device, activates the energy storage device to issue a second low-energy shock to the heart through the shock delivering electrodes. Additional shocks may be delivered in a manner similar to the delivery of the second shock under the control of the logic device.
In this way, the first shock is delivered with or without regard to synchronization to the arrhythmia being detected. The primary purpose of the first shock, with or without synchronization, is to "coarsen" or alter the configuration of the arrhythmia, primarily by lowering its frequency or by increasing its amplitude. It is theorized, following the work of Kugelberg, that a small portion of the myocardium is organized by the first shock, thus reducing the random electrical activity in the myocardium, and reducing the frequency of the resulting arrhythmic ECG waveform. Further, it is noted through careful analysis of the ECG, that although some arrhythmias, even ventricular fibrillation, appear totally random, there are periodic, predictable, segments of the ECG; this is particularly the case after the waveform is coarsened by a first shock.
The second and subsequent low-level shocks, through the slew rate detector, are synchronized to a particular repeatable characteristic of the arrhythmia being treated. As an example, for ventricular tachycardia, the repeatable characteristic may be the leading edge of the R-wave found within the arrhythmia. For ventricular flutter and certain ventricular tachycardias, where there sometimes are no recognizable R-waves, synchronization may be on polarization waves; for ventricular fibrillation, where there likely are no recognizable R-waves, synchronization may be on the peak of a maximum rise time ECG spike.
Specifically, the detected ECG is analyzed by the slew rate detector and by the logic circuitry. It presently is contemplated that the analysis be by tracking the maximum instantaneous slew rate and by storing the peak slew rate (i.e., the waveform segment exhibiting the fastest rate of change, in this case, rise time or leading edge of the ECG signal). The logic circuitry then effects delivery of a first shock, preferably on the ECG segment showing the highest slew rate, but possibly without regard to synchronization. If shocking in synchrony, the stored peak slew rate is proportioned by pre-programming or by the logic circuitry, and is fed to the "reference" input of a comparator, the other input of which receives actual slew rate signals.
After the first shock, and within a preprogrammed time interval, the device performs by continually updating the signal representing the highest slew rate segment stored in the preceding time cycle. However, if the ECG is showing a steady decrease in slew rate readings (wherein no segment is of a comparable slew rate to that maximum previously stored), the device updates itself by storing a new peak slew rate. Preferably, updating occurs if the new slew rate differs by a predetermined amount from that previously stored. The device similarly updates itself if the slew rate is steadily rising. After appropriate updating, the above-described cycle is repeated until the arrhythmia is broken and the heart returns to normal sinus rhythm.
Certain patients exhibit more manageable arrhythmias, thus obviating the need for the first unsynchronized shock. In this case, as noted above, it is envisaged that the first shock and all subsequent shocks be synchronized to a particular repeatable characteristic of the arrhythmia being treated.
Thus it is a primary object of the present invention to provide a method and apparatus for correcting certain cardiac arrhythmias through the delivery of multiple, properly timed, low-level shocks.
It is a further object of the present invention to provide a method and apparatus wherein the delivery of the low-level shocks is synchronized with a repetitive event occurring in the abnormal cardiac activity.
Still another object of the present invention is to provide a method and apparatus wherein the delivery of low-level defibrillating shocks is synchronized with a portion of the ECG exhibiting maximum slew rate within a predetermined sampling period.
FIG. 2 is a schematic representation of the electrical activity of a heart going from sinus rhythm to ventricular fibrillation, showing the effect of the present invention to return the heart to normal sinus rhythm.
FIG. 3 is a flow diagram to help explain the operation of an embodiment of the device for correcting abnormal cardiac activity.
A preferred embodiment of the device for correcting abnormal cardiac activity in the form of a generally disorganized arrhythmia through the deliverance of multiple low-level shocks is designated at 10 in FIG. 1. The device is implantable in its preferred form. A conventional sensing electrode 12, which acts as a sensing probe, has a pair of electrodes positioned in or about the heart in a position suitable for monitoring the electrical activity (ECG) associated with the heart. For purposes of the present invention, it is essential that the sensing electrode 12 be able to develop precise ECG data so that the electrical logic circuitry can recognize and respond to the repeatable electrical activity that might otherwise go undetected.
An example of one sensing electrode, embodying extracardial base and apex electrodes, is disclosed in Heilman U.S. Pat. No. 4,270,549, incorporated by reference herein. Another example of a known sensing electrode, in the form of an intravascular catheter, can be seen in previously referenced U.S. Pat. No. 3,942,536. It also is contemplated that the sensing electrode 12 take the form of a small, high resolution ECG bipolar sensor having two closely spaced electrodes designed to reside in the right ventricle of the heart.
The electrical activity monitored by the detector 12 is amplified by amplifier 14 and then is fed to an arrhythmia detector 18 and in parallel to a slew rate detector 20 through appropriate leads.
The arrhythmia detector 18 is designed to detect certain arrhythmias such as ventricular fibrillation, a highly disorganized cardiac rhythm, or ventricular tachycardia, a more organized cardiac rhythm by comparison. One such arrhythmia detector is disclosed in Langer et al U.S. Pat. No. 4,184,493, incorporated by reference herein. Upon detection of one of these arrhythmias, the arrhythmia detector communicates with a programmable logic device 22 via data lines 24. A programmable logic device capable of performing the basic activities to be described, is discussed in copending U.S. patent application Ser. No. 263,910, filed May 15, 1981, incorporated by reference herein and now U.S. Pat. No. 4,393,877. FIG. 3 is a flow diagram showing the basic steps carried out by a preferred embodiment of the device for correcting abnormal cardiac activity in conjunction with the programmable logic device 22. The logic device 22 interprets the data from the arrhythmia detector and issues an appropriate signal on lines 26 in order to activate an energy storage device 28 to deliver a first low-level shock to a shock delivering electrode 30 of known design. Examples of known shock delivering electrodes are the subject matter of previously referenced U.S. Pat. Nos. 4,270,549 and 3,942,536. It also is contemplated that the sensing electrodes and the shock delivering electrodes be combined partially or completely. The energy storage device, which typically is a capacitor, is recharged through a conventional charging circuit 21 under the control of the logic device 22.
The previous description relates to the delivery of the first of a series of shocks. The first shock may be delivered without regard to synchronization, and serves to convert the highly disorganized arrhythmia into a more organized arrhythmia, "coarsening" the arrhythmia. When coarsened, the electrical activity representing the arrhythmia is altered, primarily in terms of its frequency and amplitude, placing it in a more manageable form, so that electrical patterns more easily are recognized. For example, ventricular fibrillation, a highly disorganized arrhythmia, may be coarsened into a ventricular tachycardia or a ventricular flutter, more organized arrhythmias exhibiting more recognizable repeatable characteristics. In like manner, a low amplitude ventricular tachycardia pattern may be changed to a high amplitude pattern, which typically is easier to break.
The logic device issues a predetermined reference signal on lines 32 for input into one port of a comparator 34. The value of the reference signal represents a percentage of the peak slew rate sensed by a peak follower 35 during a preceding timing cycle (which preferably is the slew rate of the ECG segment on which the first shock was issued). For start-up, a predetermined slew rate initially may be incorporated into the system through the programmable nature of the logic device, or an actual slew rate may be detected by the peak follower 35. The reference signal represents a slew rate, on or above which low-level shock therapy is indicated, and continually is updated by the actual slew rate detected by peak follower 35, adjusted by a fixed pre-programmed percent or by other parameters fed into the programmable logic device 22. As an example, the reference signal on line 32 could be 85% of the last peak slew rate detected by peak follower 35.
The slew rate detector 20, under the activation of the logic device 22, now issues an output signal on lines 36 which is fed to the other port of the comparator 34. When the slew rate has a value equal to or greater than that of the reference signal, the comparator issues a signal on line 38 which passes through a delay 40. The period of delay is determined by the logic device, and is set to zero if it is desired to shock on the peak of the ECG segment. After the predetermined delay, a control signal passes on line 42 to activate switch 50 and to pass the energy stored in the energy storage device 28 through the shock delivering electrode 30 to the heart. The deliverance of additional shocks is accomplished in a manner similar to that of the second shock and is carried out until the heart returns to normal sinus rhythm.
The second and subsequent shocks are synchronized to an electrical activity of the heart associated with a repeatable characteristic of the cardiac arrhythmia. As an example, for ventricular tachycardia, the repeatable characteristic may be the leading edge of the R-wave occurring within the arrhythmia (or the zero-crossing of the differentiated ECG signal corresponding to the peak rise time of the R-wave). In this regard, and as described above, it is contemplated that the logic device 22 include timing circuitry to issue discharge commands to the energy storage device 28 so that discharge into the heart through electrode 30 takes place at the desired time relative to the ECG data presented by detector 18 on line 24. Synchronized low-level shocks permit the utilization of lower energy levels to correct certain cardiac arrhythmias. In this way, certain potential dangers associated with high-level shocks, such as tissue damage and the induction of ventricular fibrillation, are minimized.
As noted previously, even ventricular fibrillation, regarded as an arrhythmia whose electrical activity is random, has been found to display certain electrical regularity. Therefore, it sometimes may be possible to issue even the first shock in synchronization with a repeatable characteristic of the ECG. Even when not possible to so synchronize the first shock in VF, second and subsequent shocks typically can be synchronized due to the ECG having been coarsened by the previous shock(s).
Typically, the first and subsequent shocks (for the preferred implantable device) are within the energy range of from about 0.1 joule to about 15 joules. Subsequent shocks typically will be of energies equal to or less than that of the first shock. This is because the more organized arrhythmia (seen after the first shock) should convert to normal sinus rhythm at lower energies than is necessary to convert the previously less organized arrhythmia into the more organized arrhythmia.
Although it is possible that some patients will respond to the first unsynchronized (or synchronized) shock and return to normal sinus rhythm, it is expected that in most cases, multiple low-level shocks will be needed. The major purpose of the first shock is to set up a more organized, manageable arrhythmia exhibiting a repeatable characteristic so that the subsequent synchronized shocks can further organize or eliminate the arrhythmia entirely. In the preferred embodiment, the detectable event on which the synchronized shocks are issued is the peak of the wave most closely resembling an R-wave.
The slew rate detector 20 is employed to synchronize the second and subsquent low-level shocks. If there is a detected slew rate in the timing period that is equal to or higher than the highest rate measured in the previous timing cycle, say, for example, one volt per second, then a shock can be delivered on that particular portion of the waveform, preferably at its peak. Through the programmable logic device 22, the time between pulses can be varied from about 10 milliseconds to about 5 seconds, with a time selection of from about 80 milliseconds to about 1.5 seconds being preferred. It is to be understood that the actual time between pulses is not necessarily continuous. The range is actually broken up into a series of discrete time intervals, typically less than a millisecond in duration. For a preferred embodiment, the discrete time intervals are those within which the peak slew rate is sought. This could occur a short time after the last shock, or could occur two or more timing cycles later if the circuit recognizes the need to update its stored data. In this regard, it is theorized that the effectiveness of any such subsequent shock depends on the energy level, the precision of the synchronization with the particular ECG segment, and the overall elapsed time between it and the first shock.
As an example of the device operation, FIG. 2 illustrates an intra-cardiac tracing showing a normal ECG degenerating into ventricular fibrillation, coarsening after a first low-level shock, coarsening further after a second shock, and then returning to normal sinus rhythm shortly after the issuance of a third low-level synchronized shock.
Turning to a related topic, the concept of synchronization of the waveform in ventricular tachycardia already is well accepted. However, synchronization with regard to ventricular fibrillation has never been considered a valid concept because of the rapidity of the waveform and its apparent chaotic nature. Nevertheless, it has been found that with a bipolar sensing electrode having two closely spaced electrodes located in the right ventricle, the ECG waveform, even in ventricular fibrillation, can be specified with sufficient clarity so that observation can be made as to when the wave front passes the bipole, is approaching the bipole, or is receding from the bipole. In addition, the relative distance of the wave front from the bipolar electrode also can be estimated. Thus, with appropriate circuitry as the type described herein, it is possible to synchronize pulses to the fibrillatory waveform and to deliver the pulses in a certain relationship to it. When the relationship of the wave front to the defibrillatory electrodes is favorable, a somewhat greater amount of myocardium can be depolarized, and the waveform coarsened, even if only slightly. Repeated similarly timed shocks would successively capture more and more myocardium until, finally, complete defibrillation is achieved by the succession of shocks, each one ineffective by itself for this purpose. It is likely that the shocks could be delivered either to a small area of the myocardium via a catheter, or globally via epicardial electrodes surrounding the heart. Since the critical timing depends ultimately on the particular geometry and time relationships of the wave front to the sensing electrodes 12, it is not surprising that any fixed interpulse timing, as for example the Kugelberg pulses or the protective zone phenomenon, do not consistently work. On the other hand, the timing relationships of the pulses with respect to the altering innate properties of the wavefront as it is actually depolarizing the heart enables the approach described herein to be effective.
Although it is believed that the approach outlined above can be effective for most arrhythmias, it is desirable to provide a back-up approach should the low-level shocks prove ineffectual. Previous implantable defibrillators deliver larger amounts of energy (in the 35-50 joule range, for example), through the shock delivering electrodes, to eliminate arrhythmic conditions. See U.S. Pat. No. Re. 27,652 for an example of such an implantable automatic defibrillator. It is desirable to incorporate the provision for such higher energy shocks, and in this regard, it is contemplated that the charging circuit 21, under the control of the logic device 22 and solid state switch 50, have the capability of charging the energy storage device 28 with sufficient energy to deliver shocks of up to approximately 30-35 joules.
Although the present invention has been shown and described in terms of a specific preferred embodiment, it will be appreciated by those skilled in the art that changes or modifications are possible which do not depart from the inventive concepts described and taught herein. Such changes and modifications are deemed to fall within the perview of these inventive concepts.
means for synchronizing the delivery of said further shocks to the repeatable characteristic of the more organized arrhythmia.
2. The apparatus of claim 1, wherein said first and further shocks are of the same magnitude.
3. The apparatus of claim 1, wherein said further shocks are of lower magnitude than said first shock.
4. The apparatus of claim 1, wherein the repeatable characteristic is the leading edge of an R-wave like peak exhibited by the more organized arrhythmia.
5. The apparatus of claim 1, further comprising means for predetermining the time interval between said first shock and the first of said further shocks.
6. The apparatus of claim 1, further comprising means for synchronizing the delivery of said first shock to said repeatable characteristic of said arrhythmia.
comparing means for comparing said slew rate with a known reference signal and issuing second and subsequent shocks, during a predetermined time period, to the heart through said shock delivering electrode means, said second and subsequent shocks being issued in synchronism with a repeatable characteristic of the signals sensed by said sensing electrode means.
8. The apparatus of claim 7, wherein said apparatus is implantable.
9. The apparatus of claim 7, further comprising defibrillating means, made active in the event that a predetermined number of low-level shocks are ineffectual, for delivering a defibrillating shock to the heart.
said detecting means includes an arrhythmia detector for receiving signals detected by said sensing electrode means.
synchronizing the delivery of said further shocks to the repeatable characteristic of the more organized arrhythmia.
12. The method of claim 11, wherein said synchronizing step comprises synchronizing the delivery of said further shocks to ECG peaks of the more organized arrhythmia.
13. The method of claim 11, and further comprising the step of synchronizing said first shock to a repeatable characteristic of said disorganized arrhythmia.
NL8302182A NL188834C (en) 1982-06-18 1983-06-17 An apparatus for correcting abnormal cardiac activity.
EP0420563A2 (en) * 1989-09-26 1991-04-03 Eli Lilly And Company Defibrillator delivering bursts dependent on the fibrillation cycle length.


text:
Q: Select statement with containing a certain criteria I have a column that contain these value from a table.
Colum1: dhd-29229 Table: Test
        dhd-29199
        dhd-00011

My goal is to write a select sql statement that will return the following value: All numeric value and not take into account dhd-

A: Use like:
where column1 like '%29229'

A: If you want exactly XXX-29199 in this format, you've to use :
where column1 like '___-29229'

If you want just the 29229, you can use : where column1 like '%29229' but in this case the query will return all values that ends with "29229". you can think to controle the length.
https://www.w3schools.com/sql/sql_like.asp

A: in T-SQL (sql server):
select substring(colum1, charindex('-',colum1)+1,5) as sub_string from test

A: If you want a strict 'numbers only' that does not reply upon format or inconsistencies... try writing a UDF :
Create FUNCTION [test].[numOnly]
(@text nvarchar (max))
RETURNS nvarchar (max)
AS
BEGIN

    DECLARE
    @char nvarchar(1),
    @i_idx int,
    @temp int,
    @out nvarchar(max)

    While len(@text) > 0
    Begin
        Set @char = left(@text,1)
            if ascii(@char) between 49 and 57
                set @out = isnull(@out,'') + @char

            Set @text = RIGHT(@text,len(@text)-1)
    End

    Return @out
END

Use it thus ...
select  [test].[numOnly]('44--(*)"*()£hllk564kkj3') as 'lala'

Result : 445643

redpajama_set_name: RedPajamaStackExchange


text:
Why Did Carl Azuz Leave CNN 10? What Happens With Him?
For millions of students, Carl Azuz has been the news' public face for more than ten years.
For the past 14 years, CNN 10 host Carl Azuz has been a source of joy for millions of children and educators.
With the news program broadcast daily on YouTube, he taught youngsters while being well-known for his passion and love of puns.
However, a new host showed up this academic year, and people became alarmed.
In a statement that was printed in the show's newsletter on September 18, CNN disclosed his departure.
Azuz began working at CNN two days after receiving his undergraduate degree 23 years ago.
He worked as a writer and producer for a while before taking over as the anchor of CNN 10 in 2008.


text:
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This week, pro-marijuana gubernatorial candidate Phil Murphy (D) beat out Chris Christie (R) who has been vocally opposed to legalizing cannabis in the state since being elected. As a result, New Jersey's Marijuana market is expected to boom once regulations allow for its sale are passed. However, even those that are optimistic about the market understand that these changes will take time and continued support. Do you believe that New Jersey's cannabis market will meet the high expectations for profitability?
Last week's election means New Jersey will replace longtime opponent to cannabis legalization, Gov. Chris Christie, with a governor-elect, Phil Murphy, who has signaled his intention to legalize marijuana for recreational use.
If legalized, New Jersey would be the only state in the New York metropolitan area and one of two states on the east coast with a legal cannabis industry. The other is Massachusetts.
Proponents of legalization are bullish about the industry's profitability. Experts have predicted that roughly 10 percent of the population would have an interest in purchasing medical and recreational cannabis. In Colorado, where marijuana has been legal since 2016, has reported more than $1 billion in revenue less than 12 months after legalization. With nearly twice the population and closer access to metropolitan cities, New Jersey could see even higher profits.
However, the business of cannabis has significant roadblocks. Regulations are non-existent and the illegality on the federal level leaves banks and businesses open to prosecutions for drug trafficking or money laundering.
The mix of profitability and instability has left the business of cannabis dominated by individuals who aren't deterred by the risk, but creating an environment that resembles the Wild West.
"There are a lot of potholes to get [to legalization]," said Daniel Barkin, a partner with Mandelbaum Salsbug based in Roseland. Barkin represents financial services and corporate clients in financing, commercial and corporate transactions. He also represents investors interested in the cannabis business.
Most banks in the United States are federally insured through the Federal Deposit Insurance Corporation (FDIC) and as such, are subject to federal laws and regulations. Marijuana is still considered a schedule I drug by the federal government, and flipping the switch on legality on the state level does not change that.
The federal Bank Secrecy Act of 1970 requires banks to report suspicious activity that could relate to money laundering, such as flagging a client whose main business is selling cannabis prodwucts. This expectation does not change if the state legalizes the business of recreational marijuana, explained Barkin.
The result is that no major bank in the U.S. will touch any funds related to marijuana, said several sources. Cannabis businesses are denied bank loans and investments and barred from opening accounts, forcing them to handle their revenue in cash.
The Trump Administration has not been sympathetic to these issues, whereas the prior administration signaled leniency for laws relating to marijuana specifically.
Under the Obama Administration, the Department of Justice distributed what is now known as the "Cole Memo." Penned by Deputy Attorney General James Cole, the memo indicated that prosecuting state-legalized marijuana businesses was not a priority for the department. Although banks were still required to send suspicious action reports to the federal government, they could mark these filings as limited, priority or termination to indicate the severity of the filing. This practice was outlined by the Department of Treasury's Financial Crimes Enforcement Network (FinCEN).
The current Attorney General, Jeff Sessions, has indicated his opposition to the legalization movement.
Support for marijuana legalization has steadily increased in the past decade. Some businesses based in New Jersey have established a business model intending to enter the market as soon as legality concerns are addressed.
"It's pretty much the next phase of agriculture," said Ken VandeVrede, chief operating officer of Terra Tech and president of Edible Garden Farms, based in Belvidere.
Edible Garden Farms has been around for more than a decade, specializing in growing organic fruits and vegetables. But in 2013 the company began the process of expanding to cannabis cultivation, extraction and dispensing through Terra Tech. Because of the legal issues in New Jersey, the company does business outside the state.
Though Terra Tech has operated in other states, having an established business won't help it transition into New Jersey more quickly. Whereas a traditional business can headquarter its manufacturing in one state and move its products around the country, marijuana's illegal status makes that impossible. "What we have to do, which is crazy, is we have to build the same infrastructure in every state," stated VanVrede.
New Jersey's medical marijuana system has its own structural issues. Under the state's program, every medical marijuana business has to receive a permit for all parts the business: Cultivation, dispensary and transportation. Only recently has the state issued permits separately, explained VanVrede.
Terra Tech is attempting to follow the rules as best as it can, but it is not immune to concerns about banking and insurance. "They're all trying to figure out ways to be creative," said Barkin. He emphasized that his clients are not involved in any illegal conduct, but lawyers are left out of the conversations about how to circumvent federal restrictions.
Multiple banks here in New Jersey and around the country have been named as "cannabis-friendly," by experts in the industry but these banks refuse to comment on the topic or acknowledge their business with cannabis companies.
The federal restrictions have scared most established businesses away from considering marijuana, but the tide could be changing.
One of Barkin's clients attended a chamber of commerce meeting in Boston two years ago and found that everyone in attendance was a guy with a ponytail. That same client went back to Boston's chamber of commerce in October and spoke to a crowd of business people dressed in suits.


text:
Pints for Prostates Belgium Beer Tour Scheduled for Sept. 7-15, 2012 BeerTrips.com Itinerary Stops in Brussels, Brugge and Gent
BeerTrips.com and Pints for Prostates are teaming up for a special trip to Belgium from Sept. 7-15, 2012, that will benefit the fight against prostate cancer.
The seven night dream trip to Belgium includes beer tastings, escorted cafe crawls, guided city tours, abbey visits, special meals and more in Brussels, Brugge and Gent. The trip will include tours of famous breweries, including Chimay, Cantillon and Moortgat.
BeerTrips.com has been providing unique beer travel experiences to destinations around the world since 1998. BeerTrips.com is offering this special Pints for Prostates group tour to Belgium on a limited basis. A total of 14 slots will be sold for this tour at $2,195, plus air. The trip includes seven nights lodging in centrally located hotels; breakfast daily, three beer dinners and two beer lunches; and train and coach transportation. Details on this trip can be found at www.BeerTrips.com.
The tour will be hosted by Pints for Prostates founder and beer journalist Rick Lyke. Lyke has been writing about beer, wine and spirits for 30 years and has visited Belgium several times. Pints for Prostates is a 501(c)3 charity that reaches men through the universal language of beer with an important health message.
"BeerTrips.com has put together a fantastic trip to Belgium, which many beer lovers consider to be Beer Heaven," said Lyke. "We are thrilled to continue our partnership to help us raise funds and spread the word to men about the importance of regular prostate health screenings and early detection."
"Belgium is one of the favorite BeerTrips.com destinations," said Mike Saxton, founder of BeerTrips.com. "We offer small groups an intimate experience with the chance for insider tours of some the most famous breweries in the world. If you love beer and love to travel, this gives you the chance to experience a great week in Belgium, enjoying history, culture, food and beer along the way."
As part of the BeerTrips.com and Pints for Prostates partnership, Pints for Prostates will raffle a trip for two for the special trip. For a $10 donation for a single ticket, $25 donation for three tickets or $50 for seven tickets, donors will be entered to win the trip that includes:
• The BeerTrips.com Belgium trip for two Sept. 7-15, 2012
• Roundtrip Airfare for Two from the Continental United States
• Seven Nights in Fine Centrally Located Hotels
• Brewery Tours
• Escorted Cafe Crawls
• Guided City Tours
• Breakfasts Daily/3 Beer Dinners/2 Beer Lunches
• Train & Private Coach Transportation
The total value of the trip for two is estimated at $6,500. The drawing will be held on July 29, 2012. The prize is non-transferable. No cash substitute will be offered. The winner and their guest are responsible for obtaining passports and all trip related costs not outlined above. You must be 21 years old to enter.
About BeerTrips.com
Beer Trips.com was founded in 1998 to offer serious beer people the opportunity to travel to the world's best beer destinations with other people who love great beer. Beer and travel, travel and beer — these are two of our favorite things. Both, in our estimation, are worth a fair amount of life's energy. Our goal, and our very reason for existing, is to take our travelers the best beer destinations, drink, taste and enjoy the best beers, meet the beer-loving people of the countries we visit, and explore the history, culture, art and architecture of the interesting places where beer "grew up". To do this we stay in nice, well-located hotels, eat at great restaurants that emphasize beer in their fare, and visit breweries, brew pubs, cafes, and museums that enhance our understanding and appreciation of beer and its rich history and culture
About Pints for Prostates
Pints for Prostates is a 501(c)3 a campaign that reaches men through the universal language of beer to encourage them to take charge of their health. The group was founded by prostate cancer survivor and beer writer Rick Lyke in 2008. The grassroots effort raises awareness among men about the importance of regular health screenings and PSA testing by making appearances at beer festivals, social networking and pro bono advertising. According to the National Cancer Institute, 240,890 new prostate cancer cases will be diagnosed in the U.S. in 2011. More information is available at www.pintsforprostates.org. Pints for Prostates also has a presence on Facebook and Twitter (@pints4prostates).
Labels: Beer, Pints for Prostates, Travel
Pints for Prostates Oktoberfest for a Cure Events Reaching Men Through the Universal Language of Beer
Pints for Prostates is organizing a series of Oktoberfest for a Cure events designed to encourage men to take charge of their health and get regular prostate health screenings.
The Oktoberfest for a Cure celebration takes place from Aug. 26 to Oct. 22 and includes more than 20 special rare beer tastings, appearances at festivals, events at breweries and retailers from San Francisco to Boston, and a nine night trip to the Czech Republic and Germany that culminates at the original Oktoberfest in Munich.
"September is National Prostate Cancer Awareness Month and the fall is also a time when a great many beer festivals take place. It is the perfect time to reach men through the universal language of beer," said Rick Lyke, a drinks journalist and prostate cancer survivor. Lyke founded Pints for Prostates in 2008 after successful prostate cancer surgery. The group urges men to get regular prostate health screenings.
Oktoberfest for a Cure prostate cancer awareness events have been made possible by generous grants from Dendreon Corp., Rogue Ales and the Oregon Brewers Festival. Support has also been provided by BeerTrips.com, Brewer's Best and All About Beer Magazine, along with venue operators, brewers and partner organizations.
The preliminary schedule for Pints for Prostates Oktoberfest for a Cure includes:
■Aug. 26-27 and Sept. 1-30: Prescott Brewing Co., Prescott. Ariz. Mobile testing unit at two locations in Prescott. Prescott Brewing will also offer a commemorative Pints for Prostates glass during September.
■Aug. 27 from Noon to 8 p.m.: Midwest Brewers Fest, Plainfield, Ill.
■Sept. 1 from 5:30-8:30 p.m.: Pints for Prostates at the Liberty Steakhouse & Brewery in High Point, N.C., with the High Point Regional Health System. The first 100 guests receive a special pint glass.
■Sept. 7 from 6-8 p.m.: Pints for Prostates at Pyramid Alehouse, Walnut Creek, Calif. Presented by Diablo Valley Oncology and Pacific Urology. For more information visit http://www.diablovalleyoncology.md/events/blog.
■Sept. 9-19: Pints for Prostates European Beer Tour with stops in Prague, Bamberg and Munich for Oktoberfest. www.BeerTrips.com for more details.
■Sept. 9 from 6-11 p.m.: San Diego Professionals Against Cancer 17th Annual Festival of Beer at Columbia and B Streets, San Diego, Calif.
■Sept. 10 from 4-8 p.m.: Craft Brew Palooza, Hyde Park Village, Tampa, Fla.
■Sept. 21 from 6:30-8:30 p.m.: Oktoberfest for a Cure Arlington Toast with Zero, at Champps Americana Pentagon Row, 1201 S. Joyce St., Arlington, Va. Tickets are $25 and available at www.pintsforprostates.org
■Sept. 24 from 1-4p.m.: San Diego County Beer Fair at the Liberty Station at Ingram Plaza, San Diego, Calif.
■Sept. 29 to Oct. 1: Great American Beer Festival, Colorado Convention Center, Denver, Colo.
■Sept. 30 from 1-4 p.m.: Denver Rare Beer Tasting III, presented by All About Beer Magazine at the Wynkoop Brewery, Denver, Colo.
■Oct. 5 from 6-10 p.m.: VBGB Oktoberfest for a Cure Cornhole Tournament at VBGB, 920 Hamilton St., Charlotte, N.C. Includes first Charlotte tapping of Highland PSA Pilsner.
■Oct. 6 from 6-9 p.m.: Baltimore Beer Opening Tap Celebration at the Rams Head in Baltimore, Md., $30 includes beer samples, finger food and live music.
■Oct. 8 from Noon-10 p.m.: World Beer Festival, Durham Bulls Athletic Park, Durham, N.C.
■Oct. 11 from 5:30-7:00 p.m.: Harpoon Cares Oktoberfest for a Cure, Harpoon Brewery Tasting Room, 306 Northern Ave., Boston, Mass. Tickets are available at www.pintsforprostates.org.
■Oct. 17 from 6-9 p.m.: Johnny Malloy's Medina at 1038 North Court, Medina, Ohio, part of Cleveland Beer Week.
■Oct. 18 from 6-9 p.m.: Johnny Malloy's Chapel Hill at 1954 Buchhozer, Akron, Ohio, part of Cleveland Beer Week.
■Oct. 19 from 6-9 p.m.: Johnny Malloy's Strongsville, 15323 Pearl Road, Strongsville, Ohio, part of Cleveland Beer Week.
■Oct. 22 6:30-8:30 p.m.: Piedmont Brewer's Cup homebrewing competition at Big Boss Brewery, 1249 Wicker Dr., Raleigh, N.C.
Additional Pints for Prostates Oktoberfest for a Cure events are expected to be scheduled in the coming weeks. A complete listing of events is available at http://www.pintsforprostates.org/.
"Oktoberfest for a Cure is an opportunity for the beer community to come together over a critical health issue. Men are 33 percent more likely to develop prostate cancer than women are to have breast cancer. The sad fact is that men are about 30 years behind women in advocating for their health," said Lyke, who was 47 years old at the time his cancer was detected during a routine physical exam. He did not have any symptoms or family history of the disease. "According to the National Cancer Institute, prostate cancer claimed the lives of more than 33,700 American men in 2011. The fact is most of these deaths could have been prevented with regular prostate health screenings."
Labels: Pints for Prostates


text:
Vittorio Viarengo
VP, Marketing
< Back to About Us
Vittorio Viarengo is the Vice President of Marketing for the Cloud Business Unit at McAfee, the division built around the Skyhigh Networks acquisition. Vittorio is responsible for product positioning, demand generation and marketing operations for the high growth cloud security business within McAfee
Previously, Vittorio was Skyhi gh Network's Chief Marketing Officer, responsible for corporate marketing, communication, product marketing and demand generation. Vittorio brings more than 20 years of experience in building and leading world-class teams tuned to succeed on fast growing products and markets.
Prior to Skyhigh, Vittorio ran marketing and product management for MobileIron, during the explosive growth years between 2012-2014, when revenues went from $40 million to $132 million. At MobileIron, Vittorio was also part of the core leadership team that took the company public in 2014.
Prior to MobileIron, Vittorio served in increasing levels of responsibility across product management and marketing at VMware Inc. Most recently, Vittorio led the End-User Computing Division as Vice President of Marketing, where he played a key role in putting VMware's Virtual Desktop Infrastructure (VDI) on a fast-growth trajectory and giving VMware a compelling vision for the overall division.
Vittorio also held executive engineering and product management positions at Oracle's Fusion Middleware Division, BEA Systems and Object Design Inc.
Vittorio started his career as Chief Executive Officer and Founder of ViVi Software Inc., a company that created visual development tools for object databases, from its start until its acquisition by Object Design in 1997. Vittorio holds a B.A. in Software Engineering from Universita' degli Studi di Genova, Italy.


The photographs below were submitted to the jurors of the Directory of Traditional American Crafts by Dennis Bork.
Dennis Bork 's work from 2018 in the category Furniture.
Dennis Bork 's work from 2017 in the category Furniture.
Dennis Bork 's work from 2016 in the category Furniture.
Dennis Bork 's work from 2015 in the category Furniture.
Dennis Bork 's work from 2014 in the category Furniture.
Dennis Bork 's work from 2013 in the category Furniture.
Dennis Bork 's work from 2012 in the category Furniture.
Dennis Bork 's work from 2011 in the category Furniture.
Dennis Bork 's work from 2010 in the category Furniture.
Dennis Bork 's work from 2009 in the category Furniture.
Dennis Bork 's work from 2008 in the category Furniture.
Dennis Bork 's work from 2007 in the category Furniture.
Dennis Bork 's work from 2006 in the category Furniture.
Dennis Bork 's work from 2005 in the category Furniture.


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Funny Cute Baby Moments Compilation Instagram 2018 ▮Link video: https://youtu.be/67dZmj9NJ0k ▮Link website : http://FunnyA2Z.com Thanks for watching and supporting our channel, wait to see more new videos on Monday, Wednesday and Friday on Lovers Baby. ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ ►About My Channel - Lovers Baby ▮Subscribe:https://goo.gl/XlpTWV ▮Playlist: ♥ Funny Baby Vines ♥ https://goo.gl/fVxlWE ღ Funny Babies and Dogs ღ https://goo.gl/IJGJ8g ♥ Funny Pets ♥ https://goo.gl/yEkoU7 ღ Funny Daddyღ https://goo.gl/eTPUXw ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ ► About us: ▮ Website : http://FunnyA2Z.com ▮ Google Plus: https://goo.gl/yctcgK ▮ Facebook: https://goo.gl/FoC88N ▮ Pinterest: https://goo.gl/H84w6D ▮ Twitter: https://goo.gl/aV9GtA ▮ Email : [email protected] #Loverbaby #cutebaby #babyhumor #funnyvideo ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬ If you see a clip that you own that you did not submit or give content for use, we have likely received false permissions and would be happy to resolve this for you! Please sent us a email at [email protected], or you can comment below this video. Thanks very much!! ►►►►►►►►► THANKS FOR WATCHING ◄◄◄◄◄◄◄◄◄ ► AND DON'T FORGET TO LIKE COMMENTS AND SUBSCRIBE!
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Cute Baby Girl Laughing - Londyn 6 months old Laughing hard! Funny video!
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Little Funny Baby Girl Playing Piano and dancing To make compilations we use Videos submitted by the Authors (As claimed). If you the author of the video and you did'n submitted the video to our channel, please send us private message and we will immediately remove your video.
♥♥♥ Hi my friends! If you enjoyed my video please Comment, Like, Favorite, Subscribe and Share. I Love You All. ♥♥♥ ***************************************************************** Click Here To Subscribe ArcadeGaming! ►https://goo.gl/x5MhV9 ► PLAYLIST: https://goo.gl/6hzDFf ***************************************************************** Sweet Baby Girl Mermaid Life - Magical Ocean World By TutoTOONS ➔ Download Link Play Store - https://goo.gl/7kW5sC App Store - https://goo.gl/iPjD4w Amazon - https://goo.gl/FyXvcS --- Dive into the magical underwater world and learn about the secret life of cute and friendly mermaids… and a merboy! Explore the ocean and play fun games for girls with adorable dolphins, exotic fish, crabs and other sea creatures! Dress up, style, make food and clean the ocean from nasty rubbish! Merboy Justin lives in The Cold Sea. It is a bit freezing here, but local creatures are really warm-hearted! Help penguin parents organize a birthday party for their adorable chubby baby! Make a cake and decorate the room with balloons and accessories! Baby penguin is so happy now! Look - a polar bear sells some colorful ice cream! Choose among tons of flavors, toppings and sprinkles! Yummy! Oh no! Justin's pet seahorse disappeared! Can you help find it in the coral reefs? Mermaid Mei lives in The Asian Sea with her friends: a crab and a shark! Little crabby is sad because his home is dirty and full of rubbish from The Land. Let's help the crab clean up his once beautiful underwater place. The shark is hungry and wants a burger! Prepare the yummiest meal: choose needed ingredients and put them in the right order! Oh no, Mei's hair is such a mess! Help her make it pretty again and create the most beautiful ocean princess tiara! Mermaid Kiara's home is The African Sea. How colorful and magical this sea is! But it was also polluted by people from The Land! Let's help the ocean friends clean up and make everything nice and shiny again! Remove trash and rescue a pink dolphin from chains, nets and plastic! Clean up and decorate Kiara's house! The cutest baby octopus was drawing and its little tentacles got tangled and covered in paint! Let's help the underwater cutie! Now, meet the most beautiful fish in The African Sea! She's a very popular singer here and a real fashionista! Prepare the fish for her concert: create perfect makeup and fashion looks! Explore the cutest mermaid game for girls: · Meet the most adorable mermaids and the cutest merboy! · Help merboy Justin find his pet seahorse! · Make yummy ice cream with the polar bear! · Organize a birthday party for baby penguin! · Style mermaid Mei's hair! · Help the crab clean up his home! · Make the most delicious burger for the shark! · Decorate mermaid Kiara's home in The African Sea! · Rescue the dolphin and clean the ocean! · Wash the cutest messy baby octopus! · Help the fashionista fish get ready for her concert! · Play every day and watch fun videos for kids to get extra bonuses!
Here is our cute baby girl - Lile. She like very much dad's working table and loves playing here.


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Q: Issues with file uploads with apache 2.4 + http2 + proxy_http I am currently trying to enable http2 for a project. The system is running on Ubuntu 16.04 on AWS behind an ELB with proxy_protocol enabled. The site is running SSL only with Apache 2.4 from ppa:ondrej/apache2 in mpm_event mode and a tomcat 7 as the backend. The vhost config is:
<VirtualHost *:443>
  ProxyProtocol On
  ServerName myhostname
  DocumentRoot /var/www/html/

  <Directory /var/www/html/>
    Options +FollowSymLinks -Indexes
    AllowOverride None
    Require all granted
  </Directory>
  <Location />
    Require all granted
  </Location>

  Header always set Strict-Transport-Security "max-age=86400"

  RequestHeader set X-Forwarded-Proto https
  SSLEngine On
  SSLCertificateFile       mycrt
  SSLCertificateKeyFile    mykey

  ProxyTimeout 1800
  ProxyPreserveHost on
  ProxyPass         /  http://localhost:8080/
  ProxyPassReverse  /  http://localhost:8080/

</VirtualHost>

The "normal" GET/POST requests work fine if we enable http2, just a file upload causes a message like this in the logs with a 400 Bad Request for the Client:
[proxy_protocol:error] [client ] ProxyProtocol: no valid header found
[proxy_http:error] (103)Software caused connection abort: [client ] AH01095: prefetch request body failed to 127.0.0.1:8080 (localhost) from 10.X (), referer:

i did some stracing and the request is not event send to the tomcat, it gets stuck in apache. The Proxy Protocol headers also look ok, so i am also confused by the first message.
Does somebody have an idea whats going on here :)?

A: Looks like a bug in mod_proxy_protocol. It is not compatible with mod_http2 at present.
See this bug for more details: https://github.com/roadrunner2/mod-proxy-protocol/issues/6


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text:
Man charged in non-fatal Chesterfield shooting
Charles E. Ramirez
A Clinton Township man has been charged for allegedly injuring a man after firing through his vehicle's rear window in Chesterfield Township, police said Wednesday.
Jason Lemar Jennings, 38, has been charged with assault with intent to murder and felony firearm possession by the Macomb County Prosecutor's Office, according to Chesterfield Township Police officials.
Jennings was arraigned on the charges in court Wednesday and a judge set his bond at $100,000. The judge also scheduled his next court date for next week Wednesday.
If convicted he faces up to life in prison for the assault charge and up to two years in prison for the firearm charge.
Police accuse Jennings of shooting at a 20-year-old Shelby Township man who was in a vehicle after they had an argument at Rosie O'Grady's bar on 23 Mile between Sass Road and Interstate 94. The incident happened at about 1:15 a.m. Sunday.
Read: Man arrested in non-fatal Chesterfield shooting
Jennings allegedly shot out the rear window of the victim's car and the glass sprayed the victim in the face.
Police said the incident was sparked by a disagreement that started in the bar.
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Twitter: @CharlesERamirez