One of the biggest problems facing education technology today is the way in which existing learning materials are translated onto new technology platforms, without real consideration for the "baggage" technology brings along.
Let's take the example of the humble text book – we've modernised this learning delivery mechanism, translated it into well-indexed, searchable, ebooks. We can annotate, cross reference and access their content within ways we never would have thought possible.
Ultimately this translated ebook still contains the same content as its paper cousin, the same pages and chapters, constructed with the same prose. This is a legitimate approach for some subject topics, where the content itself regardless of format is the focus – I wouldn't want the eBook version of Charles Darwin's Origin of the Species to be different from the hardback copy. For those already struggling to learn from a textbook, eBooks as a learning mechanism aren't going to suddenly enlighten the learner past this initial novelty.
This same problem occurs with Massive Open Online Courses (MOOCS), the tried-and-tested course of lectures and seminars translated into videos and assignments coupled with forums to drive discussion. In theory this sounds great, take a world class course at roughly your own pace, and substitute seminars with peer driven online web forums.
So why do MOOCs suffer from abysmal drop-off rates? Numerous studies across popular and well-trusted platforms like edX and Coursera have shown many 9-12 week courses have a completion rate under 10%, in many cases over 80% never get past the first lecture. Underlying problems vary from a lack of motivation or time, to support issues, and bad experiences with their online peers; many don't even intend to complete the course.
These examples illustrate the change in the delivery mechanism – the affordance and flexibility inherently offered by the new technology platforms like tablets and mobile devices. It starts to become clear that the radical shift in total ownership of your educational goals comes with some extra baggage in the form of self-motivation, engagement and a sense of accomplishment.
Returning to our original question, we can begin to understand the problems education technology faces; many of today's ed-tech solutions are designed around fewer teacher interventions, and more autonomous self-learning. Ed-tech struggles when these issues are not addressed, unlike in real-world learning environments.
One of the first steps to delivering better learning outcomes with technology is to tackle the learning problem from the ground-up, and realise that one size über solutions will not fit all. This means creating learning solutions that harmoniously deliver quality content which is not only engaging in itself, that has been designed to fit a carefully structured learning framework, that accommodates for motivational issues, and other external forces to which the learner is exposed. Seems like a lot to ask, but only when we begin to factor in these elements will we begin to see an improvement in learning outcomes.
Ultimately we're looking at creating great learning experiences – experiences that delight and draw upon known pedagogical insights, consider the context of usage, and realise that the content itself needs to be modified and adapted to accommodate these myriad of factors. Much can be learnt from the video games industry, they have been dealing with these issues for many years albeit with fun being their primary outcome.
We must also accept that there is new ground to be broken, technology and environment both socially and physical are radically different from decades past. The learning frameworks need to begin to factor in these elements, and leverage the existing learned behaviours for these technology platforms to truly exploit ways to maximise learning outcomes.
We are beginning to see that next wave of ed-tech that begins to embrace these factors wholeheartedly; products like Duolingo have turned language learning on their head to make it an addictive and fun game-like experience. Kahoot have infused play into game-like activities that learners can play and use collaboratively.
Only when we begin to look head-on at the learning problem, deal with our technology baggage and accommodate for the learning context will we be able to truly build inspiring technology driven learning experiences that will leave learners wanting more.


DENVER -- Two partisans, locked in a tight race to win over moderate voters in this purple state, sparred for nearly an hour Monday morning over their respective records in Washington.
Democratic Sen. Mark Udall defended his support for Obamacare and underscored his support for a tax on carbon pollution, while criticizing Republican Congressman Cory Gardner's voting record as being "out of the mainstream."
Gardner, who looked to soften his positions on issues like immigration and climate change, sought to portray Udall as a loyal foot-soldier for President Obama, who he quoted repeatedly throughout the Denver Metro Chamber of Commerce debate co-sponsored by POLITICO and FOX31 Denver.
"The president said it the other day: His policies are on the ballot," Gardner said. "If we elect Mark Udall, who's voted 99 percent of the time for these policies, what makes us think anything's going to be different than it's been the last six years?"
Udall, in his closing statement, mocked Gardner's tag-line from his TV ads that he's representative of the next generation.
"Congressman Gardner talks about being part of the next generation, a new Republican," Udall said. "Well, the next generation doesn't want to shut off science, the next generation doesn't want to shut out immigrants, the next generation doesn't want to shut down government.
"The next generation -- all generations, frankly, see the world my way," Udall continued, in a statement GOP operatives were quick to mock as they left the Seawell Ballroom following the debate.
Gardner attempted to soften his stance on some of those issues, after being pressed by moderator Manu Raju, senior congressional reporter for POLITICO, on whether he supports a path to citizenship for undocumented immigrants, which was part of the Senate immigration overhaul passed last June that House Republicans refused to take up.
"I believe a path to earned status is going to be part of the solution," Gardner said twice in response to Raju's question, stopping short of stating explicitly that he supports a path to actual citizenship.
He took a similar tack when pressed on whether he believes climate change is human-caused, which he's mostly denied until now.
"There is no doubt that pollution is causing climate change," Gardner said.
Gardner put Udall on the defensive over the Democrat's support for cap and trade policies, which he reaffirmed his support for Sunday on FOX31 Denver's #COpolitics: From The Source.
"I support putting a tax on carbon," Udall told Raju, before Gardner chimed in with his own question.
"What is the price you would put on carbon?" Gardner asked.
Udall opted not to answer that question, stating instead that Colorado is ready to innovate and tackle the problem of climate change.
Republicans argue that a carbon tax would have a negative impact on the economy.
Udall offered a stronger defense of the Affordable Care Act than he did in the Club 20 debate a month ago, touting the early positive returns -- 400,000 people purchasing plans on Colorado's insurance exchange, premiums increasing an average of just 2 percent this year and the state's uninsured rate dropping from 17 percent to 11 percent -- while affirming that he would vote for Obamacare again.
Gardner focused on the 340,000 Coloradans who received cancellation letters and argued that there are 2.5 million fewer workers because of the law.
Gardner also brought up an old attack against Udall that his vote for Obamacare resulted in a $800 million cut to Medicare, seeming to trap Udall in an effort to set the record straight and explain that the cuts Gardner referenced are actually reductions to future spending.
"Congressman Gardner voted for $800 billion in cuts to Medicare that went to tax cuts," said Udall. "I voted for $800 billion in cuts to Medicare Advantage that went to shoring up Medicare and extending the solvency of it."
Republicans left the room giddy over the fact that Udall strung together the phrase "I voted for $800 billion in cuts to Medicare", which may be cut and pasted into a forthcoming GOP attack ad, as Bloomberg Politics' Dave Weigel predicts.
"In this case, Udall made a classic Kinsley gaffe, saying something true in a manner that can be weaponized against him," Weigel wrote following the debate.


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Q: Wordpress error, "Are you sure you want to do this? Try again" I hope you can help me, I am using a server running Parallels Plesk and installed WordPress as well. When I try to install a new theme, I am getting the following after 100% of uploading the theme:

Are you sure you want to do this? Try again

I  have been seeking for a solution for hours now and facing all question raising the question on a forum.
So you see answers like the .ini file needs to be edited, but where .ini file  and by the answer you see that the .ini file getting edited with Unix commands.
As well you read that changing these setting might help.
max_execution_time 100
memory_limit 256M
post_max_size 32M
upload_max_filesize 32M

How do I change these setting with Plesk or is there somewhere a description where this been described step by step about how and where to change the setting in the PHP files?
Can you please navigate me to the solution to be able to upload themes?

A: You will have to update the following setting in php.ini file. You can change it through plesk domain panel >> hosting setting and change it under the php setting.
max_execution_time = 180
max_input_time = 600
post_max_size = 128M
upload_max_filesize = 256M

redpajama_set_name: RedPajamaStackExchange


text:
Crassispira flavocarinata is a species of sea snail, a marine gastropod mollusk in the family Pseudomelatomidae.

Description
The length of the shell attains 12 mm, its diameter 5 mm.

The ovate shell contains 9 whorls. The uniform deep brown or chestnut colour, the very stout yellow keel around the upper part of the whorls, and the little numerous ribs on the lower are the principal cliaracteristics. The keel is edged above, or, in other words, is not quite contiguous with the suture. The sculpture is very like that of Crassispira discors (Sowerby I, 1834)

Distribution
This marine species occurs off Panama

References

External links

flavocarinata
Gastropods described in 1882

redpajama_set_name: RedPajamaWikipedia


On 13th July 2017, following a two-phase audit (with a 6-month interval) conducted by LSTI, CDC Arkhinéo was issued a certificate of compliance with the NF ISO/CEI 27001: 2013 standard for the information security management system for the following activities: CDC Arkhinéo's Electronic Archiving Service (EAS).
The certification includes all of CDC Arkhinéo's sites.
ISO 27000 is a family of standards concerning information systems security. These standards are not specific to archiving systems but concern all information systems with security requirements.
ISO 27001 certification is a benchmark international standard that sets out Information Security Management System (ISMS) requirements.
The 2013 version of this standard includes 114 measures for certifying that the security of information systems is taken into account and guarantees the certified company's commitment to ensuring the continuous improvement of its ISMS.
Obtaining this certification provides evidence not only of the compliance of the certified company's security system but also of the skills and expertise of its staff in protecting critical information (and its clients' data if the certified company is a service provider).


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Scale the Wall If you're to make real shift and enter the region of minimalism. Messes that never end are a huge portion of parenting and there's NO way to eliminate them.
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The Harry Potter franchise is easily the most precious out of all movie franchises on earth. And it's among the best reviewed installations within the sequence. If you're at reluctant to observe this series due to its classification such as a fantasy' series, You can be sure that you will not be disappointed. Everyone recognizes that it is definitely far better than the movie, and it's just the exact same situation here. It is, moreover, the preceding movie to be printed on VHS and the very first Harry Potter film to be published in IMAX theaters using IMAX technology. Additionally a film and a few of stage performances were adapted from this publication. What's more, for men and women who talk about my pet peeve about only having the ability to view one template at one time, here, each of those templates are on a single page.
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Sea Kayaking Cornwall in partnership with Expedition Paddler have put together a 6 week advanced guide-training programme using the International Sea Kayak Guide Association (ISKGA) framework of modules. The course is aimed at advanced paddlers who already hold their British Canoeing Advanced Sea Kayak personal skills and leadership award and are wishing to work within the industry, leading groups in advanced water's, challenging conditions and remote environments. Upon successful completion of the course you will have the experience and qualifications to run safe, enjoyable and informative trips in a whole variety of conditions.
The course is based out of Falmouth, Cornwall and we utilise the whole of the south west peninsula for the training – using a variety of locations in each area to develop your guiding skills,making use of the surf environment on the north coast and the stronger tides of the Lizard and Lands End will be the major factor during the training.
Apart from gaining from the experience and qualifications the course offers, you shall also be learning from two of the most experienced expedition sea kayakers in Britain, drawing upon more than thirty years of combined expedition experience and many thousands of expedition sea miles.
Jeff, Shaun and Geoff and have participated and led expeditions at many international locations; this includes circumnavigations of Great Britain, Ireland, Japan and South Georgia as well as major expeditions to Scandinavia, Alaska and a whole host of other locations in and around the Mediterranean and Europe.
Many thousands of miles have been completed by the staff of SKC and from these experiences you will learn an array of skills to help you along your chosen path.
The course fee includes personal equipment hire (Kayak, Paddle, Deck, Buoyancy aid, Wetsuit, Cag but will not include personal leadership equipment such as repair kits, first aid kits etc unless this has been arranged prior to attending the course), instruction and transport during the course.
Sea Kayaking Cornwall in partnership with Expedition Paddler have developed this six week advanced guide-training programme in accordance with the International Sea Kayak Guide Association (ISKGA) framework of modules. The course is aimed at advanced paddlers who already hold the British Canoeing Advanced Sea Kayak personal skills and leadership award and wish to work within the industry, leading groups in advanced waters, challenging conditions and remote environments.
Upon successful completion of the course you will have the experience and qualifications to run safe, enjoyable and informative trips in a variety of conditions and environments.
The course will be based out of Falmouth, Cornwall, utilising the ideal surf and rocky shoreline environments as well as the dynamic tidal races and over-falls which shall become a dominant feature in the training. By using a variety of locations in each area we can ensure that you develop your guiding skills to the maximum.
Why choose to become an ISKGA Guide?
Apart from gaining from the experience and qualifications this course offers, you shall also be learning from two of the most experienced expedition sea kayakers in Britain, drawing upon more than thirty years of combined expedition experience and many thousands of expedition sea miles. Jeff, Shaun and Geoff have participated and led expeditions at many international locations; this includes circumnavigations of Great Britain, Ireland, Japan and South Georgia as well as major expeditions to Scandinavia, Alaska and a whole host of other locations in and around North America, the Mediterranean and Europe. Many thousands of miles have been completed by the staff of SKC and from these experiences you will learn an array of skills to help you along your chosen path…….
Sun Free to assist Free to assist Drive to North Wales Free to assist Free to assist Recover!
The course fee includes personal equipment hire (Kayak, Paddle, Deck, Buoyancy aid, Wetsuit, Cag but will not include personal leadership equipment such as repair kits, first aid kits etc unless this has been arranged prior to attending the course), instruction and transport during the course. We are offering an accommodation option for a fee of £600 for the 6 weeks duration.
Tregedna Farm, has a mixture of camping and self-catering mixed dormitory accommodation. Some of the course will be conducted out in the field, but the majority will be based out of the same building as the accommodation.
We meet between 09:00 – 09:30 at Sea Kayaking Cornwall Expedition Centre on Tregedna Farm to brief, plan and pack for the day. We aim to finish most days at around 1630hrs however location chosen for the day may alter these times.


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Wedding rings, fall colors for NHL stars
A bride-to-be in Florida recently had her engagement ring removed because she was having an affair.
The bride-of-two, who was reportedly in the process of purchasing her wedding ring at Target, received an email from Target explaining that the ring would no longer be available for sale after March 1.
"Due to a new arrangement with Target and a new set of laws regarding sexual harassment, we are not able to accept your ring at this time," the email read.
The bride-for-life was quoted as saying that she was disappointed and "scared" that her engagement would be in jeopardy, because she felt that it was the right thing to do.
But the bride-by-day thought that the rings were worth it.
"[It] really wasn't a big deal for me, really, really it was just something I wanted to do," she said.
According to her fiance, the bride's ring was purchased by the groom for her engagement day, and it was "a beautiful engagement ring" to wear at her nuptials.
"I think she got a really good deal on it," he told WFTV.
"She was the one that gave me the call and told me that she would get rid of the ring for me.
I think she gave it to me for the right reasons."

redpajama_set_name: RedPajamaCommonCrawl


text:
Why natural gas demand fell only slightly despite pandemic
Paul Takahashi
Jan. 11, 2021 Updated: Jan. 11, 2021 12:18 p.m.
A natural gas flare is visible near storage tanks May 30, 2018, in Reeves County, Texas. Global demand for natural gas fell 2.5 percent in 2020, despite the economic lockdowns caused by the coronavirus pandemic, according to a new report.
James Durbin / TheOilfieldPhotographer.com / TheOilfieldPhotographer.com
Global demand for natural gas fell just 2.5 percent in 2020, despite the economic lockdowns caused by the coronavirus pandemic, according to a new report.
Natural gas demand was buoyed by low prices, which made it a sought-after commodity in the power generation sector, according to Rystad, a Norwegian energy research firm. U.S. benchmark Henry Hub natural gas prices averaged $2.03 per million British thermal units in 2020, down from $2.57 per million Btu in 2019.
By contrast, global crude demand plunged by as much as 16.4 percent as travel plummeted during the the global pandemic last year, according to the International Energy Agency. U.S. oil prices fell to negative territory for the first time in history before recovering to above $50 a barrel this month.
RECOVERY: Oil closes above $50, marking another milestone in pandemic recovery
The low crude prices caused global natural gas production to decline by 3.6 percent in 2020. Rystad estimates that energy companies produced 137.7 trillion cubic feet of natural gas in 2020. North American natural gas production fell the most, dropping by 1.7 trillion cubic feet to 38.8 trillion cubic meters, according to Rystad.
Despite the lockdowns, global liquified natural gas imports in 2020 grew 3 percent to 363 million tonnes, driven in large part by Asia's recovery from the pandemic. Other countries also took advantage of low prices to substitute natural gas for coal in their power plants.
Rystad forecasts that global natural gas production will grow by 24 percent to 173 trillion cubic feet over the next two decades as more countries shift from coal to natural gas power generation. Natural gas production is expected to grow the most in the U.S., reaching 42.4 trillion cubic feet by 2040.
Paul Takahashi is a former business reporter for the Houston Chronicle.


PTC Announces First Quarter Fiscal Year 2019 Results | PTC Inc.
BOSTON--(BUSINESS WIRE)--Jan. 23, 2019-- PTC (NASDAQ: PTC) today reported financial results for its fiscal first quarter 2019.
(1)We adopted ASC 606 on October 1, 2018, which impacted our reported financial results, including the timing and classification of revenue. For comparability purposes, and unless otherwise specified, the amounts included in the commentary below refer to results under ASC 605, as shown in our financial statements, including the notes thereto.
Additional operating and financial highlights are set forth below. Information about our bookings and other reporting measures (as updated) is provided below. We adopted ASC 606 on October 1, 2018, which impacted our reported financial results, including the timing and classification of revenue. For comparability purposes, and unless otherwise specified, the amounts included in the commentary below refer to results under ASC 605 as shown in our financial statements, including the notes thereto. For additional details, please refer to the prepared remarks and financial data tables that have been posted to the Investor Relations section of our website at investor.ptc.com.
License and subscription bookings: Q1'19 license and subscription bookings were $101 million, consistent with last year on a constant currency basis.
Software revenue: Q1'19 software revenue was $299 million, an increase of 13% year over year or 15% in constant currency.
Recurring Software revenue: Q1'19 software recurring revenue was $258 million, an increase of 11% year over year or 13% in constant currency, despite one less day in the quarter, negatively impacting growth by about 100 bps.
IoT software revenue: Q1'19 IoT software revenue was $34 million, up 30% year over year or 31% on a constant currency basis, driven by 35% constant currency growth in recurring IoT software revenue.
Annualized recurring revenue (ARR): Q1'19 ARR was $1,045 million, an increase of 13% year over year and the eighth consecutive quarter of double-digit year-over-year growth.
Deferred revenue: Billed deferred revenue increased 15% year over year to $496 million. Total deferred revenue – billed and unbilled - increased $191 million or 16% year over year. Billed Deferred Revenue primarily relates to software agreements invoiced to customers for which the revenue has not yet been recognized. Billed Deferred Revenue fluctuates quarterly based upon the contractual billings dates in our recurring revenue contracts, the timing of our fiscal reporting periods, and FX impacts.
Operating margin: GAAP operating margin in the first quarter was 10%, compared to 6% in the same period last year; non-GAAP operating margin was 28%, compared to 16% in the same period last year.
Total cash, cash equivalents, and marketable securities: As of the end of the first quarter total cash, cash equivalents, and marketable securities was $333 million and total debt, net of deferred issuance costs, was $778 million.
Restructuring: Restructuring related to our workforce realignment was $17 million.
The Company's second quarter and fiscal year 2019 revenue and diluted earnings per share guidance is provided below. The revenue and diluted earnings per share guidance is provided on both a GAAP and a non-GAAP basis, and in accordance with both ASC 606 and ASC 605. Non-GAAP financial measures exclude the income statement effects of acquisition adjustments to deferred revenue, stock-based compensation, amortization of acquired intangible assets, acquisition-related transaction costs, restructuring charges and measurement-period adjustments related to the Tax Cuts and Jobs Act.
(1) An explanation of the metrics included in this table is provided below.
The second quarter and fiscal 2019 non-GAAP operating margin and non-GAAP EPS guidance exclude the estimated items outlined in the table below, as well as any tax effects and discrete tax items (which are not known nor reflected). Adjusted free cash flow excludes $25 million of restructuring payments related to our Q1'19 workforce realignment and headquarters relocation. From a cash perspective, the free rent and estimated sublease income on Seaport headquarters total approximately $30 million, as compared to the estimated net cash flows of $29 million on the Needham headquarters.
(1) Includes our Q119 workforce realignment and charges related to our headquarters relocation. The headquarters relocation charges include accelerated depreciation expense associated with exiting the Needham headquarters facility and relocating to our new worldwide headquarters in the Boston Seaport District, which occurred in January 2019. Because the Needham lease will not expire until November 2022, we have been seeking to sublease that space, but have not yet done so. As a result, we will bear overlapping rent obligations for those premises and, in Q2, expect to incur a restructuring charge of approximately $24 million, based on the net present value of remaining lease commitments net of estimated sublease income. From a cash perspective, the free rent and estimated sublease income on Seaport headquarters total approximately $30 million, as compared to the estimated net cash flows of $29 million on the Needham headquarters. Additionally, we will incur other costs associated with the move which will be recorded as incurred.
Prepared remarks and financial data tables have been posted to the Investor Relations section of our website at ptc.com. The Company will host a management presentation to discuss results at 5:00 pm ET on Wednesday, January 23, 2019. To access the live webcast, please visit PTC's Investor Relations website at investor.ptc.com at least 15 minutes before the scheduled start time to download any necessary audio or plug-in software. To participate in the live conference call, dial 773-799-3757 or 800-857-5592 and provide the passcode PTC. The call will be recorded and a replay will be available for 10 days following the call by dialling 866-386-1317 and entering the passcode 9107. The archived webcast will also be available on PTC's Investor Relations website.
We offer both perpetual and subscription licensing options to our customers, as well as monthly software rentals for certain products. Given the difference in revenue recognition between the sale of a perpetual software license and a subscription, we use bookings for internal planning, forecasting and reporting of new license and cloud services transactions.
In order to normalize between perpetual and subscription licenses, we define subscription bookings as the subscription annualized contract value (subscription ACV) of new subscription contracts multiplied by a conversion factor of 2. We arrived at the conversion factor of 2 by considering a number of variables including pricing, support, length of term, and renewal rates. We define subscription ACV as the total value of a new subscription contract (which may include annual values that increase over time) divided by the term of the contract (in days) multiplied by 365. If the term of the subscription contract is less than a year, and is not associated with an existing contract, the booking is equal to the total contract value. Beginning in Q3'18, minimum ACV commitments under our Strategic Alliance Agreement with Rockwell Automation are included in subscription ACV if the period-to-date minimum ACV commitment exceeds actual ACV sold under the Agreement.
Total Deferred Revenue consists of Billed Deferred Revenue and Unbilled Deferred Revenue. Unbilled deferred revenue is the aggregate of booked orders for license, support and subscription (including multi-year subscription contracts with start dates after October 1, 2018 that are subject to a limited annual cancellation right) for which the associated revenue has not been recognized and the customer has not been invoiced. We do not record Unbilled Deferred Revenue on our Consolidated Balance Sheet; we record such amounts as deferred revenue when we invoice the customer. Billed Deferred Revenue primarily relates to software agreements invoiced to customers for which the revenue has not yet been recognized. Billed deferred revenue can fluctuate quarterly based upon the contractual billing dates in our recurring revenue contracts, the timing of our fiscal reporting periods and foreign exchange rates.
To help investors understand and assess the success of our subscription transition, we provide an Annualized Recurring Revenue operating measure. Annualized Recurring Revenue (ARR) for a given quarter is calculated by dividing the portion of non-GAAP software revenue attributable to subscription and support for the quarter by the number of days in the quarter and multiplying by 365. (A related metric is Subscription ARR, which is calculated by dividing the portion of non-GAAP revenue attributable to subscriptions for the quarter by the number of days in the quarter and multiplying by 365.) ARR should be viewed independently of revenue and deferred revenue as it is an operating measure and is not intended to be combined with or to replace either of those items. ARR is not a forecast of future revenue, which can be impacted by contract expiration and renewal rates and does not include revenue reported as perpetual license or professional services revenue in our consolidated statement of income. Subscription and support revenue and ARR disclosed in a quarter can be impacted by multiple factors, including but not limited to (1) the timing of the start of a contract or a renewal, including the impact of on-time renewals, support win-backs, and support conversions, which may vary by quarter, (2) the ramping of committed monthly payments under a subscription agreement over time, (3) multiple other contractual factors with the customer including other elements sold with the subscription or support contract, and (4) the impact of currency fluctuations. These factors can cause disclosed ARR to vary.
Non-GAAP revenue, non-GAAP operating expense, non-GAAP operating margin, non-GAAP gross profit, non-GAAP gross margin, non-GAAP net income and non-GAAP EPS exclude the effect of the following items: fair value of acquired deferred revenue, fair value adjustment to deferred services cost, stock-based compensation, amortization of acquired intangible assets, acquisition-related and other transactional charges included in general and administrative costs, restructuring charges, headquarters relocation charges, and income tax adjustments.
Additional information about the items we exclude from our non-GAAP financial measures and the reasons we exclude them can be found in "Non-GAAP Financial Measures" of our Annual Report on Form 10-K for the fiscal year ended September 30, 2018.
A reconciliation of non-GAAP measures to GAAP results is provided within this press release. PTC also provides information on "free cash flow" and "adjusted free cash flow" to enable investors to assess our ability to generate cash without incurring additional external financings and to evaluate our performance against our announced long-term goal of returning approximately 40% of our free cash flow to shareholders via stock repurchases. Free cash flow is net cash provided by (used in) operating activities less capital expenditures; adjusted free cash flow is free cash flow excluding restructuring payments and certain identified non-ordinary course payments. Free cash flow and adjusted free cash flow are not measures of cash available for discretionary expenditures.
Statements in this press release that are not historic facts, including statements about our future financial and growth expectations and targets, are forward-looking statements that involve risks and uncertainties that could cause actual results to differ materially from those projected. These risks include: the macroeconomic and/or global manufacturing climates may deteriorate due to, among other factors, the U.S. government shutdown, the focus on technology transactions with non-U.S. entities and potential expanded prohibitions, and ongoing trade tensions and tariffs; customers may not purchase our solutions or convert existing support contracts to subscription when or at the rates we expect; our businesses, including our Internet of Things (IoT) business, and Augmented Reality businesses, may not expand and/or generate the revenue we expect; foreign currency exchange rates may vary from our expectations and thereby affect our reported revenue and expense; the mix of revenue between license & subscription solutions, support and professional services could be different than we expect, which could impact our EPS results; our transition to subscription-only licensing could adversely affect sales and revenue; sales of our solutions as subscriptions may not have the longer-term effect on revenue and earnings that we expect; bookings associated with minimum ACV commitments under our Strategic Alliance Agreement with Rockwell Automation may not result in subscription contracts sold through to end-user customers; our strategic initiatives and investments may not generate the revenue we expect; we may be unable to expand our partner ecosystem as we expect and our partners may not generate the revenue we expect; we may be unable to generate sufficient operating cash flow to return 40% of free cash flow to shareholders and other uses of cash or our credit facility limits or other matters could preclude share repurchases. In addition, our assumptions concerning our future GAAP and non-GAAP effective income tax rates are based on estimates and other factors that could change, including the geographic mix of our revenue, expenses and profits. Other risks and uncertainties that could cause actual results to differ materially from those projected are detailed from time to time in reports we file with the Securities and Exchange Commission, including our most recent Annual Report on Form 10-K and Quarterly Reports on Form 10-Q.
(1) See supplemental financial data for revenue by license, support, and professional services.
(2) See supplemental financial data for additional information about stock-based compensation.
(3) In the first quarter of fiscal 2019, we adopted Accounting Standards Update (ASU) 2017-07 - Improving the presentation of net periodic pension cost and net periodic postretirement benefit cost. In accordance with this guidance, we reclassified $0.2 million of non-service related net periodic pension income to other expense, net from cost of revenue and operating expenses for the three months ended December 30, 2017.
(4) In Q1'18 our effective tax rate includes a benefit of $7 million relating to the enactment of the Tax Cuts and Jobs Act.
(1) Under ASC 605, all subscription revenue is classified as license revenue.
(2) We have recorded a full valuation allowance against our U.S. net deferred tax assets. As we are profitable on a non-GAAP basis, the 2019 and 2018 non-GAAP tax provisions are being calculated assuming there is no valuation allowance. Income tax adjustments reflect the tax effects of non-GAAP adjustments which are calculated by applying the applicable tax rate by jurisdiction to the non-GAAP adjustments listed above. We have recorded the impact of the Tax Cuts and Jobs Act in our Q1'18 GAAP earnings, resulting in a non-cash benefit of approximately $7 million. We have excluded this benefit from our non-GAAP results.
(1) The Company's consolidated balance sheet as of December 29, 2018 under ASC 606 is preliminary, pending final adjustments required as a result of our adoption of ASC 606 in the first quarter of 2019. We expect the adjustments to be finalized prior to the filing of our Form 10-Q for the first quarter of 2019.
(1) In the first quarter of fiscal 2019, we adopted Accounting Standards Update (ASU) 2016-18 - Statement of Cash Flows (Topic 230). In accordance with this guidance, we excluded the $0.4 million increase related to the change in restricted cash from the change in other current assets for the three months ended December 30, 2017.
(2) In the three months ended December 29, 2018, we acquired Frustum for $70 million, net of cash acquired.
(3) The Company's consolidated cash flows as of December 29, 2018 under ASC 606 is preliminary, pending final balance sheet adjustments required as a result of our adoption of ASC 606 in the first quarter of 2019, which will impact components of operating cash flow, but not total cash from operating activities. We expect the adjustments to be finalized prior to the filing of our Form 10-Q for the first quarter of 2019.


An original design created by Fred Bonte, the OD-1 can go from clean, to slightly crunchy, to all-out saturated distortion. It is extremely sensitive to your playing dynamics, and works interactively with the tone and volume controls on your guitar.
Drive knob turned up to approximately 3 o'clock.


text:
Photo-Realistic Paintings of Landscapes Reflected in Sunglasses
By Spooky on August 23rd, 2013 Category: Art
Many of Simon Hennessey's paintings look so lifelike that they are often mistaken for photos. To achieve this level of realism, the English artist spends anywhere from two weeks to seven months on a single piece using an airbrush and acrylic paint.
40-year-old Simon Hennessey started painting landscapes reflected in the sunglasses of tourists in 2008. He had just finished painting a model wearing sunglasses and suddenly realized the reflection on the lenses allowed him to explore the spatial and environmental surroundings in a unique distorted and miniature fashion. From that moment on the popular accessory has become a predominant them in his hyper-realistic art. Simon has spent the last five years traveling to big cities like London and New York, taking photos of iconic landmarks reflected in the lenses of sunglasses worn by human models, which he uses as an inspiration for his art. He doesn't just copy an entire photograph, but combines elements from multiple reference pictures, adding or removing certain details, altering textures and depth to produce original works of art. This allows him to create an illusion of reality different from that of his photographic sources, making his realistic paintings appear clearer and more distinct than any photo.
The Birmingham-based artist takes between two weeks and seven months to complete a single painting and his works sell for up to £22,000 ($35,000). Although most reactions to his art are positive, he sometimes has to deal with negative responses, the most common of which is "it looks like a photograph so why bother painting it when a camera can take the picture in less than a second?".
Photos © Simon Hennessey
Sources: Daily Mail, Illusion360
Posted in Art Tags: Art, hyperrealistic art, painting, photo-realism, Simon Hennessey
Russian Street Artist Creates Hyperrealistic Murals
Controversial Artist Uses Naked Women as Paintbrushes
Don't Trust Your Eyes! Hirothropologie's Photorealistic Paintings
Ukrainian Artist Creates Stunning Steampunk-Inspired Masks
The Photo-Like Acrylic Paintings of Johannes Wessmark
Talented Hairstylist Creates Spectacular Flower-Shaped Designs
Woman Lives for Free in Beijing by Disguising Herself as a Socialite
Japanese Artist Creates the Most Intricate Food Carvings


Jay Korff of WJLA ABC-7 is one of the finest journalists in the business. I first met him while he was reporting on my Year of Giving project – you can watch his Emmy Award winning report here. He and videographer Mark Bautista won several other awards for their work on this story, including an Edward R. Murrow Award.
Anyway, not only is he a talented journalist, he's a great guy and I wanted to let him know that his professionalism and kindness don't go unnoticed.
I know I've told you before, but sometimes it's nice to take time and share one's thoughts on paper. You're a master storyteller and you put everything you've got into your stories. Even five years later, I'm still touched by the beautiful story you did on the Year of Giving. We're very fortunate to have someone here in Washington with your dedication and professionalism to journalism. On top of the busy schedule you keep, I'm amazed that you find time to compete, and WIN, so many bike races. You are truly an inspiration.
P.S. Please send my regards to Rosalyn and your kids – I enjoyed volunteering with them back in 2011.
My friend Danielle's mother suffered a terrible fall earlier this summer and was hospitalized until the insurance company stopped paying for her stay. I've heard Danielle talk about her mother several times over the years and know that she is a beloved dance instructor in Frederick, MD.
She's improving, but it's a very slow process and she still hasn't regained use of the right side of her body. I thought a letter might brighten her day.
Jo Ann requires 24/7 care right now which is not being paid by insurance and a fundraising page has been set up to assist with expenses. If you would like to help, I know Jo Ann and her husband Bill would be very appreciative.
I'm friends with Danielle – we used to work together at the American Heart Association. I am so sorry to hear about your fall. Danielle has been sharing your progress – I know it takes a long time, but hopefully it helps to know so many friends and family are thinking about you.
P.S. I love the Take Them a Meal app. If I lived closer, I'd make you something. Instead I made a small donation to your recovery fund.
I got such a nice handwritten letter from my friend Jeannine. The words were wonderful and so was the paper, but what made her correspondence stand out was her envelope. It was sealed with her initial into hot wax. Nice touch!
I'm overdue on replying to your thoughtful letter postmarked July 17th. I couldn't agree more with you on your sentiments about handwritten letters and their timeless appeal. And while words may last longer these days in electronic format, words placed on fine paper by hand carry exceptional meaning.
You must be getting ready to say goodbye to the summer concerts and trade in your seat at those great shows for a place on stage in your classroom. What will you be asking your students to read this fall? I used to loathe the required reading in high school although I sometimes think about rereading some of the books: Great Expectations, Of Mice and Men, The Great Gatsby, A Raisin in the Sun, etc. I'm still upset that someone wrote on the inside cover of my Gatsby book, "Don't waste your time, Myrtle and Gatsby both die." Ruined it for me.
Anyway – have a wonderful school year, stay in touch and know that I appreciate you following yet another one of my yearlong journeys.


Implantable leadless pacing devices and medical device systems including an implantable leadless pacing device are disclosed. An example implantable leadless pacing device may include a pacing capsule. The pacing capsule may include a housing. The housing may have a proximal region and a distal region. A first electrode may be disposed along the distal region. One or more anchoring members may be coupled to the distal region. The anchoring members may each include a region with a compound curve.
This application claims priority to U.S. Provisional Application No. 61/866,799 filed on Aug. 16, 2013, the entire contents of which is hereby incorporated by reference.
The present disclosure pertains to medical devices, and methods for manufacturing medical devices. More particularly, the present disclosure pertains to leadless cardiac pacing devices.
A wide variety of medical devices have been developed for medical use, for example, cardiac use. Some of these devices include catheters, leads, pacemakers, and the like. These devices are manufactured by any one of a variety of different manufacturing methods and may be used according to any one of a variety of methods. Of the known medical devices and methods, each has certain advantages and disadvantages. There is an ongoing need to provide alternative medical devices as well as alternative methods for manufacturing and using medical devices.
This disclosure provides design, material, manufacturing method, and use alternatives for medical devices. An example medical device may include an implantable leadless pacing device. The implantable leadless pacing device may include a pacing capsule. The pacing capsule may include a housing. The housing may have a proximal region and a distal region. A first electrode may be disposed along the distal region. One or more anchoring members may be coupled to the distal region. The anchoring members may each include a region with a compound curve.
An implantable leadless pacing device system may include a delivery catheter having a proximal region, a distal holding section, and a lumen formed therein. A push member may be slidably disposed within the lumen. A leadless pacing device may be slidably received within the distal holding section. The leadless pacing device may include a housing having a proximal region and a distal region. A first electrode may be disposed along the distal region. A plurality of anchoring members including a first anchoring member may be coupled to the distal region. The first anchoring member may be capable of shifting between a first configuration when the leadless pacing device is disposed within the distal holding section and a second configuration when the leadless pacing device is advanced out from the distal holding section. The distal holding section may have a longitudinal axis. The first anchoring member may be arranged substantially parallel with the longitudinal axis when the first anchoring member is in the first configuration. The first anchoring member may include a region with a compound curve when the first anchoring member is in the second configuration.
Another example implantable leadless pacing device system may include a delivery catheter having a proximal region, a distal holding section, and a lumen formed therein. A push member may be slidably disposed within the lumen. A leadless pacing device may be slidably received within the distal holding section. The leadless pacing device may include a housing having a proximal region and a distal region. A first electrode may be disposed along the distal region. A plurality of anchoring members including a first anchoring member may be coupled to the distal region. The first anchoring member may be capable of shifting between a first configuration when the leadless pacing device is disposed within the distal holding section and a second configuration when the leadless pacing device is advanced out from the distal holding section. A contact section of the first anchoring member may contact an inner wall surface of the distal holding section when the first anchoring member is in the first configuration. The contact section may be positioned proximally of a distal end of the first anchoring member. The first anchoring member may include a region with a compound curve when the first anchoring member is in the second configuration.
FIG. 7 is a partial cross-sectional side view of another example medical device system positioned adjacent to a cardiac tissue.
Cardiac pacemakers provide electrical stimulation to heart tissue to cause the heart to contract and thus pump blood through the vascular system. Conventional pacemakers typically include an electrical lead that extends from a pulse generator implanted subcutaneously or sub-muscularly to an electrode positioned adjacent the inside or outside wall of the cardiac chamber. As an alternative to conventional pacemakers, self-contained or leadless cardiac pacemakers have been proposed. A leadless cardiac pacemaker may take the form of a relatively small capsule that may be fixed to an intracardiac implant site in a cardiac chamber. It can be readily appreciated that the implantation of a leadless pacing device within a beating heart could become dislodged as the heart functions. Accordingly, it may be desirable for a leadless pacing device to include an anchoring mechanism and/or one or more anchoring members to help securing the pacing device to the heart.
FIG. 1 illustrates an example implantable leadless cardiac pacing device 10 implanted in a chamber of a heart H such as, for example, the right ventricle RV. Device 10 may include a shell or housing 12 having a distal region 14 and a proximal region 16. One or more anchoring members 18 may be disposed adjacent to distal region 14. Anchoring members 18 may be used to attach device 10 to a tissue wall of the heart H, or otherwise anchor implantable device 10 to the anatomy of the patient. A docking member 20 may be disposed adjacent to proximal region 16 of housing 12. Docking member 20 may be utilized to facilitate delivery and/or retrieval of implantable device 10.
FIG. 2 is a perspective view of device 10. Here it can be seen that docking member 20 may extend from proximal region 16 of housing 12. In at least some embodiments, docking member 20 may include a head portion 22 and a neck portion 24 extending between housing 12 and head portion 22. Head portion 22 may be capable of engaging with a delivery and/or retrieval catheter. For example, if it is desired to retrieve device 10 from the patient, a retrieval catheter may be advanced to a position adjacent to device 10. A retrieval mechanism such as a snare, tether, arm, or other suitable structure may extend from the retrieval catheter and engage head portion 22. When suitably engaged, device 10 may be pulled from the cardiac tissue and, ultimately, removed from the patient.
The implantable device 10 may include a first electrode 26 positioned adjacent to the distal region 14 of the housing 12. A second electrode 28 may also be defined along housing 12. For example, housing 12 may include a conductive material and may be insulated along a portion of its length. A section along proximal region 16 may be free of insulation so as to define second electrode 28. Electrodes 26/28 may be sensing and/or pacing electrodes to provide electro-therapy and/or sensing capabilities. First electrode 26 may be capable of being positioned against or otherwise contact the cardiac tissue of the heart H while second electrode 28 may be spaced away from the first electrode 26, and thus spaced away from the cardiac tissue.
Device 10 may also include a pulse generator (e.g., electrical circuitry) and a power source (e.g., a battery) within housing 12 to provide electrical signals to electrodes 26/28. Electrical communication between pulse generator and electrodes 26/28 may provide electrical stimulation to heart tissue and/or sense a physiological condition.
As the name suggest, anchoring members 18 may be used to anchor device 10 to the target tissue. A suitable number of anchoring members 18 may be used with device 10. For example, device 10 may include one, two, three, four, five, six, seven, eight, or more anchoring members. In at least some embodiments, anchoring members 18 may take the form of grappling hooks that are capable of piercing the cardiac tissue, looping through a portion of the cardiac tissue, and then extending back out from the cardiac tissue. In doing so, it may be desirable for anchoring members 18 to have relatively shallow penetration into the cardiac tissue. In addition, it may be desirable for anchoring members 18 to be arranged so as to be spaced from first electrode 26. Other configurations are contemplated.
In order to achieve these and other goals, anchoring members 18 may have a compound curved structure. For the purposes of this disclosure, a compound curved structure may be understood as a structure that includes a plurality of different curved regions. For example, at least some of the anchoring members 18 may include a base region 30, a first curved region 32, a generally straight region 34, a second curved region 36, and an end region 38. Base region 30 may be positioned at the junction between anchoring members 18 and housing 12. In some embodiments, base region 30 may be fixed to housing 12. In other embodiments, base region 30 may be pivotably attached to housing 12. According to these embodiments, base region 30 may have some freedom of movement relative to housing 12. In some instance, an actuation mechanism may be coupled to anchoring members 18 so that a clinician may pivot anchoring members 18 during an implantation procedure. For example, a translatable mechanical feature such as a wire, tether, or the like may be coupled to housing 12 that is capable of transmitting motion to anchoring members 18.
First curved region 32 may curve away from housing 12. In other words, the curvature of first curved region 32 may result in at least a portion of anchoring members 18 becoming positioned progressively further radially away from housing 12. For example, it may be desirable for anchoring members 18 to extend or otherwise be positioned laterally as far away from first electrode 26 as possible so as to minimize tissue irritation adjacent to where first electrode 26 contacts the wall of the heart. In addition, the curvature of first curved region 32 (and/or other regions of anchoring members 18) may be capable of secured holding device to the wall of the heart while having a relatively shallow penetration into the tissue. Shallow penetration may help to reduce local tissue irritation and/or injury of the heart wall.
In some embodiments, the radius of curvature of first curved region 32 may be constant. In other embodiments, the radius of curvature may vary along first curved region 32. For example, first curved region 32 may include a parabolic curve, hyperbolic curve, exponential curve, a curve defined by a first order polynomial, a curve defined by a second order polynomial, a curve defined by a third order polynomial, a curve defined by a fourth order or greater polynomial, etc. First curved region 32 may lie fully within a single plane (e.g., first curved region 32 may extend in only two dimension) or first curved region 32 may lie within more than one plane (e.g., first curved region 32 may extend in three dimensions). These are just examples. Other curves, shapes, configurations, etc. are contemplated.
Generally straight region 34, as the name suggests, may be substantially free from a curve. Generally straight region 34 may have a suitable length. For example, in some embodiments it may be desirable for greater separation between first curved region 32 and second curved region 36. In such embodiments, it may be desirable for generally straight region 34 to have a relatively longer length. In other embodiments, less separation may be desired between curved portions 32/36 and, thus, generally straight region 34 may be relatively short. In still other embodiments, anchoring members 18 may lack generally straight region 34. In other words, first curved region 32 may be directly attached to or otherwise continuous with second curved region 36.
Second curved region 36 may curve toward housing 12. In at least some embodiments, the curvature of second curved region 36 may be oriented in the opposite direction of first curved region 32. Just like first curved region 32, second curved region 36 may have a constant or variable radius of curvature.
End region 38 may be generally straight or end region 38 may include a curve. In at least some embodiments, end region 38 may have a point or relatively sharpened end that may be capable of penetrating tissue.
In addition to allowing device 10 to be securely anchored to the heart of a patient, anchoring members 18 may also allow for acute repositioning of device 10. For example, device 10 may be secured to the heart of a patient via anchoring members 18. If it desired to relocate device 10, a suitable retrieval and/or repositioning device may be used to engage device 10 so that it can be repositioned (e.g., removing anchoring members 18 from the tissue and moving device 10 to another desirable location) and re-anchored.
The cross-sectional shape of anchoring members 18 may vary. For example, at least some of anchoring members 18 may have a generally rectangular cross-sectional shape as shown in FIG. 3A. According to these embodiments, the width W of anchoring member 18 may be greater than the thickness T. However, in other embodiments, the thickness T may be greater than the width W. In other embodiments, at least some of anchoring members 18 may have a generally circular cross-sectional shape with a diameter D as depicted in FIG. 3B. Other cross-sectional shapes are contemplated. For example, anchoring members 18 can have an oval cross-sectional shape (e.g. as depicted in FIG. 3C), a semi-circular cross-sectional shape, a polygonal cross-sectional shape (e.g., triangular, square, quadrilateral, pentagonal, hexagonal, octagonal, etc.), combinations thereof (e.g., a polymeric shape with rounded edges or corners), or any other suitable shape. Anchoring members 18 may have the same cross-sectional shape along essentially the full length thereof. Alternatively, the cross-sectional shape may vary along the length of anchoring members 18. For example, portions of anchoring members 18 may have a generally non-circular cross-sectional shape and other portions of anchoring members 18 may have a generally circular cross-sectional shape. Furthermore, in some embodiments all of anchoring members 18 may have the same cross-sectional shape and/or profile. In other embodiments, the various anchoring members 18 of a given device 10 may differ from one another.
FIG. 4 illustrates a delivery catheter 100 that may be used, for example, to deliver device 10 to a suitable location within the anatomy (e.g., the heart). Catheter 100 may include a proximal member or region 140 and a distal member or holding section 146. A push member 142 may be disposed (e.g., slidably disposed) within proximal region 140. A head region 144 of push member 142 may be disposed within distal holding section 146. Head region 144 may be capable of engaging docking member 20 of device 10. Push member 142 may be used to "push" device 10 out from distal holding section 146 so as to deploy and anchor device 10 within a target region 148 (e.g., a region of the heart such as the right ventricle). Catheter 100 may be advanced through the vasculature to target region 148. For example, catheter 100 may be advanced through a femoral vein, into the inferior vena cava, into the right atrium, through the tricuspid valve, and into the right ventricle. Target region 148 may be a portion of the right ventricle. For example, target region 148 may be a portion of the right ventricle near the apex of the heart. Target region 148 could also be other regions including other regions of the heart (e.g., the right atrium, the left ventricle, the left atrium), blood vessel, or other suitable targets.
Anchoring members 18 may be capable of shifting between a first configuration and a second configuration. For example, when device 10 is disposed within distal holding section 146 of delivery catheter 100, anchoring members 18 may be in the first configuration. When so configured, anchoring members 18 may extend distally from device 10 in a generally more straightened configuration. In other words, anchoring members 18 may be oriented in the distal direction. For example, catheter 100 may have a longitudinal axis X and anchoring members 18 may corresponding longitudinal axis Y that is generally parallel with the longitudinal axis X of catheter 100. However, anchoring members 18 need not extend exactly parallel with the longitudinal axis X of catheter 100 and, instead, may be generally oriented in the distal direction.
When device 10 is suitably positioned adjacent to target region 148, push member 142 may be distally advanced to push device 10 distally so that anchoring members 18 engage target region 148. In doing so, anchoring members may shift to the second configuration as shown in FIG. 5. When in the second configuration, anchoring members 18 may have the compound curved configuration. The compound curve of anchoring members 18 may help to guide anchoring members 18 away laterally away from the tissue entry point and then back out of the tissue at a location that is laterally spaced from the entry point.
In at least some embodiments, anchoring members 18 may still maintain a compound curvature (e.g., albeit in an altered shape) when in the more straightened configuration. For example, when device 10 is disposed within a delivery catheter, anchoring members 18 may still maintain the compound curve. In other embodiments, one or more of curves formed in anchoring members 18 may be substantially straightened such that anchoring members 18 may be considered as no longer having a compound curve when in the more straightened configuration. When shifting to the second configuration (e.g., which may be considered a deployed, implanted, delivered, or "unbiased" configuration), anchoring members 18 may have or otherwise return to a shape that includes the compound curve.
When in the first configuration, a portion of anchoring members 18 may engage an inner wall surface of distal holding section 146. The portion of anchoring member 18 that engages the inner wall surface of distal holding section 146 may be positioned proximally of the distal end of anchoring member 18. For example, second curved region 36 may engage the inner wall surface of distal holding section 146 as shown in FIG. 4. Other arrangements are contemplated. For example, FIG. 6 illustrates device 110 (which may be similar in form and function to other devices disclosed herein) including anchoring member 118 and docking member 120. Here it can be seen that first curved region 132 may engage the inner wall surface of distal holding section 146.
FIG. 7 illustrates device 210 (which may be similar in form and function to other devices disclosed herein) including anchoring member 218 and docking member 220. In this embodiment, a section of anchoring member 218 extending from second curved region 232 to tip 238 may lie flat against the inner wall surface of distal holding section 146.
The materials that can be used for the various components of device 10 and catheter 100 (and/or other devices/catheters disclosed herein) may include those commonly associated with medical devices. For example, device 10 and/or catheter 100 may be made from a metal, metal alloy, polymer (some examples of which are disclosed below), a metal-polymer composite, ceramics, combinations thereof, and the like, or other suitable material. Some examples of suitable polymers may include polytetrafluoroethylene (PTFE), ethylene tetrafluoroethylene (ETFE), fluorinated ethylene propylene (FEP), polyoxymethylene (POM, for example, DELRIN® available from DuPont), polyether block ester, polyurethane (for example, Polyurethane 85A), polypropylene (PP), polyvinylchloride (PVC), polyether-ester (for example, ARNITEL® available from DSM Engineering Plastics), ether or ester based copolymers (for example, butylene/poly(alkylene ether) phthalate and/or other polyester elastomers such as HYTREL® available from DuPont), polyamide (for example, DURETHAN® available from Bayer or CRISTAMID® available from Elf Atochem), elastomeric polyamides, block polyamide/ethers, polyether block amide (PEBA, for example available under the trade name PEBAX®), ethylene vinyl acetate copolymers (EVA), silicones, polyethylene (PE), Marlex high-density polyethylene, Marlex low-density polyethylene, linear low density polyethylene (for example REXELL®), polyester, polybutylene terephthalate (PBT), polyethylene terephthalate (PET), polytrimethylene terephthalate, polyethylene naphthalate (PEN), polyetheretherketone (PEEK), polyimide (PI), polyetherimide (PEI), polyphenylene sulfide (PPS), polyphenylene oxide (PPO), poly paraphenylene terephthalamide (for example, KEVLAR®), polysulfone, nylon, nylon-12 (such as GRILAMID® available from EMS American Grilon), perfluoro(propyl vinyl ether) (PFA), ethylene vinyl alcohol, polyolefin, polystyrene, epoxy, polyvinylidene chloride (PVdC), poly(styrene-b-isobutylene-b-styrene) (for example, SIBS and/or SIBS 50A), polycarbonates, ionomers, biocompatible polymers, other suitable materials, or mixtures, combinations, copolymers thereof, polymer/metal composites, and the like. In some embodiments the sheath can be blended with a liquid crystal polymer (LCP). For example, the mixture can contain up to about 6 percent LCP.
In at least some embodiments, portions or all of device 10 and/or catheter 100 may also be doped with, made of, or otherwise include a radiopaque material. Radiopaque materials are understood to be materials capable of producing a relatively bright image on a fluoroscopy screen or another imaging technique during a medical procedure. This relatively bright image aids the user of device 10 and/or catheter 100 in determining its location. Some examples of radiopaque materials can include, but are not limited to, gold, platinum, palladium, tantalum, tungsten alloy, polymer material loaded with a radiopaque filler, and the like. Additionally, other radiopaque marker bands and/or coils may also be incorporated into the design of device 10 and/or catheter 100 to achieve the same result.
In some embodiments, a degree of Magnetic Resonance Imaging (MRI) compatibility is imparted into device 10 and/or catheter 100. For example, device 10 and/or catheter 100 (or portions thereof) may be made of a material that does not substantially distort the image and create substantial artifacts (i.e., gaps in the image). Certain ferromagnetic materials, for example, may not be suitable because they may create artifacts in an MRI image. Device 10 and/or catheter 100 (or portions thereof) may also be made from a material that the MRI machine can image. Some materials that exhibit these characteristics include, for example, tungsten, cobalt-chromium-molybdenum alloys (e.g., UNS: R30003 such as ELGILOY®, PHYNOX®, and the like), nickel-cobalt-chromium-molybdenum alloys (e.g., UNS: R30035 such as MP35-N® and the like), nitinol, and the like, and others.
wherein each of the anchoring members is capable of shifting between a first, delivery configuration when positioned within a holding region of a delivery catheter, and a second, deployed configuration when deployed therefrom, the anchoring members each including a region with a compound curve when in the deployed configuration, wherein the region with the compound curve includes a first curved section and a second curved section, wherein each anchoring member extends between a base region connected to the housing and a free end, wherein each anchoring member has first and second outer surfaces on opposite sides of the anchoring member, the first and second outer surfaces each extending between the base region and the free end, wherein the first outer surface is convex in the first curved section and concave in the second curved section, wherein the free end of each of the anchoring members includes a sharpened tip that points in a proximal direction when in the deployed configuration, and wherein each of the anchoring members includes an outermost surface proximal of the tip that is positioned radially outward of the sharpened tip in the delivery configuration.
2. The implantable leadless pacing device of claim 1, wherein the first curved section is oriented in a first direction and wherein the second curved section is oriented in a second direction different from the first direction.
3. The implantable leadless pacing device of claim 2, wherein the first direction is opposite the second direction.
4. The implantable leadless pacing device of claim 1, wherein the first curved section, the second curved section or both are capable of causing the anchoring members to move laterally away from the first electrode when the anchoring members extend within a target tissue.
5. The implantable leadless pacing device of claim 1, wherein the first curved section, the second curved section or both have a radius of curvature that varies.
6. The implantable leadless pacing device of claim 1, wherein the second outer surface is concave in the first curved section and convex in the second curved section.
7. The implantable leadless pacing device of claim 1, wherein the second curved section includes a curve extending away from the housing and up to the free end.
wherein each of the anchoring members includes a region with a compound curve when the anchoring members are in the deployed configuration, wherein each anchoring member has a length extending between a base region and a free end, the base region connecting the anchoring member to the housing, wherein the region with the compound curve includes a first curved section proximate the base region and a second curved section proximate the free end, wherein the first outer surface is concave in the first curved section and convex in the second curved section in the deployed configuration, wherein the second outer surface is convex in the first curved section and concave in the second curved section in the deployed configuration, and wherein the free end of each of the anchoring members includes the distal sharpened tip that points in a proximal direction when in the deployed configuration.
9. The system of claim 8, wherein the first curved section is oriented in a first direction and wherein the second curved section is oriented in a second direction different from the first direction.
10. The system of claim 9, wherein the first direction is opposite the second direction.
11. The system of claim 8, wherein a contact section of each of the anchoring members contacts an inner wall surface of the distal holding section when the anchoring members are in the first configuration.
12. The system of claim 8, wherein a contact section of each anchoring member located proximal of the free end of the anchoring member contacts the inner wall surface of the distal holding section when the anchoring members are in the first configuration.
13. The system of claim 12, wherein the contact section of each anchoring member extends between the free end of the anchoring member and a point disposed proximal of the free end.
14. The system of claim 8, wherein the first curved section, the second curved section or both of each anchoring member are capable of causing the anchoring member to move laterally away from the first electrode when the anchoring member extends within a cardiac tissue.
wherein the region with the compound curve includes a first curved section and a second curved section located between the first curved section and the distal tip, wherein the contact section of each of the anchoring members includes a curved portion of the second curved section, wherein the first outer surface along the contact section contacts an inner surface of the distal holding section in the first configuration, wherein the first outer surface is convex through the curved portion when in the deployed configuration and in the first configuration, and wherein the second outer surface is concave through the curved portion when in the deployed configuration and in the first configuration.
16. The system of claim 15, wherein the second curved section curves away from the housing toward the distal tip of the anchoring member when in the deployed configuration.
17. The system of claim 16, wherein the distal tip is a sharpened distal tip.
18. The system of claim 15, wherein the first outer surface is concave in the first curved section and convex in the second curved section, and wherein the second outer surface is convex in the first curved section and concave in the second curved section.
19. The system of claim 15, wherein the first outer surface is convex distal of the contact section to the distal tip in the deployed configuration and in the first configuration, and the second outer surface is concave distal of the contact section to the distal tip in the deployed configuration and in the first configuration.


This riser has molded arms that are easily removable. It goes over your existing toilet seat and lid, adding 3 1/2 to the height of the toilet. It easily attaches to most elongated toilets. Since it is made of all composite construction it offers the user durability and a contemporary look. 300 pound weight capacity. Color: White. Shipping weight: 5lbs. 6.2 oz. Limited lifetime warranty through manufacturer.


text:
Q: Google SQL Query with 3 criteria The query below should give me a usage rate for the specified material code (B7 cell) with those matching criteria.

*

*Should match the cell value

*Should contain the 'Taking out of inventory'

*Finally data should be between the date range of the last 4 weeks.
= QUERY(Inventory, "SELECT SUM(D) WHERE B = '"&B7&"' AND C = 'Taking out of inventory' AND A >= TODAY(-30) LABEL SUM(D) ''",-1)**
The output should Sum up the values in the quantity column for the past 4 weeks. - Usage Rate 4 weeks

Timestamp
Inventory #
Inventory Type
Quantity
Sales Order (S/O) #
Purchase Order (P/O) #

6/20/22 10:42:16
AAR
Cycle Count (Full) (Physical count of quantities on hand)
240

6/20/22 10:45:11
AB1
Cycle Count (Full) (Physical count of quantities on hand)
30

6/20/22 10:46:22
ABC
Cycle Count (Full) (Physical count of quantities on hand)
3

6/20/22 10:47:52
ABD
Cycle Count (Full) (Physical count of quantities on hand)
80

6/20/22 10:48:49
ABN
Cycle Count (Full) (Physical count of quantities on hand)
21

6/20/22 10:50:14
AAV
Cycle Count (Full) (Physical count of quantities on hand)
400

6/20/22 10:50:44
ABA
Cycle Count (Full) (Physical count of quantities on hand)
3

6/20/22 11:02:00
ABG
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 11:03:03
AAX
Cycle Count (Full) (Physical count of quantities on hand)
85

6/20/22 11:05:35
ABM
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 11:06:08
AB5
Cycle Count (Full) (Physical count of quantities on hand)
10

6/20/22 11:07:06
AAS
Cycle Count (Full) (Physical count of quantities on hand)
60

6/20/22 11:07:48
AAT
Cycle Count (Full) (Physical count of quantities on hand)
250

6/20/22 11:08:50
ABQ
Cycle Count (Full) (Physical count of quantities on hand)
20

6/20/22 11:09:37
AB4
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 11:14:34
AC3
Cycle Count (Full) (Physical count of quantities on hand)
80

6/20/22 11:15:05
ABW
Cycle Count (Full) (Physical count of quantities on hand)
80

6/20/22 11:18:29
AAB
Cycle Count (Full) (Physical count of quantities on hand)
448

6/20/22 11:19:37
ABY
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 11:30:35
AC4
Cycle Count (Full) (Physical count of quantities on hand)
10

6/20/22 11:31:54
AC9
Cycle Count (Full) (Physical count of quantities on hand)
22

6/20/22 11:32:30
AC7
Cycle Count (Full) (Physical count of quantities on hand)
80

6/20/22 11:37:17
AC2
Cycle Count (Full) (Physical count of quantities on hand)
1

6/20/22 11:40:40
ABV
Cycle Count (Full) (Physical count of quantities on hand)
10

6/20/22 11:56:06
AB2
Cycle Count (Full) (Physical count of quantities on hand)
240

6/20/22 12:44:46
ABP
Cycle Count (Full) (Physical count of quantities on hand)
50

6/20/22 12:45:28
ABR
Cycle Count (Full) (Physical count of quantities on hand)
2

6/20/22 12:46:51
AA3
Cycle Count (Full) (Physical count of quantities on hand)
240

6/20/22 12:47:33
AA4
Cycle Count (Full) (Physical count of quantities on hand)
360

6/20/22 12:48:27
AAE
Cycle Count (Full) (Physical count of quantities on hand)
50

6/20/22 12:49:37
AAJ
Cycle Count (Full) (Physical count of quantities on hand)
100

6/20/22 12:50:06
AA7
Cycle Count (Full) (Physical count of quantities on hand)
880

6/20/22 12:50:58
AA8
Cycle Count (Full) (Physical count of quantities on hand)
485

6/20/22 12:52:04
AAC
Cycle Count (Full) (Physical count of quantities on hand)
350

6/20/22 12:52:35
AAC
Adding to Inventory
20

6/20/22 12:53:17
AAI
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 12:55:36
AC1
Cycle Count (Full) (Physical count of quantities on hand)
20

6/20/22 13:01:48
ABI
Cycle Count (Full) (Physical count of quantities on hand)
8

6/20/22 13:02:14
ABS
Cycle Count (Full) (Physical count of quantities on hand)
26

6/20/22 13:04:25
ABF
Cycle Count (Full) (Physical count of quantities on hand)
50

6/20/22 13:05:52
AB5
Cycle Count (Full) (Physical count of quantities on hand)
58

6/20/22 13:06:34
ABU
Cycle Count (Full) (Physical count of quantities on hand)
50

6/20/22 13:10:16
ACD
Cycle Count (Full) (Physical count of quantities on hand)
86

6/20/22 13:29:55
AAS
Taking out of Inventory
15

6/20/22 13:30:46
ABN
Adding to Inventory
8

6/20/22 13:33:44
AA7
Taking out of Inventory
60

6/20/22 13:42:13
ACE
Cycle Count (Full) (Physical count of quantities on hand)
140

6/20/22 13:47:03
ACK
Cycle Count (Full) (Physical count of quantities on hand)
170

6/20/22 14:01:51
ADA
Cycle Count (Full) (Physical count of quantities on hand)
22

6/20/22 14:02:14
AD7
Cycle Count (Full) (Physical count of quantities on hand)
0

6/20/22 14:04:23
ACM
Cycle Count (Full) (Physical count of quantities on hand)
85

6/20/22 14:10:52
ACC
Cycle Count (Full) (Physical count of quantities on hand)
172

6/20/22 14:23:25
AD4
Cycle Count (Full) (Physical count of quantities on hand)
85

6/20/22 14:26:12
AD5
Cycle Count (Full) (Physical count of quantities on hand)
130

6/20/22 14:30:25
AD3
Cycle Count (Full) (Physical count of quantities on hand)
186

6/20/22 15:03:29
AD9
Cycle Count (Full) (Physical count of quantities on hand)
63

6/20/22 15:04:04
ADO
Cycle Count (Full) (Physical count of quantities on hand)
9

6/20/22 15:06:03
AD8
Cycle Count (Full) (Physical count of quantities on hand)
113

6/20/22 15:28:35
AAC
Taking out of Inventory
50

6/21/22 7:51:51
AAV
Taking out of Inventory
18

6/21/22 11:13:09
AB4
Cycle Count (Full) (Physical count of quantities on hand)
100

6/21/22 11:13:45
ABC
Cycle Count (Full) (Physical count of quantities on hand)
100

6/21/22 11:14:05
ABG
Cycle Count (Full) (Physical count of quantities on hand)
50

6/21/22 11:14:39
ABM
Cycle Count (Full) (Physical count of quantities on hand)
125

6/21/22 11:15:03
AB5
Cycle Count (Full) (Physical count of quantities on hand)
200

6/21/22 11:15:33
ABN
Cycle Count (Full) (Physical count of quantities on hand)
100

6/21/22 11:15:50
ABQ
Cycle Count (Full) (Physical count of quantities on hand)
350

6/21/22 11:16:15
ABC
Taking out of Inventory
17

6/21/22 11:16:35
ABG
Taking out of Inventory
11

6/21/22 11:41:12
AB4
Taking out of Inventory
1

6/21/22 11:41:39
AB5
Taking out of Inventory
1

6/21/22 11:42:11
ABG
Taking out of Inventory
3

6/21/22 12:32:50
AAC
Taking out of Inventory
2

6/21/22 15:45:04
AAC
Taking out of Inventory
20

6/22/22 8:51:11
AD5
Taking out of Inventory
3

6/22/22 8:50:52
AD4
Taking out of Inventory
3

6/22/22 13:19:04
ABM
Taking out of Inventory
125

6/23/22 10:57:06
AB4
Taking out of Inventory
2

6/23/22 10:57:46
ABC
Taking out of Inventory
2

6/23/22 10:58:22
AB2
Taking out of Inventory
1

6/23/22 10:59:17
ABN
Taking out of Inventory
4

6/23/22 10:59:52
AB1
Taking out of Inventory
4

6/23/22 11:01:09
ABQ
Taking out of Inventory
350

6/24/22 8:38:06
ABM
Cycle Count (Full) (Physical count of quantities on hand)
2

6/27/22 10:54:35
AB5
Taking out of Inventory
175

6/27/22 10:55:12
AAB
Taking out of Inventory
7

6/27/22 12:08:11
ABV
Taking out of Inventory
1

6/27/22 13:35:29
ADA
Taking out of Inventory
2

6/27/22 13:36:09
ABN
Taking out of Inventory
10

6/27/22 13:38:27
AD0
Taking out of Inventory
2

6/27/22 13:38:59
ADA
Taking out of Inventory
12

6/27/22 15:32:06
AAS
Taking out of Inventory
15

6/28/22 13:14:38
AB4
Taking out of Inventory
50

6/29/22 7:54:13
ABC
Taking out of Inventory
2

6/29/22 7:54:42
ABP
Taking out of Inventory
2

6/29/22 7:55:40
AAR
Taking out of Inventory
4

6/29/22 7:57:40
AAX
Taking out of Inventory
2

6/29/22 7:58:21
AA8
Taking out of Inventory
1

7/6/22 8:12:47
AB1
Taking out of Inventory
12

7/6/22 8:13:32
AB2
Taking out of Inventory
4

7/11/22 8:36:41
AAV
Cycle Count (Full) (Physical count of quantities on hand)
320

7/11/22 8:37:42
AAR
Cycle Count (Full) (Physical count of quantities on hand)
240

7/11/22 9:05:43
AB2
Cycle Count (Full) (Physical count of quantities on hand)
205

7/11/22 9:10:40
AAC
Cycle Count (Full) (Physical count of quantities on hand)
270

7/11/22 9:14:01
AA8
Cycle Count (Full) (Physical count of quantities on hand)
445

7/11/22 9:15:01
AA7
Cycle Count (Full) (Physical count of quantities on hand)
880

7/11/22 9:15:56
AA3
Cycle Count (Full) (Physical count of quantities on hand)
240

7/11/22 9:19:40
AA4
Cycle Count (Full) (Physical count of quantities on hand)
350

7/11/22 9:20:37
AAE
Cycle Count (Full) (Physical count of quantities on hand)
25

7/11/22 9:21:16
AAJ
Cycle Count (Full) (Physical count of quantities on hand)
120

7/11/22 9:22:06
ABR
Cycle Count (Full) (Physical count of quantities on hand)
2

7/11/22 9:24:20
ABA
Cycle Count (Full) (Physical count of quantities on hand)
0

7/12/22 12:00:16
ABF
Cycle Count (Full) (Physical count of quantities on hand)
50

7/12/22 12:01:55
ABS
Cycle Count (Full) (Physical count of quantities on hand)
27

7/12/22 12:02:29
ABI
Cycle Count (Full) (Physical count of quantities on hand)
8

7/12/22 12:08:24
ABU
Cycle Count (Full) (Physical count of quantities on hand)
50

7/12/22 12:09:35
ABT
Cycle Count (Full) (Physical count of quantities on hand)
36

7/12/22 12:11:37
ABP
Cycle Count (Full) (Physical count of quantities on hand)
45

7/12/22 15:14:11
AC5
Cycle Count (Full) (Physical count of quantities on hand)
0

7/13/22 9:16:58
ACK
Cycle Count (Full) (Physical count of quantities on hand)
160

7/13/22 9:23:02
ACE
Cycle Count (Full) (Physical count of quantities on hand)
135

7/13/22 9:26:59
ACD
Cycle Count (Full) (Physical count of quantities on hand)
85

7/13/22 11:47:05
AD7
Cycle Count (Full) (Physical count of quantities on hand)
0

7/13/22 11:47:44
ADA
Cycle Count (Full) (Physical count of quantities on hand)
6

7/13/22 11:53:08
ACM
Cycle Count (Full) (Physical count of quantities on hand)
90

7/13/22 11:57:48
ACC
Cycle Count (Full) (Physical count of quantities on hand)
160

7/13/22 12:31:18
AD4
Cycle Count (Full) (Physical count of quantities on hand)
87

7/13/22 12:35:38
AD5
Cycle Count (Full) (Physical count of quantities on hand)
125

7/13/22 12:39:35
AD3
Cycle Count (Full) (Physical count of quantities on hand)
175

7/13/22 13:00:26
AD9
Cycle Count (Full) (Physical count of quantities on hand)
64

7/13/22 13:01:03
AD0
Cycle Count (Full) (Physical count of quantities on hand)
7

7/13/22 13:03:36
AD8
Cycle Count (Full) (Physical count of quantities on hand)
115

7/15/22 9:52:20
AB4
Adding to Inventory
7

7/15/22 9:52:54
ABG
Adding to Inventory
7

7/15/22 9:53:22
ABM
Adding to Inventory
2

7/15/22 9:53:49
ACK
Adding to Inventory
8

7/18/22 6:07:57
AAR
Cycle Count (Full) (Physical count of quantities on hand)
250

7/18/22 6:08:35
AB1
Cycle Count (Full) (Physical count of quantities on hand)
4

7/18/22 6:09:09
ABC
Cycle Count (Full) (Physical count of quantities on hand)
1

7/18/22 6:09:43
ABD
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:10:14
ABN
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:10:47
ABA
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:11:40
ABG
Cycle Count (Full) (Physical count of quantities on hand)
7

7/18/22 6:12:08
AAX
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:12:51
ABM
Cycle Count (Full) (Physical count of quantities on hand)
2

7/18/22 6:13:43
AB5
Cycle Count (Full) (Physical count of quantities on hand)
25

7/18/22 6:14:25
AAS
Cycle Count (Full) (Physical count of quantities on hand)
21

7/18/22 6:14:53
AAT
Cycle Count (Full) (Physical count of quantities on hand)
240

7/18/22 6:15:26
AB4
Cycle Count (Full) (Physical count of quantities on hand)
60

7/18/22 6:16:01
ABQ
Cycle Count (Full) (Physical count of quantities on hand)
20

7/18/22 6:20:58
ABW
Cycle Count (Full) (Physical count of quantities on hand)
80

7/18/22 6:21:48
AC5
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:22:07
AC4
Cycle Count (Full) (Physical count of quantities on hand)
0

7/18/22 6:22:56
ABV
Cycle Count (Full) (Physical count of quantities on hand)
1

7/18/22 6:24:30
AC7
Taking out of Inventory
78

7/18/22 6:32:03
AC9
Cycle Count (Full) (Physical count of quantities on hand)
20

7/18/22 6:33:38
AB2
Cycle Count (Full) (Physical count of quantities on hand)
180

7/18/22 6:34:15
ABR
Cycle Count (Full) (Physical count of quantities on hand)
2

7/18/22 6:34:51
AA3
Cycle Count (Full) (Physical count of quantities on hand)
240

7/18/22 6:36:08
AA4
Cycle Count (Full) (Physical count of quantities on hand)
300

7/18/22 6:36:32
AAE
Cycle Count (Full) (Physical count of quantities on hand)
20

7/18/22 6:37:38
AAJ
Cycle Count (Full) (Physical count of quantities on hand)
115

7/18/22 6:38:05
AA7
Cycle Count (Full) (Physical count of quantities on hand)
880

7/18/22 6:38:34
AA8
Cycle Count (Full) (Physical count of quantities on hand)
440

7/18/22 6:39:24
AAC
Cycle Count (Full) (Physical count of quantities on hand)
260

A: try:
=QUERY(Inventory,
 "SELECT SUM(D)
  WHERE B = '"&B7&"'
    AND C = 'Taking out of inventory'
    AND A >= date '"&TEXT(TODAY()-30, "e-m-d")&"'
  LABEL SUM(D)''", )


Shailene Woodley Biography Shailene Woodley was born on November 15, 1991, at San Bernardino, California, U.S & brought up in Simi Valley.
Will Smith was born on September 25, 1968, at Philadelphia, Pennsylvania, U.S. But his birth name is Willard Carroll Smith Jr.