Posts Tagged ‘Technology’

NASA to demonstrate super-cool cooling technology – CNET

Saturday, May 28th, 2011

The new cooling device from NASA.

The new cooling device of the future from NASA.

(Credit: NASA)

Ever wondered about the source of that humming sound coming from your computer? It’s most likely the fan that tries to ventilate the internal components. That’s a typical cooling system.

NASA's Jeff Didion (holding the pump) and his EHD-cooling technology developing partners.

Jeff Didion (holding the pump) and his EHD-cooling technology developing partners.

(Credit: NASA)

I am not a rocket scientist, but generally speaking, as electronic components get tinier and more powerful, the amount of heat they generate gets proportionately higher. This is due to the simple fact that there’s just not enough surface for the heat to dissipate quickly enough. That’s why all computers’ processors and high-end video cards come with a heat sink with a fan on top. Take this heat sink away and you’d fry the component in a matter of seconds.

Now bring these little advanced devices into space, where there’s no air or moisture to help conduct the heat, and you’ll have an even bigger challenge. And that’s exactly what NASA has been facing.

According to NASA’s Jeff Didion, a thermal engineer at the Goddard Space Flight Center, in the world of electronics, thermal control is always one of the limiting factors. He has been collaborating with Jamal Seyed-Yagoobi, a professor at the Illinois Institute of Technology in Chicago, to partner with the U.S. Air Force and National Renewable Energy Laboratory to find ways to push the envelope of thermal-control barriers.

The result is the new electrohydrodynamic (EHD)-based thermal control technology, unveiled yesterday, that promises to make it easier and more efficient to remove heat from small spaces. This solution is meant to address a particular challenge for engineers building advanced space instruments and microprocessors that could fail if the heat they generate is not removed.

The prototype of the new thermal control technology is a tiny pump, about the size of a little finger, which, apart from the cooling function, is designed to withstand the extreme launch loads as a rocket lifts off and hurtles toward space. The pump will be demonstrated in June on a rocket mission designed to carry microsatellites into space. “Should the device survive the vibration, the technology will have achieved a major milestone in its development,” Didion said. “It will mean that it is at or near operational status, making it a viable technology for use on spaceflight instruments.”

While the device is being called a pump, the prototype has no moving parts. According to Didion, unlike current cooling technologies used today by instrument and component developers, EHD does not rely on mechanical pumps and other moving parts. Instead, it uses electric fields to pump coolant through tiny ducts inside a thermal cold plate. From there, the waste heat is dumped onto a radiator and dispersed far from heat-sensitive circuitry that must operate within certain temperature ranges.

The fact that no mechanical parts are required means the new cooling system is lighter, consumes less power, (about .5W) and most importantly, can be scaled to different sizes, from larger cold plates to micro-scale electronic components and lab-on-a-chip devices. To see how this would work out, apart from the tiny pump to be tested in the rocket mission in June, a prototype EHD cold plate is also scheduled to be used as an experiment on the International Space Station in 2013.

In the meantime, Didion said, the team is continuing its work to further advance EHD, such as developing EHD pumps in microchannels that are etched onto silicon wafers. The next step is placing the technology on circuit boards, with the ultimate goal of scaling it to the chip level where the ducts would be no larger than 100 microns, or about the width of a human hair.

There’s not yet any information available on how much the technology costs, but hopefully in the future, it will be applied to more down-to-earth applications, such as a computer’s microprocessor. Then you wouldn’t have to worry about getting a water-cooling system or a huge fan if you’re big on overclocking.

After helping to develop polarized sunglasses and proliferate the use of Velcro, this just might be the next, coolest thing–quite literally–that NASA has had to offer.

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China Information Technology Inc. Announces Resignation of CFO

Saturday, May 28th, 2011

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Press Release Source: China Information Technology, Inc. On Friday May 27, 2011, 7:00 am EDT

SHENZHEN, China, May 27, 2011 /PRNewswire-Asia-FirstCall/ — China Information Technology, Inc. (Nasdaq:CNIT – News), a leading provider of Information Technologies and Display Technologies based in China, today announced Ms. Jackie You Kazmerzak will resign from her post as Chief Financial Officer effective May 30, 2011 to pursue another career opportunity. The Company is in the process of vetting suitable candidates to serve as the Company’s CFO following Ms. Kazmerzak’s departure.

“We wish to thank Jackie for her extraordinary contributions during her tenure at China Information Technology. As CFO she implemented a number of industry best-practices and raised the professionalism of our financial practices. We wish her the very best in her new endeavors,” said Mr. Jiang Huai Lin, Chairman and CEO of the Company. “We will take the time necessary to ensure that we find the best possible candidate to build on Jackie’s accomplishments. We remain fully committed to the highest levels of transparency and corporate governance,” concluded Mr. Lin.

In the interim, Ms. Eva Liu, CPA, who is the Company’s Financial Controller, will continue to manage daily financial operations, supported by the Company’s established finance team. Ms. Liu has been with the Company since 2009. Prior to joining the Company, Ms. Liu worked with Ernst & Young’s Shenzhen office for over five years. She has extensive experience in financial controls and planning, and a deep understanding of the U.S. GAAP and accounting-related rules and regulations applicable to U.S.-listed companies. Ms. Liu holds a bachelor’s degree of Finance from Zhongnan University of Economics and Law.

Ms. Iris Yan, Director of Investor Relations and Corporate Secretary, and Ms. Margie Ma, Investor Relations Manager, will continue to manage the Company’s investor relations activities. Until a new CFO is appointed, Ms. Liu and Ms. Yan will report directly to China Information Technology’s Chairman and Chief Executive Officer, Mr. Jiang Huai Lin.

About China Information Technology, Inc.

China Information Technology, Inc., through its subsidiaries and other consolidated entities, specializes in information technologies and display technologies. Headquartered in Shenzhen, China, the Company’s integrated solutions include specialized software, hardware, systems integration, and related services. To learn more about the Company, please visit its corporate website at http://www.chinacnit.com.

Safe Harbor Statement

This press release may contain certain “forward-looking statements” relating to the business of China Information Technology, Inc., and its subsidiary companies. All statements, other than statements of historical fact included herein are “forward-looking statements” including statements regarding: the general ability of the Company to achieve its commercial objectives, including the Company’s plan to sustain the growth while creating shareholder value; the business strategy, plans and objectives of the Company and its subsidiaries; and any other statements of non-historical information. These forward-looking statements are often identified by the use of forward-looking terminology such as “believes,” “expects” or similar expressions, involve known and unknown risks and uncertainties. Although the Company believes that the expectations reflected in these forward-looking statements are reasonable, they do involve assumptions, risks and uncertainties, and these expectations may prove to be incorrect. Investors should not place undue reliance on these forward-looking statements, which speak only as of the date of this press release. The Company’s actual results could differ materially from those anticipated in these forward-looking statements as a result of a variety of factors, including those discussed in the Company’s periodic reports that are filed with the Securities and Exchange Commission and available on its website (http://www.sec.gov). All forward-looking statements attributable to the Company or persons acting on its behalf are expressly qualified in their entirety by these factors. Other than as required under the securities laws, the Company does not assume a duty to update these forward-looking statements.

For further information, please contact:

China Information Technology, Inc.

Margie Ma

Tel: +86-755-8370-4734

Email: IR@chinacnit.com

Iris Yan

Tel: +86-755-8370-4767

Christensen

Kathy Li

Tel: +1-480-614-3036

Email: kli@christensenir.com

Teal Willingham

Tel: +86-10-5826-4939

Email: twillingham@christensenir.com

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Ind. doctors prescribe technology, social media – Chicago Tribune

Saturday, April 23rd, 2011

INDIANAPOLIS—

Scalpel. Stethoscope. Twitter account?

Modern medicine is no longer just about the expertise and tools of the trade that heal patients. It’s also about the technology — think Internet and social networking — that helps doctors connect with patients.

Increasingly, health-care providers are turning to Facebook, Twitter, text messaging and other forms of social media to market their practice and share health information.

Dr. Wally Zollman, a plastic surgeon for more than three decades, started a professional Facebook page about a year and a half ago to get the word out about his practice.

“You can’t deny that 700 billion minutes a month are spent on Facebook. There’s all this interaction,” he said. “People are looking for someone to ask about, `Who’s your plumber? Who have you had luck with?’ It’s the same thing with surgeons.”

In addition to before-and-after videos, Zollman features specials that he’s offering on the page. He receives many kinds of questions, but he answers personal ones only by phone or email.

Social media such as Facebook can act as powerful marketing tools, said Keith Humes, CEO of Rosemont Media, a search engine marketing company based in San Diego that helps physicians set up an online presence.

Facebook is “the new word-of-mouth referral,” Humes said. “Facebook allows us to take a half-step into the practice and get a feeling for what it is like.”

The American Medical Association published guidelines for the use of social media in November. The policy includes advice such as: Be aware of patient privacy issues and maintain personal-professional boundaries.

Although there’s no way to tally how many physicians have ventured into social media, doctors are embracing Facebook more than Twitter, said Dr. Kevin Pho, an expert on the intersection of health care and social media. Fewer than 10,000 doctors tweet, and many do so for personal use.

Twitter allows short messages, which can be broadcast to all of the followers of that account or can be made private. Comments are limited to 140 characters for each post. Facebook allows sharing of information, including videos and photos. But permission must be given for others to be your “friends” and see your posts.

In the future, more physicians may turn to all these modes of interaction, said Pho, an internist in Nashua, N.H.

“Gone are the days when people are going to look for doctors in the Yellow Pages,” he said. “It’s really to a physician’s advantage to have a digital footprint. . . . I try to convince other doctors (that) you need to get online sooner rather than later.”

Hospital systems also are beginning to recognize the appeal, taking the medium beyond the question of whether doctors should email patients.

Nothing can replace a face-to-face visit, but there’s still ample place for health-care providers online, said Dan Rench, vice president of e-business for Community Health Network.

“It used to be that it was just a way for people to share information that they would typically have in a brochure,” Rench said. “Now it’s become the way that people do business.”

Community has an online chat option, where anyone older than 18 can pose health questions to a registered nurse for a “real-time,” or immediate, answer. Questions range from whether an emergency room visit is necessary after being hit on the head with a soccer ball to inquiries about sexually transmitted diseases.

Since the service started five years ago, there’s been “consistent utilization,” Rench said. In some instances the nurses, who work for a Tennessee company that provides the service for Community, may connect the person to a Community doctor.

The hospital also hosts an “Ask the Expert” interaction with video on its website. This gives visitors a chance to pose a question to a Community expert, as long as the question does not ask for a diagnosis.

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Technology In-Depth Series (Part 1): It’s the Speed of the Read

Saturday, April 23rd, 2011

Mobile technology can advance the speed of claims resolution and loss analysis and tighten the control of risk management data.

By TOM STARNER, a freelance writer who specializes in reporting and writing about technology

Mobile computing, driven primarily by continued growth of hardware such as smartphones and smaller, more versatile tablet devices, is taking off.

It should come as little surprise then that those same hardware devices are beginning to make an impact within the property and casualty insurance industry and risk management profession.

Mobile computing, in fact, is becoming a critical success factor in conducting business and enabling insurers and risk managers to be effective technology users. For the risk management and insurance industries, mobile computing can usher in a new era with the potential efficiencies of mobile devices, including entering new claims and resolving them faster, automating accident investigations, documenting on-site workplace safety inspections, including photos and using social networking to communicate internally and externally.

“Obviously, there has been a lot going on over the course of the last couple of years,” said Chicago-based Tom Kavanaugh, a consultant with PricewaterhouseCoopers’s Diamond Advisory Services. “The smartphone and the re-emergence of the tablet, driven by Apple and a more competitive marketplace, offer a new technology engagement model.”

Kavanaugh said consumer expectations that arise from the use of Amazon, Facebook and other experiences have raised overall engagement of traditional business to consumers. But now, on these newer, smaller, smarter devices, there is availability and access on a 24/7 basis.

“People are interacting with one another, texting, commenting on pieces, making payments and purchases,” he said. “Those behaviors are sure to spill over into the world of insurance and risk management.”

Of course, Kavanaugh said mobile hardware in the form of laptops and netbooks still have a place, but smartphones reside “in the pocket,” and can engage risk management and insurance professionals in an entirely new way.

“With this type of device, they have a technology construct with them everywhere they go,” he said. For example, as the risk management platform is extended to smartphones or tablets, these technologies can be used at a warehouse and be designed as a preventative rather than a reactive tool on the safety and claims fronts. Applications, for example, that can detect when a steam boiler is running hot and could explode and transmit an immediate alert to a risk manager, potentially preventing a catastrophic event from happening.

“Over time, the technology model will change,” Kavanaugh said. “We will move from being reactive in terms of something happening to much more focused around risk prevention and claim avoidance.”

Kavanaugh said he sees insurers and risk managers already embracing these new devices, providing and using smartphone apps for initiating the claims process, for example.

Tani Pack Downing, Utah’s risk manager, said her department is in the middle of a long-term claims system overhaul. And as part of that effort, she hopes loss-control personnel in the field eventually will be equipped with smartphones that have camera and email capabilities. “Right now, they need to take a photo on a camera, upload it, sort it all out and spend time in the office doing paper work,” she said. “The goal is that they be able to do all of that in the field and not have to come into the office.”

For example, should a loss-control person inspect a school and see a live electrical socket in need of repair, right on the spot they could send a photo of it to the central office to initiate a repair. Or, a claims adjuster could visit a flooded area and shoot photos and upload them or a claim directly to the Utah risk management office, without using a laptop and camera.

“Email capability is the first step, as that allows the work to be on any smartphone,” she said. “Eventually, it is going to change our lives, but being a public entity, we have to make a strong business case that we show it can make a difference.”

Jackie Hair, executive director, risk management at Ingram Micro Inc., a Santa Ana, Calif., technology supplier, said the recent earthquake and tsunami in Japan clearly demonstrated how fast information can move with the technology improvements and enhancements smartphones offer.

“If you were an organization with a heavy employee population in Japan, or even in New Zealand or Chile, you could be able to assess the impact of the damage very fast,” she said. “These devices represent an incredible way to get info to where it’s needed the fastest. I believe they are going to revolutionize the way risk management works.”

Hair said while risk management and insurance are still “on the cusp” of widespread adoption of these devices, the fact that they can allow one to get online and transmit, receive or confirm data no matter where one might be at any given moment is a game changer.

“We had not even thought of this scenario just a few years ago,” she said. “When I have questions and issues, these tools can provide an incredible resource. They can help explain to my management or carriers what I am doing and why. They potentially are huge productivity tools. Even laptops are starting to seem cumbersome in comparison.”

Ingram Micro, which has 35,000 employees and operations in 37 countries, primarily is a warehouse logistics distribution provider. Ironically, Ingram’s business side is “hugely automated,” but the risk management function, at least until recently, was not on the same level. Hair expects that to change within the next few years, and plans on using as much of the new mobile technology devices she can to make that happen.

For example, when a large loss occurs, apart from carriers being notified almost immediately, risk management can send out notices to all levels of senior management.

“We want to be able to have something they can access, and they want mobile technology that allows them to get information and read reports, but they must be able to open such reports and attachments on mobile devices,” she said.

Bob Morrell, co-founder and CEO at Marietta, Ga.-based Riskonnect, a provider of enterprise technology for the risk management industry, said being tethered to a laptop or desktop will fade from the picture within a few years. Plus, when today’s risk managers buy risk management information systems (RMIS systems), they are thinking 10 years out, he said.

“They want to know how people will access information not just now but in the future,” Morrell said. “These new devices can do a lot more than check email. If a RMIS or other risk management technology doesn’t work on these mobile platforms, you will have trouble.”

The key, he said, is it’s not just enough to say it will run, but that it will run effectively in an environment that has no traditional keyboard but rather, a touchscreen.

“There have been a lot of stops and starts over the past decade with mobile computing, but when (Oracle CEO) Larry Ellison predicted the death of the PC 15 years ago, his predictions were accurate. His timing was just off,” Morrell said. “You can say these devices are making that happen.”

Gordon Clemons, chairman of Irvine, Calif.-based CorVel Corp., a national provider of disability management services and solutions, has little doubt about the smartphone and tablet hardware platforms playing an integral role in the insurance and risk management world.

“We’re seeing the same thing everyone else is seeing, and I am not sure if it’s overhyped at all,” Clemons said.

He said that the laptop computer’s role in the insurance industry was a major advance, but now it pales against the potential smartphones and tablets offer.

“The first time I got a smartphone in my hands, it immediately made me think, ‘This feels like something big,’ ” he said. “Statistics show that pretty much everyone will have a smartphone and/or a tablet in their hands within two years. It represents a tremendous opportunity both for risk managers and any company related to the insurance industry.”

Gray Construction, a large U.S. contractor based in Lexington, Ky., is using smartphones and tablet technology for recording and monitoring data on construction projects around the world. Gray’s Randolph Wilson, director of technologies, said that began three to four years ago with photo taking and risk assessments via personal digital assistant devices (PDAs).

“Our first iteration was a PDA platform, which was a small smartphone form factor with a very small screen,” Wilson said. “The second iteration was with tablet PCs with no keyboard and a bigger form factor, so there was more screen real estate. But the tablets now have high contrast screens, along with 3G networks and wifi.”

Gray is in the process of migrating that technology to the iPad, Wilson said, because the iPad-type form factor brings the needed requirements to a different, more reporting type of device.

“The mantra we use here, make it as easy as we can for the users, regardless of the device,” he said.

Jon Wright, manager of quality management systems for Gray, said the key risk management pieces are the measurability and predictability for tracking data, not only in building an accurate baseline, but helping develop what he calls a “learning” atmosphere.

“From the quality control side, having those devices provides an invaluable real-time data collector, but it also can improve safety because we are catching current conditions and behaviors,” he said, noting that on a daily basis there are about 100 Gray employees using smartphones or tablet devices in the field.

“The challenge is bridging the gap between old and new platforms,” he said. “It’s a large undertaking to move from one to another, and keep consistency with data.”

The high mobility of these new devices helps Gray document its projects much more thoroughly. And that is important when one is controlling risk in uncontained locations across several projects worldwide.

In the end, Wright said the devices can lead to improved collaboration between vendors and suppliers, delivering more connectivity on the construction site, especially regarding safety and claims.

“When you are easily sharing data real-time, it keeps everyone on an even keel,” he said.

Using these hardware devices, Gray can better monitor the trend of expected-versus-actual losses. It can gather data to use when talking to insurance carriers and brokers. And it also can get a better feel where its risk outliers are and have more information to validate correct assessments on claims costs.

“It works the other way, too. We have the data sophistication to measure and control risk and study risk, so we can prevent claims,” Wright said.

May 1, 2011

Copyright 2011© LRP Publications

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Key Technology : New Horizontal Motion Conveyor

Thursday, April 21st, 2011

Key Technology : New Horizontal Motion Conveyor

Walla Walla, WA – Key Technology presents Horizon, a new horizontal motion conveyor, at Snackex Stand #511. Manufactured by Key Technology BV in the Netherlands for customers in Europe, this CE-marked and UL-certified conveyor features a unique maintenance-free mechanical drive. Offering gentle, quiet, and sanitary horizontal motion conveying, Horizon is ideal for many fragile, seasoned, coated, and frozen snack foods. Its drive is powerful and efficient, capable of moving product at speeds up to 13 meters (42 feet) per minute on a single continuous conveyor up to 30 meters (100 feet) long.

“With the addition of Horizon, Key now offers a one stop solution, providing food processors a wide range of vibratory and horizontal motion conveyors that satisfy nearly every conveying need,” said Steve Johnson, Product Marketing Manager at Key Technology. “With Key’s comprehensive material handling product line, engineering expertise, and line integration services, we can create the ideal conveying system anywhere in a processing line from raw product receiving to packaging distribution.”

Key designed Horizon with a mechanical drive that maximizes reliability and offers long equipment life with minimal maintenance. The lube-for-life drive, which is backed by Key’s industry-leading five-year warranty, provides trouble free operation and can be used with different pans to keep running year after year, delivering a low cost of ownership.

Horizon maximizes product quality with gentle handling and clean operation. Minimal vertical product acceleration reduces breakage and seasoning loss, making Horizon the preferred choice for conveying delicate, coated, dusty, or noisy products. The horizontal motion produces a continuous self-cleaning action, preventing buildup of coatings, oils, or seasonings as product slides along the pan. The sliding action also prevents mixing and size separation of the product. The entire conveyor system, including the drive, is in motion, which reduces the chance of buildup that can accumulate on stationary components. Limited flat surfaces, stainless steel construction, and wipe down friendly design improve sanitation.

Horizon’s lightweight drive is strong and efficient, powering more conveyor than many other horizontal motion drives. Available in two sizes to minimize power consumption, the larger drive can convey product continuously up to 30 meters (100 feet). The drive is refined to maximize horizontal drive forces and limit transmitted vibration, an indication of wasted energy. Horizon can be custom designed in widths from 305 to 1524 mm (12 to 60 inches) to meet the exact needs of each customer. Select standard models are available with short delivery lead-times.

The versatile Horizon can be mounted to the floor or other machinery or suspended from the ceiling. The drive can be mounted anywhere along the conveyor pan, including underneath or behind to “push” the conveyor or in front to “pull” the conveyor. Key can design Horizon with a variety of custom and standard slide gates, rotary gates, and proportional gates as well as various bias, flared, and conical discharges to transfer products smoothly. The system can be modified in the field with minimal engineering required, allowing Key to alter the conveyor length as well as gates and discharges as the customer’s needs change, thereby increasing the value of the machine.

Horizon moves product at rates up to 13 meters (42 feet) per minute. Product flow rates and flow direction can both be controlled, maximizing the flexibility of the system to meet a broader array of customer requirements. Reversing product flow allows Horizon to feed two different directions from one system and enables the conveyor to be used for storage as well as distribution.

Used alone or in combination with Key’s Iso-Flo® and Impulse™ vibratory conveyors, Horizon rounds out Key’s Smart Shaker® conveying suite, providing customers the most complete range of conveyor technologies from one manufacturer.

SOURCE: Key Technology

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Canadian water solutions firm offers technology to Cebu LGUs

Thursday, April 21st, 2011

CEBU, Philippines - A Canadian sewage and water solutions technology has offered its technology to the Local Government Units (LGUs) in Cebu to help the latter avail of the top-of-the-line infrastructure at a lesser cost.

The Ontario-based Clear Ford Industries Inc., is now starting to negotiate with several LGUs in Metro Cebu, starting with the Mandaue City and Cebu City local governments to offer its technology in sourcing water, and effective sewage collection system.

In an interview with Jill Lauren Hass, vice president for Engineering and chief technical officer (CTO) of Clear Ford Industries, she said that the company is now reaching out to developing cities not only in the Philippines but also in other parts of the world, to apply the Canadian water and sewage technology.

Hass, together with officers from the Canadian Chamber of Commerce in the Philippines (CanCham) was in Cebu recently to start negotiations with LGUs, for the application of the water and sewage solutions.

She noticed that most of the cities in the Philippines, or Cebu City and Mandaue City in particular are still using “out-dated” technology for water sourcing and sewage system, which will incur large investment from the government’s coffer but offers low productivity result.

The new technology on the other hand, which the company is offering could cut the cost of water supply sourcing for the cities, as well as apply the right technology to have a good sewage system, thereby avoiding flooding, and other untoward incidents brought about by ineffective garbage collection or sewage system.

She further noticed that the urban cities in the Philippines, have yet to apply world-standard system, and this is needed in order to compete.

Hopefully, Hass said the company can start with a pilot project in Metro Cebu, and then offer the same technology to other cities around the country.

Clear Ford Industries Inc., is a 20-year old company established in Ontario, Canada, and now offering solutions to other countries like India, China, among others.

With low capital infusion, Hass said the technology is best applied in localities with limited budget for important infrastructure solutions.

Most importantly, this technology is best for water-scarce areas, just like Metro Cebu.

At this point, Clear Ford is still trying to negotiate initially with the two major cities in Metro Cebu—Cebu City and Mandaue City.

Hass is confident that with the pro-active stance of these two cities to become world-class players, and legitimate urban areas, local executives will be able to see the huge benefits that the technology will bring to the local economy.

She mentioned that Cebu, with its construction boom, and a flat City located in an island, should apply a serious stance in terms of water and sewage infrastructure, otherwise, the city may suffer from “urban decay’ if not given the proper solution this early. (FREEMAN)

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