Showing posts with label devices. Show all posts
Showing posts with label devices. Show all posts

Wednesday, September 21, 2011

AliveCor transforms mobile devices in low cost heart raises $ 3 million.

Robin Wauters is currently staff writer for TechCrunch and lead editor of Virtualization.com. In addition to its activities, professional blogging, he is an entrepreneur, the organizer of the event, from time to time the Council consultant and an angel investor, but most importantly champion full launch. Wauters lives and works in Belgium, a tiny country in Europe. He can often be found from his home or ... ? Read More

alivecor

AliveCor, developer of the low-budget electrocardiograms (ECG) recorder that works in conjunction with a variety of mobile platforms (including iPhone, iPad and Android devices), delivered $ 3 million in series A financing, the company announced this morning.

Funding round was led by Barril & company along with Qualcomm, through its venture investment arm, Qualcomm Ventures, and the Oklahoma Foundation for life sciences.

AliveCor the size of a credit card wireless device can make iOS and Android smartphones and tablets in low cost heart monitors, which can be used by patients and doctors and other medical professionals in clinical conditions. Watch the video below for a demo version of the iPhone.

Notice that the device is not for sale, but-AliveCor products have not yet been cleared as a medical device in the United States. It is also unclear exactly how much it will cost but earlier coverage of Wall Street Journal mentioned a price of $ 100.

The company said that it now will use the capital to complete the clinical studies are currently in the center of Oklahoma University of medical sciences, to carry out the necessary regulatory approvals and equipment for the commercial launch of its recording an ECG.


AliveCor has developed a device that will transform any Smartphone in Recorder quality clinical electrocardiogram (ECG).

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Saturday, August 6, 2011

Harvesting energy from the radio signals: Two new devices from Japan (video)

Dr. Serkan Toto is currently working as the first and only Asian-based writer for the TechCrunch network, mainly covers with Japan technology and Web companies for TechCrunch, CrunchGear and MobileCrunch. Serkan also works full-time as an independent Internet and mobile industry consultant with a focus on the Japanese market. He is Saint lingual, holds an MBA and a doctorate in economics. Serkan ... ? Read More

rectenna

Gleaning electricity from radio signals are not super efficient (or new concept), but it is possible technically. Two companies from Japan has recently come up with new devices that can do just that: a harvesting energy from the cell phone signals, another uses a rectifying antenna (Rectenna) for energy production.

Firstly the device [JP] recently announced Tokyo electronic device can pick up radio signals from cell phones between 800 Mhz and convert them into electricity (800 Mhz frequency is used in mobile phones in Japan). The company says that users can expect to get to 2.5 free milliamperes (stored in the small lithium ion battery).

Device gathers signals from other wireless gadgets, too, and it can provide a few minutes running time is built into tablets and laptops (that's better than nothing). Tokyo Electron markets as "green" product and collaborates with the American company Powercast in its development.

We do not have this device, but professional video shot of the next one, recently developed Rectenna from the Tokyo-based Nihon Dengyo Kosaku. Device (pictured above) itself has two main points of sale: he is thin (12 mm to collect signals from Wi-Fi and 30 mm for digital terrestrial broadcasting waves) and needs just 50 µW authorities begin.

Nihon Dengyo said that their Rectenna can get power in micro Watt range from Wi-Fi signals at a distance of about 10 cm, enough to power sensors, for example. The device can be used both inside and outside buildings.

Here's the video (shot by Diginfonews in Tokyo in English), which provides better:


View the original article here