AirMouse - the mouse that fits you like a glove

It’s no secret... Studies have shown that excessive mouse usage can cause repetitive stress injuries. Unfortunately for most of us, “excessive” can mean anything more than a few hours a day. Fortunately, however, there are alternative styles of mice out there designed to be easier on the hands and arms. One of the more interesting ones to come along in a while is the AirMouse, made by Canadian firm Deanmark Ltd. What makes it unique is the fact that you wear it like a glove.

Deanmark founders Mark Bajramovic and Oren Tessler met in university, where Mark learned first-hand (no pun intended) what it’s like to OD on mousing. “Half way through our first year, I developed a computer mouse related RSI (Repetitive Stress Injury) and lost the use of my right hand and arm for several weeks,” he tells us. “Numbness, pain, most things that you hear about with RSI’s, I had it.” Later that semester, Mark and Oren heard about an ergonomic mouse being marketed in Europe. While they thought that particular product wasn’t perfect, it got them thinking about designing their own. The AirMouse is the result.

The wireless mouse utilizes an optical laser, and can run for a week without recharging. According to the company website, the clinically-tested product works by aligning itself with the ligaments of your hand and wrist. This lets you keep your hand in a neutral position, and transmits more of your vector force than would be possible with a regular mouse. Not only does this make it easier on your hand, but it increases your mousing speed and accuracy as well. The mouse is also designed to remain inactive until your hand is placed in a neutral, flat position, so you can easily go back and forth between typing and mousing. Other ergonomic designs have strayed from the AirMouse’s style of traditional flat, one-dimensional mousing, but Mark and Oren’s market research indicated that consumers tend to reject such products.

The AirMouse should be available for purchase within the next 6 to 12 months, at a price of $US129.

Comments

Solar car hits U.S. in round-the-world jaunt

Last October, the SolarWorld GT solar-powered car set out from Darwin, Australia on a drive around the world. It has since driven 3,001 kilometers (1,865 miles) across Australia, logged 1,947 km (1,210 miles) crossing New Zealand and been shipped across the Pacific Ocean. This Friday, it will embark on the U.S. leg of its journey, as it sets out across America from the University of California, Santa Barbara. The SolarWorld GT is the result of a collaboration between solar panel manufacturer SolarWorld, and Bochum University of Applied Sciences in Germany. The four-wheeled, two-door, two-seat car gathers solar energy through photovoltaic panels built into its roof, with its solar generator offering a peak performance of 823 watts. Custom hub motors are located in both of the front wheels. The vehicle manages an average speed of 50 km/h (31 mph), with a claimed top speed of 100 km/h (62 mph). In order to demonstrate that solar powered cars needn't be a radical...

Biocomputer, Alternative To Quantum Computers

A team of international scientists from Canada, the U.K., Germany, the Netherlands and Sweden announced Friday that they had developed a model biological supercomputer capable of solving complex mathematical problems using far less energy than standard electronic supercomputers. The model “biocomputer,” which is roughly the size of a book, is powered by Adenosine triphosphate (ATP) — dubbed the “molecular unit of currency.” According to description of the device, published in the Proceedings of the National Academy of Sciences , the biocomputer uses proteins present in all living cells to function. It uses a strategy similar to that of quantum computers, which use qubits — the quantum computing equivalents of bits — to perform “parallel computation,” wherein computers are able to process information quickly and accurately by performing several calculations simultaneously, rather than sequentially. In the case of the biocomputer, the qubits are replaced with ...

Qualcomm showcases the Snapdragon S4 ahead of Mobile World Congress

We’ve already heard about Qualcomm’s latest processor, the Snapdragon S4 , which will be quad-core and utilize LTE. Qualcomm took the time to give us some details ahead of Mobile World Congress. The new SoC now supports up to three cameras (two in the back for 3D and one front-facing), 20-megapixels, and recording video at 1080p (30fps). We can also expect zero shutter lag, 3A processing (autofocus, auto exposure and auto white balance), and improved blink/smile detection, gaze estimation, range finding and image stabilization. Last but not least, it supports gesture detection/control, augmented reality , and computer vision (via Qualcomm’s FastCV). Hit the break for a couple of videos featuring image stabilization and gestures.

Daily Tech News

Search This Blog