Vibrations Relieve Pain

Vibrations Relieve Pain

Vibrations Relieve Pain

An orthopedic surgeon has invented a cool new gadget for relieving lateral epicondylitis - commonly known as tennis elbow.


Vibration therapy has proven to be the most effective method for treating tennis elbow as supported by research published in medical literature.

However, the treatment has required large and expensive equipment which is only available in hospitals.

Dr. Vhadra has created a portable, strap-on device that can generate the same low frequency vibrations generated in much larger machines used for treating lateral epicondylitis.

The device, known as Tenease, stimulates blood flow to an afflicted area, which stops pain and promotes healing.

Tenease has been rigorously tested and awarded approval as a medical invention by the MHRA (Medicines and Healhcare Products Regulatory Authority), a government regulatory agency of the U.K. Department of Health.


Source: tenease.com
Wireless Electricity Creator

Wireless Electricity Creator

Wireless Electricity

RCA has developed a prototype of a cool new gadget capable of producing wireless electricity from radio frequencies in the air.


According to a company spokesman at the Consumer Electronics Show in Las Vegas, the device recharged a Blackberry from a 30% battery charge to full charge within 90 minutes.

The handheld wireless device (Airnergy) uses an antenna to absorb energy from frequencies and convert them into DC power inside its casing.

The gadget is then connected via a USB port to charge your cell phone or mobile internet device.
Airnergy charges itself 24/7.

This product is expected to be available in a few years.



Gesture Recognition

Gesture Recognition

Gesture Recognition

gesture recognition
This gesture recognition bracelet is one of the cool new gadgets that lets you control devices by moving your hands.

Invented by Stephen Lake, Matthew Bailey and Aaron Grant, the MYO armband (derived from the prefix "myo" meaning related to muscle) can identify hand gestures by interpreting biometric signals in your arm.
When making a particular hand motion such as pointing, the armband can identify the gesture, which allows the pointing motion to be associated with a specific command for a digital device.

myo armbandYou can use hand signals to interact with televisions, computers, phones or anysmart technology system. The importance of this technology is that it enables you to interact more naturally with devices by reducing the need for input peripherals like mice, keyboards or touchscreens.
The problem with current gesture recognition technology like Wii by Nintendo or Kinect by Microsoft, is that it requires you to be in a specific location.


gesture recognitionThis is because motion sensors and cameras require positioning coordinates to accurately intrepret your motions using complex algorithms.
The MYO technology does not require positioning coordinates and therefore allows greater freedom of movement.


Gestures are identified by muscular and electrical activity in the forearm. This detection occurs without any electrodes touching the skin, and the recognition is instantaneous.
Myo currently recognizes about 20 gestures. For example, it recognizes the swiping motions we use to scroll a page on a touchscreen.

MYO is designed as a one-size-fits-all device. It uses Bluetooth 4.0, features on-board, rechargeable lithium-ion batteries and works out-of-the-box with your Mac or Windows PC.
The launch of approximately 25,000 units is expected later this year.


Source: thalmic.com
Smart House Technology

Smart House Technology

Smart House Technology


smart house technology
This page features news about smart house technology, energy saving devices, smart thermostat, wireless light switch and cloud storage.

A thermostat controls the energy used in a home. It controls the heating, ventilation, and air conditioning.

When Tony Fadell was building an energy efficient, environmentally friendly, green dream home, he couldn't find the thermostats he wanted.
He discovered that the technology for thermostats was archaic. They didn't have the features and benefits of modern technology.

For a device that controls energy - it wasn't smart - it didn't use smart house technology and it wasn't an energy saving device.

A recent study conducted by the Berkeley National Laboratory found that half of the programmable thermostats installed in homes are never programmed because they're not user friendly. Even if they were programmed - they're not efficient.


As a result of this inefficiency, thermostats are excluded from Energy Star labeling. This is astonishing when you consider these devices are supposed to control heating and cooling systems.


Smart Thermostat

With today's advanced technology, Fadell wondered why thermostats can't communicated with one other. He wondered why they don't collect and analyze information about energy consumption. "Why can't they program themselves to efficiently control energy in the home?" he asked.

According to Fadell, there are hundreds of millions of thermostats in homes and commercial spaces that haven't changed much since the 1970's and every year millions more of these same thermostats are installed.

"Thermostats are made for contractors - not consumers," says Fadel, "There is no incentive to innovate."

Fadell knows something about innovation and smart technology.

He is a computer science engineer responsible for developing numerous technologies and devices - the most famous being the iPod. He ran the iPod and iPhone divisions for Apple.

So Fadell, together with a team of engineers, designers and computer scientists, began developing a new thermostat called 'Nest'.

Nest is a thermostat that utilizes artificial intelligence and learns from manual adjustments.
It uses sensors to detect room temperatures and whether a room is occupied or not. It can interact with you directly or communicate with you over the internet through a smartphone or tablet. Information about your energy use is kept in cloud storage so users can track their energy consumption.

Nest has an elegant design - a circular stainless steel device with a colored digital display. " I want it to be a jewel on the wall so that it’s a conversation piece," says Fadell.
It's a smart thermostat with sophisticated cutting edge technology, which Fadel estimates will save consumers 30 percent on their utility bills.

Update: Since featuring Fadell's invention, Google has acquired the product for $3.2 billion. The purchase is twice as much as Goggle paid to acquire Youtube.

The investment represents Google's interest in providing internet connected homes where all manner of functions can be controlled with a smartphone application.



Sources: nest.com; nytimes.com; gigaom.com 


Wireless Light Switch

A nanogrid wireless light switch made by Frostdale has won the Red Dot Award - an international product competition.

The benefit of a wireless light switch is that you can use a switch or a remote to control your lights. The Frostdale light switch has a remote that provides users with features for estimating lighting costs and energy consumption.

It also features energy and temperature sensors compatible with other smart house technology devices.



Sources: frostdale.com 


Smart House Technology

Smart house technology is full of possibilities. Smart ovens that run themselves - cooking your food and texting you when it' s ready.

Appliances that respond to the mere wave of your hand, follow your verbal instructions, or read text messages sent from your smartphone.

How about telling your house when to unlock the door for a plumber, or having your bathroom scale display a historical record of your weight.

What if every electrical device in your home communicated with every other electrical device in your home - and they all could communicate with you.

All these things are possible and smart house technology is just getting started.