The new faucet system will not begin to pour until the water reaches the desired temperature, reducing the amount of water lost while waiting for the water to warm up or cool down. The system will feature a thermostat and a spring inside a cartridge. Depressing the tap will cause the spring to shut off the water flow to the faucet and divert it to a tank for later use while the thermostat will measure the temperature of the incoming water. Once the water has reached the proper...

The idea is to create vibrating belts which will make it possible for soldiers to follow directions and find their way through the darkness. The belt will contain eight mini actuators that will represent the eight cardinal directions. A GPS system, compass, and accelerometer will be able to track the direction a soldier moves, and provide a gentle, vibratory nudge to help keep him on the correct path.

The new computer monitor will keep a 'eye' on the user, providing feedback to encourage better ergonomics. The monitor will keep track of the user's posture and distance from the monitor, as well how long it has been since the user's last break, and will send alerts through small icons at the bottom of the screen. It will also turn off the monitor if it senses the user is not present, cutting energy consumption by up to 80%.

My idea is to create smart glasses. The eyeglasses will automatically adapt the wearer's head position, adjusting their focus as needed. There will be an LCD-like layer in the glass that can change structure when excited by an electrical current, adjusting the focus. The frames will have a built in accelerometer that can detect movement, such as lowering the head to read. What is more, the glasses are supposed to have both manual and automatic modes.

The new smartphone application will be able to customize a mobile device's output to suit the specific hearing needs of the user. Since no one has the same kind of hearing loss, the application will run a simple test to identify the user's particular type of hearing loss across a range of frequencies. The software will then alter the output of the device by turning up the volume on the frequencies the user will mark as difficult to hear.

I suggest a quick, simple idea to remove body hair temporarily with no trouble. You prepare a bath of hot water and add a couple of drops of a special hair removal bath-gel which activates hair removal. Once the bathtub is full, you lie in the tub and soak from neck to toes. After 10 minutes or so you go to the shower and easily remove your body hair with a sponge. This is a great way for the hairy men and women to get rid of body hair quickly.

Drinkable mouth wash seems to be more effective as it will freshen up not only your mouth but also your throat and esophagus/stomach which are the origins of the bad breath. You will be able to drink it anywhere, just like any soft drink.

New snowshoes will be designed for both walking and sliding, able to switch from snow gripping to snow skies to glide a gentle hill. The snowshoes will consist of a sliding binding with a toe crampon and hinged spike plate. While climbing, the crampon and spikes will provide grip as the binding pivots to provide a natural step. To descend short hills, the binding can be locked into place to deliver stability for turns and the spikes will swing upward to allow for sliding on snow.

A lot of times, we are stuck out in public without our phone chargers handy. This leaves us vulnerable especially when we need to make an important call. This idea about a twirling battery is really cool. The concept is to simply twirl the cell phone battery around a finger a few times for a quick bit of juice to send a text or make a call. 130 twirls will give you approximately two minutes of talking time. The same idea could also be applied to batteries for other devices.

My idea is to use the same clay ingredient as in bricks to create a packaging that can help foods stay fresh longer. The new film will be made up of 70% montmorillonite clay, with a structure similar to conventional bricks and mortar. Conventional packaging could be sprayed with or dipped in the film, creating a layer less than 100 nanometers thick. This extremely fine layer will be 100 times more resistant to penetration by oxygen than the current silicon oxide films.