Lumus OE-3 1 Glasses display is very light, and its weight is only 10g. Provides a field of view of 19 degrees and supports 640x360 resolution. Its visual effect is similar to a 40-inch display screen at a distance of 10 feet. Lumus said that it is enough to read all kinds of texts and even 3D graphics. This product has a wide range of uses, for example, it can be installed on the helmet of a driver or pilot.
Projection glass glasses weigh only a few ounces. However, it still has a built-in micro camera and a head-mounted display system, which can project data onto a small screen above the user's right eye, and the battery is also implanted in the glasses frame.
2, Wimm One smart watch
The dimension of the Wimm One smart watch is 1.5 x 1.5 x 0.5 inch. It uses a specially customized Android operating system and weighs only 0.77 ounces. You can clip it on a belt or shirt collar, or wear it on your hand with a matching belt. This microcomputer named Wimm One has 32GB of storage space, 1.4 inch multi-touch screen, and supports Bluetooth and Wi- Fi.
3. "Home is the best place" satellite navigation shoes
This shoe has a built-in GPS chip, microcontroller and a pair of antennas. There is a circle of LED light on the toe of the left shoe, which is shaped like a compass and can indicate the correct direction. There is also a row of LED lights on the toe of the right shoe, which can show the distance between the current position and the destination. Before you leave, you need to design a travel route in the computer and transmit it to your shoes with a data cable.
4. The sixth sense system
It consists of a camera that can read gestures, a mini projector and a smart phone, which is hung on the user's chest with a rope. The camera takes pictures at any time, and then the software in the mobile phone processes them, and projects the results anywhere with a projector-hands, white walls, paper, and even other people's clothes.
5. Wearable multi-touch projector
By integrating Kinect-style movements, depth-sensing cameras and mini projectors, users of wearable multi-touch projectors can project the core content onto any nearby plane, and click, slide and zoom. Although the current device is a bit clumsy and rough, the overall effect of its touch input is very good.
6. Zephyr Bio-Module Fitness Clothing
Sensors that can detect people's physical condition are usually attached to people's skin or built in biological armor made by Zephyr technology. But soon, it can be put into athletes' fitness clothes. The chest of the fitness suit has a circular biological module, which weighs less than an ounce and can be put into a compressed shirt like Andema.
7. Finger cuff detector
The surface of this fingertip detector is equipped with some tiny and thin sensors, which can detect the properties of the sensed object (such as acidity), while the metal circuit built in its ultra-thin silicone material is responsible for processing the data. When it finds what it is looking for, the built-in circuit will send out a weak electronic signal, which will make the wearer's fingertip skin feel a weak tingling sensation.
Skin electronics company
This invention is called epidermal electronics, which is like bending and stretching electronic wires on the skin surface. They can detect the patient's skin temperature, brain waves or heart rate, and send the data to the hospital computer by radio waves.
9.Flora kit computer
Flora kit computer looks like a circular circuit board, with a diameter of only 1.75 inches and a weight of less than 0.2 ounces. It has 16MH Termel ATmega32U4 processor and 2.5KB memory. Flora kit is still in the testing stage, and it can run MAC, Windows PC and Linux systems with open source code.
10, tacit understanding project gloves
The silent project glove is a kind of fingerless glove made of neoprene invented by Hoff. It uses sonar and virtual touch to help the wearer avoid obstacles. Through the transceiver that can send and receive ultrasonic waves and record the time difference, obstacles within the range of 10 feet can be detected and the wearer can be informed of the time required to reach the obstacles.