I don't know if my friends have seen the movie "Iron Man". The cool equipment of Iron Man can be amazing. I remember that Xiaobian was also imagining when he could use Iron Man's equipment.
However, now you can monitor the wristbands and chest stickers of sports and sleep data, and you can control the "magic ring" of furniture appliances by moving your fingers. It can remind you to adjust the seat belt and lick the heel to guide the shoes for you... ... These "heads" that were previously only seen in science fiction movies and TV shows have become more and more common. Take you today to see the equipment that once appeared in science fiction movies!
[Smart Bracelet] Detecting sleep time movement steps
The smart bracelet that is recognized as the "entry-level brother" of wearable devices has become the most popular product. A number of companies have introduced smart bracelets that detect the sleep time and number of steps in the human body. These bracelets are similar in appearance and have a simple, low-pixel display that displays information such as numbers and time. The data can be displayed on the smartphone that downloaded the app via Bluetooth.
â— Principle: The main function of the action smart bracelet such as the induction swing arm is to monitor sleep and movement. These two functions can be realized by an internal motion sensing element. Motion sensing components, including MEMS (Micro Electro Mechanical Systems) accelerometers, MEMS gyroscopes, electronic compasses, and various digital pressure sensors, can sense the movement of the swinger, turning over, etc.
[Smart Goggles] You can see the heart rate and number of laps when you wear it.
Swimming is a sport that requires a very high cardiac load. Once the heart load is exceeded, it is prone to accidents. Smart goggles help users monitor physiological data in real time, reduce the probability of accidents, and help professional athletes improve their skills. It can test the swimmer's heart rate, speed, calories, swimming laps, and directly display the heart rate and speed through the tips on the lens. According to reports, the general smart wearable device is mainly displayed on the mobile phone side, the swimming environment is relatively special, and the general wearable device cannot feedback the physical function data in real time. The data of the smart goggles is projected in the goggles in real time, making it easier to observe.
â— Principle: The plastic box contains the sensor on one side of the goggles. There is a plastic box about 5 cm long and 4 cm wide. It is equipped with a gyroscope and a speed sensor to test the speed of the wearer's swimming. The heart rate inside. The sensor directly tests the heartbeat. The plastic case is directly attached to the goggles tape, and the display is connected to the plastic case to form an L-shaped structure that displays the wearer's heartbeat and speed in real time. The pulse, calorie consumption and swimming laps are displayed on the mobile APP, and the background cloud can also measure whether the wearer's posture during the movement is correct.
[Immersive Helmet] in the virtual world close to full view
A pair of "ski goggles"-sized helmets can completely block the light in the real world, allowing the visual sense of the participants to be occupied by the digital virtual 3D world provided by the helmet, giving people the feeling of being in a virtual world. This is the immersive helmet.
According to relevant personnel, the helmet can provide the wearer with a horizontal viewing angle of about 100 degrees and a vertical viewing angle of about 90 degrees. "If you want to see the image in the virtual reality world behind the body, the top of the head, etc., as long as the wearer goes up and down, before and after. You can see it by swinging your head left and right."
â— Principle: The key to the 3D display on the built-in display "Immersive Helmet" is to successfully place the panoramic 3D image on the built-in display of the helmet. It is said that the "virtual reality helmet" is connected to the host computer when working, and the high-definition multimedia signal output by the host computer can be directly played on the display, the television, etc., but cannot be displayed in the helmet. Toshiba's chips can convert high-definition multimedia interface signals (HDMI) into mobile industry processor interface signals (MIPI), allowing panoramic 3D graphics to be implemented in immersive helmets. The reason why the helmet can sharply capture the wearer's head movement is related to the built-in sensor of the helmet.
"Flexible Electronic Technology" is a common moon that bends. A curved screen is difficult to make. A flexible display is a display device made of a soft material that is deformable and curved. It is as thin as paper and is also called "electronic paper." Due to the deformable bending characteristics of the flexible display, it will be applied to a smart wearable device as a display on a large scale. For example, today's smart watches are hard displays, and the wrist is round, you can only put a small display, if the display is soft, you can design a large display. Flexible display technology is a technology that allows the touch screen and display to be bent. Generally speaking, the touch screen and the display substrate are mostly made of glass and plastic, and can be bent under a sufficiently thin condition. The key point is the conductive material on the touch screen and the display screen, and the flexibility of the device.
â— Principle: Compared with the LED panel, the AMOLED panel has less backlight layer, so the thickness can be reduced by about 0.1 mm, which is about 1/7 of the total thickness. The array glass layer and the package glass layer of the AMOLED panel can be used with high temperature resistance. The plastic film is replaced, so it can be used as a flexible screen.
Ok, let's introduce it to you today. Wearable equipment is a trend in the future. Although it will take time to popularize, it is worthy of your friends' expectations!
Disposable Tattoo Grips & Tubes
Tattoo Grips can be made of materials like stainless steel, plastic, aluminium, silicon, etc. Tattoo grips are used in together with
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properly sterilize. A barrier method to keep the tattoo grip clean like a tattoo machine bag can be used, however, it
is still necessary to properly sterilize all grips & tubes and needles via an autoclave if the intention is to reuse these products.
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