Product introduction of wearable smart devices

iwatch Apple Smart Watch

Although people have seen many Bluetooth smart watches, smart watches produced by Apple will have a profound impact on people's lives and Apple's future.

This device uses a curved glass design that can be flat or bent. It has a communication module inside, through which users can complete a variety of tasks, including adjusting playlists, viewing call records, and replying to text messages. Of course, it uses our own iOS system internally.

Just as the iPhone redefined mobile phones, the iPad ushered in the era of tablet computers. iWatch is considered likely to be Apple's next disruptive product. However, some analysts pointed out that iWatch will not replace the iPhone, but more of a supplement to the iPhone and expand the functions of other devices, making it more convenient for users to use Apple devices. For example, when the user doesn't know where your phone is, you can use the Siri function of iWatch to make the iPhone sound and vibrate to help the user find the phone smoothly.

Motorola smart watch MOTO On October 19, 2011, the world's first smart watch based on Android system MOTOACTV was released. On March 18, 2014, Motorola released another smart wearable device, MOTO360.

The new generation of smart watches released by Motorola in September 2015 no longer look like a wrist computer, but are getting closer to the appearance of a traditional watch, but with the integration of computer elements. The new generation Moto 360 has a new set of lugs, equipped with a quick release mechanism, which can quickly change the strap. This seemingly subtle change actually makes the Moto 360 look closer to a traditional watch.

Huawei Watch

In 2015, Huawei launched its first smart watch, Huawei Watch. The device adopts a size of 42mm, which is closest to the diameter of a traditional watch, and also uses the three most styling elements of a traditional round watch: crown, lugs and bezel.

Huawei's smart watches use the ClearPad capacitive touch controller, which is mature and reliable, consumes very little power, and has highly sensitive human-computer interaction performance. It can be touched with wet fingers, and the effect is Still good. Huawei designers also requested a classic round dial, and Synaptics is the only provider that can provide a fully circular touch interface. In terms of color matching, in order to meet the needs of more users, Huawei Watch provides three colors of silver, black, and gold for users to choose from, and straps of different materials are available.

Smart sex toy EFEELINK

EFEELINK has a female sex product Abby, you can enjoy private erotic comfort and sexual experience anywhere and at any time.

EFEELINK works with a smartphone APP to remotely control the vibration of sex toys at any time, and provides additional experiences such as chat, video, and games. EFEELINK will completely subvert the perception and perception of traditional sex toys.

Smart bracelets Smart bracelets are a newly emerging field of technology. They can track users’ daily activities, sleeping conditions, eating habits, etc., and can synchronize data with iOS and Android devices to help users understand and improve your health.

Google Glass

People can use voice commands to take photos, record videos, and interact with others online. Search or navigation results will not be provided on the phone screen, but a map will be overlaid into the user's field of view.

In April 2012, Google officially released a future glasses concept design called "Project Glass". This pair of glasses will integrate a smartphone, GPS, and camera to display real-time information in front of the user's eyes. They can take photos, upload photos, send and receive text messages, and check weather and road conditions through eye movements.

Google Glass is essentially a combination of a micro-projector, camera, sensor, storage, transmission and control device. It can integrate glasses, smartphones, and cameras into one, and use computerized lenses to display information in front of the user in real time in the format of a smartphone. In addition, it is also a life assistant, which can provide us with functions such as GPS navigation, sending and receiving text messages, photography, and web browsing.

Its working principle is actually very simple. The micro projector in the glasses first projects the light onto a reflective screen, and then refracts it to the human eyeball through a convex lens to achieve the so-called "first-level amplification". A virtual screen large enough to display simple text information and various data is formed in front of people's eyes. So Google Glass looks like a wearable smartphone that can help people take photos, videos, and make calls without having to take out their phones from their pockets.

SONY Helmet Display

Sony has developed a helmet display product HMZ T1, which can provide real-time UDK (Unreal Game Engine Development Kit) head movement tracking demonstration, using UDK to bind Define an external DLL and get the position data to Unreal with just a few lines of script and APIdll. Easy to integrate into existing UDK projects. Developed at MIT, UnrealScipt is free and open source and can be downloaded without restrictions, and the API is available through an open source license.

Smart Shoes

This talking shoe is a collaboration between Google and the creative design agency YesYesNo. It is part of Google’s “Art, Copy, Code” project and aims to use more humorous language to convey motion data to users and share it with friends.

This smart shoe is a collaboration between Google and creative design agencies YesYesNo and Studio 5050. It is equipped with accelerometers, gyroscopes and other devices internally, and is connected to a smartphone via Bluetooth to monitor the user's usage. In addition, the shoes are equipped with a speaker that plays the shoe information received by the sensor in the form of voice comments. These comments are either sarcastic or humorous, leaving a deep impression on people and can be called Google's version of "Save a few tricks."

BrainLink Smart Headband

Test your brain waves and train your brain to focus and relax

BrainLink is developed by Shenzhen Hongzhi Technology Co., Ltd. An accessory product specially developed for the IOS system. It is a safe, reliable, and easy-to-wear head-mounted brainwave sensor. It can wirelessly link to terminal devices such as mobile phones, tablets, laptops, desktop computers or smart TVs through Bluetooth. With the corresponding application software, interactive control of thoughts can be realized. Brainlink uses advanced foreign brain-computer interface technology, and its unique appearance design and powerful training software are deeply loved by the majority of users. It allows your phone or tablet to instantly understand your brain status, such as whether you are focused, tense, relaxed or tired. You can also actively adjust your concentration and relaxation to give instructions to your phone or tablet, thereby achieving magical "thought control".

Electronic Drum Machine T-shirt

If you are a music lover, you will definitely like this T-shirt very much. There is a drum beat controller built into this piece of clothing, and the user can produce different drum beat sounds by tapping different buttons, which is somewhat similar to the drum set software on a tablet computer. If you think it's not enough, consumers can also pair it with a pair of pants that can be equipped with a mini amplifier, so that they can play music anytime and anywhere and become the center of attention anytime and anywhere.

Solar Bikini

This bikini can be equipped with photovoltaic film strips to absorb sunlight and convert the energy into electricity, which can then be used for your smartphone or other small digital products. Charge.

And it's not just a display, it's a real swimsuit that women can swim in and recharge after they dry it out in the water. In addition, solar bikinis can transmit energy directly, which means they do not store energy and will be very safe to use. The bikini charging mode has 5 volts of voltage, which is imperceptible to the human body. So it is a very practical, safe and reliable product.

Glove-style mobile phone: Glove One

A designer named Bryan Cera in Milwaukee, USA, has designed a rather creative Glove One mobile phone that can Wear it on your hands like a glove. Its shape is like a part of a futuristic mechanical armor. The buttons are designed on the inside of the finger joints. Then you can make a call by placing your hand in a "six" shape, with your thumb as the earpiece and your little finger as the microphone. There is a SIM card slot on the back of the Glove One phone and a USB interface. Charging of the Glove One phone can be done through the USB interface.

Pebble smart watch

Pebble smart watch is a smart watch designed by Silicon Valley startup Pebble Technology that is compatible with iPhone and Android phones. Users can view iOS devices directly through the Pebble watch iMessage text messages in . It can display incoming call information, browse the Internet, and remind you of emails, text messages, Weibo, and social network information in real time.

Charging boots: Orange Power Wellies

Oranqe has launched a charging boot called Power Welties that can use the heat of your feet to generate electricity. The working principle of this rain boot is that the hotspot module in the boot converts the temperature difference into voltage, thereby generating electricity to charge mobile phones and other digital products.

The heat-sensitive components inside the shoes are made of semiconductor materials and are embedded in the soles of the boots. These components are connected to a series of thermocouples or a thermopile and are then sandwiched between two ceramic sheets. The heat from the soles of the feet acts on the upper sheets, and the cooler ground acts on the lower sheets, and electricity is generated. The hotter your feet are, the more electricity the boots generate.

However, after wearing these boots, people need to step on the ground for about 12 hours to charge their mobile phones with enough power for one hour of use.

Beat Glove: Beat Glove

Similar to the drum T-shirt introduced earlier, Beat Glove’s beat glove is also a wearable musical instrument. The gloves use a Lilypad Adruino controller. There are touch pressure sensors on the fingertips of each finger. You can use them to make beats and play music very conveniently. How about it? It looks very convenient, but this "robot hand" "It looks a little weird.

Social Denim

Replay launches the first jeans with social functions. This kind of jeans supports Bluetooth function, which can connect the jeans with a smartphone. You only need to click on the small device in the front pocket for instant messaging, which is convenient for users to update information on Facebook. In addition, it can also track your emotions in real time. Share personal happiness.

Satellite navigation shoes

"The Wizard of Oz" inspired British designer Dominic Wilcox to invent this leather shoe with GPS function. The heel of this shoe has a very advanced wireless GPS system that sets destinations via USB. This capable leather shoe is also very convenient to use. When needed, just tap the heel lightly on the ground. After starting up, you can see that the LED lights installed on the front of the shoes will light up. One shoe indicates the distance to the destination, while the other shoe points the direction to the user.

Sixth Sense System

The "Sixth Sense" system invented by Pranav Mistry, a talented scientist at the MIT Media Laboratory A new sense can be added to people's five natural senses. At first glance, “Sixth Sens” doesn’t seem too special. It consists of a camera that can read gestures, a pico projector and a smartphone, and hangs from the user's chest on a string. A camera captures an image at any time, which is then processed by software in your phone, and a projector projects the results anywhere—on your hand, on a white wall, on paper, or even on someone else's clothes. It’s this seemingly ordinary little thing that won the 2009 Innovation Award from Popular Science magazine. The old magazine "Computer World" actually used the title "Future Shock: Computers in 2019" when talking about it.

You must wear color-coded finger cots so the camera can read your gestures. When using Sixth Sense, people can interact with the virtual world in the most intuitive way. The camera captures everything—just use your index fingers and thumbs to form a frame to take a photo, just point your fingers to draw, just pick up a book and see Amazon on the cover The bookstore commented on this book that if you want to input a piece of text from the book into the computer, you only need to use your fingers to make gestures.

People have seen too many similar things in science fiction movies, but people still have to rely on the rigid interface of keyboard and mouse, and then establish an extremely reluctant correspondence on it. The method————This is seriously inconsistent with our experience of writing on paper. That's what makes "Sixth Sense" so appealing. It combines reality and virtuality. It uses a camera to drag things from the real world into the virtual world for identification and judgment. It uses a camera as an eye, software and the Internet as a brain, and uses a projector to display it anywhere. on a flat surface. It is not like a computer as we know it, but more like our third eye and an extended brain. A few ubiquitous devices, combined with a little bit of software wizardry, turn into a tool with incredible potential.

Wearable Multitouch Projector

Microsoft Research has launched a new wearable multitouch projector (Wearable Multitouch Projector) that can bring any A flat surface becomes a touch-sensitive display.

Integrating Kinect-style motion, depth-sensing cameras, and micro-projectors, wearable multi-touch projector users can project core content onto any nearby surface and click, Swipe and zoom operations. The device is a little clunky and rough, but the overall effect of its touch input is pretty good.

Zephyr BioModule Fitness Clothing

Sensors that can detect a person's physical condition are usually adhered to the person's skin or built into a biological armor (BioHarness) made with Zephyr technology. . But soon, it will be able to be incorporated into athletes' workout clothes. The Zephyr BioModule fitness suit has a circular biological sensor (BioModule) located on the chest, weighs less than an ounce, and can be inserted into a compression shirt like the Under Armor E39 (launched in 2013).

This biological sensor contains an accelerometer that monitors movement and speed, and can measure the user's heart rate, respiratory rate and skin temperature. It can transfer data to your computer at extremely fast speeds.

Finger cot detector

When people use ordinary computers or smartphones, they need to operate the keyboard, mouse or touch the display. These actions take people a lot of time, but University of Illinois Urbana-Champaign's John Rogers wants to do it all directly with his fingers. That was Rogers' original intention when he invented the finger tube detector, known as the "prototype finger tube (PDF)." The surface of this finger cuff detector is equipped with some tiny, extremely thin sensors that can detect the properties of the object being sensed (such as acidity), while metal circuits built into its ultra-thin silicone material are responsible for processing the data.

When it finds what it's looking for, built-in circuitry sends a weak electronic signal that causes a faint tingling sensation on the skin of the wearer's fingertips. Rogers is trying to integrate the finger cuff detector into a surgical glove, allowing it to guide surgeons looking for hidden tumors or body damage with the help of magnetic resonance imaging (MRI) or X-ray images.

Epidermal electronics

Painted tattoos were once all the rage, but scientists at the University of California, San Diego, USA, have invented a tattoo that has a practical function. The invention, called epidermal electronics, is like an electronic pattern that bends and stretches on the surface of the skin. They can detect the patient's skin temperature, brain waves or heart rate and send the data to a hospital computer in the form of radio waves. .

With the help of a grant from the Gates Foundation, scientists have created epidermal electronics for use in fetal monitors, which monitor a baby's heart rate and other vital data while on a pregnant mother's belly.

Flora kit computer

Adafruit's Flora kit computer can open new horizons for innovation. The Flora kit computer is shaped like a round circuit board, only 1.75 inches in diameter and weighs less than 0.2 ounces. It has a 16MH Atmel ATmega32U4 processor and 2.5KB of memory. Flora kit is still in beta, uses open source code, and can run Macs, Windows PCs and Linux systems.

Using a GPS, an accelerometer and a digital compass, the Flora kit can indicate your location and react to your movements. For example, if you want to steal the show at a party, you can pre-program the Flora kit to light up your shirt when you enter the party room.

Tacit Project Glove

The Tacit Project Glove is a fingerless glove made of neoprene that uses sonar and virtual touch to help the wearer avoid obstacles. Through a transceiver that can send and receive ultrasonic waves and record the time difference, it can detect obstacles within 10 feet and tell the wearer how long it takes to reach the obstacle.

Weighing only 3 ounces, the glove converts detection data into a virtual map and applies gentle pressure on the wearer's wrist to alert the wearer of obstacles ahead.

Brainlink is mainly used to improve children's concentration and relaxation, help children learn to adjust themselves in a high-pressure learning environment, encourage children to develop good study habits, and cultivate children's ability to think independently.

Ghost-S wearable action camera

Foream Ghost-S passed all NASA tests. The tests showed that Ghost-S is not only shockproof and scratchproof, but can also handle oversized objects. Acceleration, weightlessness and the challenges of space travel.

It is worth mentioning that Ghost-S, which was originally aimed at the consumer electronics level, was not designed for space travel, but it can go into space with almost no modifications.