iwatch Apple Smartwatch
While people have seen plenty of Bluetooth smartwatches, Apple's smartwatch is going to have a profound impact on people's lives and Apple's future.
The device features a curved glass design that can be flattened or bent, and has a communication module inside the multi part that allows users to do a variety of tasks, including adjusting playlists, checking call logs, and replying to text messages. Of course, it's naturally powered by the house iOS system inside.
Just as the iPhone redefined the cell phone and the iPad ushered in the era of the tablet PC, the iWatch is considered likely to be Apple's next disruptive product. However, some analysts point out that iWatch will not replace the iPhone, but more just as a complement to the iPhone and expand the functions of other devices, allowing users to use Apple devices become more convenient. For example, when users don't know where your phone is, they can use the iWatch's Siri function to make the iPhone sound and vibrate to allow users to find the phone.
Motorola Smartwatch MOTO October 19, 2011The world's first Android-based smartwatch, MOTOACTV, was released. March 18, 2014 Motorola another smart wearable device MOTO360 released.
September 2015 Motorola released a new generation of smartwatches has been increasingly look like wrist computer, but closer and closer to the appearance of traditional watches, just in which the integration of computer elements. The new generation of Moto 360 has a new set of lugs with a quick-release mechanism that allows for a quick replacement of the strap. This seemingly minor change actually brings the Moto 360 closer to the look of a traditional watch.
Huawei Smartwatch Huawei Watch
In 2015, Huawei launched its first smartwatch, the Huawei Watch. The device comes in a size closest to the diameter of a traditional watch, 42mm, and features the 3 most stylized elements of a traditional round watch: the crown, lugs and bezel.
Huawei's smartwatch utilizes the ClearPad capacitive touch controller, which is proven and reliable, has very low power consumption, and offers highly responsive human-computer interaction that still works well when touched with a wet finger. Huawei designers also requested a classic round dial, and Synaptics was the only provider able to offer a fully circular touch interface. In terms of color scheme, Huawei Huawei Watch offers silver, black and gold colors for users to choose from in order to meet the needs of more users, and there are different materials available for the strap.
Smart Erotica EFEELINK
EFEELINK has a female erotic product, Abby, that you can enjoy private erotic comfort and sexual bliss experience anywhere, anytime.
EFEELINK with smartphone APP application, you can remotely control the vibration of the erotic product at any time, and provide additional experiences such as chat, video, games, etc. EFEELINK will completely subvert the perception and view of traditional erotic products.
Smart bracelet Smart bracelet is a newly emerging field of science and technology, which can track the user's daily activities, sleep and eating habits, etc., and can synchronize the data with iOS and Android devices to help users understand and improve their health.
Google Glass
People can use voice commands to take photos, shoot videos and interact with others online. Instead of providing search or navigation results on a cell phone screen, a map will be superimposed on the user's field of view.
In April 2012, Google officially released a conceptual design for future glasses called Project Glass. These glasses will combine smartphones, GPS, and cameras to display real-time information in front of the user's eyes, allowing them to take photos and upload them, send and receive text messages, and check weather and road conditions through eye movements.
Google Glasses essentially belongs to the combination of a miniature projector + camera + sensors + storage transmission + manipulation equipment. It can be glasses, smartphone, camera in one, through the computerized lens will be the information in the smartphone format in real time in front of the user's eyes. In addition it is also a life assistant, which can provide us with GPS navigation, sending and receiving SMS, photography and photo taking, web browsing and other functions.
It's working principle is actually very simple, through the glasses in the micro-projector first light to a reflective screen, and then through a convex lens refracted to the human eye, to achieve the so-called "one level of magnification" in front of the eyes of people to form a large enough to form a virtual screen, you can display simple text information and a variety of data. So Google Glass looks like a wearable smartphone that can help people take photos, videos and make phone calls, eliminating the need to pull out a cell phone from a pocket.
SONY Helmet Display
Sony has developed a helmet display product, HMZ T1, that provides real-time UDK (Unreal Game Engine Development Kit) head motion tracking demonstrations, using UDK to bind external DLLs and get orientation data to Unreal with just a few lines of scripting programs and APIdll . Easy to integrate into existing UDK projects. Developed by MIT free and open source unrealscipt is available for download without restriction and the API is available through an open source license.
Smart Shoes
The talking shoes, a collaboration between Google and creative design agency YesYesNo, are part of Google's "Art, Copy, Code" program, which aims to use tongue-in-cheek language to communicate exercise data to users and share it with friends. friends.
The smart shoe is a collaboration between Google and creative design agencies YesYesNo and Studio 5050. It's equipped with accelerometers, gyroscopes and other devices inside, and connects to a smartphone via Bluetooth so it can monitor the user's usage. In addition, the shoes are equipped with a speaker, the sensor will receive information about the shoes in the form of voice comments, these comments or harsh or humorous, impressive, Google version of "stay a few hands".
BrainLink Intelligent Headband
Measure your brainwaves to train your brain's concentration and relaxation
BrainLink is an accessory developed by Shenzhen Hong Intelligence Technology Company Limited for the IOS system, which is a safe, reliable, and easy-to-wear head-mounted brainwave sensor. It can be wirelessly linked to cell phones, tablet PCs, laptops, desktop computers or smart TVs and other terminal devices via Bluetooth. With the corresponding application software, it can realize the interactive control of the idea power.Brainlink quotes the advanced brain-computer interface technology from abroad, and its unique appearance design and powerful training software are y loved by the majority of users. It allows your cell phone or tablet PC to instantly know your brain state, such as whether you are focused, tense, relaxed or fatigued. You can also give your phone or tablet instructions by actively adjusting your concentration and relaxation, thus realizing the magical "power of mind control".
Electronic Drum Machine T-shirt
If you're a music lover, you'll love this shirt. There's a drum controller built into the shirt that allows the user to make different drum sounds by tapping on different ones, kind of like the drum software on a tablet. If that's not enough for you, consumers can pair it with a pair of pants that can be configured with a mini megaphone, allowing them to play music and be the center of attention anytime, anywhere.
Solar Bikini Solar Bikini
This bikini can be fitted with a photovoltaic thin-film band that absorbs the sun's rays and converts the energy into electricity, which can then be used to recharge one's smartphone or other small digital devices. And it's not just a display piece, it's also a real bathing suit that women can swim in and then recharge when they come back to shore to dry out in the sun. In addition, solar bikinis transmit energy directly, meaning they do not store energy and are safe to use. The bikini has a voltage of 5 volts in charging mode, which is imperceptible to the human body. So it is a very practical, safe, product.
Glove phone: Glove One
A designer in Milwaukee, USA, named Bryan Cera, has designed a creative Glove One cell phone that can be worn like a glove on the hand. It looks like part of a futuristic mechanical armor, with buttons designed on the inside of the finger joints, and then the hand is placed in the shape of a "six", with the thumb as the earpiece and the pinky as the microphone, to make calls. In the back of the glove phone Glove One has a SIM card slot, and has a USB port, glove phone Glove One charging can be done through the USB port.
Pebble Smartwatch
The Pebble Smartwatch is a smartwatch designed by Silicon Valley startup Pebble Technology Inc. that is compatible with both iPhone and Android phones. Users can view iMessage text messages from their iOS devices directly through the Pebble watch. It can display incoming call information as well as browse the Internet, alerting you in real time to emails, text messages, tweets and social network messages.
Rechargeable Boots: Orange Power Wellies
Oranqe has come up with a rechargeable boot called the Power Welties, which uses heat from your feet to generate electricity. This rain boot works because a hotspot module in the boot takes the difference in temperature to and turns it into a voltage, which generates electricity to charge digital products like cell phones.
The heat-sensitive components inside the shoe are made of semiconductor material and are embedded in the sole of the boot. These components are connected to a series of thermocouples or a thermopile, which is then sandwiched between two layers of ceramic sheeting. Heat from the soles of your feet acts on the upper lamella, and colder ground acts on the lower lamella, and so electricity is generated. The hotter your feet get, the more electricity the boots generate.
When wearing these boots, though, people would need to step on the ground for about 12 hours to charge their cell phones with enough power to last an hour.
Beat Glove: Beat Glove
Like the drum t-shirt featured earlier, Beat Glove's Beat Glove is a wearable instrument. The gloves utilize Lilypad Adruino controllers with tactile pressure sensors on the tips of each finger, which you can use to play the beat, making it easy to play the music.
Social Denim
Replay has come up with the first jeans with social features. These jeans support Bluetooth, which allows you to connect your jeans to your smartphone, and all you need to do is click on the small device in the front pocket for instant messaging, which makes it easy for users to update information on Facebook, and in addition, it can also real-time your mood, track, and share your personal happiness.
Satellite navigation shoes
"The Wizard of Oz" has inspired British designer Dominic Wilcox to invent this leather shoes with GPS function. These shoes have a very advanced wireless global positioning system in the heel, and the destination is set via USB. This is able to the use of leather shoes is also very aspect, when needed, the heel of the shoe gently tapping the ground can be. And after starting you can see the LED lights mounted on the front part of the shoe will light up, one shoe is to indicate the distance from the destination, while the other shoe for the user to indicate the direction.
Sixth Sense System
Pranav Mistry, a talented scientist at the MIT Media Lab, invented the "Sixth Sense" system, which adds a new sense to the five natural senses. senses to the five natural senses. At first glance, Sixth Sense doesn't look too special. It consists of a camera that can read gestures, a miniature projector and a smartphone, which hangs from a string on the user's chest. The camera takes an image at any time, which is then processed by the software in the phone, and the projector projects the result anywhere - on the hand, on a white wall, on a piece of paper, or even on someone else's clothes. It's this seemingly mundane little thing that won Popular Science magazine's 2009 Innovation of the Year award. The venerable Computerworld actually used the headline "Future Shock: The Computer of 2019" when talking about it.
You have to wear color-coded finger cuffs so the camera can read your gestures. With Sixth Sense, people can interact with the virtual world in the most intuitive way possible. The camera takes pictures of everything - you can take a picture by using the index finger and thumb of each hand to create a viewfinder frame, you can paint by pointing with your fingers, you can pick up a book and see the Amazon review on the cover, and you can type a paragraph of text from a book into a computer by pointing with your fingers. with your fingers.
Something like this has been seen too often in sci-fi movies, yet people still have to rely on rigid interfaces like keyboards and mice, and then build an extremely tenuous correspondence on them ---- This is a grossly incompatible experience with writing on paper. This is the "Sixth", which is the first of its kind in the world, and it's the first of its kind in the world. This is what makes Sixth Sense so appealing. It combines the real and the virtual, using a camera to drag things from the real world into the virtual world, to recognize them, to judge them, to use a camera as the eye, to let software and the Internet be the brain, and to use a projector to display them on any flat surface. It's less like a computer as we know it, and more like our third eye, and extended brain. A few devices that can be seen anywhere, with a little software magic, become a tool with amazing potential.
Wearable Multitouch Projector
Microsoft Research has unveiled a new Wearable Multitouch Projector that turns any flat surface into a touchable display.
Integrating Kinect-style motions, a depth-sensing camera, and a miniature projector, the Wearable Multitouch Projector allows users to project core content onto any nearby flat surface, and to tap, swipe, and zoom. The device is slightly clunky and crude, but its touch input works very well overall.
Zephyr BioModule Fitness Suit
Sensors that can detect the condition of a person's body are usually attached to their skin or built into BioHarness, which is made using Zephyr technology. But soon it will be able to be incorporated into athletes' workout clothes, with the Zephyr BioModule workout suit featuring a round biological sensor (the BioModule) in the chest that weighs less than an ounce and can be incorporated into compression shirts like the Under Armour E39 (available in 2013).
The BioModule has an accelerometer that monitors movement and speed, and measures the user's heart rate, respiratory rate, and skin temperature. It transmits the data to a computer at very high speeds.
Finger Detector
When people use a regular computer or smartphone, they need to manipulate the keyboard, mouse, or touch the display, actions that take up a lot of people's time, but John Rogers of the University of Illinois at Urbana-Champaign wants to do it all directly with a fingers to do it all. That's why Rogers invented the finger tube detector, called the "prototype finger tube (PDF)". The surface of the finger tube is equipped with tiny, extremely thin sensors that detect the nature of the object being sensed (such as acidity), while metal circuits built into its ultra-thin silicone material process the data.
When it finds what it's looking for, the built-in circuitry sends a weak electronic signal that causes the skin of the wearer's fingertips to feel a faint tingling sensation. Rogers is trying to integrate this finger probe with a surgical glove so that it guides surgeons to look for hidden tumors or bodily injuries with the help of magnetic **** vibrational imaging (MRI) or X-ray fluoroscopic images.
Epidermal electronics
Painted tattoos were all the rage, but scientists at the University of California, San Diego, have invented a tattoo with a practical function. Called Epidermal electronics, the invention is like an electronic tattoo that curves and stretches across the surface of the skin, detecting a patient's skin temperature, brain waves, or heart rate and sending the data by radio waves to a hospital computer.
With the help of a Gates Foundation grant, scientists have created epidermal electronics for use on fetal monitors, which can monitor a baby's heart rate and other important data on a pregnant mother's belly.
Flora kit computer
Adafruit's Flora kit computer could open up new horizons for innovation.The Flora kit computer is shaped like a circular circuit board, is only 1.75 inches in diameter, and weighs less than 0.2 ounces. It has a 16MH Atmel ATmega32U4 processor and 2.5KB of RAM. the Flora kit is still in beta, is open-source, and is capable of running Macs, Windows PCs, and Linux systems.
With a GPS, an accelerometer, and a digital compass, the Flora kit can indicate where you are and also react to your movements. For example, if you want to make a spectacle of yourself at a party, you can enter commands into the Flora kit beforehand to have it light up your shirt as you enter the party room.
Tacit Project Gloves
Tacit Project Gloves are fingerless gloves made of neoprene that use sonar and virtual haptics to help the wearer avoid obstacles. With a transceiver that sends and receives ultrasound and records the time difference, it can detect an obstacle within 10 feet and tell the wearer how long it will take to reach it.
The glove, which weighs just 3 ounces, converts the detection data into a kind of virtual map and applies gentle pressure on the wearer's wrist to alert the wearer to the presence of an obstacle ahead.
Brainlink is designed to improve concentration and relaxation, help children learn to self-adjust in high-pressure learning environments, promote good study habits, and foster independent thinking.
Ghost-S Wearable Sports Camera
The Foream Ghost-S passed all NASA tests, which showed that the Ghost-S not only supports shock and scratch resistance, but also handles oversized acceleration, weightlessness, and the challenges that space travel entails. It's worth noting that the Ghost-S, which was originally geared towards the consumer electronics tier, was not built for space travel, yet it can be lifted into space with little to no modifications.