In our country, the fall has become the leading cause of death and death in the elderly. In Europe, 40% of the fatal injuries of the elderly are related to falls. The increase in age and the decline in balance function are important risk factors for the fall of the elderly. It is difficult to quickly and effectively improve the balance function of the elderly by physical training. Fortunately, recently, the Santa Ana School of Pisa and the Swiss Federal Institute of Technology in Lausanne, Switzerland. The staff developed a smart external bone device that rebalances the wearer's body to prevent it from falling out, preventing the designer from falling over. The designer said that the device can be used not only for the elderly but also for other groups. Such as physical injuries, amputees and those with neurological disorders. The smart outer bone is the first wearable device to prevent falling. How does it help humans become "tumblers"? What other wearables are there before it appears? At present, in addition to wearing equipment, scientists have also developed an electronic skin that can be hidden in the tattoo, so what does it have to do with the wearing equipment? Smart outside bones that "know you" The latest development of the intelligent outer bone by Italian researchers is a light-powered device that is worn like a pair of trousers with an engine at the ankle and a strap made of carbon fiber. Sensors and algorithms can detect and help balance in time when the wearer has a tendency to fall. The device can be adapted to the wearer in just a few minutes, mainly to adjust the size of the suitor, learn its gait, calculate the tendency to fall, and quickly become a personalized outer bone. From a technical point of view, the development of wearable devices is faster than the mobile tide, low-cost sensors and chips, so that many small companies concerned with technology can also design and produce complex wearable devices, wearable devices, no need to Like a smartphone, it relies on reliable mobile internet services. Innovations in wearable devices can be achieved with a simple Bluetooth connection or other protocol to communicate with a smartphone. 1994 wireless webcam The ever-increasing functions of wearable devices can easily solve the problem of people's lives, and to a certain extent, change the demand for their own body organs. Putting the wearable display on the head, the effect of the naked eye is minimal, and the device for detecting the pulse is worn on the body, ignoring the complex self-conditioning function of the human body's own internal organs... Wearable devices are cheated by casinos Wearables were first created in the casino for cheating. As early as the 60s and 70s of the last century, the earliest wearable devices were invented to increase the winning percentage at the table. In 1961, Edward Thorp, a mathematics professor at the Massachusetts Institute of Technology, mentioned in the gambling guide Beat the Dealer that his invented wearable computer cheats successfully in roulette gambling, giving the wearer a 44% advantage. A wearable cheater appeared in 1972. Maybe the gambling king was born like this! Since then, the development of wearable devices has continued to extend human sensory organs and information computing and processing capabilities. Watches: Calculator watches were popular in the 1980s. The world's first wrist calculator, Pulsar, was officially released in late 1975 and became popular. In recent years, Samsung has invented a smart watch that can be connected using Bluetooth and Android phones. Japanese automaker Nissan released the Nismo smart watch, which provides drivers with information on average speed, fuel consumption and driver heart rate. Vision: In 1981, Steve Mann, a high school student, connected a 6502 computer to a backpack with a steel frame to control the photographic equipment. In 1994, Steve Mann, who invented the computer backpack, created a wearable camera and implemented the ability to upload images to the network. In 2013, Google Glass was released and can be controlled through speech recognition and a side trackpad. Google Glass is an optical head-mounted display that is attached to the glasses. It can be accessed via WIFI via voice control. Hearing: In 1987, the first digital hearing aid was introduced, but due to its large design, such equipment did not achieve commercial success. In 2000, the first Bluetooth headset was invented. In 2002, the Xybernaut Poma wearable PC came out. This device is like wearing a tape recorder on the head. Info: In 2003, the world's first fully digital pacemaker Vitatron C-Series was introduced, which allows doctors to download patient information in less than 18 seconds. In 2006, Nike and Apple jointly launched the Nike+iPod, a sports suite that allows users to sync their sports to the iPod. Nike also introduced several costumes with iPod-specific pockets. In 2009, the WW200 wearable computer was released by Glacier Computers, mainly for users to get a lot of information in an emergency, and has waterproof function. In the past few decades of development, wearable devices have extended human vision, hearing, touch, smell, and improved human information processing capabilities. The intelligent external bone equipment reported on May 11 compensates for the degradation or damage of human balance function through sensors, algorithms and exoskeleton technology, preventing people with impaired functions from falling and bringing certain safety to their lives. Protection. Electronic skin is intimate with you The wearable electronic products described above are all auxiliary devices that are attached to the outside of the human body and are visible to the naked eye. The electronic skin is different from them, and the electronic skin is thin and light, not easily broken or even stretchable. It's as thin as your skin, it can be attached to your wrist or any other desired position in your body, or even become part of your body. The picture shows the back of the electronic skin In addition to the original function of human skin, artificial electronic skin can also measure human heartbeat pulse, blood pressure and blood sugar in real time, can emit heat, store data, and even have an electronic skin attached to the tongue, which can be seen by blind people. Go to the surrounding items. Scientists began to study electronic skin that can be traced back to the 1970s, the fake hand with a sensor. Later, in 2004, scientists invented the flexible matrix skin, and in 2008 invented the microstructured pressure sensor. In recent years, electronic skin has also received extensive research and attention due to its potential in the biomedical field. For example, in 2011, a small, scalable solar cell was proposed and manufactured by scientists at Stanford University in the United States to provide energy for electronic skin pressure sensors. In 2013, Stanford University also invented an electronic skin that can be hidden in tattoos. You don't have to worry about whether such electronic skin is harmful to the human body. The general electronic skin is only applied to the surface with a transparent paint. It can be removed with a specific lotion or tool. It is easier to remove than the general tattoo, and even can be removed. Reuse. The electronic skin embedded in the human body will also use biocompatible materials to become part of the body without causing rejection. In addition, electronic skin is not only used in the human body, because it is so soft and light, it can be used on the surface of many things, such as clothing, jewelry, infusion bags and the surface of robots.
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