release:
On the evening of August 29, Judy Technology officially released its egg-shaped drone PowerEgg (Chinese name “Little Domeâ€) at the Beijing Bird’s Nest Cultural Center in Beijing National Stadium. With a lot of attention, this conference has solved more questions in people's minds, such as the biggest questions - price and performance parameters.
In order to avoid competition with Dajiang, this drone has adopted a rather bold “egg-shaped†design and introduced a somatosensory remote control. Judi said that with this somatosensory remote control, most users who have never operated drones can learn to operate PowerEgg within minutes. The product is also equipped with a standard remote control for advanced users.
Judy Technology will not start selling the product immediately, but will start crowdfunding in Jingdong from September 1.
On August 31, Xiaomi released a sweeping robot through the Mi family. Mi family sweeping robots have a total of 12 different types of sensors and three independent processors that can process sensor information in real time, draw maps and plan paths. In terms of price, it was not 1499 yuan and 1999 yuan, but 1699 yuan.
Mi's home sweeping robot can be remotely controlled through the App. There are three cleaning modes: Quiet, Standard and Power. The charge can work for 2.5 hours at a time. At 10 o'clock on the morning of September 6, Xiaomiwang and Xiaomi's home will be in sync with the first sale.
At the 2016 Intel Developer Forum Conference in San Francisco, Microsoft released the world’s first robot powered by Windows 10 and Intel’s Joule—Bamboo.
It is reported that Bamboo can translate any language on Twitter into English. Microsoft also said that Bamboo can use the EZ-Robot EZ-B control system to move around, and use the interconnected system of Intel Joule and RealSense cameras to understand the surrounding environment to identify the user's emotions and the surrounding environment and respond in real time. .
application:
In Cambridge, Mass., Luigi is walking through the sewers to collect data on 107,000 people in the city. Developed by the Senseable City Laboratory at MIT, this robot comes from a project called Underworlds (Underground World) that analyzes human waste to monitor the health of the entire city.
Luigi can be fully controlled using a smartphone and will enter every sewer in the city for one to two hours, determine the range with ultrasonic sensors, use pumps to absorb liquids, filters prevent debris from entering, pipelines record viruses and bacteria, analyze biology and chemistry molecular. The robot is equipped with a probe hole and GPS, so that researchers can track the trajectory.
Recently, Lowe's, a large-scale hardware retailer in the United States, will begin introducing LoweBot retail service robots at 11 retail stores in the Gulf of California to provide customers with intimate services. In September, Lowe's in the San Jose area will be the first store to welcome the arrival of the robot "serviceman."
The LoweBot Retail Service Robot is a Navii-style retail service robot designed and produced by the start-up Fellow Robots. It is reported that the robot is about 1.5 meters tall and can be freely shuttled in the supermarket, guiding customers to find the shelves of the items they want to buy, and displaying the inventory quantity of the product; at the same time, it can also remind the salesperson to replenish the shelves.
Recently, a kind of wizard robot emerged at the Haneda Airport in Japan. This red and white adorable name is "EMIEW 3" and was designed by Hitachi.
On the morning of September 2, “EMIEW 3†began to conduct an empirical test at Haneda Airport. At the same time, LCD screens were used to provide travelers with guidance and guidance services.
EMIEW 3 is the latest model introduced by Hitachi after the "EMIEW" and "EMIEW 2" robots were released in 2005 and 2007. It is 90 centimeters tall and weighs about 15 kilograms. Although it is small in size, it can walk in harmony with people. The maximum movement speed is 6 kilometers per hour, and you can stand on your own after falling.
the study:
Researchers from the University of Ramat Ganbaray Ilan in Israel and the Herzliya Interdisciplinary Center in Israel used DNA folding structures to create nanoshell robots with hollow shell structures. With this type of nanobot, doctors can control the release of drugs over a period of time, releasing only small doses at a time. They claim that this technology can be used to treat brain diseases such as schizophrenia, depression, and attention deficit disorder.
The drug is first chemically treated, using iron oxide particles to "lock in" the drug, and then placed in the hollow shell of the nanobot. Next, an electromagnet is used to heat and destroy the shell of the DNA structure, releasing the drug. Under the leadership of Dr. IDo Bachelet, the chief scientist of nanotechnology, they have been able to use human brain waves to control this process.
In order to achieve brainwave control, they trained a computer algorithm to probe whether the human brain is in a complex change of thinking activity. When a change in brain activity is found, the computer will trigger an electromagnet to unlock the nanobots injected into the quail. The researchers released a fluorescent protein in the carp to track the release rate.
Recently, Texas Agricultural University published a paper entitled "Using flexible, non-braking tails to manipulate objects" published by IEEE Robotics and Automation Letters, explaining how to use non-braking robot tails to manipulate objects. The researchers tied a “flexible rope structure†to a small remote-controlled car and used it to manipulate objects. The rope was a bit like the Indiana Jones whip in Indiana Jones. In fact, experiments show that this "Jones Whip" is a supernatural power.
This "article" robot can do different actions: drag, pull, wrap, twist, or even "whip" objects...
A research team of 20 scientists, engineers and technicians headed by Professor Giorgio Metta of the Italian Institute of Technology took 16 months to develop a humanoid home robot R1. R1 acquires various behavioral and cognitive abilities through interaction with people and the external environment.
The robot R1, which is 1.25 meters high and weighs about 50 kilograms, is expected to be on the market within 12 months to 18 months. In order to enter the ordinary family market, R1's price will be thousands of euros.
rumor:
Mavic drone spy photos (Image source QuadcopterGuide)
On September 2, the foreign media Quadcopter Guide received an unsolicited source of news that Dajiang’s next new product was indeed a small drone.
According to the report, the small drone was named "DJI Mavic," a small drone with a folding structure. The entire body weighs only 650 grams, the fuselage uses a folding design, four axis arm and rotor can close to the fuselage to retract, looks very small, very portable. Equipped with a 4K camera, a dual-axis head, and a remote control with an Android system and its own screen. Mavic still uses a WiFi link, with an effective remote control distance of 300 meters. The battery capacity may reach more than 2500 mAh. The release date was rumored on September 15 and the selling price was around 3,000 yuan.
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