To say that bipedal robots, Altas has always been the leader of Boston Power. In the past two years, Altas has been making great progress in walking, but even then Altas has not been put into the market. Just this week, the robotics company Agility Robotics released a new bipedal robot called Cassie that can be applied to scientific research, disaster relief, and will be used for cargo transportation in the future. At the same time, Japanese professors researched pollination of plants with drones, and Jetpack began to develop multi-rotor flying cars. The following are the highlights of this week's Lei Feng Net's new intelligence program. This headless ostrich robot wants to send you express 
Agility Robotics, a smart robot company spun out of Oregon State University, has released a new bipedal robot called Cassie. Cassie is a very flexible bipedal robot. It looks more like a flexible human being walking than a bipedal robot that we have seen in the past and is cautiously struggling with heavy steps. This allows Cassie to better deal with complex and diverse terrains that humans have come up with effortlessly. The intelligence it possesses can help people deal with different environments and conditions that the future robots must possess. In addition to being used for search and rescue and disaster relief, Agility Robotics also considered another very special use scenario: They wanted Cassie to take the brisk steps to embark on the steps of your home and put the parcel on your doorstep. In a demo video, Cassie is only three months old. If you look closely at the movements of the robot's legs when you walk, you will find that it has a steady pace and no obvious bouncing. In the video, they made Cassie do all sorts of things without any embarrassment: through the mud, through the grass, it can be balanced on the pontoon swinging in the water, and even stand in heavy rain, these skills for want Any robot that survives in Oregon is very important. Cassie looks more like an ostrich than a person, not because Agility Robotics has specially designed an ostrich robot. They do not want to bionic by simply imitating animal forms. They studied animal behavior and gestures to seek design inspiration. The researchers first thought of birds that could run on the ground. Through the smart design of Agility Robotics, Cassie's actions become more agile, efficient and robust. True "underwater drone": the world's first drone capable of flying and diving?
Recently, a foreign startup company, InnoCorp, LLC, released a video on a video website that showcased their latest concept product, SubMurres, a drone product that can truly reach the sea. According to the company, the name of SubMurres comes from Murres, an oceanic bird that can not only fly in the sky, but also dive underwater when necessary. Similarly, their products, SubMurres, can do this. On land, it is an ordinary four-axis drone that can fly to any given location. However, under water, SubMurres has key features of all marine submarines, including marine cruises, communication with communications towers, and periscopes. See water conditions and more. From the video display point of view, SubMurres uses a foldable four-axis design, not only the four axis arms can be folded, and even the blades can be folded. SubMurres's blades did not use a two-leaf design like a normal drone. Instead, they used a three-leaf design. When the SubMurres drone takes off to the designated surface, it does not immediately sneak into the water, but first floats on the surface of the water, and the four axes are automatically collapsed and collected into a confined space because of the drone's The flying system drink underwater power system does not use a set of blades, but is completely separated. In order to avoid the blade of the flying system from being eroded by seawater, it is necessary to seal the blades when entering the water. At the tail of the drone, there are two sets of specific propellers to support the power needs of SubMurres for underwater activities. Jetpack is not enough to fly to heaven. Jetpack has started to develop multi-rotor flying cars.
The JPA flight car also uses a multi-rotor design. Unlike the Airbus 184, they used six axes and placed the paddle above the cockpit, which looks like an enlarged drone suspended from the cockpit. . According to reports, the JPA flying car uses a streamlined design, the entire fuselage is short enough, small enough, the distribution of the two paddles in the front and rear, in which the middle two paddles can be folded, to protect the entire fuselage can be parked in the garage Use it and don't take up too much space. Since it is a flying car, the ability to exercise on land is still needed. JPA designed a three-foot landing gear for its flying car and designed a wheel with similar swivel legs on the bottom of the landing gear to make it on land. There is also a certain amount of athletic ability, although it may be relatively weak, but it is not a small advantage compared to the vertical landing gear of Yihang Hang 184. Also worth mentioning is that in the choice of 12 paddles, JPA is very bold, they use wooden propellers to replace the current use of carbon fiber materials in popular aircraft, which, JPA said that the wooden propeller is as light And it is more wear-resistant. Are bees on the verge of extinction? Japanese professor researches pollination of plants with drones
Professor Miyako (English is Eijiro Miyako), a professor of chemistry at the National Institute of Advanced Industrial Science in Japan, and his team are trying to use polluters to pollinate plants. At present, the UAV is manually controlled during the experimental phase. The drone is 4 cm wide and weighs only 15 g. The underside of the drone was covered with a layer of fluff. The undercoat was covered with a modified gel by Professor Miyako. When the drone flies to the flower, the pollen grains will gently stick to the gel, and then when the drone flies again to another, the particles will fall. In the experiment, drones successfully cross-pollinated lilies. When the drone came in contact with the flowers, the soft fluff did not damage the stamen. Professor Miyako expressed that their future research direction will be on the research of automatic pollination of drones, and strive to allow these small drones to completely conduct pollen propagation in the future. Amazon wants to build a robot supermarket? According to legend, profits will increase by 10 times
According to foreign media reports, citing some insiders, Amazon started planning to use high technology to make big news. What is different is that Amazon, which is famous for e-commerce, wants to open a physical supermarket this time, which requires at least three humans. Employees, the rest of the work is given to the robot. According to sources, Amazon’s robotic supermarket is a two-tier automated shop where robots pick up and pack products for customers downstairs. The size of the supermarket can vary from 10,000 square feet (about 929 square meters) to 40,000 square feet (about 3716 square meters). There are up to 4,000 kinds of supermarket products, covering fresh fruits, vegetables, eggs, meat, cheese, beer and wine. In addition, according to some insiders, the supermarket may also sell drugs in the future. According to reports, in Amazon’s robotic supermarket program, each supermarket requires at least 3 employees per shift, up to a maximum of 10, and does not require a cashier, but Amazon may only allow its paid Prime and Prime Fresh service users to use this. An automated grocery store, because Amazon believes that consumers who originally intended to bear Prime costs will have a much lower chance of stealing merchandise. As the artificial labor force has been reduced, the wages paid to workers have become less, and the profits of supermarkets may be more than ten times higher than the current average profit level of supermarkets. For Amazon's robotic supermarket, the responder claimed that the prototype of the supermarket is still in its infancy and has not yet been finalized.
Agility Robotics, a smart robot company spun out of Oregon State University, has released a new bipedal robot called Cassie. Cassie is a very flexible bipedal robot. It looks more like a flexible human being walking than a bipedal robot that we have seen in the past and is cautiously struggling with heavy steps. This allows Cassie to better deal with complex and diverse terrains that humans have come up with effortlessly. The intelligence it possesses can help people deal with different environments and conditions that the future robots must possess. In addition to being used for search and rescue and disaster relief, Agility Robotics also considered another very special use scenario: They wanted Cassie to take the brisk steps to embark on the steps of your home and put the parcel on your doorstep. In a demo video, Cassie is only three months old. If you look closely at the movements of the robot's legs when you walk, you will find that it has a steady pace and no obvious bouncing. In the video, they made Cassie do all sorts of things without any embarrassment: through the mud, through the grass, it can be balanced on the pontoon swinging in the water, and even stand in heavy rain, these skills for want Any robot that survives in Oregon is very important. Cassie looks more like an ostrich than a person, not because Agility Robotics has specially designed an ostrich robot. They do not want to bionic by simply imitating animal forms. They studied animal behavior and gestures to seek design inspiration. The researchers first thought of birds that could run on the ground. Through the smart design of Agility Robotics, Cassie's actions become more agile, efficient and robust. True "underwater drone": the world's first drone capable of flying and diving?
Recently, a foreign startup company, InnoCorp, LLC, released a video on a video website that showcased their latest concept product, SubMurres, a drone product that can truly reach the sea. According to the company, the name of SubMurres comes from Murres, an oceanic bird that can not only fly in the sky, but also dive underwater when necessary. Similarly, their products, SubMurres, can do this. On land, it is an ordinary four-axis drone that can fly to any given location. However, under water, SubMurres has key features of all marine submarines, including marine cruises, communication with communications towers, and periscopes. See water conditions and more. From the video display point of view, SubMurres uses a foldable four-axis design, not only the four axis arms can be folded, and even the blades can be folded. SubMurres's blades did not use a two-leaf design like a normal drone. Instead, they used a three-leaf design. When the SubMurres drone takes off to the designated surface, it does not immediately sneak into the water, but first floats on the surface of the water, and the four axes are automatically collapsed and collected into a confined space because of the drone's The flying system drink underwater power system does not use a set of blades, but is completely separated. In order to avoid the blade of the flying system from being eroded by seawater, it is necessary to seal the blades when entering the water. At the tail of the drone, there are two sets of specific propellers to support the power needs of SubMurres for underwater activities. Jetpack is not enough to fly to heaven. Jetpack has started to develop multi-rotor flying cars. The JPA flight car also uses a multi-rotor design. Unlike the Airbus 184, they used six axes and placed the paddle above the cockpit, which looks like an enlarged drone suspended from the cockpit. . According to reports, the JPA flying car uses a streamlined design, the entire fuselage is short enough, small enough, the distribution of the two paddles in the front and rear, in which the middle two paddles can be folded, to protect the entire fuselage can be parked in the garage Use it and don't take up too much space. Since it is a flying car, the ability to exercise on land is still needed. JPA designed a three-foot landing gear for its flying car and designed a wheel with similar swivel legs on the bottom of the landing gear to make it on land. There is also a certain amount of athletic ability, although it may be relatively weak, but it is not a small advantage compared to the vertical landing gear of Yihang Hang 184. Also worth mentioning is that in the choice of 12 paddles, JPA is very bold, they use wooden propellers to replace the current use of carbon fiber materials in popular aircraft, which, JPA said that the wooden propeller is as light And it is more wear-resistant. Are bees on the verge of extinction? Japanese professor researches pollination of plants with drones
Professor Miyako (English is Eijiro Miyako), a professor of chemistry at the National Institute of Advanced Industrial Science in Japan, and his team are trying to use polluters to pollinate plants. At present, the UAV is manually controlled during the experimental phase. The drone is 4 cm wide and weighs only 15 g. The underside of the drone was covered with a layer of fluff. The undercoat was covered with a modified gel by Professor Miyako. When the drone flies to the flower, the pollen grains will gently stick to the gel, and then when the drone flies again to another, the particles will fall. In the experiment, drones successfully cross-pollinated lilies. When the drone came in contact with the flowers, the soft fluff did not damage the stamen. Professor Miyako expressed that their future research direction will be on the research of automatic pollination of drones, and strive to allow these small drones to completely conduct pollen propagation in the future. Amazon wants to build a robot supermarket? According to legend, profits will increase by 10 times
According to foreign media reports, citing some insiders, Amazon started planning to use high technology to make big news. What is different is that Amazon, which is famous for e-commerce, wants to open a physical supermarket this time, which requires at least three humans. Employees, the rest of the work is given to the robot. According to sources, Amazon’s robotic supermarket is a two-tier automated shop where robots pick up and pack products for customers downstairs. The size of the supermarket can vary from 10,000 square feet (about 929 square meters) to 40,000 square feet (about 3716 square meters). There are up to 4,000 kinds of supermarket products, covering fresh fruits, vegetables, eggs, meat, cheese, beer and wine. In addition, according to some insiders, the supermarket may also sell drugs in the future. According to reports, in Amazon’s robotic supermarket program, each supermarket requires at least 3 employees per shift, up to a maximum of 10, and does not require a cashier, but Amazon may only allow its paid Prime and Prime Fresh service users to use this. An automated grocery store, because Amazon believes that consumers who originally intended to bear Prime costs will have a much lower chance of stealing merchandise. As the artificial labor force has been reduced, the wages paid to workers have become less, and the profits of supermarkets may be more than ten times higher than the current average profit level of supermarkets. For Amazon's robotic supermarket, the responder claimed that the prototype of the supermarket is still in its infancy and has not yet been finalized.
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