What Is Mobile Police Patlabor? The video we'll introduce this time is titled "A Life-Size, 8m-Tall Ingram Stands in Toyosu! Live-Action ‘Patlabor’ Event." It introduces the promotional event held as a part of a project for the live-action version of Mobile Police Patlabor launched in 2014. Mobile Police Patlabor is a near-future science fiction work that gained popularity from the 1980s to the early 2000s as a media mix (manga series, anime series, short novel, game, etc.). Ingram, the giant robot introduced in the video, is a robot that belongs to the Tokyo Metropolitan Police Special Vehicle Section 2, Division 2 (aka: Special Vehicle Section 2, Labor Division). The story is set in a world where Japan has succeeded in developing an industrial robot (labor), but there is a high incidence of large-scale crime using labors. In response, the Tokyo Metropolitan Police Department introduced a large man-made general purpose machine, code-named Ingram, to combat labor crime. Mobile Police Patlabor has been adapted into a TV anime series and three feature films, but ‘The Next Generation: Patlabor’ launched in 2014 is the first live-action version. The car that transports Ingram is called the ‘labor carrier’, and the signal ‘deck up’ is used to launch Ingram from the bed of the carrier in the movie as well, so it must have been exciting for the fans to witness the impactful scene of the life-size Ingram decking up in Toyosu, where Special Vehicle Section 2 is located. Specifications of the Life-Size Ingram 画像引用 :YouTube screenshot Let’s compare the specifications of the Ingram from the truly popular comic and anime series and the life-size Ingram in this article. The Ingram in the serialized manga and anime series moves acrobatically to the extent where it is physically impossible as it operates in a 2-dimensional world, but that is not possible using the available technologies in the real world, and "the biggest challenge of the life-size AV-98 Ingram was to make it stand on its own." The first-generation Gundam which used to be exhibited in Odaiba, and the Unicorn Gundam, with a transformation mode, are famous as the first life-size robots, and are popular tourist spots in Tokyo. However, the life-size Ingram is a large-scale standing model following these two. You can see the life-size, 8m-tall Ingram deck up in the video at 1:34. As you can see from the video, the Ingram is highly detailed, but it is slightly different from the original draft as many parts have been added to its legs and feet in order to have it stand on its own, giving it a more muscular look on its lower body. The public exhibit of the life-size Ingram as part of the highly-anticipated new project for Mobile Police Patlabor "The Next Generation: Patlabor," was held in major cities all across the country, such as Osaka, Kyoto, and Fukushima, after launching in Toyosu, Tokyo. Moreover, at Huis Ten Bosch in Nagasaki and at the 27th Tokyo International Film Festival, the Ingram which was actually used for shooting was exhibited. Summary of the Life-Size Ingram From Mobile Police Patlabor Source :YouTube screenshot The live-action version of Mobile Police Patlabor features an all-star cast, including director Mamoru Oshii, Erina Mano as Ingram's pilot, Akira Izumino, and Toshio Kakei as the captain of Division 2, Keiji Gotoda, and culminates in seven short films plus a feature-length theatrical production, "The Next Generation Patlabor - Tokyo War." You can watch the interviews in the video as well; Erina Mano from 7:08, Toshio Kakei from 8:18, and the director, Mamoru Oshii, from 8:51. It is said that the story of the live-action version "The Next Generation Patlabor - Tokyo War" is based on the second film, but the characters and settings have been revamped. The new series was welcomed by long-time fans, saying it was "Nostalgic!," and "Cool!," and it was highly praised overseas as well. In Japan, there are novelizations and games, as well as plastic models and figurines of Ingram on sale, so be sure to check them out!

The Basketball Robot, CUE4, in Action! This video, titled "CUE4, a Basketball Robot Powered by Cutting Edge AI Technology, Takes on the World's First 3-Point Contest! B.LEAGUE ALL-STAR 2020 IN HOKKAIDO" (最先端の AI テクノロジーを結集したバスケットボールロボットCUE4が世界初3ポイントコンテストに挑戦！ B.LEAGUE ALL-STAR 2020 IN HOKKAIDO), released by "B.LEAGUE," introduces the latest basketball robot. The first thing you see when you play the video is the amazing sight of an AI basketball robot making a spectacular shot. Let's take a look at this basketball robot, which moves with the dexterity of a professional basketball player! The Basketball Robot, "CUE4" Source :YouTube screenshot CUE4, the basketball robot sinking shots left and right, was created by a group of Toyota volunteers, and is an AI technology robot filled with the wisdom of its development team. CUE4 is the fourth robot in the CUE series, and joined Alvark Tokyo, a professional basketball team in the B1 professional basketball league, in 2018 as a professional basketball player. CUE4 made a whopping 12 successful shots in the few minutes shown in the video. What Kind of Activities Is CUE4 Used For Source :YouTube screenshot This video shows footage from the B-League All-Star game held at the Hokkaido Prefectural Sports Center. CUE4, a basketball robot wearing a team uniform, makes a spectacular shot at the half-time show, as shown in the video. It uses an avant-garde system in which sensors determine the location of the hoop and artificial intelligence takes a series of shots. In the video, the robot grabs the balls lined up next to it and makes free throws with impressive form. You can also see it smoothly glide across the court at 0:39 in the video, exciting the fans! His fluid movements are like those of a real professional basketball player! CUE4, the first robot to play professional basketball, made headlines when he was loaned to the Levanga Hokkaido in 2020. CUE4's uniform number is "94". CUE4 Certified in the Guinness Book of World Records! Photo：Guinness CUE4 was registered in the Guinness Book of World Records under the category "most consecutive free throws made by a humanoid robot." The previous record was held by his predecessor, CUE3. In the future, the team aims to improve the power, speed and accuracy of CUE4 so that it may take on the 3-point contest. Summary of the Basketball Robot, CUE 4 Source :YouTube screenshot CUE4, featured in the video, is a professional basketball robot developed by a team at Toyota. The video, which is only about 2 minutes long, has been played over 1 million times in the months since its release. Check out the amazing skills of CUE4 as he sinks shots left and right! 【Official website】B.LEAGUE https://translation2.j-server.com/LUCBLEAGUE/ns/tl.cgi/https://www.bleague.jp/?SLANG=ja&TLANG=en&XMODE=0&XJSID=0

The Cashier "Pepper" by "Pepper" This video, titled "Pepper for Biz [Cashier for Pepper] Feature Introductory Video" (Pepper for Biz 「レジ for Pepper」 機能紹介ムービー), introduces the functions of "Cashier for Pepper" of "Pepper for Biz." The video was released by SoftBank. The video shows how Pepper is used to automate tasks, such as customer service, product ordering and accounting in the store. "Cashier for Pepper" is a solution in which all customer service is handled by a service robot. What Kind of Robot Is Pepper? Source :YouTube screenshot Some of you may have seen Pepper or had conversations with him at smartphone shops or restaurants in Japan. Pepper is a humanoid robot developed in 2014 that can recognize emotion. The emotion-recognizing personal robot is powered by an emotion engine and cloud AI, which allows it to make flexible decisions based on the situation. Pepper performs a series of necessary operations, such as customer service and accounting at stores. Features of "Cashier for Pepper" Source :YouTube screenshot "Cashier for Pepper," shown in the video, is a full-scale, self-checkout system, that performs a series of operations related to product purchases. Pepper is a service robot that can attract customers, recommend products (with a recommended "Plus One" feature"), select menus, and print order sheets on a tablet all at in one. Some of these features can be seen at 1:13 in the video. As shown at 1:31 in the video, Pepper also has the ability to select a payment method, allowing customers to pay with an IC card. Pepper's payment terminal is linked to the POS system, so it can handle a wide range of payment types, including QR payments and electronic money payments. "Cashier for Pepper" also includes a customer registration with Pepper's facial recognition system, order history check, and inbound functions in Japanese, English, and Chinese. This is explained at 2:45 in the video. Summary of "Cashier for Pepper" Source :YouTube screenshot In recent years, due to a decline in the number of workers, the shortage of cashiers has become a major problem in Japan. "Cashier for Pepper" has the potential to be the cashier of the future. If you'd like to implement "Cashier for Pepper" as a staff member to reinvent your store, you can start by checking out Pepper's features and pricing on their website.

PR Video of Shinjuku's Robot Restaurant This video called “ ROBOT RESTAURANT in JAPAN - CRAZY!!! ロボットレストラン - HD 4k “ produced by “ beatdownboogie” is a video promoting the robot restaurant in Kabukicho where customers can enjoy a variety of performances. As you can see from this video, this restaurant is very popular for foreign tourists in Tokyo because of its unique services. According to trip advisor, the famous travel website, this robot restaurant is chosen as one of 10 best tourist spots in Tokyo and is a favorite among foreign celebrities and famous artists. This video features how interesting this robot restaurant in Shinjuku is. What Is Shinjuku's Robot Restaurant? Source :YouTube screenshot This robot restaurant was established as an amusement spot in a building in Kabukicho, and cost a total of 10 billion yen (~$92.3m USD) to make. This is popularly known as “Robo-res”. The gorgeous interior decorations and various forms of entertainment attracted a lot of public attention and it quickly became a popular spot for foreign tourists as a store that provides original entertainment shows in Tokyo. You can take many instagrammable pictures while riding a fancy robot! All areas in this restaurant from the floors to ceiling are flashing. Stepping inside this restaurant is like stepping into another dimension. The scene at 0:13 shows this overwhelming atmosphere. There's also a bar in the same building. Guests can bring food and drinks purchased at the cocktail lounge to the show rooms as well. If you make a reservation for a special boxed lunch made by this restaurant, you can eat it during a 90 minute show. If you are interested, check the official web-site. The entrance fee is rather expensive at 8500 yen (as of January, 2020), But you definitely won't regret experiencing the unique atmosphere provided by this robot restaurant. Reputation of the Robot Restaurant Source :YouTube screenshot About 90% of the customers of the robot restaurant are foreigners. They can enjoy a unique culture in Kabuki-cho. If you look at the many photographs of foreign celebrities or prominent figures hanging on the walls of this robot restaurant, you'll know that it's not over-hyped. It attracts a lot of people for a reason. The restaurant is a really popular spot in Tokyo for foreigner visitors. Before shows start, you can buy food and drinks or souvenirs on stage. This 90 minutes entertainment show begins with a Japanese drum performance (0:37). Enjoy the fantastic atmosphere of Japanese drums with gorgeous illuminations. There's also the near-future robot show, the robot beat-em-up game, electronic dance performance, robot parade show, huge dinosaurs, and performances by female dancers. You can see the digest version of these performances in the video. If you watch the video, you'll see how satisfied audiences are by the live performance in the robot restaurant called “Monster Entertainment Show.” It makes sense that so many visitors want to see this live performance one more time. Summary of the PR Video for Shinjuku's Robot Restaurant Source :YouTube screenshot This video called "ROBOT RESTAURANT in JAPAN - CRAZY!!! ロボットレストラン - HD 4k" produced by “beatdownboogie” promotes the robot restaurant in Shinjuku where so many guests have enjoyed entertainment shows with great originality influenced by the cultures of Kabuki-cho. Bathrooms are also unique and the interior decorations of the restaurant are instagrammable. Many experience-based shows such as dance performances or Japanese drum performances are held in this restaurant. These various types of performances of robots or dancers take audiences to another world. Why not give it a visit if you're coming to Tokyo ? A shop serving tea with tapioca located on the first floor of the same building of this robot restaurant is also quite popular. ◆ Detailed information of Robot Restaurant◆ 【Address】2nd floor of Shinjuku Robot Building 1-7-1 Kabuki-cho, Shinjuku, Tokyo 【Access】A 5 minute-walk from the East entrance of JR Shinjuku Station 【Entrance fee】8,500 yen (* As of January, 2020, No discount coupon is used) 【Hours】16:00 to 23:00 【Closures】None 【Parking】None 【Telephone No】03-3200-5500 【Official Website】Robot restaurant http://www.shinjuku-robot.com/sp/index.php?lng=en 【Yelp】Robot restaurant https://www.yelp.com/biz/%E3%83%AD%E3%83%9C%E3%83%83%E3%83%88%E3%83%AC%E3%82%B9%E3%83%88%E3%83%A9%E3%83%B3-%E6%96%B0%E5%AE%BF%E5%8C%BA-3?osq=Robot+restaurant

This video, titled "[Learning Sunday] Robots by Kawasaki Heavy Industries｜July 30, 2017 Broadcast" (【モノ知りサンデー】2017年7月30日放送「ロボット」川崎重工業), was released by "Sun Television" (サンテレビ). It introduces the Kawasaki Museum, a corporate museum of Kawasaki Heavy Industries in Kobe, Hyogo Prefecture, and the robots inside the manufacturing plant. The museum displays motorcycles, bullet trains, and manufacturing robots. High-tech robots are used by equipment manufacturers both in Japan and abroad, including in medical and nursing care settings. The manufacturing process of robots is divided into various processes, with detailed work being done by skilled employees and robots making robots. Watch the video to see how the robots are made!

This video, titled "BFS-Auto: High Speed Book Scanner at over 250 pages/min," was published by "Ishikawa Group Laboratory." The BFS-Auto is a high speed scanner that can process 250 pages per minute through "non-destructive scanning" that scans books without breaking them apart. To scan a book. you simply load it onto the machine. The scanner will automatically process the rest of the book without you having to turn the pages by hand. Watching the video, you'll be amazed at how fast it scans. The books are scanned at high speed and without interruption, so it's possible that some images may be crooked, but even if the image is scanned in a crooked state, it can be readjusted.

The Autonomous, Ultra-Lightweight Vehicle Driving Itself Around the Airport This time, we introduce a news coverage video published by "FNN Prime Online," titled "Autonomous One-Man Ulv in Airport; Senior Citizens Can Travel With Ease" (空港に1人乗り自動運転モビリティ　高齢者も楽に移動), which talks about the small scooter called "RakuRo" that autonomously drives itself within the airport. The autonomous scooter, RakuRo, is a ULV (Ultra-lightweight vehicle) that expertly navigates its way through the crowds at Narita International Airport. You can see RakuRo operating in the video. RakuRo is expected to be used by families with children, passengers with loads of baggage, senior citizens, and more. If you hop on RakuRo and choose a destination on the tablet, the personal ULV will drive you to that location. The In-Airport Driving of RakuRo Source :YouTube screenshot RakuRo travels slowly, with a maximum speed of 6km/h. You can watch the scooter driving around with a passenger at 0:14 in the video. It travels while avoiding obstacles by using its built-in camera and sensors to detect its surroundings. It will stop, and even take detours when necessary. You can see the RakuRo stopping when there is a person in front of it at 1:16 in the video. The sensors are based on autonomous mobility technology used in the development of self-driving vehicles, and are located in three locations: the upper front, the central face, and at the bottom. In airports, where GPS is not available, the radar system, LiDAR, is used to detect obstacles around the vehicle and estimate its position by comparing it with a high-precision 3D map. In order to create the 3D map in advance, they conducted a real-life experiment. This can be seen in the video. The size of RakuRo is 65×110×120cm, and as you can see at 0:48 in the video, the seat on the autonomous vehicle is designed to rotate 90 degrees when entering the vehicle, making it easy for elderly people with weak legs and feet to use it. RakuRo - The Autonomous ULV Source :YouTube screenshot According to Hiromasa Iwano, Manager of ZMP's Robolife Division, the developer of RakuRo, the features of RakuRo include facial expressions that allow it to smile and vocalize, allowing it to communicate with the people around it while moving. In addition, when the number of foreign tourists increases and the airport staff is in short supply, RakuRo can take over the responsibility of guiding people to the airport. Experiment for Practical Use of RakuRo by ANA and NAA Source :YouTube screenshot This video shows a demonstration of the practical application of the RakuRo system, conducted by NAA (Narita International Airport) and ANA (All Nippon Airways). The "RakuRo" system, which is able to optimally navigate a large area of the airport, can be used to get to the boarding gate, and can also be used to pass through duty free shops and restaurants, all from a hand-held display. RakuRo is attracting a lot of attention for its ability to get passengers where they need to go, with simple operations, according to their needs. The display on RakuRo can be used to talk to other customers and to communicate with the surrounding people. Hiromasa Iwano, the developer of RakuRo, says that although automated driving systems such as taxis have been developed, RakuRo, which travels at low speeds, has a lower hurdle to overcome, and hints at the possibility of commercialization. Summary of RakuRo Source :YouTube screenshot What did you think about the new ULV, RakuRo, being implemented at airports? It's a vehicle of the future that will change how we use airports in the near future. Airports used to be an inconvenient place for the elderly and families with children. We await the day that airports are no longer a stressful, crowded environment, but rather, travel hubs that one can look forward to! 【Official Website】Autonomous Electric Cart・Senior Car RakuRo - ZMP https://www.zmp.co.jp/en/products/lrb/rakuro