Graduate School of Engineering Science, Osaka University

Graduate School of Engineering Science, Osaka University

The Graduate School of Engineering Science, Osaka University, and Toabo Corporation have developed a smart clothing (photo) that can be worn in extremely cold environments by combining natural fabric and electrodes for heart rate measurement. A research group led by the university succeeded in measuring biological data such as heart rate in an experiment conducted in the Arctic Circle over a period of about a month. It was confirmed that the garment is effective in measuring biological data and protecting against cold in extremely cold environments. This is the industry's first development of smart clothing made of natural materials. The measurement data will be used for the commercialization of smart clothing for mountain climbing and for research on the prevention of hypothermia. (= August 30, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)

  • Product Code
  • ILEA000687832
  • Registered date
  • 2019/8/30 00:00:00
  • Credit
  • THE NIKKAN KOGYO SHIMBUN / Kyodo News Images
  • Media source
  • THE NIKKAN KOGYO SHIMBUN
  • Media size
  • 3456 × 5184 pixel
  • Resolution
  • 72 dpi
  • Deployment size
  • 7.42(MB)*
  • Special instruction
  • **The text may be generated by an automatic translation system**

*File size when opened in Photoshop, etc.

Similar Images & Videos
    KM Biologics begins development of vaccine for novel coronavirus

    KM Biologics begins development of vaccine for novel coronavirus

    KM Biologics (Kita Ward, Kumamoto City) has started to develop a vaccine for a new coronavirus infection. At a press conference held on April 25, President Nagasato said, "Our strength lies in the fact that we have skilled technicians and facilities from our days at the Research Institute for Chemotherapy and Serotherapy (KAKETSUKEN). As a member of the Meiji Group, we will do our utmost to expand this business. The new drug will be developed jointly with the National Institute of Infectious Diseases, the Institute of Medical Science of the University of Tokyo, and the National Institute of Biomedical Innovation, Health and Nutrition. The company will consider using its Kikuchi Research Center in Kikuchi City, Kumamoto Prefecture, and its Koshi Plant in Koshi City, Kumamoto Prefecture, which are capable of producing vaccines for 57 million new influenza cases. (Photo taken on May 25, 2020, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)
      Copper fiber sheet commercialized by Good Eye

      Copper fiber sheet commercialized by Good Eye

      Good Eye (Kiryu City, Gunma Prefecture) will release GUD Sheet, a copper fiber sheet with antibacterial and antiviral effects, in June. The company commercialized four types of masks, including one priced at 4,980 yen (excluding consumption tax). The GUD sheet is a polymer fiber covered with copper foil and coated with a visible light responsive photocatalyst. In an experiment on bacteriophage, a virus that infects bacteria, it was confirmed that rubbing a finger covered with the virus on the sheet for 30 seconds reduced the number of the virus to less than 1/1000.Professor Hideyuki Itabashi of the Graduate School of Science and Engineering, Gunma University, who also serves as the company's chairman, said, "We hope to start experiments in July. The photo shows copper fiber sheets commercialized as masks and chiefs. (Photo taken on May 19, 2020, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)
        Osaka University's compact and lightweight flexible thermoelectric conversion device

        Osaka University's compact and lightweight flexible thermoelectric conversion device

        Associate Professor Toru Sugawara of the Institute of Scientific and Industrial Research, Osaka University, and Assistant Professor Kenzo Iwayano of the Graduate School of Engineering, Osaka University, and their colleagues have succeeded in reducing the size and weight of a flexible thermoelectric conversion device in which semiconductor chips are mountedon a flexible substrate. The new device converts the temperature difference between the two ends of the semiconductor into electrical information, and is equipped with a high density of about 200 ultra-small semiconductor chips per square centimeter, achieving high heat recovery efficiency and operational reliability. The flexible device, which was developed in 2018, has been improved. The new device uses semiconductor chips that are precisely aligned in size through ultra-fine processing that exceeds conventional methods. (Photo taken on March 17, 2020, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)
          Saitama Institute of Technology's demonstration experiment with self-driving school buses

          Saitama Institute of Technology's demonstration experiment with self-driving school buses

          A monitor will be installed inside the bus to display the results of analysis of data acquired by the high-function sensor riders and other devices. At the departure ceremony held on the same day, Fukaya Mayor Susumu Kojima touched on Shibusawa Eiichi, who will be the main character in NHK's historical drama series in 2009, saying, "It takes about 10 minutes to walk between the Shibusawa Eiichi Memorial Museum in the city and 'Naka no Ie' (his birthplace). I want to run an automatic bus next year," he said. (= December 23, 2019, photo location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)
            Demonstration experiment of walking guidance by a cane-type robot with wheels at Osaka City University

            Demonstration experiment of walking guidance by a cane-type robot with wheels at Osaka City University

            When the user walks holding the staff part, the robot automatically steers the wheels and guides the user to the destination. A feature of the robot is that it does not have an autonomous movement function, so that users can feel as if they are walking by themselves. This time, a function has been added that allows users to set their destinations by holding up their cards. However, as it was found to be difficult to use during the verification experiment, Mr. Imazu intends to improve this function, saying, "We would like to consider other methods, including voice recognition technology. A crowdfunding campaign is currently underway until the evening of the 26th in order to put the system into practical use as soon as possible. The target amount is set at 2 million yen. The funds raised will be used to develop charging facilities and waterproof exteriors. On December 12, 2019, at the Sugimoto Campus of Osaka City University in Sumiyoshi Ward, Osaka City, Credit: Nikkan Kogyo Shimbun / Kyodo News Images
              Prof. Yotsuyanagi and Prof. Kawaoka of the University of Tokyo announcing the phase I clinical trial of iEvac-Z

              Prof. Yotsuyanagi and Prof. Kawaoka of the University of Tokyo announcing the phase I clinical trial of iEvac-Z

              Professor Hiroshi Yotsuyanagi, Professor Yoshihiro Kawaoka and their colleagues at the Institute of Medical Science, the University of Tokyo announced on April 5 that they will start Phase I clinical trials of the Ebola vaccine "iEvac-Z" at the hospital affiliated with the Institute this month. iEvac-Z is an inactivated vaccine made from mutant Ebola virus that lacks some of its genes. iEvac-Z is an inactivated vaccine produced from a mutant Ebola virus that lacks some of its genes, and is expected to be highly safe. The research team created a mutant virus that lacks the gene that makes VP30, a protein essential for the multiplication of the Ebola virus. Professor Yotsuyanagi said, "We can assume that there are side effects such as serious allergic symptoms that may occur in general, but nothing specific to iEvac-Z has been reported yet. We are planning to use it on people who are at high risk of infection" he explained. (= December 5, 2019, photo credit: Nikkan Kogyo Shimbun / Kyodo News Images)
                Drainage ditch inspection robot for muddy water

                Drainage ditch inspection robot for muddy water

                Sanritsu Automation (Machida City, Tokyo), Aichi Institute of Technology, Tokyo Metropolitan Industrial Technology Research Institute, and others have developed an inspection robot that can operate in water and mud. Any distortions or deformations, such as pipes collapsing vertically, will be detected and reflected in the maintenance plan. The aircraft is 39 cm wide, 72 cm long, and 40 cm high, and the angle sensor on the aircraft can measure the inclination of water pipes in 1 degree increments. The angle of the concrete structure of the waterway and the angle of the joints will be measured to check the drainage performance. Drainage ditches of less than 60 cm in width were difficult for humans to enter, and it was necessary to check the amount of oxygen and whether gas was stagnant. After confirming its running and survey performance, the company will proceed with commercialization. (= November 14, 2019, photo credit: Nikkan Kogyo Shimbun / Kyodo News Images)
                  Crawler-type mobile robot developed by NEDO and Tohoku University

                  Crawler-type mobile robot developed by NEDO and Tohoku University

                  A research group from the New Energy and Industrial Technology Development Organization (NEDO) and Tohoku University announced on the 26th that they have developed a crawler-type robot that can move continuously in all directions. It is expected to be used as a driving mechanism for moving objects such as electric wheelchairs and mobile navigation robots. In the past, "omni-wheels," which can move in all directions by combining three or more wheels, were developed, but these wheels had limitations in overcoming steps and could not move smoothly on soft surfaces due to their small footprint. The robot has a simple structure consisting of two motors required for omni-directional movement and a minimal power transmission system including screw gears, making it easy to maintain. (Photo taken on August 26, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)
                    Thermoelectric power generation module developed by NEDO and NIMS.

                    Thermoelectric power generation module developed by NEDO and NIMS.

                    The New Energy and Industrial Technology Development Organization (NEDO), the National Institute for Materials Science (NIMS), Aisin Seiki, and Ibaraki University announced on April 21 that they have developed a thermoelectric power generation module, which is composed of an alloy of easily available elements such as iron, aluminum, and silicon, and converts temperature differences into electricity. The company has developed a prototype communication device that incorporates the module, and confirmed that it can generate electricity and communicate with a temperature difference of 5 degrees Celsius. The temperature and humidity information was transmitted via Bluetooth, a short-range wireless communication standard, and was successfully displayed in real time on a tablet terminal screen. Photo taken on August 21, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images
                      Equipment used in experiments at Kochi University of Technology

                      Equipment used in experiments at Kochi University of Technology

                      Professor Tetsuya Yamamoto and his colleagues at Kochi University of Technology and the Technical Research Institute of Sumitomo Heavy Industries, Ltd. have developed a technology that can change the characteristics and add functions to oxide semiconductors in the same equipment after stabilizing them using negative oxygen ions in the deposition process. The process is a highly efficient way to create negative ions of oxygen in a plasma thin film deposition system and attract them to the substrate side by applying a voltage. Prof. Yamamoto is also scheduled to deliver a keynote speech on this theme at an international conference on film formation technology hosted by a German film formation equipment manufacturer in March 2008. (Photo taken on August 14, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images)