Aiming to be a Global Open Innovation Hub
centered on Japanese universities
－Campus Create Co., Ltd―
Those who are looking for advanced technology seeds researched and developed by universities and companies
This is a part of the technology seeds we introduce. If you are interested in the utilization and details of the technology seeds, please feel free to contact us.We will check your request and coordinate with seeds offering partner.
Polymer-sheet supported palladium hydride catalyst
MOREMaki Shojiro, Associate Professor of Center of Neuroscience and Biomedical Engineering, Graduate School of Informatics and Engineering, Department of Engineering Science, The University of Electro-Communications
Environment / Organic chemistry / Inorganic chemistry
We are studying new hydrogenation catalysts using palladium. 1)Hydrogenation without hydrogenolysis reaction, 2) partial hydrogen addition with a selectable number of substitutions, 3) repeatable use (reuse), 4) reduction (reuse) of ca...
Luminescent material for a highly-sensitive in vivo imaging that can visualize to a depth of 5-6cm from the epidermis
MOREMaki Shojiro, Associate Professor of Center of Neuroscience and Biomedical Engineering, Graduate School of Informatics and Engineering, Department of Engineering Science, The University of Electro-Communications
Medical Engineering Collaboration / Life Sciences
In recent years, "Bioimaging", which can observe the development process of disease in real-time by using fluorescent agents (bioprobes) to illuminate intracellular proteins, has been attracting attention. In this study, we developed a lumi...
Surface damage-free laser welding method using infrared laser and heat sink
MOREAdvanced Laser Resin Welding Technology and Promotion Consortium
Manufacturing
We have established a laser welding technology that combines an infrared laser and a cooling solid (heat sink) to bond the same transparent plastics together with a clean surface. This technology is applicable to many thermoplastic resin...
Safer and low-cost breast cancer examination technology by utilizing microwave radar and tomography
MOREUniversity of Electro-Communications Graduate School of Informatics and Enegineering Associate Professor Shouhei Kidera
IT, Medical Engineering Collaboration / Life Sciences
X-ray mammography is used for breast cancer examination, but females’ acceptance rate of examination is only about 15% because the X-ray based examination causes radiation exposure and strong pain with high pressure to the breast. In orde...
Microwave and millimeter wave radar imaging technology, which can work even under bad weather and bad visibility, using the Doppler velocity and multiple scattering waves
MOREUniversity of Electro-Communications Graduate School of Informatic and Engineering Associate Professor Shouhei Kidera
IT, Manufacturing
Under the severe environments such as dust, darkness, high concentration of gas, and strong backlight, those deteriorate the performance of ordinary cameras or sensors for detecting victims, obstacles and so on. This study is to detect ...
Nondestructive examination technology for inside of concrete by combining radar and tomography – detecting cavities and corrosions
MOREUniversity of Electro-Communications Graduate School of Informatics and Engineering Associate Professor Shouhei Kidera
IT, Manufacturing
The deterioration of social infrastructures such as roads, bridges, tunnels, etc. is an urgent critical issue closely related to The National Resilience Plan and the nondestructive examination technology is highlighted to examine the status...
Small-sized shape memory alloy (SMA) artificial muscle actuator with high responsivity and flexibility that can be attached directly to human body
MOREKaneko Code Co., Ltd.
Manufacturing, Medical Engineering Collaboration / Life Sciences
In recent years, artificial muscles have attracted attention for the purpose of power assistance by mounting to human body, and the development of artificial muscles using electric motors and air pressure is underway. However, electric moto...
Application of 254 nm ultraviolet emission electrodeless lamp system with low power consumption and long life time to sterilization systems
MOREPlasma Applications, Inc.
Environment / Organic chemistry / Inorganic chemistry, Manufacturing, Medical Engineering Collaboration / Life Sciences
The developed ultraviolet emission electrodeless lamps shows strong emission at 254 nm and can be used for sterilization systems. Other applications can be considered using such properties as high-efficiency, small-size, and long-life. Thou...
Impedance matching tuners (automatic and manual) for microwave circuit
MOREPlasma Applications, Inc.
IT, Manufacturing
Tuners for impedance matching can decrease the reflected microwave power from external load in microwave circuits so that it is important to effectively use the microwave input power. In particular, for loads such as microwave plasma where ...
Walking navigation using waist-type hanger reflex
MOREDepartment of Informatics and Engineering, University of Electro-Communications Professor Hiroyuki Kajimoto
IT, Manufacturing, Other
Walking navigation tools such as Google Maps require the process to interpret information of navigator by looking at it. When we use it during walking, our attention is spent for interpreting the information of navigator, which leads to a p...