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.
Speech processing technology capable of extracting clear voice even in noisy environments with time variation
MORETetsuya Shimamura Graduate school of Science and Engineering, Saitama University, Professor
There are various noises in the everyday environment. Although noise removal technologies have advanced, it has been difficult to remove noise that has a large time change. In our laboratory, we have developed new noise reduction/removal t...
Sterilization and disinfection system using UV-emitting electrode-less lamp with long lifespan and low power consumption.
MOREPlasma Applications Co., Ltd.
We have developed a UV-emitting electrodeless lamp with powerful light emission with wavelength of 254nm, which possesses germicidal properties. This lamp is energized by microwave sustained excitation, ensuring high efficiency, compactness...
Research on three-dimensional information analysis technology to elucidate the plant growth mechanism
MOREProf., KUNITA Itsuki,Department of engineering, Faculty of engineering, University of the Ryukyus
In this research, by analyzing the three-dimensional "shape" of plants, we aim to clarify the plant growth mechanism for stable harvesting of crops and improvement of cultivation technology. The appearance of plants, such as the size of fr...
Synthesis of conductive metal (Ag and Au) nanoink
MOREC-INK
C-INK's conductive metal (Ag and Au) nanoink has the following excellent features. As an alternative to silver paste, it is possible to reduce the amount of silver used Extremely stable inkjet fine line printing is possible High ink stabili...
AkaSuke™: A Highly bright luminescence substrate for in vivo bioluminescence imaging (BLI)
MORE- Shojiro Maki, University of Electro Communications - Nobuo Kitada, University of Electro Communications - Ryohei Moriya, Tokyo University of Pharmacy and Life Sciences - Hiroshi Aoyama, Tokyo University of Pharmacy and Life Sciences - Ryosuke Ijuin, Tokyo University of Pharmacy and Life Sciences
We have succeeded in developing a new labeling material for deep in vivo visualization: luminescence substrate “AkaSuke™”. AkaSuke™” has both near-infrared emission characteristics suitable for deep in vivo visualization and water solubili...
TokeOni ® : the new luciferin analogue for innovative bioluminescence imaging
MOREProf. Shojiro MAKI, The University of Electro-Communications Atsushi Miyawaki M.D., Ph.D. Laboratory for Cell Function and Dynamics, Brain Science Institute, RIKEN Satoshi Iwano, Laboratory for Cell Function and Dynamics, Brain Science Institute, RIKEN
In vivo optical imaging is a technology that allows visualization of the inside of an animal's body while it is still alive by illuminating only specific cells (e.g., cancer). We have been working to develop new materials based on luciferi...
Virtual fashion show where you can buy clothes
MOREVignette & Clarity, Inc.
We integrated multiple deep techs to create a virtual fashion show where real clothes can be purchased. The fashion show is semi-interactive, allowing customers to check the texture and size of clothing before ordering. To tell the specifi...
Wearable patch-typed EEG
MOREPGV Inc.
A patch-type electroencephalogram electroencephalograph that achieves both accuracy and usability. Highly accurate electroencephalogram measurement is achieved through ultra-thin, highly elastic electrode sheets. Small, lightweight, and eas...
Precise bonding equipment for electronic devices utilizing heat sink laser welding
MORESeiwa Optical Co.,Ltd.
Manufacturing
Although electronic devices and medical apparatuses require precise bonding technology for infinitesimals like micro switch or encapsulated bonding for large acreage objects like flat panel display, there are issues of influence by heat and...
2.45 GHz microwave oscillator and an atmospheric pressure plasma needle
MOREPlasma Applications Co., Ltd. (abbreviated as PAC)
Manufacturing
The 2.45 GHz microwave oscillators produced by Plasma Applications Co., Ltd., (Research and development venture from Shizuoka University) have such properties as high-efficiency, small-scale and long-life so that they are used for a variety...