Patents & Technologies List
In addition to those listed, there are many technologies (patents, know-how, copyrighted works, etc.) suitable for commercialization.
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| Number | Category | Title | Inventors | |
|---|---|---|---|---|
| T12-022 | Material |
Capable of absorbing more than 95% of “ultraviolet” to “visible” to “infrared” light! “Black body” with nano-micro size metal protuberance and its manufacturing method |
TANAKA Shunichiro, CHIBA Masaki | |
| T23-035 | Environment, Energy, Material |
High-strength cellulose filament fabricated from cellulose nanofibrils Fabrication of cellulose single filaments |
TAKANA Hidemasa | |
| T22-358 | Measurement, Machine, Control, Medical/Welfare device |
More rigid, more durable, thinner, and lighter than conventional mechanism. To robots, endoscopes, videoscopes. Variable stiffness cords |
WATANABE Masahiro, ONDA Issei, SANO Shunsuke, TADAKUMA Kenjiro, TADOKORO Satoshi | |
| T20-3125 | Medical drug(including research tools) |
Contribute to both prevention of the spread of infection and economic activities New method to assess severity risk of COVID-19 infection |
TAMADA Tsutomu | |
| T12-029 | Electronics, Hardware |
Spin current-to- electric current conversion efficiency up to 100% with low cost materials! Spintronics device |
ANDO Kazuya, SAITO Eiji | |
| T18-097 | Material |
Realization of silk thread with uniformly dispersed CNF! Increased mechanical strength by feeding techniques!! Silk thread with dispersion reinforced cellulose nanofibers |
WU Chen, KURITA Hiroki, WANG Zhenjin, NARITA Fumio | |
| T20-199 | Medical/Welfare device, Software |
Quick and accurate dose calculation under magnetic field Quick dose calculation algorithm under magnetic field using deep learning |
KADOYA Noriyuki, KAJIKAWA Tomohiro, DOBASHI Suguru, JINGU Keiichi | |
| T20-2962 | Medical/Welfare device, Measurement, Machine, Control |
Development of prognostic prediction method with the novel radiomic feature based on graph theory Cancer prognosis prediction method |
KADOYA Noriyuki, UMEDA Mariko, SUGAI Yuto, TANAKA Shohei, JINGU Keiichi | |
| T21-173 | Medical/Welfare device, Software |
Convert 3DCT to SPECT ventilation imaging Method for predicting lung function |
KADOYA Noriyuki, KATSUTA Yoshiyuki, JINGU Keiichi | |
| T22-176 | Environment, Energy, Chemistry |
Improved resource extraction rate! Contribution to CCS! Multi-directional rock fracturing method |
MUKUHIRA Yusuke, WATANABE Noriaki, GOTO Ryota | |
| T21-243 | Medical/Welfare device, Material |
Multifunctional fiber equipped with electrochemical sensors, temperature sensors, optical fibers, hollow channels, etc., and actively driven Multifunctional fiber less than 1 mm in diameter |
GUO Yuanyuan, SATO Yuichi | |
| T16-194 | Medical drug(including research tools), Medical/Welfare device |
Novel mechanisms targeting luteinizing hormone Drugs for Stress urinary incontinence |
ARAI Yoichi, KAIHO Yasuhiro, KAWAMORITA Naoki | |
| T19-798 | Agriculture, Food item, Medical drug(including research tools) |
Bifidobacterium strains that produce high levels of extracellular polysaccharides by fucose Methods to promote EPS production by bifidobacteria |
OTSUBO Wakako et al. | |
| T22-130 | Medical/Welfare device |
Easy detection of air leaks in the lungs, such as pulmonary fistulas Air Leakage Measurement System |
WATANABE Yui | |
| K23-018 | Medical/Welfare device, Measurement, Machine, Control |
born from the needs of the medical workplace Flowmeter monitoring device |
GOTO Takeshi, FUJITA Masashi | |
| T21-077 | Chemistry |
Controling Inverse-Electron-Demand Diels–Alder Reaction with macrocyclic tetrazine External stimulus responsive click reaction technology |
MIZUKAMI Shin, NOVIANTI Ira, KOWADA Toshiyuki | |
| T18-488 | Measurement, Machine, Control, Material |
High accuracy estimation based on the electromagnetic wave propagation property Device and method for estimating the molecular chain aggregation |
TANEBE Tadao, OYAMA Yutaka, INOMATA Hiroshi, WATANABE Masaru, NARITA Fumio, KURITA Hiroki | |
| T20-2323 | Agriculture, Food item |
Possible to reduce greenhouse gas in agricultural land! Rhizobia that reduce soil N2O |
MINAMISAWA Kiwamu, HARA Sawa, ITAKURA Manabu, ARTHUR FERNANDES SIQUEIRA | |
| T16-155 | Agriculture, Food item |
Capable of several-fold production of the desired product! Fermentation of fully-dispersed filamentous fungi mutant |
ABE Keietsu, YOSHIMI Akira, MIYAZAWA Ken, TABATA Fuka, GOMI Katsuya | |
| T21-234 | Medical drug(including research tools), Software | Applicable to the screening of amyloid nucleation inhibitor Quantitative analysis of amyloid nucleation from droplets |
FUKUYAMA Mao, HIBARA Akihide, KASUYA Motohiro | |
| T16-212 | Environment, Energy, Agriculture, Food item |
Meet yield standards for solar panel installation and contribute to prevention of natural disasters Balancing solar power generation and agriculture |
NAKAI Yutaka, OGURA Shinichiro, ABE Kenichi | |
| T07-078 | Material |
Highly ductile metallic glass alloy with excellent plastic workability and applicable to metal working processes such as cold pressing High ductile metallic glass alloy |
YOKOYAMA Yoshihiko, INOUE Akihisa | |
| T22-053 | Medical drug(including research tools) |
IBS risk can be determined by bacterial flora testing Method for detecting IBS |
Ryutaro Arita et al. | |
| T22-242 | Electronics, Hardware |
Realization of high performance, highly integrated quantum computer by increased coherence time, anharmonicity, and reduced footprint of qubit Self shunted flux type super conducting quantum circuit element |
YAMASHITA Taro, UCHIDA Tokunoshin | |
| T20-2979 | Material, Electronics, Hardware |
Electromagnetic wave absorber with good noise suppression above 10GHz Rare earth free electromagnetic wave absorber for 5G |
SUGIMOTO Satoshi | |
| T22-281 | Software, Measurement, Machine, Control |
Extracts ground surface conditions with high accuracy Image creation method in UAV survey |
YONEZAWA Chinatsu, OKADA Koharu | |
| T22-278 | Measurement, Machine, Control, Electronics, Hardware |
Able to measure AC susceptibility of thin film and nanoparticle Able to measure simultaneously DC & AC susceptibility Magnetic DC/AC susceptibility measurement device |
Muftah Al-Mahdawi, OOGANE Mikihiko | |
| T22-348 | Electronics, Hardware, Measurement, Machine, Control |
High accurate detection of defect and thinning in structure containing magnetic material. No magnetization required, room temperature operation, low cost, compact size. Non destructive inspection by magnetic hammer testing with TMR sensor |
OGANE Mikihiko, ITO Jun | |
| T20-3099 | Material, Chemistry |
High-quality layered MoS2 and Layered graphite at a lower cost than conventional technologies Layered nanosheet |
HAYASHI Yamato, TAKIZAWA Hirotsugu, ISHII Daigo, EBATO Yusuke, SAWAGUCHI Kyosuke | |
| T22-255 | Environment, Energy, Material |
Introducing a nanoparticle layer into MIM tunnel diodes to significantly improve rectification performance! The technology to improve tunnnel diode rectification performance |
SHIMIZU Makoto, LIU Zen, HIROO Yugami | |
| T20-3056 | Material |
Solder material for precious metal restoration that melts at less than 1000℃ by using the melting point-depression phenomenon of nanoparticle Low melting point alloy solder |
NAKAGAWA Masaru, NAKAMURA Takahiro, HAYAKAWA Toshiaki | |
| T12-060 | Medical drug(including research tools), Agriculture, Food item |
For mass fermentative production of useful substances! High-density culture of mutant filamentous fungi |
YOSHIMI Akira, GOMI Katsuya, ABE Keietsu | |
| T20-3111 | Material, Environment, Energy |
Species and the concentration of anionic defects can be controlled as desired. Anion-containing inorganic solid material, its manufacturing method and manufacturing apparatus |
NAKAMURA Takashi, AMEZAWA Koji, KATSUMATA Takuya | |
| T22-007 | Electronics, Hardware |
In-pixel analog memory array and sub-frame integration High frame rate, low depth noise ToF sensor |
KURODA Rihito, Kuo Chiachi | |
| T12-139 | Material |
High specific capacity property (approx. 580F/g) and good cycle property (over 3000 cycles) Electrode for supercapacitor |
CHEN Mingwei, JIAN Likang, FUJITA Takeshi, HIRATA Akihiko | |
| T21-262 | Electronics, Hardware, Material, Measurement, Machine, Control |
Possible to control IRS without CSI Codebook generator, generation method, control method and program |
KAWAMOTO Yuichi, HASHIDA Hiroaki, HIBI Ryuhei, KATO Nei | |
| T16-108 | Medical drug(including research tools) |
Metformin helps to repair skeletal muscle! Candidate of therapeutic drug for muscular dystrophy |
AOKI Masashi, KANNO Shinichiro, SUZUKI Naoki, ONO Hiroya | |
| T16-147 | Software, Electronics, Hardware |
Possible to reproduce the physical quantity distribution with high accuracy Mapping method and apparatus |
KUTSUKAKE Kentaro, KIKUCHI Ryota, SHIMOYAMA Koji | |
| T22-039 | Chemistry, Measurement, Machine, Control |
Method of atomization in fluidized cavitation for useful substances extraction from waste biomass Continuous pretreatment method for high concentration biomass |
SOYAMA Hitoshi, KITAKAWA Naomi, HIROMORI Kousuke, KUJI Chieko | |
| T21-133 | Electronics, Hardware, Software |
Backscatter signal processing and sidelobe suppression Communication system, signal processor, signal processing program, and communication method |
SHIBA Takashi, SUEMATSU Noriharu | |
| T21-156 | Electronics, Hardware, Software |
Avoid interference between IoT systems and regenerate signal spectrum Frequency spectrum reproduction method and receiver |
SHIBA Takashi, KAMEDA Suguru, SUEMATSU Noriharu | |
| T20-487 | Agriculture, Food item, Software |
Development and evaluation of food processing, preservation and transportation technologies by using single X-ray image obtained from NanoTerasu Analysis and visualization method for medium element |
HIDAKA Masafumi, FUJII Tomoyuki | |
| T18-006 | Environment, Energy, Material |
Mechanical energy conversion into electrical energy with more efficiency by interaction between piezoelectric and magnetostrictive films Piezoelectric-magnetostrictive composite and power generation element |
FURUYA Yasubumi, NARITA Fumio | |
| T20-032 | Agriculture, Food item |
Easy to handle with a great effect on disease control! Plant disease control agent containing a bacteriophage |
TAKAHASHI Hideki, SASAKI Ryouta, ANDO Sugihiro, MIYASHITA Shuhei | |
| T22-234 | Material |
Exploring the possibility of applying difficult-to sinter materials to high-temperature structural materials. High-temperature oxidation resistant transition metal borides |
WAKATABI Koki, KASADA Ryuta, YU Hao, KONDO Sosuke, JIMBA Yuki | |
| T22-225 | Material, Environment, Energy |
create practical materials from unutilized aluminum dross with simple processing to develop new applications. Sulfur oxide remover |
HIRAKI Takehito, CHUBACHI Masaomi | |
| T16-051 | Medical drug(including research tools) |
TCR-IgFc work as an NK cell function enhancer Treatment and Diagnosis of Cancer or Infectious Disease using Recognition Mechanism of TCR |
OGASAWARA Koetsu | |
| T20-452 | Agriculture, Food item |
New function of LysE will contribute to high productivity of commercially used molecules The methods to produce nucleic bases, organic acids and polyamines |
NANATANI Kei, ABE Keietsu | |
| T19-370 | Medical drug(including research tools) |
Inhibition of ferroptosis was confirmed among clinically available drugs Ferroptosis inhibitor by functioning as lipid peroxyl radical scavengers |
MISHIMA Eikan, NAKAGAWA Kiyotaka, YAMADA Kenichi | |
| T14-107 | Medical drug(including research tools) | Gene expression analysis is possible without changing copy number ratio in a sample! Target specific and non-biased gene amplification |
OGASAWARA Koetsu | |
| T21-111 | Measurement, Machine, Control |
Backlash reduction and output accuracy improvement 2 directional driving device |
ABE Kazuki, TADAKUMA Kenjiro | |
| T20-3132 | Measurement, Machine, Control |
Possible to increase stiffness while keeping its thinness Deformable mechanism and gripper |
TAKAHASHI Tomoya, WATANABE Masahiro, TADAKUMA Kenjiro, TAKANE Eri, KONYO Masashi, TADOKORO Satoshi | |
| T19-444 | Civil engineering, Construction, Measurement, Machine, Control |
Positioning process continues even if the object posture is changed Satellite positioning method, device, system and construction equipment |
OHNO Kazunori | |
| T20-1059 | Environment, Energy, Chemistry |
Contribute to carbon neutrality with CO2 fixation technology using Ca/Mg containing waste as raw material! Carbon dioxide fixation method |
WATANABE Noriaki, JIAJIE Wang, TSUCHIYA Noriyoshi | |
| T11-030 | Environment, Energy |
Succeed to improve cycle life by using metal free low cost organic active material (cathode)! Solid-state lithium rechargeable battery |
HONMA Itaru, HANYU Yuki | |
| T12-175 | Environment, Energy |
Achieve energy density equivalent to lead battery by using only organic material! Safe, Low cost, and Long life Power storage device and material for its electrode |
HONMA Itaru, MITANI Satoshi, TOMAI Takaaki | |
| T20-3110 | Environment, Energy, Software |
Possible to orientate rock core objectively and automatically Rock core orientation method by image analysis |
KAMATA Yusuke, MUKUHIRA Yusuke, ITO Takatoshi, ANZAI Hitomi | |
| T22-086 | Agriculture, Food item, Environment, Energy | Effective laser light delivery over a wide area Insecticidal device that diffusely irradiates blue LD |
Hori Masatoshi, Yamamoto Kazuhisa, Fuji Hiroshi | |
| T05-286 | Measurement, Machine, Control |
Degradation evaluation of ceramic thermal barrier coating for gas turbine thermal power plant by using few GHz microwave Non-contact & non-destructive inspection method for thermal barrier coating |
OGAWA Kazuhiro, MIURA Hideo, SHOJI Tetsuo, SUZUKI Mikiko | |
| T20-695 | Agriculture, Food item | Sesamol inhibits enzymes produced by intestinal bacteria Urinary toxin reducer with sesamol |
NAKAYAMA Toru, OIKAWA Daiki, ABE Takaaki | |
| T21-195 | Agriculture, Food item |
Quick and easy elucidation by NIR of the cause for fat and oil oxidation Identification method of the cause for fat and oil oxidation |
OTOKI Yurika, KATO Shunji, NAKAGAWA Kiyotaka | |
| T20-3047 | Agriculture, Food item |
Evaluation of cause and oxidation level of fat and oil to apply to anti-oxidation measure Method to evaluate the acrolein producing capacity of fat and oil |
KATO Shunji, NAKAGAWA Kiyotaka | |
| T22-150 | Material, Measurement, Machine, Control |
Manufacturing method of metal-coated fiber reinforced plastics Provide carbon fiber reinforced plastics with good metal coating adhesion |
YAMANAKA Kenta, CHIBA Akihiko, SUN JIAYU, OGAWA Kazuhiro | |
| T21-019 | Material |
Simple production of porous SiC with high porosity Fractal porous silicon carbide |
YABU Hiroshi, YAMADA Takahiro, MATSUI Jun | |
| T16-152 | Electronics, Hardware |
Realization of highly efficient UV (ultraviolet) sensor with less light attenuation due to a thinner profile without filter Ultra small UV photodiode |
SUGAWA Shigetoshi, KURODA Rihito | |
| T21-028 | Electronics, Hardware,Measurement, Machine, Control |
Reflection of radio wave in the direction of incident radio wave Radio wave reflector and backscatter communication method |
SUEMATSU Noriharu | |
| T09-094 | Measurement, Machine, Control |
Realization of portable shot peening without danger of spark & dust and no shot dispersal Portable water jet peening device |
SOYAMA Hitoshi | |
| T11-125 T12-162 |
Electronics, Hardware |
High-frequency magnetic field measurement method with sub-micron spatial resolution High-frequency magnetic field measurement-device |
ENDO Yasushi, YAMAGUCHI Masahiro, SHIMADA Yutaka, MUROGA Sho | |
| T04-206 T05-248 |
Measurement, Machine, Control |
Surface modification method to improve fatigue strength of metallic material by impact force generated during bubble collapse Surface modification method using flow cavitation |
SOYAMA Hitoshi | |
| T11-053 | Electronics, Hardware |
Indentation modulus 8.4 GPa! Resin replica mold more solid than polyimide Light curing high strength resin mold |
NAKAGAWA Masaru, KUDO Shimpei, NAGASE Koichi, YUN Min Cheol, KUBO Shoichi | |
| T19-753 | Electronics, Hardware |
Contribute to the realization of safer battery with less risk of ignition and rupture Polyelectrolyte that easily expands and contracts with small force |
YABU Hiroshi, ORIMO Shinichi, KISU Kazuaki, GREWAL MANJIT SINGH | |
| T15-157 | Environment, Energy |
No need of pulverization process! Able to product easily the hydrogen gas at low cost! Hydrogen gas production method and equipment |
KANO Junya, WATANABE Chika, KIMURA Rika | |
| T17-103 | Measurement, Machine, Control |
Vibration detection using unique shape of sensor and amount of changing high frequency impedance High-sensitivity and low cost vibration sensor |
ISHIYAMA Kazushi | |
| T18-280 | Measurement, Machine, Control |
Non-contact, non-destructive and position-selective residual stress evaluation using volume variation obtained by microscopic Raman scattering spectrum Residual stress evaluation method for chemically strengthened glass |
TERAKADO Nobuaki, FUJIWARA Takumi, TAKAHASHI Yoshihiro, SASAKI Ryusei | |
| T10-105 | Medical/Welfare device |
Possible to remove bio-film more effectively than pulsatile water jet. Qualified by human trial. Oral cleaning device with cavitation jet |
SOYAMA Hitoshi, YAMAMOTO Matsuo, TAKIGUCHI Takashi | |
| T05-117 | Material |
Iron alloy with specific gravity less than 7, 0.2% proof stress more than 1000 MPa, and tensile stress more than 1000 Mpa Iron alloy that is lighter and stronger than stainless steel |
ISHIDA Kiyohito, KAINUMA Ryosuke, SUTOU Yuji | |
| T18-069 | Measurement, Machine, Control |
Drive voltage 1/10! Multi-electrode plasma actuator that doesn’t generate backflow or arc discharge Plasma actuator that does not require a high-voltage power supply |
SATO Shintaro, OHNISHI Naofumi | |
| T20-154 | Material |
Harmless, high-efficient, thin, and light, low-cost Solar cell N-type SnS thin films applicable for Solar cell |
SUZUKI Issei, KAWANISHI Sakiko, YANAGI Hiroshi | |
| T19-065 | Material, Environment, Energy |
A good balance between large specific surface area and high conductivity Conductive material, porous material and their production method, electrode material and electrical storage device |
NAKAYASU Yuta, HONMA Itaru, KATSUYAMA Yuto | |
| T20-1564 | Material, Environment, Energy |
Possible to produce highly crystalline carbon from sustainable resource raw material Highly crystalline carbon production method, its precursor and its production method |
NAKAYASU Yuta, GOTO Yasuto, WATANABE Masaru, ITO Takashi | |
| T20-3072 | Measurement, Machine, Control |
Realization of low computation cost and high balance & movement performance Robot and its control device & method |
HATTORI Shoei, FUKUHARA Akira, KANO Takeshi, ISHIGURO Akio | |
| T20-505 | Material |
Production of small size and dense spherical particle by cancelling slurry precipitation Possible to apply to MoSiBTiC alloy particle Slurry and spherical particle production method |
NOMURA Naoyuki, ZHOU Weiwei, ZHOU Zhenxing, YOSHIMI Kyosuke | |
| T22-016 | Software, Electronics, Hardware |
Quantum Monte Carlo method based on stochastic computing for solving combinatorial optimization problems on digital computer Simplification and speed up of optimization problem solving method |
HANYU Takahiro, ONIZAWA Naoya, et al. | |
| T20-2955 | Agriculture, Food item |
Feed that adds value to sea urchins Sea urchin aquaculture feed made from laver |
AGATSUMA Yukio, INOMATA Eri, MAEDA Kouhei, HORI Takuma | |
| T21-012 | Measurement, Machine, Control |
Possible to cut off reverse input in linear motion Input/output cut off mechanism |
TADAKUMA Kenjiro, WATANABE Masahiro, ONDA Issei, SAIKI Naoto, KENMOTSU Yuto, KONYO Masashi, TADOKORO Satoshi | |
| T21-035 | Chemistry, Agriculture, Food item |
Realization of synergistic oxidation inhibition by combination with vitamin E Insoluble antioxidant material for edible oil, etc. |
KITAKAWA Naomi, HIROMORI Kosuke, KATORI Suguru, TAKAHASHI Atsushi | |
| T21-257 | Material, Measurement, Machine, Control |
Contributing to miniaturization of 3D magnetic field sensors for IoT applications Magnetic field detection with a single planar element |
TSUKAZAKI Atsushi, FUJIWARA Kohei, SHIOGAI Junichi | |
| T21-339 | Material, Environment, Energy |
Amorphous alloy will simplify the structure of thermoelectric conversion elements, reduce costs, and make them multifunctional. New thermoelectric materials |
TSUKAZAKI Atsushi, FUJIWARA Kohei, SHIOGAI Junichi | |
| T20-3141 | Material, Environment, Energy |
Relatively easy production, large surface area (over 5x5mm2), stable phase transition λ-Ti3O5 thin film |
YOSHIMATSU Kohei | |
| T19-801 | Material |
Expanding application by increasing density through low-temperature sintering ! hard-sintering transition metal boride |
KASADA Ryuta, KONDO Sousuke, YU Hao, JIMBA Yuki | |
| T18-490 | Material, Environment, Energy |
Realization of over 2x high potential characteristic than conventional one! Positive electrode material for magnesium storage battery |
ICHITSUBO Tetsu, SHIMOKAWA Kohei | |
| T19-070 | Material, Environment, Energy |
Realization of sulfur-based positive electrode material from sulfide! Positive electrode material for magnesium storage battery |
ICHITSUBO Tetsu, SHIMOKAWA Kohei, FURUHASHI Takuya | |
| T20-3091 | Electronics, Hardware, Material |
The direction and magnitude of the spin flow can be freely controlled by light! Magnetic metamaterial, spin current control device and spin current control method |
MATSUBARA Masakazu, KATO Takeshi | |
| T12-109 T16-055 T17-137 |
Material |
Formation of high-strength / high-rigidity / high heat-resistant Mo alloy that can be cast (able to melt under 2000℃)! Equivalent to Ni-based alloy! Mo-Si-B-Ti-C alloy |
YOSHIMI Kyosuke, MARUYAMA Kouichi, GOTO Takashi, et al. | |
| T19-755 | Material, Environment, Energy |
Relatively soft material with excellent magnetostrictive properties Magnetostrictive composite material and its manufacturing method |
WANG Zhenjin, NARITA Fumio | |
| T22-084 | Agriculture, Food item, Medical drug(including research tools) |
OsHV-1 promoter for gene delivery and a variety of applications in bivalve molluscs. Strong promoter for marine invertebrates |
YOON Jeongwoong, NAGASAWA Kazue, OSADA Makoto, YIKOI Hayato | |
| T20-3063 | Software, Measurement, Machine, Control |
Avoid inter-system interference and improve space usage efficiency Communication circuit system |
KAMEDA Suguru, SHIBA Takashi, SUEMATSU Noriharu | |
| T20-1565 | Measurement, Machine, Control |
Electron round lens using optical field that can correct spherical aberration. Electron beam modulator and its modulation method |
UESUGI Yuuki, SATO Shunichi, KOZAWA Yuichi | |
| T20-1262 | Measurement, Machine, Control |
Possible to bend in any direction in the flexible state and to keep stiffness in the rigid state Variable stiffness deformable body and mechanism |
WATANABE Masahiro, ONDA Issei, TAKAHASHI Tomoya, TADAKUMA Kenjiro | |
| T21-368 | Environment, Energy, Material |
The alkaline water electrolysis system to suppress production of harmful substances Low environmental impact alkaline water electrolysis system |
TODOROKI Naoto | |
| T18-094 | Medical drug(including research tools) | Renal functions and tissues in diabetic nephropaty models is improved through D-532 oral administration. 1, 3-Dioxolane derivative, D-532 |
SUGAWARA Akira, et al. | |
| T20-1058 | Environment, Energy, Material |
Continuous Cu separation from molten Fe by molten oxide electrolysis Electrochemical transfer of tramp element from molten iron |
NATSUI Shungo, SATO Takahiro, ITO Akihisa, NOGAMI Hiroshi, UEDA Shigeru | |
| T22-140 | Measurement, Machine, Control, Material |
Possible to measure 9 independent elastic modulus in a single vibration experiment and analysis without sample machining or surface treatment Method to measure independent elastic modulus without restriction on material type, form and measurement environment |
YAMAMOTO Go, YUKI Shuma, SAKUDA Yuto | |
| T20-2968 | Electronics, Hardware, Material |
Polycrystalline Heusler alloy film exhibiting performance comparable to that for a single crystal, which can be formed on a flexible substrate Polycrystalline Heusler alloy thin film |
WANG Jian, SEKI Takeshi, TAKANASHI Koki | |
| T18-447 T12-072 |
Medical drug(including research tools) | For the treatment of refractory cancers including pancreatic cancer A novel therapeutic target Vasohibin-2 |
SATO Yasufumi | |
| T20-656 T21-213 |
Electronics, Hardware, Environment, Energy |
Realization of massive information processing by miniaturizing photoelectric conversion device and reducing electric power consumption Multiplex transmission of information by electron spin wave |
KOHDA Makoto, et al. | |
| T20-485 | Medical drug(including research tools) | Vitamin K and its derivative Compounds that suppress ferroptosis |
MISHIMA Eikan, NAKAGAWA Kiyotaka, ITO Shunya | |
| T20-3071 | Electronics, Hardware |
New inductor element using spintronics technology Compact and low-cost inductor element |
IEDA Junichi, FUKAMI Shunsuke, et al. | |
| T20-3129 | Electronics, Hardware |
Innovative technology possible to apply in a wide application by using spintronics Element such as random number generator, oscillator, wave detector and memory that is ultra compact, low power consumption and highly stable |
FUKAMI Shunsuke, IEDA Junichi, et al. | |
| T20-1563 | Electronics, Hardware, Software |
Random number sequence used for encryption is also encrypted to achieve both high security and high speed Optical secure communication system and device |
NAKAZAWA Masataka, YOSHIDA Masato, HIROOKA Toshihiko | |
| T20-1263 | Material, Electronics, Hardware |
High TMR, high sensor sensitivity and cost reduction can be realized using FeSiAl alloy. Low Hk can be obtained for FeSiAl films with wide composition range. MTJ device using FeSiAl alloy |
OOGANE Mikihiko, AKAMATSU Shoma, ANDO Yasuo, KUMAGAI Seiji | |
| T19-438 | Medical drug(including research tools) | Intracellular delivery vehicle Cationic Polymers without cell toxicity |
TOKUYAMA Hidetoshi, OKANO Kentaro et,al. | |
| T20-542 | Material, Medical/Welfare device |
Alloys with high fatigue life and free of nickel element New CoCr alloys with low Young's modulus, high wear and corrosion resistance, and superelasticity |
KAINUMA Ryosuke, OMORI Toshihiro, XU Xiao, ODAIRA Takumi | |
| T21-060 | Material, Environment, Energy |
Alloy that does not stop reaction during the process and continues to produce only hydrogen Mg alloy that generates hydrogen inside neutral aqueous solution |
ANDO Daisuke, SUTOU Yuji, UCHIYAMA Tomoharu | |
| T20-454 | Electronics, Hardware, Chemistry |
It provide a manufacturing method that can suppress die shift Method of manufacturing semiconductor package and its package |
FUKUSHIMA Takafumi, TANAKA Toru, KINO Hisashi, SUSUMAGO Yuki | - |
| T20-626 | Measurement, Machine, Control, Electronics, Hardware |
Detect more information from captured image with accuracy while avoiding the increase of marker number Marker, information processing device and program |
OKADA Yoshito, OHNO Kazunori, TADOKORO Satoshi, TADAKUMA Kenjiro | - |
| T17-138 | Environment, Energy, Civil engineering, Construction |
Simple & accurate determination of β-ray nuclide concentration and distribution b-ray nuclide fractional determination method |
OSAWA Norihisa, IGARASHI Go | |
| T20-449 | Medical/Welfare device |
Appropriate recognition of the cause of one’s underestimated feeding rate Feeding & swallowing function evaluation device, method and program |
MEGURO Kenichi | |
| T16-072 | Medical drug(including research tools) | L-metatyrosine and 2-azatyrosine intake decreases blood urea toxicity Urinary toxin reducers containing tyrosine |
ABE Takaaki, TOMIOKA Yoshihisa | |
| T21-062 | Civil engineering, Construction |
Enable on-site, nondestructive, simple and accurate measurement of early age concrete strength The measurement of early age concrete strength before demolding |
NISHIWAKI Tomoya, NARANTOGTOKH Bayarjavkhlan, HARA Shoumi, MALIHA Maisha, TAKASUGI Fumiya | |
| T19-437 | Material, Environment, Energy |
The antenna captures light and extracts it as power ― Enables photoelectric conversion of MIR&FIR ― Photoelectric conversion device (Optical rectenna) |
MATSUURA Daisuke, SHIMIZU Makoto, YUGAMI Hiroo | |
| T21-278 | Electronics, Hardware, Material |
Solar cell using transition metal Dichalcogenide Light, transparent, flexible, Photoconversion device |
KATO Toshiaki, HE Xing, KANEKO Toshiro | |
| T19-817 | Agriculture, Food item |
Blue LED promoting the growth of seaweeds LED light which has fixation property underwater |
AOKI Masakazu | |
| T20-546 | Electronics, Hardware, Measurement, Machine, Control |
Able to keep non-volatile magnetic information and to operate at high-speed with low power consumption Optical spin device, its operation method and information storage device |
NITTA Junsaku | |
| T17-007 | Medical drug(including research tools) | Serum markers appearing in patients with Takayasu arteritis Takayasu arteritis diagnostic marker |
SHIRAI Tsuyoshi, FUJII Hiroshi, ISHII Tomonori, HARIGAE Hideo | |
| T18-108 | Environment, Energy, Material |
With low environmental load that enables organic solvent recycling Rare metal collecting method using a single organic solvent that does not require waste liquid treatment of acid solution |
SASAKI Yasushi, MIKI Takahiro | |
| T18-501 | Measurement, Machine, Control |
High resolution and high accuracy absolute position measurement using diffracted light Absolute position measurement device and measurement method |
SHIMIZU Yuki, WEI Gao | |
| T19-796 | Electronics, Hardware, Measurement, Machine, Control |
Enabling to evaluate low-conductivity material High Frequency-Enhanced ESM |
HIRANAGA Yoshiomi | |
| T21-068 | Measurement, Machine, Control, Electronics, Hardware |
Able to detect wide range signal from near ultraviolet to near-infrared with good S/N ratio Spectrometer that can reduce stray light intensity to below 1/1000 |
IWAI Shinichiro, KAWAKAMI Yohei | - |
| T10-043 | Material |
Porous Fe, Si, C, W, Ti, Cr, Zr, Nb, Mo, Ta, their alloys → Possible ! Open nano porous "base metals and semi-metals", their surface treatments and composites |
KATO Hidemi, WADA Takeshi, et al. | |
| T16-130 | Material, Environment, Energy |
To provide a thermoelectric material having an improved figure of merit. Thermoelectric material and thermoelectric module |
YOKOTA Yuui, YOSHIKAWA Akira | |
| T21-224 | Chemistry, Environment, Energy |
Expand the variety of proton-containing ceramics. Method for producing Proton-containing oxides |
ISHII Akihiro, TAKAMURA Hitoshi, KUME Daisuke | |
| T19-341 | Medical/Welfare device |
Solution for real-time monitoring and controlling of occlusion Occlusion measurement system |
YAMBE Tomoyuki, SHIRAISHI Yasuyuki, FUKAYA Aoi, YAMADA Akihiro, INOUE Yusuke | |
| T20-434 | Medical drug(including research tools), Software |
Face the pathogens like SARS-Cov-2 Prediction Algorithm of Virus Mutation |
OGASAWARA Koetsu | |
| T16-191 | Material |
Able to obtain formed body with excellent corrosion & wear resistance, and high hardness & toughness Co-based alloy powder for electron beam lamination shaping |
CHIBA Akihiko, SASAKI Nobuyuki | |
| T20-3045 | Environment, Energy, Chemistry, Material |
Able to separate hydrogen isotope (H2 and D2) at room temperature by using a certain substance Hydrogen isotope separation |
TAKAISHI Shinya, KISHIMOTO Naoki, UCHIDA Kaiji, NORO Shinichiro | |
| T18-109 | Medical drug(including research tools) | Companion Diagnostic Tool of Ovcebo Blood markers to determine therapeutic efficacy of immune checkpoint inhibitors |
FUJIMURA Taku | |
| T20-156 | Measurement, Machine, Control, Electronics, Hardware |
Integrated and multi modal sensor system Sensor unit and sensor |
FROEMEL Joerg, MUROYAMA Masanori, GILDAS Diguet, OTAKA Koichi | - |
| T21-072 | Measurement, Machine, Control |
High speed, video-rate 3D imaging with a high spatial resolution like confocal microscopes Real-time 3D optical imaging |
KOZAWA Yuichi | |
| T17-106 | Measurement, Machine, Control |
Conversion of depth information linearly into planar information! Holographic optical element and its manufacturing method |
NAKAMURA Tomoya, IGARASHI Shunsuke, KOZAWA Yuichi | |
| T19-369 | Measurement, Machine, Control, Electronics, Hardware |
adjust the Q factor of multiple orthogonal modes Q factor trimming for Oscillator |
TSUKAMOTO Takashiro, TANAKA Shuji | - |
| T15-153 T17-161 T18-098 T21-087 T21-089 T21-090 T19-369 |
Measurement, Machine, Control, Electronics, Hardware, Material |
New method enhances gyro use cases Multi-Use FM Gyro Sensor |
TSUKAMOTO Takashiro, TANAKA Shuji | - |
| T20-831 | Medical/Welfare device, Software |
Automatically identify the same part in a tree-structural organ at different disease stages for comparison A method for evaluation of tree-structural human organs |
TOMINAGA Junya, SUITO Hiroshi | - |
| T19-448 | Environment, Energy |
Able to use PTFE particles without fluorinated dispersant Non-fluorinated PTFE water dispersant |
YABU Hiroshi | |
| T19-816 | Agriculture, Food item |
Protect human and animals from viruses by Immunobiotics New Lactobacillus strain that enhance immune activity |
KITAZAWA Haruki, ASO Hisashi, OTSUBO Wakako | |
| T17-099 | Electronics, Hardware |
High sound quality and Anti-dust, water etc. Electrostatic MEMS Speaker |
FROEMEL Joerg, TANAKA Shuji, OHTAKA Koichi | |
| T19-821 | Material, Environment, Energy |
Possible to integrate into small electronic device and to control heat flow Nanosheet and its manufacturing method |
KINOSHITA Hiroya, TERAKADO Nobuaki, TAKAHASHI Yoshihiro, FUJIWARA Takumi | |
| T20-029 | Measurement, Machine, Control |
Able to change its own shape and maintain high rigidity with small force Variable stiffness connecting body |
TADAKUMA Kenjiro et al. | |
| T20-030 | Measurement, Machine, Control, Material |
Able to effectively self-repair in any environment, even in the case of major damage, regardless of external factor Self-healing mechanism and soft robot |
TADAKUMA Kenjiro et al. | |
| T10-015 | Measurement, Machine, Control, Electronics |
Able to transport/purify submicron particles with simple structure but without using carrier gas Mixture and transportation control technology for micro particles |
TAKANA Hidemasa, SHINOHARA Keisuke | |
| T14-018 | Chemistry |
Easy to coat polymer which is difficult to mold by injection Polymer coating by cold spray method |
OGAWA Kazuhiro | |
| T20-2758 | Environment, Energy |
Avoid side reaction and prevent battery performance degradation Realization of 4.7 V class lithium-ion battery |
HONMA Itaru, YUAN Guohao | |
| T20-2755 | Chemistry, Environment, Energy |
More suppression of dendrite growth than conventional level! Technology of electrolyte for lithium / sodium metal anode storage battery |
ICHITSUBO Tetsu, LI Hongyi, MURAYAMA Masaki | |
| T09-151 | Material |
Available synthesized by a simple method without using a modifier Inorganic-organic hybrid material |
ARITA Toshihiko | |
| T12-019 | Chemistry |
Available mass produced by a simple method without using a modifier Inorganic-organic hybrid material |
ARITA Toshihiko | |
| T13-052 | Chemistry, Material |
Available mass produced by a simple method without using a modifier Surface-modified cellulose nanomaterial |
ARITA Toshihiko | |
| T14-114 | Chemistry |
Excellent Redispersibility filler which is high activity since no modify surface Cellulose crystal powder |
ARAKI Jun, ARITA Toshihiko | |
| T15-028 | Chemistry |
inexpensive catalyst is available instead of platinum High proton conductivity electrolysis with lower acidity than Nafion® |
ARITA Toshihiko, MASUHARA Akito, et al. | |
| T15-073 | Chemistry, Material |
Excellent re-dispersibility in water and high activity due to no surface treatment Cellulose nanocrystal ball |
ARAKI Jun, ARITA Toshihiko | |
| T15-167 | Electronics, Hardware |
Avoid size dispersion, able to synthesize single crystal Synthesis method for position controllable transition metal dichalcogenide |
KATO Toshiaki, KANEKO Toshiro | |
| T20-1056 | Measurement, Machine, Control, Electronics, Hardware |
High-performance neutron counter which is compact, fast, accurate and robust against gamma radiation but doesn’t need power source Neutron beam detector |
OKUNO Yasuki | |
| T19-894 | Software |
Highly Precise Noise Filter for Time-Series Data Structure-Aware Temporal Bilateral Filter |
HUANG JIAWEI, KITAMURA Yoshifumi | |
| T21-002 | Material, Electronics, Hardware |
Able to product high purity single chirality CNT at low cost Carbon nanotube production catalyst, carbon nanotube and its production method |
KATO Toshiaki, KANEKO Toshiro | |
| T20-641 | Environment, Energy, Material |
zT > 0.8 with MgSn Thermoelectric Material High-Efficiency MgSn TE Material |
SAITO Wataru, HAYASHI Kei, MIYAZAKI Yuzuru | |
| T19-390 T19-706 T19-709 |
Material |
Realization of α"-Fe16N2 particle powder with giant saturation magnetization Rare-earth free ferromagnetic particle powder showing BHmax above 6 MGOe |
TAKAHASHI Migaku, SAKUMA Akimasa, OGAWA Tomoyuki, OGATA Yasunobu, KOBAYASHI Naoya, Ruw an Polw atta Gallage, KOHARA Kaori | |
| T19-802 | Material, Medical/Welfare device |
High antibacterial property, biocompatibility and a low Young's modulus close to the cortical bone Titanium alloy for biomedical application |
MASAHASHI Naoya, HANADA Shuji, MOKUDAI Takayuki, ITOI Eiji, MORI Yu, INOUE Hiroyuki | |
| T21-064 | Material |
On field visual detection of hydrogen permeation into metallic material Eye-readable hydrogen detection system for metals |
KAKINUMA Hiroshi, AKIYAMA Eiji, AJITO Saya, KOYAMA Motomichi, HOJO Tomohiko | |
| T08-142 | Environment, Energy |
Lamination technology that enables high electric power density without compromising power generation efficiency Solid oxide fuel cell able to miniaturize |
TAKAMURA Hitoshi | |
| T18-273 | Medical drug(including research tools) | Human trophoblast stem cells developed from ES/iPS cells ! Cells capable of differentiating into placenta-constituting cells, and method for producing same |
Takahiro Arima, Norio Kobayashi, Hiroaki Okae | |
| T20-1055 | Material, Electronics, Hardware |
New Ca electrolyte composition which satisfies all essential properties required for rechargeable battery Calcium battery and its electrolyte and composition |
KISU Kazuaki, KIM SANGRYUN, ORIMO Shinichi | |
| T18-016 | Material, Measurement, Machine, Control |
Cheap ingredients and low-T fabrication compatible with mass production. Hall sensor operable under bending conditions and over a wide T range A metal-based Hall sensor material is coming!! |
TSUKAZAKI Atsushi, FUJIWARA Kohei | |
| T18-074 | Material |
High wear and corrosion resistance for molding super engineering plastics! Low cost mass production deployment is possible since powder metallurgy technology is not used Fe-based alloys |
YAMANAKA Kenta, CHIBA Akihiko | |
| T08-032 | Electronics, Hardware |
For Simple and precise high speed vision sensors Concise Vision Sensor Synchronization |
KAGAMI Shingo | |
| T16-141 | Measurement, Machine, Control |
Damage-less sputtering / Independent control of ion energy and flux / Useable in ferromagnetic target High-density plasma sputtering device |
TAKAHASHI Kazunori, FUKUSHIMA Jun, ANDO Akira, SASAKI Yasumasa | |
| T20-046 | Civil engineering, Construction |
Liquefaction risk can be estimated without ground data Liquefaction Risk Assessment AI |
KAZAMA Motoki, KAMURA Akiyoshi, KURIHARA Tsuyoshi | |
| T18-270 | Environment, Energy, Material |
Efficient as the conventional type by a completely new principle Nano-Channel Thermoelectric Device |
ONO Takahito, NGUYEN Van Toan | |
| T16-036 | Environment, Energy, Material |
Highly efficient MnSi baset material High-Efficiency MnSi based thermoelectric material |
MIYAZAKI Yuzuru, HAYASHI Kei, YUBATA Kunio, HAMADA Haruki, SATO Mika | |
| T19-064 | Material, Environment, Energy |
Dry process, low cost, quick& simple joining technology! Technology for easy and strong resin/metal bonding |
SATO Yutaka, et al. | |
| T16-100 | Material |
Possible to produce high laser absorption metal powder with finely dispersed ceramic on the surface, and metal/ceramic composite material having complex shape! Metal / ceramic composite material |
NOMURA Naoyuki, YOSHIMI Kyosuke, KAWASAKI Akira, ZHOU Weiwei | |
| T17-124 T19-041 T20-3114 |
Electronics, Hardware |
Realization of phase-change memory with high speed, thermal stability and low energy operation Non-volatile memory materials that occur phase change between their crystal phases |
SUTOU Yuji, MORI Shunsuke, KOIKE Junichi, YI Shuang, HATAKEYAMA Shogo | |
| T19-017 | Software |
Enable contents to stick on moving objects Fast Projection System |
KAGAMI Shingo | |
| T13-121 S18-012 |
Software |
Smart data relay by DTN based LAN Relay-by-Smartphone® |
KATO Nei, NISHIYAMA Hiroki | |
| T16-120 | Measurement, Machine, Control |
Possible to visualize the effect of electrons when a magnetic field is applied, and observe & evaluate electron/spin distribution! Method for creating electron-beam hologram, magnetic filed information measurement method and magnetic field information measuring device |
SHINDO Daisuke, SATO Takafumi | |
| T21-003 | Environment, Energy |
It is possible to harvest energy from vibration as well as impact Functional piezoelectric material |
WANG Zhenjin, MARUYAMA Kohei, NARITA Fumio | |
| T18-504 | Electronics, Hardware |
Torsion bar resistant to torsional fatigue! Vacuum sealing not needed but long life and low cost MEMS laser scanner Scanning mirror and its manufacturing method |
HANE Kazuhiro, SASAKI Takashi, FUJITA Yuki | |
| T20-1102 | Measurement, Machine, Control, Environment, Energy |
Able to learn and estimate the coke strength after reaction (CSR) and deformation pattern 3D coke deformation recognition system by deep learning |
NATSUI Shungo, NOGAMI Hiroshi, HIRAI Azuma | |
| T21-047 | Software, Measurement, Machine, Control |
Realizing highly accurate eye gaze input by smart phone Eye gaze input device |
FUJITA Kazuyuki, NAGAI Takahiro, TAKASHIMA Kazuki, KITAMURA Yoshifumi | |
| T11-095 | Medical drug(including research tools) | Realization of high thermal resolution with cell sample measurement Thermal detection device |
ONO Takahito, INOMATA Naoki, TODA Masaya | |
| T14-123 | Software |
Highly confidential online storage using blockchain and secret sharing method P2P-type distributed online storage |
SAKAI Masao, HASEGAWA Shingo, et al. | |
| T19-571 | Electronics, Hardware, Measurement, Machine, Control |
MEMS mirror for micro-scanner enabling stable control by eliminating nonlinear motion Omnidirectional scanning mirror |
HANE Kazuhiro, SASAKI Takashi | |
| T20-504 S20-074 |
Software |
Easy viewing of curved topography! Useful program for management of river, road, waterway, coastline, etc.! Program for automatic extraction and longitudinal visualization of topographic cross section |
HASHIMOTO Masakazu, SATO Shosuke, ICHIKAWA Ken, NASUNO Arata, AMAYA Kaori | |
| T19-383 | Electronics, Hardware, Material |
Tunnel magneto-resistive sensor (TMR sensor) with high sensitivity and accuracy Magnetic sensor |
OGASAWARA Takahiro, OGANE Mikihiko, TSUNODA Masakiyo, ANDO Yasuo | |
| T19-380 | Material, Medical/Welfare device |
Able to maintain excellent antibacterial properties for a long time! Biomaterial and its manufacturing method |
UEDA Kyosuke, NARUSHIMA Takayuki | |
| T16-059 | Measurement, Machine, Control |
Significant time savings by environmentally friendly plasma sterilization system! Pathogen & pest control device and reaction vessel |
KANEKO Toshiro, TAKASHIMA Keisuke | |
| T20-2977 | Measurement, Machine, Control |
Next-generation electron spectrometer, which simultaneously satisfies the trade-off between energy resolution and sensitivity while keeping the instrument compact. Ultra-high resolution & sensitivity electron spectrometer |
TAKAHASHI Masahiko, NAKAJIMA Isao, ONITSUKA Yuuki | |
| T16-063 | Medical drug(including research tools) | Able to simply diagnose diabetic nephropathy! Monoclonal antibody recognizing phenyl sulfate |
TOMIOKA Yoshihisa, TSUKAMOTO Hiroki, KANEMITSU Yoshitomi, MATSUMOTO Yotaro, KONDO Yoshinori, ABE Takaaki | |
| T19-072 | Medical drug(including research tools) | Anti-vascular endothelial antibody (serum marker) detected in ulcerative colitis Diagnostic marker for inflammatory bowel disease |
SHIRAI Tsuyoshi, FUJII Hiroshi, ISHII Tomonori, HARIGAE Hideo, KAKUTA Yoichi, MASAMUNE Atsushi, MUTOH Tomoyuki | |
| T19-011 | Software |
3-steps analysis to extract accurate spatial information! Spatial information extraction of floating objects on the sea |
MURATA Hiroki, YONEZAWA Chinatsu, KOMATSU Teruhisa | |
| T19-018 | Electronics, Hardware |
TMR ratio over 200% with no B addition, low temperature heat treatment and sputtered film formation Co-based magnetic alloy for high TMR element |
MIZUKAMI Shigemi, TSUCHIYA Tomoki, ICHINOSE Tomohiro, KUNIMATSU Kazuma | |
| T19-441 | Measurement, Machine, Control |
Possible to check the quality of metamaterials inexpensively, quickly, and accurately. Evaluation method for optical properties |
SHIMIZU Makoto, et al. | |
| T18-503 | Material, Environment, Energy |
Amorphous silicon can be fabricated by liquid quenching method! Application to anode materials, etc. Amorphous silicon powder |
OKADA Junpei, NAKAYAMA Koji, WADA Takeshi | |
| T19-159 | Electronics, Hardware |
Precise manufacture of complicated structure with sparse/dense micro/nano-patterns! Optical nanoimprinting method that enables a uniform residual layer without burr generation at mold edge |
NAGASE Kazuro, IKEDO Hiroaki, UEHARA Takuya, NAKAGAWA Masaru | |
| T19-355 | Material |
Elastic alloy with Young's modulus less than 25 Gpa which remains in the elastic range even when 600 Mpa stress is applied Alloy with large elastic strain over 4% |
KAINUMA Ryosuke, OMORI Toshihiro, XU Xiao, XU Sheng | |
| T20-2911 | Measurement, Machine, Control |
The smart chair guides user's posture and prevents excessive physical load Seat angle change equipment |
FUJITA Kazuyuki, SUZUKI Aoi, TAKASHIMA Kazuki, IKEMATSU Kaori, KITAMURA Yoshifumi | |
| T18-355 | Material, Chemistry |
High production yield and extremely low energy consumption! Manufacturing method and device for aluminum nitride particles |
TAKIZAWA Hirotsugu, TAMBA Yuta, HAYASHI Yamato, YAMADA Katsuhiro, TORISU Takeshi, NOMOTO Hiderou, KOHNO Takumi | |
| T20-338 | Environment, Energy |
Mg2Si film with high porosity and uniform vacancies Mg2Si thermoelectric conversion film with reduced thermal conductivity while keeping electrical conductivity |
YAMADA Takahiro, YABU Hiroshi, MATSUI Jun | |
| T19-849 | Material |
Wide colored pigment without transition metals Colorful TiO2 Particle |
YIN Shu et al. | |
| T16-008 | Measurement, Machine, Control |
All-directional movement with a simple mechanism! Run in any direction on uneven ground! Drive mechanism with high runnability for all-directional movement |
TADAKUMA Kenjiro et al. | |
| T12-101 | Electronics, Hardware |
No need for chemical or gas cylinder Environmentally friendly and efficient extermination of pathogen and pest Pathogen and pest extermination equipment |
KANEKO Toshiro, KATO Toshiaki | |
| T20-503 | Measurement, Machine, Control |
Reproduce realistic sensations even with narrow bandwidth vibration devices! No noise! Haptics technology for highly realistic reproduction of audio signals, etc. |
KONYO Masashi, TADOKORO Satoshi, etc | |
| T19-438 | Medical drug(including research tools) | Be promising as drug delivery vehicles, cell incubation indicators and cell thermometers Cationic polymers for intracellular delivery without cell toxicity |
TOKUYAMA Hidetoshi, OKANO Kentaro et,al. | |
| T15-050 | Medical/Welfare device |
To provide evaluation method for swallowing function, sense of taste for food A non-contact quantitative analysis device for food taken movement |
YAMBE Tomoyuki, SHIRAISHI Yasuyuki, et al. | |
| T14-121 | Electronics, Hardware |
Able to product GaN at low cost by forming of nitride semiconductor crystal boules Nitride semiconductor freestanding substrate production method |
MATSUOKA Takashi | |
| T15-001 | Measurement, Machine, Control |
Manufacture small structure in short time by controlling the metallic glass material shape Wavefront control element and diffraction grating |
KATO Hidemi, YASHIRO Wataru | |
| T16-087 | Electronics, Hardware |
Easy production of well-dispersed amorphous nanoparticles at low temperature Amorphous nanoparticles, production method and dispersion |
HAYASHI Yamato, NARITA Ichihito | |
| T18-089 | Environment, Energy |
Able to store more electricity by using amorphous titanium Ultracapacitor materials and ultracapacitors |
FUKUHARA Mikio, HASEGAWA Fumihiko, KURODA Tomoyuki, HASHIDA Toshiyuki | |
| T17-105 | Material |
Oxide dispersion strengthened alloys with uniform dispersion of fine oxide
particles can be fabricated by the additive manufacturing method! Oxide dispersion strengthened alloys |
SEKIDO Nobuaki, SATO Katsuhiro, YOSHIMI Kyosuke | |
| T18-517 | Material |
Able to product high-temperature oxide superconducting tape wire over several kilometers without degrading superconducting properties Joining method for high-temperature oxide superconducting tape wire |
HASHIZUME Hidetoshi, SATO Yutaka | |
| T18-019 | Environment, Energy |
Limit hydrogen generation of stomach acid battery by using conductive polymer Battery & anode for stable and long time electricity generation |
HONMA Itaru | |
| T18-356 | Material |
Suitable for thermally conductive filler and high-strength filler of sealing resin Method and apparatus for producing aluminum nitride wire |
TAKIZAWA Hirotsugu, HAYASHI Yamato, et al. | |
| T18-272 | Measurement, Machine, Control |
Avoid temperature rise of the injection device due to plasma and maintain a high sterilization effect Injection device of liquid containing active species and sterilization & extermination method |
KANEKO Toshiro, TAKASHIMA Keisuke | |
| T19-377 | Software |
Possible to solve complex optimization problems with current quantum annealing Solution for 3rd order and higher nonlinear transformation, etc. by quantum annealing |
OHZEKI Masayuki | |
| T19-627 | Software |
Technique for selecting the optimal route with high accuracy in hybrid approach Optimal route selection technique which flexibly changes the cost function (AI) |
OHZEKI Masayuki | |
| T17-036 | Medical drug(including research tools) | Administration of little amount of prepared liquid drug shows excellent antitumor efficacy! Lymphatic drug delivery system |
KODAMA Tetsuya, MORI shiro | |
| T18-096 | Electronics, Hardware |
Real-time monitoring of several different frequency bands Frequency spectrum regeneration method, receiver and reception method |
SUEMATSU Noriharu, FURUICHI Tomoyuki, AKIMOTO Kohei, MOTOYOSHI Mizuki | |
| T15-104 | Material |
Manufacturing Li4Ti5O12-carbon composite by using microwave at low cost! Oxide ceramics – carbon composite and its manufacturing process |
HAYASHI Yamato, TAKIZAWA Hirotsugu | |
| T15-198 | Measurement, Machine, Control |
Rapid obtaining of optical information in the depth direction to create 3D optical image! Optical information apparatus and microscope system |
KOZAWA Yuichi | |
| T18-058 | Software |
The system enables buyer to receive data even when seller is offline Information processing system safely to realize transaction of confidential data |
SAKAI Masao, IWAZAKI Junya, KOIZUMI Eisuke | |
| S19-009 | Others |
Total solution for satellite’s development, evaluation, launch and application Micro- and Nano-satellites for space exploration |
YOSHIDA Kazuya, KUWAHARA Toshinori, SAKAMOTO Yuji | |
| T19-458 | Software |
Achieving higher computational speed than conventional methods without decryption High-speed computational method for encrypted data |
HONMA Naofumi, UENO Rei | |
| T19-076 | Electronics, Hardware |
Comparable computing ability with quantum annealing at room temperature Random number generation unit and computing system |
FUKAMI Shunsuke, OHNO Hideo, et al | |
| T18-508 | Medical drug(including research tools) | Over 1000 times affinity to bind with RNA virus (vs. DPQ)! Promising diagnostic and inhibitory drug! An inhibitor of Influenza A virus: tFIT-DPQ probe |
SATO Yusuke, NISHIZAWA Seiichi, TANABE Takaaki, KAWAGUCHI Atsushi | |
| T16-040 | Medical drug(including research tools) | Degradation and clearance of disease related intracellular targets by autophagy Cargo-specific degraders using selective autophagy |
ARIMOTO Hirokazu, ITTO Kaori, TAKAHASHI Daiki | |
| T16-074 | Electronics, Hardware |
Realize ultimate sensitivity and wide dynamic range over 100 dB in one exposure High Sensitivity and Wide Dynamic Range CMOS Image Sensor |
SUGAWA Shigetoshi et al | |
| T15-027 | Others |
Phenyl Sulfate can be a predictor for a risk of developing Diabetic Kidney Disease Risk Marker for Diabetic Kidney Disease |
ABE Takaaki, OGAWA Shin, TOMIOKA Yoshihisa | |
| T18-057 | Software |
User ID (public-key) management method for highly anonymous decentralized services An anonymous key exchange technology with good security and simplicity |
SAKAI Masao, IWAZAKI Junya, KOIZUMI Eisuke, HASEGAWA Shingo, ISOBE Shuji, FUKUMITSU Masayuki | |
| T15-071 | Material |
Specific gravity is less than one third of Nitinol! The lightest superelastic alloy worldwide without allergic elements Magnesium alloy exhibits superelastic effect |
ANDO Daisuke, SUTOU Yuji, OGAWA Yukiko, KOIKE Junichi | |
| T12-102 | Material |
A cost down semi-solid die-casting method, applicable to present apparatus A semi-solid diecast product with its particles’ diameter as 2~4μm |
ITAMURA Masayuki , ANZAI Kouichi | |
| T17-024 | Medical drug(including research tools), Agriculture, Food item | New method for screening mitochondrial function-enhancer Drug-screening method based on new regulatory mechanism of mitochondria & the products |
Yamakuni Toru, Kawahata Ichiro | |
| T14-026 | Medical drug(including research tools) |
Capable of selecting anti EGFR antibody-sensitive/resistant patient from Ras wild-type group Method for predicting of sensitivity to chemotherapy for colorectal cancer |
ISHIOKA Chikashi, TAKAHASHI Shin, OUCHI Kota, SHIMODAIRA Hideki, ABURATANI Hiroyuki | |
| T12-042 | Chemistry |
Enables to effectively oxidize sec-alcohol as well as n-alcohol and to oxidized with air Novel alcohol oxidation catalyst |
IWABUCHI Yoshiharu | |
| T11-036 | Medical drug(including research tools) |
low molecular weight compound with anti-cancer activity for nano-molarity Anti-cancer drug with HDAC and PI3K inhibitory activity |
SAIJO Ken, ISHIOKA Chikashi, KATO Tadashi | |
| T09-087 | Material |
New material for PRAM with thermal stability New material for PRAM |
SUTO Yuji, KOIKE Junichi, SAITO Yuta, KAMATA Toshiya | |
| T08-080 | Measurement, Machine, Control |
Maintenance and rare metal free generator Permanent Magnet Reluctance Generator |
NAKAMURA Kenji, ICHINOKURA Osamu |