View source for TOHOKU UNIVERSITY patent applications published on July 25th, 2024

'''Summary of the patent applications from TOHOKU UNIVERSITY on July 25th, 2024'''

1. **Summary**:
TOHOKU UNIVERSITY has recently filed patents for innovative technologies in various fields. The first patent describes an information processing device that controls a target device based on layout constraint conditions in a space. The second patent involves a spectral function-equipped imaging element for spectrum acquisition. The third patent presents a compact radiation detection device with enhanced accuracy. The fourth patent offers a method for quick phenylalanine quantification in blood. Lastly, a treatment solution for halosilanes with a cyclic structure is also patented.

2. **Key Points of Patents**:
- Information processing device for device control based on layout constraints.
- Spectral function-equipped imaging element for spectrum acquisition.
- Compact radiation detection device with enhanced accuracy.
- Method for quick phenylalanine quantification in blood.
- Treatment solution for halosilanes with a cyclic structure.

3. **Notable Applications**:
- Home automation, industrial control, robotics, and autonomous vehicles for the information processing device.
- Scientific research, medical imaging, environmental monitoring, and quality control for the spectral function-equipped imaging element.
- Healthcare, nuclear power plants, security, and environmental monitoring for the radiation detection device.
- Medical diagnostics, specifically for monitoring phenylketonuria patients, for the phenylalanine quantification method.
- Chemical manufacturing processes for the treatment solution for halosilanes.




==Patent applications for TOHOKU UNIVERSITY on July 25th, 2024==

===COMPOSITION FOR INCREASING MUSCLE MASS ([[TOHOKU UNIVERSITY (18289935). COMPOSITION FOR INCREASING MUSCLE MASS simplified abstract|18289935]])===


'''Main Inventor'''

Michiaki ABE


===TREATMENT SOLUTION AND TREATMENT METHOD ([[TOHOKU UNIVERSITY (18605574). TREATMENT SOLUTION AND TREATMENT METHOD simplified abstract|18605574]])===


'''Main Inventor'''

Kenya UCHIDA


===METHOD FOR QUANTIFYING PHENYLALANINE IN BLOOD, AND MEASUREMENT KIT USED THEREFOR ([[TOHOKU UNIVERSITY (18561497). METHOD FOR QUANTIFYING PHENYLALANINE IN BLOOD, AND MEASUREMENT KIT USED THEREFOR simplified abstract|18561497]])===


'''Main Inventor'''

Yoichi WADA


===RADIATION DETECTION DEVICE ([[TOHOKU UNIVERSITY (18410450). RADIATION DETECTION DEVICE simplified abstract|18410450]])===


'''Main Inventor'''

Yoshiharu KITAYAMA


===SPECTRAL FUNCTION-EQUIPPED IMAGING ELEMENT AND MANUFACTURING METHOD THEREFOR, MANUFACTURING METHOD FOR PIXELATED OPTICAL FILTER ARRAY, AND PRODUCT COMPRISING SPECTRAL FUNCTION-EQUIPPED IMAGING ELEMENT ([[TOHOKU UNIVERSITY (18562706). SPECTRAL FUNCTION-EQUIPPED IMAGING ELEMENT AND MANUFACTURING METHOD THEREFOR, MANUFACTURING METHOD FOR PIXELATED OPTICAL FILTER ARRAY, AND PRODUCT COMPRISING SPECTRAL FUNCTION-EQUIPPED IMAGING ELEMENT simplified abstract|18562706]])===


'''Main Inventor'''

Yoshiaki KANAMORI


===INFORMATION PROCESSING DEVICE, MOVING BODY, INFORMATION PROCESSING METHOD, AND PROGRAM ([[TOHOKU UNIVERSITY (18561611). INFORMATION PROCESSING DEVICE, MOVING BODY, INFORMATION PROCESSING METHOD, AND PROGRAM simplified abstract|18561611]])===


'''Main Inventor'''

Kazunori OHNO