A next-generation POS system that uses a camera to capture multiple loaves of bread and automatically identifies the type and quantity in batches. It contributes to speeding up checkout operations and simplifying staff training.

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A self-checkout system for cafeterias. It can be used in conjunction with e-money payments to make checkout unattended and faster. It can be used in company cafeterias and student cafeterias.

POS system for retail stores. Using image recognition and RFID tags, anyone can operate the cash register accurately and quickly. It also supports various types of cashless payment.

This is a fortune telling system that judges one’s fortune by throwing a stick that uses Buffon’s needle problem. This is a new type of fortune telling with user participation.

Users can draw omikuji without touching the screen or tube. It is also a safe way to prevent infections. Anyone, young or old, male or female, can enjoy it.

(Development cooperation: Miwa Myojin Okami Shrine)

An Internet-enabled enclosure trap with an automatic estimation function. It automatically detects the number of birds and animals and captures them at the optimal timing. Operation status is notified by e-mail, and can be controlled from a PC at home.

Provides powerful support for the design of yarn-dyed fabrics. The system accurately simulates and displays the finished texture, and the design is automatically developed into a production instruction.

Supports print, jacquard weaving, and knit designs. TEX-STYLE greatly streamlines design preparation, including editing of hand-drawn original and motif drawings, color reduction, repeat creation, and color scheme development.

This is a system that identifies meals on a tray by extracting the area using 3D measurement, and displays the product name, price, calories, nutrients, etc.

This is an inspection system for tablets and capsules. The system analyzes and identifies the letters and shapes on the surface of the drug.

AI-Scan technology is applied to the analysis of 15 million images taken at RIKEN’s X-ray free electron laser facility (SACLA).

This system identifies point stickers attached to the base paper. The system identifies the number and color of point stickers and automatically totals each one.

This is a system for identifying individual soft-shelled turtles. Individuals are identified by photographing the pattern on the ventral shell. A special waterproof photographing device is manufactured.

We are conducting research on the identification of general products that are sold in mass merchandisers and convenience stores. We have various sensor devices, lighting controllers, and other research equipment.

This is a prototype of a self-checkout system that identifies fruits, vegetables, and other perishable foods that do not have barcodes. It also identifies the variety of products by capturing their detailed characteristics.

A database of textile information. It provides viewer function and setting of disclosure range for each customer. Data created by our textile CAD can be imported.