Omron Corporation

Shingo Kawamoto

Mitsunori Sugiura

Tetsuro Tsurusu

Kohei Fujio

Ryosuke Kono

Akihiro Ishii

Ryoji Shimizu

Muneharu Miyakoshi

Yuji Makita

Shinichi Kinoshita

Takahide Yagi

A raindrop detection deviceincludes an LEDa photodiodea microprocessorand an LED flashing circuitThe LEDemits light in a specific direction. The photodiodeis disposed at a position opposite the LEDand receives light emitted from the LEDThe microprocessordetects raindrops that have passed between the LEDand the photodiodeaccording to the change in the amount of light received by the photodiodeThe LED flashing circuitcontrols the on and off switching of light emitted from the LED

Raindrop detection device, raindrop detection method, and raindrop detection program

It is an object of the present invention to provide a dimensional information management device with which search information about a buried object in a target can be effectively utilized, and the burden on the worker can be reduced, as well as a dimensional information management system comprising this dimensional information management device. A dimensional information management devicemanages dimensional information about a buried objectincluded in a search image showing the presence or absence of the buried object in a wall surfacegenerated by a buried object scanning devicethat has been scanned along the wall surface, said dimensional information management device comprising a data receiving unitand a memory unit. The data receiving unitacquires search information including a search image from the buried object scanning device. The memory unitstores the search information acquired by the data receiving unit

Dimensional information management device, dimensional information management system comprising the same, dimensional information management method, and dimensional information management program

A buried object scanning device includes a capacitance sensor, a search image conversion processing unit, a memory unit, a display unit, an operation input unit, and a display control unit. The capacitance sensor detects a buried object. The search image conversion processing unit converts the detection result of the capacitance sensor into a search image. The memory unit stores search images and a grid layer including grid lines corresponding to a specific scale. The display unit displays the search images and the grid layer. The display control unit controls the display unit to display the search image superimposed with the grid layer and to display the search image in a state of being movable relative to the grid layer, in response to input to the operation input unit.

Buried object scanning device, display control method for buried object scanning device, and display control program

A buried object information management unit manages information about a buried object included in a search image showing the presence or absence of the buried object in a wall surface generated by a buried object scanning device that is scanned along a wall surface, and comprises a data receiving unit, an input unit, and a collation unit. The data receiving unit acquires search information including the search image generated by the buried object scanning device. To the input unit is inputted construction information including position information about the buried object in the wall surface. The collation unit collates the search information acquired by the data receiving unit with the construction information inputted to the input unit, and determines whether or not there is a match.

Buried object information management device, buried object information management system comprising same, buried object information management method, and buried object information management program

A suspicious person determination unit determines whether the face image of a matching target person is registered in a biological information DB by a matching result of a matching unit. When the face image of the matching target person is registered, area storage stores a specified area while correlating the specified area with a personal ID. A provisional registration unit makes a provisional registration of a suspicious person flag while correlating the suspicious person flag with the personal ID when a pattern of the specified area is a behavioral pattern of a suspicious person. A definitive registration unit makes a definitive registration of the suspicious person flag while correlating with the personal ID, when the provisional registration of the suspicious person flag is made for the face image of the matching target person, and when the face image of the matching target person is captured at a premium exchange counter.

Monitoring apparatus, method, and program

An entrance and in-store matching unit searches a first mismatched face image that is not matched with a face image captured at an entrance from all face images, which are captured in a store and registered in a biological information DB. An entrance and exit matching unit searches a second mismatched face image that is not matched with a face image captured at an entrance from all the face images, which are captured at an exit and registered in the biological information DB. An exit and in-store matching unit searches a matched face image that is matched with the second mismatched face image among the first mismatched face images. An entrance information registration unit registers the searched matched face image in the biological information DB as the face image captured at the entrance. The present invention can be applied to a monitoring system.

Growing community of inventors

Ichinomiya, Japan

Shingo Kawamoto