Omron Corporation

Masataka Kimura

Hiroyuki Onitsuka

Masaaki Sumi

Takehiro Agata

Takahiro Ono

Taichi Onoyama

Mitsunori Sugiura

Yoshinori Yamaguchi

Takeshi Kakinuma

Kokichi Tobita

Koichi Furusawa

Takamitsu Ishikawa

A holder () included in an X-ray imaging device holds an operation device for wirelessly operating the X-ray imaging device in a removable manner. The holder () sets the operation device unremovable when the X-ray imaging device is not in operation, and sets the operation device removable when the X-ray imaging device is in operation. This easily prevents the X-ray imaging device from being brought away.

Holding mechanism for operation device and X-ray imaging unit

An operating apparatus includes a touch panel, an LED board, and a display panel. The LED board is arranged below the touch panel. A plurality of LEDs is mounted on the LED board. The display panel is arranged below the LED board. The display panel is configured to change an image displayed in the display panel.

Operating apparatus, game machine, and control method

An operating apparatus includes a touch panel, a fluid holder, a display panel, and a fan. The fluid holder is arranged below the touch panel. The fluid holder holds a transparent fluid. The display panel is arranged below the fluid holder. The fan is configured to produce ripples in the fluid.

An operating apparatus operating apparatus includes a touch panel, a first projection portion, a fluid holder, and a second projection portion. The first projection portion is arranged below the touch panel. The fluid holder is arranged below the first projection portion. The fluid holder holds a transparent fluid. The second projection portion is arranged below the fluid holder.

A switch unit has a display part configured to display an image, and an operation part provided on the display part in a stacked manner. The operation part includes a plurality of press buttons each having a pressable top surface formed to be transparent, a transparent base having a plurality of openings formed so as to be spaced from each other in positions corresponding to a display region of the display part, while avoiding a peripheral edge of the display region, and a transparent substrate provided below the base and having a light source in a position corresponding to the outer periphery of the top surface. Each of the press buttons includes, and forms into a unit, a button body having the top surface, and a frame-like light guiding body provided in a flange shape below the button body and provided so as to cover the light source.

Switch unit and game machine

A switch unit has a display part configured to display an image, and an operation part provided on the display part in a stacked manner. The operation part includes a plurality of press buttons each having a pressable top surface formed to be transparent, a transparent base having a plurality of openings which are formed so as to be spaced from each other in positions corresponding to a display region of the display part, while avoiding a peripheral edge of the display region, a transparent substrate provided below the base and mounted with an electronic component, and a top plate having openings in positions corresponding to the press buttons and provided on the base, with the press buttons mounted thereon, so as to cover the base.

A switch unit has a display part configured to display an image, and an operation part provided on the display part in a stacked manner. The operation part includes a button made of a transparent material except for an edge, a transparent button case having an opening formed in a position corresponding to a display region of the display part and configured to position the button, and a transparent substrate provided below the button case and having an electronic component disposed in a position corresponding to the edge of the button. The button is disposed on the transparent substrate via the opening in the button case. A discharge gap in parallel with the electronic component is provided on a wire in a position corresponding to the edge of the button on the transparent substrate.

To prevent detection of facial images for whom detection is unnecessary, without reducing the detection ratio of registered players from facial images. An image acquisition unit acquires an image taken by a camera, and provides the image to a masking process unit. The masking process unit reads a masking pattern that has already been adjusted by a masking pattern adjustment unit and a movable masking area setting unit so that characteristic quantities of a facial image that does not need to be recognized as a facial image cannot be detected, from a masking pattern recording unit. A masking process is applied to the image provided, and the masked image is provided to a facial image extraction unit. The facial image extraction unit extracts a rectangular shaped facial image, and provides the facial image to a transmission unit. The transmission unit transmits the rectangular facial image provided to a face recognition server.

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Ichinomiya, Japan

Masataka Kimura