Nec Platforms, Ltd.

Nec Infrontia Corporation

Manabu Hayahi

Takashi Matsuda

Mariko Jinno

Katsutoshi Hayashi

Satoru Sugiyama

In the foldable device according to the present invention, the inner wall surface of a hinge section forms a part of the side surface of a columnar space that has a cross-section having an arc with a radius R. When a first unit and a second unit are connected to each other in an open state by means of the hinge section, a flexible cable forms an arc with a radius Rthat is substantially equal to the radius R

Foldable device and method for disposing flexible cable

The fitting structure for a conductive sheet of this invention comprises: a conductive member which is arranged within a predetermined region in a front case of an electronic device that has the front case and a rear case, said cases being first and second case pieces that are separably joined to each other, and which is electrically connected to ground patterns of the electronic device; and a conductive sheet which is arranged within the rear case so as to face the predetermined region of the front case and comprises a conductive layer. In a state where the front case and the rear case are joined with each other, the conductive layer of the conductive sheet is in contact with the conductive member and is electrically connected to the ground patterns of the electronic device.

Fitting structure for conductive sheet and electronic device

A battery pack housing structure is used for an electronic apparatus including a housing portion for housing a battery pack and a battery cover for covering the housing portion. The battery pack, the housing portion, and the battery cover comprise battery-pack side-surface protruding portions, housing-portion side-surface protruding portions, and cover lower-surface protruding portions, respectively. Before the battery pack is positioned at a mounting position in the electronic apparatus, the battery pack is positioned at a pre-mounting position. When the battery cover is mounted, the battery pack is pushed from the pre-mounting position to the mounting position. The battery-pack side-surface protruding portions, the housing-portion side-surface protruding portions, and the cover lower-surface protruding portions are engaged, and movement of the battery pack in a terminal connection direction and movement of the battery pack from the lower surface toward the upper surface are thereby restricted.

Battery pack housing structure, and electronic apparatus

A stand for a mobile terminal according to this invention includes a placement portion having a plate-like shape and a front surface on which a mobile terminal is placed under a state in which a shoulder belt is attached to the mobile terminal, a support portion (a support leg portion and a brace portions) configured to support the placement portion so that the mobile terminal is placed on the placement portion under a backwardly inclined state, and a shoulder belt holding portion, which is formed on a rear surface of the placement portion and has a holding space portion having a shape recessed in a direction toward a lower side of the placement portion to place at least part of the shoulder belt for the mobile terminal placed on the placement portion) therein.

Stand for mobile terminal

A stationary scanning device includes: a fixed scanner portion that is mounted on a front surface of a support column and is configured to optically read item data; a handheld scanner configured to optically read the item data; and a holding portion that is mounted on a side surface of the support column and is configured to hold the handheld scanner, the holding portion being configured to hold the handheld scanner such that a cable extending from an end portion of the handheld scanner falls in a space with a predetermined distance from the front surface and the side surface of the support column.

Stationary scanner device, stationary scanner system, and handheld scanner holding structure

A tilt hinge includes a movable range fixed tilt hinge and a movable range switching member. The movable range fixed tilt hinge includes a spindle, a movable bracket rotatably arranged around the spindle and having a projecting piece, a fixed bracket fixed to the spindle, and a stopper fixed to the spindle and having first and second cam portions. The stopper restricts a moving range of the movable bracket within a first movable range by engaging the projecting piece with the first and the second cam portions. A friction imparting arrangement has a friction built between the movable bracket and the fixed bracket. The movable range switching member is enable to switch the moving range of the movable bracket between the first movable range and a second movable range smaller than the first movable range by a pushing operation.

Growing community of inventors

Kanagawa, Japan

Manabu Hayahi