Abstract: An air pump device includes an electric pump unit including a pump mechanism and a motor configured to drive the pump mechanism, a case housing the electric pump unit, and a vibration-proof member interposed between the electric pump unit and the case. The vibration-proof member is a plate-shaped member made of an elastic resin material and is wound around the electric pump unit to wrap the electric pump unit therein. A part of the vibration-proof member is sandwiched between the electric pump unit and one of facing surfaces that are inner surfaces of the case and face each other inside the case. Another part of the vibration-proof member is sandwiched between the electric pump unit and the other one of the facing surfaces.

Abstract: An air pump device includes an electric pump unit including a pump mechanism and a motor configured to drive the pump mechanism, a case housing the electric pump unit, and a vibration-proof member interposed between the electric pump unit and the case. The vibration-proof member is a plate-shaped member made of an elastic resin material and is wound around the electric pump unit to wrap the electric pump unit therein. A part of the vibration-proof member is sandwiched between the electric pump unit and one of facing surfaces that are inner surfaces of the case and face each other inside the case. Another part of the vibration-proof member is sandwiched between the electric pump unit and the other one of the facing surfaces.

Abstract: A vehicle seat device includes: a base member provided in a seat cushion or a seat back; a movable member rotatably connected to the base member; and stopper parts disposed to abut against each other on the base and movable members. The movable member rotates from a storage position and the rotation of the movable member is restricted at a deployment position so that a seat mode is changed. The vehicle seat device further includes an air bag interposed between the base and movable members and presses the base and movable members to rotate the movable member; and a clutch mechanism interposed between the base and movable members, allowing the rotation of the movable member in a deployment direction, and restricting the rotation of the movable member in a storage direction.

Abstract: A seat device for a vehicle includes a baby back being a divided part of a seat cushion, the divided part being raised to form a backrest portion of a baby seat at a position facing a seatback, and a baby back airbag being provided at the baby back. The backrest portion of the baby seat is formed with a baby seat support shape in a seat width direction by an expansion of the baby back airbag.

Abstract: An embodiment of the present invention achieves a reduction in size of a movable structure for a device. A right link (6) is fixed to a rotary shaft (51) of a right motor (5). The right link (6) has a tip (61) which can slide in a sliding region (31). A portion of the tip (61) which can make contact with a connecting part (3) has a spherical shape. A left link (8) is fixed to a rotary shaft (71) of a left motor (7). The left link (8) has a tip (81) which can slide in a sliding region (32). A portion of the tip (81) which can make contact with the connecting part (3) has a spherical shape.

Abstract: A vehicle seat device includes: a base member provided in a seat cushion or a seat back; a movable member rotatably connected to the base member; and stopper parts disposed to abut against each other on the base and movable members. The movable member rotates from a storage position and the rotation of the movable member is restricted at a deployment position so that a seat mode is changed. The vehicle seat device further includes an air bag interposed between the base and movable members and presses the base and movable members to rotate the movable member; and a clutch mechanism interposed between the base and movable members, allowing the rotation of the movable member in a deployment direction, and restricting the rotation of the movable member in a storage direction.

Abstract: A seat device for a vehicle includes a first airbag being disposed at a side wall portion of a recessed portion which is configured to accommodate an occupant of a seat therein, and a second airbag being disposed at an outer peripheral rim portion of the recessed portion, the outer peripheral rim portion which is connected to the side wall portion. The first airbag and the second airbag expand to form a support shape at the recessed portion in a seat width direction.

Abstract: An embodiment of the present invention achieves a reduction in size of a movable structure for a device. A right link (6) is fixed to a rotary shaft (51) of a right motor (5). The right link (6) has a tip (61) which can slide in a sliding region (31). A portion of the tip (61) which can make contact with a connecting part (3) has a spherical shape. A left link (8) is fixed to a rotary shaft (71) of a left motor (7). The left link (8) has a tip (81) which can slide in a sliding region (32). A portion of the tip (81) which can make contact with the connecting part (3) has a spherical shape.

Abstract: An aspect of the present invention causes a movable part of an electronic device to operate so that the movable part of the electronic apparatus moves, while keeping the electronic apparatus being charged. A robot includes a fit portion which is fitted with a fitting portion of a charging platform. The charging platform includes a backrest part which causes the movable part of the electronic apparatus to operate so that the movable part of the electronic apparatus moves, in a state in which a power supply connector of the charging platform and a power receiving connector of the robot are connected to each other and the fitting portion of the charging platform and the fit portion of the robot are fitted together.

Abstract: A seat device for a vehicle includes a baby back being a divided part of a seat cushion, the divided part being raised to form a backrest portion of a baby seat at a position facing a seatback, and a baby back airbag being provided at the baby back. The backrest portion of the baby seat is formed with a baby seat support shape in a seat width direction by an expansion of the baby back airbag.

Abstract: A seat device for a vehicle includes a first airbag being disposed at a side wall portion of a recessed portion which is configured to accommodate an occupant of a seat therein, and a second airbag being disposed at an outer peripheral rim portion of the recessed portion, the outer peripheral rim portion which is connected to the side wall portion. The first airbag and the second airbag expand to form a support shape at the recessed portion in a seat width direction.

Abstract: A vehicle seat slide device includes: a lower rail including a base portion fixed to a vehicle body and wall portions connected to ends of the base portion in a width direction; an upper rail supporting a seat and supported by the lower rail to be capable of sliding in an extending direction; and a foreign object blocking member disposed inside the lower rail and attached to the base portion, wherein first and second through holes are provided in positions at which the foreign object blocking member is attached in the base portion, the foreign object blocking member includes an attaching portion and a protruding portion protruding downward from an outside end portion, and the foreign object blocking member is elastically deformed such that the outside end portion is displaced downward.

Abstract: A vehicle front structure that is structured with a headlight covered above that can suppress a collision reaction force in the event of a collision body from above the structure is obtained. A headlight is arranged below a front end portion of a hood. A protrusion portion formed on a lower surface side of the front end portion of a hood inner panel of the hood. The protrusion portion protrudes toward an upper surface side of an upper wall portion of lens of the headlight. A fragile portion is formed in the upper wall portion of the lens of the headlight, in a region opposed to the protrusion portion. Besides, the headlight is fixed to a vehicle body in a manner incapable of being displaced in response to load input from the protrusion portion, and is set so as to fracture due to the load input from the protrusion portion.

Abstract: A vehicle seat slide device includes: a lower rail including a base portion fixed to a vehicle body and wall portions connected to ends of the base portion in a width direction; an upper rail supporting a seat and supported by the lower rail to be capable of sliding in an extending direction; and a foreign object blocking member disposed inside the lower rail and attached to the base portion, wherein first and second through holes are provided in positions at which the foreign object blocking member is attached in the base portion, the foreign object blocking member includes an attaching portion and a protruding portion protruding downward from an outside end portion, and the foreign object blocking member is elastically deformed such that the outside end portion is displaced downward.

Abstract: The bumper structure includes: an upper part having an upper absorber; and a lower part having a lower absorber, wherein the upper absorber is in a structure having an upper receiving face at its front end, lower absorber is in a structure having a lower receiving face at its front end, the upper absorber is defined vertically into a first upper absorber having a first upper receiving face and a second upper absorber having a second upper receiving face, the second upper absorber and the lower absorber are formed softer than the first upper absorber.

Abstract: A vehicle front structure that is structured with a headlight covered above that can suppress a collision reaction force in the event of a collision body from above the structure is obtained. A headlight is arranged below a front end portion of a hood. A protrusion portion formed on a lower surface side of the front end portion of a hood inner panel of the hood. The protrusion portion protrudes toward an upper surface side of an upper wall portion of lens of the headlight. A fragile portion is formed in the upper wall portion of the lens of the headlight, in a region opposed to the protrusion portion. Besides, the headlight is fixed to a vehicle body in a manner incapable of being displaced in response to load input from the protrusion portion, and is set so as to fracture due to the load input from the protrusion portion.

Abstract: A game apparatus includes a CPU, and the CPU executes a game process. When a player character encounters an enemy character in a game world, a battle screen is displayed on a monitor. On the battle screen, an input pattern is displayed, and background music (BGM) is output from a speaker. A player determines an operation timing based on the input pattern and the BGM (drum part). If there is a high level of coincidence between the operation timing by the player and a timing of the music pattern, damage which the player character applies to the enemy character and experienced obtained by the player character increases.

Abstract: An optical disk playing apparatus capable of reproducing information recorded on an optical disk includes a system controller. The system controller obtains an address of a navigation pack corresponding to a user's request with respect to a data having video data of still picture and audio data recorded on the optical disk, determines whether or not the obtained navigation pack has the video data of still picture, reproduces, on the basis of a predetermined information included in the obtained navigation pack, a video data of still picture which is corresponding to a head address of a preceding video object when the obtained navigation pack does not have the video data of still picture, and reproduces an audio data of the address of the navigation pack corresponding to the user's request.

Abstract: A remote control signal receiver receives a remote control signal in which bit signals are included as pulse signals. The remote control signal receiver includes a remote control signal receiving portion that receives a remote control signal, and a microcomputer. The microcomputer detects a change in a logic level of pulsed signals in the remote control signal, detects a pulse period and a pulse width of the pulse signals of the remote control signal, and determines whether there is an error in the remote control signal based on the detected pulse period and the pulse width of the pulse signals of the remote control signal. It is possible to detect an error in a remote control signal received by the remote control signal receiver.

Abstract: An energy absorbing boss for a trim panel that is secured to a body panel on a vehicle includes a generally planar trim panel having an inner surface facing the body panel and an outer surface facing into the vehicle. An energy absorbing boss extends radially from an inner surface of the trim panel, and includes an upper end, a lower end attached to the trim panel, and a wall having a predetermined thickness extending therebetween the upper end and the lower end. A triangular support fin extends radially from a lower portion of the wall, such that a lowermost end of the support fin is attached to the trim panel. Energy from a load applied to the body panel is absorbed by the energy absorbing boss at a predetermined rate.