31results about How to "Suppression height dimension" patented technology

A vehicular air conditioning apparatus is equipped with a casing having respective air passages therein, and first and second blower units are connected to the casing. Further, the casing is constituted by first and second divided casings. In addition, air is supplied to the interior of the casing from the first and second blower units. Moisture, which is generated when the air is cooled by an evaporator, is guided to forward bottom surfaces of the first and second divided casings and the moisture is discharged to the exterior from first drain ports disposed at terminal end positions of inclined surfaces that decline gradually toward opposite sides of the casing.

The object of the invention is to a paper tray unit includes a paper size sensor which is attached to a paper tray and determines a paper size in a paper width direction by detecting a position of a paper width guide. In the paper tray unit, a movable member moves in a paper feed direction accompanying movement of the paper width guide. The position of the paper width guide is detected by the paper size sensor detecting or not detecting the movable member.

The present invention provides a wall-mounted air conditioner that expands the range of wind directions in the vertical direction while suppressing the height of an indoor unit. Suction grilles (24a, 24b) having suction ports (23a, 23b) are attached to the center of the wall-mounted indoor unit (2), and an indoor heat exchanger (20) is accommodated therein. And indoor blower fan (34) and indoor blower motor (40) are installed on its side position, these indoor blower fans (34) and indoor blower motor (40) are installed and accommodated on the indoor unit main body (26) by driving mechanism (41). The fan housing (28) of the motor (40). Therefore, the height of the wall-mounted indoor unit (2) can be suppressed. Simultaneously, since the exhaust port (25) can be made to face upward, the wind direction range in the up-down direction can be expanded.

The invention provides a seat which can inhibit a height from a cushion to a foot portion. The elevating seat (20) has a movable cable cover (41) and a second movable cable cover (42). The first movable cable cover (41) is installed on a rotating part (37) and an elevating part (38) and can guide a wire along the movement of the elevating part (38). Besides, the second movable type cable cover (42) is installed on the elevating part (38) and the externalsliding part (39); and the wire is guided along with the movement of the external sliding part (39). Besides, the first movable type cable cover (41) and the second movable type cable cover (42) have turning parts, and are arranged in horizontal and same in heights.

An inlet port (17A) of a first exhaust gas purifying device (16) is provided on a side opposite to an engine (8) by sandwiching an axis (O1-O1) of a cylindrical body (17) of the first exhaust gas purifying device (16). An exhaust pipe (26) connecting the engine (8) and the first exhaust gas purifying device (16) is constituted by a lateral pipe line (27) extending in a left and right direction of an upper revolving structure (3) on a front side of the first exhaust gas purifying device (16) and having a bellows pipe (28) in the middle for absorbing relative displacement between the engine (8) and the first exhaust gas purifying device (16) and a bent pipe line (29) bent having a U-shape rearward from a tip end side of the lateral pipe line (27) and connected to the inlet port (17A) of the first exhaust gas purifying device (16).

Provided is a shoe-washing device capable of cleaning shoes without damage and deformation. The shoe-washing device (1) includes: an accommodating chamber (3) for accommodating a pair of shoes (S), a plurality of holding parts (4) for holding the shoes (S) in the accommodating chamber (3), a plurality of nozzles (6) arranged in the accommodating chamber (3), and an injection mechanism (5) for injecting cleaning fluid through the nozzles (6) to the shoes (S) in the accommodating chamber (3).

A fuel cell system which can encase a dilution device while keeping the height of a fuel cell case as low as possible by utilizing the lower space in the case effectively. A fuel cell system comprises a fuel cell stack generating power through an electrochemical reaction between a gas supplied to the anode side and a gas supplied to a cathode side, a dilution device for diluting an anode off gas discharged from the fuel cell stack with a cathode off gas and discharging the diluted gas, and a fuel cell case for encasing the fuel cell stack and the dilution device. In this fuel cell system, a lateral opening of the fuel cell case for passing an exhaust pipe extending to the exhaust downstream of the dilution device is arranged above the lowermost portion of the inner surface of the dilution device with respect to the gravitational direction.

The invention provides an elevator with a floor height adjusting mechanism, which can not only restrain the height of the elevator car but also slightly adjust the height of the elevator car floor and the height of the floor on the elevator entry without using a hoist. The elevator with the floor height adjusting mechanism comprises an elevating body elevating inside an elevating channel, a main sling hanging the elevating body and a hoist for driving the main sling hung thereon. The elevating body comprises an external frame hung by the main sling, an internal car elevating inside the external frame, auxiliary slings (12) equipped in a ring-shaped way and applied for hanging the internal car on the external frame, more than one hanging spots (13) for hanging the auxiliary sling, more than two movable hanging spots (9a, 9c and 9b, 9d) capable of moving along the horizontal direction and applied for hanging the auxiliary slings; and a switching device for changing the horizontal distance between the more than two movable hanging spots.

The object of the invention is to a paper tray unit includes a paper size sensor which is attached to a paper tray and determines a paper size in a paper width direction by detecting a position of a paper width guide. In the paper tray unit, a movable member moves in a paper feed direction accompanying movement of the paper width guide. The position of the paper width guide is detected by the paper size sensor detecting or not detecting the movable member.

PROBLEM TO BE SOLVED: To provide a heat exchange ventilation device capable of keeping heat exchanging efficiency by securing air-supply volume while suppressing a height dimension.SOLUTION: A heat exchanger 14 has a rectangular shape in which sides in parallel with an upper face and a lower face of a casing 1 are longer than sides vertical to the upper face and the lower face of the casing 1 in a front view from an indoor-side side face 1a or an outdoor-side side face 1d, one of a heat exchanger internal air supply passage 6e and a heat exchanger internal exhaust passage 7e is formed along the longitudinal direction of the heat exchanger 14, and the other is formed along the lateral direction of the heat exchanger 14.

The present invention relates to a switch device able to press a plurality of switch element and facility a thin figure and a stearing switch device using the same. A housing 19 for a steering switch device 1 incorporates a circuit board 6 with a fixed contact 7 inside the housing 19. A rubber sheet 8 has a swelling portion 8a, and is mounted on the circuit board 6. An actuator 9 is supported to be able to swing. A rotary knob 13 is supported to be able to rotate. A part of the rotary knob 13 is exposed to the window 11a. This rotary knob 13 is provided with a protruding driver 13b which is engaged with the actuator 9 while sliding. When the rotary knob 13 is rotated, the driver 13b swings and rotates the actuator 9. In turn, a swing end 9b on the actuator 9 performs pushing drive of the swelling portion 8a on the lower side.

The present invention provides a battery module capable of securing a connector insertion / removal space and suppressing a height dimension. The battery module includes a battery cell stack formed by stacking a plurality of battery cells, a plurality of bus bars connecting terminals of adjacent battery cells to each other, and a sensor device that detects the voltage of each battery cell. The sensor device is disposed above the plurality of bus bars disposed on the upper surface of the battery cell stack when viewed in the width direction, and includes a voltage detection connector having a connection portion in the width direction. Each bus bar has a bent portion that protrudes upward between the connected battery cells. The connector for voltage detection is disposed between the bent portions of the bus bars adjacent in the stacking direction, and the lower surface of the connector for voltage detection is provided at a position lower than the upper portion of the bent portion in the vertical direction.