474results about How to "Suppression of upsizing" patented technology

The present invention provides an air conditioner which has advantages of high comfort and electric power reduction and is provided with a sound sensor. The air conditioner of the invention comprises the following components: a sound sensor; communicating holes which are provided closer to the inside part than two ends of a blowing outlet and are between a downmost end of an upper wall of a blowout air channel and a suction inlet, wherein the communicating holes are used for communicating the sound sensor with the indoor space; a filter which is provided the suction inlet; and an automatic cleaning device which is used for cleaning the filter. Therefore, the air conditioner which has the advantages of high comfort and electric power reduction and is provided with the sound sensor can be provided.

Provided is a compact brake cylinder device capable of increasing the brake force output from a brake output unit that moves along with a rod, without requiring the device to be made larger. A piston (24) sections off a pressure chamber (43) within a main cylinder (20a), surrounds the axial periphery of a rod (22), and moves in a direct line parallel with the direction of motion of the rod (22). With the supply of a pressure fluid to the pressure chamber (43) the piston (24) moves outward relative to the main cylinder (20a) in opposition to the biasing force of a rod-biasing spring (23). An oscillating member (46) of a force-multiplying mechanism (25) is biased by the piston (24) moving in the outward direction, oscillates, and biases the rod (22), causing the rod (22) to move in the forward direction. In this way, the force-multiplying mechanism (25) multiplies the drive force from the piston (24) so as to act on the rod (22). The brake output unit (21) moves in the forward direction along with the rod (22) and outputs brake force.

Provided is a saddled vehicle having a wire routing structure which can efficiently bundle a brake hose and a harness which are divided to the left and right relative to the front wheel. A saddled vehicle is provided with a first clamp section (57) which affixes a harness (51) for a wheel speed sensor (49) at a position above an outer tube (282L) located on the side to which the wheel speed sensor (49) is provided. The saddled vehicle is also provided with a second clamp section (58) which bundles the harness (51) and the brake hose (50) and allows the harness (51) and the brake hose (50) to extend further upward, the harness (51) and the brake hose (50) being bundled at substantially the same height as the first clamp section (57) at a position above an outer tube (282R) located on the side to which a caliper (47) is provided. The second clamp section (58) includes a second harness holding section (641) for affixing the harness (51) and also includes a third harness holding section (642) which changes the direction of the harness (51) and which affixes the harness (51) in such a manner that the harness (51) is oriented to extend along the brake hose (50). The harness (51) and the brake hose (50) form a pivotable section (B1) bent in the left-right direction between the second clamp section (58) and a bottom bridge (27).

The invention provides a vehicle lamp capable of preventing a large size of a lamp and improving design freedom of distribution patterns added to a regulated distribution patther. The vehicle lamp comprises a projection lens (2), a predetermined light source (14) arranged at a rear of the projection lens (12) and configured to emit light for forming a predetermined light distribution pattern (P), a reflector (15) configured to reflect the light (l) emitted from the predetermined light source (14) towards a first back focus (F1) of the projection lens (12), a first array light source (16) arranged at the rear of the projection lens (12) and including a plurality of semiconductor light emitting elements (51) aligned in at least one row, and a second array light source (17) arranged at the rear of the projection lens (12) and including a plurality of semiconductor light emitting elements (55) aligned in at least one row. The first array light source (16) and the second array light source (17) are arranged in an upper-lower direction.

The present invention provides a pressure-type rice cooker. A pressure control valve (10) may be configured to be a first vapour discharge hole (4a) which is capable of opening and closing and is arranged at a cover body. A reducing valve (11) may be configured to a second vapour discharge hole (4b), arranged at the cover body, upwards elastically applied by power, moved along the thickness direction of the cover body and being capable of opening and closing. A reducing valve travel mechanism (12) comprises a reducing valve drive rod disposed within the cover body and moved along the direction vertical to the thickness direction of the cover direction; and an inclined surface configured to move along the thickness direction of the cover body in a movement link of the reducing valve drive rod mode via the inclined surface. The reducing valve is moved along the thickness direction of the cover body in a movement link of the reducing valve drive rod mode. According to the structure, openings of the vapour discharge hole may be enlarged while the large scale of the rice cooker is restrained, and the pressure in a pot may be more accurately adjusted to the specified value higher than the barometric pressure.

A variable displacement swash plate type compressor, wherein a first swash plate (18) is connected to a drive shaft (16) so as to be rotated integrally with each other and double-head pistons (23) are anchored to the first swash plate (18) through shoes (25A) and (25B). The pistons (23) are reciprocatingly moved in the linear direction by the rotation of the first swash plate (18) according to the rotation of the drive shaft (16) to compress refrigerant gas. An annular second swash plate (51) is supported on the first swash plate (18) rotatably relative to each other through a ball bearing (52). The second swash plate (51) is disposed between the first swash plate (18) and the shoes (25B) on a compressive load receiving side slidably on the first swash plate (18) and the shoes (25B). Sloped faces (chamfered parts) are formed at the projected corner parts (18b) and (18c) of the first swash plate (18). Accordingly, the durability of the swash plates and the shoes can be increased.

Disclosed is a compact brake cylinder device which, while avoiding increases in the size of the device, is capable of increasing the braking force outputted from a brake output unit which moves together with a rod. A rod (22) is provided inside of a cylinder body (20) so as to freely move in the advancing and retracting directions of the cylinder shaft direction. A piston (24) partitions a pressure chamber (44) inside of the cylinder body (20), surrounding the circumference of the rod (22), and moves in a linear direction parallel to the movement direction of the rod (22). By supplying a pressure fluid to the pressure chamber (44), the piston (24) resists the biasing force of a biasing spring (23) and moves in the retracting direction relative to the cylinder body (20). At that time, a force-multiplication mechanism (25) converts the linear direction drive force generated by the piston (24) to a rotational direction, moves the rod (22) in the advancing direction, and multiplies the drive force from the piston (24) to act on the rod (22). A brake output unit (21) moves together with the rod (22) in the advancing direction and outputs a braking force.

This two-output-shaft motor is equipped with: a cylindrical main frame; a substantially plate-like first bracket that is attached to one axial end of the main frame; a substantially plate-like second bracket that is attached to the other axial end of the main frame; and a drive shaft that runs through the hollow part of the main frame, penetrates through the first bracket and the second bracket, and is rotatably supported by bearings provided in the first bracket and the second bracket. One end of the drive shaft protrudes to the outside from the first bracket and forms a first output shaft for outputting a driving force to the outside, and the other end of the drive shaft protrudes to the outside from the second bracket and forms a second output shaft for outputting the driving force to the outside.

The invention provides an evaporated fuel processing apparatus of a motor-driven cart which can prevent the large scale of vehicle width due to an absorption tank. The motor-driven cart (1) comprises an engine (7) supported by a vehicle frame (2), a fuel tank (34) storing fuel transmitted to the engine (7), a receiving casing (9) disposed at the lower side of a seat (8) and the absorption tank (203) which is disposed at the periphery of the receiving casing (9) and absorbs the evaporated fuel from the fuel tank (34). In the motor-driven cart (1), the length direction of the absorption tank (203) tilts with respect to the width direction of a vehicle.

The invention provides a pinion assembling tray and a pinion assembling device, which can assemble a pinion to a planet carrier for operation with high efficiency so as to raise assembling productivity. The pinion assembling device (60) is composed of a conveyor (61) for conveying a pinion assembling tray (30) and a first station (S1), a second station (S2) and a third station (S3) configured along the conveyor (61). At the first station (S1), a pinion module is inserted into the planet carrier and moves, is inserted into a shaft at the second station (S2) and is in pivot joint with the shaft at the third station (S3). The pinion assembling device can independently perform pinion module positioning and shaft inserting, shorten a period and increase productivity.

It is an object of the present invention to provide an automatic urine recovery device capable of increasing the suction capacity of a suction pump while suppressing an increase in the overall size of the device or loud noise generated by the device. The automatic urine recovery device (1) has a recovery container (10) for storing urine delivered from a urine receiver through a hose, and a main body (20) that is freely detachable to the recovery container (10). And, in the main body (20), as a suction pump for sucking the urine received by the urine receiver (R) and transporting it to the recovery container (10), a suction pump with small size, large suction force and quiet noise is provided. The characteristics of the rotary pump (23).