45results about How to "Prevent abnormal sound" patented technology

Provided are a cap (1) which can improve the sealing property of a container and which is suitable for use in the case where the internal pressure of the container is high such as the case where the content of the container is carbonated beverage, and a container (2) with the cap. The cap comprises a cap body (4) which has a top wall (6) and a skirt wall (7) drooping from the outer periphery of the top wall (6) and in which a female screw (9) which is fit to a male screw (10) of an opening (3) of the container is formed in the skirt wall (7), and a composite resin packing (5) for sealing the opening (3) of the container. The packing (5) comprises a top plate (17) which comes into contact with the leading end portion of the opening (3) of the container and with which the end portion is covered, and a circular inner foot (18) which droops from the top plate (17) and which is adhered to the inner periphery surface of the opening (3) of the container. Further, a circular bending portion (19) which bends downward relative to the top plate (17) and with the inner periphery surface of which the outer periphery surface of the opening (3) of the container is covered is provided in continuous with the outer periphery edge of the top plate (17). Further, the cap body (4) comprises an urging portion (21) for urging the outer periphery surface of the bending portion (19) of the packing (5)in a closed state and the bending portion (19) urged is elastically transformed to be pushed to the outer periphery surface of the opening (3) of the container.

The invention relates to a method and apparatus for feeding sheet materials, which is implemented by separating a plurality of sheet materials loaded in a sheet materials loading part from uppermost sheet material by one and carrying them, and to an image forming device having the apparatus for feeding sheet materials. The inventive objective is to reliably prevent the sheet materials not to be fed or to fed repeatly by providing each term for the sheet materials not to be fed or to fed repeatly. A feeding roller 4 is turned around to carry the sheet materials 2 loaded on a loading plate 1 to toward a separation unit, for the leading edge of the sheet materials 2 to be collided with a tapered face 6a of taper member 6, and subsequently forwarding the uppermost 2a of the loaded sheet materials by way of a nip forming portion N, while other underlying sheet materials are halted by the taper member 6 owning to smaller frictional forces there between. For various similar sheet materials, the sheet materials not to be fed or to fed repeatly are able to be prevented yet, and abnormal noise is also prevented, a plurality of sheet materials are separated one by one to be carried.

The invention discloses an automotive glass run. A main body of automotive glass run assumes a substantially U-shaped cross section consisting of a vehicle-exterior side wall, an interior side wall, and a bottom wall and is provided with a vehicle-exterior seal lip and an interior seal lip. The bottom wall is made of a solid material or a microfoaming solid material, and the vehicle-exterior side wall and the interior side wall are made from a sponge material. A vehicle-exterior projection, which assumes a triangular cross-sectional profile and whose top inwardly protrudes so as to be able to contact a door glass, is formed on an interior surface of the vehicle-exterior side wall. A low sliding resistance material layer is formed on a surface of the vehicle-exterior projection.

In the present invention, comparatively large circuit components such as electrolytic capacitors and film capacitors are mounted on a circuit board with the height of the circuit components that protrude above the circuit board controlled while preventing noise from arising because of contact with the circuit board. To do so, the circuit board has hole parts or cutouts disposed in the main body parts for circuit components mounted on the circuit board and protruding parts having a shape that protrudes from one side or a plurality of sides of the hole parts or cutouts. Furthermore, the circuit components are disposed on the circuit board in a state where the main body parts of the circuit components pass through the hole parts or cutout parts and a state in which the main body parts of the circuit components do not come into contact with the circuit board except at the protruding parts. Furthermore, to maintain these states, the protruding parts and the main body parts of the circuit components are attached by fixing members provided on the protruding parts and the circuit components affixed to the circuit board.

A rotation damper adapted such that air mixed in housings during assembly is not excessively compressed to prevent production of noise by the air even if a rotator is rotated in both directions and that the air is collected and made to stay at a specific portion to reduce an influence of the air to generated torque, making variation in the torque as small as possible. The rotation damper (D) has housings (11, 51), silicone oil (21) received in the housings (11, 51), a rotor (31) received in the housings (11, 51) and having a resistance section (36) that is provided on a shaft (32) projecting from the housings (11, 51) and moves in the silicone oil (21) in the housings (11, 51), and an O-ring (61) for preventing the silicone oil (21) from leaking between the shaft (32) and the housing (51). A circumferential groove (54) is formed in the inner surface of the housing (51).

A sounding body unit has a sounding body, a mesh section, and a housing mounting the sounding body with the mesh section. The housing has a projection, and the projection is pressed against the mesh section in order to prevent the mesh section from resonating with sounds radiated from the sounding body.

The invention particularly relates to a household air conditioner outdoor unit vibration damping pipeline which comprises vibration damping rubber feet, a high-pressure tube, a vibration damping corrugated hose, a four-way valve, a low-pressure tube A and a low-pressure tube B, wherein the vibration damping rubber feet are positioned at the lower part of a compressor; the low-pressure tube B is connected with an air return opening of the compressor; the vibration damping corrugated hose is positioned between the low-pressure tube B and the low-pressure tube A; and the low-pressure tube A is connected with four-way valve. According to the household air conditioner outdoor unit vibration damping pipeline, the pipeline vibration caused by operation of the air conditioner compressor can be effectively eliminated, the problems of vibration of a household air conditioner outdoor unit box, abnormal sound of the household air conditioner outdoor unit, fracture of high-pressure and low-pressure tubes of the compressor, and the like, due to the pipeline vibration are avoided, and the operation stability and reliability of the entire air conditioner are improved.

The present invention provides a harness bonding part structure of a vehicle door, which can prevent abnormal sounds generated by contact between a coupler for bonding an electric device with a harness and the outer surface of the vehicle door body. The harness bonding part structure of the vehicle door (1) includes a rear door lower decorating member (50) arranged on the vehicle exterior at a rear door body (30); a ground illumination lamp (101) arranged on the rear door lower decorating member; a first harness (102) led out from the interior of the rear door body towards the vehicle exterior; a second harness (103) led out from the ground illumination lamp; and a harness connecting part (104) for connecting the first harness and the second harness. The rear door lower decorating member includes a surface component (51) forming an appearance face; and a reinforcing component (52) extending from the surface component towards the door body side and along the length direction of the rear door lower decorating member. The harness connecting part is bonded to the reinforcing component through a bonding part (105).

The invention provides a synthetic resin retainer and a ball bearing using the synthetic resin retainer. The synthetic resin retainer is formed by connecting two sheets of annular bodies by the engagement of engagement claws with engagement holes to prevent it from being worn at the engagement parts of the engagement claws for integrally connecting two annular bodies to each other. A plurality of semi-spherical pockets (4) are formed in the abutting faces of two annular bodies (1) and (1) circumferentially at equal intervals, and the engagement claws (6) and the engagement holes (5) are formed at the engagement parts (3) between the adjacent pockets (4). The engagement claws (6) are so engaged with the engagement holes (5) that a clearance in the radial direction of the retainer can be formed between the engagement claws (6) and the engagement holes (5) at the beginning of the insertion of the engagement claws (6) and can be set to 0 or less in the engaged state of the engagement claws (6) with the engagement holes (5). Thus, the engagement parts of the engagement claws (6) can be prevented from being slid in the radial direction of the retainer.

An electric motor rotor is provided in which an insulating sleeve applied to a shaft for performing insulation between a roller bearing and a shaft to suppress electrolytic corrosion of a bearing can be surely fixed by a simple method. In an electric motor rotor 20 according to the present invention, a rotor resin magnet 22 and a shaft 23 are integrated by a resin section 24 and a roller bearing is arranged in the shaft 23. An insulating sleeve 26 is provided between the shaft 23 and the roller bearing, and the insulating sleeve 26 is integrated and fixed by the resin section 24.

The invention provides a cover arranged at the main body of an electrical connection box, which comprises a wall part for holding a first wiring harness and a second wiring harness connected with the electrical connection box. A first holding part is extended from the wall part in a derivative direction along the first wiring harness; the first wiring harness can be maintained outside of a holding component. The second wiring harness can be maintained at the wall part by a second holding part.

A gear housing 10 has a support rib 10k formed thereon. When the female connection terminal portion 33a on the brush holder device 21 side and the male connection terminal portion 36a on the plate cover side are intruded and connected together, the support rib is engaged with a terminal supporting portion 35c that supports the female connection terminal portion 33a and holds a posture of the female connection terminal portion 33a, and thus holding the posture of the brush holder device 21. To provide a motor wherein, even if an intrusion connection force is exerted on a connection terminal portion formed in a brush holder device, a posture of the brush holder device is prevented from being changed and the state of contact between brushes held by the brush holder and a commutator is prevented from being changed.

The present invention provides a developing device, an image forming device including the developing device, and a developer carrier used in the developing device. The developing device includes a frame body, a developer carrier, and a magnet member. The frame accommodates a magnetic developer. The developer carrier is rotatably supported by the frame body, and the outer peripheral surface is used to carry the developer. The magnet member has a rotation shaft fixed to the inside of the developer carrier, and a plurality of developer carrier side magnetic poles fixed to the circumference of the rotation shaft. As for the magnet member, an even number of magnetic poles on the developer carrier side are formed by plastic magnets, and one or more other magnetic poles are formed by rubber magnets, and more than one pair of plastic magnets facing each other across the rotating shaft have the same shape and are opposite to each other. The axis of rotation is fixed axisymmetrically.

In a signal generation circuit for a compound acoustic actuator that generates a sound and a vibration in response to a frequency of a signal input to the compound acoustic actuator, the signal generation circuit comprising a plurality of signal data stored in a memory to generate a plurality of signals having mutually different frequencies, the plurality of signals at least including a signal, a frequency of which is equal to a resonant frequency causing the compound acoustic actuator to generate the vibration, a synthesizing means to synthesize a plurality of drive signals in accordance with the plurality of signal data so as to cause the compound acoustic actuator to generate the vibration, and a sweeping means to sweep the plurality of drive signals, repeatedly.