68results about How to "Suppresses vibration transmission" patented technology

In the electromagnetic switching device, it is possible to miniaturize and have low costs, have quiet operation noise, and also quickly extinguish the arc. The electromagnetic switching device has an electromagnetic actuator with a movable iron core, a pair of fixed terminals that respectively have a fixed contact point, a movable contact that has movable contact points on the right and left ends, a shaft, and an enclosing component that holds the movable contact points and the fixed contact points. The pair of movable contact points respectively contact with and detach from the pair of fixed contact points, and the pair of fixed contact points respectively conduct each other and are insulated again through the shaft by moving the movable iron core along the axis using the electric magnetic actuator. A quasi-hermetically sealed space, which is the extinguishing space, is formed by the enclosing component and a first yoke. A potting compound is charged, into the space between a body and the quasi hermitically sealed space.

An ultrasonic sensor according to the present invention is used, for example, for detecting an obstacle positioned in front of an automotive vehicle. The ultrasonic sensor includes an piezoelectric element connected to an acoustic matching member and a processing circuit, all contained in a casing. Ultrasonic waves reflected on an object are received by the acoustic matching member and converted into electrical signals in the piezoelectric element. The electrical signals are processed in the processing circuit to thereby detect a distance to the object and/or positions of the object. A surface of the acoustic matching member connected to the piezoelectric element is made larger than the piezoelectric element to form an overhang area on a conductive layer formed on the acoustic matching member. In this manner, electrical connection in the ultrasonic sensor is easily made, and detection sensitivity of the ultrasonic sensor is enhanced.

A construction machine is provided with a clamp receiver 30 with a projecting attachment pin 42, and a clamp body 31 attached onto the clamp receiver 30. The clamp body 31 includes a pair of clamping members 32, 33 which sandwich a hose 17 from both sides of the hose 17 in the diameter direction thereof, and a coupling mechanism which is operable to couple the clamping members 32, 33 to each other in a state that the hose 17 is sandwiched between the clamping members 32 and 33. Each of the clamping members 32, 33 is formed with a clamping member pin hole 40 for passing the attachment pin 42 therethrough. The clamp body 31 is thereby attached onto the clamp receiver 30 in a state that the clamp body 31 is movable in the length direction of the attachment pin 42.

A pulsation damper (20) includes a first diaphragm (21) and a second diaphragm (22) having a first pressure-receiving film portion (21a) and a second pressure-receiving film portion (22a) and defining a gas chamber (23) between the first pressure-receiving film portion (21a) and the second pressure-receiving film portion (22a) and an annular attachment member (24) configured to support the first diaphragm (21) and the second diaphragm (22). Pressure receiving areas (A1, A2) of the first pressure-receiving film portion (21a) and the second pressure-receiving film portion (22a) are different from each other. The annular attachment member (24) includes a large-diameter annular support portion (24a) formed so as to surround the first pressure-receiving film portion (21a) and to support the first diaphragm (21); a small-diameter annular support portion (24b) formed so as to surround the second pressure-receiving film portion (22a) and to support the second diaphragm (22); and an annular coupling portion (24c) configured to couple the large-diameter annular support portion (24a) with the small-diameter annular support portion (24b) so as to close the gas chamber (23).

The present invention provides a passenger conveying device capable of suppressing transmission of vibration of a drive sprocket to a main frame and having a comfortable ride. The passenger conveying equipment includes: a frame body (3), which is provided with landing floors (4A, 4B) on the upper parts of both ends in the longitudinal direction; a pair of pedal driving sprockets (5) and a pedal driven sprocket (6). , which are respectively pivotally supported in the vicinity of the below of the landing floors (4A, 4B) in the frame (3); pedal chains (9), which are wound around these pedal drive sprockets (5) and the pedals from between the movable sprockets (6); a plurality of pedals (10) linked with the pedal chains (9); and a mobile handrail (12) that moves cyclically synchronously with these pedals (10), wherein the pedals The drive sprocket (5) is supported by a base (17) fixed on the bottom of the frame (3).

The invention provides a sanitary cleansing device which comprises a pedestal (501), and a nozzle device (800), a water pump (516), a heat exchanger (700), an auxiliary water tank (600) and a waterstop solenoid valve (514) are disposed on the pedestal (501). The water pump (516) is provided with a motor part (516a), a linkage mechanism part (516b), and a piston part (516c). The pedestal (501) is provided with a water pump placing part (501a) where the water pump (516) is placed. The water pump (516) surrounds the periphery of the motor part (516a) by a buffer unit so as to be supported on the water pump placing part (501a). Therefore, vibration generated during driving of the water pump (516) is prevented from transmitting to the pedestal (501) and the main body, and a comfortable sanitary cleansing device is realized.

A surgical hand piece has a solid knife connected to and supported at its proximal end by a source of ultrasonic energy. A plastic sleeve has the knife located in it. A support is provided between the sleeve and the knife to support the sleeve while minimizing the effect of the vibration of the knife on the sleeve. The space between the knife and the sleeve form a first fluid channel. A plastic fluid tube can be located along the sleeve and can provide a second fluid channel. In order to use the handpiece for cleanup the sleeve can be moved forward to cover the knife and a small aspiration tube can be provided within the sleeve.

A spindle motor can include a rotor support piece, which may rotatably support a rotor that is inserted onto one end, and which may include a projecting part that protrudes from the other end and a mounting part that has a flat surface formed along the periphery of the projecting part; a base plate, in which an insertion hole may be formed for inserting the projecting part through, and on which multiple support protrusions may be formed along the periphery of the insertion hole for supporting the mounting part along a periphery of the insertion hole; and a buffer member, which may include a projecting-part hole for inserting the projecting part through and support-protrusion holes for inserting the support protrusions through, and which may be positioned between the rotor support piece and the base plate to absorb vibration. This arrangement can reduce the occurrence and transfer of vibrations.

At least three processing machines are positioned on a supporting structure including a plurality of beams spaced apart from each other. The at least three processing machines include a first processing machine, a second processing machine supported by at least one of beams which support the first processing machine, and a third processing machine supported by beams different from all the beams which support the first processing machine. A distance between the first processing machine and the second processing machine, at which an amount of vibration transferred from the first processing machine to the second processing machine becomes smaller than a predetermined amount, is determined, thereby positioning the first processing machine and the second processing machine with a distance not less than the determined distance.

The invention relates to an ultrasonic sensor. A connecting component (5) connecting a microphone (1) and a housing (3) has a holding cylinder portion (51) for holding the microphone (1), an embedding cylinder portion (52) embedded with the housing (3), and an intermediate cylinder portion (53) formed between the holding cylinder portion (51) and the embedding cylinder (52). By this means, a protrusion length (L2) of the microphone can be changed only through changing a length (L1) of the intermediate cylinder portion (53) in the connecting components (5), that is, through the replacement of the connecting component (5).

The invention relates to an automobile rear side window area reinforcing structure and an automobile. The automobile rear side window area reinforcing structure comprises a rear side wall inner plate, a rear wheel cover outer plate and a D pillar reinforcing part, wherein a rear side window is arranged at the upper part of the rear side wall inner plate, a C pillar inner plate is formed on the rear side wall inner plate and located on the front side of the rear side window, a reinforcing part assembly is overlapped on the surface, facing the exterior of the automobile, of the rear side wall inner plate, and a cavity reinforcing structure is formed in reinforcing part assembly on the rear side wall inner plate, the reinforcing part assembly comprises a first vertical extending section overlapped on the C pillar inner plate, a transverse extending section extending backwards from the lower end part of the first vertical extending section as well as a second vertical extending section extending downwards from the transverse extending section, the transverse extending section is arranged along the lower edge of the rear side window, the rear end part of the transverse extending section is overlapped on the D pillar reinforcing part, and the lower end part of the second vertical extending section is overlapped on an outer plate of the rear wheel cover outer plate. Excessive increasing of dead weight of the automobile is avoided while the rigidity of the rear side window area is improved and vibration transmission of back doors and vibration transmission of rear wheels are inhibited.

The present invention provides a vibration suppression apparatus which includes a first object elastically supported on a base, a second object elastically supported on the first object, and a driving unit configured to drive the first object, and which suppresses a vibration of the second object, comprising a first generation unit configured to generate a first signal, a second generation unit configured to generate a second signal, and a control unit configured to control the driving unit, wherein the control unit controls the driving unit based on the first signal, and after the deviation between the relative distance between the base and the first object, and the first reference distance falls within an allowable range, the control unit controls the driving unit based on the first signal and the second signal.

The invention discloses a special automatic vibration reduction and absorption working platform for a high-altitude operation car. The working platform comprises a floating platform, an outer frame, avertical vibration reducer set, a linear bearing, a horizontal vibration reducer set and two connecting beams, wherein the floating platform is embedded in the outer frame, and is fixedly connected with the linear bearing through the vertical vibration reducer set; the linear bearing and a transverse shaft on the outer frame form a slide pair; and the horizontal vibration reducer set is fixed between a linear bearing connecting beam and the outer frame. Through the arrangement of the floating platform which is independent and free of mutual noninterference in the vertical and left-right directions and can reduce and absorb vibration, the vibration transfer between the floating platform and a cantilever crane is effectively inhibited, the vibration amplitude and the vibration speed of theworking platform are reduced, the stability and the safety of the working platform in a working state of the high-altitude operation car are improved, and the improvement of the working efficiency isfacilitated.

The object of this invention is, in an electronic device provided with a supporting member that supports a drive member driven with vibration by engaging therewith, to provide the fixing structure of wiring that realizes the following: alleviation of the wobble generated by the vibration at the operating time of the drive member, reduction of unwanted sound and vibration caused by the above wobble, and inexpensive fixing of a wire without additional and specific members for wiring. This invention is constituted as a fixing structure of wiring for fixing a wire wired in an electronic device, wherein a drive member driven with vibration and a supporting member for supporting the drive member by engaging therewith are provided in the electronic device, and wherein the wire is fixed by being interposed in a gap formed between the drive member and the supporting member.