185results about How to "Absorb vibration" patented technology

A golf club head includes a head body having a front opening, a striking plate member covering the front opening, and at least one vibration-absorbing element. The striking plate member includes a striking face with a striking zone, and a back face opposite to the striking face and having a receiving groove. The vibration-absorbing element is disposed in the receiving groove.

A turbine seal closure mechanism for sealing an opening in a turbine component or between one or more turbine components. The turbine seal may include a main body having a longitudinal axis positioned transverse to the axial direction of the turbine and having at least one arm for sealing the main body to a surface of a turbine component and configured to fit within a recess in a turbine component. The turbine seal may also have one or more arms coupled to a side of the main body opposite to the first side having arms attached thereto for sealing the turbine seal to another turbine surface.

A front spoiler apparatus for a vehicle may include a spoiler panel, a rear end of which is rotatably connected to a bottom surface of a front bumper such that the spoiler panel is rotatable up / downward, a guide cylinder that is arranged to pass through the bottom surface of the front bumper to be fixed to the front bumper, a piston that is arranged within the guide cylinder and moves along the guide cylinder, a guide rod that is arranged to connect a front end of the spoiler panel and the piston, and an elastic member that is arranged within the guide cylinder and provides elastic force to rotate the spoiler panel toward the front bumper.

A golf club head includes a head body having a front opening, and a single-piece striking plate member covering the front opening and having a striking face with a striking zone, and a back face formed with an annular reinforcing rib behind the striking zone and corresponding in position to the striking zone, a central boss formed concentrically within the annular reinforcing rib, and a plurality of angularly spaced-apart diametral reinforcing ribs extending diametrically through the central boss and the annular reinforcing rib. The annular reinforcing rib and the diametral reinforcing ribs cooperate to define a plurality of receiving grooves. A plurality of vibration-absorbing elements are disposed respectively in the receiving grooves.

In a work vehicle, an engine compartment is disposed forwards of a cab. An exhaust gas treatment device is disposed over an engine in the engine compartment. A radiator is disposed forwards of the exhaust gas treatment device (33) in the engine compartment. A blower is configured to generate an airflow passing through the radiator from back to front of the radiator. The exhaust gas treatment device is slanted with respect to a vehicle width direction for increasing a distance between the exhaust gas treatment device and the radiator towards a first lateral face portion. Further, the first lateral face portion includes air inlets facing a space between the exhaust gas treatment device and the radiator.

A split axis stage architecture is implemented as a multiple stage positioning system that is capable of vibrationally and thermally stable material transport at high speed and rates of acceleration. A split axis design decouples stage motion along two perpendicular axes lying in separate, parallel planes. A dimensionally stable substrate in the form of a granite, or other stone slab, or of ceramic material or cast iron, is used as the base for lower and upper stages. The substrate is precisely cut (“lapped”) such that its upper and lower stage surface portions are flat and parallel to each other.

A rigid support structure allows for faster and more accurate positioning of axially adjustable optical components in a laser processing system. Vibrational and thermal stability is improved when an optics assembly is housed in a rigid air bearing sleeve that is mounted to a support structure above a specimen stage.

The invention belongs to the technical field of vibration attenuation and vibration absorption of engineering structures and mechanical structures, and discloses a vibration absorption device of adjustable natural frequency and an engine with the same; wherein, the vibration absorption device of adjustable natural frequency is characterized by comprising a liquid storage tank, a liquid pump, a vibration absorption spring, a vibration absorption mass block arranged at the upper end of the vibration absorption spring, and an additional liquid tank fixed on the vibration absorption mass block. The additional liquid tank is divided into an upper air cavity and a lower liquid cavity by a piston, and the lower liquid cavity, the liquid pump and the liquid storage tank are sequentially connectedby a hose. The vibration absorption device of adjustable natural frequency is arranged on a mounting seat of the engine, and engine vibration is absorbed to the maximum extent by dynamically adjustingthe natural frequency of the vibration absorption device, thus reducing engine vibration.

In an exhaust control valve having a valve housing and a valve body rotatably contained in the valve housing, a transmission member is fitted to an outer end of the valve shaft and protrudes from the outside of the valve housing. A bearing bushing for rotatably bearing an external circumferential surface of the valve shaft by its internal circumferential surface and rotatably bearing an end face of the valve body by its end face is mounted in the valve housing. The valve body is urged by load from a thrust spring for achieving a pressure contact seal condition between the opposed end faces of the bearing bush and the valve body.

A compression resistant isolator disposed between a direct fuel injector and a cylinder head of an internal combustion engine provides thermal, or thermal and vibrational isolation therebetween. A plurality of radially spaced rigid axial support members provide axial load support to maintain proper direct fuel injector positioning within the cylinder head bore. Spaces formed between the rigid axial support members may have isolation materials positioned therein. The implementation of the isolator may reduce the operating temperature of a fuel injector for direct injection, which is critical to avoid injector tip plugging.

An image-forming device includes a photosensitive drum, a transfer roller, a guide plate for guiding the paper toward the photosensitive drum, and a sponge fixed to the bottom surface of the guide plate. The sponge is softer than the guide plate, so that it can absorb vibrations in the guide plate when the trailing edge of the paper leaves the guide plate.

Apparatus for joining a first conduit to a second conduit comprising a first coupler for attachment to an end of the first conduit, a second coupler for attachment to an end of the second conduit and for engagement to the first coupler, and a snap-fit fastener for fastening the first coupler to the second coupler. The snap-fit fastener is arranged in at least two portions to fit around the periphery of the first and second couplers when the first and second couplers are engaged. The apparatus enables relative movement between the first coupler and the second coupler.

A fuel feed apparatus accommodates a sub tank. The sub tank includes a pump module The pump module generates vibration, and is supported by a supporting member and a suction filter. The suction filter is covered with a nonwoven fabric. The nonwoven fabric is used as an additional filter for removing debris in fuel drawn by the pump module. The supporting member and the nonwoven fabric have resilience. The pump module is mounted on the sub tank via the supporting member and the non woven fabric. Therefore, vibration of the pump module is not apt to be transmitted to the sub tank. Additionally, the supporting member need not to be rigidly formed, so that the supporting member can be manufactured easily.

The invention relates to a liquid static pressure central support of a machine tool for processing shaft-type parts, which solves the problem that the bearing precision in the precision machining of the shaft-type parts is insufficient. The central support is characterized in that a lower bearing bush is arranged on the central support, an upper bearing bush is arranged on the inner lateral surface of an upper gland in the radial direction, bearing grooves are formed on the working planes of the upper bearing bush and the lower bearing bush, and an oil returning groove is formed between adjacent bearing grooves; arc oil grooves are formed on the back of the upper bearing bush and the lower bearing bush; orifices are formed on the bearing grooves, and the orifices are communicated with the bearing grooves and the arc oil grooves; a lower oil inlet is formed on the central support; upper semi-end covers are arranged on both lateral surfaces of the upper gland in the axial direction respectively, and lower semi-end-covers are arranged on both lateral surfaces of the lower concave semicircular surface of the central support in the axial direction respectively. The liquid static pressure central support adopts the liquid static pressure technology to directly support work pieces, and the rigid direct contact does not exist between the central support and the work pieces; therefore, the invention has the following advantages: the abrasion is not generated on the surface of the work pieces, the vibration of the work pieces supported can be absorbed and refrained, the bearing precision is higher, and the liquid static pressure central support is suitable for the precision machining of the shaft-type parts.

An image-forming device includes a photosensitive drum, a transfer roller, a guide plate for guiding the paper toward the photosensitive drum, and a seat for supporting one end portion of the guide plate, for allowing another end portion of the guide plate to be deformable. A sponge is fixed to the bottom surface of the guide plate to expose at least the deformation part, so that the sponge can reduce the occurrence of paper jams. The sponge absorbs vibrations in the guide plate.

A golf club head includes a head body having a front opening, a striking plate member covering the front opening, and at least one vibration-absorbing element. The striking plate member includes a striking face with a striking zone, and a back face opposite to the striking face and having a receiving groove. The vibration-absorbing element is disposed in the receiving groove.

In an exhaust control valve having a valve housing and a valve body rotatably contained in the valve housing, a transmission member is fitted to an outer end of the valve shaft and protrudes from the outside of the valve housing. A bearing bushing for rotatably bearing an external circumferential surface of the valve shaft by its internal circumferential surface and rotatably bearing an end face of the valve body by its end face is mounted in the valve housing. The valve body is urged by load from a thrust spring for achieving a pressure contact seal condition between the opposed end faces of the bearing bush and the valve body.

A drain hose has a simple structure which absorbs vibration of a drain pump, and a washer has the same. The washer includes a main body, a drain pump disposed at the lower portion of the main body, a drain hose to guide wash water pumped by the drain pump to the outside of the main body, and an anti-vibration member formed of a material differing from the drain hose, and including a corrugation part connected between the drain pump and the drain hose and absorbing vibration of the drain pump during drainage of the wash water.

The invention discloses a detection test device of dynamic flexible drive torque, aiming to solve the problem that the prior art can not be popularized in other vibration platforms to be detected. The device comprises a horizontal bearing platform (A), a power output system (B), a torque detection system (C) and a power transfer system (D), wherein the power output system (B), the torque detection system (C) and the power transfer system (D) are fixed on the horizontal bearing platform (A) by T-shaped bolts; a hydraulic safety coupling (c) in the power output system (B) is fixedly connected with a single-key elastic pin gear coupling (e) in the torque detection system (C); a double-key elastic pin gear coupling (f) in the torque detection system (C) is fixedly connected with the right end of the power transfer system (D); the horizontal bearing platform (A) is designed into L-shaped box structure; the hydraulic actuator base is arranged at the L-shaped turning; and a T-shaped groove is processed on the upper surface of the horizontal bearing platform (A).