37results about How to "Reduce swing angle" patented technology

The invention relates to a tensioning device, in particular to a bidirectional association bidirectional tensioning device with a variable damping device. The bidirectional association bidirectional tensioning device with the variable damping device comprises a base, a first tensioner, a second tensioner and the associated belt variable damping device, wherein the first tensioner is rotatably arranged on the base; the second tensioner is rotatably arranged on the base; and one end of the associated belt variable damping device is rotatably connected to the first tensioner, and the other end of the associated belt variable damping device is rotatably connected to the second tensioner. The first tensioner and the second tensioner are located on the two sides of the base correspondingly. The associated belt variable damping device can be compressed and provide variable damping.

A sheet stacking apparatus includes a base member, a sheet stacking portion on which sheets are stacked, and a biasing portion configured to bias the sheet stacking portion.The sheet stacking portion is swingably supported by the base member, and the biasing portion biases the sheet stacking portion such that a swing angle is reduced.

The invention relates to a tensioning device, in particular to a bidirectional association bidirectional tensioning device with a variable damping device. The bidirectional association bidirectional tensioning device with the variable damping device comprises a base, a first tensioner, a second tensioner and the associated belt variable damping device, wherein the first tensioner is rotatably arranged on the base; the second tensioner is rotatably arranged on the base; and one end of the associated belt variable damping device is rotatably connected to the first tensioner, and the other end of the associated belt variable damping device is rotatably connected to the second tensioner. The first tensioner and the second tensioner are located on the two sides of the base correspondingly. The associated belt variable damping device can be compressed and provide variable damping.

Provided is a joystick type vehicle brake device that can achieve small size of an interlocking mechanism and ensure good operation of a hydraulic master cylinder for interlocking. A mechanical rear wheel brake (3) is operated by the operation of a brake pedal (5) rotating around a fixed shaft (9), and via an interlocking mechanism (6) having the hydraulic master cylinder (12) for interlocking, ahydraulic front wheel brake (2) is operated in an interlocking manner. The interlocking mechanism (6) includes: the hydraulic master cylinder (12) for interlocking; and a balance bar (13), the intermediate portion of the balance bar being rotatably pivotally supported on the outer surface of the upper end portion of a transmission arm (5b), and a connecting member (8) for operating the rear wheelbrake (3) being coupled to the upper end portion; a hydraulic input rod (14) rotatably supported on the lower side outer surface of the transmitting arm (5b) by the fixed shaft (9), and the upper sideand the balance bar (13) being rotatably coupled and protrudes downward from the fixed shaft (9). A working arm (14a) for operating the hydraulic master cylinder for interlocking (12) protrudes fromthe lower end portion.

The invention discloses a spiral double-rocker guide rod groove cam combination space mechanism for a sliding-plug door, relates to a sliding and plug, sealing, opening and closing mechanism for the sliding-plug door for a vehicle, in particular to the spiral double-rocker guide rod groove cam combination space mechanism for the sliding-plug door of high-speed rail or other railway vehicles. The mechanism comprises a motor, a coupler, a screw, a bearing shaft, a guide rod, a guide rod sleeve, a shaft sleeve, a door carrying rocker, a nut, a short rocker, a door handle, a roller, a roller shaft, a groove cam, a door leaf and a door frame, wherein a spiral mechanism consists of the screw, the nut and the door frame; a double-rocker guide rod mechanism consists of the rocker, the short rocker, the guide rod, the guide rod sleeve, the nut, the bearing shaft, and the shaft sleeve; a groove cam mechanism consists of the bearing shaft, the rocker, the roller, the roller shaft, the groove cam, the door handle, the door leaf and the door frame; the spiral mechanism, the double-rocker guide rod mechanism, and the groove cam mechanism are connected to form the spiral double-rocker guide rod groove cam combination space mechanism; the door frame is fixedly connected with a vehicle body; and the motor which is fixed on the door frame is connected with the screw through the coupler.

The invention relates to a flat-square milled ball cage and a production method thereof and belongs to the technical field of ball cages. The flat-square milled ball cage comprises a ball cage seat, an input shaft integrated with the ball cage seat is arranged at the bottom of the ball cage seat, a dust cover buckled with the ball cage seat is arranged on the end face of the ball cage seat, a plurality ball cage assemblies arranged on the same axis and evenly staggered is arranged in the ball cage seat, and each ball cage assembly is provided with an output shaft which is sleeved with the ballcage assembly and extends out of the dust cover. The flat-square milled ball cage has the advantages of compact structure, even stress, inexistence of included angles and long service circle, and stability, handling and heat dissipation performance of vehicles during operation are improved; with the production method of the flat-square milled ball cage, the purposes of no concave and convex surfaces in the plane, reducing clamping of swinging angles, high rigidity precision, tight connection between the ball cage and a drive shaft, simple and practical processing technology and shortened processing cycle are realized.

The invention relates to a structure of wheel projective mechanical frame, wherein said frame comprises: a front frame and a back frame; said front frame is a box, formed by upper beam, lower beam, front panel, back panel, and two side wing plates; the cylinder base in at the middle of upper beam; two wing boxes are at two ends of upper beam; the box hinge support is under the back panel; the bridge mounting plates are at two ends of lower beam; the front and back frames are connected via rotational couple; said rotational couple is at the axial center of front and back driving bridges; the front bridge is fixed, and the back bridge swings. The invention can be used in small wheel mechanical machine, with long service life, high support ability, flexible operation and high stability.

The invention discloses a penetrating type seedling picking device and a one-way feed seedling picking method, and relates to the technical field of crop pot seedling transplanting; the penetrating type seedling picking device includes a driving mechanism and a seedling picking arm; the driving mechanism is used to Drive the seedling-taking arm to perform the corresponding seedling-taking action and the seedling-putting action; the seedling-taking arm includes a support, a slider, a seedling-taking device and a seedling pushing device, and the support is fixed on the non-circular planetary wheel in the drive mechanism, The slider is hinged on the bracket, the seedling picking device and the seedling pushing device are connected to the driving mechanism through a crank and a connecting rod, the crank is fixed on the planet carrier, one end of the connecting rod is hinged on the crank, and the other end is hinged on the pushing mechanism. On the stalk. The present invention realizes efficient and low-damage seedling picking of plug seedlings based on the one-way feed seedling picking method of the above-mentioned penetrating seedling picking device, and only needs to feed seedlings in a single direction, which simplifies the structure of the seedling feeding system and is beneficial to ensure Integrity of the pot substrate.

Disclosed is a valve assembly (6) for connecting a heat exchanger (1) of a hot water discharging device to a district heating system. Said valve assembly (6) comprises a valve (20) which is located on a primary side and controls a flow of heat exchange fluid through a primary side (2) of the heat exchanger (1), and a pressure-controlled valve (40) that is located on a secondary side and acts upona flow of process water through a secondary side (3) of the heat exchanger (1). The valve (20) located on the primary side can be actuated by the valve (40) located on the secondary side. In order tosimplify the production of such a valve assembly, the valve (40) that is located on the secondary side is provided with an adjustable neutral opening (44).

The invention discloses an inhaul cable structure for clutch control of a mechanical automatic transmission. The inhaul cable structure comprises an inhaul cable steel wire, an inhaul cable lead screw and a shift fork groove, wherein the inhaul cable lead screw is connected with one end of the inhaul cable steel wire and is fixed through a locking mechanism arranged outside the inhaul cable lead screw in a sleeving mode, and the inhaul cable steel wire is installed in the shift fork groove through a notch of the shift fork groove. The inhaul cable structure further comprises a limiting mechanism used for limiting the locking mechanism to rotate in the shifting fork groove. An existing inhaul cable structure is replaced by adding a limiting boss through an inhaul cable locking nut, the swinging angle of the inhaul cable can be controlled within a certain range, jamming of the locking nut during movement in the transmission shifting fork groove is avoided, the length of the inhaul cable is increased, and the swinging angle during movement is reduced.

A flare-type tensile legs floating wind turbine base; the floating wind turbine base comprises a top support platform (9) for supporting a tower frame (3), blades (1) and a wind turbine set (2); a bottom support structure (7) connecting to a plurality of tensile legs (5); at least three hollow upright columns (6) connected between the top support platform (9) and the bottom support structure (7), and arranged around the vertical central line of the floating wind turbine base, each upright column (6) inclining outward from the lower end to the upper end relative to the vertical central line of the floating wind turbine base; and a ballast adjustment system disposed in the upright columns (6) and / or the bottom support structure (7). Also disclosed are an offshore wind turbine having the floating wind turbine base and a construction method.