159results about How to "Guaranteed meshing" patented technology

The invention relates to automobile interior trimming pieces and particularly relates to an air outlet assembly structure of an air conditioner of an automobile dashboard. The invention aims at providing an intermediate air outlet of an automobile instrument panel which comprises a single horizontal blade and adopts a single striking button to control an air direction. The intermediate air outlet of the automobile instrument panel comprises an air frame; a vertical blade component, the horizontal blade and a striking component are arranged in the air frame, wherein the horizontal blade and the striking component are rotationally connected with the air frame; the vertical blade component comprises 3-5 vertical blades which are rotationally connected with the air frame and a connecting rod which is used for connecting the vertical blades; only one horizontal blade is arranged; the striking component comprises the striking button sleeved on the horizontal blade, an arc-shaped rack clamped on the striking button and a gear clamped on the vertical blades; and the arc-shaped rack is meshed with the gear. The intermediate air outlet of the automobile instrument panel has the advantages that only one horizontal blade is adopted, and the cost for materials for production is greatly saved.

The invention relates to a pneumatic brake cylinder comprising a housing (19), a piston (1) that can be moved in the housing (19) and is used to transfer the pneumatic pressure to a brake, and a device for automatic adjustment in the event of wear of the brake linings, said device comprising a spindle (24), an adjusting nut (25), and a piston tube (23) that can be engaged with the adjusting nut (25). According to the invention, a torque applied to the piston tube (23) by the adjusting nut (25) is introduced by the piston tube (23) directly into elements (8) connected to the housing (19) in a fixed manner.

The invention discloses an automatic pencil feeding mechanism suitable for pencils of various specifications. The automatic pencil feeding mechanism comprises a support, two mounting shafts arranged in parallel in a spaced manner, two pencil conveying wheels and a drive mechanism for driving the two mounting shafts to rotate. The support is provided with a first strip-shaped groove and a second strip-shaped groove which are in central symmetry. The two mounting shafts are the first mounting shaft and the second mounting shaft respectively. One end of the first mounting shaft is located in the first strip-shaped groove and can move in the first strip-shaped groove when stressed. The other end of the first mounting shaft is connected to the support through a shaft. One end of the second mounting shaft is connected to the support through a shaft. The other end of the second mounting shaft is located in the second strip-shaped groove and can move in the second strip-shaped groove when stressed. The pencil feeding mechanism further comprises a spacing adjustment assembly. The spacing adjustment assembly is used for driving the first mounting shaft to move in the first strip-shaped groove and the second mounting shaft to move in the second strip-shaped groove. The automatic pencil feeding mechanism has the beneficial effects that pencil feeding holes can be adjusted in an adaptive manner according to the specifications of pencils and the pencil feeding mechanism is suitable for automatic feeding of pencils of various specifications.

The invention discloses a detecting device capable of adjusting a transmission gap and a transmission gap adjusting mechanism. The detecting device capable of adjusting the transmission gap comprises the transmission gap adjusting mechanism and a displacement detection mechanism. The transmission gap adjusting mechanism comprises a first support, a rotating assembly, a second support and an elastic assembly, wherein the first support is provided with a first plate and a second plate perpendicular to the first plate, the first plate is fixed to a rack, the second plate is provided with at least two threaded holes, the rotating assembly comprises a rotating shaft, the side edge of the first plate of the first support is fixed to the rotating assembly, the second support is fixed to the rotating assembly and is parallel to the second plate of the first support, and the elastic assembly is arranged in containing space. According to the detection device capable of adjusting the transmission gap, by keeping meshing of a gear and a rack, accumulated errors of reading of a jumping gear and an encoder due to long-term meshing abrasion can be effectively avoided, the maintenance labor is reduced, and the equipment cost is reduced.

The invention provides a trailing arm lock with detachable and replaceable trailing arms for a double-column automobile elevator. The trailing arm lock with the detachable and replaceable trailing arms for the double-column automobile elevator comprises a cross beam, a rising and falling slide, two long trailing arms, two rotary shafts, two supporting assemblies, two short trailing arms, two trailing arm semi-teeth, two trailing arm lock teeth and two locking pins. The cross beam is provided with connecting through holes and installing through holes. The rising and falling slide is connected to the cross beam. Each long trailing arm comprises a straight rod, a straight plate, a first connecting plate and a second connecting plate. The two rotary shafts are arranged in the long trailing arms and the connecting through holes of the cross beam in an inserted manner. Each supporting assembly comprises a supporting rod and a supporting platform. Each short trailing arm comprises a connecting piece and lap-joint pieces. According to each trailing arm semi-tooth, the arc-shaped outer edge is a convex tooth face, the bottom face is provided with an arc-shaped groove, and the surface is provided with fixed holes. The trailing arm lock teeth comprise connecting pipes and meshing parts, the inner walls of the meshing parts are provided with concave tooth faces, the connecting pipes are communicated with the installing through holes of the cross beam, and the concave tooth faces of the meshing parts are meshed with the convex tooth faces. One ends of the locking pins are provided with pulling rings, and the other ends of the locking pins are inserted into the installing through holes of the cross beam through the connecting pipes and extend out of the cross beam through the lower surface of the cross beam. According to the trailing arm lock, the structure is simple, the trailing arms are detachable and replaceable, the meshing degree between the trailing arm lock teeth and the trailing arm semi-teeth is high, and limiting and locking on the trailing arms can be effectively achieved.

The invention provides a percutaneous sensor applying device. The percutaneous sensor applying device comprises a base, a handle, a guide needle, a sensor unit, a support frame, a sensor bracket, a shuttling piece and a driving component, wherein the sensor unit comprises a sensor body and a sensor shell, and the sensor shell is provided with a through hole allowing the guide needle to pass through; the support frame is dismountably and fixedly mounted in the handle; the sensor bracket is coupled with the support frame and is used for supporting the sensor unit; the shuttling piece is used forsupporting and extending the guide needle passing through the through hole; the driving component is used for driving the shuttling piece to move towards a near end position; and when the handle moves to a second position from a first position, the support frame, the sensor bracket and the shuttling piece, as a whole, move to a most distal end position from a near end position, and when the support frame, the sensor bracket and the shuttling piece reach the most distal end position, the sensor bracket releases the sensor unit. Automatic penetrating and drawing out of the guide needle are realized, and besides, the percutaneous sensor applying device is simple to operate, comfortable to use, compact in structure, safe and reliable and favorable for popularization.

The invention discloses a spindle locking device and relates to a precise spindle locking device. The spindle locking device consists of an internal expansion sleeve, an external expansion sleeve, a spring disc, a piston block and a fixed post, a fixing bolt and a fixing bolt. The internal expansion sleeve is fixed on a spindle and can rotate together with the internal expansion sleeve. The external expansion sleeve is sleeved on the internal expansion sleeve. Conical surfaces which are matched with each other are arranged between the internal expansion sleeve and the external expansion sleeve. The external expansion sleeve is sleeved on the internal expansion sleeve through the conical surfaces. The spring disc is sleeved on the internal expansion sleeve. The external expansion sleeve is positioned between a rear flange of the spindle and the spring disc. The spring disc is fixed with the rear flange through the fixed post and the fixing bolt. The spring disc and the external expansion sleeve are locked through the locking bolt. The piston block is arranged between the rear flange and the external expansion sleeve. Using the deformation characteristic of the spring disc and a taper locking mode, the locking device avoids any influence on the precision of the spindle when the spindle is locked and absolutely reliable locking is achieved, thereby ensuring the precision of processed parts, the precision of the spindle and the service life of the spindle.

The invention discloses a toothed rail and adhesion coaxial driving toothed rail driving device and a toothed rail rolling stock. A driven gearwheel is mounted on an axle through a bearing; a gear shaft (83) and a toothed rail side shaft sleeve (84) are mounted on the axle on one side of the driven gearwheel through bearings; an adhesive side shaft sleeve (85) is installed on the axle on the otherside of the driven gearwheel in an interference mode, the gear shaft and the toothed rail side shaft sleeve are rigidly and fixedly connected into a whole body, and the driven gearwheel is connectedwith the toothed rail side shaft sleeve or the adhesive side shaft sleeve through a clutch; an eccentric mechanism (52) with a self-positioning and self-locking mechanism is mounted on the gear shaftthrough the bearing, a window is formed in the eccentric mechanism, and outer teeth of the gear shaft are exposed out of the window; and a toothed rail wheel (51) is installed on the eccentric mechanism through the bearing, and the toothed rail wheel is internally meshed with outer teeth of the gear shaft. A height of the toothed rail wheel can be adjusted, and different reduction ratios can be provided for toothed rail driving and adhesion driving.

The invention relates to a transmission structure for a conveyer belt for a silk screen printing machine, which has simple structure and continuous transmission, and ensures the stable transmission of the conveyer belt. The transmission structure comprises the conveyer belt, a conveyer chain and a driving structure, and is characterized in that the conveyer chain is meshed with the conveyer belt through a fastener connected with the outside of the conveyer chain, and two outside parts at the meshing part of the conveyer chain and the conveyer belt are in shapes of obtuse arc respectively.

The invention discloses a solar water heater intelligent control device, which comprises a solar water heater, a solar cell panel, a gear guide rail and a mounting base, wherein the gear guide rail comprises driving gears and a driven gear, the driving gears are evenly arranged on the outer circumferential surface of the driven gear, and the driving gears are engaged with the driven gear. An installation method comprises the steps of: a, installing the mounting base; b, installing the gear guide rail; c, installing a supporting frame; d, installing the solar cell panel; e, and installing the solar water heater. The solar water heater intelligent control device and the installation method thereof effectively improve the utilization rate of the renewable energy sources such as solar energy,reduce the use of non-renewable energy sources such as coal and natural gas, maximize the heat exchange rate of the solar water heater, make the operation more automatic, effectively increase the using comfort and application range of the solar water heater, and enable the utilization rate of solar energy to be maximized in areas with insufficient sunlight.

The invention belongs to the field of positioning equipment or other supports of products, and particularly relates to a multifunctional tablet personal computer support. The computer support comprises a supporting part, the supporting part of the tablet personal computer comprises a main supporting plate of a hollow structure, side supporting plates capable of sliding relative to the main supporting plate and a folding supporting plate hinged to the main supporting plate, each side supporting plate is fixedly connected with a rack, the racks can be meshed with a gear arranged in the main supporting plate, and one side, far away from the main supporting plate, of the side supporting plates is provided with a clamping part; and a long shaft is coaxially connected with the gear, the long shaft can rotate and slide relative to the main supporting plate, the racks can be driven to move by adjusting the long shaft to enable the gear to rotate, so that the position adjustment of the side supporting plates can be realized. By the adoption of the technical scheme, a tablet personal computer can be supported and positioned, and can be matched with tablet personal computers with different sizes by adjusting the positions of the side supporting plates.

The invention relates to an electric machine, in particular a starter device (10) for an internal combustion engine. The electric machine comprises a noise-optimized toothing system (232, 234) of two gearwheels (22, 25) which can be brought into engagement with one another. The noise-optimized toothing system (232, 234) is configured as an extra-deep toothing system on at least one of the gearwheels (22, 25). The extra-deep toothing system has an asymmetrical toothing profile (214).

The invention relates to an intelligent containing box of a remote controller. The intelligent containing box comprises an outer casing, wherein the outer casing is of a cylindrical structure, the centerline of the outer casing is arranged along the vertical direction, a top plate and a bottom casing are respectively arranged on the top part and bottom part of the outer casing, the side part of the outer casing is provided with a remote controller exit and entrance, and an operation hole is formed in the top plate; a support base is arranged at the center of the bottom casing, a center shaft is fixedly arranged on the support base and has the same centerline with the outer casing, a rotary frame assembly is sheathed on the exterior of the center shaft and can rotate around the center shaft, the rotary frame assembly comprises a power driving bin and at least three remote controller containing bins, and the interior of each remote controller containing bin is respectively provided with an automatic telescopic remote controller containing device. The intelligent containing box has the advantages that by utilizing intelligent control and mechanical transmission principle, the purpose of automatically containing and fetching out the remote controller is realized, and a plurality of different remote containers can be contained; by using an intelligent mobile phone or a touch screen to operate and control, the automation degree is high; a remote controller finding function is realized; standby batteries can be contained, so that the convenience is realized for families.

The invention discloses a high-rise building aerial fire rescue device, and belongs to the technical field of building fire fighting equipment. The high-rise building aerial fire rescue device is characterized by comprising a rotating device arranged at a roof of a high-rise building, and guide rails. The high-rise building aerial fire rescue device has the following beneficial effects: when a motor A is started, a paying-off direction of a windlass on a disc rotates to one side opposite to a fire generation place for preventing burn by fire in escape; as an upper guide rail is arranged on an inner guide rail, and one side of a slide block is arranged in a gap formed between the inner guide rail and the upper guide rail, on the one hand, the stable sliding of the slide block on the rail is guaranteed, and on the other hand, the rollover of the slide block caused by the weight of staff is prevented to provide reliable guarantee for safe rescue; one end of a bracket is fixedly connected with the slide block, and the other end extends to the outer end of a floor; a box body is shifted to the outer side of a wall of the building; a lifting basket is hoisted by a steel wire rope for preventing collision to the wall to cause personal injury; and a pulley is arranged on the box body for preventing knotting of the steel wire rope to cause unstable descending.

An oil drain plug is disclosed for cooperating with a socket in an oil sump. The plug includes a main body, an eccentric pin protruding from the main body, and an enlarged tip on an end of the eccentric pin. The socket includes a cup-shaped cavity having a lateral wall open at one end, closed at the opposite end by a bottom wall and including an internal surface for mating with the main body of the plug. The bottom wall includes an external surface facing outside the cavity, a through hole such that the enlarged tip of the plug extends beyond the external surface, and a slot departing from the through hole towards a distal end along an arched path centered in the axis and having a smaller width than the through hole for preventing the enlarged tip of the plug from passing through it.

The invention provides an oil-driven coaxial six-rotor unmanned aerial vehicle transmission structure. The transmission structure comprises a first-level transmission mechanism, a second-level transmission mechanism and a third-level transmission mechanism which are connected in sequence, wherein the first-level transmission mechanism comprises a first bearing bracket, a reduction gear is arrangedin the middle of the first bearing bracket, and the reduction gear meshes with an engine gear; the second-level transmission mechanism comprises four first-level bevel gears, the four first-level bevel gears are connected end to end in a square section mode, one of the four first-level bevel gears is connected with the reduction gear, and the other three first-level bevel gears are connected withtransmission shafts respectively; the third-level transmission mechanism comprises power output assemblies, one end of each of the three power output assemblies is connected with the corresponding transmission shaft, the other ends of the power output assemblies are provided with second-level bevel gears respectively, and each second-level bevel gear is connected with two opposite third-level bevel gears in a T-shaped section mode, wherein the two third-level bevel gears are connected with rotors respectively. The oil-driven coaxial six-rotor unmanned aerial vehicle transmission structure hasthe advantages of being simple in structure, high in transmission efficiency, smooth in transmission and stable in transmission ratio.

A chain grate machine, especially the driver and tension unit of chain grate machine, is disclosed. Its drive wheel is arranged at the ordinary-temp feeding end of grate bed, so running in ordinary-temp region. Its tension unit using weight for vertical tension is arranged at the high-temp discharge end. Its advantages are high reliability, long service life and low cost.

The invention provides a pulley frame for an aircraft slat rail. The pulley frame comprises a pair of reinforcing partitions, and the slotted-wing slide rail slides between the pair of reinforcing partitions. At least two pairs of radial rollers and bolt assemblies; and a stop. The radial roller and bolt assembly on the upper side of the slat rail further includes a pair of eccentric bushings supported on both end portions of the bolt shank, and the radial bolts are supported on a pair of reinforcing baffles by a pair of eccentric bushings so that the radial roller can rotate relative to the reinforcing baffles; a stop couples a pair of eccentric bushings to the radial bolts to prevent rotation of the radial bolts relative to the pair of eccentric bushings.

The invention provides a power assisting device of a steering system. The power assisting device can adjust the unloading torque of a reducing mechanism and compensate the wearing clearance between a worm and a gear. The power assisting device comprises the worm and the gear which are engaged with each other, one end of the worm is coaxially connected with an output shaft of a power assisting motor, a first bearing block is arranged between a bearing at the other end of the worm and a reducer shell, a bearing mounting hole core of the first bearing block and the center of an outer circle of the first bearing block are eccentric, the first bearing block rotates, and the worm is driven to compress the gear. As an inner cavity of the first bearing block is eccentric, when the machining tolerance, mounting tolerance or wearing clearance occurs between the worm and the gear, the first bearing block rotates, the worm is driven to be close to or far away from the gear, the unloading rotation torque of the worm and the gear is adjusted, normal engagement of the worm and the gear is ensured, and engaging stability of the worm and the gear is improved and kept.

The invention discloses a continuous vibration controller of a structure. The controller comprises a baseplate, wherein a side plate is fixedly disposed on one side of the upper wall of the baseplate;a vibration block is disposed on the baseplate; the vibration block is disposed on the baseplate in a slide manner by two slide blocks; the baseplate is provided with two slide grooves correspondingto the slide blocks; a slide plate is fixedly disposed on the side wall of one side, close to the side plate, of the vibration block; the end, remote from the vibration block, of the slide plate penetrates the side plate; a slide hole corresponding to the slide plate is formed in the side plate; a rotation disk is also disposed on the side wall of one side, remote from the vibration block, of theside plate; and the rotation disk is disposed on the side plate in a rotatable manner by a rotation rod. The controller disclosed by the invention has the beneficial effects that vibration frequenciesand vibration amplitudes of the vibration block can be adjusted according to needs, and diversity of vibration modes of the vibration block is realized. In this way, a same object with the differentvibration frequencies and vibration frequencies can be researched, and research effects of vibration are greatly improved.

The invention discloses a manufacturing method of a transformer coil, and relates to the technical field of electrical equipment. The manufacturing method comprises the following steps: S1, material preparation: preparing a flat conductor, coating the surface of the flat conductor with paint and insulating two adjacent flat conductors when in contact; S2, spiral winding: fixing one end of the flatconductor prepared in the step S1 to the bottom end of an inner core mold; and winding the flat conductor around the inner core mold to form a spiral structure through rotation of the inner core mold; and S3, tightness adjustment: tightening the wound flat conductor to make the formed spiral structure more compact when the flat conductor in the step S2 is wound on the inner core mold,. Accordingto the manufacturing method, the changeover gears with different diameters are changed and changed rotating gears are normally meshed with the second gear so that the distance between the two adjacentturns of each produced coil is identical after the coil turns of the device are changed.

The invention relates to an extruding and self-locking type automatic two-grade telescoping rod structure. The extruding and self-locking type automatic two-grade telescoping rod structure comprises abase, wherein one end of a first lead screw is rotatably connected into the base, and the first lead screw can rotate along own axis; a first gear provided with a threaded hole sleeves the outer partof the first lead screw; the first lead screw penetrates through a threaded hole in the first gear; the first gear is rotatably mounted into a supporting plate; a second gear and a third gear are rotatably mounted in the supporting plate; the first gear is correspondingly engaged with the second gear and the third gear; the second gear is provided with a threaded hole, and a second lead screw which penetrates through the second gear and the supporting plate is formed in the second gear; the second gear is fixedly connected to a third lead screw; and the third lead screw extends in the direction far away from the base. According to the extruding and self-locking type automatic two-grade telescoping rod structure, two telescoping rod joints are driven to sequentially telescope through one motor, and a plurality of telescoping rod sections can be positioned while the telescoping rod telescopes, and manually operating a damping part or a positioning part is avoided; and the extruding andself-locking type automatic two-grade telescoping rod structure is convenient and quick.