16results about How to "Reduce dynamic load" patented technology

An embodiment of the present specification provides a vehicle corner module comprising: a wheel; the suspension system comprises a swing arm; the steering system comprises a steering driving part and a steering arm, the steering driving part is installed on the steering arm, the two ends of a swing arm are connected with the wheels and the steering arm through rotating pairs respectively, and the steering driving part drives the wheels to steer through the steering arm and the swing arm; the driving system comprises a driving motor, a speed reducing mechanism and a connecting mechanism, the driving motor is installed on the steering arm, the output shaft is connected with the speed reducing mechanism, the speed reducing mechanism is arranged in the steering arm, and the output shaft of the speed reducing mechanism is connected with the wheels through the connecting mechanism. The driving motor is installed on the steering arm, the unsprung mass and the wheel dynamic load can be reduced, the output shaft of the driving motor is connected with the input shaft of the speed reducing mechanism in the direction away from the wheel, the speed reducing mechanism is arranged in the steering arm, and more axial space can be reserved for the connecting mechanism; therefore, the wheels can run up and down greatly.

The invention discloses a supporting structure for reducing the degree of freedom of an electromechanical transmission output shaft and an output gear, which belongs to the technical field of mechanical design and comprises a cylindrical pin, the output shaft, a flange plate, the output gear and a bearing. The flange plate is mounted on the box body; the flange plate is supported on the output gear through a bearing; one end of the output shaft is coaxially sleeved in an axial blind hole A in the output gear; the output gear and the output shaft are coaxially connected through a cylindrical pin; one end of the cylindrical pin is in transition fit with an axial blind hole B in the output gear, and the other end of the cylindrical pin is in transition fit with an axial blind hole C in the output shaft. According to the invention, the cylindrical pin is utilized to restrain the redundant degrees of freedom of the output gear and the output shaft in the axial direction and the radial direction, and the coaxiality between the output shaft and the output gear is improved, so that the assembly error is reduced, the dynamic load is reduced, and the overall performance and reliability of an electromechanical transmission system are improved.

The invention relates to a brake system (20) and a brake system providing method, in particular to a brake system and a brake system providing method for a brake system of a road vehicle. Disclosed is a brake system for a vehicle, comprising: a rotary brake element (22) fixedly connected to a wheel or a hub in a co-rotation manner with the wheel; a stationary braking element (24, 26) fixedly connected to the vehicle chassis; a brake actuator (38, 40) configured for actuating the stationary brake element (24, 26) to press the stationary brake element (24, 26) against the rotary brake element (22); a lever (32) configured such that the lever transmits a force exerted by the brake actuator (38, 40) to the fixed brake element (24, 26), in which the pivot axis of the lever (32) is parallel to the plane of rotation of the rotary brake element (22) and perpendicular to a horizontal caliper plane, which is a plane oriented tangentially to the rotary brake element (22), and the actuator axis is parallel to the plane of rotation and the horizontal caliper plane.

The utility model belongs to angle adjusting hinge technical field especially a kind of self-locking ratchet angle adjusting hinge, including support seat and the adjusting seat of rotation connection with support seat, the upper surface of support seat is provided with self-locking mechanism, the self-locking mechanism includes spring and ball rod, the spring is driven by its elastic deformation and resets ball rod, by setting fixed mechanism, positioning and fixing are carried out to support seat, user when installing adjusting hinge, first, it is initially fixed on target object by back glue, the adhesion of back glue can fill up the tiny gap between support seat, adjusting seat and target object, then further fixed using bolt, form double fixed mechanism, the initial fixation of back glue can reduce installation difficulty and time, and its adhesive layer can absorb vibration and impact force, reduce the dynamic load that bolt bears, prolong the service life of overall structure.

The utility model relates to the technical field of construction vibration reduction, in particular to a vibration reduction and isolation guide assembly. The device moves up and down on the guide rail through the guide unit. The guide unit comprises a hollow shaft, a guide wheel, a first elastic washer, a first fixing ring, a second elastic washer, a second fixing ring and a bearing, a double vibration reduction and isolation structure is formed through sleeving connection of all the parts, vibration of a vibration source to a guide rail embedded in the guide wheel can be remarkably reduced, and therefore mechanical equipment is protected.

The utility model relates to the field of impellers, in particular to a dust collector impeller. Comprising a wheel disc, the wheel disc is provided with a plurality of blades, and the blades are spirally arranged around the axis of the wheel disc; air inlets are formed in one sides of the wheel disc and the blades, and air outlets are formed in the other sides; an airflow channel is formed between the air inlet and any air outlet; wherein each blade is provided with a wheel disc line and a wheel cover line, and the wheel disc lines and the wheel cover lines are arranged to be Bezier curves; an included angle theta is formed between a connecting line between the end points, close to the air outlet, of the wheel disc line and the wheel cover line and the axis of the impeller, and the included angle theta enables the blades to have parts exceeding the outer edge face of the wheel disc on plane projections, perpendicular to the axis, of the blades and the wheel disc. According to the impeller, the blades and the wheel disc of the impeller are manufactured in an integrated forming mode, compared with traditional plug-in type blades, assembly tolerance does not exist between the blades, the dynamic load is reduced, and the impeller has the higher rotating speed.

The present invention discloses a combined connecting rod mechanism in which a movable side mold of a bottle blowing machine is linked with a bottom mold, and a side mold rotor arm that drives the opening and closing movement of the movable side mold. While driving the opening and closing movement of the movable side mold, the bottom mold is synchronously driven to perform a deflection and lifting movement, so that the opening and closing movement of the movable side mold is precisely coordinated with the deflection and lifting movement of the bottom mold, so as to achieve effective coordination of the deflection and lifting movement of the bottom mold and the opening and closing movement of the movable side mold. The present invention discloses a combined connecting rod mechanism in which a movable side mold of a bottle blowing machine is linked with a bottom mold, and the series-type combined connecting rod bottom mold deflection and lifting mechanism formed by connecting a first planar four-bar linkage mechanism and a spatial double swing slider mechanism in series is then combined with a second planar four-bar linkage mechanism. The connection between the components is a sliding pair, a rotating pair or a spherical pair. The mechanism is simple, the dynamic load is small, the vibration and impact of the mechanism can be effectively reduced, the wear of the components can be reduced, the movement of the bottom mold can be accurately controlled, the movement stability and reliability of the bottle blowing machine can be enhanced, and the high-speed performance of the whole machine can be improved.

The utility model relates to vehicle-mounted hydrogen supply technical field especially a kind of stacked vehicle-mounted hydrogen system frame, including base, the top of the base is equipped with shock-absorbing component by bolt, the top of shock-absorbing component is equipped with support frame by bolt, the number of support frame is several, the front and back sides of support frame are all welded with positioning insert shell, the four corners of support frame inner chamber are all fixedly installed with limit seat, hydrogen storage bottle is installed between upper and lower limit seat, the bottom of top cover plate outer surface is welded with protective screen cover.Vibration makes elastic damping body and rubber damping pad occur elastic deformation, convert most high-frequency vibration energy into heat energy consumption, after attenuation, smooth force is transmitted to the support frame of hydrogen system by inner lining plate, effectively isolate the vibration and impact transmitted in vehicle driving, substantially reduce the dynamic load borne by entire hydrogen system, significantly improve the reliability and security of system.

The utility model discloses an unpowered dust suppression environment-friendly hopper which comprises a cover plate, a circle of annular anti-overflow protective plate is welded to the bottom end of the cover plate, a plurality of bolt holes are formed in the cover plate in the circumferential direction, a protective chain lead screw and a spring lead screw are fixed to the cover plate through the bolt holes, and a protective chain is connected to the bottom end of the protective chain lead screw. The bottom end of the spring lead screw is connected with an extension spring, a conical bucket body is arranged below the anti-overflow protection plate, a plurality of fixed lifting lugs are welded to the middle of the outer side of the conical bucket body, the fixed lifting lugs are sequentially connected with a protection chain and the extension spring, and a plurality of bucket core pull rods are installed in the middle of the bottom end of the cover plate; according to the utility model, the self weight of equipment is reduced, the installation space is reduced, the overflow phenomenon of the hopper body is avoided, and the adaptability of the hopper to the fluctuation of the actual yield relative to the designed yield is improved. According to the hopper, the designed yield fluctuation is within + / -15%, and the dust suppression efficiency can reach 85% or above.

This utility model relates to a connecting rod balancing mechanism for a beam pumping unit, comprising a lower connecting rod joint, a crank pin bearing housing, a crank pin, a crank, a crank pin bearing cover, and a crank pin bearing. The lower connecting rod joint and the crank pin bearing housing are fixedly connected as an integral connecting rod-crank pin structure. The key feature is that a connecting rod balance box is connected to the lower connecting rod joint or the crank pin bearing housing, forming the connecting rod balancing structure of the beam pumping unit. The connecting rod balance box is connected to the lower connecting rod joint or the crank pin bearing housing via a flange or pin. This utility model achieves a new balancing method by setting a balance box at the lower end of the connecting rod or the crank pin bearing housing. The counterweight is set at the lower end of the connecting rod or the crank pin bearing housing, reducing the force on the crank pin and lowering the risk of crank pin breakage. It also avoids the drawback of large inertial loads in beam balancing.

This application provides a motorcycle including a frame, a running gear, body panels, and a power system. The frame includes a front support bracket, a rear support bracket, a center cross tube, and an engine mount. The engine mount is at least partially located behind the center cross tube and connected to the rear support bracket. The power system includes an engine assembly and a suspension assembly. The suspension assembly includes a suspension body, a first limiting arm, a second limiting arm, and a connecting arm. The connecting arm is located on one side of the suspension body. The first and second limiting arms are located on the side of the suspension body away from the connecting arm. The suspension body is rotatably connected to the engine mount. The connecting arm is rotatably connected to the engine assembly. When the engine assembly is connected to both the engine mount and the engine assembly via the suspension assembly, the center cross tube is located between the first and second limiting arms. This application provides a motorcycle with improved ride smoothness.

The utility model relates to battery technology field discloses a kind of battery device and electric device, and battery device includes box and battery monomer;Box includes enclosure, upper cover and bottom plate, enclosure has the first opening end surface and the second opening end surface being spaced along axial direction, upper cover and bottom plate are respectively covered in the first opening end surface and the second opening end surface to form accommodating cavity, and battery monomer is set in accommodating cavity;First joint gap is between upper cover and the first opening end surface, and second joint gap is between bottom plate and the second opening end surface;Enclosure is provided with shielding structure, and the orthographic projection of shielding structure on at least one plane parallel to axial direction covers the orthographic projection of at least part of first joint gap on plane, and / or covers the orthographic projection of at least part of second joint gap on plane。By setting shielding structure, it can not need additional increase sealing material, so that box has the ability to resist high pressure / high speed water flow impact, and reaches IPX9K level protection standard.

A high-efficiency sand-making building including a closed-circuit circulating wind screening system comprises a rigid building body with multi-layer platforms, and also comprises a silo, an elevator, an impact crusher, an air separation and dust removal device, a sealed screening device and a conveying device arranged in the rigid building body, the upper end of the elevator is connected to the impact crusher through the conveying device, the discharge port at the lower end of the impact crusher is connected to the air separation and dust removal device of the lower layer, the air separation and dust removal device is sealedly connected to the sealed screening device of the lower layer, and a coarse material end and a fine material end are provided on the sealed screening device; the core equipment is a closed-circuit circulating wind structure, an air separation and dust removal device and a sealed screening device, the closed-circuit circulating wind structure can effectively reduce energy consumption and pollution to the environment, and improve the sorting effect; the sorting and dust removal device can be beneficial to adjusting the modulus of the fine particle size of machine-made sand and reducing the load of subsequent screening equipment; the sealed screening device can control the grading particles of machine-made sand; the height of the sand-making building can be reduced, and the vibration of the entire sand-making building can be reduced.

The present invention discloses a Fibonacci spiral impeller, comprising an impeller body, the impeller body comprising a base, blades are arranged on one side of the base, a through hole connected to the output shaft of a motor is opened in the center of the base; the blades are enveloped to form a spatial flow channel, the starting point of the spatial flow channel is arranged on the outside of the through hole, the end point of the spatial flow channel is arranged on the outer edge of the base, the cross section of the spatial flow channel is a groove shape, and the bottom of the spatial flow channel protrudes to the other side away from the blade; the shape of the base is the same as the shape of the outermost 360° frame of the blade; the blade wrap angle is 720° to 1440°, and the trajectory curve of the spatial flow channel is {f(θ, r(θ), H(θ))}. The Fibonacci series impeller of the present invention can reduce the radial force borne by the impeller, improve the head pulsation, and reduce the dynamic load of the shaft system, thereby playing a role in suppressing the vibration of the pump, improving the operating stability of the whole machine, and extending the service life.

The utility model relates to hammer crusher technical field especially is a kind of hammer crusher gear damping mechanism, including hammer crusher, the driving shaft of being movably installed in hammer crusher and driving motor, the output end of driving motor is fixedly connected with driven shaft, and driven shaft is detachably installed with no. Two elastic bushings, the driving shaft is detachably installed with no. One elastic bushing, transmission assembly is jointly provided on one elastic bushing and no. Two elastic bushings. The hammer crusher gear damping mechanism of the utility model, by setting detachable elastic bushing of multilayer structure on driving shaft and driven shaft, and combining with belt drive, the strong impact vibration generated when hammer crusher works is effectively absorbed and isolated, high-damping intermediate layer can significantly dissipate vibration energy, substantially reduce the dynamic load transferred to driving motor and transmission system, prolong the overall service life of equipment, improve the stability and reliability of operation.

The utility model provides a high -speed bottle blowing machine dynamic edge mould and bottom mould linkage's combined connecting rod mechanism, including first fixed plate and second fixed plate, four edge corners between first fixed plate and second fixed plate fixed mounting have four slide rods, four slide rods between sliding connection use dynamic slider, the side of dynamic slider is provided with dynamic edge mould, the side of second fixed plate is provided with the bottom mould of dynamic edge mould adaptation, the top of dynamic slider and second fixed plate side all fixed mounting has the vertical pole, be provided with linkage between two vertical poles. The utility model's bottle blowing machine dynamic edge mould and bottom mould between setting up linkage, simple mechanism, small dynamic load, can effectively reduce the vibration and impact of mechanism, reduce the abrasion of spare part, can accurately control the movement of dynamic edge mould, strengthen the movement stability and reliability of bottle blowing machine, improve the high -speed performance of whole machine.