91results about How to "Solve the problem of low assembly efficiency" patented technology

The invention relates to an angular contact ball bearing assembly fixture. When angular contact ball bearing assembling is carried out, a heated bearing outer ring is placed on an outer ring supporting step of a base assembly, a holder is placed on a holder supporting part of the base assembly, then a steel ball is placed on a supporting part of an elastic supporting piece, the steel ball is keptin a pocket, a bearing inner ring is finally installed in an inner hole defined by a holder ball in a pressing manner, the elastic supporting piece is compressed and deformed in the inner ring pressing fit process, and interference in the inner ring pressing fit process is avoided. In the using process of the assembly fixture, the supporting part of the elastic supporting piece is kept in the pocket of the holder, a lubrication agent is not needed for pasting the steel ball and the holder together, and lubrication agent washing after assembly in place is not needed; and when the fixture is used for assembling, operation is simple and convenient, and the problem that when an existing fixture is used for assembling, a lubrication agent is needed, and consequently the assembly efficiency is low is solved.

The invention provides a bearing hot welding machine and bearing assembling equipment with the same. The bearing hot welding machine comprises a hot welding machine frame, a hot welding disk and a hotmelting assembly, wherein the hot welding disk is provided with a hot welding feeding base used for positioning a bearing assembly and is further installed on the hot welding machine frame in a position-adjustable mode, so that the hot welding feeding base moves to a preset hot welding position; and the hot melting assembly is arranged above the hot welding disk and is further provided with a hotwelding head used for welding the bearing assembly located on the hot welding feeding base. By adoption of the bearing hot welding machine, the problem that the assembling efficiency of a plastic bearing is low in the prior art is solved.

The invention relates to a contact pin assembly of an optical fiber connector, comprising a contact pin shell formed by a front shell and a rear shell. An annular groove is coaxially arranged on the outer wall surface of the rear shell, and a convex ring on the inner wall surface of a corresponding protective shell can be embedded in the annular groove; and fitting surfaces which are in interference fit with the convex ring on the inner wall surface of the corresponding protective shell are arranged on the front and rear groove walls and/or the bottom of the annular groove. As the annular groove is arranged on the rear shell of the contact pin assembly of the optical fiber connector, and the fitting surfaces which are in interference fit with the convex ring on the inner wall surface of the corresponding protective shell are arranged on the front and rear groove walls and/or the bottom of the annular groove, in assembly, only the contact pin component needs to be assembled in the corresponding protective shell forcibly so as to fix the contact pin assembly with an inner shell, and to avoid the processing steps of rubber filling, pressing mounting and the like of a traditional optical fiber connector, thereby solving the problem of low assembly efficiency during the manufacturing of the optical fiber connector.

The invention provides bearing assembly equipment. The bearing assembly equipment is used for assembling a plastic bearing and comprises a bearing part feeder and a bearing hot welding machine. The bearing part feeder comprises a frame locating seat, a shaft washer locating seat and a bottom washer locating seat. The frame locating seat is used for bearing a fixed frame and a holder of a bearing assembly. The shaft washer locating seat is used for bearing a shaft washer of the bearing assembly. The bottom washer locating seat is used for bearing a bottom washer of the bearing assembly. The bearing hot welding machine comprises a hot welding feeding seat for locating the bearing assembly, and a hot melting assembly. The hot melting assembly is arranged on the hot welding feeding seat and isprovided with a hot melting head for welding the bearing assembly located on the hot welding feeding seat. The bearing hot welding machine is arranged on one side of the bearing part feeder, so thata first robot located between the bearing part feeder and the bearing hot welding machine grabs the fixed frame, the holder, the shaft washer and the bottom washer located on the bearing part feeder onto the bearing hot welding machine, and assembly hot welding is conducted. The problem of low assembly efficiency of plastic bearings in the prior art is solved.

The invention provides a goods assembling method and a device. The method comprises the steps of acquiring the assembling requirement and attribute information of goods to be assembled; determining afirst assembly level of the goods according to the attribute information; determining an assembly strategy for assembling the goods according to the first assembly level, the assembly requirement andthe attribute information; and assembling the goods according to the assembling strategy. According to the method, the problem of low assembly efficiency caused by manual assembly of goods is solved.

The invention provides a volute structure and an air-conditioner with same. The volute structure comprises a volute part, a water receiving disc part and a chassis part which are integrally molded. Bymeans of the volute structure, the problem the assembly efficiency of a volute, a water receiving disc and a chassis in the prior art is low is solved.

The invention provides a display device which comprises a box, a lamp panel arranged in the box and a first positioning structure arranged in the box. The first positioning structure is matched with the side wall of the lamp panel and locates the lamp panel in the box. According to the technical scheme, the problem of low assembly efficiency of the display device in the prior art is solved.

The invention discloses a reflective plate assembling device and a reflective plate assembling method and belongs to the technical field of displaying. The reflective plate assembling device comprisesa reflective plate accommodating subassembly, a light guide plate fixing subassembly, an adhesion subassembly, a positioning subassembly and a movement subassembly, wherein the adhesion subassembly includes an adhesion rolling wheel; one end of a strip-shaped reflective plate is located at the adhesion rolling wheel; the positioning subassembly is used for determining a light guide sheet adhesionposition of at least one light guide plate according to the size of at least one light guide plate; the movement subassembly is used for enabling the adhesion rolling wheel to locate at the light guide sheet adhesion position of at least one light guide plate and to move relatively. According to the reflective plate assembling device and the reflective plate assembling method, the light guide sheet adhesion position is determined through the positioning subassembly, the adhesion rolling wheel is enabled to locate at the light guide sheet adhesion position through the movement subassembly, theadhesion rolling wheel is enabled to move relatively with the light guide plate, the reflective sheet can be adhered on the light guide plate; the light guide sheet adhesion position is accurately determined through the size of the light guide plate; the problem of low assembling efficiency of the reflective plate in a related technology is solved, and the effect of improving the assembling efficiency of the reflective plate is achieved.

The invention provides an air conditioner indoor unit drainage nozzle sealing structure. The air conditioner indoor unit drainage nozzle sealing structure comprises a drainage nozzle, a drainage pipe and a seal ring. The seal ring is inlaid into the assembling end of the drainage pipe. The seal ring is cylindrical in whole, at least one annular protrusion is disposed on the inner wall of the seal ring, and the drainage nozzle is assembled in the seal ring. The invention further provides an air conditioner indoor unit adopting the drainage nozzle sealing structure. By improving the structure of the seal ring, the assembling contact surface is reduced, so that the friction force is reduced, the assembling is easier, the same sealing effect is maintained, water seepage and water leakage are avoided, and accordingly, the problem of difficult air conditioner indoor unit drainage nozzle sealing assembling is solved. The sealing structure does not need any lubrication assistance, the problem of low assembling efficiency is solved, and the sealing structure can be applied to all split wall-hanging indoor units.

The invention provides a vehicle transporting frame and a container with the same. The vehicle transporting frame comprises a first bracket, multiple uprights, a second bracket and a rotating mechanism, wherein the multiple uprights are arranged at intervals and connected with the first bracket; the second bracket is connected with the multiple uprights, and the second bracket is located above thefirst bracket; and the rotating mechanism is arranged at the bottom of the first bracket, and the rotating mechanism rotates to drive the first bracket and the second bracket to rotate. According tothe vehicle transporting frame and the container with the same in the technical scheme, the problem that in the prior art, the assembling efficiency of loading an automobile into a container is loweris effectively solved.

The invention provides a positioning mechanism, a moving device and an assembling system. The positioning mechanism comprises a mounting assembly with a mounting space, a first connecting part and a positioning assembly, and the first connecting part and the positioning assembly are arranged on the mounting assembly. The positioning assembly comprises a fixing part and a positioning part. The fixing part is arranged in the mounting space, and the fixing part is provided with a buffer channel. The positioning part is movably arranged in the buffer channel in a penetrating manner. The first connecting part is connected with a mechanical arm of a robot, and the positioning part penetrates out of the buffer channel and the mounting space to be connected with a workpiece, so that the workpieceis positioned by the robot, and the robot drives the workpiece to move. The workpiece refers to a radiator. The robot can be used for driving the radiator to be moved into an electric appliance box, so that the assembling work of the radiator and the electric appliance box is automated, the assembling efficiency of the radiator and the electric appliance box is further improved, and the problem that the assembling efficiency of the radiator and the electric appliance box in the prior art is low is solved.