34results about How to "Realize fully automated assembly" patented technology

The invention discloses a mounting structure for an appliance guide rail. The mounting structure for the appliance guide rail is that a mounting groove is formed in an appliance base; at least one first fixing clamp is formed on one side of the mounting groove; a first clamping groove is formed between the first fixing clamp and a base; at least one second fixing clamp is formed on the other side of the mounting groove; a second clamping groove is formed between the second fixing clamp and the base; a first limiting block and a second limiting block are respectively formed on two sides of the second fixing clamp and respectively form a first limiting groove and a second limiting groove with the base, wherein the first limiting groove and the second limiting groove are circular arc shaped limiting grooves; two ends of a clamping spring are circular arc shaped and are respectively arranged in the first limiting groove and the second limiting groove and are in line contact with the sidewalls of the first limiting groove and the second limiting groove; and the medium section of the clamping spring is arranged in the second clamping groove. The mounting structure for the appliance guide rail has the advantages that the structure is simplified, the production cost is decreased, the mounting stability of the guide rail is ensured, and the automatic assembling can be conducted.

The invention relates to an automatic assembly device for an inner ring and an outer ring of a high-speed bearing, and belongs to bearing processing equipment. The automatic assembly device comprises a workbench, a heating mechanism and a clamp, wherein heating mechanism comprises a manipulator bracket, a heat conduction plate, a heating element, insulation boards and a manipulator, slide grooves are formed in the manipulator bracket, the manipulator can move in the slide grooves, grooves are formed in one end of the manipulator, the manipulator is electrically connected with an external control device, the heat conduction plate is annular, the heating element is sleeved on the heat conduction plate, the two insulation boards are arranged on the outer wall of the heat conduction plate and extend into the grooves to be connected with the manipulator, the clamp is positioned right below the heat conduction plate, a boss is formed at the upper part of the clamp in a narrowing way, a step face is formed between the boss and the clamp, an outer ring and a retainer with rolling elements are arranged on the step face, the outer ring is sleeved on the boss, and positioned on the upper inner side in the height direction of the retainer. According to the device, assembly is realized by virtue of self weight of an inner ring, the frictional wear of a bearing during the assembly process is alleviated, the temperature control precision is high, the assembly efficiency is high, the pollution is slight, and the service life of the device is long.

The invention discloses an automatic press-fitting production line for small steel pipes of liquid accumulators, relates to the technical field of processing air-conditioning accessories, and comprises a liquid accumulator feeding device, a liquid accumulator conveying device, a press-fitting mechanism, a small steel pipe arranged in sequence from left to right The feeding device and the storage tank, the whole production line of the present invention realizes the feeding, testing, conveying, flux application and press-fitting process of the liquid storage device, which greatly improves the assembly efficiency, shortens the assembly time, and saves labor costs.

The invention discloses a conveying, shearing and crimping integrated device for cable ends, which relates to cable processing and aims to solve the problem of inconvenient assembly because of the inability to control the direction of the center conductor of the male head. The main points of the technical solution are: a An integrated device for conveying, shearing, and crimping of cable ends, including a feeding mechanism, a plugging mechanism, a punching mechanism, a material belt and a cutting mechanism, and the material belt is provided with through holes at equal intervals along the length direction; the feeding mechanism includes a male head material Disc, roll paper tray and push assembly, the push assembly includes a straight slot seat, forward rail, forward slide, hook piece and forward cylinder; the shearing mechanism includes a shearing mechanism frame, a shearing cylinder and a shearing die. The integrated device for conveying, shearing, and crimping of cable ends according to the present invention realizes the fully automatic assembly of the male central conductor without detecting and adjusting the direction of the male central conductor before assembly, so as to achieve assembly More convenient technical effects.

An automatic check assembly machine for an HDMI (High-Definition Multimedia Interface) connector comprises a frame, a worktable arranged on the frame and a feeding track arranged on the worktable, wherein a terminal body feeding mechanism delivering terminal bodies, a first terminal assembly line delivering a first terminal and inserted on the terminal body, a second terminal assembly line delivering a second terminal and inserted on the terminal body and a back stopper assembly line delivering a back stopper and inserted on the terminal body are arranged on the feeding track in sequence; a projection detecting instrument positioned between the second terminal assembly line and the back stopper assembly line and detecting whether the assembly of the first terminal and the second terminal on the terminal body is right or not is also arranged on the feeding track; a feeding drive mechanism delivering the terminal bodies forward one by one along the feeding track is arranged at the lower part of the feeding track. Through the adoption of the structure, the assembly machine not only can realize full-automatic assembly, but also can detect whether the product inserting during the assembly process is qualified or not, and can greatly improve the production efficiency.

The invention belongs to the field of bearing assembly and processing, and specifically discloses a continuous bearing assembly production line, which includes a front-end processing module for completing bearing loading and assembly of bearing inner and outer rings and a ball assembly module for completing ball assembly; the front-end processing module includes Two sets of feeding and conveying devices, a transfer positioning device, and a transfer drive mechanism that drives the transfer positioning device to move; the ball assembly module includes a ball discharge device and a bearing feed device for conveying bearing assemblies, and the ball discharge device It is arranged above the bearing feeding device. The invention realizes the fully automatic assembly of the bearing, has good continuity, does not need to stop in the whole assembly process, and has high assembly efficiency.

The invention discloses an automatic assembly method for a 3D joystick potentiometer. The automatic assembly method for the 3D joystick potentiometer comprises 12 steps; a round worktable is divided into 12 equal parts by an index plate, a motor drives the index plate to rotate 30 degrees each time and the 12 steps are respectively completed; and each step at least comprises a mounting action, and mostly comprises a mounting action and a feeding action, wherein the feeding action is completed through a vibrating disk and a vibrating disk rail, and a material is fed to the lower side of a cylinder through the vibrating disk rail; and the mounting action is completed through fixtures and cylinders, the cylinders jack the material into the fixtures on the index plate, and each potentiometer is mounted through two cylinders, namely each potentiometer is jacked and pushed through the two cylinders.

The invention discloses universal equipment for automatically binding wire rods. The universal equipment comprises a rack, a wire winding / binding station, a binding belt conveying station and a wire catching station, wherein the wire winding / binding station, the binding belt conveying station and the wire catching station are arranged on the rack and are controlled through a human-computer interface. The wire winding / binding station can be used for winding flexible wire rods into coils. The binding belt conveying station can store binding belts and convey binding belts with required length according to requirements. The wire catching station can catch the binding belts and convey the binding belts to the flexible wire rods wound into coils on the wire winding / binding station after the binding belts are sectioned according to the required length by the binding belt conveying station. The binding belts wind the flexible wire rods for one circle. The wire winding / binding station can further tighten the binding belts winding the flexible wire rods for one circle so as to bind the flexible wire rods. The wire catching station can further convey the bound flexible wire rods from the wire winding / binding station to a designated position. The universal device integrates wire rod winding and wire rod binding, can realize fully-automatic assembly, greatly improves working efficiency, saves manpower, material resources and financial resources, reduces the production cost of enterprises, and improves enterprise competitiveness.

The invention discloses a core jacketing machine, and belongs to the technical field of automatic assembling. The core jacketing machine comprises a rack, a core supply device, a sealing ring supply device and an electric control device. The core supply device is arranged on the rack. The sealing ring supply device is also arranged on the rack and is opposite to the core supply device. A first mechanical arm is arranged at the downstream position of the sealing ring supply device. A sealing ring pre-expansion device is arranged at the bottom of the first mechanical arm and matched with the first mechanical arm to pre-expand the inner diameter part of a sealing ring. A second mechanical arm is arranged at the downstream position of the core supply device, and the sealing ring and a core are assembled and formed through the second mechanical arm and the sealing ring pre-expansion device. The core supply device, the sealing ring supply device, the first mechanical arm, the sealing ring pre-expansion device and the second mechanical arm sequentially act through the electric control device. According to the core jacketing machine, full-automatic assembling of the novel core and the sealing ring is achieved, and the production efficiency is greatly improved.

The invention belongs to the technical field of precision assembly, and provides a locking device for automatic assembling of a micro part and an assembling method. The locking device is composed of aflexible unit, a mechanical arm unit and a clamp locking unit; the flexible unit and the clamp locking unit are mainly used for flexible locking after micro part assembling; the mechanical arm unit and the clamp locking unit are used for automatically locking the micro part in the processes of picking, carrying and assembling the micro part through automatic change-over; and the flexible unit, the mechanical arm unit and the clamp locking unit achieve automatic assembling of the micro part through cooperative collaboration. According to the locking device, flexible locking has a certain buffering and balancing effect on unbalanced locking force generated in the assembling process, so that a certain protection effect is achieved on the micro part and maintaining of the relative pose of theassembled part; and manual intervention is avoided through automatic locking, full-automatic assembling is achieved, the assembling efficiency is improved, and the device and the method are suitablefor a batch and automatic production line.

The invention discloses an automobile door lock cable assembling test device. The device comprises a large baseplate, a small baseplate, a cable locating plate, a cable guiding plate, a scale slide block and a proximity switch sensor. A large cylinder and a long guide rail slide block are arranged on the large baseplate. The proximity switch sensor is arranged at one side of the large baseplate. The small baseplate is arranged on the slide block of the long guide rail slide block. A small cylinder and a short guide rail slide block are arranged on the small baseplate. The slide block of the short guide rail slide block is connected with the cable locating plate. The cable locating plate is outwardly provided with the cable guiding plate. The cable locating plate is U-shaped, the top part is provided with chamfers and a hook hole, and the hook hole is connected with the piston of the small cylinder. One end of the cable guiding plate is U-shaped, and the opening is communicated with theopening of the cable locating plate. One side of the small baseplate is provided with a chute which is arranged at the same side of the proximity switch sensor and is provided with the scale slide block. Automobile door lock cable automatic assembling and detection can be realized by rapid locating and movement of the cable so that the labor cost can be reduced and the detection reliability can be enhanced.