371results about How to "Realize automatic assembly" patented technology

The invention discloses a new energy power module assembling line relating to the technical field of tools for battery modules. A battery cell detection station is arranged on one side of a battery cell loading assembly, a automatic battery cell frame mounting station is arranged on one side of the battery cell detection station, a battery cell splicing station is arranged on one side of the automatic battery cell frame mounting station, a side loading line of the battery cell splicing station is arranged on one side of the battery cell splicing station, a battery cell module transplanter is arranged on one side of the side loading line of the battery cell splicing station, and a riveting machine is mounted on the battery cell module transplanter. The new energy power module assembling line can achieve assembly of a new energy battery module and can achieve automatic assembling, so that the labor and the time are saved and the efficiency is high.

The invention relates to a bolt and nut automated assembly machine which comprises a bolt steering slide channel, a bolt conveying device, a bolt clamping device, an adjusting device, a nut loading device, a nut propulsion device, a nut screwing working head device, a rack and an electrical control system, wherein directed bolts are sent to the bolt conveying device through the bolt steering slide channel and are sent one by one to the bolt clamping device through the bolt conveying device, the bolts are positioned and clamped in the bolt clamping device, and the nuts are directed through the nut loading device, then sent to the nut propulsion device through the slide channel, sent out through the nut propulsion device, and pushed into the nut screwing working head device. The nut screwing working head device enables the nuts to rotate and pushes the nuts to the positioned clamped bolts. The nuts and the bolts are screwed together, and then automated assembly is completed. The bolt and nut automated assembly machine has the advantages of being high in reliability, low in cost, simple in structure, and capable of achieving bolt and nut automated assembly and overcoming the problems that production efficiency is poor, the labor intensity of workers is high, assembly is not in place, the surfaces of the bolts and nuts are collided and the like in manual assembly.

The invention relates to the technical field of surge protective devices, in particular to a surge protective device and assembly equipment thereof. The surge protective device comprises a protectivedevice body, a working table, a first assembly device, a second assembly device, a tightening device and a feeding conveyor belt; the first assembly, the second assembly device, the tightening deviceand the feeding conveyor belt are uniformly distributed around the working table; transfer devices are arranged on the sides of the first assembly, the second assembly device and the feeding conveyorbelt; the working table is internally provided with a stepping motor of which the output end is provided with a rotating disk, and the rotating disk is provided with four locating fixtures; the working table is internally provided with a lifting cylinder, and the second assembly device comprises a support frame, a screw sliding table, a first feeding component, a second feeding component, a tightening component and a turnover component; the screw sliding table is installed on the top of the support frame; and a sliding table of the screw sliding table is provided with a limiting frame. According to the surge protective device, semiautomatic assembly of the power surge protective device is achieved, so that the assembly efficiency is improved, and the labor demands are reduced.

Lamp holder assembly equipment comprises a feeding manipulator, a first rotary feeding mechanism and a second rotary feeding mechanism. The feeding manipulator is used for grasping and moving a workpiece which is arranged on a first connection conveying chain mechanism onto a conveying chain transmission mechanism. The first rotary feeding mechanism is used for moving the workpiece onto a first rotary table mechanism from the conveying chain transmission mechanism. A live line correcting mechanism, a lamp holder correcting mechanism, a screw base assembly mechanism, a screw base pressing and correcting mechanism and a screw base screwing mechanism which are used for processing the workpiece are arranged on the rotary path of the first rotary table mechanism in order. The first rotary feeding mechanism moves the workpiece which is subjected to the processing of the screw base screwing mechanism to the conveying chain transmission mechanism. The second rotary feeding mechanism is used for moving the workpiece which is arranged on the conveying chain transmission mechanism and is subjected to the processing of the screw base screwing mechanism to a second rotary table mechanism. A lightening testing mechanism, a live line cutting mechanism, a rivet feeding mechanism, a rivet pressing mechanism and a screw base riveting mechanism are arranged on the rotary path of the second rotary table mechanism. The lamp holder assembly equipment has the characteristics of being simple in structure, low in cost and high in efficiency.

The invention discloses an assembly machine for connecting wires of lower ends of infusion apparatuses. The assembly machine comprises a machine frame, on which a lower rotating disc is arranged. The lower rotating disc is connected with an upper rotating disc by means of a splitter. An adjusting box feeding mechanism, a guide pipe feeding mechanism, an adjusting wheel feeding mechanism and a filter dispensing feeding mechanism, located above the upper rotating disc, are fixedly connected to the lower rotating disc. A guide pipe material-storage mechanism is arranged on the machine frame. A guide pipe carrying mechanism capable of conveying guide pipes in the guide pipe material-storage mechanism to the guide pipe feeding mechanism is arranged above the guide pipe material-storage mechanism. Working stations, in butt joint with the adjusting box feeding mechanism, the guide pipe feeding mechanism, the adjusting wheel feeding mechanism and the filter dispensing feeding mechanism, are arranged on the upper rotating disc. The assembly machine for connecting wires of lower ends of infusion apparatuses is reasonable in design, simple in structure and high in degree of automation.

The invention provides an LED bulb lamp assembling system. The LED bulb lamp assembling system comprises an automatic feeding station, a screw welding station, a mouth metal fixing station, a grinding station, a checking station, an overturning and carrying station, a re-positioning station, a heating plate assembling station, a lower lampshade assembling station, a first screw assembling station, a glue injection station, a lamp panel assembling station, a second screw assembling station, a wire tidying welding station, an upper lampshade assembling station, a lampshade fusion point lamp station and a discharging station. The above stations are sequentially arranged along a conveying assembly line of the LED bulb lamp assembling system. The stations and the conveying assembly line are integrated on a machine table of the LED bulb lamp assembling system. The LED bulb lamp assembling system achieves automatic LED bulb lamp assembling and is high in assembling efficiency and good in precision, the problems existing in the prior art are solved, and the modern industry production requirement is sufficiently met.

The invention discloses a full-automatic assembling apparatus for connector protective jackets. The full-automatic assembling apparatus comprises a frame and an assembling apparatus assembly arranged on the frame; the assembling apparatus assembly comprises a turnplate mechanism; the turnplate mechanism comprises a disc and a disc driving mechanism for driving the disc to rotate; at least six fixtures for holding materials are arranged on the disc in the circumferential direction; the assembling apparatus assembly further comprises a lower shell loading mechanism, a protective jacket loading and assembling mechanism, an upper shell loading and assembling mechanism, an upper shell press-fitting mechanism and a discharge mechanism, all of which are connected with a controller arranged on the frame, respectively; a product receiving box is further arranged under the turnplate mechanism; automatic assembling of the connector protective jackets is realized; the assembling is more accurate; the labor is saved and the production efficiency is improved.

The invention provides a parallel connection plate wrapping mechanism of a storage battery pole plate. The parallel connection plate wrapping mechanism comprises a pole plate feed mechanism for providing a first pole plate, an independent conveying mechanism, a lamination mechanism and an erecting mechanism, the first pole plate and a second pole plate which are subjected to plate wrapping are stacked at intervals to form a plate wrapping group by the independent conveying mechanism, the clustering is achieved by the lamination mechanism, and the erecting mechanism erects and arranges a cluster. The parallel connection plate wrapping mechanism of the storage battery pole plate has the advantages that the structure is compact and reasonable, the operation is convenient, pole plate automatic feeding, automatic plate wrapping, pole plate automatic assembly after plate wrapping and cluster erecting and arranging are achieved, the production efficiency is greatly improved, the labor intensity of workers is reduced, and harm of lead dust is reduced.

The invention provides a switch automated assembling device and relates to the switch automated assembly technology. The switch automated assembling device comprises a body conveying device, a terminal conveying device, a shrapnel conveying device, a body and terminal assembling unit, a shrapnel assembling unit, a glue filling unit, a programmable logic controller (PLC) die set and a human-computer interface, wherein the body conveying device, the terminal conveying device, the shrapnel conveying device, the body and terminal assembling unit, the shrapnel assembling unit, the glue filling unit, the PLC die set and the human-computer interface are all arranged on a machine. The switch automated assembling device is characterized in that firstly, terminals are assembled into a body through the body and terminal assembling unit, then shrapnel is assembled on the body assembled with the terminals through the shrapnel assembling unit, and then an assembled switch is obtained, and lastly, glue is filled into the terminals and the shrapnel of the assembled switch through the glue filling unit. Therefore, the problem of automated assembling a switch body, the terminals and the shrapnel into a switch product is solved, automated assembling of the switch body, the terminals and the shrapnel on an assembling device is achieved, uniformity and reliability of the switch product are improved, assembling efficiency is high, and assembling cost is low. Meanwhile, labor capacity of a worker is small, labor intensity is less, and physical health is benefited.

The invention relates to the field of mechanical equipment, in particular to assembly equipment for an electromagnet core. The assembly equipment comprises a lower cover feeding device, a lower coverpositioning device, a dispensing device, a core feeding device, core positioning devices, a core conveying device, an upper cover feeding device and an upper cover conveying device, wherein the lowercover positioning device and the dispensing device are sequentially arranged at the side of the lower cover feeding device; the core positioning devices are arranged at two sides of the core feeding device and the core positioning devices both are located at the side of the lower cover feeding device; the core conveying device is located above the core positioning devices and the lower cover feeding device; the upper cover feeding device is located at the side of the lower cover positioning device; the upper cover conveying device is located above the upper cover feeding device and the lower cover positioning device; the dispensing device comprises a mounting rack, a gluing component and a dispensing component; a mounting plate is arranged at the upper part of the mounting rack; and a plurality of connection posts are arranged between the mounting plate and the mounting rack. According to the assembly equipment for the electromagnet core, automatic assembly of the electromagnet core isachieved, so that the production efficiency is improved.

The invention discloses numerical control automated assembly equipment for a ceramic bearing. The equipment comprises a bearing feeding device for inputting the bearing, bearing conveying guide rails for guiding the bearing, a shaft sleeve feeding device for inputting a shaft sleeve, shaft sleeve conveying guide rails for guiding the shaft sleeve, a bearing turnover mechanism for turning the bearing to the front side, an assembly mechanism for sleeving the bearing with the shaft sleeve to form an assembly as well as assembly conveying guide rails for guiding the assembly.

The invention discloses a pipe material assembling platform production line. The pipe material assembling platform production line comprises a feeding conveying part, a cutting machine, a carrying part, a hole finding part and a robot, wherein an output end of the feeding conveying part is in butt joint with an input end of the cutting machine, an output end of the cutting machine is in butt jointwith an input end of the carrying part, the hole finding part is arranged on one side of the carrying part, and the robot is arranged on one side of the hole finding part. continuous automatic feeding, length fixing, cutting and hole finding of a pre-assembled contact network cantilever pipe material and automatic assembling of a workpiece and the pipe material can be realized, field operators can be reduced, the labor intensity can be reduced, and the working efficiency can be improved.

The invention provides a nuclear rod pose automatic identification device and method and belongs to the technical field of machine vision and nuclear power equipment manufacturing automation. The device comprises a first camera and a second camera which are orthogonally arranged. The optical axis of the first camera is parallel to a Z axis, and horizontal and vertical coordinates of an image are parallel to an X axis and a Y axis respectively. The optical axis of the second camera is parallel to the X axis, and horizontal and vertical coordinates of an image are parallel to the Y axis and the Z axis respectively. The method comprises steps that firstly, image features of a lower plug of a nuclear rod are extracted, then space pose information of the lower plug of the nuclear rod is calculated, and finally the nuclear rod is assembled according to the space pose information. The automatic identification device and method can monitor shape change and pose change of the nuclear rod, provide a device basis and a theoretical basis for automatic assembly of the nuclear rod and a grid plate, and is beneficial for achieving automatic assembly of nuclear rod clusters. The safety of nuclear power equipment manufacturing is improved, and the intelligent level of nuclear power equipment manufacturing is greatly improved.

The invention discloses automatic assembling and lock pin equipment of an air conditioner transformer. The equipment comprises a frame, an automatic transformer body feeding mechanism, an automatic shell conveying mechanism, a transformer wire heat blowing mechanism, an automatic screw blowing mechanism, an automatic finished product output mechanism, a transformer wire stripping mechanism, an automatic nailing mechanism, an automatic transformer body grabbing mechanism, an automatic shell grabbing mechanism and a PLC control box, wherein the automatic transformer body feeding mechanism, the automatic shell conveying mechanism, the transformer wire heat blowing mechanism, the automatic screw blowing mechanism, the automatic finished product output mechanism, the transformer wire strippingmechanism, the automatic nailing mechanism, the automatic transformer body grabbing mechanism and the automatic shell grabbing mechanism are installed on the frame according to designated positions. And the PLC control box is electrically connected with automatic operation parts of all the mechanisms, and automatic operation is achieved through program control. The automatic assembling and lock pin equipment is compact in structure and reasonable in layout; automatic conveying, grabbing and assembling of a transformer shell and a transformer body, automatic supply and nailing operation of screws and automatic output of finished products are achieved; and automatic operation is completely adopted, labor is greatly saved, working efficiency is improved, labor intensity is reduced, and operation safety is greatly improved.

The invention belongs to the technical field of assembly of magnet products, in particular to a semi-automatic magnet assembly tool. The semi-automatic magnet assembly tool comprises an electric appliance control box, a magnet assembly baseplate, a magnet placing base, a fixed magnet, a support vertical plate, a slide table mounting vertical plate, a magnet pressing head, a Z-direction pneumatic slide table, a Y-direction pneumatic slide table and a positioning base, wherein the magnet placing base is arranged on the magnet assembly baseplate through the support vertical plate; a trough and a fixed groove are formed in the magnet placing base in an X direction; the fixed groove is positioned on the inner side of the trough; a guide groove is formed in the bottom end of the inner side of the trough; the fixed magnet is accommodated in the fixed groove; the Z-direction pneumatic slide table is arranged on the magnet placing base through the slide table mounting vertical plate; the Y-direction pneumatic slide table is arranged on the magnet assembly baseplate, and is positioned below the magnet placing base; the positioning base is arranged on the Y-direction pneumatic slide table; the magnet pressing head is arranged at the lower end of the Z-direction pneumatic slide table; and the Z-direction pneumatic slide table and the Y-direction pneumatic slide table are both connected with the electric appliance control box. The semi-automatic magnet assembly tool accelerates the operation speed, and is simple in structure and low in machining cost.

The invention relates to an electronic element rubber pipe and rubber plug assembly machine in the field of automatic equipment. The machine comprises a frame, and an automatic assembly platform arranged at the top of the frame; the automatic assembly platform comprises a rubber pipe unloading mechanism, a rubber pipe conveying mechanism, a rubber plug unloading mechanism, a rubber pipe back end positioning mechanism, a shifting mechanism and a discharge mechanism; the shifting mechanism can be directly adopted to synchronously realize receiving, shifting and discharge actions, so that more shifting structures can be saved, and the overall structure is simple; compared with traditional manual assembly, an automatic production line is used for operating to realize automatic feeding, automatic assembly and automatic discharge, so that the working efficiency is high, the rejection rate is lower, and a lot of labor costs can be saved; the whole assembly process is precise in positioning; packing pipes are positioned from all directions; real-time detection can be realized after assembly; and precise assembly and precise detection can be realized through automatic machinery.

The invention discloses an automatic production line for connectors, and relates to the technical field of production of the connectors. The automatic production line comprises a rotating transportation mechanism, a feeding mechanism, an assembling mechanism and a discharging mechanism; the feeding mechanism, the assembling mechanism and the discharging mechanism are circumferentially distributedon the side of the rotating transportation mechanism; the rotating transportation mechanism comprises a rotating component, a plurality of fixing components and a push-and-pull component matched withthe fixing components; the plurality of fixing components are circumferentially distributed at the upper end of the rotating component; the feeding mechanism comprises a sleeve feeding component and asleeve moving component; the sleeve feeding component is arranged on the side of the rotating component; and the sleeve moving component is arranged between the sleeve feeding component and the rotating component. According to the automatic production line, automatic assembling and welding production of the grid electrical connectors is realized, step-by-step processing by the aid of multiple devices is not required, manual product moving steps and positioning steps are reduced, and thus the production efficiency of the grid electrical connectors is improved effectively.

The invention discloses an automatic assembling mechanism of a connector assembly. The automatic assembling mechanism comprises a base, a first feeding device fixed to the base, a second feeding device positioned near the first feeding device, a conveying rail butted with the first feeding device, a first and a second cutting device sequentially arranged on the two sides of the conveying rail, a collecting guide rail device butted with the second feeding device, a plugging cutting device, a secondary hold-down device, a third cutting device, a turnover device and a detection device, wherein the plugging cutting device, the secondary hold-down device, the third cutting device and the turnover device are sequentially arranged on the two sides of the collecting guide rail device, and the detection device is arranged between the first and second cutting devices. The automatic assembling mechanism realizes automatic precise conveying action, automatic assembling action and automatic turnover action on the connector assembly, and is high in production efficiency, high in qualified rate and low in cost.

The invention discloses a flexible assembling and welding workstation for a finned radiator for a transformer and a production method, and relates to the technical field of finned radiators. The workstation comprises a supporting frame (1), a robot external shaft (2), a welding robot and welding gun (3), a centering sliding table (4), follow-up calipers (5) and a positioning comb plate (6), a flexible assembly welding production method is adopted, the robot external shaft (2), the centering sliding table (4) and the follow-up calipers (5) use the same track, the purpose of consistent foundation is achieved, and the positioning comb plate (6) can be compatible with conveying modes such as a conveying vehicle, a hoisting mode and a truss mode. According to the flexible assembling and welding workstation, according to the production mode and the process method of an existing finned radiator, the flexible assembly welding of finned radiator unit pieces and an oil collecting pipe is automatically upgraded, so that the problem of high manual labor intensity in a field production mode is solved, and the consistency of the welding quality of the unit pieces and the oil collecting pipe is also improved.