13results about How to "Realize fully automatic assembly" patented technology

The automatic flow guide body retaining ring assembling equipment comprises a machine body and a rotary conveying table, an assembling station is arranged on the rotary conveying table, and a retaining ring cover feeding mechanism, a retaining ring feeding mechanism, a flow guide body feeding mechanism, a press-fitting mechanism and a discharging mechanism are sequentially arranged on the machine body around the circumference of the rotary conveying table. A positioning tool is arranged on the assembling station, a first positioning part for positioning the retaining ring cover and a second positioning part for positioning the flow guide body are arranged on the positioning tool, the retaining ring cover, the retaining ring and the flow guide body can be sequentially and automatically fed through the equipment, and the retaining ring cover and the flow guide body are well positioned at the positioning tool; after positioning is completed, press-fitting assembling is completed on the press-fitting mechanism, finally, automatic discharging is carried out, full-automatic assembling of the flow guide body assembly is achieved, manpower is effectively reduced, the assembling sequence is carried out in an inverted sequence mode, all parts are well positioned and concentric, the assembling precision is effectively improved, and the situation that damage occurs due to non-concentricity in the press-fitting process is avoided.

The invention discloses an LED display diaphragm structure and an assembling method thereof, and aims to provide the LED display diaphragm structure which is simple in assembling operation and the assembling method thereof, the LED display diaphragm structure comprises a display diaphragm, and the display diaphragm comprises a display area and a non-display edge area surrounding the display area; the magnetic positioning assembly is fixed in the non-display edge area of the display diaphragm; the electric connector is fixed at the edge of the display diaphragm; a magnetizer I corresponding to the magnetic positioning assembly is fixed on the mounting back plate; an electric plug groove matched with the electric connector is formed in the mounting back plate, and the electric connector is electrically connected with the electric plug groove. The invention has the beneficial effects that the purpose of simple assembly operation is achieved, the production efficiency is improved, the manufacturing cost is reduced, the maintenance or replacement process is more convenient, and the maintainability and market competitiveness of the product are improved.

This invention relates to an automated assembly equipment for cable trays, comprising: a wire feeding and straightening module for conveying raw wires to be assembled onto the cable tray and straightening the raw wires; a wire stripping and fixing module for stripping the sheaths of all straightened wires and installing fixing seats onto the stripped wires; an aluminum base feeding and fixing module for performing aluminum base loading and handling actions, installing rigid connecting components on the aluminum base, and tightening screws to enhance the installation strength of the rigid connecting components on the aluminum base; and a wire assembly and riveting module for pre-installing the wires with fixing seats into the cable tray and pressing the fixing seats into the aluminum base with the rigid connecting components. This achieves fully automated assembly of the components required for cable tray assembly, eliminating excessive manual intervention, significantly improving the overall automation level and assembly efficiency, and ensuring the quality of cable tray assembly.

The utility model discloses an automatic wiring terminal assembling device, which relates to the technical field of assembling devices and comprises a machine frame, a plastic shell conveying belt is arranged on the machine frame, and a conducting strip feeding mechanism, a spring piece feeding mechanism, a button feeding mechanism and a discharging assembly are arranged on the plastic shell conveying belt in the plastic shell conveying direction. The conducting strip feeding mechanism comprises a second conveying belt used for conveying conducting strips and a conducting strip pushing assembly, the second conveying belt is provided with a direction selecting assembly, and the direction selecting assembly identifies the conducting strips, turns the conducting strips according to the directions of the conducting strips and then conveys the conducting strips to the conducting strip pushing assembly. According to the utility model, full-automatic assembly of the wiring terminals can be realized, the conducting strips can be identified and subjected to direction selection, the consistent orientation of the conducting strips during installation is ensured, the automation degree is high, the yield of the assembled wiring terminals is high, and the production efficiency is effectively improved.

The utility model discloses an automatic capping machine belongs to the field of automation equipment, the automatic capping machine of the utility model, including cover body feeding mechanism, main part conveying mechanism and cover body down -pressing mechanism, and the main part conveying mechanism is from the below of cover body down -pressing mechanism, and the just below of cover body down -pressing mechanism is equipped with main part top mechanism, and cover body feeding mechanism is located one side of main part conveying mechanism, main part top mechanism includes lift plate, and the top block and top drive, and top drive is equipped in the below of lift plate, is used for driving two top blocks to move up and down between first position and second position. The main part component on the main part conveying mechanism is lifted up by main part top mechanism, realizes to the main part component of being assembled to feed and position, and realizes automatic capping with cover body feeding mechanism and cover body down -pressing mechanism, and can utilize main part conveying mechanism unloading after the assembly is completed through the decline of main part top mechanism, has simplified the structure and assembly action of automatic capping machine, has improved assembly efficiency.

The utility model belongs to the technical field of puncture needle assembly, and particularly relates to a feeding and assembling device for anti-acupuncture elastic pieces. The elastic pieces are continuously supplied to the material preparing mechanism through the material supplying mechanism, the elastic pieces on the material preparing mechanism are transferred to the elastic piece assembling mechanism through the transferring mechanism, the assembling mechanism comprises an opening and closing air claw, a guiding needle, a supporting guiding block and a telescopic sliding table, the supporting guiding block is used for installing the elastic pieces and arranged in the center of the opening and closing air claw, and the guiding needle is arranged on the supporting guiding block. A needle threading guide groove hole is formed in the opening and closing air claw, the guide needle is arranged on the telescopic sliding table and is in sliding connection with the guide groove hole, and the through hole in the elastic piece is opposite to the guide groove hole. The elastic piece is fixed and opened through cooperation of the supporting guide block and the opening and closing air claw, the elastic piece is assembled to the tail end of the puncture needle under traction of the guide needle, the puncture-proof elastic piece is fully automatically assembled to a needle tube of the puncture needle, safety guarantee is provided for treatment after the puncture needle is used, and the risk of accidental injury and virus spreading is reduced.

The utility model discloses an inserting piece spring assembling machine which comprises a working table, operation of the inserting piece spring assembling machine is carried out on the working table, and the working table is provided with a spring feeding mechanism, a pressing rod feeding mechanism and a base feeding mechanism. A spring discharging mechanism is arranged in the feeding direction of the spring feeding channel, a pressing rod reversing mechanism and a pressing rod inserting mechanism are arranged in the feeding direction of the pressing rod feeding channel, and the pressing rod reversing mechanism is used for adjusting a pressing rod piece to be in a vertical state from a horizontal state. The pressing rod reversing mechanism, the pressing rod inserting mechanism and the spring discharging mechanism are all arranged on one side of the base feeding channel. Full-automatic assembling production of the switch piece is achieved, and the production efficiency is improved.

The application discloses a filter bag inner frame pre-assembly machine, which comprises a positioning and bag opening device, a turnover device, a gantry and a material taking and clamping device which is installed on the gantry and can move along three axes of XYZ. The mouth of the filter bag is opened through the positioning and bag opening device, the filter bag is rotated through the turnover device so that the mouth faces upward, and the inner frame is clamped and pressed on the inner side of the mouth of the filter bag through the material taking and clamping device. The application can realize automatic grabbing, automatic positioning, automatic opening and automatic turnover of the filter bag, and can realize automatic material taking of the inner frame and automatic clamping and pressing of the inner frame and the mouth of the filter bag, so that the pre-assembly of the filter bag and the inner frame is realized, manual work is reduced, the automation degree and efficiency of the above process are improved, and the pace of automation of the whole filter assembly process is accelerated.

This invention relates to an integrated production line for tea capsule assembly and filling. The production line includes: an assembly section, used at least to assemble the pressure valve core, pressure regulating bead, and filter membrane of the tea capsule into the cup body to form a semi-finished tea capsule; a bottom welding section, used at least to seal the lower cover membrane of the tea capsule to the bottom outlet of the tea capsule; a filling section, used at least to fill the contents into the cup body of the tea capsule and seal the upper cover membrane of the tea capsule to the top inlet of the tea capsule to form a finished tea capsule; and a cup dispensing section, used at least to output the finished tea capsules. The assembly section, bottom welding section, filling section, and cup dispensing section are sequentially connected to form an integrated production line for tea capsule assembly and filling. This invention can complete the assembly of multiple capsule cup components online, and simultaneously fill and seal the assembled capsule cups online, exhibiting a high degree of integration and automation, effectively improving production efficiency.

This invention discloses a fully automated assembly and testing production line and assembly process for electromagnet cores, comprising a pallet conveyor line, pallets, and a spring retainer assembly station. The spring retainer assembly station includes a first robotic arm, a spring feeding unit, a retainer feeding mechanism, a gasket feeding mechanism, a measuring instrument, a testing mechanism, several clamping modules, and a testing conductive head module, all positioned within the robotic arm's range of motion. The clamping modules and the testing conductive head module are quickly interchanged and installed at the end of the first robotic arm as needed. The testing mechanism includes a first testing module for detecting the working force of the electromagnet, a second testing module for detecting the opening and closing stroke of the electromagnet, and a third testing module for detecting the inner diameter of the housing. This invention enables the automated assembly of the electromagnet housing, core, retainer, and gaskets, and allows for various performance tests. It also automatically adjusts the retainer specifications and gasket quantity based on the test results, resulting in high assembly efficiency.

The novel cylindrical patch vibration switch is characterized in that the novel cylindrical patch vibration switch comprises a ceramic piece, a conductive spring, a copper pipe and a copper cover, one end of the copper pipe and one end of the copper cover are respectively provided with an opening used for tightly matching and inserting the ceramic piece, the ceramic piece is respectively in interference fit with the copper pipe and the copper cover, and the conductive spring is arranged in the copper cover and the copper pipe of the ceramic piece. One end of the conductive spring is fixedly connected with the copper cover, and the ceramic piece is of a middle through type structure and sleeves the conductive spring; according to the utility model, welding pins are omitted, the whole body is made of copper pipes, alignment is not needed during welding, welding can be completed by directly clinging to a circuit board, welding is convenient and fast, and poor contact caused by welding problems is avoided; the ceramic parts are adopted for fixing and conducting the pipe bodies at intervals in structure, and therefore full-automatic assembling can be achieved in the assembling and manufacturing process. According to the utility model, the high temperature resistance is improved, the ceramic piece can bear the temperature of 200-270 DEG C, and the ceramic piece is suitable for the SMT technology.

The utility model discloses an apron piece assembling device which is reasonable in design, compact in structure and high in assembling efficiency. The automatic assembling machine comprises a working table, a rotating disc mechanism is arranged on the working table, four tool carriers are arranged on the rotating disc mechanism, and a rubber shell feeding mechanism, a water dispersing sleeve feeding and pressing mechanism, a sealing ring feeding and pressing mechanism and a finished product discharging and conveying mechanism are sequentially arranged on the outer edge of the rotating disc mechanism; the workbench is further provided with an MCU control system, and the rotating disc mechanism, the rubber shell feeding mechanism, the water dispersing sleeve feeding and pressing mechanism, the sealing ring feeding and pressing mechanism and the finished product discharging and conveying mechanism are all electrically connected with the MCU control system. The utility model is applied to the technical field of product assembly.

The utility model discloses a toilet lid buffer blade assembly machine. The toilet lid buffer blade assembly machine comprises a rack, a rotating disc rotationally arranged on the rack, a shell supply device, a blade supply device, a detection device and a discharging device, wherein the shell supply device, the blade supply device, the detection device and the discharging device are arranged on the rack and located on the peripheral side of the rotating disc. The shell supply device is used for supplying buffer shells to the turntable; the blade supply device is used for supplying buffer blades to the turntable and arranging the buffer blades in the buffer shell; the detection device is used for detecting whether buffer blades are arranged in the buffer shell or not; the discharging device is used for placing the assembled buffer shells and buffer blades; by means of the structure, full-automatic assembly between the buffer shell and the buffer blade can be achieved, the labor cost is reduced while the assembly efficiency is improved, and very good practicability is achieved.