8results about "Sequential operation station machines" patented technology

The present invention belongs to the technical field of processing of energy-saving lamp tubes, and discloses a U-shaped lamp tube coating machine, including a frame, on which a transmission mechanism, an upper tube device, a coating assembly, a film liquid drying device, and a lower tube device are installed; the transmission mechanism includes a station clamp; a flip station is respectively provided behind the upper tube station and in front of the lower tube station, and the station clamp realizes a 180-degree flip at the flip station through a first push rod, a first stop pin, a second push rod, and a second stop pin matching structure; the coating assembly includes an injection and suction assembly; the injection and suction assembly includes a liquid injection pipe and a liquid suction pipe arranged side by side, and the liquid injection pipe and the liquid suction pipe rise and fall with the injection and suction lifting seat, and the liquid injection and liquid suction are completed by connecting a liquid injection pump and a liquid suction pump. The upper tube device and the liquid injection and liquid suction mechanism of the present invention have a more streamlined structure; the coating accuracy of the injection and suction assembly is high; the synchronization of the actions of each device is good; and the probability of the lamp tube falling off is low.

The invention discloses a magnetron eccentricity correction machine, which comprises a tube core antenna assembly feeding line, a tube core antenna assembly blanking line, a movable correction table, a loading and unloading comprehensive manipulator and a correction module, the tube core antenna assembly feeding line is arranged on one side of the movable correction table and serves as a feeding side; the tube core antenna assembly blanking line is arranged on the other side of the movable correction table to serve as a blanking side; a jig plate is arranged on the movable correction table in a sliding manner, and a plurality of tube core antenna assembly correction jigs are arranged on the jig plate; and eccentricity correction is carried out on the tube core antenna assembly placed on the tube core antenna assembly correction jig through the correction module. Through reasonable arrangement of the movable correction table, the feeding and discharging comprehensive mechanical arm and the correction module, eccentric correction in the production process of the tube core antenna assembly can be fused into magnetron automatic line production, effective combination with a magnetron assembly material conveying line is achieved, and efficient operation is achieved.

The invention discloses a packaging clamp of an image intensifier tube, which comprises an anode carrier, an inner cavity of the anode carrier comprises a bearing hole for bearing an anode, the lower part of the anode carrier comprises a vertically arranged cylinder, and the upper part of the anode carrier comprises a supporting flange of the anode carrier which protrudes outwards; the bearing hole is vertically through, the top of the bearing hole comprises an annular flange protruding inwards, and when the anode carrier bears an anode, the annular flange is embedded into the groove of the anode fixing ring. The anode carrier of the packaging clamp can be conveniently matched with an anode transfer mechanism, and the transfer work of the anode in a vacuum environment is completed.

The application belongs to the technical field of lamp tube activation, and particularly relates to a bidirectional electrode activation machine, which comprises a machine table. An upper feeding mechanism, a rotating disc conveying mechanism, a discharging mechanism, a turnover mechanism and a lower discharging mechanism are arranged on the machine table. The upper feeding mechanism is arranged on one side of the rotating disc conveying mechanism and is used for conveying lamp tubes to the rotating disc conveying mechanism. The turnover mechanism is arranged on one side of the rotating disc conveying mechanism and is used for overturning the lamp tubes on the rotating disc conveying mechanism. The discharging mechanism is arranged at the upper end of the rotating disc conveying mechanism, the rotating disc conveying mechanism is used for conveying the lamp tubes to the working end of the discharging mechanism, and then the discharging mechanism discharges and activates the lamp tubes. The lower discharging mechanism is arranged on one side of the rotating disc conveying mechanism, the rotating disc conveying mechanism sequentially passes through the upper feeding mechanism, the discharging mechanism, the turnover mechanism, the discharging mechanism again and the lower discharging mechanism, and the lower discharging mechanism is used for picking up the activated lamp tubes on the rotating disc conveying mechanism. The turnover mechanism can overturn the lamp tubes, thereby reducing the labor intensity of workers.

The application provides an automatic correction tool for a magnetron anode antenna, which is used for correcting an antenna of an anode assembly of a magnetron and comprises a workbench and a track horizontally arranged on the workbench, wherein a sliding die holder is arranged on the track and can slide along the track, and the anode assembly is arranged on the sliding die holder. The automatic correction tool for the magnetron anode antenna can automatically correct the assembled anode assembly in a pipeline mode without any difference. Before correction, whether the anode assembly is qualified or not and whether the antenna is inclined or not, after correction, the anode assembly is definitely qualified and the antenna is definitely vertical and perpendicular to the upper end surface of the anode shell. Compared with traditional manual quality inspection and correction, the automatic correction tool has the advantages of greatly improved correction speed and efficiency, no missed inspection, good correction quality, effectively improved production efficiency and yield of the anode, and further improved production efficiency and yield of the subsequent tube core and magnetron.

The present invention provides an antenna assembly process for antenna assembly equipment, the antenna assembly equipment includes: antenna feeding equipment, welding wire winding equipment; welding platform; laser welder; antenna transportation equipment; the process includes: step S1: the antenna feeding equipment screens the antenna, keeps the screened antenna in a preset state, and transports it to a material taking position; step S2: the antenna transportation equipment grabs the antenna at the material taking position; step S3: the antenna transportation equipment transports the antenna to the welding wire winding equipment; step S4: the welding wire winding equipment winds the welding wire around the lower part of the antenna; step S5: an anode cylinder assembly is pre-installed on the welding platform, and the antenna transportation equipment transports the antenna with the welding wire wound to the welding platform for assembly with the anode plate in the anode cylinder assembly; step S6: the laser welder welds and fixes the antenna and the anode plate. The present invention realizes the full-process automated assembly production of the antenna in the production process of the magnetron anode assembly.

The present invention provides an automatic assembly device for a spiral wire, a clamping rod and a tube shell, comprising: a pre-assembly jig and a heat-fitting jig, wherein the pre-assembly jig is fixed at an assembly position and is used to pre-assemble the spiral wire and the clamping rod, and further comprises a tube shell carrier, a tube shell feeding mechanism and a jig feeding mechanism. The tube shell carrier can accommodate a plurality of tube shells, and the tube shell feeding mechanism comprises a first conveying track, a tube shell clamping device slidably disposed on the first conveying track, and the tube shell clamping device moves along the first conveying track between the tube shell carrier and the heat-fitting jig. The jig feeding mechanism comprises a second conveying track, and a jig moving device slidably disposed on the second conveying track, and the jig moving device can drive the pre-assembly jig to move along the second conveying track between the assembly position and the heat-fitting jig. The above-mentioned automatic assembly equipment realizes the automatic assembly of the tube shell and the pre-assembled spiral wire and the clamping rod, without the need for manual intervention, thereby improving the assembly efficiency.

The invention discloses a magnetron assembly antenna forming correction machine which comprises an anode cylinder antenna assembly feeding line and an antenna forming correction assembly. The anode cylinder antenna assembly feeding line is used for conveying an anode cylinder antenna assembly and is provided with an antenna forming correction station, and the antenna forming correction assembly is arranged at the antenna forming correction station; the antenna forming and correcting assembly comprises an antenna positioning mechanism and an antenna profiling mechanism, the antenna positioning mechanism is used for positioning and limiting the anode cylinder antenna assembly, and the antenna forming and correcting assembly is used for pressing and forming an antenna. Through the arrangement of the antenna forming correction assembly, forming correction can be carried out on the antenna assembled on the magnetron tube core anode cylinder assembly, the coaxiality of the antenna and a tube core is guaranteed, and the antenna forming correction device has the advantages of being simple in structure, flexible in arrangement and particularly suitable for being arranged in front of a needed station in a streamlined production operation line of magnetron tube core assemblies, and the production efficiency is improved. Therefore, the accuracy and the safety of subsequent assembly actions are ensured.