33results about How to "Improve assembly processing efficiency" patented technology

The invention relates to a sheet metal connecting piece assembling machine, which comprises a machine table. A first turnplate mechanism and a second turnplate mechanism are arranged on the machine table, a small shaft input mechanism, a sheet metal input mechanism and a riveting mechanism are sequentially arranged clockwise on the upper end face of the machine table and surround the edge of the first turnplate mechanism, a sealing ring inputting and embedding mechanism, an oiling mechanism, a shaft bushing input mechanism and a finished product output mechanism are sequentially arranged clockwise on the upper end face of the machine table and surround the edge of the second turnplate mechanism, and an overturning and carrying mechanism is arranged on the upper end face of the machine table and located between the first turnplate mechanism and the second turnplate mechanism. The sheet metal connecting piece assembling machine replaces original manual operation equipment to assemble andmachine sheet metal connecting pieces, so that mechanical automatic assembling of all parts of the sheet metal connecting pieces is achieved, not only is assembling and machining efficiency improvedand the labor cost reduced, but also the assembled sheet metal connecting pieces are consistent in size, and the assembling quality of the sheet metal connecting pieces is improved.

The invention discloses a glue-applying and pressing-buttoning device for assembling a central control box of an automobile and a working method thereof, comprising a tray, a glue-applying mechanism and a press-fitting mechanism. A transmission plate is arranged under one end of the mechanism. The beneficial effect of the present invention is: motor six drives lead screw three to rotate, and lead screw three drives screw cylinder three, motor seven and glue nozzle to adjust and move left and right through thread action, and motor seven on sliding seat two drives lead screw four to rotate, and the screw Lever 4 drives screw barrel 4 and glue nozzle to adjust and move back and forth through the action of thread, and cooperates with motor 2 to drive rotary plate and lower mold frame to rotate and adjust, so as to ensure that the glue nozzle can be quickly moved to the position where glue needs to be applied on the lower mold frame, and the glue is guaranteed The nozzle can move in a wider range, which greatly improves the accuracy and efficiency of the equipment for gluing the lower mold frame. The equipment has a high degree of automation for the gluing and pressing assembly of the automobile central control box, and is very convenient to use.

The invention discloses an electric saw chain processing platform with a protective mechanism, comprising a frame, a driving sprocket, a driven sprocket and a side chain plate, and the frame is provided with a first turntable for conveying saw blades and side chain links and the second turntable, the first turntable and the second turntable have the same structure and are mirror-symmetrically arranged on both sides of the drive sprocket, a number of transmission rods are uniformly arranged on the first turntable and the second turntable, and the transmission rods are provided with There is a second electromagnet for absorbing the saw blade and the side chain link. The frame is provided with a first delivery box and a second delivery box matched with the delivery rod. The first delivery box and the second delivery box pass through The first cylinder and the second cylinder are arranged on the frame. The invention provides a chainsaw chain processing platform on which side chain links and left and right saw blades can be installed alternately, which greatly improves the assembly and processing efficiency of the chainsaw chain and reduces labor costs. The contact with the saw blade reduces the potential safety hazard of the saw blade to human beings during installation and improves the production efficiency.

Provided is a cutoff valve which can simultaneously achieve highly reliable gas tightness, stable operation performance by small electric power, operation durability, and profitability. The inside pan shape portion of a metallic partition wall, a recessed portion formed on a lid made of a metal sheet, a tip end small diameter shaft and a small diameter groove formed on a metallic rotary shaft, and a plurality of metallic balls form rolling bearings for serving as both a radial bearing and a thrust bearing respectively, and hold the axis of a rotor. Because linear expansion coefficients of the rotary shaft and the holding member side are almost equal, possibility of the locking due to a temperature change is low, and the minimum radial clearance can be set. Because the accuracy of the axis of the rotor is high, stable operation performance can be achieved by small electric power, and high operation durability can be achieved by a rolling motion. Because the rolling bearings for serving as both the radial bearing and the thrust bearing are configured, high profitability can be achieved.

The invention discloses an HDMI-CF electric coupler automatic assembling machine. A vibration disk is arranged and a first feeding mechanism is arranged on an operating platform, so automatic feeding of metal shells can be achieved; a second feeder and a third feeder are arranged on the operating platform, so automatic feeding of rubber core material strips can be achieved; in addition, when the rubber core material strips are fed, a first material cutting mechanism can cut off wastes at head ends of the rubber core material strips; through a metal shell fixing mechanism and a rubber core inserting mechanism, rubber cores can be inserted into the metal shells; a rubber core correcting mechanism is arranged subsequently, so the rubber cores can be corrected; a clamping point riveting mechanism can rivet clamping points of the metal shells and enable the rubber cores not to retreat; a material strip pre-cutting mechanism works in cooperation with a second material cutting mechanism to cut off the material strips at the back ends of the rubber cores to obtain finished products; the finished products are conveyed to a detection mechanism for automatic quality and performance detection, qualified products can be used for feeding directly, unqualified products can be conveyed to an unqualified product collection box through a sorting mechanism, so full-automatic production of the rubber cores and the metal shells can be achieved.

The invention discloses a full-automatic wire riveting machine and a wire riveting method applying the same. The wire riveting machine is simultaneously provided with a feeding device, a display device, a material pulling device, a clamping device, a pay-off unit, a cam driving device, an upwards-pushing locating device, a wire pressing device, a material cutting device and a riveting device, wherein the feeding device and the material pulling device are cooperated so as to convey terminal material strips automatically according to a set locus; the clamping device is used for clamping and locating a main body part of a terminal at a wire riveting station; the pay-off unit is used for towing a wire to the neighborhood of the wire riveting station; the cam driving device is used for sequentially driving the upwards-pushing locating device, the wire pressing device, the material cutting device and the riveting device to operate; when a rotating shaft is rotated for a circle, all riveting and pressing operations can be finished. The full-automatic wire riveting machine disclosed by the invention can be used for realizing automatic operation of wire and terminal riveting assembly, replacing manual assembly, effectively improving the wire assembly processing efficiency, lowering the manpower cost and ensuring that wire assembly processing is simpler and easier.

The invention relates to an autoclaved aerated concrete plate to make a steel mesh assembly system, comprising a fixed base, a limit chute, a positioning device and an assembly device. The front and rear sides of the upper end face of the fixed base are symmetrically provided with limit chute , a positioning device is arranged in the limit chute, and an assembly device is symmetrically arranged on the front and rear sides of the upper end face of the fixed base. The invention can solve the problem that when the traditional steel mesh is assembled into a three-dimensional structure, it usually needs to be manually assisted to ensure its position alignment, the degree of mechanization is low, the labor intensity of workers is increased, and the stability of manual assistance is poor, resulting in assembly. The quality of the resulting three-dimensional structure decreases, and when the traditional steel mesh is assembled into a three-dimensional structure, it needs to be assembled from a certain number of steel meshes, which is difficult to assemble successfully at one time. Steps to assemble, waste manpower and material resources and other problems.

The invention discloses a steel wire punching machine and a method for machining an aluminum block through the steel wire punching machine. The steel wire punching machine and the method for machiningthe aluminum block through the steel wire punching machine comprise a clamping part, a top punching part, a pressing part and a driving part; the clamping part can clamp and position the aluminum block under the pressing part, and the steel wire is placed between the aluminum block and the top punching part; the steel wire can be bent and inserted into the aluminum block through the top punchingpart; the pressing part moves downwards to be pressed on the aluminum block, and the aluminum block is deformed and extruded on the periphery of the steel wire, so that the steel wire is connected with the aluminum block; and the bending part of the steel wire extends out of the aluminum block to form a hanging ring pattern so as to be used for installing a spring in a folding crank arm. The assembling operation of the aluminum block and the steel wire is simple, and an operator only needs to place the steel wire between the aluminum block and the top punching part without manual bending of the steel wire; and the aluminum block inserted with the steel wire is not required to be transferred to a press bed manually, thus greatly improving the assembling efficiency and saving time and labor.