4results about How to "Reduce work stations" patented technology

The utility model relates to the technical field of wiring terminal production, and discloses an automatic drawing die for wiring terminals, which comprises a die set, a drawing die set and a drawing die set, the die set comprises a male die unit and a female die unit, the male die unit comprises a main male die body, and a male die piece is arranged on the main male die body; the female die unit comprises a main female die body, and a female die piece is arranged on the main female die body. An auxiliary male die body is connected to the main male die body in a sliding mode, and a male die side cutting edge is arranged on the auxiliary male die body. An auxiliary female die body is connected to the main female die body in a sliding mode, and a female die side cutting edge is arranged on the auxiliary female die body. And the male die side cutting edge is matched with the female die side cutting edge so as to cut and discharge the wiring terminal which is formed by stretching. According to the utility model, the wiring terminal can be separated from the plate immediately after being stretched and formed, and one-time forming and separation of the wiring terminal are realized, so that additional cutting stations for separating the wiring terminal are not needed, the stations are reduced, the occupied arrangement space is reduced, the processing rhythm is slowed down, and the production efficiency of the wiring terminal is greatly improved.

This utility model discloses an assembly device for the output end parts of a longitudinally mounted transmission main housing, relating to the technical field of transmission assembly equipment. It includes a first servo press vertically mounted on the top of a frame, with a pressure head connecting rod connected to the power output end of the first servo press. A laterally slidable pressure head mounting backplate is mounted on the frame below the first servo press. Multiple pressure heads for pressing different parts are horizontally mounted side-by-side on the pressure head mounting backplate, each pressure head being vertically slidably mounted on the backplate via a pressure head mounting bracket. A press connecting block is fixed to the upper part of the pressure head mounting bracket, and the press connecting block has a connecting rod slot for connecting to the pressure head connecting rod. A laterally slidable transmission positioning fixture is mounted on the base of the frame. This utility model can assemble multiple parts, requires fewer servo presses, fewer operators, occupies less space, and has low investment costs.

The invention relates to the technical field of bearing assembling, and discloses a bearing assembling device which comprises a bearing platform, a plurality of ball falling pipes and a plurality of ball receiving groove bodies which are evenly distributed in a circular arc shape. The lower side of the bearing platform is connected with a fixing shaft, the outer side of the fixing shaft is provided with a plurality of swing rods corresponding to the ball receiving groove bodies, the tail ends of the swing rods are supported on the lower sides of the ball receiving groove bodies, the middles of the swing rods are connected end to end through a plurality of hinged connecting rods, the swing rod at the head end is fixedly connected with the fixing shaft, and the other swing rods are hinged to the fixing shaft. One end of each connecting rod is hinged to the corresponding swing rod, the other end of each connecting rod is hinged to the corresponding sliding block of the adjacent swing rod, and a circular-arc-shaped through hole allowing the ball receiving groove body to move is formed in the bearing platform; the swing rod and the connecting rod are folded into a fan shape and unfolded into a circle, ball separation is achieved through the ball receiving groove body without being affected by the diameters and gaps of the balls, the balls are directly separated at the ball placing station, irregular dispersion of the balls is avoided, the ball separation process is stable and free of impact, the balls cannot be damaged, and the structure is compact.

The present application relates to the field of stamping, in particular to a product stamping processing method and die. The method comprises the following steps: punching a positioning hole for positioning position and angle at the middle position of the product area of the material belt; stamping the product area after the material belt drives the product area with the positioning hole to move to the product area stamping station each time; the product area is separated from the material belt after the product area is stamped at the last product area stamping station, and a middle product is obtained; stamping the middle product after the material belt pushes the middle product to move to the product stamping processing station each time; the steps of each stamping processing are as follows: in the process of the upper die descending, first, the positioning punch is matched with the positioning hole to correct the position and angle of the middle product; then, the middle product is stamped. The present application can realize the position and angle requirements of the middle product in the stamping process without the process thin belt, reduce the material cost, and reduce the die station.