3results about How to "Continuous assembly" patented technology

The invention relates to a machining method of a metal sliding rail, which belongs to the technical field of cabinet sliding rail assembly, and comprises the following steps: respectively transporting a mounting strip and a plurality of balls to a ball strip assembly station; a ball is arranged in each ball hole in the mounting strip, so that a ball strip is obtained; the two ball strips and the fixed sliding rail are conveyed to a fixed sliding rail assembling station; the two ball strips are assembled on the inner walls of the two opposite sides of the fixed sliding rail correspondingly to obtain a fixed sliding rail assembly; the fixed sliding rail assembly body and the movable sliding rail are conveyed to a movable sliding rail assembly station; and the movable sliding rail is assembled between the two ball strips in the fixed sliding rail assembly body, so that the metal sliding rail is obtained. By automatically controlling the transportation and assembly processes of all the parts, automatic assembly of the ball strips, the fixed sliding rails and the movable sliding rails is achieved, the assembly process of the sliding rails can be continuously and efficiently completed, and the production efficiency is remarkably improved.

The utility model relates to a clamp spring assembling tool. The press-fitting device comprises a press-fitting base used for placing a workpiece to be assembled; the pressing assembly is used for limiting the snap spring mounting groove of the workpiece to be assembled in an assembling area; the material placing assembly comprises a vertical guide block, to-be-assembled clamp springs and a pressing block, wherein the to-be-assembled clamp springs are arranged on the vertical guide block in a sliding and stacked mode, and the pressing block is arranged on the vertical guide block in a sliding mode and abuts against the tops of the stacked to-be-assembled clamp springs in a pressing mode; and the pushing assembly comprises a telescopic pushing plate, a pushing channel is formed between the bottom of the vertical guide block and the assembling area, and the pushing plate can push the assembling snap spring at the bottommost part into the snap spring mounting groove along the pushing channel. The utility model provides a clamp spring assembly tool which can reduce the cost of clamp spring assembly, improve the assembly efficiency and reduce potential safety hazards.

This utility model relates to the field of weighing device technology, and in particular to a cardboard weighing device, including a workbench. A measuring device is provided at the upper center of the workbench, and transport components are provided on both sides of the measuring device. A lifting component is provided on one side of the workbench, and two picking components and a moving component for driving the picking components to move horizontally are provided on one side of the lifting component. This utility model transports cardboard to the underside of the picking components through the transport components, adjusts the height of the picking components through the lifting component, and coordinates the two picking components to enable the device to load and unload simultaneously during operation, thereby achieving continuous assembly line operation and increasing work efficiency.