Differential chain production assembly line for double speed converting regulation of separation distance chain wheel for lamp transportation

Abstract

The invention discloses a differential chain production assembly line for double speed converting regulation of a separation distance chain wheel for lamp transportation. The differential chain production assembly line structurally comprises a chain wheel correcting case, a bottom frame plate seat, a transverse stay bar, a differential chain belt, a worktable bracket, a shaft driving motor and a baffle plate shell rack. The differential chain production assembly line achieves ring-by-ring adjusting and correcting effect by matching the chain wheel correcting case with the differential chain belt, and front and back pressing double speed of a double roller bearing are formed to improve a rotating effect, so that an elastic stretching effect of teasing to prevent uptightness is obtained by means of bottom side single-sided displacement chain movement, the friction property of a cotton cover is avoided, an effect that a rod end is pressed out of a smooth end cap is achieved, and the chainbelt deviating a track can be corrected ring by ring to reset the track as a low position obtained by a vertical diameter theorem of a disc is knocked by a hammer head cap of a roller ball, so that transportation of the integral lamp is not intervened and a separation distance chain wheel double speed small box body regulating effect is achieved. An effect that a potential magnetic plate pushes abearing roller to accelerate and rotate is achieved, the integral tensile force of the differential chain is improved, and chain wheel maintenance is enhanced.

Description

technical field [0001] The invention relates to a differential chain production line controlled by double-speed rotation of pitch sprockets for lamp transportation, and belongs to the field of differential chain assembly lines. Background technique [0002] The differential chain production line is the effect of moving the fixed position of each lamp assembly processing table one by one, so that the staff or the manipulator can complete the single-step assembly work at each node of the assembly line. When the entire assembly line transmission is completed, the integrated assembly product output will increase the differential speed. The moving slow workbench assembly and the fast transportation of the next workbench effect, the disadvantages to be optimized common to the current technology are: [0003] During the transportation of lamps and lanterns, the transmission roller of the fragile product is protected by the cushioning operation of the sponge pad, but the rough surfa...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide a differential chain production line with double-speed control of the spacing sprocket wheel for lamp transportation, so as to solve the problem of using sponge pads to wrap and buffer the transmission rollers of fragile products during the transportation of lamps. The operation realizes protection, but the rough surface of the sponge pad is large, the friction coefficient is strong, and the deceleration pressure difference to the roller bar is obvious, which makes the linkage efficiency of the differential chain poor, resulting in the hinge force of the spacing chain being too strong, making the chain belt arc outboard, As a result, the end cap bending phenomenon occurs when the wheel body and the rod are docked, which has a great influence on the loss of the rod and the offset of the axis of the wheel body, and the overall production line will cause the assembly and processing of lamps to lag due to the gradual workbench transmission of the differential chain. slow down, affecting the variable speed transmission effect of the differential chain, and also causing the high-frequency sudden stop of the workbench to repair the chain belt phenomenon

Images