Thread end burying spacing electric adjustment mechanism and method for adjusting thread end burying spacing using same

Abstract

The invention discloses a thread end burying spacing electric adjustment mechanism, which includes a thread end burying adjustment device and a plurality of thread end burying assemblies that are mounted on a multi-end thread burying machine and can translate along a straight line. When the mechanism is used to adjust the thread end burying spacing, the mechanism is first mounted on a thread burying part of the multi-end thread burying machine, large gears on drive shafts are manually slid to mesh with adjustment gears on adjustment assemblies, then a moving distance value is input into a control system, and the large gears on the drive shafts are driven to rotate through a motor-synchronous pulley drive mechanism, so as to drive the thread end burying assembly to move to a predetermined position on a screw; and next, the large gears are slid along the drive shafts to next adjustment gears of the thread end burying assembly to be displaced, the large gears are meshed with the adjustment gears, and the above steps are repeated until the adjustment of the position of all the thread end burying assemblies is completed. The purpose of the invention is to provide the thread end buryingspacing electric adjustment mechanism with a shorter thread end burying spacing adjustment time, higher precision and simple operation, and a method for adjusting the thread end burying spacing usingthe same.

Description

technical field [0001] The invention relates to a device for thread embedding, glue dispensing and welding on a base material, in particular to an electric adjustment mechanism for the distance between thread embedding heads and a method for adjusting the distance between thread embedding heads using the same. Background technique [0002] At present, multi-head embedding machines often need to be compatible with multiple sheet layouts, and the coil positions of each sheet layout and the distance between two adjacent coils are different. Therefore, when the sheet layout produced by the multi-head embedding machine changes, The new sheet layout can only be adapted by adjusting the position of the hardware (embedding assembly). The sheet layout has precision requirements for parameters such as the distance between adjacent coils, the distance from the first coil to the edge of the sheet, and the line spacing. In the industry, the mechanical structure of the embedding component...

AI Technical Summary

Problems solved by technology

The sheet layout has precision requirements for parameters such as the distance between adjacent coils, the distance from the first coil to the edge of the sheet, and the line spacing. In the industry, the mechanical structure of the embedding component is usually used to adjust the distance between adjacent coils. This adjustment The method has high requirements on the proficiency of the operator, and the adjustment time is long, and the accuracy is not easy to guarantee. After each adjustment of the position of the embedding head assembly, it is necessary to use raw materials for testing and adjustment. When the operator is not skilled, it may use a large number of Testing and adjustment of materials to be produced

Therefore, in the production process of the multi-head embedding machine, every time the layout of the sheet is changed, it will take tens of minutes to several hours to adjust the distance between the embedding heads, which greatly reduces the comprehensive utilization of the equipment and increases the work of the operator. strength, reducing work efficiency

Images