Automatic chip machine

Abstract

The invention relates to an automatic sheet stacking machine, in particular to a machine capable of automatically stacking silicon steel sheets to silicon steel laminations with a certain thickness, and coiling and fixing through adhesive tape. The automatic sheet stacking machine is characterized in that a feeding part is arranged above the left side, a material distribution part is arranged below the left side, a gluing part is arranged above the right side, a collecting part is arranged at the middle part, and a sizing part is arranged on the lower part. According to the automatic sheet stacking machine provided by the invention, the silicon steel sheets can be automatically stacked to the silicon steel laminations with a certain thickness, and are coiled and fixed through the adhesive tape, six silicon steel laminations can be stacked by one machine in every minute, ten skilled workers can be replaced by one machine, so that production efficiency is effectively improved, and labor intensity of the worker is reduced; and furthermore, gaps and the thickness of the silicon steel laminations can be controlled by the machine, so that consistency of products is greatly improved, and potential safety hazards of manual measurement of the thickness of the silicon steel laminations can be removed.

Description

technical field [0001] The invention relates to an automatic stacking machine, in particular to a machine capable of automatically stacking silicon steel sheets into silicon steel laminations of a certain thickness, and wrapping and fixing them with adhesive tape. Background technique [0002] Dry-type three-phase reactors include iron cores and coils. The iron cores generally adopt a planar laminated structure. Therefore, according to the performance of the reactor, silicon steel sheets of corresponding thickness and size need to be coded into silicon steel laminates. In the prior art, manual methods are used to complete the work of stacking silicon steel sheets into silicon steel laminations. [0003] The manual chipping process generally includes the following steps: Step 1: Prepare a cube-shaped workpiece with the same height as the thickness required by the silicon steel lamination, and fix it on a horizontal operating table as a thickness measurement workpiece. Step 2...

AI Technical Summary

Problems solved by technology

[0004] It can be known from the above description that this manual chipping method has the following defects: 1. The efficiency of manual chipping is low, and the work efficiency is heavily dependent on work experience. On average, two skilled workers with half a year's work experience in this position, Only 2 silicon steel laminates can be coded per minute, and workers with no work experience are less efficient

2. The quality of manual chipping is affected by many factors such as the precision of the part and manual techniques, and its quality and consistency are difficult to guarantee

It can be seen from the above description that the thickness measurement standard of the manual chip is a manufactured workpiece. The manufacturing accuracy and consistency of this public part seriously affect the quality and consistency of the chip, and the degree of wear after a certain period of time is also directly affected. Affects the quality and consistency of the chip; since the thickness measurement method is measured according to the level of manpower, the sense of responsibility and operation method of the operator also directly affect the quality of the chip

3. The thickness measurement adopts the method of manual horizontal advancement, and the other hand needs to take back the extra silicon steel sheet, which may be several layers or one layer. Since the thickness of the silicon steel sheet is micron level and very sharp, it is easy to cut hands during this process. ,There are security risks

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