Self-adaptive high-precision anti-loosening marking device and method

Abstract

The invention discloses a self-adaptive high-precision anti-loosening marking device. The self-adaptive high-precision anti-loosening marking device comprises a support assembly (3), a sliding block assembly mechanism and a marking mechanism (2), wherein the support assembly (3) comprises a guide column (32); the sliding block assembly mechanism comprises a sliding block assembly (4) and a handle(5) arranged at the top of the sliding block assembly (4), the sliding block assembly (4) is installed in the support assembly (3), and the sliding block assembly (4) is connected with the support assembly (3) through a sliding groove (45), a sliding way (46) and the guide column (32) on the structure of the sliding block assembly (4); and the marking mechanism (2) is arranged in the sliding blockassembly (4), moves in the sliding block assembly (4) through cooperation of the sliding way (46) and comprises a pen holder (24), a silica gel plug (22) and a pen point (27). The invention further discloses a self-adaptive high-precision anti-loosening marking method. According to the self-adaptive high-precision anti-loosening marking device and method, workpiece marking work is completed by converting the handle pressing action into complex motion of scanning of the pen point along multiple intersecting planes, the marking precision is high, and the quality is good.

Description

technical field [0001] The invention belongs to the technical field of marking, and more specifically relates to an adaptive high-precision anti-loose marking device and method. Background technique [0002] A bolt is a cylindrical threaded fastener with a nut. Marking In production, according to the relevant national regulations or the enterprise's own management needs, mark text and pictures on the product, such as: production date, expiration date, product number, etc. This process is called marking. After the bolt is combined with the lock, there will be a gap and cannot be tightly matched. When the product is in vibration, operation and impact, the locking force will easily disappear, resulting in the risk of the bolt loosening. Therefore, it is necessary to prevent the bolt from loosening Marking processing. [0003] The bolt marking devices in the prior art are all large-scale equipment, which are suitable for streamlined operations and cannot be moved according to ...

AI Technical Summary

Problems solved by technology

After the bolt is combined with the lock, there will be a gap and cannot be tightly matched. When the product is in vibration, operation and impact, the locking force will easily disappear, resulting in the risk of the bolt loosening. Therefore, it is necessary to prevent the bolt from loosening Marking

[0003] The bolt marking devices in the prior art are all large-scale equipment, which are suitable for streamlined operations and cannot be moved according to needs. Loose mark painting is mainly to draw a loose mark between the bolt and the installation surface by manually drawing a line with a paint pen. The position of the anti-loose mark drawn by this method is inaccurate, and it is easy to misplace the straight lines between different surfaces, and it is easy to produce breakpoints. , poor flatness, low efficiency and other issues

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