Design Scheme of Automobile Inspection Fixture Buckle Specification

At present, plastic buckles are widely used to fix the plastic parts of automobile bodies in the design of inspection tools for plastic parts of automobile bodies, and the design of buckles is related to the recycling and cost saving of plastic buckles. The original spring buckle can only bounce to one side when disassembling, which limits the improvement of production efficiency. So, what are the specifications of automobile inspection fixture buckles? What kind of scheme is there to optimize the buckle design, so that its function can be tried out?

Classification of automobile buckles

1. Classification according to function It can be divided into: fast thread seat buckle, piercing nail buckle and universal buckle.
2. According to the role of site classification. Door buckle, roof buckle, bumper buckle, floor buckle, trunk buckle, sealing strip buckle, water trough buckle, interior trim buckle, exterior trim buckle, side beam buckle, chassis buckle, thermal insulation cotton buckle, seat buckle, handle buckle, support bar buckle, protective plate buckle, etc. With the improvement of people’s aesthetic standards, most enterprises now pay attention to the embedded connection or overall locking of parts in manufacturing, which makes the products visually integrated. In order to achieve the above effect, the buckle structure has been used more and more. Before using the product, the fastener structure will be put into the inspection tool to check whether the fastener meets the standard. In the past, every part of the checking fixture was processed separately and then assembled together. This method would result in the dislocation or disunity of the two matching parts, which would require the parts to be reworked, which not only wasted the production time of the enterprise seriously, but also could not repair the already processed parts, resulting in a high scrap rate of the parts.

Design scheme of automobile checking fixture buckle;

1. After the processing is finished, the buckle cap assembly and the swing arm assembly are respectively integrated and divided into two parts by wire cutting, that is, the buckle cap assembly is divided into a left buckle cap and a right buckle cap, and the swing arm assembly is divided into a left-handed arm and a right-handed arm. The matched parts processed in this way are completely matched, and there will be no dislocation or uneven size. When the buckle hole is changed, only the buckle cap needs to be changed, and the swing arm does not need to be changed again;
2. The purpose of reducing processing time, production cost, product rejection rate and improving processing efficiency and precision is achieved. In order to achieve the above purpose, the technical scheme of the utility model is as follows: a clamping mechanism for inspection tools is composed of a clamping cap assembly, a rotating arm assembly, a rotating shaft and a clamping seat;
3. The buckle cap assembly consists of a left buckle cap and a right buckle cap cut from the middle by a wire cutting machine;
4. The rotary arm assembly consists of a left-handed arm and a right-handed arm cut from the middle by a wire cutting machine;
5. The left clamping cap is fixedly connected to the top of the left-handed arm, and the right clamping cap is fixedly connected to the top of the right-handed arm. The left-handed arm and the right-handed arm are respectively located on both sides of the rotating shaft and movably connected with the rotating shaft, and the rotating shaft is fixed on the clamping seat in an inverted T shape. Due to the different requirements of different specifications of automobile inspection fixture buckles, the design of inspection fixture should be optimized to improve the consumption efficiency and detection accuracy of inspection fixture, improve its use efficiency and detection accuracy, and reduce the development cost.