Mixed packaging method for fully automatic simultaneous detection of various types of bolts

Abstract

The invention discloses a full-automatic synchronous detecting and mixed packaging method of multiple types of bolts. The method comprises a synchronous bolt detecting working procedure and a bolt mixed packaging working procedure. The synchronous bolt detecting working procedure is completed through a bolt detecting device. The bolt detecting device comprises a bolt detecting base, a first detecting and discharging mechanism, a second detecting and discharging mechanism, a third detecting and discharging mechanism, a fourth detecting and discharging mechanism, a fifth detecting and discharging mechanism and a bolt belt line. The bolt mixed packaging working procedure is completed through a bolt mixed packaging device and a discharging and conveying line. The bolt mixed packaging device packages the various types of the bolts in a mixed manner. The discharging and conveying line conveys out the bolts well detected and packaged. The method has the beneficial effects that by the adoptionof the scheme, the mechanical detecting method replaces a manual detecting method, the mechanical mixed packaging method replaces a manual sorting packaging method, the error rate of disqualified products in quality management can be reduced, and the labor cost is reduced substantially.

Description

technical field [0001] The invention relates to a mixed packaging method for hardware, in particular to a fully automatic simultaneous detection mixed packaging method for various types of bolts. Background technique [0002] At present, in the industry, screwing of bolts is a common combination or connection method, and the production of bolts is mostly completed by mechanical manufacturing. However, due to many reasons, the manufacture of the bolts is often incomplete, forming an untapped error state, and then directly assembled on other components, thus forming an extremely unstable factor for the safety of some components, which is very dangerous. Therefore, bolts with poor quality need to be screened, and the number of bolts is extremely large. The method of manual inspection is to manually check, so the speed cannot be accelerated, and it does not meet the economic cost and benefit; [0003] On the other hand, in many cases people need multiple bolts, and the demand q...

AI Technical Summary

Problems solved by technology

However, due to many reasons, the manufacture of bolts is often incomplete, resulting in an untapped error state, and then directly assembled on other components, which forms an extremely unstable factor for the safety of some components, which is very dangerous.

Therefore, it is necessary to screen out poor-quality bolts, and the number of bolts is extremely large. The method of manual inspection is to manually check, so the speed cannot be accelerated, and it is not in line with economic costs and benefits;

[0003] On the other hand, people need multiple bolts in many cases, and the demand quantity of various bolts is not the same, (such as the existing (DIY) product that goes home to assemble automatically, just needs the bolts that various models quantity differs ,) This leads to what kind of bolts are needed in a packing box, and how many bolts of this kind are needed. If the traditional method of manual sorting and packing is adopted, the workload of the staff will increase dramatically.

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