Internet-of-things-based intelligent integrated production equipment for detection and packaging of engineering tools and method of equipment

Abstract

The invention relates to internet-of-things-based intelligent integrated production equipment for detection and packaging of engineering tools and a method of the equipment. The equipment comprises atool tray for holding tools under detection; the tool tray performs conveying via an isometric transmission belt; the tail end of the isometric transmission belt is connected with a recognition transmission belt to recognize different types of tools under detection; multiple groups of automatic detectors for detecting quality of different types of tools are mounted on the lateral side of the recognition transmission belt; the automatic detectors are connected with the recognition transmission belt through a transmission belt; a discharge port of each automatic detector is connected with a looper, which is used to loop the tools, through a transmission belt, a discharge port of the looper is connected with a labeler through a transmission belt, and the labeler is connected with a boxing machine through a containerization rail. The equipment and the method have the advantages that post-treatment steps such as detection, looping, labeling and packaging, and boxing can be provided for existing mainstream engineering tools, and integration can be achieved through the internet of things.

Description

technical field [0001] The invention belongs to the field of PCB board tool processing equipment, and in particular relates to an intelligent integrated production equipment and method for engineering tool detection and packaging based on the Internet of Things. Background technique [0002] With the rapid development of the electronics industry and the further popularization of Industry 4.0, the demand for many engineering tools based on PCB (printed circuit board) tools is increasing, and there are higher requirements for tool quality. Smarter production equipment is the pursuit direction of enterprises. [0003] After the traditional engineering tool manufacturing process is completed, the quality inspection of the finished tool, the installation of collars, labeling and packaging, and boxing are too fragmented and rely heavily on labor. This traditional manufacturing process has the following problems: [0004] (1) Each link is isolated from each other due to the fragme...

AI Technical Summary

Problems solved by technology

[0004] (1) Each link is isolated from each other due to the fragmented process, and it is impossible to carry out efficient management of modern informationization;

[0005] (2) After each independent step, the transfer of the finished product needs to be realized manually, thus increasing the workload of the workers and seriously restricting the production efficiency;

[0006] (3) Due to the subjectivity of the staff, this has a certain impact on the stability of product quality;

[0007] (4) Due to the manual handling and transfer, during the transfer process, the product may be damaged, the product will not enter the packaging equipment correctly, and there will be mistakes such as putting on the wrong collar and labeling the wrong label, which will increase the management cost;

[0008] (5) In addition, during the inspection and packaging process, there will inevitably be NG products and spare tool trays, and these items cannot be processed centrally at the first time, which will cause accumulation, affecting product transfer and workshop environment

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