A method for remote monitoring of process and intelligent identification of mold opening and locking states

Abstract

The invention discloses a method for remote monitoring process and intelligent identification of mold opening and locking states. The method steps include: installing an electronic tag, installing a reading and writing device, transmitting and storing scanned and read data information, collecting and transmitting video image data, image digital processing, comparing image data information with pre-stored process parameter data information, and automatically Correct the mold production process parameters, its image processing system and data processing system can be built-in or external, the reading and writing device and visual camera device and the control computer of the injection molding machine transmit data through wireless / wired connection, the control computer of the injection molding machine The central monitoring and processing platform transmits data through a wireless network connection. The invention has the functions of remote real-time intelligent identification and control of the injection molding machine, ensures the safety of the injection molding machine during operation and the overall quality of molded products, and improves production efficiency.

Description

technical field [0001] The invention relates to a method for remote monitoring process and intelligent identification of mold opening and locking states, which is mainly used for controlling the working state of injection molding machines. Background technique [0002] In the existing technology, although the injection molding machine has a certain degree of automation, it still needs to rely on manual operation and visual observation to control the molding production process. During the production process, there are usually errors in the production process parameters due to improper manual operation. , mold falling off, mechanical failure, etc., the operator needs to manually modify the production process parameters and troubleshoot beside the machine. If it is not found in time, it will affect the quality of the molded product, and it is easy to pinch the mold. Real-time monitoring cannot be achieved And the control needs of timely troubleshooting, especially in the mold c...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, although the injection molding machine has a certain degree of automation, it still needs to rely on manual operation and visual observation to control the molding production process. During the production process, there are usually errors in the production process parameters due to improper manual operation. , mold falling off, mechanical failure, etc., the operator needs to manually modify the production process parameters and troubleshoot beside the machine. If it is not found in time, it will affect the quality of the formed product, and it is easy to pinch the mold. Real-time monitoring cannot be achieved And the control needs of timely troubleshooting, especially in the mold-locked state, since the mold opening and locking actions of the injection molding machine are generally mechanical insurance or hydraulic insurance. If the operation is stopped, it is easy to get caught by the production operator, resulting in crushing hands, crushing products, crushing molds, and even causing safety accidents.

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