Method and system for statistics of processing part consumption based on construction synchronization of injection molding system

Abstract

The invention discloses an injection molding system-based construction-synchronous machined part wastage statistical method and system. The wastage statistical system comprises a material feeding weight acquiring module, a first accelerated speed detection module, a second accelerated speed detection module, a machined part weight calculation module and a machined part wastage statistical module, wherein the material feeding weight acquiring module is arranged in a material feeding hole of a material supplying device and is used for acquiring the weight of material fed at the time when the material supplying device supplies the material to injection molding equipment; the first accelerated speed detection module is arranged on an injection molding mechanical arm, and is used for detecting a first accelerated speed of moving of the injection molding mechanical arm in real time when the injection molding mechanical arm does not grab an injection molded machined part; the second accelerated speed detection module is arranged on the injection molding mechanical arm, and is used for detecting a second accelerated speed of the current injection molding mechanical arm in real time after the injection molding mechanical arm grabs the injection molded machined part; the machined part weight calculation module is used for calculating the weight of the machined part after injection molding at the time according to the first accelerated speed and the second accelerated speed; the machined part wastage statistical module is used for calculating the wastage of the machined part at the time according to the weight of the material fed at the time and the weight of the machined part after injection molding.

Description

technical field [0001] The invention relates to the field of consumption statistics of injection molding processing parts, in particular to a method and system for statistics of consumption of processing parts based on construction synchronization of injection molding systems. Background technique [0002] The injection molding system generally includes injection molding equipment and injection molding manipulators matched with the injection molding equipment. The injection molding equipment includes a main body of the injection molding equipment and a raw material supply device arranged on the main body of the injection molding equipment. The raw material supply device has a filling port for feeding raw materials into the injection molding equipment. [0003] Existing injection molding processing enterprises, whether they are foundry enterprises or independent research and development production enterprises, have to check the raw materials Weighing is carried out to reason...

AI Technical Summary

Problems solved by technology

This method is extremely inaccurate, data is easily lost, and the weight of raw materials when they leave the warehouse may not correspond to the weight when they are filled

Using the above method, it is necessary to hire full-time personnel to carry out weighing records, which is extremely time-consuming, there may be errors in the records, and the data reliability is poor. While increasing labor costs, the accuracy and data reliability are poor.

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