Mechanical and electrical integrated glassware former

Abstract

The invention provides a mechanical and electrical integrated glassware former, and belongs to the technical field of glass production equipment. The mechanical and electrical integrated glassware former is characterized by comprising a station 0 for distributing glass gobs to a station 1 of the former, the glass gobs are made into glass products by the former, a jaw is opened by the former through a discharging device, a receiving device is used for receiving products discharged by the former, and a control device and a sensor device are respectively connected to a glass gob blank forming device on the station 0 and the station 1, a glass parison forming device on a station 2 and the discharging device and the receiving device on a station 3 and control the glass gob blank forming device, the glass parison forming device, the discharging device and the receiving device to be mutually matched. The melted glass gobs are directly made into the glass products, glass tube manufacture and the transportation process are omitted, the control device adopts closed-loop control when controlling action of all portions, and precision of the former is improved.

Description

technical field [0001] The invention relates to the technical field of glass production equipment, in particular to an electromechanical integrated glassware forming machine. Background technique [0002] At present, the molding process of domestic glassware mainly uses the blowing-blowing method. Although my country has done some research on the molding process of pressure-blowing glassware, it has directly affected the optimization of my country's glass industry because of the lack of pressure-blowing glassware molding equipment. upgrade. my country is a big country in glassware production, but not a strong country in glassware production. The glassware industry has always had problems such as high energy consumption, low productivity, low product quality, high labor intensity, and poor environment. The technology of glassware forming machines is not high. The low degree of automation and the outdated glassware forming process are the main reasons for this phenomenon. [0...

AI Technical Summary

Problems solved by technology

[0006] The mechanical and electrical integrated glassware forming machine is uniformly controlled by the control device. The control device uses an industrial-grade computer. The control device is connected to each device through a communication network. The communication network uses industrial-grade real-time Ethernet to control the lag of information transmission. At the level of microseconds, the transmission time will not affect the accuracy of the control device for the control of each part, which also ensures the high-precision control of the present invention, and the present invention has strong adaptability. The work flow of the present invention is as follows: Control the 0-station machine to distribute materials to the molding machine in the form of swing, the control device controls the 0-station machine to swing into the 1-station prototype mold of the molding machine that needs material gobs, and the cut material gobs go along the guide pipe and 0-station The feeding pipe of the position machine flows into the prototype mold of the 1st station of the forming machine to form the glass. After the forming machine has finished making the glass product, the control jaw is opened to remove the product. and the piston rod is equipped with a material receiving plate suitable for the shape of the product. At the same time, the control device can control the rising height of the material receiving device according to the size of the product to ensure that the product can be received safely. The entire process is controlled by the control device. Part of the sequence is completed without human intervention, and the parameters of temperature, speed, acceleration and force for the production of various products are stored in the control device in the form of data packets. It is enough to select the data package, which saves manpower, and the present invention directly makes glass products through molten glass gobs, which saves the process of making glass tubes and transportation, and also avoids the damage rate during transportation, which greatly improves The cost is reduced, the control device adopts closed-loop control when controlling the action of each part, which greatly improves the accuracy of the present invention, and the control device controls each part to carry out flow operation, which improves the production efficiency and solves the problem of existing glass The problem of low manual production efficiency

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