Glass bottle feeding machine control system and control method

Abstract

The invention relates to a glass bottle feeding machine control system and a control method, and belongs to the field of glass bottle and pot equipment. The glass bottle feeding machine control systemcomprises an angle shearing mechanism and a punching mechanism, and is characterized by comprising an upper computer, a controller, an angle shearing mechanism control box, an angle shearing mechanism control unit, a punching mechanism control box and a punching mechanism control unit; the upper computer is in two-way connection with the controller; the angle shearing mechanism control box and the punching mechanism control box are connected with the input port of the controller; a plurality of keys for controlling the angle shearing mechanism are arranged in the angle shearing mechanism control box; a plurality of keys for controlling the punching mechanism are arranged in the punching mechanism control box; and the controller is in two-way connection with the angle shearing mechanism control unit and the punching mechanism control unit. Through the controller as well as the angle shearing mechanism and the punching mechanism controlled by the controller, the angle shearing mechanismand the punching mechanism can be subjected to coordinated control by the controller, and the angle shearing mechanism and the punching mechanism can work according to the respective working curve.

Description

technical field [0001] A glass bottle feeder control system and a control method belong to the field of glass bottle and jar equipment. Background technique [0002] The feeding machine is one of the common equipment in the field of glass bottle making machinery. With the development of glass bottle making machines, the demand for high-efficiency and high-quality feeding machines in the current international and domestic markets continues to increase. In the feeder, the angle shear mechanism and the punching mechanism are the main components of the feeder. Whether their work is stable and their functions are complete is directly related to the quality of the feeder. In the prior art, the feeder has the following defects: [0003] (1) According to the different product types of glass products, different requirements are put forward for the feeding curve of the feeder. The corresponding traditional feeder is equipped with different mechanical cam products for different produc...

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Problems solved by technology

[0003] (1) According to the different product types of glass products, different requirements are put forward for the feeding curve of the feeder. The corresponding traditional feeder is equipped with different mechanical cam products for different products. When the product is adjusted, Operators are required to replace the corresponding cams to the mechanism for use, which is time-consuming and laborious

It increases the cost of manpower, and it is easy to cause damage to the mechanism during operation, which increases maintenance costs

[0004] (2) In the glass bottle and jar industry, the traditional shearing mechanism is also driven by a mechanical cam. Since the change of the machine speed will change the running speed of its scissors, and the sensitivity of the glass liquid itself to temperature requires us to Reduce the contact time between the scissors and the molten glass, so the corresponding cam needs to be replaced at different machine speeds; in addition, when the weight of the material is particularly light, the scissors are required to slow down to reduce the impact on the material gob. The disadvantage of the traditional cam's poor flexibility is exposed. exhaustive

[0005] (3) The existing dual-motor servo angle shears have the problem that the cutting station can only be adjusted left and right, up and down, but not forward and backward.

In special cases, the cutting center cannot be adjusted to a proper position, and there will be errors in cutting, which is inconvenient to use

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