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Production equipment for multi-material and multi-specification glass bottles

A glass bottle, multi-specification technology, applied in glass production, glass molding, glass manufacturing equipment, etc., can solve problems such as efficiency loss and material waste, and achieve the effect of saving mold costs

Active Publication Date: 2022-08-09
SHANDONG JIAFENG GLASS MACHINERY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] However, traditional production equipment can only produce glass bottles with the same shape and the same process
The main reasons are: (1) For the feeder, due to the limitation of the internal structure of the feeder, it can only provide gobs with the same material weight and the same shape
(2) For the bottle making machine, also due to the limitation of the mechanical mechanism, it can only produce glass bottles with the same shape and the same process
If it is necessary to produce small batches of glass bottles with many varieties, the purpose of changing the process parameters can only be achieved by changing the mechanical structure of the feeder and bottle making machine. Changes in production are forced to change production frequently, resulting in huge waste of materials and loss of efficiency

Method used

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  • Production equipment for multi-material and multi-specification glass bottles
  • Production equipment for multi-material and multi-specification glass bottles
  • Production equipment for multi-material and multi-specification glass bottles

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0052] like figure 1 It is shown that the production equipment of the multi -materials and multi -specified glass bottle is the same as the existing technology, including the material supply machine and the bottle making machine. The supplier includes the punching mechanism and the shear mechanism. The melting state glass material is sent to the bottle making machine after the punching mechanism and the cutting mechanism. Common sense, I won't go into details here.

[0053] The bottle making machine includes the feeder, the molding machine and the bottle -mortar machine. Among them, the feeder includes the seasoning funnel and the seasoning groove. After the exposure groove is output, enter the molding machine. There are at least one molder setting, including the first side and the corresponding molding side in each molding machine. The glass drip -to -seasoning tank enters the initial model of the initial side of each molding machine. The first type of embryo is formed on the fir...

Embodiment 2

[0102] like Figure 18 The difference between the embodiments and Example 1 is that the length of the gas supply board 24 is further increased. There are four funnel 25 in the side of the air supply board 24, and the internal trachea 26 is at the same time as the internal air supply board 24 at the same time as the same as the air supply board 24 at the same time as the same as the at the same time as the air supply board 24 at the same time as the same as Four funnels were connected by 25, and multiple drops were achieved. It can also be placed in the interior of the air supply board 24 as needed.

Embodiment 3

[0104] The difference between this embodiment and Example 1 is that the structure of the shear mechanism is different. like Figure 19 In this example, in this embodiment, the cutting mechanism includes a scissor servo motor 17, cutting servo motor 17, and the input terminal of cutting reducer 18. The transmission set 19 fixes one end of the cutting connecting rod 20, the other end of the cut connecting rod 20 is hinged in the middle of one of the scissors 22 of the two scissors arm 22, and one end of the two scissors arm 22 is set. 105, two cut gears 105. At the end of the two ends of the two scissors, there are scissors 23, and the cutting mouth of the scissors 23 with two scissors of the scissors of the two scissors.

[0105] Cut the servo motor 17 During the cutting reducer 18 and the eccentric transmission set 19 to drive the cut connecting rod 20 to move, the cut connecting rod 20 further drives the corresponding scissors arm 20 to move, the scissors arm 20 rotation of the ro...

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PUM

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Abstract

The invention relates to production equipment for glass bottles with multiple materials and multiple specifications, belonging to the technical field of glass machinery. It includes a feeding machine and a bottle making machine, and is characterized in that: the feeding machine includes a servo punching mechanism and a servo cutting mechanism that are respectively driven by a servo motor, which are arranged in sequence; The primary mold vertical cooling air nozzle or the full one-way air nozzle, the inlet of the preliminary mold vertical cooling air nozzle and the full one-way air nozzle is connected with the outlet of the air door switch valve with adjustable flux, and the outlet of the air door switch valve is provided with a cooling air An air inlet switch mechanism; a servo bottle removing mechanism driven by a servo motor is arranged in the bottle conveying machine of the bottle making machine. In the production equipment for multi-material weight and multi-specification glass bottles, by setting up multiple actuators driven by servo motors, it is convenient to set parameters for specific products, and a set of production equipment can simultaneously produce different material weights and different specifications. It saves the cost of moulds and satisfies the efficient production of small batch and multi-variety glass bottles.

Description

Technical field [0001] The production equipment of multi -material multi -specified glass bottle belongs to the field of glass machinery technology. Background technique [0002] In the entire production process of the glass bottle, the feeder and bottle maker are the main equipment on the glass bottle production line. In the bottle making machine, the bottle making machine further includes the sample machine, the bottle passage, and at least one forming machine. The material output of the supply machine is divided into materials, and the drops are allocated to each molding machine for forming to form the finished product of the glass bottle. Finally, the bottle is output. [0003] However, traditional production equipment can only produce glass bottles with the same shape and the same process. The main reason is that (1) For the supply machine, due to the restrictions of the internal structure of the supply machine, it can only provide materials with the same material weight and...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C03B9/13C03B9/347C03B9/40C03B9/41C03B9/38
CPCY02P40/57
Inventor 杨鹏马军马强杨晓丽景光泽孟凡彪于道亮
Owner SHANDONG JIAFENG GLASS MACHINERY
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