Waste organic glass cutting and crushing device

A plexiglass and crushing device technology, which is applied in the direction of mechanical material recovery, recycling technology, grain processing, etc., can solve the problems of affecting production, long residence time, and low crushing efficiency, so as to reduce crushing costs, improve work efficiency, and achieve high efficiency. broken effect

Inactive Publication Date: 2016-03-30
SHANDONG HEISHAN GLASS GROUP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

During the crushing process of traditional crushers, blocky plastics will roll up and down in the crusher working chamber, staying for a long time, and cannot be broken into small particles quickly. The crushing efficiency is low, which seriously affects the output. At the same time, blocky plastics are crushing The working room of the crusher rolls up and down and hits the inner wall of the working room of the crusher, which produces a lot of noise and seriously affects the work efficiency of workers.

Method used

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  • Waste organic glass cutting and crushing device

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Experimental program
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Effect test

Embodiment 1

[0018] A cutting and crushing device for waste and old plexiglass, as attached figure 1 As shown, including feed structure 1 and crushing structure. Its crushing structure includes a closed primary crushing chamber 21 and a secondary crushing chamber 22. The two crushing chambers are connected by a flat neck 25. The primary crushing chamber 21 is provided with a primary crushing component 23, and the secondary crushing chamber 22 is provided with a There is a secondary crushing part 24, which crushes the plexiglass sequentially; the position of the primary crushing chamber 21 is higher than that of the secondary crushing chamber 22, which facilitates the transportation of materials. The primary crushing part 23 includes two driving rollers 231 driven by a driving motor, a conveyor belt 232 arranged on the outer rings of the two driving rollers 231, and two cutting rollers 233, and the cutting rollers 233 are installed in the primary crushing chamber 21 on the inner wall, loca...

Embodiment 2

[0020] A cutting and crushing device for waste organic glass, comprising a feeding structure 1, an extruding structure 3 and a crushing structure arranged in sequence along the transport direction of materials. The extruding structure 3 includes a mixing chamber 31, an extruding chamber 32 communicating with the mixing chamber 31, and an extruding part 33 arranged in the extruding chamber 32 to extrude relatively fluffy materials in the feeding structure to increase crushing time. The density of the material improves the crushing effect; the extrusion part 33 includes an upper extrusion roller 331 and a lower extrusion roller 332 relative to the upper extrusion roller 331, and the mixing chamber 31 is provided with a heating tube 311 to give the plexiglass a certain temperature. Aids in breaking. Its crushing structure includes a closed primary crushing chamber 21 and a secondary crushing chamber 22. The two crushing chambers are connected by a flat neck 25. The primary crushi...

Embodiment 3

[0022] A cutting and crushing device for waste organic glass, comprising a feeding structure 1, an extruding structure 3 and a crushing structure arranged in sequence along the transport direction of materials. The extruding structure 3 includes a mixing chamber 31, an extruding chamber 32 communicating with the mixing chamber 31, and an extruding part 33 arranged in the extruding chamber 32 to extrude relatively fluffy materials in the feeding structure to increase crushing time. The density of the material improves the crushing effect; the extruding part 33 includes an upper extruding roller 331 and a lower extruding roller 332 opposite to the upper extruding roller 331, and the mixing chamber 31 includes a conveying cavity for conveying plexiglass and is surrounded by a conveying cavity The outer heating cavity is provided with a heating pipe 311 in the heating cavity, and a screw push rod driven by a motor is provided in the delivery cavity. Give the plexiglass a certain t...

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PUM

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Abstract

The invention relates to the recycling field of organic glass, in particular to a waste organic glass cutting and crushing device which comprises a feeding structure and a crushing structure, wherein the crushing structure comprises a primary crushing cavity, a secondary crushing cavity, a primary crushing part arranged in the primary crushing cavity and a secondary crushing part arranged in the secondary crushing cavity; the primary crushing cavity and the secondary crushing cavity are connected by virtue of a neck part; the primary crushing part comprises two drive rolls driven by a drive motor, a conveyor belt arranged on the outer rings of the two drive rolls, and a cutting roll arranged above the conveyor belt; a cutting blade is arranged on the cutting roll; a cutting point of the cutting blade is within the surface of the conveyor belt; and the drive rolls drive the conveyor belt to move. The waste organic glass cutting and crushing device can be used for efficiently crushing the waste organic glass, and is small in noise, so that the working efficiency is improved and the crushing cost is reduced on the premise of guaranteeing complete crushing.

Description

technical field [0001] The invention relates to the field of reutilization of plexiglass, in particular to a cutting and crushing device for waste plexiglass. Background technique [0002] At present, most of the plastic recycling process requires the use of crushers, and the recycled plastics must be put into the crusher to be broken into small particles before further processing. A traditional crusher generally includes a crusher working room, a crushing motor knife installed at the bottom of the crusher working room, a fixed knife set opposite to the crusher machine knife, a feeding port set on the upper part of the crusher working room, and a crusher located under the crusher knife. The discharge mesh plate. During the crushing process of traditional crushers, blocky plastics will roll up and down in the crusher working chamber, staying for a long time, and cannot be broken into small particles quickly. The crushing efficiency is low, which seriously affects the output....

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): B29B17/04B02C18/06B02C18/18
CPCB02C18/06B02C18/18B29B17/0412B29B2017/0476Y02W30/52Y02W30/62
Inventor 杨小荣孙亚平
Owner SHANDONG HEISHAN GLASS GROUP
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