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Multilateral rotary regulating and shearing mechanism

A technology of rotation adjustment and shearing mechanism, which is applied in the field of plastic machinery and can solve problems such as low production efficiency, inability to adjust, and high labor intensity

Inactive Publication Date: 2003-01-08
薛惠民
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, the plastic-absorbing mechanism used on the existing tableware production line has only one surface (side), and the plastic-absorbing mold is arranged on the surface (side), and it has no rotating mechanism and cannot be adjusted, and it is not related to the shearing process. It is separated, so it is impossible to realize full automation of the tableware production line formed by it, with high labor intensity, low production efficiency, and extremely low yield. There is no protective cover installed on the blister machinery and equipment, and the mold material is heavy metal. Serious pollution, does not meet health requirements

Method used

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  • Multilateral rotary regulating and shearing mechanism
  • Multilateral rotary regulating and shearing mechanism
  • Multilateral rotary regulating and shearing mechanism

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Experimental program
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Embodiment Construction

[0009] With reference to the accompanying drawings, first adjust the up and down strokes to adapt to the installation of product molds of various sizes by adjusting the adjustment screw 5 provided on the side (or surface) of the plastic suction mechanism B through the multilateral rotation. The extruder A is extruded into a sheet and enters the multilateral rotation adjustment suction mechanism B, and the multilateral rotation adjustment suction molding mechanism B is set on the side (or surface) of the suction mold 1 and the vacuum supported on the vacuum chamber frame 3. Chamber 2 uses the extrusion temperature to vacuum absorb and shape the sheet (product), adjust the rotation of the power spindle 7 in the suction mechanism B along with the multilateral rotation, and the sheet (product) after adsorption and molding enters the cooling and shaping conversion mechanism C for cooling and shaping At the same time, the multi-lateral rotation adjustment on another side (or surface)...

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PUM

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Abstract

The polygonal rotary regulation shearing mechanism is formed from multiple edge, shearing power main frame, shearing power main shaft, shearing female die and power source, in which every edge is equipped with positioning die, air chamber, air chamber frame, shearing connecting frame, shearing regulating nut and shearing male die, the positioning die of every edge is mounted on the air chamber, the air chamber is mounted on the air chamber frame, the air chamber frame and shearing regulating nut are connected by means of shearing connecting frame, the shearing male die is mounted on the air chamber, the power source is connected with shearing female die, the shearing connecting frame is mounted on the power main frame, and two ends of power main sahft are respectively equipped with one power main frame.

Description

technical field [0001] The invention relates to a multilateral rotation regulating shearing mechanism used in a transmission device of a fully automatic plastic-absorbing production line, belonging to the technical field of plastic machinery. Background technique [0002] At present, the plastic-absorbing mechanism used on the existing tableware production line has only one surface (side), and the plastic-absorbing mold is arranged on the surface (side), and it has no rotating mechanism and cannot be adjusted. It is separated, so it is impossible to realize full automation of the tableware production line composed of it, with high labor intensity, low production efficiency, and extremely low yield. There is no protective cover installed on the blister machinery and equipment, and the mold material is heavy metal. The pollution is serious and does not meet the hygienic requirements. Contents of the invention [0003] The object of the present invention is to solve the abov...

Claims

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Application Information

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IPC IPC(8): B29C51/32
Inventor 薛惠民
Owner 薛惠民
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