Forming machining method for mariculture net cage pedal antiskid structure

A technology of molding processing and pedals, which is applied in the field of molding and processing of pedal anti-slip structures in marine aquaculture cages, can solve the problems of no pedal anti-slip layer forming processing methods, etc., achieve a wide range of specifications and ensure the effect of pressing

Inactive Publication Date: 2016-09-28
HESHAN LESSO IND DEV
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

At present, there is no relevant forming processi

Method used

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  • Forming machining method for mariculture net cage pedal antiskid structure
  • Forming machining method for mariculture net cage pedal antiskid structure
  • Forming machining method for mariculture net cage pedal antiskid structure

Examples

Experimental program
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Effect test

Embodiment

[0038] like figure 1 As shown, a method for forming an anti-skid structure of a marine aquaculture cage pedal is formed by rolling the anti-skid structure on the surface of the profile 900 to form a pedal, which specifically includes the following steps:

[0039] S1: After the extruded profile of the extrusion device is shaped by the shaping platform, it is sent to the cutting device under the traction of the traction device;

[0040] S2: Between the shaping platform and the traction device, the profile coming out of the shaping platform is preheated by the oven 800, and then the hot air blower 200 is used to locally heat one side of the profile 900, and the extrusion die head 710 of the extrusion device extrudes The film medium 720 is pasted on the surface of the profile 900;

[0041] S3: The forming roller device 100 tightly presses the surface of the profile 900 and rolls along with the profile 900. The film medium 720 is combined with the profile 900 after being rolled by...

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Abstract

The invention relates to the technical field of pedal machining forming and specifically discloses a forming machining method for a mariculture net cage pedal antiskid structure. An antiskid structure is machined on the surface of a sectional material in a rolling manner to form a pedal, and the forming machining method specifically comprises the following steps: S1, the sectional material continuously moves forwards after extrusion; S2, a heating device is adopted to carry out continuous heating on the surface of the sectional material, and a film medium extruded by a film medium extrusion device is pasted on the surface of the heated sectional material; and S3, a forming roll device tightly presses the surface of the sectional material and rolls along with the sectional material, the film medium is combined with the sectional material after being rolled by the forming roll device, an antiskid structure layer is formed on the surface of the sectional material, and thus forming the pedal. The forming machining method is wide in specification range of application products, and is suitable for forming machining of antiskid salient points, floral designs (overlapping curves, decorative patterns, patterns, symbols and letters, various relief patterns and the like), and a mixture of the salient points and the floral designs of floating bridge pedals and sectional material pedals of various specifications and sizes.

Description

technical field [0001] The invention relates to the technical field of pedal processing and molding, in particular to a molding and processing method of a pedal anti-slip structure of a marine breeding net cage. Background technique [0002] The marine aquaculture cage system is generally composed of a circular cage, a pedal, a buoyancy tube, a handrail tube, a guardrail, a bracket, a stop block straight head and a 90-degree elbow, etc. The pedal is an important part of the marine aquaculture cage system. It is easy for people to slip and fall when walking on the pedals splashed with water, so the anti-slip effect of the anti-skid layer on the pedals is extremely important. The anti-slip bumps and / or patterns (reticulation, patterns, patterns, symbols and letters, embossed patterns, etc.) on the surface of the anti-slip layer play a major role in anti-slip, and the guardrails and handrails on both sides are also important guarantees to prevent falls. Also do not have the mo...

Claims

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Application Information

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IPC IPC(8): B29C69/02B29C47/04B29C59/04
CPCB29C48/16B29C48/002B29C59/002B29C59/043
Inventor 韦雄生
Owner HESHAN LESSO IND DEV
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