Intelligent core material filling system of vacuum insulation panel

Abstract

The invention provides an intelligent core material filling system of a vacuum insulation panel, and relates to the field of efficient heat blocking, energy-saving and intelligent equipment. A machine frame with a conveying function is provided, two or more conveying belts are longitudinally positioned in a tensioned mode, a whole conveying surface is sequentially divided into a plate stripping return area, an upper core plate disassembly area, a core material filling area, a vacuum cavity / bag arranging area and a vacuum cavity / bag preparation area from head to tail, and a longitudinally moving filling mechanical arm is installed on the lower portion of the conveying surface. According to the intelligent core material filling system of the vacuum insulation panel, core plates can be accurately arranged into vacuum cavities / bags in a filled mode without manpower, meanwhile, after being pulled out, a supporting plate of core materials returns automatically to be recycled, a semi-finished product filled with the core materials can be sent to an area to be vacuumized, the vacuum cavities and the vacuum bags can be used by one piece of equipment in a crossed mode, the utilization rate is high, the production rate is high, the quality is stable, the cost is lowered, the production environment is improved, and the requirements for digital intelligent control of a programmable logic controller are met.

Description

technical field [0001] The invention relates to the fields of high thermal barrier energy saving and intelligent equipment, in particular to an intelligent equipment for filling core materials of vacuum insulation panels. Background technique [0002] In the existing process of manufacturing vacuum insulation panels, the formed core material must be filled into the vacuum barrier cavity / bag. Due to the weak structure of the core material and the difficulty in opening the bag mouth, this process basically stays in manual and manual work. In the semi-manual operation method, for example, the patent application 201110310843.8 discloses the packaging equipment, which is limited to the wrapping process of the core material, and the filling of the core material cannot be completed. The environment is poor, the harm to the human body is serious, the waste rate is high, the quality cannot be guaranteed continuously, it cannot meet the needs of intelligent production, and it cannot r...

AI Technical Summary

Problems solved by technology

[0002] In the existing process of manufacturing vacuum insulation panels, the formed core material must be filled into the vacuum barrier cavity / bag. Due to the weak structure of the core material and the difficulty in opening the bag mouth, this process basically remains in the manual and In terms of semi-manual working methods, for example, patent application 201110310843.8 discloses packaging equipment, which is limited to the wrapping process of the core material, and cannot complete the filling of the core material. Poor environment, serious harm to human body, high scrap rate, unsustainable quality assurance, unable to meet the needs of intelligent production, let alone realize unmanned and dust-free assembly line operation

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