Automatic insulated cotton feeding robot for producing solar collector

Abstract

The invention discloses an automatic insulated cotton feeding robot for producing a solar collector. The automatic insulated cotton feeding robot comprises a rack, wherein a main conveying roller group is installed on the rack, an assembling and positioning station is formed on the main conveying roller group, and an insulated cotton storage station is formed on one side of the assembling and positioning station; an insulated cotton stacking platform is arranged at the insulated cotton storage station, an assembling and positioning device is arranged at the assembling and positioning station, and a straight moving device which is used for moving insulated cotton to the assembling and positioning station from the insulated cotton storage station is arranged between the assembling and positioning station and the insulated cotton storage station. According to the automatic insulated cotton feeding robot, the automatic feeding of the insulated cotton can be realized, and the feeding accuracy and the feeding efficiency are increased.

Description

technical field [0001] The invention relates to an automatic feeding robot, in particular to an automatic feeding robot for thermal insulation cotton used in solar heat collector production. Background technique [0002] A solar collector is a device that converts the sun's radiant energy into heat energy. Because the solar energy is relatively scattered, it must be concentrated, so the heat collector is a key part of various solar energy devices. The solar collector mainly includes heat absorbing plate, glass plate, thermal insulation cotton, bottom plate, frame and core tube assembly, among which, the bottom plate is first assembled with the frame to form a frame structure, the bottom plate is bonded with thermal insulation cotton, and the heat absorbing plate and The core tube assembly is welded and then placed in the enclosure, the core tube assembly is placed on the thermal insulation cotton, and then the glass plate is bonded to the heat absorbing plate in the enclosu...

AI Technical Summary

Problems solved by technology

The solar collector mainly includes heat absorbing plate, glass plate, thermal insulation cotton, bottom plate, frame and core tube assembly, among which, the bottom plate is first assembled with the frame to form a frame structure, the bottom plate is bonded with thermal insulation cotton, and the heat absorbing plate and The core tube assembly is welded and then placed in the enclosure, the core tube assembly is placed on the thermal insulation cotton, and then the glass plate is bonded to the heat absorbing plate in the enclosure, and finally the edge banding is carried out, thus forming a solar heat collection However, the current thermal insulation cotton of solar collectors is manually finished, that is, the workers first apply glue to the frame components of the bottom plate, and then place the thermal insulation cotton in the frame for bonding. This operation method is cumbersome. The production efficiency of the solar collector is not high, and the accuracy of the insulation cotton is not high, and the stability of the assembled product is not enough

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