Complete film coating machine for solar heat collection shuttle

Abstract

The invention discloses a complete film coating machine for a solar heat collection shuttle. The complete film coating machine comprises a feeding mechanism, a vacuum plastic suction mechanism and a discharge groove, wherein the feeding mechanism comprises a first linear motion device, a moving plate, a heat shrinkage film feeding device, a heat collection shuttle feeding device and a heat sealingdevice; the moving plate is arranged on the first linear motion device; the heat shrinkage film feeding device is located at one end of the moving plate; the heat collection shuttle feeding device islocated at the other end of the moving plate; the heat sealing device is connected with the heat collection shuttle feeding device; one end of the discharge groove is connected with the heat collection shuttle feeding device; the vacuum plastic suction mechanism comprises a second linear motion device, a plastic suction frame, an upper mold, a lower mold and a mold-closing cylinder; the plastic suction frame is arranged on the second linear motion device; the mold-closing cylinder is arranged on the plastic suction frame; the lower mold is arranged on the plastic suction frame; the upper moldis connected with the mold-closing cylinder; the upper mold and the lower mold are respectively provided with hemispherical pits and through holes communicating with the pits; and the other end of the discharge groove is inclined downward and can be located between the upper mold and the lower mold. The complete film coating machine provided by the invention realizes mechanized operation and hashigh production efficiency.

Description

technical field [0001] The invention relates to the technical field of energy harvesting equipment manufacturing, in particular to a solar heat collecting shuttle coating machine. Background technique [0002] A method for absorbing solar energy by using a heat collecting shuttle is provided in the prior art. In this method, the heat collecting shuttle is wrapped in a small ball, such as Figure 11 As shown, the heat collecting shuttle is in the shape of a round shuttle with a large middle and small ends. The heat collecting shuttle is a quartz convex lens, and a certain number of small balls are packaged in a heat collecting ball, and a water inlet and outlet are set in the heat collecting ball. According to the change of the heat collected by the heat collecting shuttle, the heat is continuously exchanged through the flow, and the small ball can roll in the flow of water, so that the angle of the heat collecting shuttle can be changed arbitrarily, and there are axial and ra...

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Problems solved by technology

[0003] But, also do not have at present for the production equipment that heat-collecting shuttle is wrapped in bead

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