Gill type energy-saving solar sun-curing greenhouse

Abstract

The invention discloses a gill type energy-saving solar sun-curing greenhouse. The gill type energy-saving solar sun-curing greenhouse comprises a supporting mounting module, gill type start-stop modules and an uniform-rotation sun-curing module, wherein the supporting mounting module comprises a mounting bottom plate; the two ends of the mounting bottom plate are vertically equipped with supporting mounting plates; the upper ends of the supporting mounting plates are horizontally equipped with limiting mounting covers; the upper ends of the limiting mounting covers are embedded with solar cell panels; the gill type start-stop modules are embedded into limiting mounting covers below the solar cell panels; each gill type start-stop module comprises guide rotary shaft groups which are horizontally equipped through bearing sleeves symmetrically arranged at the two sides of the lower end of each limiting mounting cover; the uniform-rotation sun-curing module is arranged inside the supporting mounting module; and the uniform-rotation sun-curing module comprises a rotatably mounted sun-curing structure and a switching transmission structure. The gill type energy-saving solar sun-curing greenhouse has the advantages of being novel and delicate in structure, energy-saving and environmentally friendly, controllable in sun-curing period, good in sun-curing effect, stable and efficient in structural transmission and the like.

Description

technical field [0001] The invention relates to an energy-saving drying equipment, in particular to a gill-type energy-saving solar drying greenhouse. Background technique [0002] Drying is the most common processing step to ensure food storage time, but the traditional drying device adopts passive drying method and uses external force to blow air to ensure internal air flow, resulting in long drying cycle, easy damage to materials and loss of energy. Meet the development of drying and the requirements of energy saving and environmental protection. [0003] In order to solve the above problems, the present invention is proposed, which overcomes the problems of traditional drying devices, such as passive heat dissipation and water distribution, resulting in long drying cycle, poor drying effect, and even mildew in the drying cycle. The device, because the fixed material is used for drying, when the air flow is small, it will cause uncontrollable drying and prolong the dryin...

AI Technical Summary

Problems solved by technology

[0002] Drying is the most common processing step to ensure food storage time, but the traditional drying device adopts passive drying method and uses external force to blow air to ensure internal air flow, resulting in long drying cycle, easy damage to materials and loss of energy. Meet the development of drying and the requirements of energy saving and environmental protection

[0003] In order to solve the above problems, the present invention is proposed, which overcomes the problems of traditional drying devices, such as passive heat dissipation and water distribution, resulting in long drying cycle, poor drying effect, and even mildew in the drying cycle. The device, because the fixed material is used for drying, when the air flow is small, it will cause uncontrollable drying and prolong the drying cycle, which improves the traditional drying device. Due to the use of uncontrollable wind energy and electric energy in the grid, the drying cycle is long. , or serious energy consumption, resulting in waste of resources, and the present invention adopts gill type ventilation technology, while ensuring no pollution, reduces the drying cycle, so that the present invention has novel and ingenious structure, energy saving and environmental protection, controllable drying cycle, and drying effect Good, stable and efficient structural transmission and other advantages

Images