Winter sunlight greenhouse dehumidification tower
A solar greenhouse and dehumidification tower technology, applied in greenhouse cultivation, heating methods, lighting and heating equipment, etc., can solve the problems of unfavorable plant growth, inability to carry out natural ventilation, and lower greenhouse temperature, and achieve large dehumidification capacity and low dehumidification cost , the effect of a large amount of moisture absorption
A solar greenhouse and dehumidification tower technology, applied in greenhouse cultivation, heating methods, lighting and heating equipment, etc., can solve the problems of unfavorable plant growth, inability to carry out natural ventilation, and lower greenhouse temperature, and achieve large dehumidification capacity and low dehumidification cost , the effect of a large amount of moisture absorption
CN106895508APending Publication Date: 2017-06-27SHANDONG AGRICULTURAL UNIVERSITY
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[0023] Attached below Figure 1~4 The present invention will be further described.
[0024] Such as figure 1 As shown, the moisture absorption tower of the solar greenhouse in winter consists of a main body shell 1, a fan 2, a feeding and discharging door 3, an air inlet door 4, an air outlet 5, a moisture absorbent 6, a fixing plate 7, a partition 8, a tower bottom plate 9, and a filter screen 10 combined. Feed and discharge gates 3 are respectively provided at corresponding positions on the left and right sides of each floor of the tower. The moisture absorption tower has three layers, and each layer is separated by a partition 8. The air inlet door 4 is at the bottom of the moisture absorption tower, and one is respectively established at the left and right corresponding positions, and an electric door is adopted, and its switch is interlocked with the switch of the fan 2. That is to say, both are on and off at the same time. The fan 2 is located near the air outlet 5 ...
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The invention relates to a winter sunlight greenhouse dehumidification tower, and belongs to the technical field of agricultural engineering equipment. The tower is composed of a body shell, a draught fan, a loading and unloading door, an air inlet door, an air outlet, a moisture absorbent, a fixing plate, partition plates, a tower bottom plate and a filter net. The moisture absorbent is quick lime, is packaged by a non-woven bag and then is put on the partition plates, three layers of partition plates are arranged and are of a stainless steel net structure, an electric control door is adopted as the air inlet door, and is opened and closed along with starting and stopping of the draught fan, the draught fan is fixed to the air outlet through the fixing plate, and starting and stopping of the draught fan are controlled by a humidity controller; the filter net is arranged above the fixing plate and is an efficient filter filter net. The dehumidification tower is suitable for humidity regulation of a winter sunlight greenhouse and has the beneficial effects of being high in dehumidification speed, large in dehumidification amount, low in dehumidification cost, high in automation degree, free of reducing the temperature of the greenhouse in the dehumidification process and the like.
Description
[0001] 1. Technical field [0002] The invention relates to a winter solar greenhouse dehumidification tower, which belongs to the technical field of agricultural engineering equipment. [0003] 2. Background technology [0004] In winter, the solar greenhouse is very closed for the purpose of heat preservation, the indoor moisture is not easy to dissipate, and the air humidity is very high. Especially in the case of continuous cloudy days, the humidity of the air in the greenhouse remains high for a long time. The high humidity environment is not only unfavorable to the growth and production of plants, but also easily causes physiological disorders of crops, restricts plant transpiration, affects the absorption and utilization of soil nutrients by roots, and aggravates the occurrence and spread of plant diseases. Therefore, the high humidity environment in the solar greenhouse has become one of the main factors affecting the yield of vegetables, and it is of great significanc...
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Patent Timeline
27 Jun 2017
Publication
CN106895508A
- IPC
- F24F3/14; F24F3/16; A01G9/24
- CPC
- A01G9/24; F24F3/1411; F24F8/10; Y02A40/25
- Inventors
- θε; θ‘ηη§