Movable sunlight constant temperature room

Abstract

The invention relates to a movable sunlight constant temperature room which comprises a movable chassis and a sunlight room body welded on the chassis, wherein the movable chassis further comprises chassis frame beams welded to be in a rectangle shape, reinforced bottom beams, rear wheel frames on the left side and the right side under the frame beam, a left rear wheel, a right rear wheel, a front wheel frame, two front wheels, a pull rod and a handle. The sunlight room body further comprises at least four vertical pillars, wherein the bottom ends of the vertical pillars are welded with four top ends of the chassis frame beams. Glass is arranged on a left side top beam and a right side top beam which are welded at the top ends of the vertical pillars, top purlin beams welded on the side top beams, a central top beam, horizontal reinforced beams, door pillars, door plates hinged through hinges, and a frame structural body formed by the chassis frame beams, the vertical pillars, the door pillars, the side top beams, the purlin beams and the central top beam. A power socket is arranged on a glass wall on the rear side of the sunlight room body, and a power supply supplies electricity for an air conditioner through a temperature control module. The movable sunlight constant temperature room is in a full-glass sealed structure and good in day lighting effects. Meanwhile, the movable sunlight constant temperature room is in a dragging structure, flexible in movement, and capable of sheltering from a harsh environment, and ensures success culture of seedlings.

Description

technical field [0001] The invention belongs to the technical field of agricultural seedling raising equipment, in particular to a mobile solar constant temperature room. Background technique [0002] At present, off-season vegetables have been widely provided in our daily food, especially in the northern regions with cold winters, off-season vegetables have become a must-have food for people's winter vegetables. [0003] At present, off-season vegetables are usually planted directly in thermal insulation vegetable greenhouses in early spring or late autumn. This planting method will advance or delay the time to market compared with open-air vegetable cultivation, but the advance time or delay time is limited. This method is affected by the outdoor temperature. The intensity of the change is very large, and it is impossible to plant seedlings from time to time. Another way to grow seedlings in winter is to transform the thermal insulation vegetable greenhouse into a vegetab...

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Problems solved by technology

[0003] At present, off-season vegetables are usually planted directly in thermal insulation vegetable greenhouses in early spring or late autumn. This planting method will advance or delay the time to market compared with open-air vegetable cultivation, but the advance time or delay time is limited. This method is affected by the outdoor temperature. The strong changes are very large, and it is impossible to plant seedlings from time to time

Another way to grow seedlings in winter is to transform the thermal insulation vegetable greenhouse into a vegetable greenhouse that can be heated. For the heating of vegetable greenhouses in the field, due to the large size of the vegetable greenhouses in the field, the insulation effect is not good, especially in cold and cloudy days. In winter, in order to ensure the constant temperature of the field vegetable greenhouse, the heat energy required for heating is very large and the cost is high, which makes the price of vegetables unacceptable

In addition, seedlings are raised at a constant temperature indoors. Although this method effectively ensures the constant temperature requirements for seedlings, indoor seedlings cannot make good use of sunlight resources and are not conducive to the good growth of seedlings.

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