Roughcast house type greenhouse

Abstract

The invention discloses a roughcast house type greenhouse. A cross arm (2) and a buffering anti-compression support (3) are fixed in the upper middle of each vertical column (1), a diagonal retainer (4) is connected between each vertical column (1) and the corresponding cross arm (2), support stays (5) are connected between the tops of the adjacent vertical columns (1) and to two ends of each cross arm (2), an insulation film (6) covers the support stays (5), the bottom of the insulation film (6) is fixed on the ground through pressure strings (7) and pressure columns (8), a jackscrew support (9) is mounted between the vertical columns (1), and one end of the support stay (5) at the top of each vertical column (1) is fixed at the top end of the vertical column (1), and the other end of the support stay (5) passes through the corresponding buffering anti-compression support (3) to be fixed at the top end of the vertical column (1) adjacent to the former vertical column (1). The roughcast house type greenhouse is low in cost, wide in application range, firmer, more flexible, effective in wind proofing, rain proofing and snow proofing, and widely applicable to cultivation of various plants such as vegetables, flowers, plantlets and the like, and integrated insulated breeding and sun-shading and the like for animals such as domestic fowls, livestock and the like.

Description

technical field [0001] The invention relates to a greenhouse structure, in particular to a wool-house type greenhouse. Background technique [0002] At present, greenhouse technology is widely used in off-season cultivation and warm-keeping cultivation of vegetables, flowers and other plants. Most of the greenhouses at home and abroad use steel, iron, plastic-coated, glass steel, bamboo, wood, etc. as supports, which require multiple connections and fixations. Not only the structure is cumbersome, the material consumption is large, labor-intensive and time-consuming, but also the capital investment is large, which seriously restricts the greenhouse. development and application promotion. [0003] The inventor applied for a Chinese patent (disclosed on July 27, 2011, patent No. ZL201020648550.1) titled "Dragon Fruit Low-Cost Overwintering and Cold Protection Structure" on December 9, 2010. Although the cost is low, However, there are defects such as the wire rope cannot be ...

AI Technical Summary

Problems solved by technology

Most of the greenhouses at home and abroad use steel, iron, plastic-coated, glass steel, bamboo, wood, etc. as supports, which require multiple connections and fixations. Not only the structure is cumbersome, the material consumption is large, labor-intensive and time-consuming, but also the capital investment is large, which seriously restricts the greenhouse. development and promotion of

[0003] The inventor applied for a Chinese patent (disclosed on July 27, 2011, patent No. ZL201020648550.1) titled "Dragon Fruit Low-Cost Overwintering and Cold Protection Structure" on December 9, 2010. Although the cost is low, However, there are defects such as the wire rope cannot be pulled straight, there is no triangular fixture between the cross arm and the stand column, it cannot be contracted, it cannot be windproof when there is a strong wind, and its length, width, and height are fixed, and its flexibility is not high. It cannot be used as a greenhouse. The scope of use very narrow

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