CN203353298U - Anti-typhoon greenhouse for cultivating dendrobium officinale - Google Patents

Abstract

A typhoon-resistant greenhouse for the cultivation of Dendrobium candidum, which includes several arched skeletons (1) whose ends are inserted into the soil, and the plurality of arched skeletons (1) are evenly arranged to form a long strip-shaped shed area, and the The arched skeleton (1) is an integrated structure, and the soil at both ends of the arched skeleton (1) is provided with a cement reinforcement layer (2) for reinforcing the arched skeleton (1), and the cement reinforcement layer (2) Extending along the length of the shed area, the arched skeleton (1) is 180-220cm high, the shoulder height of the arched skeleton (1) is 150-170cm, and both sides of the shed area are equipped with There is a reinforcing oblique rod (5), one end of the reinforcing oblique rod (5) is fixed on the shoulder height of the arch frame (1) at the end of the shed area, and the other end of the reinforcing oblique rod (5) is fixed on the shed area On the cement reinforcement layer (2) in the middle of the length direction, the arched skeleton (1) intersecting with the reinforcing diagonal rod (5) is fixedly connected with the reinforcing diagonal rod (5); compared with the prior art, the utility model It has the characteristics of simple structure and good typhoon resistance.

Description

Anti-typhoon Greenhouse for Cultivation of Dendrobium officinale

technical field

The utility model belongs to the field of dendrobium candidum cultivation equipment, in particular to a typhoon-resistant greenhouse for the cultivation of dendrobium candidum.

Background technique

At present, the Dendrobium candidum cultivation greenhouses in the prior art have the same structure as ordinary vegetable greenhouses. In the summer and autumn seasons, typhoons are often encountered in the summer and autumn seasons, and the Dendrobium candidum cultivation greenhouses of the prior art are easily blown down or completely overturned by the typhoon, which leads to heavy losses for the growers. It cannot resist typhoons of level 8 and above, and typhoons in Jiangsu, Zhejiang and Fujian often reach above level 9. For example, the typhoon "Sea Anemone" in 2012 caused huge losses to farmers in Zhejiang and almost failed to harvest. Therefore, the existing technology Dendrobium candidum cultivation greenhouses have the problem of poor typhoon resistance.

Utility model content

The utility model provides a typhoon-resistant greenhouse for the cultivation of dendrobium candidum with simple structure and good typhoon-resistant performance aiming at the above problems.

The technical scheme used by the utility model to solve the above problems is to provide a Dendrobium candidum cultivation shed, which includes a plurality of arched skeletons whose two ends are inserted in the soil, and the plurality of arched skeletons are evenly arranged to form a long strip. In the shed area, the arched skeleton is an integrated structure, and the soil at both ends of the arched skeleton is provided with a cement reinforcement layer for reinforcing the arched skeleton, and the cement reinforcement layer extends along the length of the shed area. The height of the arched frame is 180-220cm, and the shoulder height of the arched frame is 150-170cm. Both sides of the two ends of the shed area are equipped with reinforcing slanting bars, and one end of the reinforcing slanting bar is fixed on the shed area. At the shoulder height of the arched frame at the end, the other end of the reinforcing slanting rod is fixed on the cement reinforcement layer in the middle of the length direction of the shed, and the arched skeleton intersecting with the reinforcing slanting rod is fixedly connected with the reinforcing slanting rod.

After adopting the above device, compared with the prior art, the utility model increases the cement reinforcement layer, so that the connection between the two ends of the arched skeleton and the soil is more secure and can bear higher tensile strength; while the arched The frame is integrally formed, so that the arch frame itself has good strength, is not prone to bending or fracture failure, and can resist greater wind force; moreover, the height of the arch frame is 180-220cm, which is about 5 meters high compared to ordinary The windward side of the vegetable greenhouse is relatively small when facing the wind, and the moment of the wind force is also small, and both sides of the shed area are equipped with reinforced diagonal bars, which can strengthen the strength of the skeleton, thereby increasing the lateral and The windward strength of the front makes the greenhouse as a whole resistant to a greater level of wind force, generally resistant to typhoons of about 10 levels, the overall structure is relatively simple, easy to build, and the construction cost is also low; and the cement reinforcement layer is located on the upper end of the soil, When dismantling, the cement reinforcement layer can be directly raised as a whole, without digging, and other crops can be directly planted after dismantling. Therefore, the utility model has the characteristics of simple structure and good typhoon resistance.

As an improvement, at least two columns are arranged on the arched framework at both ends of the shed, the upper ends of the columns are connected to the arched framework, the lower ends of the columns are inserted into the soil, and the soil at the lower end of the columns is also There is a cement reinforcement layer; the four upright columns are symmetrically distributed along the center line of the arch skeleton, so that on the premise of not affecting the overall wind resistance strength, larger doors can be set at both ends of the shed area, which is convenient The entry and exit of large objects into the shed area makes the utility model more convenient to use.

As a further improvement, the distance between the two adjacent arched skeletons is 70-90 cm, then the arched skeletons with this density have better wind resistance strength, and the material cost is relatively low at the same time, thereby reducing the cost of the utility model. New type of production cost.

As a further improvement, the cement reinforcement layer is provided with several fixing rings, the fixing rings are arranged along the length direction of the cement reinforcement layer, and the distance between two adjacent fixing rings is 150-200cm, then the fixing After the ring is set, when strong wind weather such as a typhoon comes, it can be reinforced by reinforcing ropes, and then the utility model has better wind resistance.

Description of drawings

Fig. 1 is the structural representation of the utility model dendrobium candidum cultivation greenhouse.

Fig. 2 is the side view of the utility model dendrobium candidum cultivation greenhouse.

As shown in the figure: 1. Arched skeleton, 2. Cement reinforcement layer, 3. Upright column, 4. Fixed ring, 5. Reinforced oblique rod.

Detailed ways

Below in conjunction with accompanying drawing and specific embodiment, the utility model is described further.

As shown in Figures 1 and 2, a typhoon-resistant greenhouse for the cultivation of Dendrobium candidum comprises a plurality of arched skeletons 1 inserted in the soil at both ends, and the plurality of arched skeletons 1 are evenly arranged to form a long strip. The shed area, the arched frame 1 is an integrated structure, the soil at both ends of the arched frame 1 is provided with a cement reinforcement layer 2 for reinforcing the arched frame 1, and the cement reinforcement layer 2 is along the shed Extending in the length direction of the area, the arched skeleton 1 is 180-220cm high (200cm in this example, it can also be 180cm, 190cm, 210cm or 220cm, etc.), and the shoulder height of the arched skeleton 1 is 150-170cm (this example For example, it is 160cm, and it can also be 150cm, 155cm, 165m or 170cm, etc.), both sides of the two ends of the shed area are equipped with reinforcing diagonal rods 5, and one end of the reinforcing diagonal rods 5 is fixed at the end of the shed area At the shoulder height of the arched frame 1, the other end of the reinforced diagonal bar 5 is fixed on the cement reinforcement layer 2 in the middle of the length direction of the shed, and the arched frame 1 intersected with the reinforced diagonal bar 5 is connected with the reinforced diagonal bar 5 Fixed connection.

The arch frame 1 at both ends of the shed area is provided with at least two columns 3, the upper ends of the columns 3 are connected to the arch frame 1, the lower ends of the columns 3 are inserted into the soil, and the lower ends of the columns 3 are A cement reinforcement layer 2 is also provided on the soil.

There are four upright columns 3, which are symmetrically distributed along the central line of the arched skeleton 1.

The distance between two adjacent arched skeletons 1 is 70-90cm (80cm in this example, it can also be 70cm, 85cm or 90cm, etc.).

The cement reinforcement layer 2 is provided with several fixing rings 4, the fixing rings 4 are arranged along the length direction of the cement reinforcement layer 2, and the distance between two adjacent fixing rings 4 is 150-200cm (this example 160cm, or 150cm, 170cm, 180cm or 190cm, etc.).

The above embodiments are only preferred embodiments of the utility model, and the utility model is not limited to the above embodiments and also allows other structural changes, and all changes within the scope of the independent claims of the utility model all belong to the protection scope of the utility model.

Claims (5)

1. A typhoon-resistant greenhouse for the cultivation of Dendrobium candidum, which includes several arched skeletons (1) whose ends are inserted in the soil, and the plurality of arched skeletons (1) are evenly arranged to form a strip-shaped shed area , characterized in that: the arched frame (1) is an integrated structure, the soil at both ends of the arched frame (1) is provided with a cement reinforcement layer (2) for reinforcing the arched frame (1), The cement reinforcement layer (2) extends along the length of the shed area, the arched skeleton (1) is 180-220cm high, the shoulder height of the arched skeleton (1) is 150-170cm, and the shed area Both sides of the two ends are equipped with reinforcing oblique rods (5), one end of the reinforcing oblique rods (5) is fixed at the shoulder height of the arched frame (1) at the end of the shed area, and the reinforcing oblique rods (5) The other end is fixed on the cement reinforcement layer (2) in the middle of the length direction of the shed, and the arched skeleton (1) intersecting with the reinforcing diagonal rod (5) is fixedly connected with the reinforcing diagonal rod (5). the 2. The typhoon-resistant greenhouse for Dendrobium candidum cultivation according to claim 1, characterized in that: at least two columns (3) are arranged on the arched framework (1) at both ends of the shed area, and the columns ( The upper end of 3) is connected with the arch frame (1), the lower end of the column (3) is inserted into the soil, and the soil at the lower end of the column (3) is also provided with a cement reinforcement layer (2). the 3. The anti-typhoon greenhouse for the cultivation of Dendrobium candidum according to claim 2, characterized in that: there are four columns (3), which are symmetrically distributed along the central line of the arched skeleton (1). the 4. The anti-typhoon greenhouse for Dendrobium candidum cultivation according to claim 1, characterized in that: the distance between the two adjacent arched skeletons (1) is 70-90 cm. the 5. The anti-typhoon greenhouse for Dendrobium candidum cultivation according to claim 1, characterized in that: the cement reinforcement layer (2) is provided with several fixing rings (4), and the fixing rings (4) are along the The cement reinforcement layer (2) is arranged in the length direction, and the distance between two adjacent fixing rings (4) is 150-200cm. the

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