Floating-type seedling cultivation shed

Abstract

The invention discloses a floating-type seedling cultivation shed and aims to provide the floating-type seedling cultivation shed which is rapid and simple to put up, reusable and convenient to operate. The floating-type seedling cultivation shed comprises a rectangular-frame-typed base and a plurality of supporting rods. The supporting rods are connected to the base in an inserted manner. The base is formed by detachably connecting long edges and short edges. An upper end face of each of the long edge and the short edge is provided with a groove or a protrusion, which is located on the inner side, and a groove or a protrusion, which is located on the outer side, along the length direction of either of the long edges or the short edges. A shed ceiling is formed on a middle line, where the supporting rods are sequentially connected in an inserted manner, of the upper end faces of the long edges. The floating-type seedling cultivation shed further comprises clamping strips, strip-shaped pieces and fixing devices, wherein the clamping strips are matched with the grooves or the protrusions on the long edges and the short edges and used for fixing a water holding film and an insect-proof net, the strip-shaped pieces are used for winding a light-permeable film, and the fixing devices are arranged on the outer sides of the long edges and the short edges for fixing the strip-shaped pieces. The base and the supporting rods can be assembled rapidly without digging the ground, so that the floating-type seedling cultivation shed is labor saving.

Description

technical field [0001] The invention relates to the technical field of seed cultivation equipment, in particular to a floating seed cultivation shed. Background technique [0002] At present, the existing seed cultivation sheds used are all set up in flat fields. When erecting a seed cultivation shed, it is necessary to dig a rectangular pit in the field in advance, and lay a water-filled film in the pit; then use bamboo strips to build a ridge-shaped shed along the length of the pit, and then lay an insect-proof roof on the roof. Mesh and transparent film. This kind of cultivation shed requires a lot of excavation work during the construction process, and one soil pit has to be excavated for one cultivation shed, which is time-consuming and labor-intensive. After the general cultivation shed has been used for a certain number of years, it has to be relocated to erect a new cultivation shed, which is basically not reusable, and the excavated soil pit needs to be filled bef...

AI Technical Summary

Problems solved by technology

This kind of cultivation shed requires a lot of excavation work during the construction process. One cultivation shed has to dig a soil pit, which is time-consuming and labor-intensive.

After the general cultivation shed has been used for a certain number of years, it has to be relocated to erect a new cultivation shed, which is basically not reusable, and the excavated soil pit needs to be filled before it can be used for planting or other purposes, resulting in a lot of labor waste

The internal dimensions of the cultivation sheds erected at the same time are different, the heat preservation effect is difficult to be consistent, the heat preservation effect is not good, and the mortality rate of seedlings is high

At the same time, the edge of the light-transmitting film is fixed by the soil next to the pit, which requires high cleanliness of the soil. Microorganisms and insects in the soil can easily enter the cultivation shed, reducing the survival rate of seedlings.

When this kind of cultivation shed is ventilated, it is troublesome to roll up the light-transmitting film. It is necessary to remove the soil that fixes the edge.

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