CN215735951U - Module is cultivated thing stereoscopic planting frame in advance - Google Patents

Abstract

The utility model discloses a module pre-cultivated matter three-dimensional planting frame which comprises a structure supporting frame, a placing frame and a base. The two groups of the structural support frames are composed of two brackets welded by two structural support rods at an included angle of 60 degrees. The rack comprises standing groove bottom plate, standing groove backplate, standing groove cardboard welded standing groove and rack backup plate. The base is composed of a base longitudinal stay bar, a base transverse stay bar, a base diagonal stay bar and rollers, and is stable in structure and convenient to move. The planting racks are of a three-dimensional structure, each planting rack is provided with two placing surfaces, and each placing surface is provided with two layers of placing racks, so that the placing quantity of modules in unit area is increased, and the planting area is effectively saved; the planting frame is used for pre-planting the plants, so that the root systems of the plants can be prevented from growing into the ground soil, the damage to the root systems caused by later-stage movement is avoided, and the survival rate of the plants can be effectively improved; the planting frame with the three-dimensional structure simulates the growth environment of a plant wall, the consistency of the growth trend of plants is ensured, and the later landscape effect is ensured.

Description

Module is cultivated thing stereoscopic planting frame in advance

Technical Field

The utility model relates to the field of three-dimensional greening and plant cultivation, in particular to a module pre-cultivated matter three-dimensional planting frame.

Background

The modular wall greening is a novel comprehensive green wall system, and is a form of planting plants in modular components for wall greening. The modular green wall has the advantages of simple structural system, high construction speed, convenience in plant replacement, long service life of plants of the green wall and good landscape effect, and is more and more applied to greening construction of urban wall surfaces. However, the modular wall greening generally has small holes in the vertical plane and is generally suitable for seedling planting, so that the modular wall greening needs to be cultivated in a nursery in advance, and then directly installed on site after the modular wall greening grows well, and the best effect can be achieved after the modular wall greening is installed. At present, pre-cultivated plants are generally laid with the plant module tiling and cultured on the ground, the floor area is large, and during the plant root system easily grows into the ground soil in the culture process, the later stage carrying module can cause the injury to the plant root system, and the influence plant survives. In addition, the plant wall is generally perpendicular to the ground, the plants can grow obliquely upwards under the influence of illumination, the ground is paved for pre-cultivation, the plants grow perpendicular to the ground, and the later-stage landscape effect can be influenced after the plants are hung on the wall due to the inconsistency of the growth tendency of the plants.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the problems and provides a module pre-culture three-dimensional planting frame which can be adjusted according to the required size, has high flexibility, can improve the placing quantity of modules in unit area by being arranged into a two-sided multilayer three-dimensional structure and effectively saves the planting area; meanwhile, the plant is pre-cultivated on the planting frame, so that the plant root system can be prevented from growing into the ground soil, the damage to the root system caused by later-stage movement is avoided, and the survival rate of the plant can be effectively improved. In addition, plant the frame and be spatial structure, the standing groove is 60 contained angles relatively to the ground, has simulated the plant and has gone up wall growing environment, has guaranteed the uniformity of vegetation trend, has ensured later stage view effect.

In order to achieve the purpose, the utility model provides the following technical scheme:

the utility model provides a module is cultivated thing stereoscopic planting frame in advance is equilateral triangle spatial structure, includes structure support frame, rack, base, plants the frame and includes two faces of placing, and every face includes two-layer rack.

The structural support frame comprises two groups of support frames which are welded and fixed by two round galvanized pipes at an angle of 60 degrees. The bottom ends of the structural support frames are respectively welded on the transverse support rods of the base to form two equilateral triangles.

Each layer of the placing rack consists of a strip-shaped placing groove and a strip-shaped backup plate. The standing groove is used for bearing and placing the bottom of the pre-cultivated object module and is a rectangular groove consisting of a standing groove back plate, a standing groove clamping plate and a standing groove bottom plate. The lower standing groove bottom plate is vertically welded on the base, so that the whole bottom forms a rectangle, and two ends of the back plate are welded on the structural support frame. The upper standing groove bottom plate and the back plate are welded on the structural support frame, a circular support rod is arranged at each of the two ends of the standing groove bottom plate, one end of the support rod is welded on the standing groove bottom plate, the other end of the support rod is welded on the structural support frame, and the support rod, the standing groove bottom plate and the structural support frame are both provided with a 60-degree included angle. A strip-shaped backup plate is arranged at a position 45-55cm away from the upper part of each placing groove and welded on the structural support frame for supporting the upper part of the pre-cultivated plant module.

The base comprises two groups of supporting frames, each group of supporting frames consists of a base transverse supporting rod, two base longitudinal supporting rods, two base inclined supporting rods and two idler wheels, and the idler wheels are provided with idler wheel lock catches for fixing the idler wheels.

Drawings

FIG. 1 is a schematic structural view of a modular pre-cultivated plant three-dimensional planting frame according to the present invention;

FIG. 2 is a schematic structural view of a base and a structural support bracket;

fig. 3 is a schematic structural view of the rack;

in the figure: 1-a structural support frame; 11-structural support rods; 2, placing a rack; 21-placing rack backup plates; 22-placing the trough back plate; 23-placing a groove clamping plate; 24-placing the trough floor; 25-a floor support bar; 3-a base; 31-base spreader bar; 32-base longitudinal struts; 33-base diagonal brace; 34-roller.

Detailed Description

The utility model will be further described with reference to the accompanying drawings in which:

as shown in figures 1 and 2, the utility model comprises a structural support frame 1, a placing frame 2 and a base 3. The structural support frame 1 is composed of 2 groups of supports formed by welding two structural support rods 11 together at an included angle of 60 degrees. The base 3 comprises two groups of supporting frames, each group of supporting frames is composed of a base transverse supporting rod 31, two base longitudinal supporting rods 32, two base inclined supporting rods 33 and two idler wheels 34, the idler wheels 34 are respectively installed on the two base longitudinal supporting rods 32, meanwhile, the base longitudinal supporting rods 32 are respectively welded at the two ends of the base transverse supporting rods 31, the two base inclined supporting rods 33 are welded in a splayed mode, and the two ends of the base inclined supporting rods 33 are respectively welded on the base longitudinal supporting rods 32 (with an included angle of 60 degrees) and the base transverse supporting rods 31 (with an included angle of 30 degrees).

As shown in figures 1 and 3, each side of the planting frame comprises two layers of placing frames 2, and each placing frame is composed of a placing frame backup plate 21, a placing groove back plate 22, a placing groove clamping plate 23 and a placing groove bottom plate 24. The both ends of the placing groove bottom plate 24 of the lower-layer placing rack are respectively welded on the two groups of base supporting frames, the whole bottom of the welding back forms a rectangle, the both ends of the placing groove back plate 22 are respectively welded at the lower end of the structural supporting rod 11, and the placing groove clamping plate 23 is welded on the placing groove bottom plate 24. The upper-layer placing groove bottom plate 24 and the placing groove back plate 22 are both welded on the structural support rod 11, one end of the bottom plate support rod 25 is welded on the placing groove bottom plate 24, the other end of the bottom plate support rod is welded on the structural support rod 11, and the bottom plate support rod 25 and the placing groove back plate are both at 60-degree included angles. Each surface comprises two rack backup plates 21, and the rack backup plates 21 are welded on the structural support rods 11 which are 45-55cm away from the upper part of the placing groove bottom plate 24. The bottom of the pre-cultivated plant module is placed in the placing frame 2, and the upper part of the pre-cultivated plant module is abutted against the leaning plate 21 of the placing frame.

The basic principles and essential features of the utility model have been shown and described, which are merely preferred embodiments of the utility model, but not limiting of the utility model, and any modification, equivalent replacement, or improvement made within the spirit and principle of the utility model should be included within the scope of the utility model.

Claims (5)

1. The utility model provides a frame is planted to module cultivation thing solid in advance which characterized in that: the planting frame is of a three-dimensional structure, the section of the planting frame is an equilateral triangle, and the planting frame comprises a structural support frame, a placing frame and a base, wherein the structural support frame comprises two groups of supports welded by two structural support rods; the placing rack is composed of a placing groove bottom plate, a placing groove back plate, a placing groove formed by welding a placing groove clamping plate and a placing rack backup plate; the base comprises two groups of base transverse supporting rods, two base longitudinal supporting rods, two base inclined supporting rods and two idler wheels.

2. The modular pre-culture stereoscopic planting rack of claim 1, wherein: when the structural support rods are welded, the included angle between the two structural support rods is 60 degrees, and the bottom ends of the two structural support rods are respectively welded on the transverse support rods of the base to form an equilateral triangle.

3. The modular pre-culture stereoscopic planting rack of claim 1, wherein: the base comprises two groups of supporting frames, the base longitudinal support rods of each group of supporting frames are welded at two ends of the base transverse support rods, the base inclined support rods are welded in a splayed mode, one ends of the base inclined support rods are welded on the base longitudinal support rods at 60-degree included angles, and the other ends of the base inclined support rods are welded on the base transverse support rods at 30-degree included angles.

4. The modular pre-culture stereoscopic planting rack of claim 1, wherein: the placing rack backup plate is welded at the position 45-55cm above the placing groove bottom plate.

5. The modular pre-culture stereoscopic planting rack of claim 1, wherein: standing groove bottom plate, standing groove backplate, standing groove cardboard are constituteed the standing groove and are used for accepting the plant module, and its upper standing groove both ends respectively have a circular bottom plate bracing piece to weld respectively on standing groove bottom plate and structural support pole with 60 contained angles.

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