Planting basket structure

Abstract

The utility model provides a field planting basket structure, which is characterized in that a basket bottom is provided with a hole for extending a plant root system, the basket bottom and a basket wall are provided with a connecting part for connecting a rope belt, and the rope belt is obliquely arranged in an upper space and a lower space of a basket cavity when the rope belt is tied to the connecting part. The connecting parts for connecting the rope belts are mainly arranged on the basket bottom and the basket wall, so that when the rope belts are obliquely tied to the connecting parts, the restrained area defined by the rope belts can effectively support the rhizome parts of plants, the plants are prevented from violently shaking in the planting basket, and the damage to the root systems of the plants is effectively avoided.

Description

TECHNICAL FIELD

[0001] The utility model relates to the technical field of soilless culture, and particularly relates to a planting basket structure. BACKGROUND

[0002] The planting basket is a commonly used device in soilless culture and is mainly used for fixing plants. The bottom plate of the conventional planting basket is usually provided with holes or gaps so that the plants in the basket can extend roots to the lower side of the bottom plate and contact nutrient solution or air. During the transportation of the planting basket, the plants in the basket are prone to shaking, which can cause the roots inserted into the holes or gaps to displace relative to the bottom plate, so that the roots are damaged due to shear stress, and in severe cases, the roots can be broken.

[0003] The patent with the title of "Root-protecting type plant planting basket" (CN201222919Y) discloses a technical solution comprising a round-pot-shaped base body, a mesh is arranged on the sidewall of the base body, a fixing column is arranged on the positioning ring at the bottom of the base body, and a positioning belt is movably connected to the fixing column. The above-mentioned solution aims to fix the roots of the plants by using the positioning belt. However, the mesh of the above-mentioned solution is arranged on the sidewall, and the roots of the plants in the basket will grow towards the sidewall of the planting basket under the guidance of the mesh. Meanwhile, the positioning belt for fixing the roots of the plants is arranged horizontally on the bottom plate of the basket body. This results in the misalignment of the position of the roots of the plants and the positioning belt, and it is difficult to achieve the purpose of fixing the roots of the plants. SUMMARY

[0004] The utility model aims to provide a planting basket structure which can effectively fix the roots of the plants and avoid the damage of the roots caused by shaking.

[0005] In order to achieve the above-mentioned purpose, the utility model adopts the technical solution of a planting basket structure. The basket body is a container surrounded by a basket bottom and a basket wall. The basket bottom is provided with holes for the roots of the plants to extend. The basket bottom and the basket wall are provided with connecting parts for connecting the rope belt. When the rope belt is tied to the connecting parts, it is arranged obliquely in the space above and below the basket cavity.

[0006] Another solution is a planting basket structure. The basket body is a container surrounded by a basket bottom and a basket wall. The basket bottom is provided with holes for the roots of the plants to extend. The upper part of the basket wall is provided with connecting parts for connecting the rope belt.

[0007] The utility model mainly sets the connecting parts for connecting the rope belt on the basket bottom and the basket wall, or sets the connecting parts for connecting the rope belt on the upper part of the basket wall. When the rope belt is tied to the connecting parts, the restraint area formed by the rope belt can effectively support the root stem part of the plants. In actual application, the root stem part of the plants is inserted into the restraint area of the rope belt, and the rope belt abuts against the root stem part of the plants, so as to prevent the plants from shaking violently in the planting basket and effectively avoid the damage of the roots of the plants. BRIEF DESCRIPTION OF DRAWINGS

[0008] Figure 1isometric view of the planting basket structure;

[0009] Figure 2 is Figure 1 cross-sectional view at M-M;

[0010] Figure 3 top view of the planting basket structure;

[0011] Figure 4 schematic view of the planting basket with the accommodating seat. DETAILED DESCRIPTION

[0012] Referring to Figures 1 to 4 The planting basket structure shown in the figure, the basket body 1 is a container surrounded by the basket bottom 10 and the basket wall 20, the basket bottom 10 is provided with a hole 12 for the plant root system to grow through, and the basket bottom 10 and the basket wall 20 are provided with connecting parts for connecting the rope belt 30, and the rope belt 30 is tied to the connecting parts in a diagonal arrangement in the upper and lower space of the basket cavity, or in other words, the two connecting parts for tying the two ends of the same rope belt 30 are arranged in an upper and lower position.

[0013] In the above scheme, the connecting parts on the basket wall 20 and the basket bottom 10 are arranged in a high and low position, and in the application scenario facing the customer, the plant is generally placed vertically in the basket body 1, and under the action of the hydrophilicity of the plant, the root system at the bottom of the plant grows downward through the hole 12 on the bottom plate 10. The connecting parts of the basket wall 20 and the basket bottom 10 are tied with the rope belt 30, and the rope belt 30 surrounds a constraint area in the basket body 1 for supporting the root and stem part of the plant, and the root and stem part of the plant is placed in the constraint area. Preferably, the rope belt 30 can be made of elastic rubber, which has a larger elastic extension range and is convenient to adapt to plants of different sizes. When the plant shakes during movement, the rope belt 30 abuts against the root and stem part of the plant, which plays a supporting and fixing role and avoids damage to the plant root system caused by the shearing force or friction force of the hole along the hole 12. Since the rope belt 30 is diagonally arranged in the upper and lower space of the basket cavity, the rope belt 30 also restricts the root system close to and away from the stem part of the plant, so that when the plant shakes violently, the rope belt 30 will not cause damage to the plant root system.

[0014] The fixing mode of the rope belt 30 in the basket can be selected from the following several embodiments according to the actual scene:

[0015] 1) Two rope belts 30 are provided, and the first and last ends of the two rope belts 30 are fixed on the connecting parts of the basket bottom 10 and the basket wall 20, respectively, and the surrounding area between the two rope belts 30 constitutes the constraint area.

[0016] 2) The first and last ends of the rope belt 30 are fixed on the same connecting part of the basket bottom 10 or the basket wall 20, and the middle rope segment of the rope belt 30 is wrapped around the connecting part on the opposite side of the fixed end, and the area inside the loop surrounded by the whole rope belt 30 constitutes the constraint area.

[0017] 3) the rope 30 is in the shape of a closed loop, and the area inside the loop forms a constraint area for supporting the plant's root and stem.

[0018] As a preferred solution, the low-position connecting part is arranged on the lower part of the basket wall 20 and / or the basket bottom 10, and the high-position connecting part is arranged on the upper part of the basket wall 20. When the low-position connecting part is arranged on the lower part of the basket wall 20, the high-position connecting part on the upper part of the basket wall 20 still has a clear height difference with the low-position connecting part, so that the rope 30 is arranged in a slanting manner in the space inside the basket cavity when tied, and can simultaneously constrain the plant's root and stem.

[0019] In a more specific embodiment, the high-position and low-position connecting parts can be arranged in the following several embodiments:

[0020] 1.1) the low-position connecting part is the shared wall 121 of two adjacent holes 12 on the basket bottom 10.

[0021] 1.2) the low-position connecting part is a protrusion A protruding into the hole area from the inner hole wall of the hole 12 on the basket bottom 10. The inner hole wall refers to the hole wall close to the side of the middle part of the basket cavity.

[0022] 2.1) the high-position connecting part is a U-shaped hook 21 arranged on the inner wall of the basket wall 20.

[0023] 2.2) the high-position connecting part is a protrusion B protruding upward from the lower hole edge of the hole 22 on the basket wall 20.

[0024] As shown in Figure 2 , Figure 3 In order to improve the supporting effect on the plant, two pairs of high-position and low-position connecting parts are arranged on the basket body 1, and the constraint areas formed by the two pairs of connecting parts when the rope 30 is tied are crossed with each other. In actual application, the plant's root and stem are placed in the crossed area formed by the rope 30, which has the best effect and can ensure that the plant is placed vertically and reduce the shaking of the plant.

[0025] Another embodiment is that the basket body 1 is a container surrounded by the basket bottom 10 and the basket wall 20, the basket bottom 10 is provided with a hole 12 for the plant's root system to extend, and the upper part of the basket wall 20 is provided with a connecting part for tying the rope 30. In the above solution, since the connecting part for tying the rope 30 is located on the upper part of the basket wall 20, a large space is left between the rope 30 and the basket bottom 10, so that the constraint area formed by the rope 30 is located on the stem of the plant. When the plant tends to shake, the rope 30 can support the stem of the plant, and the root of the plant will not naturally displace a large distance, avoiding damage to the plant's root system due to the shearing force or friction force of the hole edge of the hole 12.

[0026] In order to improve the supporting effect on the plant, the connecting portions on the basket wall 20 are provided with two pairs, and the constraint areas surrounded by the two pairs of connecting portions when the rope 30 is tied are crossed with each other. The connecting portions on the basket wall 20 are arranged at the same height, that is, when the rope 30 is tied to the connecting portions, the rope length direction is parallel to the basket bottom 10. Similarly, the stem of the plant is placed in the crossed area surrounded by the rope 30, and the effect is optimal.

[0027] The lower part of the basket 1 can also be provided with a containing seat 2, as shown in the figure. The barrel edge of the containing seat 2 is clamped with the basket 1, and the containing seat 2 can store water to nourish the plant. Figure 4 The barrel edge of the containing seat 2 is clamped with the basket 1, and the containing seat 2 can store water to nourish the plant.

Claims

1. A planting basket structure, characterized by: The basket (1) is a container surrounded by a basket bottom (10) and a basket wall (20), the basket bottom (10) is provided with holes (12) for the plant root system to extend, the basket bottom (10) and the basket wall (20) are provided with connecting parts for connecting the rope belt (30), and the rope belt (30) is diagonally arranged in the upper and lower spaces of the basket cavity when being connected to the connecting parts.

2. The planting basket structure of claim 1, wherein: The low-position connecting part is arranged on the lower part of the basket wall (20) and / or the basket bottom (10), and the high-position connecting part is arranged on the upper part of the basket wall (20).

3. A planting basket structure according to claim 1 or 2, characterised in that: The low-position connecting part is a shared wall (121) of two adjacent holes (12) on the basket bottom (10).

4. A planting basket structure according to claim 1 or 2, characterised in that: The low-position connecting part is a protruding part (A) protruding into the hole domain at the inner hole wall of the hole (12) on the basket bottom (10).

5. The planting basket structure of claim 2, wherein: The high-position connecting part is a U-shaped hook (21) arranged on the inner wall of the basket wall (20).

6. The planting basket structure of claim 2, wherein: The high-position connecting part is a protruding part (B) protruding upward at the lower hole of a hole (22) on the basket wall (20).

7. A planting basket structure according to claim 1 or 2, characterized by: The high-position and low-position connecting parts on the basket (1) are provided with two pairs, and the constraint areas surrounded by the two pairs of connecting parts when connecting the rope belt (30) are crossed with each other.

8. A structure of a planting basket, the basket body (1) is a container surrounded by a basket bottom (10) and a basket wall (20), the basket bottom (10) is provided with a hole (12) for the plant root system to extend, characterized in that: The upper part of the basket wall (20) is provided with connecting parts for connecting the rope belt (30).

9. The planting basket structure of claim 8, wherein: The connecting parts on the basket wall (20) are provided with two pairs, and the constraint areas surrounded by the two pairs of connecting parts when connecting the rope belt (30) are crossed with each other.

10. A planting basket structure according to claim 8 or 9, characterised in that: The connecting parts on the basket wall (20) are arranged at the same height.

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