Transplanting pot for garden

Abstract

The utility model belongs to the technical field of transplanting pots, in particular to a garden transplanting pot which comprises a transplanting pot body, the transplanting pot body comprises a transplanting pot bottom, a transplanting pot body and a rhizome restraining net, and the rhizome restraining net is clamped and positioned right above the transplanting pot bottom through the transplanting pot body. A water storage space is formed among the transplanting pot bottom, the transplanting pot body and the rhizome restraining net, the rhizome restraining net in the transplanting pot body wraps plant rhizome parts transplanted into the transplanting pot body and combined soil from the outer side, the six soil loosening assemblies move towards the inner side of the transplanting pot body in sequence, and the six soil loosening assemblies are used for loosening soil in the transplanting pot body. A plurality of soil loosening rods penetrate through the rhizome restraining net from different directions and positions and are inserted into the plant rhizome part and the combined soil, the soil loosening rods move in the soil, the soil loosening effect is achieved, and the soil loosening rods can adjust the state of the plant rhizome part and dredge the plant rhizome part while loosening soil.

Description

Technical Field

[0001] The utility model belongs to the technical field of transplanting pots, and in particular relates to a transplanting pot for gardening. Background Art

[0002] During the process of garden renovation and garden maintenance, some plants need to be transplanted. The rhizomes of the plants are dug out from the soil and transplanted into the transplanting pots first, and the transplanted plants are temporarily stored to safely transport the transplanted plants. The rhizomes of the transplanted plants are moved into the transplanting pots together with the soil. The transplanting pots only provide temporary storage space for the rhizomes of the transplanted plants and the combined soil. The soil filled into the transplanting pots remains tightly combined with the rhizomes, and the soil filled into the transplanting pots combined with the rhizomes of the plants cannot be loosened. At the same time, the rhizomes of the plants in the soil cannot be adjusted and guided, which affects the transplanting efficiency of garden plants. Utility Model Content

[0003] The utility model provides a garden transplanting pot, which has the characteristic of improving transplanting efficiency.

[0004] The utility model provides the following technical solution: it includes a transplanting pot main body, the transplanting pot main body includes a transplanting pot bottom, a transplanting pot body and a root and stem restraint net, the root and stem restraint net is clamped and positioned just above the transplanting pot bottom by the transplanting pot body, a water storage space is formed between the transplanting pot bottom, the transplanting pot body and the root and stem restraint net, six loosening components distributed in a ring are arranged on the outside of the transplanting pot body, the loosening components include a combination block and a loosening rod, the number of the loosening rods is four, the four loosening rods are vertically positioned inside the transplanting pot body through the combination block, and the loosening rods extend to the inside of the root and stem restraint net.

[0005] Wherein, a slot is provided inside the bottom of the transplanting pot, and the bottom end of the transplanting pot body is snap-connected inside the slot.

[0006] Wherein, the root stem restraint net is located inside the transplant pot body, and the open end of the root stem restraint net is fixedly connected to the inner wall of the transplant pot body.

[0007] The combination block is located outside the transplant pot body, the four loosening rods are fixedly connected to the inner wall of the combination block in a straight line from top to bottom, and connecting belts are fixedly connected between adjacent combination blocks.

[0008] Wherein, a socket corresponding to the loosening rod is provided inside the transplanting pot body, and the loosening rod is inserted into the corresponding socket.

[0009] The beneficial effects of the utility model are:

[0010] The utility model discloses a transplanting pot body that is clamped and fixed on the top of the bottom of the transplanting pot to form a complete transplanting pot body. The root stem restraint net inside the transplanting pot body can wrap the root stem part of the plant transplanted into the transplanting pot body and the combined soil from the outside, so as to restrain the root stem part of the plant and the combined soil. The six loosening components connected to the transplanting pot body move toward the inside of the transplanting pot body in sequence, so that a plurality of loosening rods can pass through the root stem restraint net from different directions and positions and be inserted into the inside of the combined soil of the root stem part of the plant. The loosening rod moves inside the soil to achieve the effect of loosening the soil. The loosening rod can also adjust and guide the state of the root stem part of the plant while loosening the soil. The root stem part of the plant after adjustment and guidance can pass through the root stem restraint net downward and enter the water storage space formed between the bottom of the transplanting pot, the transplanting pot body and the root stem restraint net. The water supply to the root stem part of the plant during the transplanting process can ensure that the plant completes the transplanting operation safely and improve the transplanting efficiency of garden plants.

[0011] The parts not involved in the device are the same as those in the prior art or can be implemented by using the prior art. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a structural schematic diagram of the utility model;

[0013] Figure 2 It is a schematic diagram of the top view structure of the utility model;

[0014] Figure 3 It is a schematic diagram of the cross-sectional structure of the utility model.

[0015] In the figure: 1. transplanting pot body; 11. transplanting pot bottom; 111. slot; 12. transplanting pot body; 121. socket; 13. root stem restraint net; 101. water storage space; 2. loosening component; 21. combination block; 22. loosening rod; 3. connecting belt. DETAILED DESCRIPTION

[0016] See also Figure 1-Figure 3 The utility model provides the following technical solutions: it includes a transplanting pot main body 1, the transplanting pot main body 1 includes a transplanting pot bottom 11, a transplanting pot body 12 and a root and stem restraint net 13, the root and stem restraint net 13 is clamped and positioned directly above the transplanting pot bottom 11 by the transplanting pot body 12, a water storage space 101 is formed between the transplanting pot bottom 11, the transplanting pot body 12 and the root and stem restraint net 13, six loosening components 2 distributed in an annular shape are arranged on the outside of the transplanting pot body 12, the loosening components 2 include a combination block 21 and a loosening rod 22, the number of the loosening rods 22 is four, the four loosening rods 22 are vertically positioned inside the transplanting pot body 12 through the combination block 21, and the loosening rods 22 extend to the inside of the root and stem restraint net 13.

[0017] In this embodiment: the transplanting pot main body 1 is composed of a transplanting pot bottom 11, a transplanting pot body 12 and a root and stem restraint net 13. A card slot 111 is opened inside the transplanting pot bottom 11, and the bottom end of the transplanting pot body 12 is snap-connected inside the card slot 111, which is convenient for combining the transplanting pot body 12 and the transplanting pot bottom 11. The root and stem restraint net 13 is located inside the transplanting pot body 12, and the open end of the root and stem restraint net 13 is fixedly connected to the inner wall of the transplanting pot body 12, so that the transplanting pot body 12 and the root and stem restraint net 13 can be positioned directly above the transplanting pot bottom 11, and a water storage space 101 is formed between the transplanting pot bottom 11, the transplanting pot body 12 and the root and stem restraint net 13, and the water storage space 101 is used to temporarily store water provided to the plants.

[0018] Six loosening components 2 distributed in an annular shape are arranged on the outside of the transplanting pot body 12. The loosening components 2 are composed of a combination block 21 and a loosening rod 22. There are four loosening rods 22. The combination block 21 is located on the outside of the transplanting pot body 12. The four loosening rods 22 are fixedly connected to the inner wall of the combination block 21 in a straight line from top to bottom. The combination block 21 and the four loosening rods 22 are stably connected. A connecting belt 3 is fixedly connected between adjacent combination blocks 21. The six loosening components 2 are connected together by multiple connecting belts 3, which is convenient for operators to operate the six loosening components 2 in sequence. Transplanting A socket 121 corresponding to the loosening rod 22 is opened inside the pot body 12, and the loosening rod 22 is inserted into the corresponding socket 121 to position the loosening rod 22 at a specified position on the transplant pot body 12. The four loosening rods 22 are vertically positioned inside the transplant pot body 12 through the combination block 21. The loosening rod 22 can move in the corresponding socket 121, allowing the loosening rod 22 to move toward the inside of the root and stem restraint net 13 through the mesh holes on the root and stem restraint net 13, so as to facilitate the position change operation of the loosening rod 22 inside the transplant pot body 12 and the root and stem restraint net 13.

[0019] The transplanting pot body 12 moves down from the top of the transplanting pot bottom 11, and the transplanting pot body 12 is clamped and fixed on the top of the transplanting pot bottom 11 with the root stem restraint net 13. The transplanting pot body 12, the transplanting pot bottom 11 and the root stem restraint net 13 are combined into a complete transplanting pot main body 1, and the root stem part of the transplanted plant enters the transplanting pot body 12 with the combined soil. The root stem restraint net 13 inside the transplanting pot body 12 can wrap the plant root stem part and the combined soil transplanted into the transplanting pot body 12 from the outside, which has the effect of restraining the plant root stem part and the combined soil. The six loosening components 2 connected to the transplanting pot body 12 are subjected to thrust, and the six combination blocks 21 push the corresponding four loosening rods 22 inward to move toward the inside of the transplanting pot body 12 in turn, and the plurality of loosening rods 22 move from different directions. The loosening rod 22 moves inside the soil to achieve the effect of loosening the soil. The combination block 21 changes its own state on the outside of the transplanting pot body 12, so that the loosening rod 22 changes its state inside the soil, allowing the loosening rod 22 to adjust and guide the state of the plant root and stem part while loosening the soil. The adjusted and guided plant root and stem part can pass downward through the root and stem constraint net 13 and enter the water storage space 101 formed between the transplanting pot bottom 11, the transplanting pot body 12 and the root and stem constraint net 13. Water is supplied to the plant root and stem part during the transplanting process, which can ensure that the plant completes the transplanting operation safely and improve the transplanting efficiency of garden plants.

[0020] The working principle and use process of the utility model are as follows: the transplanting pot body 12 is clamped and fixed on the top of the transplanting pot bottom 11 with the root stem constraint net 13 from above, and the root stem part of the transplanted plant enters the transplanting pot body 12 with the combined soil, and the root stem constraint net 13 wraps the plant root stem part and the combined soil transplanted into the transplanting pot body 12 from the outside, and pushes six combination blocks 21 from the outside to the inside, and the six combination blocks 21 push the corresponding four loosening rods 22 inward to move into the root stem constraint net 13, and a plurality of loosening rods 22 pass through the corresponding mesh holes on the root stem constraint net 13 from different directions and positions, and are inserted into the root stem part of the plant and the combined soil, and the loosening rods 22 move inside the soil to loosen the soil, and the operator moves the combination block 21 to make the loosening rod 22 change the state inside the soil, adjusts and guides the state of the plant root stem part, and the adjusted and guided plant root stem part passes downward through the root stem constraint net 13 into the water storage space 101, and provides water to the plant root stem part during the plant transplanting process.

Claims

1. A garden transplanting pot, characterized in that: The invention comprises a transplanting pot body (1), wherein the transplanting pot body (1) comprises a transplanting pot bottom (11), a transplanting pot body (12) and a root stem restraining net (13); the root stem restraining net (13) is clamped and positioned directly above the transplanting pot bottom (11) by the transplanting pot body (12); a water storage space (101) is formed between the transplanting pot bottom (11), the transplanting pot body (12) and the root stem restraining net (13); six loosening assemblies (2) distributed in an annular shape are arranged on the outside of the transplanting pot body (12); the loosening assemblies (2) comprise a combination block (21) and loosening rods (22); the number of the loosening rods (22) is four; the four loosening rods (22) are vertically positioned inside the transplanting pot body (12) by the combination block (21); and the loosening rods (22) extend to the inside of the root stem restraining net (13).

2. A garden transplanting pot according to claim 1, characterized in that: A slot (111) is provided inside the transplant pot bottom (11), and the bottom end of the transplant pot body (12) is snap-connected inside the slot (111).

3. A garden transplanting pot according to claim 1, characterized in that: The root stem restraining net (13) is located inside the transplant pot body (12), and the open end of the root stem restraining net (13) is fixedly connected to the inner side wall of the transplant pot body (12).

4. A garden transplanting pot according to claim 1, characterized in that: The combination block (21) is located outside the transplant pot body (12), and the four loosening rods (22) are fixedly connected to the inner wall of the combination block (21) in a straight line from top to bottom, and connecting belts (3) are fixedly connected between adjacent combination blocks (21).

5. The garden transplant pot according to claim 1, characterized in that: The transplanting pot body (12) is provided with an insertion hole (121) corresponding to the loosening rod (22), and the loosening rod (22) is inserted into the corresponding insertion hole (121).

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