TWM610139U - Tree trunk net pot structure - Google Patents

Abstract

A tree trunk mesh basin structure, which is mainly composed of a base and a mesh layer with multiple meshes; wherein, the base gradually shrinks from the upper section to the lower section and is slightly inverted cone shape, and the upper section is arc-shaped And set a pivot hole at an appropriate place, and on both sides of the base, there are trenches for inserting and locking mesh layers. The trenches are provided with holes for screw threading and locking, and are opposite to the periphery of the mesh layer. The holes can be pierced, and the two ends of the mesh layer are fixed to the trenches of the base, so that the mesh layer and the base form a accommodating space. The accommodating space provides epiphytic plants for planting, so that most of the roots can be exposed to the air. In this way, let it give full play to its due growth function and open up a broader growth environment.

Description

Trunk net pot structure

This creation is a kind of tree trunk net pot structure, especially the net pot that can be installed on the branches of trees to plant flowers.

There are currently actual cultivated plants and flowers, some of which are epiphytes, especially orchids are the most typical ones. Planting epiphytic plants (EPIPHYTE) on trees in net pots of orchids can restore the original symbiosis of orchids on the tree. Instinct makes it grow in the natural environment.

Therefore, in view of this, related industries have developed many methods for planting epiphytes, such as the Chinese mainland No. CN102499038A "A method for cultivating Dendrobium candidum", which mainly reveals that a method for cultivation of Dendrobium candidum belongs to the field of agricultural technology. The technical problem solved is to provide a tree culture method of Dendrobium officinale, which is imitating wild planting. In order to solve the above problems, the method for tissue culture of Dendrobium candidum of the present invention includes the following steps: 1) Select tree species with texture on the bark surface as epiphytic trees, select domesticated Dendrobium candidum seedlings as epiphytic seedlings, and select straw ropes as binding ropes 2) Place the epiphytic seedlings on the surface of the trunk of the epiphytic tree, and fix the epiphytic seedlings by winding them several times at the root of the epiphytic seedlings; 3) Control the humidity of the tree culture at 70-85%. The invention can realize the planting of Dendrobium officinale on all tree species with texture on the surface.

However, the above methods can certainly provide a growing environment for epiphytes. However, to fix the net pot on the trunk, it is inevitable to use tie ropes, and most of them are tied with iron wires. This causes the trunk to produce strangulations and fail to grow. Wrapped in the trunk and cannot be taken out.

In addition, China’s invention patent No. I554200 "Orchid on the tree mesh pot" discloses a kind of "Orchid on the tree mesh pot", which includes a "net plate" with a plurality of sections, and each section is used to weld one or two Two "special pots" for planting orchid plants, each of the special pots and the net plate integrally form a net pot, the special pot is cut from top to bottom, and the cut is welded to the net plate, and the longitudinal back of each special pot The net cable has a strap hole, and each strap hole is used to pass through the "tightening belt" and the "reinforced tightening belt" for binding, and the area where the mesh plate is welded to each of the cuts is empty; the bottom surface of the mesh plate There is a raised net stalk at the knot of the net to leave a gap and adjust the balance between the upper and lower sides of the tree.

Of course, the above-mentioned patents are capable of transplanting various orchid plants to trees or walls with new structures and technologies; they can restore the symbiosis instinct of orchid plants and trees without harming the body of the tree or hindering the growth of the tree itself; however, its structure is Synthetic resin (moderate hard and soft, flexible) PVC, PE, etc. form a large mesh net; the flat rectangular "net board" (1) is the chassis, and the unit of equal length is divided into sections, and each section has a "special basin" (2); That is, a round basin is cut from top to bottom, and the incision is welded to the ABCDEF wire of the "screen", and the rest is suspended. Each special basin can be a large mesh round basin. The structure not only requires welding, cutting, and tethering, but also complicated processing, but also encounters the dilemma of different tree trunk sizes and difficult assembly in implementation.

Because of this, the patent applicant designed this trunk net basin structure with many years of product design experience, which is not only simple in structure, convenient to assemble, and will not harm the trunk, but also achieves the purpose of the patented design of the piece.

A tree trunk mesh basin structure, which is mainly composed of a base and a mesh layer with multiple meshes; wherein, the base gradually shrinks from the upper section to the lower section and is slightly inverted cone shape, and the upper section is arc-shaped And set a pivot hole at an appropriate place, and each side of the base is provided with a mesh layer inlay group The ditch for locking, the ditch is formed by the outer ditch rib and the inner ditch rib. The ditch is also provided with holes for screw threading and locking, and the holes opposite to the periphery of the mesh layer can be inserted through the mesh layer. The two ends are fixed to the ditch of the base, so that the mesh layer and the base form an accommodating space. The accommodating space provides epiphytic planting, so that most of the roots can be exposed to the air, so that it can give full play to its due Growth function, open up a broader growth environment.

This creation is a tree trunk net pot structure, in which the pivot hole on the upper part of the base can provide the net pot to hang from the branches through the tie rope. It can also be used with screws to set the pivot hole to make the net pot The structure is fixed on the wall or tree trunk; in addition, the design of the mesh layer can avoid excessive accumulation of water, so that the aerial root plants can maintain proper humidity to grow.

10: Base

11: Upper section

12: Lower part

13: pivot hole

14: Ditch

141: Outer groove rib

142: Inner groove rib

15: Hole

20: Mesh layer

21: Peripheral

22: Hole

30: Screw

40: accommodating space

[Figure 1] is a three-dimensional exploded schematic diagram based on this creation.

[Figure 2] is a schematic diagram of the composition based on this creation.

[Figure 3] is a schematic diagram of a cross section based on this creation.

[Figure 4] is a diagram of an embodiment based on this creation.

[Figure 5] is a diagram of another embodiment based on this creation.

[Figure 6] is a diagram of another embodiment based on this creation.

Please refer to Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, and Figure 6. This creative department provides a tree trunk mesh basin structure, which is mainly composed of a base and a mesh layer with multiple meshes. Combination, where;

A base 10, the base 10 is tapered from the upper section 11 to the lower section 12 and is slightly inverted cone In addition, the top edge of the upper section 11 is arc-shaped and a pivot hole 13 is provided at an appropriate place. On both sides of the base 10, there are trenches 14 for interlocking mesh layers 20. The trenches 14 are formed by a It is provided with an outer groove rib 141 that provides screws 30 to pass through holes 15 and an inner groove rib 142 whose height is slightly lower than that of the outer groove rib 141. The outer groove rib 141 is provided with a plurality of holes 15 which are exactly in line with the mesh layer. The peripheral part 21 of the 20 corresponds to the hole 22, and screws 30 are provided to lock the mesh layer 20 and the base 10 to fix it; A mesh layer 20 has a slightly inverted tapered overall area larger than that of the base 10. The periphery 21 of the mesh layer 20 is also provided with holes 22 relative to the outer groove ribs 141 of the base 10 to connect the two ends of the mesh layer 20. The two ends of the ditch 14 are fixed and locked to the base 10, so that the mesh layer 20 and the base 10 form an accommodating space 40. The accommodating space 40 provides epiphytic planting, so that most of the roots can be exposed to the air. Those who enable them to give full play to their due growth functions and open up a broader growth environment.

I create a tree trunk net pot structure, in which the pivot hole 13 provided in the upper section 11 of the base 10 can provide the net pot to hang from the branches through the tie rope (as shown in Figure 4), and it can also be fitted with screws Set the pivot hole 13 to fix the net basin structure on the wall or tree trunk (as shown in Figure 5 and Figure 6); in addition, the mesh layer 20 is composed of the mesh and the peripheral part 21, so the design can avoid Excessive accumulation of water allows aerial root plants to maintain proper humidity for growth.

Looking at the contents described above for this creation, we can achieve the functions of convenient assembly, cost saving and convenient operation. The structure of the tree trunk mesh basin of this creation is practical and progressive in use, and the above description is only used to explain the book. The preferred embodiment of the creation is not an attempt to restrict the creation in any form.

Therefore, any modifications or changes made to this creation under the same creative spirit, which are other types that can be implemented and have the same effect, should still be included in the scope of the protection of this creative intention .

10: Base

11: Upper section

12: Lower part

13: pivot hole

14: Ditch

141: Outer groove rib

142: Inner groove rib

15: Hole

20: Mesh layer

21: Peripheral

22: Hole

30: Screw

Claims (3)

A tree trunk net basin structure, mainly comprising: a base, the base gradually shrinks from the upper section to the lower section and is slightly inverted cone shape, and the upper section is arc-shaped and has a pivot hole at an appropriate place, and both sides of the base Each is provided with a ditch formed by an outer ditch rib and an inner ditch rib. In addition, the outer ditch rib is provided with a plurality of holes corresponding to the holes at the periphery of the mesh layer, and the holes of the outer ditch ribs and the mesh are set by screws. The mesh layer embedded in the ditch is locked and fixed; a mesh layer has a slightly inverted cone and the overall area is larger than the base. The periphery of the mesh layer is also provided with holes relative to the outer groove rib holes of the base. , The two ends of the mesh layer are fixed and locked to the trenches at both ends of the base, so that the mesh layer and the base form an accommodating space, and the accommodating space is provided for planters of epiphytic plants. The trunk net pot structure according to claim 1, wherein the pivot hole provided in the upper section of the base can provide the net pot to be hung from the branches through the tie rope. According to claim 1, wherein the pivot hole provided in the upper section of the base can be provided with screws to pass through the pivot hole to fix the net pot structure on the wall or the trunk.

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