TWM618198U - Plant frame structure - Google Patents

Abstract

This creation is a kind of plant frame structure. The plant frame is mainly composed of a plate with dense perforations inside a flat frame. It can be used for laying and placing sphagnum moss to plant and fix the plants, so as to achieve ventilation and water retention. The purpose of plant growth.

Description

Plant frame structure

This creation is about a plant frame, especially a plant frame structure for planting plants.

The plant frame is a frame structure for planting plants to form a plant photo frame. It is generally composed of a concave container in the center of the frame (actually similar to a short shallow planting pot with a frame, the shorter, shallower, flat The planting pot is more like a photo frame), or directly replace the plant frame with a wooden board, so that after planting the plant, it can form a frame-shaped plant that can be wall-mounted or placed on the table.

However, although the plant frame with a concave container in the center of the frame is convenient for placing a large amount of sphagnum moss (waterweed) and planting plants, because the plant frame has the requirement of wall hanging or placing on the desktop, the concave container is short and shallow. Under the limitation of size, the water plants and plants inside are difficult to be firmly fixed, and often fall out due to external force shaking or plant growth, resulting in a complete deformation of the design sense of the entire plant frame.

The plant frame made of wood panels is not only heavy, but also impervious to wind. Although the sphagnum (waterweed) and plant roots can be fixed by wire winding, binding or nailing, but because of the sphagnum (waterweed) and plant The roots are completely fixed by wires, so the sphagnum moss is easy to fall during the planting process in the future, and the roots of the plants are completely unable to match the flat shape. The wood planks cling and combine through growth, which is not only useless for the growth of plants, but also the wood planks will change color, mold, and rot over time.

In view of the above-mentioned problems, the creator deeply feels that the plant photo frame can be wall-mounted or placed on the desktop for appreciation and healing effects. Nowadays, many consumers love it. However, the structural design of the plant frame lacks a special structure. Therefore, based on his years of professional design and manufacturing experience, he actively researched and developed improvements. After careful consideration of the conditions of all parties, he finally created the composition of this structure, which will completely solve the problems of conventional use.

This creation is a kind of plant frame structure. The plant frame is mainly composed of a plane frame with densely perforated plates, which can be used for laying and placing sphagnum moss and fixing the plants through wire. Therefore, after implementation The following benefits can be achieved:

Because the plant frame of this creation is made of plastic material, and is composed of a flat frame with densely perforated plates, the plate can be used for a large amount of sphagnum moss (waterweed) to be inserted into the perforation and laid on the surface. Then it is used for planting, and after fixing the sphagnum (waterweed) and plant roots with wires, ensure that the roots of the plants can be completely protected by the sphagnum (waterweed), and because there is a connection between the sphagnum (waterweed) and the dense perforations , The fixing force of the attachment, so after the completion of the molding of the plant frame, the stability of the plant growth can be ensured, and the problem of deformation will not occur.

The plant frame made of plastic material will not be deformed, discolored, or moldy or rot, and as the plant grows, the roots can be inserted into the perforations to cling and join, so that the roots of the plants are protected by the sphagnum moss in the perforations. (Water plants), provide good water retention, fertilizer retention and ventilation effects.

1: frame

11: Binding hook

12: Slot

2: board

21: Piercing

3: Sphagnum

4: plants

5: Wire

6: Nameplate

10: Plant frame

[Figure 1] is the structure diagram of this creation.

[Figure 2] is another structural diagram of this creation.

[Figure 3] is a schematic diagram of the implementation of this creation.

[Figure 4] is a schematic diagram of the implementation of this creation.

[Figure 5] is the reference diagram of the usage status of this creation.

In order to enable your reviewer to clearly understand the structure of this creation and the functional benefits it can achieve, for the rest, examples are listed in conjunction with the diagrams. The detailed description is as follows:

This creation is a kind of plant frame structure. The plant frame 10 is mainly a flat frame body 1 made of plastic material, and the frame body 1 is composed of a plate 2 with dense perforations 21 (as shown in Figure 1). After the water supply moss 3 (waterweed) is laid and placed in the perforations 21, the roots of the plants 4 are wound and fixed in the sphagnum moss 3 through the binding perforations 21 with the wire 5 to achieve the purpose of ventilation and water retention to facilitate plant growth.

Wherein, the back of the frame body 1 of the above-mentioned plant frame 10 is provided with a plurality of wire binding hooks 11 (it is sufficient to form a conventional hook or column for binding the wire 5, please refer to Figures 3 and 4) to facilitate the winding of the wire 5, Bundling (Each perforation 21 can also be used for binding and winding the wire 5 (such as fishing line or nylon rope)).

Furthermore, the inner side of the frame body 1 of the present creative plant frame 10 is provided with a slot 12 for the nameplate 6 to be inserted (as shown in Figure 2, conventional embedding, clamping or cementing methods can be adopted), so as to provide Plant message or product name.

Therefore, when this creation is implemented, the plane frame 1 and the board 2 of the plant frame 10 The perforations 21 can have different shapes and designs, and when the sphagnum moss 3 is laid on the board 2, the dense perforations 21 can be used for a large amount of sphagnum 3 to be inserted, so that the sphagnum 3 in the perforation 21 is the same as that laid on the board 2. The sphagnum sphagnum 3 is connected and fixed to each other. Therefore, after planting the roots of the plant 4 into the sphagnum sphagnum 3, the roots of the plant 4 can be completely covered in the sphagnum sphagnum 3 (as shown in Figures 3 and 4). Show). At this time, after the sphagnum 3 exposed on the board 2 is compressed and positioned by the wire 5 winding and binding the wire binding hook 11 or the perforation 21, the fixation of the sphagnum 3 and the roots of the plant 4 can be completed at the same time. Let the plant 4 be stably planted on the plant frame 10 (as shown in FIG. 5).

Therefore, after the adoption of the creative plant frame 10, not only is it more convenient to fix the sphagnum 3 and the plant 4, and the process of nailing the wire 5 is eliminated, and the combination of the plant frame 10 and the sphagnum 3 also provides a good The growth environment of the plant 4 is not only ventilated and breathable, but also has better water and fertility retention. In the future, as the plant 4 grows, the roots can be inserted into the perforation 21 to cling and bond, and the problem of the plant 4 falling will not occur. .

1: frame

11: Binding hook

12: Slot

2: board

21: Piercing

3: Sphagnum

4: plants

5: Wire

6: Nameplate

10: Plant frame

Claims (4)

A plant frame structure, the plant frame is mainly composed of a flat frame with densely perforated plates inside, so that sphagnum moss can be laid and placed in the dense perforations, and then the roots of the plants are wound by binding the perforations with wires Fixed in sphagnum moss to achieve ventilation and water retention to facilitate plant growth. The plant frame structure according to claim 1, wherein the back of the frame body is provided with a plurality of wire binding hooks to facilitate the winding and binding of wires. According to the plant frame structure of claim 1, wherein the inside of the frame is provided with a slot for the nameplate to be inserted, so as to provide plant information or the name of the finished product. The plant frame structure according to claim 1, 2 or 3, wherein the plant frame is made of plastic material.

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