TWM539228U - Multi-function orchid's pot - Google Patents

Description

Oxygen-rich bowl

This creation is a kind of flowerpot for cultivating orchids. It can prevent suffocation due to stagnant water or withering due to dryness. Keeping the root ring (RHIZOSPHERE) ventilation does not cause "oxygen deficiency" (OXYGEN-DEFICIENCY). Improve the quality of the oxygen-rich orchid basin.

Generally, the side of the flower pot on the market or in use is closed, which makes it easy to make the root ring poorly ventilated and causes "oxygen deficiency", so it is not suitable for cultivation of orchids.

Because it is difficult to control the water, the root ring is prone to water accumulation, and the cell membrane fiber of the plant tissue is passively expanded or contracted due to the uneven distribution of water, which is called "dry and wet motion" (HYGROSCOPIC). -MOVEMENT). If "dry and wet exercise" occurs frequently, it will affect the growth quality, development and survival rate of plants.

Compared with the leafy plants, the leaf-thick orchids are less likely to be detected and controlled when the "dry and wet movement" occurs. Therefore, the flowerpots sold on the market are not suitable for cultivating various orchids. The need to improve.

This creation proposes an oxygen-rich orchid basin that prevents suffocation due to stagnant water or wilting due to dryness, and keeps the root ring (RHIZOSPHERE) ventilated without "oxygen deficiency" and promotes fertility and quality.

The present application proposes an oxygen-rich orchid basin comprising at least one basin and a basin. The connotation basin has an upper middle, lower and lower three-layer structure, which are respectively a non-closed root ring layer, a non-closed space layer, and a stencil between the root ring layer and the gap layer. . And an inner storage water tray is arranged at the bottom of the air gap layer.

The appearance basin houses the connotation basin, and the appearance basin includes at least one hole opened in the wall of the appearance basin. And the outer basin of the appearance basin is provided with an outer storage water tray below the basin.

In the following, together with the attached drawings, it is more convenient to understand how the structure of the creation is combined and used. It is easier to understand the purpose, technical content, characteristics and effects of the creation.

Please refer to FIG. 1 to FIG. 3, which is an oxygen-enriched orchid bowl 1 according to the present invention. The oxygen-enriched orchid bowl 1 comprises at least one connotation basin 2 and a appearance basin 3. The basin 2 includes a non-closed root ring layer 204, a non-sealed air gap layer 205, a web 21 between the root ring layer 204 and the gap layer 205, and an accommodation. The water collecting tray 22 is stored in the inner bottom of the basin 2, whereby the root layer 204, the gap layer 205 and the inner water collecting tray 22 form an upper middle, lower and lower layers. Wherein, the connotation basin 2 is applied to a basin having an inner space and having an opening and a side opening, the connotation basin 2 being formed of a water resistant material such as polyvinyl chloride (PVC) or polypropylene (PP). ) Materials are applications, but not limited to them.

The connotation basin 2 is only partially supported by a plurality of skeletons and can be exposed through the air, and is divided into upper, middle and lower layers. The upper layer is the root layer 204. The bottom layer of the root layer 204 is the mesh plate 21, and the middle layer is The partition layer 205, the lower layer is the inner storage water tray 22 disposed at the inner pelvic floor, which is a water tray for accumulating the upper layer to drop excess water and also for evaporation. The stencil 21 is applied to a water-repellent board having mesh holes or lattice-shaped holes, but is not limited thereto.

The appearance basin 3 houses the connotation basin 2, and the appearance basin 3 includes at least one hole 302 which is open in the wall of the appearance basin 3 and communicates with the interior of the appearance basin 3, and a basin disposed inside the appearance basin 3 The outer storage water tray 32 is located at the bottom and below the boundary basin 2. Wherein, the appearance basin 3 is applied to a basin having an internal space and having an opening at one end, and the appearance basin 3 is made of a material such as polyvinyl chloride (PVC) or ceramic, and is about 10 in the upper half thereof. The hole 302 is disposed on the side of the circumference of the centimeter, and the outer pot 3 is provided at the bottom of the appearance basin 3 to receive the water overflowed by the basin.

In the embodiment of the present invention, the appearance basin 3 includes an outer convex portion 303 disposed on the inner wall of the appearance basin 3 and protruding inwardly, and the boundary basin 2 includes a periphery disposed outside the boundary basin 2 and facing outward. The protruding inner ridge 206 is exemplified by the manner in which the inner ridge 206 of the concentrating basin 2 is snapped against the outer convex portion 303, but is not intended to limit the creation.

Referring to FIG. 4 to FIG. 6 again, when a plurality of the basins 2 are to be disposed in the appearance basin 3, the appearance basin 3 includes a circular flat plate 31 disposed on the outer convex portion 303. The circular plate 31 includes a plurality of insertion holes 310 formed in the circular plate 31. Each of the insertion holes 310 is provided for a plurality of the boundary basins 2 to be respectively sleeved and inserted through each of the water cells. The inner protrusions 206 are directly stuck around the outer circumference of each of the insertion holes 310, and the insertion holes 310 can be applied in three or four or five or six or seven applications. But not limited to this.

Further, in an embodiment, the circular plate 31 includes at least one air hole 311, and the arrangement of the air holes 311 increases the circulating flow of air. In an embodiment, if the present invention is to be applied to a general large flower pot, the circular plate 31 further includes at least one pair of hook holes 312, and the user can connect the pair of hook holes through a pair of hanging pieces. 312 and hang the hanging piece on the edge of the outer diameter of the general outer basin, and then set a plurality of the containing basins 2 respectively to fit each of the insertion holes 310, thereby recycling the general large flowerpots. The application of the Oxygen-rich Bowl 1 is widely applicable.

The connotation basin 2 can be used alone as a cultivated seedling. When the indoor large-scale intensive cultivation, each of the connotation basins 2 can automatically diffuse the circulating air by the exposed outer shell, and the organic matter or inorganic fertilizer applied to the nitrous acid does not occur. The nitrous acid gas which releases the poisonous plant under the acidification decomposition of bacteria and the like.

When the plant is to be moved from the general potted plant, the inner water collecting tray 22 is first filled with water, and then the intensive pot 2 is placed and hung on the outer convex portion 303 of the appearance pot 3. Thereafter, the upper part of the root ring is watered to maintain a certain water content, and when there is too much water, it will drip to the outer storage water tray 32 for evaporation for standby.

After transplanting Phalaenopsis from the traditional potted plant to the creation of the Oxygen-rich Orchid Bowl 1, it can be seen that the underground roots that were originally distorted in the root circle in the root circle gradually became the gas roots of the thick green copper in a short period of time. In the function of absorbing oxygen, the gas root is 3 to 4 times more than the underground root, and the root of the surface is twice as thick as the root of the water. In addition, the thick air roots must have significant differences in the function of transporting water and nutrients than the weak underground roots. This proves that the creation is indeed very effective, and this creation does not pollute the place of placement is also a major feature.

The characteristics of this creation are:

1. The oxygen-rich sapphire basin 1 of the present invention can simply observe and control the water storage capacity of the bottom pot 2 and the bottom end of the appearance basin 3 to avoid the occurrence of "dry and wet motion", and is more conducive to long-term cultivation of various kinds. Orchid plants.

2. The special structure of the basin 2 can expose the upper and lower sides of the root layer 204 to air and moisture, and the environmental conditions of the root ring determine whether the plant pot can be fertile. In order to respirate, the roots of plants need to consume oxygen in the air. When the root environment has sufficient oxygen, the roots are relatively coarse, which indirectly affects their ability to absorb nutrients.

3. In addition, microorganisms such as AZOTOBACTER, which rely on root exudates or exfoliated root hairs, are activated in the root ring to be activated in an oxygen-rich environment and provide the nutrients required by the plants.

4. The connotation basin 2 makes the root ring layer 204 fully in contact with the air structure, and is based on the principle that the functions of the roots and the organs on the ground are closely related to each other. The root needs the product of photosynthesis in the upper part to supply its growth, while the upper part depends on the water absorbed by the root and its dissolved nutrients. Therefore, the oxygen in the root environment is not only affecting the growth of the root, but also affecting the development of the whole plant.

The foregoing is only a preferred embodiment of the present invention, and its purpose is to enable those skilled in the art to understand the contents of the present invention and to implement it, and not to limit the scope of the present invention. All changes or modifications to the shapes, structures and features described in the scope of this application are to be included in the scope of the patent application.

1‧‧‧Oxygen-rich bowl
2‧‧‧Definition basin
204‧‧‧root layer
205‧‧‧space layer
206‧‧‧ inside convex
21‧‧‧ stencil
22‧‧‧Inner storage water tray
3‧‧‧ appearance basin
302‧‧‧ hole
303‧‧‧Outer convex
31‧‧‧ round plate
310‧‧‧Into the hole
311‧‧‧ stomata
312‧‧‧Hook hole
32‧‧‧External storage water tray

Figure 1: A perspective view of the basin of the oxygen-rich basin. Figure 2: A perspective view of the appearance basin of the oxygen-rich bonsai basin. Figure 3: A cross-sectional view of the creation of an oxygen-rich orchid basin. Figure 4: A perspective view of another aspect of the creation of an oxygen-rich basin. Figure 5: Schematic diagram of the round plate of the oxygen-rich orchid basin. Figure 6: An exploded perspective view of one of the creation basins and containing a plurality of basins and round plates.

1‧‧‧Oxygen-rich bowl

2‧‧‧Definition basin

204‧‧‧root layer

205‧‧‧space layer

206‧‧‧ inside convex

21‧‧‧ stencil

22‧‧‧Inner storage water tray

3‧‧‧ appearance basin

302‧‧‧ hole

303‧‧‧Outer convex

32‧‧‧External storage water tray

Claims (8)

An oxygen-rich orchid basin comprising: at least one intension basin comprising a non-closed root ring layer, a non-closed space layer, and a space in the root ring layer and the space gap a stencil between the layers; and a design basin, the appearance basin is internally accommodating the basin, the appearance basin comprising at least one hole formed in the wall of the appearance basin. The oxygen-rich orchid basin according to claim 1, wherein the appearance basin comprises an outer convex portion disposed on the inner wall of the appearance basin and protruding inward. The oxygen-enriched orchid basin according to claim 2, wherein the connotation basin comprises an inner tenon disposed outside the confinement basin and protruding outwardly, the inner tenon being clamped against the outer On the convex part. The oxygen-rich orchid basin according to claim 2, wherein the appearance basin comprises a circular flat plate disposed on the outer convex portion, the circular flat plate comprising a plurality of insertion holes formed in the circular flat plate Each of the insertion holes is provided for a plurality of the basins to be respectively set in the card. The oxygen-rich orchid basin according to claim 4, wherein the circular plate comprises at least one pore. The oxygen-rich orchid basin according to claim 4, wherein the circular plate comprises at least one pair of hook holes. The oxygen-enriched orchid basin according to any one of claims 1 to 6, wherein the basin contains an inner water storage tray at the bottom end of the partition. The oxygen-enriched orchid basin according to any one of the preceding claims, wherein the appearance basin comprises a storage tank disposed inside the basin of the appearance basin and located below the basin of the basin. Water tray.