TW201332431A - Multifunctional single-layer type pot basin body structure - Google Patents

Abstract

The invention includes a main body which is composed of an annular vertical surface, a top surface, a side annular surface and a bottom surface. The annular vertical surface formed with screw parts thereon is connected to the side annular surface with the top surface. A concaved containing region is annularly formed between the side annular surface and the bottom surface. A throughout-like communication part is formed on the bottom surface.

Description

Multi-purpose single-layer potted basin structure

The invention belongs to the technical field of multi-purpose single-layer potted basin structure, in particular to an optimal fixing method with anti-theft, windproof and shockproof, so as to reduce the accidental danger of slamming and falling, or being easily stolen. At the same time, it can also have the heat insulation effect of preventing direct sunlight exposure, so as to effectively control the humidity of the soil to achieve planting suitable for different plants.

According to the conventional flower pot or tree pot structure, the material of the basin can be divided into ceramic or plastic products, and the thickness of the basin is a single layer. Please refer to Figure 8. The basin 1 can be divided into a top surface 10 and a side. The surrounding surface 11 and the bottom surface 12 are formed, wherein the side surrounding surface 11 and the bottom surface 12 are annularly formed into an open receiving chamber 13 , and a through drain hole 14 is disposed on the bottom surface 12 to allow the soil to be placed. In the housing chamber 13, the flower seedlings or saplings can be directly planted into the soil for planting purposes; although the above-mentioned creation case can achieve the original purpose of creation, it is highly praised by the industry and general operators, The industry has been making breakthroughs in research and development and technological innovations, so that applicants can work harder to study and improve, so that they are perfect and practical. In addition, the creators have repeatedly updated experimental tests and summarized consumption. In response to the actual operation, I found that the following problems still need to be further improved:

One. Due to the high housing prices and high land cost era, when consumers plant a variety of different plants, the potted plants are often placed directly on the balcony of the building or placed on the elevated scaffolding. Or due to factors such as typhoons or earthquakes, it is possible to cause the potted plants to fall and the accidental danger of others is a major problem.

two. As stated in the first point, if the potted plants are placed directly on the ground or on the scaffolding, it is easy for the third person to easily carry the potted plants away for another major problem.

three. Because the traditional basin is a single-layer type, coupled with the long-term exposure of sunlight, the heat absorbed by the basin is directly transmitted to the soil, and the soil at the bottom of the basin is highly humid and hot. The roots of plants that are already located in a high-humidity and hot soil environment are easily cooked and can no longer grow into another major problem.

In view of this, the present invention proposes a multi-purpose single-layer potted pot structure in order to effectively overcome the above problems in order to benefit all consumers and manufacturers in view of the above-mentioned lack of the prior art.

The main content of the multi-purpose single-layer potted basin structure of the present invention is to provide a threaded portion, a guide post, a guide rail or a positioning hole which is already located on the body, and can be used together with other objects to make it have anti-theft The best way to prevent wind and shock, to reduce the accidental risk of smashing down, or to be easily stolen. At the same time, it can also prevent the direct sunlight from intensively insulating, so as to effectively control the humidity of the soil. And to achieve planting for different plants.

Moreover, in order to achieve the above problem, the main technical solution of the present invention is as follows: a body, which can be at least divided into a ring façade, a top surface, a side ring surface and a bottom surface, wherein the ring façade can be formed. The threaded portion is connected to the side ring surface by the top surface; and the side annular surface and the bottom surface are surrounded by a concave receiving area, and the through surface is formed with a through-conducting portion. With the above configuration, the present invention can surely make the body and the object cooperate with each other so as to have an optimal fixing method for theft prevention, windproof and shockproof, and can reduce the accidental risk of smashing down or being easily stolen. The phenomenon of walking, at the same time, can also have the heat insulation effect of preventing direct sunlight exposure, in order to effectively control the humidity of the soil, and achieve a progressive effect for the planters suitable for different plants.

Referring first to FIG. 1 to FIG. 6, the present invention relates to a multi-purpose single-layer potted basin structure, comprising: a body 2 which can be at least divided into a ring facade 20, a top surface 21, and a side ring. The surface 22 and the bottom surface 23 are formed. The ring-shaped surface 20 is formed with a threaded portion 201, and the annular surface 20 is coupled to the side annular surface 22 by the top surface 21; further, the side annular surface 22 and the bottom surface 23 A centrally convexly accommodating area 24 is formed around the periphery, and a hollow through-conducting portion 25 is formed on the bottom surface 23; in the future, the outer surface of the ring-shaped surface 20 may be distributed with a non-slip pull portion 205 For the purpose of applying force when the body 2 is taken up, disassembled or assembled; the hollow through-conducting portion 25 may be formed with a thread 251 (as shown in FIG. 1) or one or more protrusions 252 (as shown in the figure). 5), or formed with more than one guide rail (not shown in the figure), for energy supply and assembly 6 (such as: movable sleeve, movable seat, or plunger, etc.) screwing set or rotating set, Wherein, the top edge of the threaded 251-shaped conductive portion 25 is formed with a convex ring-shaped or convex-shaped limiting portion 255, and the limiting portion 255 can be used as a restriction The movement limit control of the piece 6 is set during the assembly; the lower position of the conduction portion 25 cannot be lower than the lowest position of the outer wall edge of the accommodating area 24; when the inner surface of the ring façade 20 of the body 2 is to be located When the threaded portion 201 is screwed directly to the external thread 5 of the object 5 (for example, a scaffold (Fig. 2), etc.], the body 2 can be surely fixed to the object 5, regardless of the typhoon. Earthquakes or accidental collisions will not easily cause the body 2 to form a direct separation from other objects and cause injury to others. It will not be easy for others to take the body 2 away. The structure is obviously the best fixing method for anti-theft, windproof and shockproof, and can also avoid the accidental danger of slamming down or being easily stolen; when it is already located on the inner surface of the ring facade 20 of the body 2 When the threaded portion 201 is directly screwed to the external thread 501 of the object 5 (for example, a water collecting cylinder (not shown), a shielding layer is formed on the outer side of the body 2, so that the body 2 and the other object 5 are Forming a hollow area that is not in direct contact to use the other object 5 as a heat that directly absorbs sunlight , And to form a heat insulating effect of preventing strong direct sunlight exposure, the effective soil moisture is needed to be controlled, and then to apply to different plants planted.

When the hollow through-conducting portion 25 and the plunger-type fitting 6 are screwed or set or rotated, the fitting 6 can be sealed at one end of the conducting portion 25 (as shown in FIG. 3), and the peripheral recess is convex in the middle. The accommodating area 24 is in a sealed state, and can be used as a plant for hydroponic plants or for raising fish and shrimp to increase the field of use thereof.

Referring to FIG. 4, which is a second embodiment of the present invention, the main change is that the threaded portion 201 is formed on the original ring façade 20, and the one or more guide posts 202 are formed on the ring façade 20. Therefore, the guide post 202 can be directly rotated and combined with the guide rail (not shown) of the other object 5 (such as a scaffold, a water collecting cylinder, etc.), so that the body 2 can be surely fixed to him. On the object 5, whether it is a typhoon, an earthquake or an accidental collision, it will not easily cause the body 2 to form a direct separation from the other object 5 and cause injury to others, and it will not be easily provided to others. The body 2 can be removed; thus, the related technical means and principles of the body 2 used in the present invention have been described in detail above, and therefore will not be described herein.

Referring to FIGS. 5 and 6, which is a third embodiment of the present invention, the main change is that the threaded portion 201 is formed on the original ring façade 20, and the façade 20 is formed with one or more guide rails 203. Therefore, the guide rail 203 can be directly rotated and combined with the guide column (not shown) of the other object 5 (such as a scaffold, a water collecting cylinder, etc.), so that the body 2 can be surely fixed on the object 5. Whether it is a typhoon, an earthquake or an accidental collision, it will not easily cause the body 2 to form a separation from the other object 5 and cause injury to others, and it will not be easy for others to use the body. 2, take away; Thus, with the above configuration, the related technical means and principles of the body 2 used in the present invention have been described in detail above, and therefore will not be described herein.

Referring to FIG. 7, which is a fourth embodiment of the present invention, the main change is that the threaded portion 201 is formed on the original ring façade 20, and the top surface 21 is formed with one or more top surfaces formed thereon. The positioning hole 211 (which may be replaced by a threaded hole) is directly assembled to the object 5 by the third component (not shown, such as a bolt or a rivet or a pin), and is directly assembled to the object 5 (eg: On the scaffolding, water collecting tanks, etc., so that the body 2 can be fixed on the object 5, whether it is a typhoon, an earthquake or an accidental collision, it will not easily make the body 2 directly with him. The object 5 forms a phenomenon of detachment and hurts others, and it is not easy for others to take the body 2 away; thus, with the above configuration, the related technical means and principles of the body 2 used in the present invention have been It is described in detail above, so it will not be described here.

The above description of the invention is only one of the embodiments of the present invention, and it is intended that the features and spirits of the present invention should be included in the scope of the present invention.

2. . . Ontology

20. . . Ring facade

201. . . Thread part

202. . . Guide post

203. . . guide

205. . . Slip-moving part

twenty one. . . Top surface

211. . . Positioning hole

twenty two. . . Side annulus

twenty three. . . Bottom

twenty four. . . Included area

25. . . Conduction

251. . . Thread

252. . . Tab

255. . . Limiting department

5. . . Other things

501. . . External thread

6. . . Accessories

Figure 1 is a perspective partial cross-sectional view of the present invention.

Figure 2 is a combined cross-sectional state diagram of Figure 1.

Figure 3 is a combined cross-sectional state diagram of another application of Figure 2.

Figure 4 is a partially enlarged plan view showing a perspective view of a second embodiment of the present invention.

Figure 5 is a partially enlarged plan view showing a perspective view of a third embodiment of the present invention.

Figure 6 is a plan view of the state of Figure 5.

Figure 7 is a partially enlarged plan view showing a perspective view of a fourth embodiment of the present invention.

Figure 8 is a diagram of the state of the plane profile of the conventional use.

2. . . Ontology

20. . . Ring facade

201. . . Thread part

205. . . Slip-moving part

twenty one. . . Top surface

twenty two. . . Side annulus

twenty three. . . Bottom

twenty four. . . Included area

25. . . Conduction

251. . . Thread

255. . . Limiting department

Claims (19)

A multi-purpose single-layer potted pot body structure comprising: a body, which is at least divided into a ring façade, a top surface, a side ring surface and a bottom surface, wherein a threaded portion is formed on the ring façade, and The ring façade is connected to the side ring surface by the top surface; further, the side ring surface and the bottom surface are surrounded by a recessed receiving area, and a through-conducting portion is formed on the bottom surface; When the body is used in conjunction with other objects, it can be equipped with the best fixing method of anti-theft, windproof and shockproof, so as to reduce the accidental risk of smashing down or being easily stolen. At the same time, it can also have It prevents the direct sunlight from intensively exposing the heat to effectively control the humidity of the soil to achieve planting for different plants. A multi-purpose single-layer potted basin structure comprises: a body, which is at least divided into a ring façade, a top surface, a side ring surface and a bottom surface, wherein at least one of the ring façades is formed a guide post, and the ring façade is connected to the side ring surface by the top surface; further, the side ring surface and the bottom surface can be surrounded by a concave accommodating area, and a through-conducting portion is formed on the bottom surface; With the above configuration, when the body is used in conjunction with other objects, it can be optimally secured against theft, wind, and shock to reduce the risk of accidental slamming or being easily stolen. It can also have the heat insulation effect of preventing direct sunlight exposure, so as to effectively control the humidity of the soil to achieve planting suitable for different plants. A multi-purpose single-layer potted basin structure comprises: a body, which is at least divided into a ring façade, a top surface, a side ring surface and a bottom surface, wherein at least one of the ring façades is formed a guide rail, and the ring façade is connected to the side ring surface by the top surface; further, the side ring surface and the bottom surface are surrounded by a recessed accommodating area, and a through-conducting portion is formed on the bottom surface; According to the above configuration, when the body is used in combination with other objects, it can be optimally fixed by anti-theft, windproof and shockproof, so as to reduce the accidental risk of slamming and falling, or being easily stolen. It can also have the heat insulation effect of preventing direct sunlight exposure, so as to effectively control the humidity of the soil to achieve planting suitable for different plants. A multi-purpose single-layer potted basin structure comprises: a body, which is at least divided into a ring façade, a top surface, a side ring surface and a bottom surface, wherein the ring façade is connected by a top surface a positioning hole is formed on the top surface of the ring surface; and a positioning hole is formed on the top surface; and a through hole-shaped receiving portion is formed on the bottom surface; and the through structure is formed on the bottom surface; When the body is used in conjunction with other objects, it can be equipped with the best fixing method of anti-theft, windproof and shockproof to reduce the accidental risk of slamming and falling, or to be easily stolen. At the same time, it can also prevent The direct sunlight is strongly exposed to the heat insulation effect to effectively control the humidity of the soil to achieve planting for different plants. The multi-purpose single-layer potted basin structure as described in claim 1, 2, 3, or 4, wherein the conductive portion of the bottom surface of the body is formed with a thread for screwing the fitting. The multi-purpose single-layer potted basin structure according to the fifth aspect of the invention, wherein the surface of the ring façade of the main body can be distributed with a non-slip pulling portion for force application during taking, disassembling or assembling. use. The multi-purpose single-layer potted basin structure according to claim 6, wherein the top edge of the threaded conductive portion of the body is formed with a limiting portion for limiting movement of the accessory when assembled . The multi-purpose single-layer pot basin structure according to claim 7, wherein the lowest position of the conduction portion of the body is not lower than the lowest position of the outer edge of the outer convex portion of the peripheral recess. The multi-purpose single-layer potted basin structure as described in claim 1, 2, 3, or 4, wherein one or more studs are formed on the conductive portion of the bottom surface of the body for the rotation of the accessory Use. The multi-purpose single-layer potted pot body structure according to claim 9, wherein the surface of the ring façade of the main body can be distributed with a non-slip pulling portion for force application during taking, disassembling or assembling. use. The multi-purpose single-layer potted pot body structure according to claim 10, wherein the top edge of the convex column-shaped conductive portion of the body is formed with a limiting portion as a restriction limit of movement of the accessory when the assembly is assembled. use. The multi-purpose single-layer potted basin structure according to claim 11, wherein the lowest position of the conduction portion of the body is not lower than the lowest position of the outer edge of the outer convex portion of the peripheral recess. The multi-purpose single-layer potted basin structure as described in claim 1, 2, 3, or 4, wherein one or more guide rails are formed on the conductive portion of the bottom surface of the body for the rotation of the accessory assembly. use. The multi-purpose single-layer potted pot body structure according to claim 13 , wherein the surface of the ring façade of the main body can be distributed with a non-slip pull portion for force application during taking, disassembling or assembling. use. The multi-purpose single-layer potted basin structure according to claim 14, wherein the top edge of the rail-shaped conductive portion of the body is formed with a limiting portion for limiting movement of the accessory when assembled . The multi-purpose single-layer pot basin structure according to claim 15, wherein the lowest position of the conduction portion of the body is not lower than the lowest position of the outer edge of the outer convex portion of the peripheral recess. The multi-purpose single-layer potted pot body structure as described in claim 1, 2, 3, or 4, wherein a non-slip pull portion is distributed on the surface of the ring façade of the body for easy access Applying force when disassembling or assembling. The multi-purpose single-layer potted basin structure according to claim 17, wherein the top edge of the conductive portion of the body is formed with a limiting portion for limiting the movement of the fitting when assembled. The multi-purpose single-layer potted basin structure according to claim 18, wherein the lowest position of the conduction portion of the body is not lower than the lowest position of the outer edge of the outer convex portion of the peripheral recess.