CN112166879A

CN112166879A - Assembled flowerpot assembly and flowerpot

Info

Publication number: CN112166879A
Application number: CN202011267135.6A
Authority: CN
Inventors: 孟亚泽; 张磊; 王建红
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-11-13
Filing date: 2020-11-13
Publication date: 2021-01-05

Abstract

The invention relates to an assembled flowerpot assembly and a flowerpot, wherein the assembled flowerpot assembly comprises at least two flowerpots, each flowerpot comprises a flowerpot body formed by at least three side edges, an anti-falling groove is formed in the periphery of the corresponding side edge of one flowerpot body in every two adjacent flowerpot bodies, an anti-falling bulge matched with the anti-falling groove and used for extending into the anti-falling groove vertically or transversely is arranged on the corresponding side edge of the other flowerpot body, and the anti-falling bulge and the anti-falling groove are in blocking fit in the transverse direction to prevent the two adjacent flowerpots from being separated in the transverse direction. The invention solves the problem of complex connection between flowerpots caused by the fact that metal wires need to be penetrated and connected to realize connection of adjacent flowerpots in the prior art.

Description

Assembled flowerpot assembly and flowerpot

Technical Field

The invention relates to an assembled flowerpot assembly and a flowerpot in the field of garden green planting.

Background

When large-area green plants are cultured, combined flowerpot assemblies are needed for convenient movement, plant replacement and other management operations. Present combination formula flowerpot subassembly is like the three-dimensional flower bed flowerpot in gardens that chinese patent CN205962012 disclosed, including a plurality of upper portion open-ended basins body, the basin body is the hexagon structure, that is to say each basin body all has six sides, two adjacent basins body correspond the side and to pasting the contact cooperation, for the wholeness of guaranteeing each basin body, the mounting hole has been seted up on the side of the basin body, realize the connection of adjacent basin body through the rib during use, be provided with the through-hole that corresponds with the mounting hole on the rib, through in the mounting hole with correspond the through-hole in the metal wire realize the basin body with being connected of rib.

The problem that this kind of current combination formula flowerpot subassembly exists lies in: the rib arranged on the side surface of the pot body and the metal wires connected to the corresponding through holes in a penetrating mode are used for realizing connection between the adjacent pot bodies, the rib arranged on the side surface of the pot body belongs to a side surface convex structure, the opposite combination of the corresponding pot body and other bodies is influenced, in addition, mounting holes need to be formed in the pot body, the manufacturing difficulty of the pot body is reduced, the strength of the pot body can be influenced to a certain degree, the use process of the combined flowerpot is complicated due to the penetrating and connecting process of the metal wires, and the operation strength is high; in addition, the existing combined flowerpot structure is inconvenient to be provided with a watering pipe for watering green plants in the flowerpot.

Disclosure of Invention

The invention aims to provide an assembled flowerpot to solve the problem that in the prior art, adjacent flowerpots need to be connected through metal wires to achieve connection, so that the connection between the flowerpots is complex.

In order to solve the technical problems, the technical scheme of the assembled flowerpot assembly is as follows:

the utility model provides an assembled flowerpot subassembly, includes two at least flowerpots, and each flowerpot all includes the basin body that comprises at least three side, in two adjacent basin bodies, the side periphery that corresponds of one of them basin body is provided with the anticreep recess, be provided with on the side that corresponds of the other basin body be arranged in along vertical or horizontal the packing into the anticreep recess with the anticreep arch of anticreep recess adaptation, anticreep arch and anticreep recess are in horizontal direction the block cooperation in order to prevent that two adjacent flowerpots from breaking away in horizontal direction.

The anti-falling protrusion and the anti-falling groove are of strip structures extending in the vertical direction.

Be equipped with anticreep recess and anticreep arch on the adjacent side of same flowerpot respectively.

The section of the anti-falling groove is arc-shaped.

The water pipe that sets up in the anticreep arch along upper and lower direction extension perforates, and the anticreep is protruding to be made by elastic material, and the water pipe is perforated and is made the anticreep arch can produce the indent deformation and make the anticreep arch along transversely pack into the anticreep recess when being extruded by the notch of anticreep recess.

The technical scheme of the flowerpot provided by the invention is as follows:

the flowerpot comprises a flowerpot body formed by at least three side edges, wherein anti-falling protrusions/anti-falling grooves used for being vertically or transversely installed in corresponding anti-falling structures of adjacent flowerpot bodies are arranged on the corresponding side edges of the flowerpot body, and the anti-falling protrusions/anti-falling grooves and the anti-falling structures are in stop fit in the transverse direction to prevent the adjacent two flowerpots from being separated in the transverse direction.

The anti-falling bulge/anti-falling groove is of a strip structure extending along the up-down direction.

The section of the anti-drop groove is arc-shaped.

The invention has the beneficial effects that: in the invention, the adjacent flowerpots are connected through the anti-falling protrusions and the anti-falling grooves on the side edges of the adjacent two flowerpots, when the flowerpot is used, the adjacent two flowerpots are vertically or horizontally assembled, the anti-falling protrusions are vertically or horizontally arranged in the corresponding anti-falling grooves, and the anti-falling protrusions and the anti-falling grooves are in blocking fit in the horizontal direction, so that the connection and the anti-falling of the adjacent two flowerpots are realized, the integral relation among the flowerpots is ensured, and the connection among the flowerpots is simple and convenient.

Furthermore, water pipe perforations extending along the vertical direction are arranged in the anti-drop bulges, when the anti-drop device is used, water pipes for irrigation penetrate through the water pipe perforations along the vertical direction to irrigate green plants, the water pipe perforations are arranged in the anti-drop bulges to have two functions, 1, the anti-drop bulges are of convex structures, the water pipe perforations are arranged on the convex structures, the influence of the water pipe perforations on the wall thickness of the side edge of the flowerpot can be reduced as much as possible, and therefore the structural strength of the side edge of the flowerpot is guaranteed; 2. because the fenestrate of water pipe is seted up, make the anticreep arch have the inner chamber, the anticreep is protruding easy to be extruded and is out of shape, it is protruding to have realized like this that the anticreep can be followed and transversely pack into in the anticreep recess, when the anticreep is protruding to be extruded by the notch of anticreep recess, the bellied inner chamber of anticreep diminishes, the protruding indent of anticreep warp and smoothly pass through the notch of anticreep recess, the protruding back that enters into in the anticreep recess of sugar anticreep, the protruding elastic deformation of anticreep resets and realizes at horizontal anticreep function with the shape adaptation of anticreep recess, can transversely assemble between adjacent flowerpot, avoid raising too high height with the flowerpot.

Drawings

FIG. 1 is a schematic structural view of one embodiment of an assembled pot assembly according to the present invention;

fig. 2 is a schematic structural view of the flowerpot in fig. 1.

Detailed Description

An embodiment of an assembled flowerpot assembly is shown in figures 1-2: including a plurality of flowerpots 1, each flowerpot 1 all includes the basin body that comprises six sides 2, the bottom of the basin body is provided with six landing legs 6 along circumference interval arrangement, six landing legs set up respectively in the bottom that corner is connected to adjacent side, form the water pipe channel 7 that is used for laying the water pipe between adjacent landing legs, the structure homogeneous phase of each flowerpot in this embodiment, be provided with anticreep arch 5 and anticreep recess 4 respectively on two adjacent sides of same flowerpot, anticreep recess 4 runs through corresponding basin body along upper and lower direction, that is to say, be provided with anticreep recess and anticreep arch respectively on two corresponding sides of the adjacent flowerpot that corresponds, the adjacent side butt of two adjacent flowerpots is put.

The anti-disengaging groove and the anti-disengaging protrusion are of strip structures extending in the up-down direction, and the cross section of the anti-disengaging groove is in the shape of a circular arc larger than a semicircle. In two adjacent flowerpots, the anti-disengaging protrusions are matched with the corresponding anti-disengaging grooves in shape, and after the anti-disengaging protrusions are arranged in the anti-disengaging grooves, the anti-disengaging protrusions and the anti-disengaging grooves are in transverse blocking fit to prevent the two adjacent flowerpots from being disengaged transversely.

In this embodiment, the side integrated into one piece of bellied 5 of anticreep and flowerpot, make by this kind of elastic material of plastics, water pipe perforation 3 along the extension of upper and lower direction has been seted up in the anticreep is protruding 5, water pipe perforation 3 runs through the anticreep arch along upper and lower direction, the fenestrate existence of water pipe, make the anticreep protruding when being extruded by the notch of anticreep recess, can produce the indent deformation and make the anticreep protruding along transversely packing into corresponding anticreep recess, and the flowerpot of hexagon structure, then better this characteristic of having adapted to, when carrying out two adjacent flowerpot equipment, two adjacent flowerpots have three pairs of adjacent sides, the horizontal application of force of a pair of adjacent side in the middle of court, the anticreep recess and the anticreep arch of two other adjacent sides also can receive horizontal extrusion component, hear "collide with" a sound, two adjacent. Then, a water pipe for irrigation penetrates through the corresponding water pipe perforation from bottom to top, and the water pipe head of the water pipe is exposed on the upper side of the flowerpot, so that the green plants in the corresponding flowerpot can be irrigated.

The assembled flowerpot component is very convenient to assemble, and when two adjacent flowerpots are assembled, the three pairs of anti-falling grooves and anti-falling bulges corresponding to the three side edges of the two adjacent flowerpots can be assembled only by transversely pushing one of the three adjacent flowerpots. The fenestrate setting of water pipe has not only made things convenient for wearing to establish of water pipe, also makes to correspond the anticreep arch and can be extruded by the notch opening of anticreep recess and produce the deformation, and the arc structure more does benefit to this deformation to make the anticreep arch can be followed and transversely assembled in the anticreep recess that corresponds, reduced the restriction requirement to upper and lower direction operating space, need not promote the height of flowerpot, can accomplish the equipment between the flowerpot, correspond large-scale flowerpot, greatly reduced the equipment degree of difficulty of flowerpot. In addition, the structural strength of the side of the flowerpot is guaranteed due to the arrangement position of the water pipe, and although the anti-falling grooves are formed in the corresponding sides, after the anti-falling protrusions are filled in the anti-falling grooves, the strength of the whole assembled flowerpot assembly is guaranteed.

In other embodiments of the invention: the flowerpot can also be in a structure other than a hexagon structure, such as a three-deformation structure, a quadrangle structure or other deformation structures; the water pipe perforation in the anticreep arch also can not be established, and the flowerpot is whole also can not be made by elastic material this moment, for example the flowerpot is made by foamed material, and during adjacent flowerpot equipment this moment, vertical equipment can be followed to the flowerpot, and the anticreep arch is followed vertical packing into corresponding anticreep recess, and the cross sectional shape of anticreep recess this moment also can not be the arc structure, for example other structural style that can realize the horizontal direction anticreep such as dovetail.

The embodiment of the flowerpot is shown in figures 1-2: the specific structure of the flowerpot is the same as that of the flowerpot in each flowerpot component embodiment, and the detailed description is omitted.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.

Claims

1. The utility model provides an assembled flowerpot subassembly, includes two at least flowerpots, and each flowerpot all includes the basin body that comprises at least three side, its characterized in that: in two adjacent basin bodies, the corresponding side periphery of one of them basin body is provided with the anticreep recess, is provided with the anticreep arch that is arranged in the anticreep recess along vertical or horizontal packing and anticreep recess adaptation on the corresponding side of the basin body of another one, and anticreep arch and anticreep recess are in horizontal stopper cooperation in order to prevent that two adjacent flowerpots from breaking away in horizontal.

2. The modular planter assembly of claim 1, wherein: the anti-falling protrusion and the anti-falling groove are of strip structures extending in the vertical direction.

3. The modular planter assembly of claim 1, wherein: be equipped with anticreep recess and anticreep arch on the adjacent side of same flowerpot respectively.

4. The modular planter assembly of claim 1, wherein: the section of the anti-falling groove is arc-shaped.

5. An assembled planter assembly according to any one of claims 1 to 4, wherein: the water pipe that sets up in the anticreep arch along upper and lower direction extension perforates, and the anticreep is protruding to be made by elastic material, and the water pipe is perforated and is made the anticreep arch can produce the indent deformation and make the anticreep arch along transversely pack into the anticreep recess when being extruded by the notch of anticreep recess.

6. Flowerpot, including the basin body that constitutes by at least three side, its characterized in that: the anti-drop protrusions/anti-drop grooves used for being vertically or transversely installed in the corresponding anti-drop structures of the adjacent pot bodies are arranged on the corresponding side edges of the pot bodies, and the anti-drop protrusions/anti-drop grooves are in transverse blocking fit with the anti-drop structures so as to prevent the adjacent two flowerpots from being separated transversely.

7. A planter according to claim 6, wherein: the anti-falling bulge/anti-falling groove is of a strip structure extending along the up-down direction.

8. A planter according to claim 6, wherein: be equipped with anticreep recess and anticreep arch on the adjacent side of same flowerpot respectively.

9. A planter according to claim 6, wherein: the section of the anti-drop groove is arc-shaped.

10. A planter according to any one of claims 6 to 9, wherein: the water pipe that sets up in the anticreep arch along upper and lower direction extension perforates, and the anticreep is protruding to be made by elastic material, and the water pipe is perforated and is made the anticreep arch can produce the indent deformation and make the anticreep arch along transversely pack into the anticreep recess when being extruded by the notch of anticreep recess.