CN115281002A

CN115281002A - Flower pot

Info

Publication number: CN115281002A
Application number: CN202211109575.8A
Authority: CN
Inventors: 赖红邦
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-09-13
Filing date: 2022-09-13
Publication date: 2022-11-04

Abstract

The application relates to a flowerpot, including the flowerpot body, flowerpot body upper portion has the opening, is provided with bearing structure, characterized by in the middle of the flowerpot body: the flowerpot body openly is provided with ventilation structure and/or at the back, ventilation structure and the inside intercommunication of bearing structure, bearing structure include the support roof that fuses, support the outer loop and support the inner ring, support and be provided with the bleeder vent on the outer loop. The flowerpot body is provided with a front ventilation channel, a rear ventilation channel, a front extension pipe and a rear extension pipe, the front ventilation channel is communicated with the front extension pipe, and the top of the front extension pipe is provided with a low-level opening; extension pipe behind back ventilation passageway intercommunication, preceding extension pipe is hugged closely to back extension pipe, and back extension pipe top sets up high-order opening, and high-order opening is higher than low level opening and both opposite directions. This application has that the air permeability is good, easy kind is alive, conveniently observe water level, bearing structure is fixed reliable, earth is difficult for pouring advantages such as.

Description

Flower pot

Technical Field

The application relates to a flowerpot, in particular to a flowerpot for planting flowers, plants and seedlings.

Background

Indoor air mobility is less, often appears in indoor potted plant because flowerpot bottom lacks the phenomenon of oxygen and rotten root, rotten root phenomenon is the leading cause of causing potted plant blight. For example, in a utility model patent document having a patent name of "plant growing container" and publication No. CN210782189U, since it is usually placed on an indoor table, there are no air holes around the front, back, left, and right sides, which leads to a problem of poor ventilation and affects plant growth. In addition, the prior art also has the problems that the water level in the flowerpot is inconvenient to observe, the supporting structure is not reliable to fix, and the table top or the ground is easy to be polluted after the flowerpot is carelessly knocked over.

Disclosure of Invention

The technical problem that this application was solved is overcome the above-mentioned not enough that exists among the prior art, and provides a flowerpot that the air permeability is good, easy kind is alive, conveniently observe the water level, bearing structure is fixed reliable, earth is difficult for pouring out.

The technical scheme adopted by the application for solving the technical problems is as follows:

the utility model provides a flowerpot, includes the flowerpot body, flowerpot body upper portion has the opening, is provided with bearing structure, characterized by in the middle of the flowerpot body: the flowerpot body openly and/or be provided with ventilation structure at the back, ventilation structure and the inside intercommunication of bearing structure, bearing structure including the roof of supporting, support outer loop (support the outrigger) and support the inner ring (support the inner tower) that link into an organic whole, support and be provided with the bleeder vent on the outer loop. This application openly and/or be provided with ventilation structure at the back through the flowerpot body, with in the bearing structure of air introduction flowerpot body, the easy mashed root's of the bleeder vent circulation to flowerpot body lower part plant position of rethread bearing structure side to improve flowerpot gas permeability and plant survival rate.

The ventilation structure comprises a front ventilation channel, a rear ventilation channel, a front extension pipe and a rear extension pipe, wherein the front ventilation channel is communicated with the front extension pipe, and the top of the front extension pipe is provided with a low-position opening; the extension pipe behind back ventilation channel intercommunication, preceding extension pipe is hugged closely to back extension pipe, and back extension pipe top is provided with a high-order opening, and high-order opening is higher than low-order opening and both orientation opposite, and bearing structure covers preceding extension pipe and back extension pipe, and preceding extension pipe and back extension pipe are hugged closely to the bottom surface of supporting the roof, and preceding extension pipe is hugged closely and is supported the outer loop, and back extension pipe is hugged closely and is supported the inner ring. The design enables air to flow through the front extension pipe, the low-level opening and the supporting inner ring from the front ventilation channel, and then flow out through the high-level opening, the rear extension pipe and the rear ventilation channel. Or the air is fed from the rear ventilation channel and flows out from the front ventilation channel. The close fit of the front extension pipe, the rear extension pipe and the support structure can also prevent the support structure from moving back and forth.

This application the shell of flowerpot body is the trapezoidal of invering, shell inner wall is provided with the support boss, and the height that supports the boss is the same with bearing structure's height, supports the boss external diameter the same with flowerpot body bottom external diameter. When the flowerpot body is stacked and transported, the supporting lug boss can bear the pressure of the flowerpot above the supporting lug boss on the supporting structure, so that the supporting structure is prevented from being crushed.

This application flowerpot body shell openly is provided with the water level display piece, and water level display piece inboard is provided with a plurality of recesses, is provided with one kind in every recess and meets water color-changing material, and the water level display piece adopts transparent material, and the recess level sets up, conveniently observes the water level in the flowerpot.

The material changing color when meeting water comprises sodium peroxide, anhydrous copper sulfate, anhydrous cobalt chloride and the like. When this internal water that has of flowerpot, can roughly judge the height of water level through seeing that water allochroic material has or not discolour when meeting in certain recess.

The bottom of the supporting outer ring and the bottom of the supporting inner ring are provided with notches which are the same in size and are correspondingly configured front and back, and the supporting structure is clamped on the front ventilation channel and the rear ventilation channel through the notches to prevent the supporting structure from moving left and right.

The application ventilation structure includes ventilation viewing aperture and bearing structure opening, and the flowerpot body openly is provided with the ventilation viewing aperture, and the bearing structure cross section is the square, and bearing structure openly is equipped with a bearing structure opening, ventilation viewing aperture and bearing structure opening intercommunication. Because the supporting structure opening communicates the ventilation viewing aperture of flowerpot body, the air outside the ventilation viewing aperture intercommunication flowerpot, the air can blow in the supporting structure and spread to its outside periphery through the bleeder vent on the supporting structure, has strengthened the gas permeability of flowerpot, and the ventilation viewing aperture makes the person of planting see the volume of water in the supporting structure easily simultaneously.

The inner walls of the two sides of the ventilation observation port of the flowerpot body are respectively provided with a fixing column, the fixing columns are tightly attached to the outer side of the opening of the supporting structure, and three corners (except the corner where the opening of the supporting structure is located) of the supporting structure and the opening of the supporting structure are tightly attached to the inner wall of the flowerpot body, so that the supporting structure can be prevented from moving all around. The fixing column can prevent the supporting structure from rotating.

This application the bleeder vent is the loudspeaker form of opening from inside to outside, prevents that earth from falling in the bearing structure, does benefit to the air outdiffusion in the bearing structure.

The supporting inner ring is provided with gaps which are symmetrically configured relative to the central line in the front-back direction of the supporting inner ring, and the gaps extend from the top of the supporting inner ring to the middle lower part of the supporting inner ring, so that the air permeability of soil on the side surface of the supporting inner ring is facilitated.

This application still is provided with the lid, and the lid adopts the ring lid, and the centre of ring lid is the ring opening, and the ring lid outward flange is provided with the external screw thread, and flowerpot body inner wall top is provided with the internal thread, external screw thread and interior screw-thread fit. The plant passes the ring opening and plants the completion back, internal thread above the external screw thread screw in flowerpot body. When the flowerpot body is knocked down by accident, the annular cover can keep off soil in the flowerpot body, can prevent the flowerpot body from knocking down by accident, and then soil can pollute the ground, so that the potted plant can become clean.

This application bearing structure cross section can be circle ring, square, rectangle, circular, and its certain face or certain several faces set up the bearing structure opening and ventilate.

The application flowerpot body and bearing structure are suitable for being made of ceramic materials or glass or metal materials with long service life, and the service life is prolonged by several times or even dozens of times easily.

The application flowerpot body cross section is shape such as ellipse, circular or square, and bearing structure adopts the structural shape who suits with the flowerpot body.

Compared with the prior art, the application has the following advantages and effects: good ventilation, easy planting, convenient water level observation, reliable fixing of the supporting structure, difficult soil pouring and the like.

Drawings

Fig. 1 is a schematic front view of embodiment 1 of the present application.

Fig. 2 is a schematic left side view of fig. 1.

Fig. 3 is a schematic top view of fig. 1.

Fig. 4 is a schematic front view of embodiment 2 of the present application.

Fig. 5 is a schematic left side view of fig. 4.

Fig. 6 is a schematic top view of fig. 4.

Detailed Description

The present application will be described in further detail below by way of examples with reference to the accompanying drawings, which are illustrative of the present application and are not intended to limit the present application. In the present application, the front side of the front is referred to as front, the rear side of the front is referred to as rear, and the right side is referred to as front and the left side is referred to as rear, with respect to fig. 2.

Example 1:

referring to fig. 1-3, the flowerpot of the embodiment includes a flowerpot body 1, wherein the upper part of the flowerpot body 1 is provided with an opening, and the flowerpot is characterized in that: the lower part of the flowerpot body 1 is provided with a front ventilation channel 2 and a rear ventilation channel 3, the front ventilation channel 2 is communicated with a front extension pipe 5, the front extension pipe 5 extends upwards, and the left side (see figure 1) of the top of the front extension pipe 5 is provided with a low-level opening 51 for drainage; the rear ventilation channel 3 is communicated with a rear extension pipe 6, the rear extension pipe 6 extends upwards and is tightly attached to the front extension pipe 5, and a high-position opening 61 (which is higher than the low-position opening 51) is arranged at the right side of the top of the rear extension pipe 6. When the water is poured too much, the water in the flowerpot overflows, and since the low-level opening 51 is lower than the high-level opening 61, the water flows into the front extension pipe 5 from the low-level opening 51 and does not flow into the rear ventilation channel 3 from the high-level opening 61, the water is prevented from flowing out of the rear ventilation channel 3 to soil the floor or the table surface behind the flowerpot, and the water flows out of the front ventilation channel 2 to be more easily seen as the water is poured too much. Because the front extension pipe 5 and the rear extension pipe 6 are positioned relatively close to the front, if the flowerpot body 1 is inclined backwards when water flows out from the front ventilation channel 2, the water is easily absorbed by soil at a higher position at the rear, and a part of water can be quickly absorbed. The bottoms of the front ventilation channel 2 and the rear ventilation channel 3 can be provided with bottom plates. When water is poured too much, when excessive water flows out through the front extension pipe 5 (when the flowerpot is horizontally placed) or the rear extension pipe 6 (when the flowerpot inclines backwards, so that the high-position opening 61 is lower than the low-position opening 51), the water can be prevented from accumulating at the bottom of the flowerpot by guiding the flowerpot out through the ventilation channel and the bottom plate.

A supporting structure 7 is arranged in the flowerpot body 1, the supporting structure 7 comprises a supporting top plate 71, a supporting outer ring 72 and a supporting inner ring 73, the cross section of the supporting structure 7 is circular, and the three-dimensional structure is a hollow cylinder; because the air at the bottom edge of the flowerpot is difficult to circulate, the root rot phenomenon mainly occurs at the bottom edge of the flowerpot. The annular structure of the supporting outer ring 72, the front ventilation channel 2 and the rear ventilation channel 3 can allow air to easily diffuse to the edge of the bottom of the flowerpot, can prevent the root rot phenomenon at the edge of the bottom of the flowerpot, and is favorable for the growth of plants. The middle of the supporting structure 7 is a position which is easily bent by the pot soil or plants, the supporting inner ring 73 improves the supporting force in the middle of the supporting structure 7, prevents the supporting structure 7 from being bent or crushed, and is beneficial to planting heavy big plants.

Support structure 7 covers preceding extension pipe 5 and back extension pipe 6, extension pipe 5 and back extension pipe 6 before the bottom surface of supporting roof 71 hugs closely, and preceding extension pipe 5 hugs closely and supports outer loop 72, and back extension pipe 6 hugs closely and supports inner loop 73, and the effect prevents that the low level opening 51 on the left of preceding extension pipe 5 and the high level opening 61 air on the right of back extension pipe 6 from directly flowing each other, and the air can be around supporting inner loop 73 round through preceding extension pipe 5, low level opening 51 from preceding ventilation channel 2, flows through high level opening 61 again, extension pipe 6 to back ventilation channel 3, or the reverse is followed back ventilation channel 3 and is advanced, preceding ventilation channel 2 goes out. When wind blows, either the front ventilation channel 2 or the rear ventilation channel 3, it flows through the support structure 7. The close fit of the front extension tube 5, the rear extension tube 6 and the support structure 7 also prevents the support structure 7 from moving back and forth.

This application 1 shell of flowerpot body 10 can outwards incline up (the cross-section is the trapezoidal of invering promptly), and 1 shell of flowerpot body 10 inner wall is provided with support boss 9, and the height of support boss 9 is the same with bearing structure 7's height, and it is the same with 1 bottom external diameter of flowerpot body to support boss 9 external diameter to the flowerpot body of arbitrary the same specification can overlap from the top and put on the support boss 9 of next flowerpot body. Like this a plurality of flowerpot body 1 when stacking the transportation, support boss 9 can overlap the top flowerpot of putting and to bearing structure 7's pressure, prevent that bearing structure 7 from being crushed.

The application shell 10 inner wall (being flowerpot body 1 inner wall) top is provided with internal thread 101, can let the external screw thread 43 screw in internal thread 101 of lid 4.

This application flowerpot body 1 openly shell 10 lower part is provided with water level display piece 102, and water level display piece 102 inboard is provided with many recesses 103, is provided with a kind of chance water color-changing material 104 in every recess 103. The water level display sheet 102 is made of transparent material so that the color of each groove on the inner side can be seen, the grooves 103 are horizontally arranged, and the water-encountering color-changing material 104 is the prior art, such as sodium peroxide, anhydrous copper sulfate, anhydrous cobalt chloride and the like. When water exists in the flowerpot body 1, the approximate height of the water level can be judged by observing the color change of the water-encountering color-changing material 104 in the groove 103.

This application be provided with bleeder vent 74 on bearing structure 7's the support outer ring 72, bleeder vent 74 from inside to outside tubaeform (the inboard little outside of bleeder vent 74 is big promptly) opens, and the effect prevents that earth from falling in bearing structure 7, does benefit to the air in the bearing structure 7 and outwards diffuses.

The supporting inner ring 73 is provided with a gap 75, the gap 75 extends from the top of the supporting inner ring 73 to the middle lower part of the supporting inner ring 73, and the gap 75 is symmetrically configured relative to the central line of the supporting inner ring 73 in the front-back direction, so that the air permeability of the soil on the two sides of the supporting inner ring 73 is facilitated.

The bottom of the outer support ring 72 and the bottom of the inner support ring 73 are provided with notches 76 which are the same in size and are respectively arranged in a front-back corresponding mode, and the support structure 7 is clamped on the front ventilation channel 2 and the rear ventilation channel 3 through the notches 76, so that the support structure 7 can be prevented from moving left and right.

This application shell 10 top is provided with lid 4, and lid 4 adopts crown cap 41, and the centre of crown cap 41 is ring opening 42, and 41 outward flanges of crown cap are external screw thread 43. After the plant passes through the circular ring opening 42 and is planted, the external thread 43 is screwed into the internal thread 101 on the outer shell 10. When flowerpot body 1 is knocked over by accident, ring lid 41 can keep off earth in flowerpot body 1, can prevent that flowerpot body 1 from knocking over back earth by accident and making ground dirty, lets potted plant grow totally.

Example 2:

referring to fig. 4-6, the flowerpot of embodiment 2 of the present application includes

flowerpot body

11, and 11 upper portions of flowerpot body have the opening, also is provided with bearing structure 8 in the flowerpot body 11, and bearing structure 8 is including supporting roof 81, supporting outer loop 82 and supporting inner ring 83, is provided with bleeder vent 84 on the supporting outer loop 82, and bleeder vent 84 is outwards flared from inside to outside, prevents that earth from falling in bearing structure 8, is favorable to the outside circulation of air in the bearing structure 8. The supporting inner ring 83 is provided with a gap 85, and the gap 85 is beneficial to supporting the air permeability of soil beside the inner ring 83.

The main differences between the embodiment 2 and the embodiment 1 include the differences of the ventilation mode, the fixing mode and the water quantity observation mode: the front of the flowerpot body 11 is provided with a ventilation observation port 12, the cross section of the supporting structure 8 is square, the front of the supporting structure 8 is also provided with a supporting structure opening 86, the supporting structure opening 86 is communicated with the ventilation observation port 12, and the ventilation observation port 12 is communicated with the air outside the flowerpot, so that the air is easily blown into or diffused into the supporting structure 8, and the amount of water in the supporting structure 8 is easily seen.

The inner walls of the two sides of the ventilation observation opening 12 of the flowerpot body 11 are respectively provided with a fixing column 13, the fixing columns 13 are tightly attached to the outer side of the supporting structure opening 86, and three corners of the supporting structure 8 and one supporting structure opening 86 are tightly attached to the inner wall of the bottom of the flowerpot body 1 (see figure 6), so that the supporting structure 8 can be prevented from moving left and right. The fixing posts 13 prevent the support structure 8 from rotating.

As a further improvement, the ventilation observation opening 12, the fixing post 13 and the support structure opening 86 can also be symmetrically arranged at the front and the rear of the flowerpot, so as to further improve the ventilation and the relative stability of the support structure 8. In addition, the top of the embodiment 2 can also be provided with a cover (not shown in the figures) with a hole in the middle, and the cover can be detachably (for example, clamped or screwed) arranged at the top of the flowerpot body 11 to prevent soil from pouring out when the flowerpot turns over.

The flowerpot body 11 and the supporting structure 8 in the embodiment 2 are relatively simple in structure, and the manufacturing cost is low because the flowerpot is manufactured by using less materials than the flowerpot on the market.

This application 7 cross section of bearing structure can design into ring shape, square, rectangle, circular etc. as required, and its certain face sets up the bearing structure opening and ventilates. The support structure 7 with the support inner ring 73 has the advantages of high air permeability and high support force. The advantage of the support structure 7 without the support inner ring 73 is that it is simple and inexpensive to manufacture.

Compared with the prior art, the application has the following advantages and effects: good ventilation, easy planting, convenient water level observation, reliable fixing of the supporting structure, difficult pouring of soil and difficult damage of the supporting structure.

Claims

1. The utility model provides a flowerpot, includes the flowerpot body, flowerpot body upper portion has the opening, is provided with bearing structure, characterized by in the middle of the flowerpot body: the flowerpot body openly and/or be provided with ventilation structure at the back, ventilation structure and the inside intercommunication of bearing structure, bearing structure including the support roof that fuses, support the outer loop and support the inner ring, support and be provided with the bleeder vent on the outer loop.

2. A planter according to claim 1, wherein: the ventilation structure comprises a front ventilation channel, a rear ventilation channel, a front extension pipe and a rear extension pipe, wherein the front ventilation channel is communicated with the front extension pipe, and the top of the front extension pipe is provided with a low-position opening; the extension pipe behind back ventilation channel intercommunication, preceding extension pipe is hugged closely to back extension pipe, and back extension pipe top is provided with a high-order opening, and high-order opening is higher than low-order opening and both orientation opposite, and bearing structure covers preceding extension pipe and back extension pipe, and preceding extension pipe and back extension pipe are hugged closely to the bottom surface of supporting the roof, and preceding extension pipe is hugged closely and is supported the outer loop, and back extension pipe is hugged closely and is supported the inner ring.

3. A planter according to claim 2, wherein: the shell of flowerpot body is the trapezoidal of invering, the shell inner wall is provided with supports the boss, supports the height of boss and bearing structure's highly the same, supports the boss external diameter the same with flowerpot body bottom external diameter.

4. A planter according to claim 2, wherein: the flowerpot body shell openly is provided with water level display piece, and the water level display piece inboard is provided with the recess that a plurality of levels set up, is provided with one kind in every recess and meets water color-changing material, and water level display piece adopts transparent material.

5. A planter according to claim 2, wherein: the bottom of the supporting outer ring and the bottom of the supporting inner ring are provided with notches which are the same in size and are correspondingly configured in the front and the back, and the supporting structure is clamped on the front ventilation channel and the back ventilation channel through the notches.

6. A planter according to claim 1, wherein: the ventilation structure comprises a ventilation observation port and a supporting structure opening, the ventilation observation port is arranged on the front side of the flowerpot body, the cross section of the supporting structure is square, the supporting structure is provided with a supporting structure opening on the front side, and the ventilation observation port is communicated with the supporting structure opening.

7. A flower pot according to claim 6, wherein: the flowerpot body ventilation viewing aperture both sides inner wall is provided with the fixed column respectively, and the supporting structure opening outside is hugged closely to the fixed column, and the flowerpot body inner wall is hugged closely to three angles and the supporting structure opening of supporting structure.

8. A planter according to claim 2 or 6, wherein: the air holes are in a horn shape which is opened from inside to outside.

9. A planter according to claim 2 or 6, wherein: the supporting inner ring is provided with a gap, the gap is symmetrically configured relative to the central line of the supporting inner ring in the front-back direction, and the gap extends from the top of the supporting inner ring to the middle lower part of the supporting inner ring.

10. A planter according to claim 2 or 6, wherein: still be provided with the lid, the lid adopts the ring lid, and the centre of ring lid is the ring opening, and ring lid outward flange is provided with the external screw thread, and flowerpot body inner wall top is provided with the internal thread, external screw thread and interior screw-thread fit.