TWI802513B - Planting Pot Set (2) - Google Patents

Abstract

A planting pot group (2) includes a first planting pot and a second planting pot with the same structure, the first planting pot and the second planting pot respectively have a main pot body and at least one secondary Pot body, wherein, the main pot body has a pot bottom and a pot wall surrounding the pot bottom; the at least one auxiliary pot system is connected to the pot wall, and has a planting space communicated with the inner space of the main pot body; Wherein, the bottom of the main basin has at least one convex rib extending downward; the auxiliary basin has at least one pair of ribs; the pair of ribs are respectively connected to the inner walls of the two opposite sides of the auxiliary basin, and A sponge for placing plants; thereby, when the first plant pot is stacked on the second plant pot, the ribs of the first plant pot and the pair of ribs of the second plant pot can be The sponge is co-clamped and secured.

Description

Planting Pot Set (2)

The present invention is related to planting plants; in particular, it refers to a set of planting pots.

It is known that a planting medium (such as: sponge, soil, etc.) is placed inside the planting pot, and the plants are planted in the planting medium. Most of the structures of the existing plant pots can only provide a single type or a single number of plants to plant, so that the planted plants cannot be changed too much in landscaping. In addition, the bottom of the existing planting pots is provided with drainage holes. Although it can prevent the roots of the plants from rotting due to excessive water accumulation at the bottom of the planting pots, the water discharged from the drainage holes will also be lost. It is time-consuming and a waste of water resources to water each planting pot one by one systematically. Although some planters will place a water tray at the bottom of the plant pot to hold the water flowing from the drainage hole, the water contained in the water tray cannot be absorbed by the plant medium in the plant pot, and it is easy to breed sick mosquitoes.

In order to solve the problems that the existing plant pots can only provide a single type or a single number of plants to plant, the water is easily drained directly from the drainage holes and cannot effectively supply the plants, and the plant pots must be watered frequently. , that is, the following patented technology is produced.

It is known that my country's announcement No. M528588, the new patent case of the patent name "Root-dripping Planting Pot", has disclosed that it includes a body and at least one accommodating part. The body has a bottom surface, a side wall, multiple drainage units, and an overflow A unit and a supporting unit; the at least one accommodating part is arranged on the outer side of the side wall and protrudes outward from the side wall. Wherein, the overflow unit is arranged in the center of the bottom surface, and includes at least one rib and at least one overflow hole, and the ribs are protruded from the bottom above and below the surface; wherein the supporting unit includes a connecting piece and at least one connecting piece, and the connecting piece is combined with the rib of the overflow unit through the connecting piece, so as to ensure that the accommodating parts are located on the upper Directly below the drainage unit of the root-dripping plant pot. However, the following disadvantages still exist:

1. Although the support unit is used to provide positioning and support the stacked plant pots, but only rely on the support unit located in the center of the body to connect, the contact area of the connection is small and the force is insufficient, so it is difficult to make the plant pots stackable Maintain sufficient stability in the state, so that when the planting pot is subjected to excessive external force (such as strong wind), the support unit is prone to violent shaking relative to the body of the planting pot, and even causes the support unit to be damaged .

2. In addition, after the planting pot is watered, the water stays in the planting medium and the amount of absorption is limited; if only the bottom surface has a design with ups and downs, it can prolong the time that the water stays in the body; but for different growth For the plants in this state, the roots of the plants may not be able to extend to the bottom surface of the body to absorb the water that stays for a long time.

3. In order to achieve the purpose of easy taking of the plants in the accommodation part, the planting basket is used to clamp and fix in the at least one accommodation part, so as to avoid the phenomenon of the planting basket from toppling over; but when the plants grow vigorously Finally, the planting basket card must be taken out of the accommodating portion, which may cause the rootstock of the plant to be easily torn due to the problem of the rootstock of the plant clinging to the planting basket.

4. When two or more plant pots are stacked, if one of the plant pots needs to be removed or cleaned, the user must sequentially disconnect the corresponding support unit from the plant pot placed on the top , could successfully take out one of the planting pots, which is inconvenient and time-consuming.

Based on the above, it can be known that the design of the existing planting pots is still not perfect, and still needs to be improved.

In view of this, the object of the present invention is to provide a plant pot set with a sponge for clamping and stably planting plants.

In order to achieve the above object, the present invention provides a planting pot group, comprising a first planting pot and a second planting pot with the same structure, the first planting pot and the second planting pot have a Main basin body and at least one auxiliary basin body, wherein, the main basin body has a basin bottom and a basin wall surrounding the basin bottom; the at least one auxiliary basin system is connected to the basin wall, and has a planting space and the main basin The internal space of the body is connected; wherein the bottom of the main basin has at least one rib extending downward; the auxiliary basin has at least one pair of ribs; the pair of ribs are respectively connected to the inner walls of the two opposite sides of the auxiliary basin, And the sponge for planting plants is placed between the pair of ribs; wherein the first plant pot can be stacked on the second plant pot, the ribs of the first plant pot and the ribs of the second plant pot The sponge is clamped together against the ribs.

The effect of the present invention is that the inside of the auxiliary basin of the planting pot has at least one pair of ribs, and at least one rib extending downwards with the bottom of the main pot body, so that when the planting pots of the same structure are stacked up and down, The sponge for planting plants is multi-directional and not easy to fall off.

〔this invention〕

10: Plant pots

10A: The first planting pot

10B: Second Planting Pot

11: Hollow tube

12: Main basin

12a: drain hole

12b: hole

121:Pelvic floor

122: Basin wall

123: convex rib

124:Boss

124a: Recessed water stagnation

124b: small arc convex part

125: positioning slot

125a: tank bottom

125b: groove wall

126: Positioning convex rib

126a: bottom edge

126b: side

13: Ribs

14: Auxiliary basin

14a: Connecting port

141: Ribs

142: positioning rib

142a: abutment part

142b: Hook

15: Sponge

16: The first fastening part

16a: upper joint groove

17: The second fastening part

17a: Lower combination groove

20: Fasteners

21: Combination hole

22: convex wall

23: Tank

S1: Internal space

S2: planting space

D1: Aperture

D2: The maximum distance between convex walls

Fig. 1 is a perspective view of a plant pot in a preferred embodiment of the present invention.

Fig. 2 is a half-section schematic diagram of the planting pot shown in Fig. 1 .

Fig. 3 is a top view of the plant pot shown in Fig. 1 .

Fig. 4 is a bottom view of the planting pot shown in Fig. 1 .

Fig. 5 is an exploded view of the plant pot shown in Fig. 1 when it is stacked.

Fig. 6 is an exploded view of some components of the plant pot shown in Fig. 5 when they are stacked.

Fig. 7 is a cross-sectional view of the plant pot shown in Fig. 6 when it is stacked.

FIG. 8 is a partially enlarged view of part A in FIG. 1 .

Fig. 9 is a top view of the plant pots shown in Fig. 6 when they are stacked.

Fig. 10 is an exploded view of some components of the plant pot shown in Fig. 1 when it is stacked.

FIG. 11A is a perspective view of the fastener of the plant pot shown in FIG. 6 .

FIG. 11B is another perspective view of the fastener of the plant pot shown in FIG. 6 .

Fig. 11C is a front view of the fastener shown in Fig. 11B.

Fig. 12 is a cross-sectional view along direction 12-12 of the fastener of the planting pot shown in Fig. 6 .

Fig. 13 is a cross-sectional view along direction 13-13 of the fastener of the planting pot shown in Fig. 10 .

In order to illustrate the present invention more clearly, preferred embodiments are given and detailed descriptions are given below in conjunction with drawings. Please refer to the planting pot 10 of a preferred embodiment of the present invention shown in FIGS. The pot bottom 121 and the pot wall 122 surrounding the pot bottom 121 form a pot structure with an inner space S1, the at least one sub-pot body 14 is connected to the pot wall 122, and the at least one sub-pot body 14 has a planting space S2 And a communication port 14a, the at least one sub-basin body 14 connects the planting space S2 to the internal space S1 of the main pot body 12 through the communication port 14a. In this embodiment, there are several auxiliary basins 14 distributed on the outer wall of the basin wall 122 of the main basin 12, and the auxiliary basins 14 are arranged at the top section of the basin wall 122 at equal intervals. , and protruding outward in a manner with an inclination angle, in one embodiment, the auxiliary basin body 14 is integrally formed with the main basin body 12, but in other embodiments, the auxiliary basin body can be an independent component with It is connected to the basin wall 122 of the main basin body 12 in an external hanging manner.

The main basin body 12 of the present embodiment has a drain hole 12a in the middle of the basin bottom 121, and a hollow tube 11 connects the outer tube wall of the hollow tube 11 and the hole wall of the drain hole 12a through a plurality of ribs 13 to form a Stand upright in the drain hole 12a. The aforementioned basin bottom 121 is preferably inclined towards the drainage hole 12a, which helps to concentrate and drain the irrigation water to the drainage hole 12a. In addition, the basin bottom 121 has at least one diversion area near the basin wall 122. The aforementioned diversion area can Part of the irrigation water in the main basin 12 is diverted to the outside of the basin bottom 121, as shown in Figure 3 and Figure 4, there are many diversion areas in this embodiment, which are respectively located between two adjacent auxiliary basins 14 Between, and each diversion area has a plurality of holes 12b penetrating through the bottom 121 of the basin.

Please cooperate with shown in Fig. 5 and Fig. 6 again, in the planting space S2 of each sub-pot 14 of the above-mentioned planting pot 10 of the present embodiment, the planting medium such as sponge 15 can be placed, and the seeds of plants (not shown) Pre-embedded in the sponge 15, based on the fact that the auxiliary basin body 14 protrudes outwards with an inclination angle, so when the irrigation water is poured on the sponge 15, part of the irrigation water will flow along the inner surface of the basin wall of the auxiliary basin body 14 slide into the inner space S1 of the main basin body 12 . The structure of the planting pot 10 of the present invention can be described below so that the sponge 15 can be firmly placed in the planting space S2 of the auxiliary basin body 14, and the structure that can realize the effective use of water resources is described. In addition, the planting pot 10 based on the present invention is also It can be stacked to increase the number of plants, and then the structure of the present invention that enables the plant pots 10 to be stacked stably will be described later.

First of all, in terms of stabilizing the sponge 15, the present invention provides a large number of rib structures to limit the sponge 15, as shown in Figures 5 to 9, the aforementioned rib structure includes at least one bottom at the bottom of the main basin 12 of this embodiment. The extended convex rib 123 has at least one pair of ribs 141 and a positioning rib 142 (see FIG. 8 ) inside the auxiliary basin body 14. The aforementioned pair of ribs 141 are respectively connected to two opposite sides of the auxiliary basin body 14. On the wall, the aforementioned positioning rib 142 is located between the pair of ribs 141, based on the fact that the sponge 15 is compressively deformable, so when the sponge 15 is placed between the pair of ribs 141 and the positioning rib 142, the sponge 15 can obtain Multi-directional limit and not easy to take off fall. In addition, the positioning rib 142 of this embodiment further defines an abutment portion 142a and a hook portion 142b, the abutment portion 142a is connected to the inner surface of the basin wall of the auxiliary basin body 14 in an oblique manner, and the hook portion 142b is located at At the lower section of the abutting portion 142a, as shown in FIG. 7, one side of the sponge 15 abuts against the abutting portion 142a, and the lower edge of the sponge 15 is hooked by the hook portion 142b. When the planting pot 10 is shown in FIG. When the state shown in Figure 7 is stacked up and down, the above plant pot 10 is defined as the first plant pot 10A, and the bottom plant pot 10 is the second plant pot 10B. At this moment, the second plant pot The ribs 141 and positioning ribs 142 of 10B will clamp the sponge 15 up and down together with the convex rib 123 of the first planting pot 10A, so that the sponge 15 is more firmly located inside the auxiliary basin body 14. A plant pot 10A and a second plant pot 10B constitute a plant pot group as defined in the present invention. It should be noted that, the number and arrangement positions of the above-mentioned protruding ribs 123 are determined corresponding to the number of the auxiliary basins 14 . In addition, in this embodiment, the ribs 123 are arranged at the bottom of the main pot body 12 at intervals. When the plant pots 10 are not stacked, a single plant pot 10 can pass through the ribs. 123 raises the main basin body 12, which can avoid excessive moisture at the bottom of the planting basin 10 and easily breed mosquitoes.

Please cooperate with Figure 2 and Figure 7, in terms of effective use of water resources, the interior of the main basin 12 of this embodiment has at least one raised platform portion 124 from the bottom of the basin 121, and the top of the raised platform portion 124 A stagnant water recess 124a is formed. The stagnant water recess 124a is formed by an arc-shaped stagnant water surface. The horizontal position of the stagnant water recess 124a is located between the basin bottom 121 and the auxiliary basin body 14. 124a is located at a position below the communicating port 14a. When the irrigation water falls from the top of the planting pot 10 and enters the inside of the planting pot 10, part of the irrigation water will flow along the bottom of the pot 121 to the drainage hole 12a and then overflow downward so as to prevent excessive irrigation from being accumulated in the planting pot 10. Water, part of the irrigation water will drip from the holes 12b in each diversion area of the basin bottom 121 and just be received by the stagnant water recess 124a, and a little irrigation water received by the stagnant water recess 124a can be used as plant growth again. Absorbed by the roots of the time, it can prevent the roots from rotting due to improper soaking in too much irrigation water. In addition, the stagnant concave portion 124a of this embodiment has a plurality of small arc convex portions 124b, the Some small arc protrusions 124b protrude from the stagnant water concave surface, and these small arc protrusions 124b can be used by plant roots to climb to absorb the irrigation water stagnated in the water stagnation concave portion 124a. It should be noted that the number of the above-mentioned bosses 124 is corresponding to the number of the auxiliary basins 14. When the auxiliary basins 14 are located on the basin wall 122 in a spaced manner, the bosses 124 are relatively located on each of the auxiliary basins. The position below the communicating port 14a of the basin body 14.

Please refer to Fig. 1, Fig. 2, Fig. 5 to Fig. 7, the structure used in this embodiment to achieve the mutual stable stacking of a plurality of plant pots 10 is integrated on the main pot body 12 of each plant pot 10 At least one first positioning portion and at least one second positioning portion are formed, wherein the first positioning portion is located at the top of the basin wall 122 of the main basin body 12, and the second positioning portion is located at the top of the basin wall 122 of the main basin body 12 The bottom, and the shapes of the first positioning part and the second positioning part are complementary. In this embodiment, the number of first positioning parts is four and each is located between adjacent auxiliary basins 14, and the number of second positioning parts is eight and are arranged at intervals on the bottom of the basin wall 122, wherein Each of the four second positioning parts corresponds to a first positioning part, and the other four second positioning parts respectively correspond to a sub-basin body 14, and the second positioning part corresponding to the sub-basin body 14 is further connected with the convex rib 123. As shown in Figure 2, the aforementioned first positioning portion is a positioning groove 125, each positioning groove 125 has a notch extending from the inner wall surface of the basin wall 122 to the top edge, and the positioning groove 125 has a groove bottom 125a and two grooves wall 125b, the two groove walls 125b are connected to the groove bottom 125a; as shown in FIG. The two sides 126b are connected to the bottom 126a, and the bottom 126a and the two sides 126b are complementary in shape to the groove bottom 125a and the two groove walls 125b of the positioning groove 125 . As shown in Figures 5 and 6, when two planting pots 10 are stacked, the four positioning ribs 126 at the bottom of the planting pot 10 above are embedded in the positioning grooves 125 on the top edge of the planting pot 10 below, and positioned The two groove walls 125b of the groove 125 limit the range in which the positioning rib 126 moves left and right. In addition, the other four positioning ribs 126 connected with the rib 123 at the bottom of the plant pot 10 above are embedded in the plant pot 10 below. In the auxiliary basin body 14, the same In the sample plot, the both sides of the auxiliary basin body 14 connected to the main basin body 12 also limit the range of left and right movement of the positioning ribs 126, thereby preventing improper rotation of the planting pots 10 in a stacked state, so that the above The auxiliary basin body 14 of the planting pot 10 and the auxiliary basin body 14 of the planting pot 10 below are misplaced, so that the plants have a larger growth space. The sub-basin body 14 of the lower planting pot 10 is vertically aligned, that is, during the irrigation process, part of the irrigation water flowing into the upper planting pot 10 will drip directly from the hole 12b in the diverging area to the lower planting pot 10 in the auxiliary basin body 14 and is adsorbed by the sponge 15 in the auxiliary basin body 14 .

In terms of strengthening the stability between the plant pots 10 stacked on each other, the strengthening structure provided by this embodiment includes at least one first fastening portion 16 and at least one second buckle on each plant pot 10. The connecting portion 17 and at least one fastener 20 are included. Similarly, for ease of description, the upper planting pots 10 stacked on each other are defined as the first planting pots 10A, and the lower planting pots 10 are defined as the second planting pots 10B. Please refer to Fig. 5, Fig. 6, Fig. 10 and Fig. 11A to Fig. 11C, the first planting pot 10A and the second planting pot 10B of this embodiment are located on the outer wall of the pot wall 122 and are located on the side of the pot wall 122. The top part has a plurality of second fastening parts 17, and the outer wall surface of the basin wall 122 and the bottom part of the basin wall 122 has a plurality of first fastening parts 16, wherein the first fastening part 16 has an opening The upper coupling groove 16a faces upward, and the second fastening portion 17 has a lower coupling groove 17a opening downward. And the fastener 20 has a pair of convex walls 22 on the back side. In one embodiment, the aforementioned fastener 20 has a combination hole 21 recessed in the middle part of the back side, and the fastener 20 is recessed from the hole wall of the combination hole 21 to form two holes. Receptacle 23, each of the receptacles 23 is respectively located below the pair of convex walls 22, wherein the pair of convex walls 22 respectively protrude from two opposite positions on the hole wall of the coupling hole 21, as can be seen from the disclosure in Figure 11C , the maximum distance D2 between the combination hole 21 and the pair of protrusions 22 is smaller than the diameter D1 of the combination hole 21 .

After the first plant pot 10A and the second plant pot 10B are stacked up and down as shown in FIG. Put the fastener 20 in a horizontal direction as shown in FIG. 12 . At this time, the fastener 20 can be inserted into the first fastening portion 16 and the second fastening portion 17 at the largest hole diameter D1 of the coupling hole 21, and then , rotating the fastener 20 causes the fastener 20 to change to the vertical direction shown in FIG. Then, it is inserted into the lower coupling groove 17a, thereby firmly connecting the first plant pot 10A and the second plant pot 10B. It should also be noted that the aforementioned first fastening portion 16 and second fastening portion 17 may be integrally formed on the outer wall surface of the pot wall 122 of the plant pot 10, and may also be detachably combined with the pot of the plant pot 10. Wall 122, in this embodiment, the first fastening portion 16 is combined with the pot wall 122 of the plant pot 10 in a detachable manner, and the second fastening portion 17 is integrally formed on the pot wall of the plant pot 10 122 outer wall surfaces.

To sum up the above, the plant pot 10 of the present invention has the following advantages:

1. The first positioning portion and the second positioning portion of the main pot body 12 can be complementary engaged with the pot wall 122 , so that the plant pots 10 can maintain sufficient stability when stacked.

2. The stagnant water recess 124a inside the main pot body 12 is used to hold part of the excess irrigation water, so as to prolong the time that the irrigation water stays in the plant pot 10, and provide water for plants in different growth states. plant absorption.

3. The pair of ribs 141 and the positioning ribs 142 of the auxiliary pot body 14, as well as the ribs 123 of the main pot body 12, can collectively hold a pair of ribs for planting when the planting pots 10 are stacked. Plant sponge15. And make sponge 15 not easy to slide.

4. The first fastening portion 16, the second fastening portion 17, and the fasteners 20 of the main pot body 12 are used to strengthen the stacking strength of the plant pots 10 when they are stacked.

The above description is only a preferred feasible embodiment of the present invention, and all equivalent changes made by applying the description of the present invention and the scope of the patent application should be included in the scope of the patent of the present invention.

11: Hollow tube

12: Main basin

121:Pelvic floor

122: Basin wall

123: convex rib

124:Boss

124a: Recessed water stagnation

124b: small arc convex part

125: positioning slot

126: Positioning convex rib

14: Auxiliary basin

14a: Connecting port

142a: abutment part

142b: Hook

15: Sponge

Claims (4)

A planting pot group, including a first planting pot and a second planting pot with the same structure, the first planting pot and the second planting pot have a main pot body and at least one auxiliary pot body respectively , wherein, the main pot body has a pot bottom and a pot wall surrounding the pot bottom; the at least one auxiliary pot system is connected to the pot wall, and has a planting space communicated with the inner space of the main pot body; its characteristics in: The bottom of the main basin has at least one rib extending downward; The auxiliary basin has at least one pair of ribs; the pair of ribs are respectively connected to the inner walls of two opposite sides of the auxiliary basin, and the sponge for planting plants is placed between the pair of ribs; Wherein the first plant pot can be stacked on the second plant pot, and the ribs of the first plant pot and the pair of ribs of the second plant pot clamp the sponge together. The planting pot set as described in claim 1, wherein the auxiliary pot body is located in the radial direction of the main pot body and protrudes outward, and the inner surface of the pot wall of the auxiliary pot body is protruded with a positioning rib, and the positioning rib is located at Between the pair of ribs, the sponge abuts against the positioning ribs. The planting pot set as described in Claim 2, wherein the positioning rib of the auxiliary pot body has a hook portion, and the hook portion hits against the lower edge of the sponge. The planting pot set as described in claim 3, wherein the positioning rib of the auxiliary pot body has an abutting portion, and the abutting portion is connected to the inner surface of the pot wall of the auxiliary pot body and connected to the hook portion.

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