TWI820956B - Planting pot (2) - Google Patents

Abstract

A planting pot (2) has a main basin body and at least one auxiliary basin body; the main basin body has a basin bottom and a basin wall surrounding the basin bottom; the at least auxiliary basin system is connected to the basin wall and has A communication port, and through the communication port, the internal space is connected to the internal space of the main basin; wherein, the main basin has at least one water retention recess inside, and its horizontal position is located between the basin bottom and the auxiliary basin. space, and is located relative to the lower position of the communication port. The at least one water-stagnant concave portion can be used to receive a small amount of irrigation water for absorption by the roots of the plants when they are growing, and can be supplied to plants in different growth states for absorption.

Description

Planting pot (2)

The present invention relates to planting plants; in particular, it refers to a planting pot.

It is known that a planting medium (such as sponge, soil, etc.) is placed inside a planting pot, and plants are planted in the planting medium. Most of the structures of existing planting pots can only provide a single type or a single number of plants for planting, making it impossible to make too many landscaping changes to the planted plants. In addition, existing planting pots are equipped with drainage holes at the bottom. Although this can prevent excess water from accumulating at the bottom of the planting pot and causing plant roots to rot, the water drained from the drainage holes will also be lost, so planters need to regularly Watering each planting pot one by one takes time and wastes water. Although some planters will place a water tray at the bottom of the plant pot to contain the water flowing out of the drainage hole, the water contained in the water tray still cannot be absorbed by the planting medium in the plant pot, and it is easy for bacteria to breed. Diseased mosquitoes.

In order to solve the problems that existing planting pots can only provide a single type or a single number of plants for planting, water is easily discharged directly from the drainage holes and cannot be effectively supplied to the plants, and the planting pots must be watered frequently. , that is, the following patented technologies are produced.

It is known that the new patent case of my country Announcement No. M528588, with the patent name "Root-drench Planting Pot", has disclosed that it includes a body and at least one receiving part. The body has a bottom surface, one side wall, a plurality of drainage units, and an overflow. unit and a support unit; the at least one accommodating portion is located outside the side wall and protrudes outward from the side wall. Wherein, the overflow unit is disposed in the center of the bottom surface and includes at least one protruding rib and at least one overflow hole. The protruding ribs are protrudingly disposed on the bottom surface. Above and below the surface; wherein the support unit includes a connecting piece and at least one combining piece. The connecting piece is combined with the protruding ribs of the overflow unit through the combining pieces, and can further ensure that the receiving parts are located on the upper surface. Directly below the drainage unit of a layer of drip-rooted planting pots. However, the following shortcomings still exist:

1. Although the support unit is used to provide positioning support for stacked plant pots, it only relies on the support unit located at the center of the body for connection. The contact area of the connection is small and the force is insufficient, so it is difficult to stack the plant pots. Maintain sufficient stability in the state, so that when the plant pots are subjected to excessive external force (such as strong wind), the support unit is prone to violent shaking relative to the body of the plant pots, and even causes damage to the support unit .

2. In addition, after the planting pot is watered, the water stays in the planting medium and the amount of water absorbed is limited; if only the design with undulating bottom surfaces is used to extend the time the water stays in the body; but for different growth For plants in this state, the roots of the plant may not be able to reach 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 access to the plants in the accommodating part, the planting basket is stuck and fixed in at least one accommodating part to prevent the planting basket from tipping over; but when the plants grow strong Finally, the planting basket card must be taken out of the accommodating part. The roots of the plants may be easily torn during the removal process due to the problem of the roots of the plants clinging to the planting basket.

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

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

In view of this, an object of the present invention is to provide a planting pot with a structure that prolongs water retention.

In order to achieve the above object, the present invention provides a planting pot, which has a main pot body and at least one auxiliary 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 body The system is connected to the basin wall and has a communication opening, and its internal space is connected to the internal space of the main basin through the communication opening; wherein the main basin has at least one water retention recess, the horizontal position of which is located on the main basin. Between the pelvic floor and the auxiliary basin body, and at a position lower than the communication opening.

The effect of the present invention is that the interior of the main pot body of the planting pot has at least one water-retention recess, which can be used to receive a small amount of irrigation water and be absorbed by the roots when the plants are growing, so that it can be supplied to plants in different growth states. absorbed by plants.

[Invention]

10:Planting pot

10A: The first planting pot

10B: Second planting pot

11:Hollow tube

12: Main basin body

12a: Drainage hole

12b: hole

121: Pelvic floor

122: Basin wall

123:Protruding ribs

124: Boss part

124a: Water stagnant depression

124b: Small arc convex part

125: Positioning slot

125a:Trough bottom

125b:Trough wall

126: Positioning rib

126a: Bottom edge

126b: side

13: Ribs

14:Various basin

14a: Connecting port

141:ribs

142: Positioning rib

142a: abutment

142b: hook part

15: sponge

16: First fastening part

16a: Upper binding groove

17:Second fastening part

17a: Lower combination groove

20: Fasteners

21:Combining hole

22:Protruding wall

23: Container

S1: Internal space

S2: Planting space

D1:Aperture

D2: Maximum distance between convex walls

Figure 1 is a perspective view of a planting pot according to a preferred embodiment of the present invention.

Figure 2 is a schematic half-section view of the planting pot shown in Figure 1.

Figure 3 is a top view of the planting pot shown in Figure 1.

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

FIG. 5 is an exploded view of the planting pots shown in FIG. 1 when being stacked.

FIG. 6 is an exploded view of some components of the planting pot shown in FIG. 5 when being overlapped.

Fig. 7 is a cross-sectional view of the planting pots shown in Fig. 6 when they are overlapped.

FIG. 8 is a partial enlarged view of the portion marked A in FIG. 1 .

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

FIG. 10 is an exploded view of some components of the planting pot shown in FIG. 1 when being overlapped.

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

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

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

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

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

In order to illustrate the present invention more clearly, the preferred embodiments are described in detail below along with the drawings. Please refer to the plant pot 10 of a preferred embodiment of the present invention shown in Figures 1 to 4. The plant pot 10 includes a main pot body 12 and at least a secondary pot body 14. The main pot body 12 is composed of a The basin bottom 121 and the basin wall 122 surrounding the basin bottom 121 form a basin structure with an internal space S1. The at least one secondary basin 14 is connected to the basin wall 122. The at least one secondary basin 14 has a planting space S2. and a communication port 14a through which the at least auxiliary pot 14 communicates its planting space S2 with the internal space S1 of the main pot 12. In this embodiment, there are a plurality of auxiliary basins 14 and they are distributed on the outer wall surface of the basin wall 122 of the main basin 12 . The auxiliary basins 14 are arranged at equal intervals on the top section of the basin wall 122 , and is formed by protruding outward in an inclined manner. In one embodiment, the auxiliary basin body 14 is an integrally formed structure with the main basin body 12. However, in other embodiments, the auxiliary basin body can be an independent component. It is externally connected to the basin wall 122 of the main basin body 12 .

The main basin body 12 of this embodiment has a drainage hole 12a in the middle of the basin bottom 121. A hollow tube 11 connects the outer tube wall of the hollow tube 11 and the hole wall of the drainage hole 12a through a plurality of ribs 13. Stand upright in the drainage hole 12a. The basin bottom 121 is preferably inclined toward the drainage hole 12a, which helps to concentrate the irrigation water to the drainage hole 12a. In addition, the basin bottom 121 is There is at least one diversion area close to the basin wall 122. The aforementioned diversion area can divert part of the irrigation water in the main basin body 12 to the outside of the basin bottom 121. As shown in Figures 3 and 4, the diversion area in this embodiment has Most of them are located between two adjacent auxiliary basins 14, and each branching area has a plurality of holes 12b penetrating the basin bottom 121.

Please refer to FIGS. 5 and 6 . The planting space S2 of each sub-pot 14 of the above-mentioned planting pot 10 in this embodiment can be used to place planting media such as sponges 15 and plant seeds (not shown). Pre-embedded in the sponge 15, the sub-basin 14 is formed to protrude outwards with an inclination. Therefore, when the irrigation water is poured into the sponge 15, part of the irrigation water will follow the inner surface of the basin wall of the sub-basin 14. Slide it into the internal space S1 of the main basin 12. The structure of the planting pot 10 of the present invention that can firmly place the sponge 15 in the planting space S2 of the sub-pot 14 will be described below, and the structure that can effectively utilize water resources will be described. In addition, the planting pot 10 based on the present invention can also The plant pots 10 can be stacked to increase the number of plants. The structure of the present invention that enables the plant pots 10 to be stacked stably will be described later.

First, in terms of stabilizing the sponge 15, the present invention provides a plurality of rib structures to restrain the sponge 15, as shown in Figures 5 to 9. The aforementioned rib structures include at least one downward direction at the bottom of the main basin 12 of this embodiment. The extending ribs 123 have at least one pair of ribs 141 and a positioning rib 142 inside the sub-basin 14 (refer to Figure 8 ). The aforementioned pair of ribs 141 are respectively connected to two opposite sides of the sub-basin 14 On the wall, the aforementioned positioning ribs 142 are located between the pair of ribs 141. Since the sponge 15 can be compressed and deformed, when the sponge 15 is placed between the pair of ribs 141 and the positioning ribs 142, the sponge 15 is Multi-directional limiting and not easy to fall off. In addition, the positioning rib 142 of this embodiment further defines a resisting portion 142a and a hook portion 142b. The resisting portion 142a is connected to the inner surface of the basin wall of the sub-basin 14 in an oblique manner. The hook portion 142b is located at At the lower section of the resisting portion 142a, as shown in Figure 7, one side of the sponge 15 abuts against the resisting 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 Figure 5 to When the state shown in Figure 7 is stacked up and down, the upper planting pot 10 is defined as the first planting pot 10A, and the lower planting pot 10 is defined as the second planting pot 10B. At this time, the second planting pot 10B The ribs 141 and positioning ribs 142 will clamp the sponge 15 up and down together with the convex ribs 123 of the first planting pot 10A, so that the sponge 15 is more firmly located inside the sub-pot 14. The above-mentioned first stacked up and down The planting pot 10A and the second planting pot 10B constitute the planting pot set defined in the present invention. It should be noted that the number and location of the protruding ribs 123 are determined by the number of the auxiliary basins 14 . In addition, in this embodiment, the protruding ribs 123 are arranged at intervals at the bottom of the main pot body 12. When the planting pots 10 are not stacked, a single planting pot 10 can pass through these protruding ribs. 123 Elevating the main pot body 12 can prevent the bottom of the planting pot 10 from being excessively moist and easily breeding mosquitoes.

As shown in Figure 2 and Figure 7, in terms of effective use of water resources, the main basin 12 of this embodiment has at least one boss portion 124 raised from the basin bottom 121. The top of the boss portion 124 A water retention recess 124a is formed. The water retention recess 124a is composed of an arc-shaped water retention concave surface. The horizontal position of the water retention recess 124a is located between the basin bottom 121 and the sub-basin 14, and the water retention recess is 124a is located below the communication port 14a. When the irrigation water spills 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 pot bottom 121 to the drainage hole 12 a and then overflow downward to avoid excessive accumulation of irrigation water 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 be caught by the water retention recess 124a. The small amount of irrigation water received by the water retention recess 124a can be used as plant growth again. When absorbed by the roots, it can prevent the roots from being improperly soaked in too much irrigation water and causing rot. In addition, the water retention concave portion 124a of this embodiment has a plurality of small arcuate convex portions 124b, which protrude from the water retention concave surface. The small arcuate convex portions 124b can be used for the roots of plants to cling to so as to absorb the trapped water. Irrigation water in the water retention recess 124a. It should be noted that the number of the aforementioned boss portions 124 corresponds to the number of the auxiliary basins 14. When the auxiliary basins 14 are located at intervals on the When the basin wall 122 is removed, the boss portions 124 are located relatively below the communication openings 14a of the auxiliary basin bodies 14.

Please refer to Figures 1, 2, 5 to 7. In this embodiment, the structure used to achieve stable stacking of a plurality of planting pots 10 is integrated with the main pot body 12 of each planting pot 10. At least one first positioning part and at least one second positioning part are formed, wherein the first positioning part is located at the top of the basin wall 122 of the main basin body 12 and the second positioning part 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 the first positioning parts is four and each is located between the adjacent auxiliary basins 14. The number of the second positioning parts is eight and is arranged at intervals at the bottom of the basin wall 122, where The four second positioning parts each correspond to a first positioning part, and the other four second positioning parts respectively correspond to a sub-basin 14, and the second positioning part corresponding to the sub-basin 14 is further connected with the protruding rib. 123. As shown in Figure 2, the first positioning part 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 Figure 1, the aforementioned second positioning portion is a protruding positioning rib 126, each positioning rib 126 has a bottom edge 126a and two side edges 126b. The two side edges 126b are connected to the bottom edge 126a, and the contours of the bottom edge 126a and the two side edges 126b are complementary to the shapes of 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 upper planting pot 10 are embedded in the positioning grooves 125 on the top edge of the lower planting pot 10, and are positioned The two groove walls 125b of the groove 125 limit the left and right movement range of the positioning ribs 126. In addition, the other four positioning ribs 126 connected to the ribs 123 at the bottom of the upper planting pot 10 are embedded in the lower planting pot 10. In the auxiliary basin body 14, similarly, the auxiliary basin body 14 connects both sides of the main basin body 12 and also limits the left and right movement range of the positioning ribs 126. This can prevent the stacked planting pots 10 from causing improper movement. rotation, so that the auxiliary basin body 14 of the upper planting pot 10 and the auxiliary basin body 14 of the lower planting pot 10 are dislocated. placed so that the plants have a larger space for growth. At the same time, the holes 12b of each diverting area of the upper planting pot 10 are just longitudinally aligned with the sub-pot 14 of the lower planting pot 10, 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 diverter area to the sub-basin 14 of the lower planting pot 10 and be absorbed by the sponge 15 in the sub-basin 14 .

In terms of strengthening the stability between the stacked planting pots 10, the strengthening structure provided by this embodiment includes at least one first buckle 16 and at least one second buckle provided on each planting pot 10. The connecting portion 17 includes at least one fastener 20 . Similarly, for convenience of description, the upper planting pot 10 stacked on each other is defined as the first planting pot 10A, and the lower planting pot 10 is defined as the second planting pot 10B. Please refer to Figures 5, 6, 10 and 11A to 11C. The first planting pot 10A and the second planting pot 10B of this embodiment are respectively on the outer wall of the basin wall 122 and located between the basin wall 122. The top portion has a plurality of second fastening portions 17, and a plurality of first fastening portions 16 are provided on the outer wall surface of the basin wall 122 and at the bottom portion of the basin wall 122, wherein the first fastening portion 16 has an opening. The second fastening portion 17 has an upper coupling groove 16a facing upward, and a lower coupling groove 17a with an opening facing downward. The fastener 20 has a pair of convex walls 22 on the back. In one embodiment, the fastener 20 has a coupling hole 21 recessed in the middle of the back, and the fastener 20 has two recessed holes 21 formed on the wall of the coupling hole 21. Each of the receiving grooves 23 is located below the pair of convex walls 22. The pair of convex walls 22 respectively protrude from two opposite positions on the hole wall of the combining hole 21. It can be seen from the disclosure in FIG. 11C , the maximum distance D2 between the coupling hole 21 and the pair of protrusions 22 is smaller than the diameter D1 of the coupling hole 21 .

When the first planting pot 10A and the second planting pot 10B are stacked up and down as shown in FIG. 6 , and the first fastening part 16 and the second fastening part 17 are combined with the fastener 20 , first The fastener 20 is swung horizontally as shown in Figure 12. At this time, the fastener 20 can be inserted into the first fastening part 16 and the second fastening part 17 at the maximum hole diameter D1 of the combination hole 21, and then , turn the fastener 20 causes the fastener 20 to change to the vertical direction as shown in Figure 13. At this time, one of the convex walls 22 of the fastener 20 is embedded in the upper coupling groove 16a, and the other convex wall 22 of the fastener 20 is embedded in the lower In the coupling groove 17a, the first planting pot 10A and the second planting pot 10B are firmly connected. It should be noted that the first fastening portion 16 and the second fastening portion 17 can be integrally formed on the outer wall surface of the pot wall 122 of the planting pot 10 , or can be detachably combined with the pot of the planting pot 10 . Wall 122. In this embodiment, the first fastening part 16 is detachably combined with the pot wall 122 of the planting pot 10, and the second fastening part 17 is integrally formed with the pot wall of the planting pot 10. 122 outer wall surface.

To summarize the above, the planting 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 to the pot wall 122 so that the planting pots 10 can maintain sufficient stability when stacked.

2. The water retention recess 124a inside the main pot body 12 is used to hold part of the excess irrigation water, which can extend the time that the irrigation water stays in the planting pot 10 and provide it for plants in different growth states. Plant absorption.

3. The pair of ribs 141 and the positioning ribs 142 of the two sub-pots 14, as well as the protruding ribs 123 of the main pot 12, can jointly hold a planting pot 10 when the planting pots 10 are stacked. Plant Sponge 15. The sponge 15 is not easy to slide.

4. The first fastening part 16, the second fastening part 17, and the fasteners 20 of the main pot body 12 are used to enhance the overlapping strength of the planting pots 10 when stacked.

The above are only the best possible embodiments of the present invention. Any equivalent changes made by applying the description and patent scope of the present invention should be included in the patent scope of the present invention.

11:Hollow tube

12: Main basin body

12a: Drainage hole

121: Pelvic floor

122: Basin wall

124: Boss part

124a: Water stagnant depression

124b: Small arc convex part

125: Positioning slot

125a:Trough bottom

125b:Trough wall

13: Ribs

14:Various basin

14a: Connecting port

141:ribs

142: Positioning rib

16: First fastening part

17:Second fastening part

Claims (5)

A planting pot has a main pot body and at least two auxiliary pot bodies, wherein the main pot body has a pot bottom and a pot wall surrounding the pot bottom; the at least two auxiliary pot systems are each connected to the pot wall, and Located at two places on the basin wall; each auxiliary basin forms a communication port on the basin wall, and its internal space is connected to the internal space of the main basin through the communication port; it is characterized in that: The bottom has at least two water-retention recesses, and the horizontal position of each water-retention recess is located between the basin bottom and one of the at least two auxiliary basins, and is located below a communication opening of the at least two auxiliary basins. The planting pot as claimed in claim 1, wherein the main pot body has at least two boss portions raised from the bottom of the pot, and the top of each boss portion forms the water retention concave portion. The plant pot as claimed in claim 1, wherein each of the at least two water-retention concave portions has an arc-shaped water-retention concave surface. The planting pot of claim 3, wherein each of the at least two water-retention concave portions has a plurality of small arc convex portions protruding from the water-retention concave surface. The planting pot of claim 2, wherein the at least two auxiliary pot bodies are located on the pot wall in a spaced manner; and the at least two boss portions are located relatively below the communication openings of each of the auxiliary pot bodies.

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