CN202232301U - Multifunctional water-saving planting pot - Google Patents

Abstract

The utility model relates to a multifunctional water-saving planting pot, which comprises a planting pot body with a pot cavity, and is characterized in that a water storage chamber is arranged on the surrounding walls of the planting pot body, and is located on the inner side wall of the planting pot body There are also several seepage holes communicating with the water storage chamber on the top. When people use the planting pot products of this structure to grow flowers and plants or other plants, after the water storage chamber is filled with water at one time, the flowers and plants can be drip-watered through the water seepage holes, which can provide water for plants around the clock. Instead of people regularly watering the flowers and plants, it not only saves people's precious time, relieves people's daily busy life, and facilitates people to take care of the flowers and plants they plant, but also through this seepage water replenishment method, it can ensure that the planted The flowers and plants will not wither or die due to lack of water, and it can save water resources to a large extent without causing waste of water resources.

Description

A multifunctional water-saving planting pot

technical field

The utility model relates to a flowerpot product used for planting plants.

Background technique

At present, the flowerpot products that people see and use in their daily life all do not have a water storage function. People must regularly water the flowers and plants in the process of planting flowers and plants using such products. And a lot of times, people often can't water flowers and plants regularly because of busy work or frequent business trips, thereby often causing flowers and plants to wither and die due to lack of water. In addition, in the daily watering process of flowers and plants, it is difficult for people to accurately control the amount of watering, and they often overwater, causing water to seep out of the flower pots and flow everywhere, affecting the surrounding environmental sanitation. Therefore, there are deficiencies such as inconvenient use and waste of water resources in this type of flowerpot product at present.

Utility model content

The purpose of the utility model is to solve the above-mentioned shortcomings, and provide a multi-functional water-saving planting pot that can supply water to plants around the clock, facilitate people to take care of plants, help save water resources, and is convenient to use, simple in structure, and easy to implement.

The technical scheme of the utility model is achieved in that:

A multifunctional water-saving planting pot, comprising a planting pot body with a pot cavity, characterized in that a water storage chamber is provided on the surrounding walls of the planting pot body, and a water storage chamber is located on the inner wall of the planting pot body A plurality of seepage holes communicated with the water storage chamber.

In order to facilitate people to pour water into the water storage chamber, and to discharge the water in the water storage chamber when needed, the top and bottom of the above water storage chamber are also provided with a liquid injection hole and a drain hole respectively, and when the liquid is injected The hole and the drainage hole are also provided with caps respectively, and the caps are blocked in the liquid injection holes, so that the water storage chamber can be in a vacuum state, and then the air inflow of the water storage chamber can be controlled by the cap, thereby playing a role Regulate the water seepage from the weep hole to the pelvic cavity.

In order to make this product have the effect of enhancing the photosynthesis of plants and to facilitate the collection of rainwater into the water storage chamber, the mouth of the above-mentioned planting pot body is also provided with a reflective water-connecting sheet, and the center of the reflective water-connecting sheet is also provided with a through hole.

Technical effect of the present utility model:

(1) Since the planting pot is provided with a water storage chamber and a water seepage hole structure, when people use the planting pot product of this structure to grow flowers and plants or other plants, the water storage chamber will be filled with water at one time. After that, the flowers and plants can be drip-watered through the seepage holes, which can supply water to the plants around the clock, instead of people regularly watering the flowers and plants, which not only saves people's precious time, relieves people's daily busy life, and is convenient for people Take care of the planted flowers and plants, and through this seepage water replenishment method, it can not only ensure that the planted flowers and plants will not wither or die due to lack of water, but also save water resources to a large extent without causing waste of water resources .

(2) Due to the structure of reflective water-receiving sheet on the mouth of the planting pot, when people plant flowers and plants in the pot, they can erect the reflective water-receiving sheet on the mouth of the pot and let the flowers and plants pass through the reflective light. The through hole in the middle of the water-receiving sheet stands on the planting pot, and the application of the reflective water-receiving sheet can play the following roles: First, in sunny weather, the reflective water-receiving sheet reflects sunlight and sunlight The bottom of the branches and leaves of flowers and plants can increase the photosynthesis of flowers and plants and help the growth of flowers and plants; second, in rainy days, the rainwater can be collected into the water storage chamber of the planting pot through the reflective water-receiving sheet, and the rainwater can be used It is suitable for watering flowers and plants, and has the effect of saving water resources; thirdly, in acid rain weather, the acid rain can also be blocked by the reflective water-receiving sheet, reducing acid rain infiltration into the soil and affecting the growth of flowers and plants.

(3) In addition, the utility model also has the characteristics of convenient use, simple structure, and easy realization, and can be widely used in making flowerpot products of various specifications and styles.

Below in conjunction with accompanying drawing, the utility model is further described:

Description of drawings

Fig. 1 is a schematic cross-sectional structure diagram of the utility model.

Fig. 2 is an enlarged schematic diagram of the left half of Fig. 1 of the present utility model.

Fig. 3 is a structural schematic diagram of the utility model in a top view direction.

Fig. 4 is a schematic cross-sectional structural diagram of the utility model in a top view direction.

Detailed ways

As shown in Figure 1, a multifunctional water-saving planting pot described in the utility model includes a planting pot body 1 with a basin chamber 11, in order to realize the purpose of the utility model, as shown in Figures 1 and 2, the A water storage chamber 2 is provided on the surrounding wall of the planting pot body 1 , and several seepage holes 3 communicating with the water storage chamber 2 are provided on the inner side wall of the planting pot body 1 . When people use the planting pot product of this structure to grow flowers and plants or other plants, after the water storage chamber 2 is filled with water at one time, the flowers and plants can be drip-watered through the water seepage hole 3 without people's timing. Water the flowers and plants to help people save time and ease their busy lives. In order to facilitate people to pour water into the water storage chamber, and to discharge the water in the water storage chamber when needed, as shown in Figure 2, the top and bottom of the water storage chamber 2 are also provided with liquid injection holes 21 and the drain hole 22, and the cap plug 4 is also provided on the liquid injection hole 21 and the drain hole 22 respectively. So that people can fill the water storage chamber 2 with water through the liquid injection hole 21, and can also discharge the water in the water storage chamber 2 through the drain hole 22 when necessary. The cap plug 4 is mainly used to block the opening, and the cap plug 4 may be of a fixed structure or a non-fixed structure. The cap 4 shown in Fig. 1 and Fig. 2 is a fixed structure. This can be selected according to actual needs during specific implementation. The cap 4 is blocked in the liquid injection hole 21, so that the water storage chamber 2 can be in a vacuum state, and then the amount of air entering the water storage chamber 2 can be controlled by the cap 4, thereby regulating the flow of the water seepage hole 3 to the pelvic cavity. Water seepage in chamber 11.

In order to make this product have the effect of enhancing the photosynthesis of plants and facilitate the collection of rainwater into the water storage chamber, as shown in Figures 1 to 3, the mouth of the planting pot body 1 is also provided with a reflective water-connecting sheet 5 , the reflective water-receiving sheet 5 is mainly made of functional materials with reflective effect or light refraction. A through hole 51 is also provided in the center of the reflective water-receiving sheet 5 , so that the flowers and plants can pass through the through hole 51 and stand on the planter body 1 . As shown in FIG. 3 , the reflective water-receiving sheet 5 can be assembled from a plurality of sheet-like plates, so that it can be more conveniently placed on the mouth of the basin. In addition, in order to enable the reflective water-receiving sheet 5 to be erected on the pot mouth simply and reliably, as shown in FIG. 6. The reflective water-receiving sheet 5 is placed on the pot mouth of the plant pot body 1 by embedding its periphery into the embedded groove 6 . The application of the reflective water-receiving sheet 5 can play the following roles: First, in fine weather, sunlight and sunlight are reflected to the bottom surfaces of the branches and leaves of flowers and plants through the reflective water-receiving sheet, which can increase the photosynthesis of flowers and plants, and contribute to The growth of flowers and plants; the second is that in rainy days, the rainwater is collected into the water storage chamber of the planting pot through the reflective water-receiving sheet, and the rainwater is used to water the flowers and plants, which has the effect of saving water resources; the third is that in acid rain When the weather is bad, the acid rain can also be blocked by the reflective water-receiving sheet, so as to reduce the infiltration of acid rain into the soil and affect the growth of flowers and plants. At this time, a drainage hole 22 needs to be provided on the side of the top edge 6 , and the drainage hole 22 is also equipped with a cap 4 . Like this, when people need to collect rainwater, the cap 4 can be blocked in the drain hole 22, and the cap 4 of the liquid injection hole 21 is opened to collect rainwater, otherwise the rainwater can be drained.

In order to improve the structural strength of the whole planting pot product, as shown in Figure 4, several spacers 7 are arranged in the water storage chamber 2, and each spacer 7 can be made into a fixed type or can be made into a detachable style. Moreover, in order to make the water storage chambers 2 separated by the spacers 7 communicate together, as shown in FIG. 2 , a triangular recess 71 is formed at the bottom of each spacer 7 . In addition, in order to make the planting pot body 1 placed more stably, as shown in Figure 1, the pot foot of the planting pot body 1 can be made into a trumpet-shaped pot foot structure, and the trumpet-shaped pot foot can be made to be compatible with planting The pot body 1 is an integrally formed structure, and can be made into a detachable structure with the planting pot body 1 .

Claims (7)

1. a multifunction water-saving is planted basin; Comprise plantation basin body (1) with pelvic cavity chamber; It is characterized in that: said plantation basin body (1) around tub wall be provided with water storage chamber (2), and be positioned at the plantation basin body (1) madial wall on also be provided with the infiltration hole (3) that several are connected with water storage chamber (2).

2. according to the said multifunction water-saving plantation of claim 1 basin, it is characterized in that: the top and bottom of above-mentioned water storage chamber (2) also is respectively equipped with liquid injection hole (21) and osculum (22), and on liquid injection hole (21) and osculum (22), also is respectively equipped with cap stopper (4).

3. according to the said multifunction water-saving plantation of claim 1 basin, it is characterized in that: also be provided with reflective water receiver piece (5) on the basin mouth of above-mentioned plantation basin body (1), the central part of this reflective water receiver piece (5) also is provided with through hole (51).

4. according to the said multifunction water-saving plantation of claim 3 basin; It is characterized in that: also make the top margin (6) of band interlocking groove (61) on the basin mouth limit of above-mentioned plantation basin body (1), above-mentioned reflective water receiver piece (5) is rabbeted cover in the embedded grooves arranged (6) through its surrounding and is placed on the basin mouth of planting basin body (1).

5. according to the said multifunction water-saving plantation of claim 4 basin, it is characterized in that: also be provided with osculum (22) on the side of above-mentioned top margin (6).

6. according to the said multifunction water-saving plantation of claim 1 basin, it is characterized in that: be provided with some interblock partitions (7) in the above-mentioned water storage chamber (2), the recess (71) of shape triangular in shape is made in the bottom of each distance piece (7).

7. according to the said multifunction water-saving of claim 1 plantation basin, it is characterized in that: the basin pin of above-mentioned plantation basin body (1) becomes and is horn-like basin leg structure.

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