CN211047935U - Green planting pond with public seat - Google Patents

Abstract

The utility model relates to the field of landscape facilities of landscape gardens, and provides a green planting pond with public seats, which can effectively utilize rainwater to irrigate vegetation and provide leisure seats for tourists; The planting pond, the seat is set on the top of the planting pond, and at least two water collecting tanks are arranged at the top of the planting area to store rainwater, and there are water collecting seams on the planting pond close to the ground. A hollow water collecting plate is arranged between the upper opening of the water joint and the inner opening of the water collecting joint, and the rainwater flows from the water collecting joint through the water collecting plate to the inside of the water collecting tank through the water inlet joint; the bottom of the water collecting tank is embedded with a seepage pipe for In order to slowly infiltrate the rainwater in the water collection tank into the planting soil, an overflow pipe is fixed on the upper part of the water collection tank to connect the inside of the water collection tank with the municipal rainwater pipeline.

Description

A green planting pond with public seating

technical field

The utility model relates to the field of landscape facilities of landscape gardens, and provides a green planting pond with public seats, which can effectively utilize rainwater to irrigate vegetation and provide leisure seats for tourists.

Background technique

More traditional public seats are only for people to rest, and their functions are relatively single, and there is no better combination of public seats with other functions.

In recent years, extreme weather has occurred frequently, and drought and flood disasters are the most common in summer each year. Under drought conditions, in order to ensure the healthy growth of green plants in the green planting pond, urban greening management needs to water the tree pond regularly. The soil in the green planting ponds in some cities is compacted, lacks pores, and the water seepage rate decreases. Even if artificial watering is performed, it is difficult for the roots of the green plants to fully absorb water and respiration, which is not conducive to the growth of the green plants. Water conservation measures require frequent watering, which increases management and maintenance costs. During the rainy season, there are frequent flood disasters in southern cities, and the accumulation of water in the green planting ponds is serious.

The green planting ponds used for planting green plants cannot meet the requirements of maintaining water in dry seasons and quickly removing stagnant water in the event of floods.

In response to the call of the country to build a sponge city, this technology designs a green planting pond with public seats, which can well combine the two functions of public seats and green planting ponds to provide leisure seats for tourists. At the same time, it can collect surface rainwater, so that the collected rainwater slowly seeps down, irrigates the vegetation in the green planting pond, and can also remove excessive rainwater in time.

SUMMARY OF THE INVENTION

The purpose of the utility model is to provide a green planting pond with public seats, which can effectively utilize rainwater to irrigate vegetation and provide leisure seats for tourists.

The purpose of this utility model is to realize through the following technical solutions:

A green planting pond with public seats, which is characterized in that it includes a planting pond that is protruded from the ground and has a planting area inside, a seat arranged on the top of the planting pond, and a water inlet is arranged on the top of the planting area buried in the planting area. At least two water collecting tanks for storing rainwater, a water collecting seam is opened on the planting pond close to the ground, and a hollow water collecting plate is arranged between the upper opening of the water inlet seam and the inner opening of the water collecting seam. The water collecting seam leads to the inside of the water collecting tank through the water collecting plate through the water inlet seam; a seepage pipe is embedded at the bottom of the water collecting tank to slowly infiltrate the rainwater in the water collecting tank into the planting soil, and an overflow pipe is fixed on the upper part of the water collecting tank to connect The interior of the collection tank and the municipal rainwater pipeline.

The beneficial effects of the present utility model are:

In the above-mentioned green planting pond with public seats, in the planting area, green plants can be planted according to viewing needs, surrounded by leisure seating areas.

Seats at the top of the planting pond for visitors to rest.

When it rains, the rainwater is stored inside the water collecting tank through the water collecting joint through the water collecting plate.

The rainwater in the collection tank slowly seeps into the ground through the seepage pipe, irrigates the green plants in the planting area, and replenishes the groundwater.

When the rainfall is too large, it is difficult for the water collection tank to carry too much rainwater, and the excess rainwater is quickly discharged to the municipal rainwater pipe network through the overflow pipe, so that the tree pond will not carry too much rainwater and the green vegetation will not be soaked in the rainwater.

The above-mentioned green planting pond with public seats can effectively utilize rainwater to irrigate vegetation and provide leisure seats for tourists.

In the above-mentioned green planting pond with a public seat, the water collecting tank is a closed box body with a bottom plate, a top plate, an inner and outer plate and an end plate, and a water inlet along the direction of the inner plate is opened on the top plate close to the inner plate, The water collecting plate is a rectangular pipe that connects with the inner opening of the water collecting joint and extends downward with a drainage slope from the planting tank to the inner plate, and then extends downward in the vertical direction and then connects with the water inlet joint. The upper part of the end plate is fixedly connected with the connecting pipe to connect each water collecting tank, the overflow pipe is fixed on the connecting pipe to connect the connecting pipe and the municipal rainwater pipeline, and a seepage pipe is embedded on the bottom plate of the collecting tank to connect the two adjacent collecting tanks. water tank.

The above-mentioned green planting pond with public seats has a drainage gradient of 2% to 4%.

Description of drawings

Figure 1 is a sectional view of a green planting pond with a public seat;

Figure 2 is a schematic view of a green planting pond with a public seat View 1;

Fig. 3 is a schematic view of a green planting pond with a public seat. Perspective 2;

Figure 4 is a schematic view of a green planting pond with public seats. View 3.

Detailed ways

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

Referring to a green planting pond with a public seat shown in FIGS. 1-4 , it includes a planting pond 7 that is protruded from the ground 8 and has a planting area 10 inside, and a seat 1 arranged on the top of the planting pond 7, Buried in the top of the planting area 10 is provided with a water inlet seam (not shown in the figure), at least two water collecting tanks 3 for storing rainwater, and a water collecting seam 6 is opened on the planting pond 7 close to the ground 8. A hollow water collecting plate 2 is arranged between the upper opening of the water joint and the inner opening of the water collecting joint 6, and the rainwater passes through the water collecting joint 6 through the water collecting plate 2 to the interior of the water collecting tank 3 through the water inlet joint; A seepage pipe 4 is embedded at the bottom for slowly infiltrating the rainwater in the water collection tank into the planting soil, and an overflow pipe 9 is fixed on the upper part of the water collection tank 3 to connect the interior of the water collection tank 3 with the municipal rainwater pipeline (not shown in the figure).

In this case, the planting pond 7 is square, and water collecting joints 6 are opened on all four sides of the planting pond 7 . If the side length of the planting pond 7 is relatively large, the seat 1 on the top of the planting pond 7 can be fixed with a seat back on the planting pond 7 as required.

The seepage pipe 4 for slowly infiltrating the rainwater in the water collecting tank into the planting soil is a through pipe, which is in the prior art, and will not be repeated here.

In the above-mentioned green planting pond with a public seat, the water collecting tank 3 is a closed box body with a bottom plate 31, a top plate 32, an inner plate 33, an outer plate and an end plate 34, and is opened on the top plate 32 close to the inner plate 33 The water inlet seam in the direction of the inner side panel 33.

In this case, there are four water collecting tanks 3, and each water collecting tank 3 corresponds to one water collecting seam 6 during installation.

The water collecting plate 2 is a rectangular through pipe that is connected to the inner opening of the water collecting joint 6, and extends downward at a slope from the planting tank 7 to the inner plate 33 with a drainage gradient, and extends downward along the vertical direction and then connects with the water inlet joint. , the upper part of the end plate 34 of the collecting tank is fixedly connected to the connecting pipe 5 for communicating with each collecting tank 3, and the overflow pipe 9 is fixed on the connecting pipe 5 for connecting the connecting pipe 5 and the municipal rainwater pipeline, on the bottom plate 31 of the collecting tank A seepage pipe 4 is embedded on the top to communicate with two adjacent water collecting tanks 3 .

In the figure, the four water collecting tanks 3 are sequentially connected by the communicating pipes 5 around the circumference of the planting tank 7 . All communication pipes 5 are of the same height, and there is one overflow pipe 9 .

The above-mentioned green planting pond with public seats has a drainage gradient of 2% to 4% (in this case, the drainage gradient is 3%).

In the above-mentioned green planting pond with public seats, in the planting area, green plants can be planted according to viewing needs, surrounded by leisure seating areas.

Seats at the top of the planting pond for visitors to rest.

When it rains, the rainwater is stored inside the water collecting tank through the water collecting joint through the water collecting plate.

The rainwater in the collection tank slowly seeps into the ground through the seepage pipe, irrigates the green plants in the planting area, and replenishes the groundwater.

When the rainfall is too large, it is difficult for the water collection tank to carry too much rainwater, and the excess rainwater is quickly discharged to the municipal rainwater pipe network through the overflow pipe, so that the tree pond will not carry too much rainwater and the green vegetation will not be soaked in the rainwater.

The beneficial effects of the present utility model are:

The above-mentioned green planting pond with public seats can effectively utilize rainwater to irrigate vegetation and provide leisure seats for tourists.

Claims (3)

1. A green planting pond with a public seat is characterized by comprising a planting pond, a seat, at least two water collecting tanks, a water collecting seam, a hollow water collecting plate and a water collecting plate, wherein the planting pond is projected out of the ground, the interior of the planting pond is a planting area, the seat is arranged at the top of the planting pond, the top of the planting area is provided with the water inlet seam, and the at least two water collecting tanks are used for storing rainwater; the bottom of the water collection tank is embedded with a water seepage pipe for slowly permeating rainwater in the water collection tank into planting soil, and the upper part of the water collection tank is fixedly provided with an overflow pipe communicated with the interior of the water collection tank and a municipal rainwater pipeline.

2. The green plant planting pond with the public seat as claimed in claim 1, wherein the water collection tank is a closed box body having a bottom plate, a top plate, inner and outer side plates and end plates, a water inlet slit along the direction of the inner side plate is formed on the top plate close to the inner side plate, the water collection plate is a pipeline which is butted with the inner opening of the water collection slit along the water inlet slit after obliquely extending downwards from the planting pond to the inner side plate with a drainage gradient and downwardly extending along the vertical direction, a communicating pipe is fixedly connected to the upper part of the end plate of the water collection tank for communicating the water collection tanks, an overflow pipe is fixedly connected to the communicating pipe for communicating the communicating pipe with a municipal rainwater pipeline, and a water seepage pipe is embedded on the bottom plate of the water collection tank for communicating two adjacent water collection tanks.

3. The green plant growing pond with the public chair as claimed in claim 1, wherein the drainage slope is 2% to 4%.

Images