CN204252264U - Intelligence water conservancy diversion catch-basin grid lid - Google Patents

Abstract

The utility model discloses an intelligent diversion rainwater well grid cover, which is characterized in that it comprises a drainage plate, and the drainage plate is arranged as an upper part of the drainage plate and a lower part of the drainage plate, and both the upper part of the drainage plate and the lower part of the drainage plate are provided with drainage The small hole and the drainage square hole, the small bucket is arranged directly below the small drainage hole, the small bucket is connected with the thin plate through the fixed pulley, and the thin plate is connected with the spring fixed on the drainage plate; the intelligent guide of the utility model The rainwater well grid cover is set through the drainage plate, small bucket, fixed pulley and thin plate. The drainage square hole and the thin plate square hole make real-time reflection according to the rainfall and coincidence degree, so as to drain the accumulated water on the road in time. , and the fish-belly-shaped drainage board is stronger. In addition, there is no overlap between the drainage square hole and the thin plate square hole during the no-rain period, which prevents garbage from entering the inspection well and reduces the workload of relevant personnel.

Description

Intelligent diversion rainwater well grid cover

technical field

The utility model relates to a pavement drainage device, in particular to a novel intelligent diversion rainwater well grid cover.

Background technique

The following problems exist in the drainage process of the rain well grid cover: first, during the period of no rain, since all the drainage holes of the general grid cover are always open, it is easy for the garbage and dust on the road to enter the inspection well, which accumulates over time and is difficult for the staff to clean. Debris in the well can easily block the pipes, resulting in poor drainage during rainy seasons; secondly, in order to consider its load bearing, the general drainage grid cover has small drainage holes, and it is easy to be submerged during heavy rain periods, resulting in untimely drainage; In the rainwater well grid cover, only the solid performance of the material of the grid cover and the size adjustment of the drainage hole are considered, and this kind of well cover cannot solve the problem of garbage entering the inspection well and blocking the pipe, nor can it fundamentally solve the drainage during the rainstorm period. Not in time problem.

Utility model content

In order to overcome the deficiencies in the prior art, the utility model provides a practical, low-cost and high-efficiency intelligent drainage grid cover.

In order to solve the above technical problems, the utility model provides an intelligent diversion rainwater well grid cover, which is characterized in that it includes a drainage board, the drainage board is set as the upper part of the drainage board and the lower part of the drainage board, and the upper part of the drainage board and the drainage board The lower part of the plate is provided with drainage holes and drainage square holes, and the small bucket is arranged directly below the drainage holes, and the small bucket is connected with the thin plate through a fixed pulley, and the thin plate is connected with the spring fixed on the drainage plate.

The thin plate is arranged between the upper part of the drain plate and the lower part of the drain plate, and the thin plate is provided with a thin plate square hole, and the shape, size and arrangement of the thin plate square hole and the drain square hole are the same.

The drainage board is made of hard foam sponge, and the lower part of the drainage board is in the shape of a fish belly, which makes the drainage board stronger.

There is a small hole in the bottom of the small bucket, and a water filter is provided at the bottom of the small bucket to prevent the small hole at the bottom from being blocked. The small hole at the bottom of the small bucket should be as small as possible, and the elastic force of the spring should be in proportion to the weight of the small bucket. appropriate.

Rollers are installed on the thin plate, and the top of the lower part of the drainage board is provided with a track, and the rollers roll in the track to reduce friction.

The material used for the thin plate and the small bucket is an anti-corrosion material, and the anti-corrosion material is a hard foam sponge.

In order to prevent the fixed pulley and spring from being corroded, it must be sealed to a certain extent.

The beneficial effects achieved by the utility model: the grid cover of the intelligent diversion rainwater well described in the utility model is set by the drainage plate, the small bucket, the fixed pulley and the thin plate, and the coincidence degree of the drainage square hole and the thin plate square hole is determined according to the amount of rainfall. Real-time feedback can be used to drain the accumulated water on the road in time, and the fish-belly-shaped drainage board is stronger. In addition, in the non-rainy period, the drainage square hole and the thin plate square hole do not overlap, preventing garbage Enter the inspection well to reduce the workload of relevant personnel.

Description of drawings

Fig. 1 is a top view of the utility model.

Fig. 2 is a structural representation of the utility model.

Detailed ways

Below in conjunction with accompanying drawing, the utility model is further described. The following examples are only used to illustrate the technical solution of the utility model more clearly, but not to limit the protection scope of the utility model.

As shown in Figure 1 and Figure 2, an intelligent diversion rainwater well grid cover includes a drainage board 1, the drainage board 1 is made of hard foam sponge, and the drainage board 1 is set as the upper part of the drainage board and the lower part of the drainage board , the upper part of the drainage board and the lower part of the drainage board are provided with small drainage holes 6 and square drainage holes 10, the lower part of the drainage board is in the shape of a fish belly, which makes the drainage board 1 stronger, and the thin plate 2 is arranged on the Between the upper part of the drain plate and the lower part of the drain plate, and the thin plate 2 is provided with a thin plate square hole, the shape, size and arrangement of the thin plate square hole are the same as that of the drain square hole 10, and the small bucket 5 is arranged on the Directly below the drainage hole 6, the small water bucket 5 is connected with the thin plate 2 through the fixed pulley 3, the thin plate 2 is connected with the spring 4 fixed on the drainage plate 1, and the small water bucket 5 has a small hole 7 at the bottom, so The bottom of the small bucket 5 is provided with a water filter 8 to prevent the small hole 7 at the bottom from being blocked. The small hole 7 at the bottom of the small bucket 5 should be as small as possible, and the elastic force of the spring 4 should be in proportion to the weight of the small bucket 5. Roller 9 is installed on thin plate 2, and described roller 9 rolls back and forth in the track in drain board, can reduce frictional force, and described thin plate 2 and small bucket 5 used materials are anti-corrosion materials, and described anti-corrosion materials are hard Soak the sponge.

The implementation process of the utility model: during the no-rain period, the thin plate square hole on the thin plate 2 will be completely staggered with the drainage square hole 10 on the drainage plate 1, so that only the small drainage hole 6 is in an open state, and the others are closed to prevent the water from falling on the ground. Garbage falls into the inspection well. During the rainy period, the rainwater enters the drainage hole 6 and then falls into the small bucket 5. With the accumulation of water, the weight of the small bucket 5 increases and sinks to pull the thin plate 2, so that the square hole of the thin plate on the thin plate 2 The overlapping part with the drainage square hole 10 on the drainage plate gradually increases, thereby increasing the drainage speed. After the amount of water decreases, the small hole 7 below the small bucket 5 gradually discharges the water in the bucket. After the weight of the small bucket 5 is reduced, under the tension of the spring 4, the small bucket 5 rises, and the thin plate square hole of the thin plate 2 is connected to the drain. The drainage square holes 10 of the plate 1 are staggered and then closed again.

The above is only the preferred embodiment of the utility model, it should be pointed out that for those of ordinary skill in the art, without departing from the technical principle of the utility model, some improvements and deformations can also be made. And deformation should also be regarded as the protection scope of the present utility model.

Claims (9)

1. An intelligent diversion rainwater well grid cover, is characterized in that: comprise drain plate, described drain plate is set to drain plate top and drain plate bottom, described drain plate top and drain plate bottom are all provided with drainage aperture and Drainage square hole, small water bucket is arranged under described drainage small hole, and described small water bucket is connected with thin plate by fixed pulley, and described thin plate is connected with the spring that is fixed on the drainage plate. 2. The intelligent diversion rainwater well grid cover according to claim 1, characterized in that: the thin plate is arranged between the upper part of the drain plate and the lower part of the drain plate, and the thin plate is provided with a thin plate square hole. 3. The intelligent diversion rainwater well grid cover according to claim 2, characterized in that: the shape, size and arrangement of the thin plate square holes and the drainage square holes are the same. 4. The intelligent diversion rainwater well grid cover according to claim 1, characterized in that: the lower part of the drainage plate is fish-belly-shaped. 5. The intelligent diversion rainwater grid cover according to claim 1, characterized in that: the bottom of the small bucket is punched with a small hole, and the small bucket is provided with a water filter net. 6. The intelligent diversion rainwater grid cover according to claim 1, characterized in that: rollers are installed on the thin plate. 7. The intelligent diversion rainwater grid cover according to claim 6, characterized in that: the top of the lower part of the drainage board is provided with a track, and the rollers roll in the track. 8. The intelligent diversion rainwater grid cover according to any one of claims 1 to 7, characterized in that: the materials used for the thin plate, drainage plate and small bucket are anti-corrosion materials. 9. The intelligent diversion rainwater grid cover according to claim 8, characterized in that: the anti-corrosion material is hard foam sponge.