CN214629178U

CN214629178U - Be used in drainage in honeycomb pond

Info

Publication number: CN214629178U
Application number: CN202022853603.XU
Authority: CN
Inventors: 甘军; 潘震宇; 沈杰强
Original assignee: Sihui Qing Yu Tang Agricultural Science And Technology Co ltd
Current assignee: Sihui Qing Yu Tang Agricultural Science And Technology Co ltd
Priority date: 2020-12-03
Filing date: 2020-12-03
Publication date: 2021-11-09
Anticipated expiration: 2030-12-03

Abstract

The utility model provides a be used in sewage system in honeycomb pond, including end blow off pipe, siphon mechanism, end blow off pipe including end PVC pipe, retaining bend and reducing directly, siphon mechanism establish in the honeycomb pond, and include siphon screen panel, first PVC pipe, second PVC pipe, end cap, the bottom of siphon screen panel establish on the ring flange, the siphon screen panel be top open-ended circular slot type, the fixed intercommunication of lower extreme that second hole and second PVC pipe on siphon screen panel diapire. The utility model has the advantages that: the siphon mechanism arranged in the honeycomb pool solves the problem of pollution discharge when water flow is small, saves labor cost, reduces stress reaction of fish, and improves cultivation quality.

Description

Be used in drainage in honeycomb pond

Technical Field

The utility model belongs to the technical field of aquaculture system, especially, relate to a sewage system who is used in honeycomb pond.

Background

The prior honeycomb pool sewage system has the following defects: when the water flow is small, the sewage discharge effect is poor, and manual sewage discharge must be carried out at intervals. Manual pollution discharge wastes manpower, and can cause great water quality change; the fish can be scared, so that the fish can generate stress reaction, and the fish is very unfavorable for culture.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a be used in drainage in honeycomb pond adopts automatic siphon technique, can practice thrift the cost of labor again when solving the blowdown problem that rivers are less, reduces the stress response of fish, is particularly suitable for being used in aquaculture.

The technical scheme of the utility model is that: a sewage system used in a honeycomb pool comprises a bottom sewage pipe and a siphon mechanism, wherein the bottom sewage pipe comprises a bottom PVC pipe, a water storage bend and a reducing pipe, one end of the bottom PVC pipe is communicated with one end of the water storage bend, the other end of the water storage bend is connected with a small head end of the reducing pipe, an annular groove is arranged around a perforation at the center of the bottom wall of the honeycomb pool, a flange plate is arranged in the annular groove, a large head end of the reducing pipe passes through the perforation at the center of the bottom wall of the honeycomb pool and is fixed with the flange plate,

the direct big head end of reducing that is located diapire top in the honeycomb pond is linked together with siphon mechanism, siphon mechanism establish in the honeycomb pond, and include siphon screen panel, first PVC pipe, second PVC pipe, end cap, the bottom of siphon screen panel establish on the ring flange, the siphon screen panel be top open-ended circular slot type, the fixed intercommunication of lower extreme of second hole and second PVC pipe on siphon screen panel diapire, siphon screen panel upper end be fixed with first PVC pipe, and first PVC is intraductal to be equipped with second PVC pipe, the upper end of first PVC pipe be equipped with a plurality of cutout holes, second PVC pipe upper end be less than the upper end of first PVC pipe, and the top at second PVC pipe is established to cutout hole, a PVC pipe upper end be equipped with the end cap.

Furthermore, the annular groove is 4cm wide and 5cm deep and is arranged on the upper surface of the bottom wall of the honeycomb pool.

Furthermore, a gap between the flange plate and the large end with the direct different diameter is filled with glass cement.

Further, the top end of the second PVC pipe is 2cm away from the top end of the first PVC pipe.

The utility model has the advantages and positive effects that: by adopting the technical scheme, the siphon mechanism arranged in the honeycomb pool solves the problem of pollution discharge when water flow is small, saves labor cost, reduces stress reaction of fish and improves cultivation quality.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic structural view of the siphon mechanism.

In the figure:

1. bottom PVC pipe	2. Water storage elbow	3. Reducing direct connection
			4. Honeycomb pool	5. Siphon screen	6. First PVC pipe
7. Second PVC pipe	8. Flow breaking hole	9. Siphon mechanism

Detailed Description

As shown in figures 1 and 2, the technical scheme of the utility model is that the sewage system used in the honeycomb pool comprises a bottom sewage pipe and a siphon mechanism, the bottom sewage pipe comprises a bottom PVC pipe 1, a water storage elbow 2 and a reducing direct 3, one end of the bottom PVC pipe 1 is communicated with one end of the water storage elbow 2, the other end of the water storage elbow 2 is connected with the small end of the reducing direct 3, an annular groove is arranged around the perforation at the center of the bottom wall of the honeycomb pool 4, a flange plate is arranged in the annular groove, the large end of the reducing direct 3 passes through the perforation at the center of the bottom wall of the honeycomb pool 4 and is fixed with the flange plate,

the direct 3 stub ends of reducing that lie in honeycomb pond 4 inner bottom wall top are linked together with siphon mechanism 9, siphon mechanism establish in honeycomb pond 4, and include siphon screen panel 5, first PVC pipe 6, second PVC pipe 7, end cap, siphon screen panel 5 bottom establish on the ring flange, siphon screen panel 5 be top open-ended circular slot type, the fixed intercommunication of second hole and second PVC pipe 7's lower extreme on siphon screen panel 5 diapire, siphon screen panel 5 upper end be fixed with first PVC pipe 6, and be equipped with second PVC pipe 7 in the first PVC pipe 6, the upper end of first PVC pipe 6 be equipped with a plurality of cutout holes 8, second PVC pipe 7 upper end be less than the upper end of first PVC pipe 6, and the cutout hole is established in the top of second PVC pipe 7, a PVC pipe 6 upper end be equipped with the end cap.

In this embodiment, the annular trench has a width of 4cm and a depth of 5cm, and is disposed on the upper surface of the bottom wall of the honeycomb cell 4.

In this embodiment, a gap between the flange plate and the large end of the reducing pipe 3 is filled with glass cement.

In this embodiment, the top end of the second PVC pipe 7 is 2cm away from the top end of the first PVC pipe 6.

The working process and principle of the example are as follows: the first step is as follows: and removing the glass cement between the flange plate of the original honeycomb pool and the large end with the direct reducing by using an art designing knife.

The second step is that: removing the oxygenation pipe and the knife scraping cloth from the elevated tank; and digging out the original bottom sewage discharge pipe. After the original bottom sewage discharge pipe is dug out, the ditch is dug to the depth of 41 cm.

The third step: the bottom of the honeycomb pool is flattened into a pot bottom shape, and the lowest point of the bottom is required to be 30cm deep (the difference between the edge of the bottom and the center of the pool bottom is 30 cm).

The fourth step: and installing the bottom sewage discharge pipe again. The bottom sewage discharge pipe is provided with a bottom PVC pipe with the outer diameter of 4 meters and the diameter of 110mm, a water storage elbow with the outer diameter of 100mm, and a joint part with the diameter of 110mm and 160mm is directly and sequentially connected, the joint part with the diameter of 160mm at the large end which is directly different from the diameter is required to be fixed at the central point of the pool when the sewage discharge pipe is installed, and the joint part with the diameter of 160mm is kept horizontal.

The fifth step: backfilling soil and tamping the soil with a soil tamping tool. And the bottom of the pool is smooth without the phenomenon of unevenness. Note that the 160mm joint periphery in the center of the pool is exposed during backfilling, and an annular groove with the width of 4cm and the depth of 5cm is arranged on the upper surface of the pool bottom wall and used for installing a flange plate.

And a sixth step: and (4) reinstalling the scraper cloth, and tightly filling and plugging the gap between the flange plate and the 160mm joint at the large-head end with the direct reducing by using glass cement.

A seventh section: assembling the automatic siphon device. The automatic siphon device consists of a siphon net cover, a 160mm first PVC pipe, a 110mm second PVC pipe and a 160mm plug. The automatic siphon net cover is mainly installed and fixed with a 160mm first PVC pipe and a 110mm second PVC pipe, and meanwhile, fish is prevented from being sucked by a siphon device to cause damage during siphon.

The first PVC pipe of 160mm is installed outside siphon device, seals with 160mm end cap, and as the siphon cover, the siphon cover is at distance from the top (installation end cap one end) 5cm department and is beaten 3 cutout holes with 10mm electric drill.

The 110mm second PVC pipe is arranged inside the siphon device to be used as a siphon. The top end of the 110mm second PVC pipe is 2cm away from the top end of the 160 pipe. And (5) finishing the installation.

While one embodiment of the present invention has been described in detail, the description is only a preferred embodiment of the present invention, and should not be considered as limiting the scope of the present invention. All the equivalent changes and improvements made according to the application scope of the present invention should still fall within the patent coverage of the present invention.

Claims

1. An exhaust system for a honeycomb cell, comprising: comprises a bottom blow-off pipe and a siphon mechanism, wherein the bottom blow-off pipe comprises a bottom PVC pipe, a water storage bend and a reducing pipe, one end of the bottom PVC pipe is communicated with one end of the water storage bend, the other end of the water storage bend is connected with a small end of the reducing pipe, an annular groove is arranged around a perforation at the center of the bottom wall of the honeycomb pool, a flange plate is arranged in the annular groove, a large end of the reducing pipe passes through the perforation at the center of the bottom wall of the honeycomb pool and is fixed with the flange plate, a large end of the reducing pipe above the bottom wall of the honeycomb pool is communicated with the siphon mechanism, the siphon mechanism is arranged in the honeycomb pool and comprises a siphon mesh enclosure, a first PVC pipe, a second PVC pipe and a plug, the bottom end of the siphon mesh enclosure is arranged on the flange plate, the siphon mesh enclosure is of a circular groove shape with an open top end, a second hole on the bottom wall of the siphon mesh enclosure is fixedly communicated with the lower end of the second PVC pipe, siphon screen panel upper end be fixed with first PVC pipe, and the intraductal second PVC pipe that is equipped with of first PVC, the upper end of first PVC pipe be equipped with a plurality of cutout holes, second PVC pipe upper end be less than the upper end of first PVC pipe, and the top at second PVC pipe is established in cutout hole, a PVC pipe upper end be equipped with the end cap.

2. A soil exhaust system for use in a honeycomb pond as claimed in claim 1 wherein: the annular groove is 4cm wide and 5cm deep and is arranged on the upper surface of the bottom wall of the honeycomb pool.

3. A soil exhaust system for use in a honeycomb pond as claimed in claim 1 wherein: and a gap between the flange plate and the large end with the direct different diameter is filled with glass cement.

4. A soil exhaust system for use in a honeycomb pond as claimed in claim 1 wherein: the top end of the second PVC pipe is 2cm away from the top end of the first PVC pipe.