CN207877445U - Accident regulating reservoir with homogeneous function - Google Patents

Abstract

The utility model discloses a kind of accident regulating reservoir with homogeneous function, the accident regulating reservoir with homogeneous function includes at least four lattice regulating reservoirs, irrigation channel, water outlet channel and emptying channel；It is equipped with inlet gate per lattice regulating reservoir to communicate with irrigation channel, water outlet gate is equipped with per lattice regulating reservoir and is communicated with water outlet channel, emptying gate is equipped with per lattice regulating reservoir and is communicated with emptying channel；Gate locating is vented in bottom of pond, inlet gate is set to low level, and water outlet gate is set to a high position；It is both provided with blender in per lattice regulating reservoir.The utility model has the function of uniform water quality function, process accident water quality function and regulating pondage simultaneously, different operational modes can be flexibly used in varied situations, meet multiple functions demand with minimum vacancy rate, increase the utilization rate of regulating reservoir, construction land is saved, is reducingd the construction costs simultaneously.

Description

Accident regulating reservoir with homogeneous function

Technical field

The utility model is related to technical field of sewage more particularly to a kind of accident regulating reservoirs with homogeneous function.

Background technology

Since industrial wastewater variation water quality is larger, water quality homogeneous need to be often set before carrying out the technique of sewage disposal to it Pond makes the sewage of various sources or batch carry out sewage disposal again after mixing.The feelings occurred simultaneously in environmental pollution accident Under condition, it will generate lot of accident and discharge water, need that accident pool is arranged, these dump water are handled for storing.In addition, by In some areas, sewage collecting pipe network rain dirt hybrid junction is serious, often also needs to setting runoff investigation pond and subtracts for adjusting inflow Few water to subsequent processing structures is impacted.

Therefore, in existing sewage treatment facility, water quality homogeneous pond, accident pool and runoff investigation pond is usually respectively set, Construction cost is high, takes up an area greatly, and accident pool volume therein is big, and cost is high, but frequency of use is very low, causes larger waste.

Those skilled in the art are dedicated to solving above-mentioned technological deficiency.

Utility model content

In view of the drawbacks described above of the prior art, the technical purpose of the utility model is that providing one kind having the function of homogeneous Accident regulating reservoir, which has the function of uniform water quality function, process accident water quality function and regulating pondage simultaneously, not Different operational modes is used in the case of, can be met multiple functions demand and be increased the utilization rate of regulating reservoir, drop simultaneously Low construction cost.

To realize the above-mentioned technical purpose, the utility model provides a kind of accident regulating reservoir with homogeneous function, including At least four lattice regulating reservoirs, irrigation channel, water outlet channel and emptying channel；Be equipped with per regulating reservoir described in lattice inlet gate with it is described Irrigation channel communicates, and regulating reservoir described in every lattice is equipped with water outlet gate and is communicated with the water outlet channel, and regulating reservoir is equal described in every lattice It is communicated with the emptying channel equipped with emptying gate；The emptying gate locating is set to low level in bottom of pond, the inlet gate, The water outlet gate is set to a high position；It is both provided with blender in regulating reservoir described in per lattice.

Further, further include surmounting channel, the channel that surmounts is set between the regulating reservoir, described to surmount channel Directly link up the irrigation channel and the water outlet channel, it is described surmount channel and be equipped with surmount canal lock door.

Further, the irrigation channel and the emptying channel are set to the same side of the regulating reservoir, the emptying Channel is located at the lower section of the irrigation channel, and the water outlet channel is set to the other side of the regulating reservoir.

Further, regulating reservoir bottom described in every lattice is equipped with sludge pipe, and slope is arranged in the sludge pipe both sides, per lattice institute The sludge pipe for stating regulating reservoir summarizes outside pond and is then connected to spoil disposal pump house, and sludge pump is arranged in the spoil disposal pump house.

Further, be additionally provided with emptying pump house, the emptying channel is connected with emptying pump house, the emptying channel with put Empty pump house junction is equipped with connecting hole, and the emptying pump house bottom of pond absolute altitude is less than the emptying channel, the emptying pump house setting There is emptying to pump.

Further, the quantity of the blender is two, and two blenders are diagonally arranged.

The beneficial effects of the utility model：

The utility model has the function of uniform water quality function, process accident water quality function and regulating pondage simultaneously, not Different operational modes is used in the case of, and multiple functions demand is met with minimum vacancy rate, increases the use of regulating reservoir Rate saves construction land, reducings the construction costs simultaneously.

Description of the drawings

Fig. 1 is the overlooking structure diagram of the utility model embodiment 1.

Fig. 2 is in Fig. 1 along 1-1 line profiles.

Fig. 3 is in Fig. 1 along 2-2 line profiles.

Fig. 4 is in Fig. 1 along 3-3 line profiles.

Fig. 5 is in Fig. 1 along 4-4 line profiles.

Fig. 6 is homogeneous functional mode operation schematic diagram in the utility model embodiment 2.

Fig. 7 is accident treatment mode operation step 1 schematic diagram in the utility model embodiment 2.

Fig. 8 is accident treatment mode operation step 2 schematic diagram in the utility model embodiment 2.

Fig. 9 is accident treatment mode operation step 3 schematic diagram in the utility model embodiment 2.

Figure 10 is accident treatment mode operation step 4 schematic diagram in the utility model embodiment 2.

Figure 11 is accident treatment mode operation step 5 schematic diagram in the utility model embodiment 2.

In Fig. 1-5,1, accident regulating reservoir；11 inlet gates；12 water outlet gates；13 emptying gates；14 blenders；15 1 Number regulating reservoir；16 No. two regulating reservoirs；17 No. three regulating reservoirs；18 No. four regulating reservoirs；19 slopes；2 irrigation channels；21 water inlet pipes；3 It is discharged channel；4 emptying channels；5 surmount channel；51 surmount canal lock door；6 emptying pump houses；61 emptying pumps；7 sludge pipes；8 sludge pumps Room；81 sludge pumps；9 banket.

In Fig. 6-11, a1 is that the 4th regulating reservoir is discharged gate；A2 is the 4th regulating reservoir inlet gate；A3 is the 4th regulating reservoir It is vented gate；B1 is that third regulating reservoir is discharged gate；B2 is third regulating reservoir inlet gate；B3 is that third regulating reservoir is vented lock Door；C1 is that the second regulating reservoir is discharged gate；C2 is the second regulating reservoir inlet gate；C3 is that the second regulating reservoir is vented gate；D1 is First regulating reservoir is discharged gate；D2 the first regulating reservoir inlet gates；D3 is that the first regulating reservoir is vented gate；E1 and e2 is to surmount canal Gate.

Specific implementation mode

The technique effect of the design of the utility model, concrete structure and generation is made furtherly below with reference to attached drawing It is bright, to be fully understood from the purpose of this utility model, feature and effect.

Embodiment 1：

As Figure 1-Figure 5, a kind of specific embodiment of the accident regulating reservoir 1 with homogeneous function, including at least four lattice Regulating reservoir, irrigation channel 2 are discharged channel 3 and emptying channel 4 and surmount channel 5；Per lattice regulating reservoir be equipped with inlet gate 11 with Irrigation channel 2 communicates, and water outlet gate 12 is equipped with per lattice regulating reservoir and is communicated with water outlet channel 3, emptying is equipped with per lattice regulating reservoir Gate 13 is communicated with emptying channel 4；Emptying gate 13 is set to bottom of pond, and inlet gate 11 is set to low level, and water outlet gate 12 is set It is placed in a high position；It is respectively provided in per lattice regulating reservoir there are two blender 14, two blenders 14 are arranged diagonal.The present embodiment is arranged Four lattice regulating reservoirs, the respectively regulating reservoir 17 of regulating reservoir 16, three of No.1 regulating reservoir 15, two and No. four regulating reservoirs 18.

Surmount channel 5 to be set between regulating reservoir, the present embodiment is provided in No. two regulating reservoirs 16 and No. three regulating reservoirs 17 Between.Surmount channel 5 directly link up irrigation channel 2 and water outlet channel 3, surmount channel 5 be equipped with surmount canal lock door 51.Surmount channel 5 times settings banket 9, avoid channel aerial.

Irrigation channel 2 and emptying channel 4 are set to the same side of regulating reservoir, and emptying channel 4 is located under irrigation channel 2 Side, water outlet channel 3 are set to the other side of regulating reservoir.Sewage into this accident regulating reservoir accesses irrigation channel by water inlet pipe 21 2。

Sludge pipe 7 is equipped with per style section bottom of pond portion, slope 19 is arranged in 8 both sides of sludge pipe, per the sludge pipe 7 of lattice regulating reservoir Summarize outside pond and be then connected to spoil disposal pump house 8, sludge pump 81 is set in spoil disposal pump house.

Emptying channel 4 is connected with emptying pump house 6, and emptying channel 4 is equipped with connecting hole, emptying with 6 junction of emptying pump house 6 bottom of pond absolute altitude of pump house is provided with emptying pump 61 less than emptying channel 4, emptying pump house 6.

Embodiment 2

The present embodiment is the operation method of the construction regulating reservoir with homogeneous function in embodiment 1.

When influent quality index is when setting index or less, the accident regulating reservoir with homogeneous function uses homogeneous function mould Formula is run；As shown in fig. 6, the specific method of homogeneous functional mode operation is：Select a lattice regulating reservoir vacant, such as by No.1 tune It is vacant to save pond, the operation of other regulating reservoirs；Inlet gate, water outlet gate and the emptying gate of No.1 regulating reservoir are turned off, and operation is adjusted The inlet gate and water outlet gate for saving pond are opened, the emptying closing gate in runing adjustment pond；Sewage enter No. two of operation, three Number and No. four regulating reservoirs in using form is thoroughly mixed, blender is opened, and sewage is equal in the above three regulating reservoir retention period Matter, wastewater level are increased to water gate and enter subsequent processing facility through being discharged gate outflow regulating reservoir behind the door.

When influent quality index is more than setting index, the accident regulating reservoir with homogeneous function turns from homogeneous functional mode It is changed to accident treatment mode operation, the operation method of accident treatment pattern is：

Step 1, as shown in fig. 7, opening the inlet gate of No.1 regulating reservoir, water outlet gate and emptying gate remain turned-off, No.1 regulating reservoir is set to start water storage；No. two regulating reservoirs are closed into inlet gate and water outlet gate, emptying gate is opened, No. two is adjusted Save pond emptying；The inlet gate and water outlet gate of No. three and No. four regulating reservoirs are closed, emptying gate remains turned-off, and makes No. three and four Number regulating reservoir enters stoppage in transit state.

Step 2, as shown in figure 8, after No.1 regulating reservoir store it is full after, close inlet gate, water outlet gate and emptying gate after It is continuous to remain turned-off, sewage treatment drug is added into pond；After waiting for the emptying of No. two regulating reservoirs, close emptying gate, open into Sluice gate, water outlet gate remain turned-off, and No. two regulating reservoirs is made to start water storage；Open the emptying gate of No. three regulating reservoirs, intake gate Door and water outlet gate remain turned-off, and No. three regulating reservoirs are vented；No. four regulating reservoirs continue to keep stoppage in transit state.

Step 3, as shown in figure 9, inlet gate, water outlet gate and the emptying gate of the No.1 regulating reservoir after dosing keep closing It closes, the sewage in it is made to react quiet heavy with medicament；After No. two regulating reservoirs store completely, inlet gate is closed, is discharged gate and emptying Gate continues to remain turned-off, and sewage treatment drug is added into pond；After waiting for No. three regulating reservoir emptying, emptying gate is closed, Inlet gate is opened, water outlet gate remains turned-off, and No. three regulating reservoirs is made to start water storage；The emptying gate of No. four regulating reservoirs is opened, Inlet gate and water outlet gate remain turned-off, and No. four regulating reservoirs are vented.

Step 4, as shown in Figure 10, wait for that the reaction of No.1 regulating reservoir is abundant, open emptying gate, inlet gate and water outlet gate It remains turned-off, the sewage in No.1 regulating reservoir is made to be vented；By the inlet gate of No. two regulating reservoirs after dosing, water outlet gate and put Empty gate remains turned-off, and the sewage in No. two regulating reservoirs is made to react quiet heavy with medicament；After No. three regulating reservoirs store completely, water inlet is closed Gate, water outlet gate and emptying gate continue to remain turned-off, and sewage treatment drug is added into No. three regulating reservoirs；Wait for No. four adjustings After pond is vented, emptying gate is closed, opens inlet gate, water outlet gate remains turned-off, and No. four regulating reservoirs is made to start water storage.

Step 5, as shown in figure 11, after the emptying of No.1 regulating reservoir, emptying gate is closed, opens inlet gate, water outlet Gate remains turned-off, the water storage again of No.1 regulating reservoir；Wait for that the reaction of No. two regulating reservoirs is abundant, open emptying gate, inlet gate and Water outlet gate remains turned-off, and the sewage in No. two regulating reservoirs is made to be vented；By the inlet gate of No. three regulating reservoirs after dosing, water outlet Gate and emptying gate remain turned-off, and the sewage in No. three regulating reservoirs is made to react quiet heavy with medicament；After No. four regulating reservoirs store completely, Inlet gate is closed, water outlet gate and emptying gate continue to remain turned-off, and sewage treatment drug is added into No. four regulating reservoirs.

Step 6, it repeats the above steps, makes four lattice regulating reservoirs successively by water storage, dosing, quiet heavy, emptying alternate run, processing Sewage afterwards drains into subsequent processing facility by being vented pump.

Interruption of service tupe is until influent quality restores to setting index hereinafter, the accident with homogeneous function is adjusted Pond reverts to the operation of homogeneous functional mode.

When entering flood season, the accident regulating reservoir with homogeneous function uses runoff investigation mode operation.Runoff investigation mould Formula operation specific method be：When will enter flood season, whole regulating reservoirs are vented, while opening and surmounting canal lock door；When into When water is more than setting water, inlet gate is opened, excess water is temporarily stored in regulating reservoir；When inflow is less than setting value When, emptying gate is opened, while the excess water stored in regulating reservoir is drained into subsequent processing facility using emptying pump and is handled.

The preferred embodiment of the utility model described in detail above.It should be appreciated that the ordinary skill people of this field Member according to the present utility model can conceive without creative work makes many modifications and variations.Therefore, all this technology necks Technical staff passes through logic analysis, reasoning or limited reality on the basis of existing technology according to the design of the utility model in domain Available technical solution is tested, it all should be in the protection domain being defined in the patent claims.

Claims (6)

1. a kind of accident regulating reservoir with homogeneous function, which is characterized in that including at least four lattice regulating reservoirs, irrigation channel, go out Water channel road and emptying channel；Regulating reservoir described in per lattice is equipped with inlet gate and is communicated with the irrigation channel, is adjusted described in every lattice Pond is equipped with water outlet gate and is communicated with the water outlet channel, and regulating reservoir is equipped with emptying gate and the emptying channel described in every lattice It communicates；For the emptying gate locating in bottom of pond, the inlet gate is set to low level, and the water outlet gate is set to a high position；Often Blender is both provided in regulating reservoir described in lattice.

2. the accident regulating reservoir according to claim 1 with homogeneous function, which is characterized in that further include surmounting channel, The channel that surmounts is set between the regulating reservoir, and the channel that surmounts directly links up the irrigation channel and the outlet canal Road, it is described surmount channel be equipped with surmount canal lock door.

3. the accident regulating reservoir according to claim 1 with homogeneous function, which is characterized in that the irrigation channel and institute State emptying channel and be set to the same side of the regulating reservoir, the emptying channel is located at the lower section of the irrigation channel, it is described go out Water channel road is set to the other side of the regulating reservoir.

4. the accident regulating reservoir according to claim 1 with homogeneous function, which is characterized in that regulating reservoir bottom described in per lattice Portion is equipped with sludge pipe, and slope is arranged in the sludge pipe both sides, and often the sludge pipe of regulating reservoir described in lattice summarizes outside pond then connects Spoil disposal pump house is passed to, sludge pump is set in the spoil disposal pump house.

5. the accident regulating reservoir according to claim 1 with homogeneous function, which is characterized in that it is additionally provided with emptying pump house, The emptying channel is connected with emptying pump house, and the emptying channel is equipped with connecting hole, the emptying with emptying pump house junction Pump house bottom of pond absolute altitude is less than the emptying channel, and the emptying pump house is provided with emptying pump.

6. according to any accident regulating reservoirs with homogeneous function of claim 1-5, which is characterized in that the blender Quantity be two, two blenders are diagonally arranged.