CN207276352U - Sewage collecting processing unit and system - Google Patents

Abstract

The utility model discloses a kind of sewage collecting processing unit and system, for sewage treating efficiency it is low the problem of, provide following technical scheme, including cistern, diversion canal, cesspool and sewage-treatment plant, sewage-treatment plant includes babinet, tempering tank is equipped with babinet, the rotation lauter tub for the sewage for accepting osculum discharge is equipped with babinet, sewage is collected by diversion canal, sewage is purified by sewage-treatment plant, most at last in purified sewage discharge to cistern with spare, so that cistern supplies water for construction site, sewage caused by the same time is collected and purified treatment, eventually pass through the sewage after processing and be again introduced into cistern, recycled so that water resource is realized at the construction field (site), rainfall is also collected by diversion canal at the same time, improve water utilization rate, reduce water resources consumption.

Description

Sewage collecting processing unit and system

Technical field

A kind of construction sewage disposal is the utility model is related to, more specifically, it relates to which a kind of sewage collecting is handled Apparatus and system.

Background technology

As urbanization and industrialization accelerate to promote, existing water facilities scale, water supply quality are difficult to meet growth requirement. Engineering water shortage is more prominent, and sewage treatment facility builds deficiency, and sewage network construction relatively lags behind, and Regional Distribution is uneven Weighing apparatus, Treatment of Sludge scale level are still needed raisings, and rainwater-collecting and exhaust system are insufficient.

The sewage source of construction site mainly has three kinds：1st, rainwater；2nd, foundation pit Yield rainfall relation；3rd, maintenance waste water is rinsed. Rainwater has the characteristics that seasonality, and rainy season is more and other seasons are few, and single rainfall can obtain a large amount of rainwater, when no rain it is then anhydrous can With.Foundation pit Yield rainfall relation is very common in the deep basal pit of skyscraper, and precipitation, which usually will persistently proceed to foundation pit backfill, to be completed. System construction place is not utilized using effluent cycle, rinses and maintenance is mainly derived from city planting ductwork tap water with water, its production The whole work progress of raw adjoint agent structure substantially.

Building trade at present to emphasis to be concentrated on to more than the sewage intercepting well of construction site collection and the recycling of sewage, but General sewage water treatment method excludes the larger component of proportion in sewage such as silt only with sedimentation basin, handles what is drawn Water clean level is not high, and purposes is less, easily blocks pipeline, and treatment effeciency is low, saving water resource is not had actual Effect.

At present, the Chinese patent of Application No. 201620292473.8 discloses a kind of sewage for rinsing concrete delivery pipe Collection processing system implementing, it includes collecting groove tank, and two are vertically arranged at the partition plate collected in groove tank；Two partition plates will be collected Groove tank is separated into three chambers；The sediment frame for collecting sediment is equipped with each chamber；The sediment frame includes bottom plate, and four A side plate being connected with bottom plate, and the lifting rope being arranged on side plate；The side plate is parting grid；The lower part of each chamber is equal Equipped with a drainpipe.

The sewage collecting processing system of this flushing concrete delivery pipe is although reusable, but it is staticly settled, and is leaned on Sewage and chemicals slow reaction in the state of standing, by strainer filtering sediment, also need to sling strainer to discharge Precipitation, whole sewage disposal process is slow, less efficient, also improves space.

Utility model content

In view of the deficienciess of the prior art, first purpose of the utility model is to provide a kind of sewage collecting processing dress Put and system, there is the advantages of processing is efficient, and blowdown facilitates.

To achieve the above object, the utility model provides following technical solution：

A kind of sewage-treatment plant, including babinet, the babinet is interior to be equipped with the tempering tank for being used for accepting sewage and chemicals, The bottom of the tempering tank is provided with the osculum for slowing down the discharge of sewage, is equipped with the babinet and is used to accept and pass through at a high speed Rotation makes the separated rotation lauter tub of sewage solid that osculum is discharged, and the babinet is equipped with the power for being used for driving rotation lauter tub Portion.

Using above-mentioned technical proposal, chemicals and sewage are accepted by tempering tank at the same time so that chemicals and sewage are mixed Close and mixed in bucket, by the osculum for slowing down the discharge of sewage so that sewage and chemicals stopped in tempering tank certain time with Mixability is improved, sewage is in flow regime all the time in kinetic energy tempering tank when tempering tank is injected into by sewage, with The mixability of chemicals and sewage is further improved, sewage is drained into rotating filter cartridge by osculum, is driven by driving device Dynamic rotating filter cartridge rotates at a high speed so that sewage forms swirling in driving device, further improves the mixed of sewage and chemicals Conjunction degree, while intermolecular collision probability is improved, the speed of precipitation adsorption reaction is promoted, since sewage is carrying out high speed circumference Movement, subject to centrifugal forces to be moved to the direction away from the center of circle, since sewage is liquid, hydrone can readily pass through filter Wall, and it is solid-state to precipitate dirt, can not wear filter wall, to realize separation of solid and liquid.

Preferably, the rotation lauter tub include by power part driving bottom plate and for filter sewage and liftable with by Filter wall that is near or leaving bottom plate, the bottom plate are equipped with the driving device for being used for driving filter wall lifting.

Using above-mentioned technical proposal, filter wall is set to be separated with bottom plate by driving device so that rotating filter cartridge bottom, which produces, to be lacked Mouthful, by sewage flushing and rotating filter cartridge itself, rotation dirt is discharged from the indentation, there of rotating filter cartridge at a high speed.

Preferably, the rotation lauter tub is externally provided with the sewage that water conservancy diversion rotation lauter tub is thrown away and concentrates dirty baffle portion.

Using above-mentioned technical proposal, the water droplet after separation be thrown out of and by baffle portion collect and water conservancy diversion make sewage concentrate under Stream, runner is selected so that sewage is discharged by drainpipe by flow passage control device.

Preferably, the babinet is additionally provided with for the drainpipe of sewage after emission treatment and the blowdown for discharging dirt Pipe, the baffle portion are connected with by varying runner to select the flow passage control device of drainpipe or blow-off pipe discharge.

Using above-mentioned technical proposal, by flow passage control device rotational flow so that sewage is discharged by blow-off pipe so that Blowdown is separated with draining, prevents from mutually polluting.

Preferably, the driving device includes axially penetrating through filter wall and the screw being fixedly connected with bottom plate along rotation lauter tub, The described one end of filter wall away from bottom plate, which is rotatably connected to, to be coordinated with screw to lift the nut of filter wall.

Using above-mentioned technical proposal, lifting filter wall is coordinated by screw and nut, filter wall is lifted by threaded engagement Filter wall is not easy to fall after rise afterwards, and providing driving force through filter wall for filter wall by screw makes filter wall follow bottom plate synchronous rotary, passes through spiral shell It is female to coordinate with screw so that filter wall abutting bottom plate, improves sealing effect.

Preferably, the power part includes the motor being arranged on babinet and is driven by motor and be fixedly connected with bottom plate Shaft.

Using above-mentioned technical proposal, it can be realized by motor-driven rotatable shaft and rotated at a high speed, bottom plate is fixedly connected with by shaft To drive bottom plate rotation, it can be achieved that a shaft drives multigroup rotation lauter tub at the same time.

Preferably, the baffle portion includes surrounding the baffle wall of rotation lauter tub, and the lower end of the baffle wall is connected with The guide ring of back taper, the lower end integrally connected of the guide ring are useful for the water conservancy diversion that guiding current flow to next rotation lauter tub Pipe.

Using above-mentioned technical proposal, rotation lauter tub is surrounded by baffle wall to collect the water droplet that rotation lauter tub is thrown away, water droplet Flowed down by conducting oneself with dignity, and then reach guide ring, concentrate water droplet by guide ring, and then discharged by diversion pipe so that water droplet Again collect to form current, improve the current continuity into next stage.

Preferably, the junction of the baffle wall and guide ring is fillet.

Using above-mentioned technical proposal, prevent water droplet from resting on the junction of baffle wall and guide ring by fillet, reduce dead Angle.

Preferably, the flow passage control device includes import connection diversion pipe and outlet connects drainpipe or blow-off pipe respectively Triple valve.

It is easy to operate by triple valve to carry out fluid passage selection using above-mentioned technical proposal, reduce occupied space.

In view of the deficienciess of the prior art, second purpose of the utility model is to provide a kind of sewage collecting processing system System, has the advantages of processing is efficient, cycling use of water.

To achieve the above object, the utility model provides following technical solution：

A kind of sewage collecting processing system, including sewage-treatment plant as described above.

Using above-mentioned technical proposal, scale precipitation is accelerated using centrifugal force by sewage-treatment plant, to improve at sewage Manage efficiency so that the sewage treating efficiency of sewage collecting processing system greatly improves so that it can be purified in time after sewage collecting, and When for Water District domain supply water.

In conclusion the utility model has the advantages that：By sewage collecting processing system by sewage collecting simultaneously Processing, while by rainwater-collecting and handle, realize that water resource recycles, environmental protection and energy saving, while equipment is easy to clean, at sewage Reason is efficient, and clean-up effect is preferable etc..

Brief description of the drawings

Fig. 1 is the structure diagram that sewage collecting processing unit conceals part babinet in the utility model；

Fig. 2 is the knot that sewage collecting processing unit conceals babinet, baffle portion and rotation lauter tub part in the utility model Structure schematic diagram；

Fig. 3 is the enlarged diagram in A portions in Fig. 2；

Fig. 4 is the enlarged diagram in B portions in Fig. 3.

In figure：1st, babinet；11st, water inlet pipe；12nd, medicine pipe；13rd, power part；131st, motor；132nd, shaft；133rd, the lantern ring； 134th, fixed strip；14th, the mouth of pipe；15th, nozzle；16th, drainpipe；17th, blow-off pipe；2nd, tempering tank；21st, the first supporting ring；22nd, draining Hole；3rd, lauter tub is rotated；31st, bottom plate；32nd, wall is filtered；33rd, nut；331st, moving block；332nd, rotation slot；34th, screw；35th, driving dress Put；36th, seal；4th, baffle portion；41st, the second supporting ring；42nd, baffle wall；43rd, guide ring；44th, diversion pipe；5th, partition plate；51st, divide Flow tube；52nd, flow passage control device.

Embodiment

With reference to the accompanying drawings and embodiments, the utility model is described in detail.

A kind of sewage collecting processing system, including cistern, diversion canal, cesspool and sewage-treatment plant.

With reference to Fig. 1, sewage-treatment plant includes babinet 1, and opening up tempering tank 2 is equipped with babinet 1.

With reference to Fig. 2 and Fig. 3, tempering tank 2 is fixedly connected on by the first supporting ring 21 in babinet 1 and axial line and babinet 1 Vertical centerline it is consistent, the bottom of tempering tank 2 is located at circle centre position and offers osculum 22, through being equipped with the mouth of pipe 14 on babinet 1 Run through the medicine pipe 12 for being equipped with and being fixedly connected on water inlet pipe 11, medicine towards the water inlet pipe 11 of the bucket wall of tempering tank 2, on babinet 1 One end that quality control 12 is located in babinet 1 is equipped with nozzle 15, and the injection direction of nozzle 15 is consistent with 14 direction of the mouth of pipe of water inlet pipe 11.

The rotation lauter tub 3 positioned at the lower section of tempering tank 2 is additionally provided with babinet 1, is additionally provided with babinet 1 for driving rotation lauter tub 3 power parts 13 rotated, power part 13 include upper with babinet 1 along the perforative shaft 132 of 1 vertical centerline of babinet, shaft 132 Wall is rotatablely connected and 132 upper end of shaft is pierced by outside babinet 1, and power part 13, which further includes to be arranged on above babinet 1, is used for drive shaft 132 motors 131 rotated, rotation lauter tub 3 include the center of circle by shaft 132 runs through and is fixedly connected with shaft 132 bottom plate 31 with And the filter wall 32 on bottom plate 31.

With reference to Fig. 3 and Fig. 4, bottom plate 31 is equipped with driving device 35, and driving device 35 includes being distributed on the circle of bottom plate 31 The screw 34 of totally two and the nut 33 that upper end and the screw 34 of filter wall 32 coordinate is rotatably connected on week, filters the upper end of wall 32 Equipped with rotation slot 332, the lower end of nut 33 is equipped with moving block 331, and nut 33 is connected in rotation slot 332 by moving block 331 It is rotatablely connected with filter wall 32, the lower end of filter wall 32 is additionally provided with seal 36 for preventing leak, seal 36 in the present embodiment Can be metallic packing, plastic seal ring etc. in other embodiment, by rotating nut 33 so that nut for rubber seal 33 lift on screw 34, and then drive filter wall 32 to lift.

The upper end of filter wall 32 also radially connects the fixed strip 134 of oriented center extension, and shaft 132 is equipped with can be along shaft 132 lantern ring 133 in axial sliding, the one end of fixed strip 134 away from filter wall 32 are fixedly connected on the lantern ring 133, and fixed strip 134 has Three and be distributed on filter wall 32 circumferencial direction on.

With reference to Fig. 2, rotation lauter tub 3 is externally provided with baffle portion 4, and baffle portion 4 includes the baffle wall 42 being set in outside filter wall 32, gear Stream wall 42 is consistent with filtering 32 axial line of wall and the radius of baffle wall 42 is more than the radius for filtering wall 32, between baffle wall 42 and filter wall 32 Spacing is left, baffle wall 42 is fixedly connected in babinet 1 by the second supporting ring 41, and the lower end of baffle wall 42 is connected with water conservancy diversion Ring 43, guide ring 43 are reverse tapered shape, and guide ring 43 and the junction of baffle wall 42 are fillet, and the lower end of guide ring 43 integrally connects It is connected to vertical diversion pipe 44.

In the present embodiment, rotate totally two groups of lauter tub 3, and be distributed in vertically in babinet 1, baffle portion 4 totally two groups respectively with rotation Turn lauter tub 3 to coordinate.

Lower horizontal in babinet 1 positioned at rotation lauter tub 3 is equipped with partition plate 5, and the lower end of shaft 132 is rotatably connected on partition plate 5 On, the isocon 51 being equipped with straight down is run through on partition plate 5, is also passed through in the horizontal direction between bottom and partition plate 5 in babinet 1 Drainpipe 16 and blow-off pipe 17 are equipped with, the one end of isocon 51 away from partition plate 5 is connected with flow passage control device 52, runner control Device 52 includes triple valve, and isocon 51 connects drainpipe 16 and blow-off pipe 17 by triple valve at the same time, and isocon 51 is connected to The water inlet of triple valve and pass through triple valve select draining runner.

Cistern is located at the periphery of construction site, and the water outlet of cistern is connected with construction water equipment to be set for construction Available water.

Diversion canal opens up and uses water condensed section at the construction field (site), and by angle of inclination so that sewage converges by dead weight flowing Collection, diversion canal are connected with the water inlet of cesspool, sewage are collected in cesspool by diversion canal.

The water outlet of cesspool is connected with sewage-treatment plant, by water pump by sewage pump into sewage-treatment plant with into The processing of row sewage water filtration, the water outlet of sewage-treatment plant are connected with cistern, the sewage discharge after processing is made cistern It is interior, to recycle.

In conclusion collecting the waste water such as rainwater, construction water by diversion canal, simultaneously water conservancy diversion is collected in cesspool, is passed through Cesspool carries out preliminary sedimentation, and the sewage after preliminary sedimentation enters sewage-treatment plant, by sewage-treatment plant that sewage is net Change is handled, and the sewage after processing is flow in cistern, to recycle.

In use, sewage is entered by water inlet pipe 11, while starts medicine pipe 12, medicine and sewage are sprayed to mixing at the same time In common region on the bucket wall of bucket 2 so that medicine and sewage are sufficiently mixed, and then sewage flows down along the bucket wall of tempering tank 2, Discharged eventually through osculum 22, and then enter the rotation lauter tub 3 positioned at the lower section of tempering tank 2, start motor 131 with drive shaft 132 rotate, and then drive bottom plate 31 to rotate by shaft 132, and then the screw 34 by being fixedly connected with bottom plate 31 drives filter Wall 32 rotates to be rotated at a high speed so as to rotate lauter tub 3, and then drives the sewage for entering rotation lauter tub 3 to rotate so that sewage is filtered in rotation Swirling is formed in bucket 3, due to the effect of centrifugal force, sewage will wear filter wall 32 and be got rid of to outside rotation lauter tub 3, and then pass through position The sewage collecting thrown away and water conservancy diversion collected in the baffle portion 4 outside rotation lauter tub 3 and next group of rotation is flow to by diversion pipe 44 filters Bucket 3, sewage force outer row by centrifugal force so that separation of solid and liquid speed is accelerated, and solid dirt impurity stays in rotation lauter tub 3 It is interior so that filter effect more preferably, by filtering twice to improve filter effect.

The sewage that second group of rotation lauter tub 3 is thrown away is collected by second group of baffle portion 4 and is guided on partition plate 5, final dirty Water is flowed out by the isocon 51 on partition plate 5, selects drainpipe 16 to discharge purified sewage by flow passage control device 52 To cistern with spare.

When the deposit buildup in rotation lauter tub 3 is excessive, rotating nuts 33 are so that nut 33 is logical and screw 34 coordinates along silk Bar 34 rises, and then drives filter wall 32 to rise so that the filter wall 32 of rotation lauter tub 3 separates to form sewage draining exit with bottom plate 31, and injection is dirty Water simultaneously rotates rotation lauter tub 3 so that and precipitation dirt is eventually arrived on partition plate 5 by sewage draining exit outflow, and then enters isocon 51, Select 17 diversion pipe 44 of blow-off pipe to discharge precipitation dirt outside babinet 1 by flow passage control device 52, complete cleaning sullage processing The operation of device.

The above is only the preferred embodiment of the utility model, and the scope of protection of the utility model is not limited merely to Above-described embodiment, all technical solutions belonged under the utility model thinking belong to the scope of protection of the utility model.It should refer to Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.

Claims (10)

1. a kind of sewage-treatment plant, it is characterized in that：It is equipped with including babinet (1), in the babinet (1) and is used to accept sewage and change The tempering tank (2) of product, the bottom of the tempering tank (2) are provided with the osculum (22) for slowing down the discharge of sewage, the babinet (1) it is equipped with for accepting and by the separated rotation lauter tub (3) of sewage solid that high speed rotation discharges osculum (22), institute State babinet (1) and be equipped with the power part (13) for being used for driving rotation lauter tub (3).

2. sewage-treatment plant according to claim 1, it is characterized in that：The rotation lauter tub (3) is included by power part (13) bottom plate (31) of driving and for filter sewage and liftable with close or leave the filter wall (32) of bottom plate (31), it is described Bottom plate (31) is equipped with the driving device (35) for being used for driving filter wall (32) lifting.

3. sewage-treatment plant according to claim 1, it is characterized in that：The rotation lauter tub (3) is externally provided with water conservancy diversion rotation The sewage that lauter tub (3) is thrown away concentrates dirty baffle portion (4).

4. sewage-treatment plant according to claim 3, it is characterized in that：The babinet (1) is additionally provided with for emission treatment The drainpipe (16) of sewage and the blow-off pipe (17) for discharging dirt, the baffle portion (4) are connected with by varying stream afterwards Road is to select the flow passage control device (52) that drainpipe (16) or blow-off pipe (17) discharge.

5. sewage-treatment plant according to claim 2, it is characterized in that：The driving device (35) is included along rotation lauter tub (3) filter wall (32) and the screw (34) being fixedly connected with bottom plate (31) are axially penetrated through, the remote bottom plate (31) of filter wall (32) One end, which is rotatably connected to, to be coordinated with screw (34) to lift the nut (33) of filter wall (32).

6. sewage-treatment plant according to claim 1, it is characterized in that：The power part (13) includes being arranged on babinet (1) motor (131) on and the shaft (132) for being driven and being fixedly connected with bottom plate (31) by motor (131).

7. sewage-treatment plant according to claim 3, it is characterized in that：The baffle portion (4) includes surrounding rotation lauter tub (3) baffle wall (42), the lower end of the baffle wall (42) are connected with the guide ring (43) of back taper, the guide ring (43) lower end integrally connected is useful for the diversion pipe (44) that guiding current flow to next rotation lauter tub (3).

8. sewage-treatment plant according to claim 7, it is characterized in that：The baffle wall (42) and the company of guide ring (43) It is fillet to meet place.

9. sewage-treatment plant according to claim 4, it is characterized in that：The flow passage control device (52) connects including import Connect diversion pipe (44) and export the triple valve for connecting drainpipe (16) or blow-off pipe (17) respectively.

10. a kind of sewage collecting processing system, it is characterized in that：Including sewage disposal dress as described in any such as claim 1 to 9 Put.