CN111807547A

CN111807547A - High-efficient controllable sewage treatment device of mill

Info

Publication number: CN111807547A
Application number: CN202010667367.4A
Authority: CN
Inventors: 王宁; 王世友; 王中和
Original assignee: Guangzhou Lanqing Environmental Engineering Co ltd
Current assignee: Guangzhou Lanqing Environmental Engineering Co ltd
Priority date: 2020-07-13
Filing date: 2020-07-13
Publication date: 2020-10-23

Abstract

The invention discloses a high-efficiency controllable sewage treatment device for a factory, which structurally comprises: the invention discloses a star-jet aeration pipe cylinder, a pressure gauge, a plunger seat cap, a purification tank, a pressure discharge pipe, a flow guide pipe and a sedimentation tank, and the star-jet aeration pipe cylinder is matched with the purification tank, the rear side of an aeration pipe horizontal cylinder is connected with a star-jet pipe frame through the purification tank to communicate water flow, so that a diversion detection tank is subjected to water quality monitoring sensing operation, later adaptation pipeline aeration lifting branch pipe treatment is carried out, a trace controllable polluted water source enters an aeration integrated star-jet pipe frame, a purified water source is subjected to quantitative communication effect of side frame pipelines, tray frame type convolution through pipe star-jet connecting pipe aeration operation after water flow monitoring separation is guaranteed, the oxidation circulation efficiency is improved, the integral fluidized bed type oxygen air passage obtains an effective folding frame propulsion effect, the circulation quantitative working effect of later-stage industrial controllable sewage treatment is facilitated, and the connection efficiency improvement of later-stage factory water is achieved.

Description

High-efficient controllable sewage treatment device of mill

Technical Field

The invention relates to a high-efficiency controllable sewage treatment device for a factory, belonging to the field of sewage treatment.

Background

Controllable sewage of mill often indicates the sewage volume of trace pollution index, needs the simple and easy aeration maintenance in later stage to handle the back, and convenient recycle is innoxious, promotes the high-efficient accuse water flexibility ratio of engineering, and realizes the real time monitoring operation to water quality, ensures the horizontal tank adaptation operation that sewage treatment controllable switches on, and the public shortcoming of treating the optimization of prior art has:

controllable sewage is handled and is not yet totally contaminated at sewage, realize the pipe joint formula oxidation operation of ventilating, and the horizontal integration gas circuit that switches on of the horizontal jar of pipeline aeration frame protection side, cause holistic sewage treatment pond to carry out aeration oxidation self-purification and disturb the water circulation in the mill totally polluted water, cause the mixed utilization of pure water and contaminated water, let mill's hydrologic cycle after disorderly, aeration efficiency reduces, and the pollutant continuously smugglies the continuous confession processing that rivers carried out mill's processing, cause the unqualified phenomenon of engineering dye product batch in later stage.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide high-efficiency controllable sewage treatment equipment for a factory, which aims to solve the problems that the sewage controllable treatment is carried out when the sewage is not completely polluted, pipe-connected aeration oxidation operation is realized, the horizontal conduction and integration of a horizontal tank on the protection side of a pipeline aeration frame causes self-purification of aeration oxidation of an incomplete polluted water body in the factory, the water body circulation is interfered, the mixed utilization of purified water and polluted water is caused, the aeration efficiency is reduced after the water circulation of the factory is disordered, and the continuous supply treatment of factory processing is carried out by continuously carrying water flow by pollutants, so that the batch unqualified phenomenon of engineering dye products in the later period is caused.

In order to achieve the purpose, the invention is realized by the following technical scheme: a high-efficiency controllable sewage treatment device of a factory structurally comprises: the star-jet aeration pipe cylinder is nested at the front side of the purification tank and is positioned on the same horizontal plane, the pressure discharge pipe is nested below the bottom of the middle section of the star-jet aeration pipe cylinder and is vertical to each other, the star-jet aeration pipe cylinder and the plunger seat cap are welded together, the pressure gauge is nested on the top of the star-jet aeration pipe cylinder and is vertical to each other, the star-jet aeration pipe cylinder is communicated with the precipitation tank through the flow guide pipe, the purification tank is nested on the top of the precipitation tank and is communicated with each other, the star-jet aeration pipe cylinder is provided with a side frame pipeline, a lifting cushion block, a flow distribution detection groove, a star-jet pipe frame, a flat bag and an aeration pipe horizontal cylinder, the side frame pipeline and the lifting guide pipe are buckled together and are vertical to each other, the lifting guide pipe is nested on the top of the flow distribution detection groove, the shunting detection tank is nested in the left side of the star beam pipe frame and the axis is collinear, the flat bag cushion blocks are provided with two and are respectively arranged on the upper side and the lower side of the star beam pipe frame, the star beam pipe frame is arranged in the aeration pipe horizontal cylinder, and the aeration pipe horizontal cylinder is nested on the front side of the purification tank and is positioned on the same horizontal plane.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the side frame pipeline consists of a cross flow-dividing wheel, a transverse pipeline and a channel pressurizing cylinder, the cross flow-dividing wheel is arranged on the front side of the middle section of the transverse pipeline and communicated with the transverse pipeline, the channel pressurizing cylinder and the transverse pipeline are in interference fit, and the axes of the channel pressurizing cylinder and the transverse pipeline are collinear.

As a further improvement of the invention, the cross flow distribution wheel consists of a lining frame bent pipe, an oblique dislocation flow channel, a wheel guide disc groove and a balloon needle tube, wherein the lining frame bent pipe is arranged at the front side of the oblique dislocation flow channel, the balloon needle tube is inserted into the oblique dislocation flow channel, and the oblique dislocation flow channel and the wheel guide disc groove are of an integral structure and are positioned on the same vertical plane.

As a further improvement of the invention, the channel pressurizing cylinder consists of a torsion spring bent pipe, channel grooves, two fin sleeve blocks and a shaft sleeve ring, wherein the torsion spring bent pipe and the channel grooves are in interference fit, the two fin sleeve blocks are respectively nested on the left side and the right side of the torsion spring bent pipe, and the shaft sleeve rings are mechanically connected with the channel grooves and have collinear axes.

As a further improvement of the invention, the shunting detection groove consists of a shunting wheel groove channel, a cylindrical groove and a trapezoidal hood, the shunting wheel groove channel is nested on the left side of the cylindrical groove, the axes of the shunting wheel groove channel and the cylindrical groove channel are collinear, and the cylindrical groove channel are nested on the left side of the trapezoidal hood and are communicated with each other.

As a further improvement of the invention, the shunting wheel channel consists of a flap vertical plate, a thin folding pipe, an intercepting plate wheel seat and a wide folding pipe, wherein the thin folding pipe and the wide folding pipe are respectively inserted and embedded at the upper side and the lower side of the flap vertical plate, and the flap vertical plate is mechanically connected with the intercepting plate wheel seat and is positioned on the same vertical plane.

As a further improvement of the invention, the star beam pipe frame consists of two pipe collecting discs, aeration thin pipes and a vent pipe folding frame, wherein the pipe collecting discs are respectively nested at the left side and the right side of the two or more aeration thin pipes, and the aeration thin pipes and the vent pipe folding frame are welded into a whole and are communicated with each other.

As a further improvement of the invention, the calandria bundling plate consists of a baffling rack channel, a calandria strip frame, an aeration discharge opening and a disc body, wherein the calandria strip frame and the aeration discharge opening are of an integrated structure and are positioned on the same horizontal line, the baffling rack channel is arranged on the front side of the disc body, and the disc body and the calandria strip frame are nested into a whole and are positioned on the same vertical plane.

As a further improvement of the invention, the wheel guide disc groove is a composite wheel disc structure with a disc groove at the outer side of the cam ring at the center, so that the alternate revolving interception and reflux operation can be conveniently formed at the middle section of the pipeline, the fluid feedback efficiency is improved, the wrong circulation of sewage is avoided, and the pipeline protection efficiency is improved.

As a further improvement of the invention, the fin sleeve block is of a sleeve block structure with a bent valve sleeve and a triangular fin cap, so that the transverse compression and contraction channel is convenient to form the effect that the fluid internal pressure is burst and purified water is output to be supplied to a factory for use, and the sewage is subjected to slow-release aeration treatment in the later period, so that the controllable allocation operation of water flow is achieved.

As a further improvement of the invention, the intercepting plate wheel seat is of a wheel seat structure of a sensor wrapping and pressing intercepting plate inserting wheel body, so that the intercepting and jacking operation of the upper and lower pipe-dividing plate blocks is conveniently and integrally formed in an inserting mode, and the channel output autonomous operation of sensing, adapting and detecting the sewage fluid and the purified water fluid is convenient.

As a further improvement of the invention, the baffling machine frame channel is of a frame structure with upper and lower wide bandwidth holes and a baffling channel branch pipe in the middle, so that a pipeline frame type frame protection and conduction effect is conveniently formed, the operation efficiency of flow division is improved, and baffling aeration is enabled to obtain an effective propulsion flow slowing effect.

Advantageous effects

The invention relates to a high-efficiency controllable sewage treatment device for a factory, which is characterized in that a worker guides factory sewage into an aeration pipe horizontal cylinder of a purification tank and a star-jet aeration pipe cylinder, so that a pressure gauge is inserted into a plunger seat cap to lead a discharge pipe to form an air ventilation effect, the pressure gauge is communicated with a sedimentation tank through a flow guide pipe to ensure that accumulated solid impurities in the sewage are screened and precipitated, a cross diversion wheel of a side frame pipeline is sleeved with a cross pipeline and inserted into a channel pressure cylinder to form side purified water drainage output operation, a diversion wheel channel of a diversion detection groove is used for leading the sewage into a cylinder groove and a trapezoidal cover cap, a bent valve vertical plate is inserted into a thin bending pipe and a wide deflection pipe to be matched with a shutoff plate wheel seat to rotate, a lifting guide pipe is used for leading the purified water into a torsion spring bent pipe and a channel groove, a lining frame bent pipe and an oblique dislocation channel are communicated by matching a fin sleeve block and a shaft sleeve surrounding vortex, so that a balloon needle pipe, then, the sewage is guided into the star beam pipe frame and matched with the flat bag cushion block to wrap the press roll to rotate, so that the whole factory high-efficiency controllable sewage treatment equipment is subjected to sub-pipe treatment, the purified water is efficiently output, the sewage obtains the slow-release aeration oxidation purification effect, and the environmental protection degree of a factory self-purification water source is enhanced.

The invention has the following advantages after operation:

application star sprays aeration pipe jar and purification tank and cooperatees, through the purification tank in the rear side junction star beam pipe support intercommunication rivers of aeration pipe horizontal cylinder, make the reposition of redundant personnel detect the groove and carry out water quality monitoring sensing operation, and later stage adaptation pipeline aeration promotes and manages the processing in charge, let the controllable water source of polluting of trace get into aeration integration star beam pipe support, and pure water source carries out the quantization intercommunication effect of border side bearer pipeline, guarantee water flow monitoring separation's disk-frame formula is convoluteed the siphunculus star and is penetrated even pipe aeration operation, promote oxidation circulation efficiency, and holistic fluidized bed formula oxygen air flue obtains effectual folding frame and impels the effect, make things convenient for the circulation quantization work effect of controllable sewage treatment of later stage mill, reach the even supply efficiency promotion of later stage mill's water.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural diagram of a plant high-efficiency controllable sewage treatment device of the present invention.

FIG. 2 is a detailed cross-sectional structure diagram of the star-jet aerator pipe cylinder, the side frame pipeline, the shunt detection tank and the star-jet pipe frame.

Fig. 3 is a schematic cross-sectional structure diagram of the cross-flow divider wheel in an operating state according to the present invention.

Fig. 4 is a schematic view of the cross-section enlarged structure of the operating state of the duct pressurizing cylinder of the present invention.

Fig. 5 is a cross-sectional enlarged structural diagram of the working state of the splitter wheel channel of the invention.

Fig. 6 is a schematic cross-sectional structure view of the pipe discharging and collecting tray in the working state of the invention.

Description of reference numerals: star-jet aeration pipe cylinder-1, pressure gauge-2, plunger seat cap-3, purification tank-4, pressure discharge pipe-5, flow guide pipe-6, sedimentation tank-7, side frame pipeline-1A, lifting and hanging conduit-1B, shunt detection tank-1C, star beam pipe frame-1D, flat bag cushion block-1E, aeration pipe horizontal cylinder-1F, cross shunt wheel-1A 1, transverse pipeline-1A 2, channel pressurizing cylinder-1A 3, lining frame bent pipe-1A 11, oblique dislocation flow channel-1A 12, wheel guide disc groove-1A 13, balloon needle pipe-1A 14, torsion spring bent pipe-1A 31, channel groove-1A 32, fin sleeve block-1A 33, shaft sleeve ring-1A 34, shunt wheel groove-1C 1, column sleeve groove-1C 2, trapezoidal cover cap-1C 3, The device comprises a bent valve vertical plate-1C 11, a thin folding pipe-1C 12, a chopping board wheel seat-1C 13, a wide baffle pipe-1C 14, a discharge pipe bundling disc-1D 1, an aeration thin pipe-1D 2, an aeration pipe folding frame-1D 3, a baffle machine frame-1D 11, a discharge pipe strip frame-1D 12, an aeration discharge port-1D 13 and a circular disc body-1D 14.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 6, the present invention provides a plant high-efficiency controllable sewage treatment apparatus, which comprises: the device comprises a star-jet aeration pipe cylinder 1, a pressure gauge 2, a plunger seat cap 3, a purification tank 4, a pressure discharge pipe 5, a flow guide pipe 6 and a sedimentation tank 7, wherein the star-jet aeration pipe cylinder 1 is nested on the front side of the purification tank 4 and is positioned on the same horizontal plane, the pressure discharge pipe 5 is inserted and embedded under the bottom of the middle section of the star-jet aeration pipe cylinder 1 and is vertical to each other, the star-jet aeration pipe cylinder 1 and the plunger seat cap 3 are welded together, the pressure gauge 2 is inserted and embedded on the top of the star-jet aeration pipe cylinder 1 and is vertical to each other, the star-jet aeration pipe cylinder 1 is communicated with the sedimentation tank 7 through the flow guide pipe 6, the purification tank 4 is nested and communicated with each other on the top of the sedimentation tank 7, the star-jet aeration pipe cylinder 1 is provided with a side frame pipeline 1A, a lifting guide pipe 1B, a flow distribution detection groove 1C, a star-jet pipe frame 1D, a flat bag cushion 1E and an aeration pipe horizontal cylinder 1F, the lifting guide pipe 1B is inserted and embedded on the top of the shunt detection groove 1C, the shunt detection groove 1C is embedded and embedded on the left side of the star beam pipe frame 1D and the axis is collinear, the flat bag cushion blocks 1E are provided with two and are respectively installed on the upper side and the lower side of the star beam pipe frame 1D, the star beam pipe frame 1D is installed inside the aeration pipe horizontal cylinder 1F, and the aeration pipe horizontal cylinder 1F is embedded and embedded on the front side of the purification tank 4 and is located on the same horizontal plane.

Referring to fig. 2, the side frame duct 1A is composed of a cross flow-dividing wheel 1A1, a transverse duct 1A2, and a chimney pressurizing cylinder 1A3, the cross flow-dividing wheel 1A1 is mounted on the front side of the middle section of the transverse duct 1A2 and is communicated with each other, the chimney pressurizing cylinder 1A3 and the transverse duct 1A2 are in interference fit and have collinear axes, the flow-dividing detection tank 1C is composed of a flow-dividing wheel channel 1C1, a column casing groove 1C2, and a trapezoidal chimney cap 1C3, the flow-dividing wheel channel 1C1 is nested on the left side of the column casing groove 1C2 and has collinear axes, the column casing groove 1C2 is inserted and embedded on the left side of the trapezoidal chimney cap 1C3 and is communicated with the chimney pressurizing cylinder 1A3 through the flow-dividing wheel channel 1C1, so as to achieve collinear quantitative transportation of pure water.

Referring to fig. 3, the cross splitter 1a1 includes a lining frame elbow 1a11, an oblique offset flow channel 1a12, a wheel guide plate groove 1a13, and a balloon needle tube 1a14, the lining frame elbow 1a11 is installed at the front side of the oblique offset flow channel 1a12, the balloon needle tube 1a14 is inserted into the oblique offset flow channel 1a12, the oblique offset flow channel 1a12 and the wheel guide plate groove 1a13 are integrated and located on the same vertical plane, the wheel guide plate groove 1a13 is a composite wheel disc structure with a cam ring outside and a disc groove at the center, so as to facilitate the alternate rotation of the middle section of the tube and the flow stopping operation, improve the fluid feedback efficiency, avoid the wrong circulation of sewage, improve the tube protection efficiency, and form the burst output flow speed increasing effect by inserting the balloon needle tube 1a14 through the oblique offset flow channel 1a 12.

Referring to fig. 4, the duct pressurizing cylinder 1A3 is composed of a torsion spring elbow 1a31, a duct tank 1a32, a fin sleeve 1a33, and a shaft sleeve 1a34, the torsion spring elbow 1a31 and the duct tank 1a32 are in interference fit, the fin sleeve 1a33 is provided with two pieces and respectively nested on the left and right sides of the torsion spring elbow 1a31, the shaft sleeve 1a34 is mechanically connected with the duct tank 1a32, and the axis of the shaft sleeve is collinear, the fin sleeve 1a33 is a sleeve structure with a triangular fin cap, so that the cross-pressure contracting duct forms an effect that fluid internal pressure bursts to output purified water to a factory, and the later stage sewage slow-release aeration treatment is performed to achieve the controllability and controllability of water flow, and the torsion spring elbow 1a31 pushes the water flow in the duct tank 1a32 to form a pressurizing water operation for the factory water supply, thereby ensuring the flatness of the sub-tube slow-release aeration oxidation treatment water flow.

Referring to fig. 5, the splitter wheel channel 1C1 is composed of a flap vertical plate 1C11, a thin folding tube 1C12, a shutoff plate wheel seat 1C13, and a wide folding tube 1C14, the thin folding tube 1C12 and the wide folding tube 1C14 are respectively inserted and embedded on the upper and lower sides of the flap vertical plate 1C11, the flap vertical plate 1C11 is mechanically connected with the shutoff plate wheel seat 1C13 and is located on the same vertical plane, the shutoff plate wheel seat 1C13 is a wheel seat structure in which a sensor wraps and presses the shutoff plate insertion wheel body, so that the integral insertion is convenient to form the top-pressing and shutoff operation of the upper and lower splitter plates, the sensing adaptation detection of the split output autonomous operation of the sewage fluid and the purified water fluid is convenient, the shutoff plate wheel seat 1C13 is driven by the flap vertical plate 1C11 to form the turbidity detection of the purified water quality, the upper and lower oxidation purification operation of the sewage is ensured, and the autonomous aeration split flow is promoted.

The working process is as follows: a worker guides factory sewage into an aeration pipe horizontal cylinder 1F of a purification tank 4 communicated with a star-jet aeration pipe cylinder 1, so that a pressure gauge 2 is inserted into a plunger seat cap 3 to guide a pressure discharge pipe 5 to form an air ventilation effect, and then the factory sewage is communicated with a sedimentation tank 7 through a flow guide pipe 6 to ensure that accumulated solid impurities in the sewage are screened and precipitated, then a cross flow distribution wheel 1A1 of a side frame pipeline 1A is sleeved with a cross pipeline 1A2 to be inserted into a channel pressurization cylinder 1A3 to form a channel purified water drainage output operation, and the sewage enters a cylinder groove 1C2 and a trapezoidal cover cap 1C 7 through a flow distribution wheel channel 1C1 of a flow distribution detection groove 1C, a thin folding pipe 1C12 is inserted into a wide folding flow pipe 1C14 to be matched with an intercepting plate wheel seat 1C13 through a flow distribution plate 1C11, so that purified water is guided into a torsion spring elbow 1A31 and a trapezoidal cover 1C 32 through a lifting guide pipe 1B, and a fin sleeve block 1A33 are matched with a rotary shaft 1A 45 to be communicated with a ring supporting sleeve 8236 to be staggered, make wheel guide dish groove 1A13 use sacculus needle tubing 1A14 in turn to form transversely burst and export and supply water operation for the mill, rethread sewage is led into star beam pipe support 1D and is cooperated flat bag cushion 1E package compression roller and change, makes holistic high-efficient controllable sewage treatment device of mill obtain the tubulation and handle, and the high-efficient output of pure water, and sewage obtains slowly-releasing aeration oxidation purification effect, strengthens the environmental protection degree at mill's self-purification water source.

Example two:

referring to fig. 1 to 6, the present invention provides a plant high-efficiency controllable sewage treatment apparatus, which is otherwise the same as in example 1, except that:

referring to fig. 2, the star-beam pipe frame 1D is composed of a calandria collecting tray 1D1, aeration tubules 1D2, and a vent pipe folding frame 1D3, the calandria collecting tray 1D1 is provided with two and respectively nested on the left and right sides of more than two aeration tubules 1D2, the aeration tubules 1D2 and the vent pipe folding frame 1D3 are welded into a whole and are mutually communicated, and the vent pipe folding frame 1D3 is inserted through the aeration tubules 1D2 to form a communicated oxidation aeration water purification operation effect of a star-jet type fluid bed inserted pipeline.

Referring to fig. 6, the tube collecting tray 1D1 is composed of a baffling frame channel 1D11, a tube strip frame 1D12, an aeration discharge port 1D13, and a disk body 1D14, the tube strip frame 1D12 and the aeration discharge port 1D13 are integrated and located on the same horizontal line, the baffling frame channel 1D11 is installed at the front side of the disk body 1D14, the disk body 1D14 and the tube strip frame 1D12 are embedded into a whole and located on the same vertical plane, the baffling frame channel 1D11 is a frame structure with wide holes at the top and bottom and with baffling channels at the middle, so as to form a frame type protection and conduction effect of the tube, improve the operation efficiency of flow distribution, and obtain an effective flow slowing effect of baffling aeration, and form continuous aeration operations of fluid pouring and water penetration through the aeration channels in the aeration discharge port 1D13 through the baffling frame channel 1D11, thereby improving the oxygenation performance of oxidation mobility.

Through the branch pipe treatment in earlier stage, the pure water obtains the side pipe quantization and supplies the transport even, promote holistic rack-mounted mill and supply water butt joint operation, guarantee later stage sewage slowly-releasing gets into in the calandria beam tube frame 1D's calandria beam-collecting dish 1D1, pass through baffling rack way 1D11 and alternate aeration row mouth 1D13 in calandria strip frame 1D12 and switch on rivers, aeration tubule 1D2 is cup jointed through disc body 1D14 and is formed interactive aeration oxidation star with breather pipe book frame 1D3 and penetrate filling intercommunication baffling treatment effect, guarantee the bactericidal degree and the aeration completeness of oxidation water purification, promote the high-efficient controllable sewage treatment efficiency of mill.

The invention uses the combination of the above components to achieve the purposes that the star-jet aeration pipe cylinder 1 is matched with the purification tank 4, the purification tank 4 is connected with the star-beam pipe frame 1D at the rear side of the aeration pipe horizontal cylinder 1F to communicate water flow, the diversion detection tank 1C is used for water quality monitoring and sensing operation, the later-stage adaptive pipeline aeration lifting branch pipe treatment is adopted, a trace controllable polluted water source enters the aeration integration star-beam pipe frame 1D, the pure water source has the quantitative communication effect along the side frame pipeline 1A, the disk frame type rotary through pipe star-jet connection pipe aeration operation after water flow monitoring and separation is ensured, the oxidation circulation efficiency is improved, the integral fluidized bed type oxygen air passage obtains the effective folding frame propulsion effect, the circulation quantization working effect of the later-stage factory controllable sewage treatment is convenient, the later-stage factory water supply efficiency is improved, and the problem that the sewage controllable treatment is not completely polluted is solved, realize pipe joint formula oxidation operation of ventilating, and the horizontal integration gas circuit that switches on of jar is crouched to pipeline aeration frame side of protecting, cause holistic sewage treatment pond to carry out aeration oxidation self-purification and disturb the water circulation nature not totally contaminated water in mill, cause the mixed utilization of pure water and contaminated water, let the mill behind the hydrologic cycle disorder, aeration efficiency reduces, and the pollutant lasts to smuggle secretly and supplies the processing even of rivers carrying out mill's processing, cause the problem of the unqualified phenomenon of engineering dye product batch in later stage.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A high-efficiency controllable sewage treatment device of a factory structurally comprises: aeration pipe jar (1), manometer (2), plunger seat cap (3), purification tank (4), pressure pipe (5), honeycomb duct (6), sedimentation tank (7) are penetrated to the star, its characterized in that:

the star-shooting aeration pipe cylinder (1) is nested on the front side of the purification tank (4), the pressure discharge pipe (5) is inserted and embedded below the bottom of the middle section of the star-shooting aeration pipe cylinder (1), the star-shooting aeration pipe cylinder (1) is welded with the plunger seat cap (3), the pressure gauge (2) is inserted and embedded on the top of the star-shooting aeration pipe cylinder (1), the star-shooting aeration pipe cylinder (1) is communicated with the sedimentation tank (7) through the flow guide pipe (6), and the purification tank (4) is nested on the top of the sedimentation tank (7);

the star-jet aeration pipe cylinder (1) is provided with a side frame pipeline (1A), a lifting guide pipe (1B), a shunt detection groove (1C), a star-jet pipe frame (1D), a flat bag cushion block (1E) and an aeration pipe horizontal cylinder (1F);

side bearer pipeline (1A) and lifting and hanging pipe (1B) lock are in the same place, lifting and hanging pipe (1B) is inserted and is inlayed on the top of reposition of redundant personnel detection tank (1C), reposition of redundant personnel detection tank (1C) nestification is in the left side of star beam pipe support (1D), flat bag cushion (1E) are equipped with two and install respectively in the upper and lower both sides of star beam pipe support (1D), the inside in aeration pipe lying cylinder (1F) is installed in star beam pipe support (1D), aeration pipe lying cylinder (1F) nestification is in the front side of purifying tank (4).

2. The plant high-efficiency controllable sewage treatment device according to claim 1, characterized in that: the side frame pipeline (1A) comprises a cross flow distribution wheel (1A 1), a transverse pipeline (1A 2) and a channel pressurization cylinder (1A 3), wherein the cross flow distribution wheel (1A 1) is installed on the front side of the middle section of the transverse pipeline (1A 2), and the channel pressurization cylinder (1A 3) is matched with the transverse pipeline (1A 2).

3. The plant high-efficiency controllable sewage treatment device according to claim 2, characterized in that: cross reposition of redundant personnel wheel (1A 1) comprises bushing rack return bend (1A 11), oblique dislocation runner (1A 12), wheel guiding disc groove (1A 13), sacculus needle tubing (1A 14), bushing rack return bend (1A 11) is installed in the front side of oblique dislocation runner (1A 12), sacculus needle tubing (1A 14) are inserted and are inlayed in the inside of oblique dislocation runner (1A 12), oblique dislocation runner (1A 12) and wheel guiding disc groove (1A 13) structure as an organic whole.

4. The plant high-efficiency controllable sewage treatment device according to claim 2, characterized in that: corridor pressure boost section of thick bamboo (1A 3) comprises torsional spring return bend (1A 31), corridor groove (1A 32), fin nested piece (1A 33), axle lantern ring (1A 34), torsional spring return bend (1A 31) cooperatees with corridor groove (1A 32), fin nested piece (1A 33) are equipped with two and nest respectively in the left and right sides of torsional spring return bend (1A 31), axle lantern ring (1A 34) and corridor groove (1A 32) mechanical connection.

5. The plant high-efficiency controllable sewage treatment device according to claim 1, characterized in that: the reposition of redundant personnel detects groove (1C) and comprises reposition of redundant personnel wheel channel (1C 1), post barrel groove (1C 2), trapezoidal hood (1C 3), the left side in post barrel groove (1C 2) is nested in reposition of redundant personnel wheel channel (1C 1), post barrel groove (1C 2) is inserted and is inlayed in the left side of trapezoidal hood (1C 3).

6. The plant high-efficiency controllable sewage treatment device according to claim 5, characterized in that: the shunting wheel channel (1C 1) is composed of a flap-bending vertical plate (1C 11), a thin folding pipe (1C 12), an intercepting plate wheel seat (1C 13) and a wide folding pipe (1C 14), wherein the thin folding pipe (1C 12) and the wide folding pipe (1C 14) are respectively inserted and embedded in the upper side and the lower side of the flap-bending vertical plate (1C 11), and the flap-bending vertical plate (1C 11) is mechanically connected with the intercepting plate wheel seat (1C 13).

7. The plant high-efficiency controllable sewage treatment device according to claim 1, characterized in that: the star beam pipe support (1D) comprises calandria closing disc (1D 1), aeration tubule (1D 2), breather pipe folding frame (1D 3), calandria closing disc (1D 1) is equipped with two and respectively nests in the left and right sides of two above aeration tubules (1D 2), aeration tubule (1D 2) and breather pipe folding frame (1D 3) weld an organic whole.

8. The plant high-efficiency controllable sewage treatment equipment according to claim 7, characterized in that: calandria beam-closing dish (1D 1) is said by baffling frame way (1D 11), calandria strip frame (1D 12), aeration row mouth (1D 13), the disk body (1D 14) is constituteed, calandria strip frame (1D 12) is arranged mouthful (1D 13) structure as an organic whole with aeration, baffling frame way (1D 11) is installed in the front side of disk body (1D 14), disk body (1D 14) and calandria strip frame (1D 12) nestification are integrative.