CN209322629U - A kind of quick treatment for reuse system of electric machining sewage - Google Patents

Abstract

The utility model relates to a kind of sewage disposal systems, in particular to a kind of quick treatment for reuse system of electric machining sewage, water in cesspool is pumped into cartridge filter by sewage pump, cartridge filter is connected by pipeline with centrifugation ejector, ozone generator is connected with the ozone water inlet tap of centrifugation ejector, centrifugation ejector is connected with potential energy pipe, potential energy pipe is connected with separation chamber, separation chamber's water outlet is connected with electric floating object reason film suction device room is automated, the water outlet that electric floating object reason film is inhaled in device room on adsorption plate component is automated to be connected by pipeline with self priming pump, self priming pump is connected by pipeline with clear water reaction chamber, clear water reaction chamber is connected to clear water reserviors by pipeline, a potential energy pipe is increased in the water outlet of centrifugation ejector, potential energy pipe is set as inner cavity and is gradually increased by potential energy water inlet tube mouth to potential energy pipe water outlet direction opening, pass through gesture The sewage of energy pipe becomes umbrella from pencil before, is sufficiently mixed sewage with ozone and reacts, increases the clean-up effect of this system.

Description

A kind of quick treatment for reuse system of electric machining sewage

Technical field

The utility model relates to a kind of sewage disposal system, in particular to a kind of quick treatment for reuse system of electric machining sewage System.

Background technique

With the development of industrialization and urbanization, water environment pollution, water scarcity are got worse, water pollution control, water Environmental protection is very urgent.

The more advanced electric machining sewage purification circulation reclaiming system of current one kind, including cesspool, guidance is flowed naturally Sink, the pulse electric floatation slot equipped with pulse electric floatation device, pond to be processed, sewage pump, stainless steel filtering net, centrifugation ejector, water body Interior ozone generator, reaction chamber, the first filter chamber, the second filter chamber, third filter chamber and cleaning pond, the water outlet of cesspool and pulse By guiding gutter channel connection naturally between the water inlet of electric floating trough, the water outlet of pulse electric floatation slot is connected to pond to be processed, dirty Water in pond to be processed is pumped into centrifugation ejector by water pump, and stainless steel filtering net, sewage pump are connected on the water inlet of sewage pump Water outlet be connected by pipeline with the wastewater influent mouth for being centrifuged ejector, be centrifuged the Ozone Water water inlet tap of ejector in water body The ozone water out of ozone generator is connected, and the mixing water outlet pipe for being centrifuged ejector is connected with the water inlet of reaction chamber, reaction The water outlet of room is connected by pipeline with the water inlet of the first filter chamber, and the water outlet of the first filter chamber passes through pipeline while respectively with the Two filter chambers are connected with third filter chamber, and the water outlet of the second filter chamber and third filter chamber is connected to cleaning pond by cleaning waterpipe.

It is above-mentioned in the prior art, centrifugation ejector and ozone generator cooperation make sewage cooperate ozone quickly spray Into reaction chamber, sewage is that pencil enters reaction chamber, prevents sewage with ozone from being sufficiently mixed；In the reaction chamber, reaction chamber master To be applied to reacting for sewage and ozone, not can be carried out the sewage after reaction and carry out impurity separation, sewage is by reaction chamber lower part It flows into first and considers room, the contamination precipitation after sewage and ozone reaction sinks to block the pipeline of reaction chamber lower part；Subsequent First consider that room, second to consider room and third to consider room be filter membrane device room, filter membrane is easy to fall off in use and blocking.

Utility model content

The purpose of the utility model is to overcome the above-mentioned deficiencies in the presence of the prior art, provide a kind of electric machining sewage Quick treatment for reuse system, can make the sewage umbrella sprayed in centrifugation ejector enters reaction chamber, makes the dirt containing ozone Water becomes the Ozone Water with micro-bubble and is in control acceleration by potential energy and makes sewage after mixing in centrifugation ejector It is evenly distributed in reaction chamber, so as to reach preferable impurity separation and reaction effect, is able to carry out dirt in reaction chamber The initial gross separation of water impurity, and the stopping state of device can be reduced.

In order to realize above-mentioned purpose of utility model, the utility model provides following technical scheme:

A kind of quick treatment for reuse system of electric machining sewage, including cesspool, sewage pump, cartridge filter, centrifugation jet stream Device, potential energy pipe, separation chamber, automates electric floating object reason film suction device room, self priming pump, clear water reaction chamber and clear water at ozone generator Water in cesspool is pumped into cartridge filter by pond, the sewage pump, and the water outlet of the cartridge filter passes through pipeline and institute The water inlet for stating centrifugation ejector is connected, the ozone water inlet tap phase of the water outlet of the ozone generator and the centrifugation ejector Even, the water outlet of the centrifugation ejector is connected with the potential energy water inlet tube mouth, the potential energy pipe water outlet and the separation chamber Water inlet is connected, and separation chamber's water outlet inhales device room water inlet with the electric floating object reason film of the automation and is connected, described automatic Change the water outlet that electric floating object reason film is inhaled in device room on adsorption plate component to be connected by pipeline with self priming pump, the self priming pump water outlet Mouth is connected by pipeline with clear water reaction chamber water inlet, and the clear water reaction chamber water outlet is connected to clear water reserviors by pipeline, institute Stating potential energy pipe includes potential energy water inlet tube mouth, potential energy pipe water outlet and potential energy tube cavity, the potential energy tube cavity and the potential energy pipe Water inlet and potential energy pipe water outlet form channel, and the potential energy tube cavity is by potential energy water inlet tube mouth to potential energy pipe water outlet direction Opening is gradually increased, and the separation chamber includes separation chamber's water inlet, separation chamber's water outlet and overflow port, and the overflow port is set to The top of the side of the separation chamber, to be obliquely installed on the inside of the top cover of the separation chamber, on the inside of the top cover slanted upper end with Overflow port connects, and the potential energy pipe water outlet is connected with separation chamber's water inlet, and potential energy pipe enables the ejection of sewage umbrella Hence into separation chamber, enabling Ozone Water sufficiently react and be uniformly distributed indoors, Ozone Water is evenly distributed on reaction chamber It is interior and to suspended matter caused by Ozone Water and its included suspended matter with the gas of Ozone Water in separation chamber increased in bubble It floats upwards under the action of lifting force, suspended matter is supported first into inclined lower part on the inside of the top cover of separation chamber, and suspended matter is along top cover Medial slope is slided to inclined-plane eminence, is finally transmitted at overflow port, by suspended matter discharge point under the election of Ozone Water waterpower From room, the clean-up effect to sewage is improved.

Further, the potential energy tube cavity is frustum cone structure, the axis of the side of the inner cavity and the inner cavity in 6~ 20 °, frustum cone structure can reduce resistance when sewage sprays.

Further, the separation chamber further includes separation chamber's sewage draining exit and overflow launder, and separation chamber's sewage outfalls setting is in institute State separation chamber bottom surface, the overflow launder is set to the side of the separation chamber, the overflow launder connect with the overflow port so that Sewage is directly entered in overflow launder after being flowed out by overflow port, and the included impurity of the contamination precipitation and sewage that sewage and ozone generate is heavy It forms sediment, is discharged by separation chamber's sewage draining exit, overflow launder cooperates overflow port, and the suspended matter in separation chamber is transferred to subsequent processing, is mentioned The clean-up effect to sewage is risen.

Further, separation chamber's water inlet and separation chamber's water outlet are set to the opposite side in the separation chamber, Separation chamber's water outlet is set to the middle and upper part of the separation chamber, separation chamber's water inlet and separation chamber's water outlet be oppositely arranged for After entering separation chamber's reaction for sewage, there can be separation of certain buffer time for sewage impurity, separation chamber's water outlet is set It sets in middle and upper part, precipitated impurities can be reduced and suspended material enters separation chamber's water outlet, flow into subsequent processing.

It further, is 5~45 °, in this angular range, energy compared to separation chamber's inclined bottom surface angle on the inside of the top cover It is enough that the suspended material in water is preferably flow to overflow port, so that suspended material is entered overflow launder recycling.

Further, separation chamber's water outlet is provided with separation chamber's water outlet pipe, and separation chamber's water outlet pipe is described The pipeline being bent upwards is set as inside separation chamber, it is heavy in order to reduce the impurity in sewage that separation chamber's water outlet pipe, which is bent upwards, It forms sediment and suspended matter flows into subsequent processing.

Further, the quick treatment for reuse system of the electric machining sewage further includes automating electric floating object reason film to inhale device room, The electric floating object reason film of the automation inhales device room and is referred to as device room, described device room water inlet and separation chamber's water outlet phase Even, it includes adsorption plate component that the electric floating object reason film of the automation, which inhales device room, and the adsorption plate component is arranged in described device room Several absorption board ends are fixed together by upper film frame and lower film frame and are formed by inside, the adsorption plate component, several suctions Attached plate is alternatively arranged according to plate face mode positioned opposite, and the adsorption plate is ceramic material, and the adsorption plate is provided with absorption Plate inner cavity is provided with the capilar bore being connected to the adsorption plate inner cavity on the adsorption plate, and described adsorption plate one end is provided with The pipeline being connected to adsorption plate inner cavity, sewage are entered in adsorption plate inner cavity by the capilar bore on adsorption plate, the impurity of sewage Particle is left out, and improves the clean-up effect of sewage, and generation the case where floatation of filter film used before reducing.

Further, it further includes Wipe assembly that the electric floating object reason film of the automation, which inhales device room, and the Wipe assembly includes hair Brush, driving mechanism and wiping stand, the hairbrush is arranged on the wiping stand by the way that the driving mechanism is telescopic, so that institute State hairbrush backwash can move on the adsorption plate, and the hairbrush is removably connect with the wiping stand, in the net of sewage During change, the impurity particle in sewage can be attached to absorption plate surface, result in blockage to the capilar bore of adsorption plate, pass through hair Brush swipes back and forth, so that impurity particle settles, improves the working efficiency of adsorption plate.

Further, it further includes electric kickboard, device room water inlet and device room that the electric floating object reason film of the automation, which inhales device room, Water outlet, described device room water inlet and device room water outlet are not in the same side wall setting in device room, the water outlet of described device room The middle and upper part of described device room side wall is arranged in mouth, and the electricity kickboard is arranged in the top of described device room bottom surface and is located at absorption Below plate, the electricity kickboard be arranged on the lower part of described device chamber interior with room bottom arrangement at an angle (generally 20 ° ~ 60 °), device room water outlet be arranged in device room side wall top be in order to naturally drain suspended material more in device room, The electrification bubble that electric kickboard generates can be adsorbed and be floated up to water outlet discharge in device room to the suspended material in sewage.

Further, the adsorption plate component is fixedly installed on absorption board mounting stand, and the absorption board mounting stand is several A rod piece composition for being parallel to device room bottom surface, the rod piece both ends are individually fixed on the different lateral of device room, for solid Determine adsorption plate component, makes adsorption plate that the middle part of device room is set, after precipitated impurities particles sink and suspended matter float, in The sewage cleannes in portion are higher, conducive to the purification function of sewage.

Further, the capilar bore aperture is 0.004~0.006mm, for being less than in the hydrone entrance in this aperture Chamber, the adsorption plate component are set as 2, improve the purification efficiency of device.

Further, the inverted ladder shape for automating electric floating object reason film suction device room bottom and being set as one bottom of four sides, it is described Bottom surface is provided with device room sewage draining exit, and the electricity kickboard is respectively set to be parallel to mutually symmetrical with two sides, the blowdown of device room Mouth is used for the indoor sewage contamination precipitation of discharger, and electric kickboard is used to clean and the bubble generated can be such that suspended matter floats on Device room top, the lift that bubble generates can also wash out the impurity particle that a part is attached on adsorption plate component.

Further, the four sides of inverted trapezoidal dress bottom and bottom surface are 45 ° of angles, can be made in sewage compared with limits Precipitating slide to the sewage draining exit of device room, conducive in sewage contamination precipitation discharge.

Further, the cesspool includes level-one cesspool, secondary sewage pond and three-level cesspool, the level-one cesspool Secondary sewage pond is connected, the secondary sewage pond connects three-level cesspool, and the sewage pump is set at three-level cesspool, passes through The precipitating of level-one cesspool and secondary sewage pond, the Wastewater particle flowed into three-level cesspool are effectively reduced, and increase by one Fixed impurity-eliminating effect.

Further, the quick treatment for reuse system of the electric machining sewage further includes backwashing pump and electricity floats process chamber, described Backwashing pump water inlet is connected by pipeline with clear water reaction chamber, and the backwashing pump water outlet passes through pipeline and the adsorption plate The pipeline of component is connected, and the 4th solenoid valve, the electricity are provided between the backwashing pump and the pipeline of the adsorption plate component Electric kickboard is provided in floating process chamber, the top and bottom of the floating process chamber of electricity are respectively arranged with through pipeline and the sewage The water outlet of pond connection, the electricity float and are provided with manual ball valve, separation chamber's overflow launder on the water outlet pipeline of process chamber lower end It is connected by pipeline with the floating process chamber of the electricity, the device room water outlet that the electric floating object reason film of automation inhales device room upper end is logical Piping is connected with the floating process chamber of the electricity, and the backwash by backwashing pump to adsorption plate component can make to be blocked in adsorption plate Impurity particle recoils to device room on capilar bore in component, it is ensured that capilar bore it is unobstructed, the floating process chamber of electricity can make dirt In water suspended material by with electric kickboard react and flushing, into cesspool, carry out again circulation removal of impurities.

Further, the first solenoid valve is provided on the pipeline that separation chamber's sewage draining exit is connected with cesspool, it is described automatic Change and be provided with second solenoid valve on the pipeline that the device room sewage draining exit that electric floating object reason film inhales device room is connected with cesspool, it is described certainly Third solenoid valve, the clear water reaction chamber and clear water reserviors phase are provided between sucking pump water inlet and the pipeline of the adsorption plate component It is provided with flow sensor on pipeline even, when impurity adheres to more on adsorption plate component and influences the work of adsorption plate component When making effect, flow sensor detects that flow is reduced, and control system is backwashed automatically.

In conclusion due to the adoption of the above technical solution, the beneficial effect of the application is:

1. by increasing a potential energy pipe in the water outlet of centrifugation ejector, and potential energy pipe is connected with separation chamber, Potential energy pipe is set as inner cavity and is gradually increased by potential energy water inlet tube mouth to potential energy pipe water outlet direction opening, passes through the sewage of potential energy pipe Umbrella is become from pencil before, sewage is sufficiently mixed with ozone and reacts and be evenly distributed in separation chamber, sewage and ozone The included suspended matter of the suspended matter and sewage of generation in separation chamber sewage increase upward floating, suspended matter drives into point first From lower part inclined on the inside of the top cover of room, suspended matter floats upwards with top cover, is finally transmitted at overflow port, suspended matter discharge Separation chamber increases the clean-up effect of this system.

2. the utility model, which increases the electric floating object reason film of an automation, inhales device room, set by the indoor adsorption plate of device The capilar bore set can only allow a certain size molecule to pass through, and sewage is made to be strengthened by adsorption plate after-purification effect, The risk of floatation of filter film before eliminating, and Wipe assembly is provided with to capilar bore that may be present blocking, reduce dress The blocking set increases the service life of device.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of potential energy pipe in the utility model；

Fig. 3 is the structural schematic diagram of separation chamber in the utility model；

Fig. 4 is to automate electric floating object in the utility model to manage the structural schematic diagram that film inhales device room；

Fig. 5 be Fig. 4 in B to perspective view；

Fig. 6 is the enlarged drawing in Fig. 4 at A；

Fig. 7 is the sectional view of adsorption plate；

Fig. 8 is the attachment structure schematic diagram of wiping stand and hairbrush；

Marked in the figure: 1- cesspool, 2- sewage pump, 3- cartridge filter, 4- are centrifuged ejector, 5- ozone generator, 6- Potential energy pipe, the separation chamber 7-, the electric floating object reason film suction device room of 8- automation, 9- self priming pump, 10- clear water reaction chamber, 11- clear water reserviors, 12- backwashing pump, 13- electricity float process chamber, 14- manual ball valve, the first solenoid valve of 15-, 16- second solenoid valve, 17- third electromagnetism Valve, the 4th solenoid valve of 18-, 19- flow sensor, 20- pipeline, 21- mounting blocks, 1-1- level-one cesspool, 1-2- secondary sewage Pond, 1-3- three-level cesspool, 6-1- potential energy water inlet tube mouth, 6-2- potential energy pipe water outlet, 6-3- potential energy tube cavity, the separation chamber 7-1- Water inlet, the separation chamber 7-2- water outlet, the separation chamber 7-3- sewage draining exit, 7-4- overflow port, 7-5- overflow launder, 7-6- top cover, 7-7- Separation chamber's water outlet pipe, 8-1- adsorption plate component, 8-2- adsorption plate, 8-3- Wipe assembly, 8-4- electricity kickboard, 8-5- device room into The mouth of a river, 8-6- device room water outlet, 8-7- device room sewage draining exit, the upper film frame of 8-8-, 8-9- lower film frame, the installation of 8-10- adsorption plate Frame, 8-2-1- adsorption plate inner cavity, 8-2-2- capilar bore, 8-3-1- hairbrush, 8-3-2- driving mechanism, 8-3-3- wiping stand.

Specific embodiment

The utility model is described in further detail below with reference to test example and specific embodiment.But it should not be by this The range for being interpreted as the above-mentioned theme of the utility model is only limitted to embodiment below, all to be realized based on the content of the present invention Technology belongs to the scope of the utility model.

Embodiment 1

As shown in Fig. 1~Fig. 6, the quick treatment for reuse system of a kind of electric machining sewage, including cesspool 1, sewage pump 2, guarantor Pacify filter 3, centrifugation ejector 4, ozone generator 5, potential energy pipe 6, separation chamber 7, automate electric floating object reason film inhale device room 8, Sewage in cesspool 1 is pumped into cartridge filter 3, ensured public security by self priming pump 9, clear water reaction chamber 10 and clear water reserviors 11, sewage pump 2 The water outlet of filter 3 is connected by pipeline 20 with the water inlet for being centrifuged ejector 4, and water outlet and the centrifugation of ozone generator 5 are penetrated The ozone water inlet tap for flowing device 4 is connected, and the water outlet of centrifugation ejector 4 is connected with potential energy water inlet tube mouth 6-1, potential energy pipe water outlet 6- 2 are connected with separation chamber water inlet 7-1, and separation chamber water outlet 7-2 is connected with electric floating object reason film suction 8 water inlet of device room is automated, The water outlet that electric floating object reason film is inhaled in device room 8 on adsorption plate component 8-1 is automated to be connected by pipeline 20 with self priming pump 9, from 9 water outlet of sucking pump is connected by pipeline 20 with 10 water inlet of clear water reaction chamber, and 10 water outlet of clear water reaction chamber is connected by pipeline 20 Clear water reserviors 11 are connected to, potential energy pipe 6 includes potential energy water inlet tube mouth 6-1, potential energy pipe water outlet 6-2 and potential energy tube cavity 6-3, potential energy pipe Inner cavity 6-3 and potential energy water inlet tube mouth 6-1 and potential energy pipe water outlet 6-2 forms channel, and potential energy tube cavity 6-3 is by potential energy water inlet tube mouth 6-1 is that opening is gradually increased to the potential energy pipe direction water outlet 6-2, and separation chamber 7 includes separation chamber's water inlet 7-1, separation chamber's water outlet Mouth 7-2 and overflow port 7-4, overflow port 7-4 are set to the top of the side of separation chamber 7, are to incline on the inside of the top cover 7-6 of separation chamber 7 Tiltedly setting, the inside top cover 7-6 slanted upper end connect with overflow port 7-4, potential energy pipe water outlet 6-2 and separation chamber's water inlet 7-1 phase Even.

As shown in Fig. 2, 6 inner cavity 6-3 of potential energy pipe is frustum cone structure, the axis of the side of inner cavity 6-3 and inner cavity 6 in 6~ 20°。

As shown in figure 3, separation chamber 7 further includes separation chamber sewage draining exit 7-3 and overflow launder 7-5, separation chamber sewage draining exit 7-3 setting In 7 bottom surface of separation chamber, overflow launder 7-5 is set to the side of separation chamber 7, overflow launder 7-5 connect with overflow port 7-4 so that sewage by It is directly entered in overflow launder 7-5 after overflow port 7-4 outflow.

As shown in figure 3, separation chamber water inlet 7-1 and separation chamber water outlet 7-2 are set to the opposite side in separation chamber 7, point From the middle and upper part that room water outlet 7-2 is set to separation chamber 7, on the inside of top cover 7-6 compared to 7 inclined bottom surface angle of separation chamber be 5~ 45 °, separation chamber water outlet 7-2 is provided with separation chamber water outlet pipe 7-7, and separation chamber water outlet pipe 7-7 is arranged inside separation chamber 7 For the pipeline 20 being bent upwards, separation chamber sewage draining exit 7-3 is connected by pipeline 20 with cesspool 1.

As shown in Fig. 4~Fig. 8, the quick treatment for reuse system of electric machining sewage includes automating electric floating object reason film to inhale device well Room 8 automates the device room water inlet 8-5 that electric floating object reason film inhales device room 8 and is connected with separation chamber water outlet 7-2, automation electricity It includes adsorption plate component 8-1, electric kickboard 8-4, device room water inlet 8-5 and device room water outlet 8- that floating object, which manages film to inhale device room 8, 6, device room water inlet 8-5 are set to the top of device room side wall, and in device room side wall, electricity is floating for device room water outlet 8-6 setting Plate 8-4 is arranged in the top of described device room bottom surface and is located at below adsorption plate 8-2, and adsorption plate component 8-1 is arranged in device room The both ends several adsorption plates 8-2 are fixed together by upper film frame 8-8 and lower film frame 8-9 and are formed by inside, adsorption plate component 8-1, Several adsorption plates 8-2 is alternatively arranged according to plate face mode positioned opposite, and adsorption plate 8-2 is provided with adsorption plate inner cavity 8-2-1, The capilar bore 8-2-2 being connected to adsorption plate inner cavity 8-2-1 is provided on adsorption plate 8-2, the one end adsorption plate 8-2 is provided with and inhales The pipeline 20 of attached plate inner cavity 8-2-1 connection, in the present embodiment, the pipeline 20 on adsorption plate 8-2 is converged on a pipeline 20, is converged The pipeline 20 gathered at one is connected with the water inlet of self priming pump 9, is made of on adsorption plate component 8-1 13 adsorption plates 14.

As shown in fig. 7, sewage is entered in the 8-2-1 of adsorption plate inner cavity by the capilar bore 8-2-2 on adsorption plate 8-2, lead to Piping 20 is discharged.

Automating electric floating object reason film to inhale device room 8 further includes Wipe assembly 8-3, Wipe assembly 8-3 include hairbrush 8-3-1, Driving mechanism 8-3-2 and wiping stand 8-3-3, hairbrush 8-3-1 are arranged by the way that driving mechanism 8-3-2 is telescopic in wiping stand 8-3- On 3, enable hairbrush 8-3-1 backwash on adsorption plate 8-2 dynamic, driving mechanism 8-3-2 is push-rod electric machine or cylinder, hairbrush 8-3-1 is removably to connect with wiping stand 8-3-3, in the present embodiment, is arranged in the adsorption plate 8-2 on adsorption plate component 8-1 There are 14 hairbrush 8-3-1, driving mechanism 8-3-2 is push-rod electric machine in the present embodiment, and the top of device room is arranged in push-rod electric machine Center, the push rod on push-rod electric machine are fixedly connected with wiping stand 8-3-3, with the movement of push rod, are arranged on wiping stand 8-3-3 Hairbrush 8-3-1 follow movement, to adsorption plate 8-2 carry out scrub remove impurity particle.

As shown in figure 8, wiping stand 8-3-3 is " day " font structure, absorption is disposed in two " mouths " of " day " font Between adjacent adsorption plate 8-2, hairbrush 8-3-1 is solid by nylon cable tie and wiping stand 8-3-3 by board group part 8-1, hairbrush 8-3-1 Fixed, the push rod terminal of push-rod electric machine and the intermediate arm of wiping stand 8-3-3 " day " font structure are fixed.

Adsorption plate component 8-1 is fixedly installed on absorption board mounting stand 8-10, and it is flat for several to adsorb board mounting stand 8-10 Rod piece of the row in device room bottom surface forms, and rod piece both ends pass through bolt and mounting blocks 21 respectively, mounting blocks 21 weld with it is not ipsilateral On wall.

In the present embodiment, the different lateral of device room is arranged in device room water inlet 8-5 and device room water outlet 8-6 On, the top of device room side wall is arranged in device room water outlet 8-6, the capilar bore aperture on adsorption plate 8-2 be 0.004~ 0.006mm, device room bottom are set as the inverted ladder shape at one bottom of four sides, and bottom surface is provided with device room sewage draining exit 8-7, electric kickboard 8- 4 are respectively set to be parallel to mutually symmetrical with two sides, and four sides and the bottom surface of inverted ladder shape bottom are 45 ° of angles.

In the present embodiment, cesspool 1 includes level-one cesspool 1-1, secondary sewage pond 1-2 and three-level cesspool 1-3, level-one Cesspool 1-1 connection secondary sewage pond 1-2, secondary sewage pond 1-2 connection three-level cesspool 1-3, sewage pump 2 are set to three-level dirt At the 1-3 of pond.

As shown in Figure 1, a kind of quick treatment for reuse system of electric machining sewage of the application, further includes backwashing pump 12 and electricity Floating process chamber 13,12 water inlet of backwashing pump are connected by pipeline 20 with clear water reaction chamber 10, and 12 water outlet of backwashing pump passes through Pipeline 20 is connected with the pipeline 20 of adsorption plate component 8-1, is provided between backwashing pump 12 and the pipeline 20 of adsorption plate component 8-1 4th solenoid valve 18, electricity float and are provided with electric kickboard 8-4 in process chamber 13, and the top and bottom of the floating process chamber 13 of electricity are respectively arranged with The water outlet being connect by pipeline 20 with cesspool 1, electricity float and are provided with manual ball valve on 13 lower end water outlet pipeline 20 of process chamber 14,7 overflow launder 7-5 of separation chamber are connected by pipeline 20 with the floating process chamber 13 of electricity, are automated electric floating object reason film and are inhaled 8 upper end of device room Device room water outlet 8-6 by pipeline 20 with electricity float process chamber 13 be connected.

As shown in Figure 1, the first solenoid valve 15 is provided on the pipeline 20 that separation chamber sewage draining exit 7-3 is connected with cesspool 1, from The second electromagnetism is provided on the pipeline 20 that the device room sewage draining exit 8-7 that dynamicization electricity floating object reason film inhales device room 8 is connected with cesspool 1 Valve 16, is provided with third solenoid valve 17 between 9 water inlet of self priming pump and the pipeline of adsorption plate component 8-1, clear water reaction chamber 10 with Flow sensor 19 is provided on the connected pipeline 20 of clear water reserviors 11.

The specific working mode of the application: the sewage in three-level cesspool 1-3 is extracted into cartridge filter 3 by sewage pump 2, Preliminary removal of impurities processing is carried out, the sewage in cartridge filter 3 is entered in centrifugation ejector 4 by pipeline, and ozone generator 5 generates Ozone enter centrifugation ejector 4 mixed with sewage, by centrifugation 4 water outlet of ejector enter in potential energy pipe 6, sewage is in potential energy Entering in separation chamber 7 by potential energy tube cavity 6-3 umbrella in pipe 6, sewage sufficiently reacts in separation chamber 7 with ozone, reaction Sewage afterwards, which enters the electric floating object of automation by separation chamber water outlet 7-2, to be managed in film suction device room 8, the negative pressure that self priming pump 9 generates It is transmitted to the pipeline of adsorption plate 8-2, hydrone filtering is entered by adsorption plate inner cavity 8-2- by the capilar bore on adsorption plate 8-2 In 1, by pipeline 20 by sewage transport to clear water reaction chamber 10, pass through pipeline after precipitating a period of time in clear water reaction chamber 10 Into in clear water reserviors 11, after adsorption plate 8-2 blocking, flow sensor inspection 19 measures flow-reduction, and system control is closed certainly Sucking pump 9 and third solenoid valve 17 open backwashing pump 12 and the 4th solenoid valve 18, carry out the backwash of sewage, and wiping group Part 8-3 work, hairbrush 8-3-1 washes the impurity particle adhered on adsorption plate 8-2, when separation chamber sewage draining exit 7-3 and device room When the impurity accumulation of sewage draining exit 8-7 discharge is excessive, the first solenoid valve 15 and second solenoid valve 16 are opened, impurity is arranged by pipeline Out to level-one cesspool 1-1, enters secondary sewage pond 1-2 after precipitating in level-one cesspool 1-1, finally enter three-level cesspool 1-3 continues cycling through removal of impurities, and the suspended material being discharged in the overflow port 7-4 and device room water outlet 8-6 of separation chamber 7 enters the floating place of electricity It manages in room 13, carries out the floating reaction of electricity, sewage is drained into level-one cesspool by opening the manual ball valve 14 in the floating process chamber 13 of electricity In 1-1, in this way, sewage is repeatedly purified, the purification efficiency of system is improved.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. a kind of quick treatment for reuse system of electric machining sewage, which is characterized in that described including potential energy pipe (6) and separation chamber (7) Potential energy pipe (6) includes potential energy water inlet tube mouth (6-1), potential energy pipe water outlet (6-2) and potential energy tube cavity (6-3), the potential energy pipe Inner cavity (6-3) and the potential energy water inlet tube mouth (6-1) and potential energy pipe water outlet (6-2) form channel, the potential energy tube cavity (6- It 3) is that opening is gradually increased by potential energy water inlet tube mouth (6-1) to the potential energy pipe water outlet direction (6-2), the separation chamber (7) includes Separation chamber's water inlet (7-1), separation chamber's water outlet (7-2) and overflow port (7-4), the overflow port (7-4) are set to described point The top of side from room (7), top cover (7-6) inside of the separation chamber (7) is is obliquely installed, on the inside of the top cover (7-6) Slanted upper end connects with the overflow port (7-4), the potential energy pipe water outlet (6-2) and separation chamber's water inlet (7-1) phase Even.

2. the quick treatment for reuse system of a kind of electric machining sewage according to claim 1, which is characterized in that the potential energy pipe Inner cavity (6-3) is frustum cone structure.

3. the quick treatment for reuse system of a kind of electric machining sewage according to claim 1, which is characterized in that the separation chamber It (7) further include separation chamber's sewage draining exit (7-3) and overflow launder (7-5), separation chamber's sewage draining exit (7-3) is set to the separation chamber (7) bottom surface, the overflow launder (7-5) are set to the side of the separation chamber (7), the overflow launder (7-5) and the overflow port (7-4) connects so that sewage is directly entered in overflow launder (7-5) after being flowed out by overflow port (7-4).

4. the quick treatment for reuse system of a kind of electric machining sewage according to claim 1, which is characterized in that further include automatic Change electric floating object reason film and inhale device room (8), it is described automate electric floating object reason film inhale the device room water inlet (8-5) of device room (8) with Separation chamber's water outlet (7-2) is connected, and it includes adsorption plate component (8-1) that the electric floating object reason film of the automation, which inhales device room (8), The adsorption plate component (8-1) setting in described device chamber interior, the adsorption plate component (8-1) by upper film frame (8-8) and under Several both ends adsorption plate (8-2) are fixed together to be formed by film frame (8-9), several adsorption plates (8-2) are opposite according to plate face The mode of arrangement is alternatively arranged, and the adsorption plate (8-2) is provided with adsorption plate inner cavity (8-2-1), is set on the adsorption plate (8-2) It is equipped with the capilar bore (8-2-2) being connected to the adsorption plate inner cavity (8-2-1), described adsorption plate (8-2) one end is provided with suction The pipeline (20) of attached plate inner cavity (8-2-1) connection.

5. the quick treatment for reuse system of a kind of electric machining sewage according to claim 4, which is characterized in that the automation It further includes Wipe assembly (8-3) that electric floating object reason film, which inhales device room (8), and the Wipe assembly (8-3) includes hairbrush (8-3-1), drives Motivation structure (8-3-2) and wiping stand (8-3-3), the hairbrush (8-3-1) set by the way that the driving mechanism (8-3-2) is telescopic It sets on the wiping stand (8-3-3), so that the hairbrush (8-3-1) can be dynamic in the adsorption plate (8-2) backwash that comes up, institute Hairbrush (8-3-1) is stated removably to connect with the wiping stand (8-3-3).

6. the quick treatment for reuse system of a kind of electric machining sewage according to claim 4, which is characterized in that the automation It further includes electric kickboard (8-4), device room water inlet (8-5) and device room water outlet (8-6) that electric floating object reason film, which inhales device room (8), Described device room water inlet (8-5) and described device room water outlet (8-6) are arranged on the different lateral of device room, described device The middle and upper part of described device room side wall is arranged in room water outlet (8-6), and the electricity kickboard (8-4) is arranged in described device room bottom surface Top and be located at adsorption plate (8-2) below.

7. the quick treatment for reuse system of a kind of electric machining sewage according to claim 4, which is characterized in that the adsorption plate Component (8-1) is fixedly installed in absorption board mounting stand (8-10), and the absorption board mounting stand (8-10) is parallel to for several The rod piece component of device room bottom surface, the rod piece both ends are individually fixed on the different lateral of device room.

8. the quick treatment for reuse system of a kind of electric machining sewage according to claim 4, which is characterized in that the capillary Hole aperture is 0.004~0.006mm, and the adsorption plate component (8-1) is set as 2.

9. the quick treatment for reuse system of a kind of electric machining sewage according to claim 6, which is characterized in that the automation Electric floating object reason film inhales the inverted ladder shape that device room (8) bottom is set as one bottom of four sides, and the bottom surface is provided with device room sewage draining exit (8-7), the electricity kickboard (8-4) are respectively set to parallel to each other in symmetrical two sides.

10. the quick treatment for reuse system of a kind of electric machining sewage according to claim 4, which is characterized in that further include anti- Flushing pump (12) and electricity are floating process chamber (13), and backwashing pump (12) water inlet passes through pipeline (20) and clear water reaction chamber (10) It is connected, backwashing pump (12) water outlet is connected by pipeline (20) with the pipeline of the adsorption plate component (8-1), described anti- The 4th solenoid valve (18), the floating process chamber of electricity are provided between flushing pump (12) and the pipeline of the adsorption plate component (8-1) (13) it is provided with electric kickboard (8-4) in, the top and bottom of the electricity floating process chamber (13) are respectively arranged with through pipeline (20) The water outlet connecting with cesspool (1), the electricity float and are provided with manual ball valve on process chamber (13) lower end water outlet pipeline (20) (14), separation chamber (7) overflow launder (7-5) is connected by pipeline (20) with the electricity floating process chamber (13), the automation The device room water outlet (8-6) that electric floating object reason film inhales device room (8) upper end is floating process chamber (13) by pipeline (20) and the electricity It is connected.