CN109704421A

CN109704421A - A kind of textile printing and dyeing wastewater treatment device

Info

Publication number: CN109704421A
Application number: CN201910157865.1A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-02
Filing date: 2019-03-02
Publication date: 2019-05-03

Abstract

The invention belongs to wastewater treatment equipment technical field, specifically a kind of textile printing and dyeing wastewater treatment device, including cabinet, drive module and dewatering module；No.1 rack is equipped in cabinet；For drive module setting in water inlet, drive module includes runner and shift plate；Be hinged on runner straight down take off mud pawl；Dewatering module includes No.1 cylinder, cam and pressing plate；The telescopic end of No.1 cylinder passes through No.1 groove in No.1 rack and is connected with water sucting plate；No.1 air bag is connected between pressing plate and cabinet, No.1 air bag is connected to No.1 cylinder；The present invention is converted into power using the impact force of waste water by drive module, driving takes off mud pawl and takes off sludge into No.1 groove, cam rotation is being driven by drive module, No. two connecting rods are pushed to be pressed into No.1 groove with pressing plate, by the moisture removal in sludge and it is pressed into monolith, convenient for collecting, reduces the labor intensity artificially collected, reduce the wastewater flow rate in sludge, simultaneously convenient for the subsequent processing to sludge.

Description

A kind of textile printing and dyeing wastewater treatment device

Technical field

The invention belongs to wastewater treatment equipment technical field, specifically a kind of textile printing and dyeing wastewater treatment device.

Background technique

Printing and dyeing are also referred to as dyeing and finishing.It is a kind of processing method and pre-treatment, dyeing, stamp, final finishing, wash water etc. General name；The dye range specialine of undergraduate course has been incorporated into light chemical engineering specialty now, and sludge dewatering equipment is at a kind of sludge of continuous operation Manage equipment, the lower work of mud extraction moisture content is stable, have the characteristics that less energy-consuming, control manage it is relatively easy, easy to maintenance.

However traditional textile printing and dyeing wastewater processing system is when handling waste water using sewage deslimer, waste water with The inside that mud discharging is deposited in container after sludge separation needs the artificial sludge to accumulation push uniformly, increases The workload of worker, and the sludge for being located at the inner sidewall of lower hopper is difficult to clear up.

Also occur a kind of textile printing and dyeing wastewater treatment device in the prior art, such as application No. is 201811207061 one It is a kind of textile printing and dyeing wastewater treatment device that Chinese patent, which discloses, including sewage deslimer, cutting agency, driving mechanism, Tui Ni mechanism, linkage mechanism and mud-scraping mechanism；The bottom of sewage deslimer is connected to the feeder pipe for discharging sludge, feeder pipe Side wall is equipped with the electric pushrod fixed with the top of connecting cylinder, and the expansion fit of electric pushrod fills the placement of cement container, according to The inside sludge quantity for filling cement container adjusts the height of electric pushrod, avoids drainage bucket blocking, and the side wall of connecting cylinder installs driving machine Motor is powered on when clapping mud, realizes driving mechanism and strike linkage structure, further Shi Tui mud mechanism will fill mud by structure Sludge of the pushing at one catch up with flat in container, solves traditional artificial the drawbacks of taking off material.

But the sludge of device discharge is sposh shape and still contains waste water, waste water cannot be by abundant collect Reason pollutes environment, and the sludge of sposh shape is not easy to the place of subsequent sludge so that waste water leaks out sludge during transportation Reason.

Summary of the invention

In order to make up for the deficiencies of the prior art, a kind of textile printing and dyeing wastewater treatment device proposed by the present invention, master of the present invention It is sposh shape or powdered for being used to solve existing textile printing and dyeing wastewater processing system sludge, leads to collect that processing is inconvenient to ask Topic.

The technical solution adopted by the present invention to solve the technical problems is: at a kind of textile printing and dyeing wastewater of the present invention Manage device, including cabinet, drive module and dewatering module；The upper end of the cabinet is equipped with water inlet, is equipped with No.1 machine in cabinet Frame；The right part of the No.1 rack is equipped with arc depression, and arc depression is arranged below water inlet, and one is equipped at arc depression Number filtration hole, is equipped with No.1 water filtration membrane at arc depression, and and then arc depression is circular arc protrusion, No.1 machine in No.1 rack And then circular arc protrusion is inclined surface on frame, and the inclined surface of No.1 rack is equipped with No.1 groove, the left end of No.1 rack with Mud discharging mouth connection；For the drive module setting in water inlet, drive module includes runner and shift plate；The runner rotation connection On the rack, be hinged on runner straight down take off mud pawl；It is described take off mud pawl lower end be circular arc pawl structure, take off mud pawl lower end with The arc depression of No.1 rack contacts, and takes off mud pawl for taking off the sludge accumulated at the arc depression of No.1 rack to No.1 rack Inclined-plane at；The shift plate is equipped with several, several shift plates are evenly distributed on the excircle of runner, and shift plate is useless for collecting Impact force when falling and runner is driven to rotate under water；

Wherein, the dewatering module includes No.1 cylinder, cam and pressing plate；The No.1 cylinder is by fixed frame with respect to one The inclined surface of number rack is vertically arranged, and the telescopic end of No.1 cylinder passes through No.1 groove in No.1 rack and is connected with water sucting plate, No.1 water channel is equipped in the telescopic end of No.1 cylinder, the lower part of the telescopic end of No.1 cylinder is equipped with No. two of connection No.1 water channel Water channel, No.1 cylinder are equipped with water outlet；The water sucting plate is equipped with No. two water filtration membranes, water sucting plate and No.1 bottom portion of groove there are Certain gap, water sucting plate is interior to be equipped with water suction storehouse；The side in the water suction storehouse is connected to No.1 water channel, and the other side in the storehouse that absorbs water is logical Several equally distributed No. two filtration holes are crossed to contact with No. two water filtration membranes；The cam is connected on the outside of cabinet by bracket, No.1 connecting rod is hinged between cam and runner；The pressing plate is arranged in parallel in the top of water sucting plate, pressing plate with respect to water sucting plate Cabinet and cam contact are passed through by No. two connecting rods, No.1 air bag, No.1 air bag and No.1 are connected between pressing plate and cabinet Cylinder connection；The part that No. two connecting rods pass through No.1 air bag is equipped with No.1 spring；

When work, waste water is passed through cabinet from water inlet, and for impact shift plate to drive runner to rotate, waste water falls into No.1 rack On arc depression at, by No.1 water filtration membrane by waste water filtering, sludge is stayed in above No.1 water filtration membrane, passes through the runner of rotation Sludge is taken off in the inclined surface to No.1 rack and entrance No.1 groove with mud pawl is taken off, is passing through driven by rotating wheel No.1 connecting rod Cam rotation is driven by the moisture removal in sludge and to be pressed into so that No. two connecting rods be pushed to be pressed into No.1 groove with pressing plate Monolith reduces the labor intensity artificially collected, while reducing the wastewater flow rate in sludge convenient for collecting, convenient for subsequent to sludge Processing；It is pushed by pressing plate and stretches No.1 air bag, No.1 air bag extracts the gas in No.1 cylinder out, so that shape in No.1 cylinder At negative pressure, and cooperate the extruding force of pressing plate, sucks the waste water in sludge by No. two filtration holes by the filtering of No. two water filtration membranes Absorb water storehouse in, and along No.1 water channel and No. two water channels enter No.1 cylinder after from water outlet be discharged, structure is simple, effectively reduces Waste water content in sludge, convenient for collecting and handling, avoids the dirt of sposh shape in transportational process so that sludge forms block structure The waste water that mud penetrates leads to environmental pollution；It is handled by carrying out drainage again to the sludge filtered out, so that waste water is maximum Limit is collected, and effectively increases the effect of wastewater treatment, is avoided waste water from leaking and is polluted environment, and influences labourer's Health, also, it helps the progress of sludge subsequent processing work；After sludge briquet, with the rotation of cam, pressure Plate moves back under the elastic force effect of No.1 spring, and No.1 air bag is extruded at this time, pushes away the telescopic end of No.1 cylinder by water sucting plate Out, sludge bulking is released, sludge bulking is skidded off from mud discharging mouth along the inclined-plane of No.1 rack and is collected, and structure is simple, effectively reduces dirt Moisture in mud effectively reduces pollution of the waste water to environment convenient for collecting and handling.

Preferably, the metal that cross sectional shape is arch is connected with by wind spring on the circular arc boss of the No.1 rack Elastic slice；The left end of the metal clips is wedge angle and is bonded with the arc depression position of No.1 rack that the right end of metal clips connects It connects in No.1 rack；When work, takes off mud pawl and be easy unanimously to claw waste water during taking off mud, to influence sludge dewatering Efficiency and effect when taking off mud pawl and metal clips contacts, take off mud pawl and pass through frictional force by the arched metal shrapnel of setting Metal clips is boosted upwards, the height that arches upward of metal clips is increased, sludge is taken off away and waste water can then flow back It is filtered at arc depression on to No.1 rack, effectively increases the efficiency of sludge drainage again, improve sludge dewatering compacting Blocking effect；When taking off mud pawl and metal clips disengages, metal clips is sliding along arc depression in the elastic force effect of wind spring It is back to original position, during recovery, the sludge of arc depression is struck off using the left end wedge angle of metal clips, on the one hand, avoid Sludge attaches the influence drainage effect at arc depression；On the other hand, sludge is pushed, concentrates sludge more convenient for taking off next time Mud carries out, and improves working efficiency.

Preferably, the shift plate is equipped with No. two air bags；The outer surface of No. two air bags be equipped with recess and it is more coarse； When work, waste water impacts when in shift plate, mitigates waste water to the impact force of shift plate using No. two air bags, extend shift plate uses the longevity Life, while using the recess of the coarse outer surface and setting of No. two air bags, stops the sludge in waste water so that sludge with Shift plate is fallen at arc depression when going to bottom, reduces the sludge quantity containing band when waste water is fallen on No.1 water filtration membrane, is improved useless The filter effect of water, while also accumulate sludge, the amount that mud pawl once takes off mud is taken off in raising, improves the effect of Treatment of Sludge Rate also improves the effect of sludge dewatering briquet.

Preferably, the shift plate passes through No. two springs and rotatable wheel contacts connected in No. two grooves opened up thereon；It is described No. two air bags are connected to No. two grooves by air flue；The excircle of the runner is equipped with several equally distributed No.1 circular arcs Slot；When work, when No. two air bags are extruded because of waste water impact, the gas in No. two air bags is squeezed out and sprays from No. two grooves Out in the No.1 arc groove on the excircle of runner, so that runner be pushed to rotate, improve driving force, guarantee the operation is stable into Row, improves the efficiency of wastewater treatment；Meanwhile the gas of ejection makes No. two spring vibrations, when shift plate goes to bottom, sludge It can quickly be shaken off, avoid being attached in shift plate, influenced stablizing for work and carry out.

Preferably, the position that the No.1 water channel is connected to No. two water channels is equipped with propeller；It is set in No. two water channels There is pressure valve；When work, waste water enters No.1 water channel and pushes propeller rotational, and propeller rotational leads to waste water out of No. two water channels The pressurization of excess pressure valve is thrown away, and the waste water thrown away is impacted in No.1 cylinder inner wall, is cleared up No.1 cylinder inner wall, is avoided one Little particle sludge is attached in number cylinder, influences the flexible of No.1 cylinder, to guarantee that stablizing for work carries out, improves work effect Rate.

Preferably, the side of the No.1 groove is equipped with rubber sealing block；The cross sectional shape of the rubber sealing block is Inverted triangle, the top of rubber sealing block are inlaid with the L shape metal gasket with fillet；When work, when pressing plate is pressed into one When in number groove, the gap between pressing plate and No.1 groove is sealed by rubber sealing block, be inhaled into waste water can only No.1 cylinder avoids being extruded splash around, improves the effect of sludge dewatering；Pass through the top mosaic gold in glue sealing block Belong to gasket, avoids briquetting from generating friction between the top of rubber sealing block for a long time, influence sealing effect.

Beneficial effects of the present invention are as follows:

1. the present invention is converted into power using the impact force of waste water by drive module, driving takes off mud pawl and takes off sludge to one In number groove, cam rotation is being driven by drive module, so that No. two connecting rods is pushed to be pressed into No.1 groove with pressing plate, it will Moisture removal in sludge is simultaneously pressed into monolith, convenient for collecting, reduces the labor intensity artificially collected, while reducing useless in sludge Water, convenient for the subsequent processing to sludge.

2. the present invention cooperates the extruding force of pressing plate by forming negative pressure in No.1 cylinder, enter the waste water in sludge It is discharged after No.1 cylinder from water outlet, structure is simple, the waste water content in sludge is effectively reduced, so that sludge forms blocky knot Structure, convenient for collecting and handling, the waste water for avoiding the sludge of sposh shape in transportational process from penetrating leads to environmental pollution.

3. the present invention is handled by carrying out drainage again to the sludge filtered out, so that waste water is received to greatest extent Collection, effectively increases the effect of wastewater treatment, avoids waste water from leaking and pollute environment, and influences the health of labourer, together When, it helps the progress of sludge subsequent processing work.

Detailed description of the invention

The present invention will be further explained below with reference to the attached drawings.

Fig. 1 is main view of the invention；

Fig. 2 is partial enlarged view at A in Fig. 1；

Fig. 3 is partial enlarged view at B in Fig. 1；

Fig. 4 is cross-sectional view at C-C in Fig. 3；

In figure: cabinet 1, runner 21, shift plate 22, takes off the groove 25, two of air bag 24, two of mud pawl 23, two at drive module 2 Number 34, No. two spring 26, No.1 arc groove 27, dewatering module 3, No.1 cylinder 31, pressing plate 32, water sucting plate 33, No.1 water channel water Road 35,36, No. two water filtration membranes 37 of water outlet, water suction storehouse 38, No.1 air bag 39, No.1 spring 310, propeller 311, No.1 rack 4, arc depression 41, No.1 water filtration membrane 42, circular arc protrusion 43, inclined surface 44, No.1 groove 45, rubber sealing block 46, L shape metal Gasket 47, metal clips 5.

Specific embodiment

It is carried out using a kind of textile printing and dyeing wastewater treatment device of Fig. 1-Fig. 4 to an embodiment of the present invention as described below.

As shown in Figure 1, a kind of textile printing and dyeing wastewater treatment device of the present invention, including cabinet 1,2 and of drive module Dewatering module 3；The upper end of the cabinet 1 is equipped with water inlet, is equipped with No.1 rack 4 in cabinet 1；The right part of the No.1 rack 4 Equipped with arc depression 41, and arc depression 41 is arranged below water inlet, and No.1 filtration hole is equipped at arc depression 41, and circular arc is recessed It falls into and is equipped with No.1 water filtration membrane 42 at 41, and then arc depression 41 is circular arc protrusion 43 in No.1 rack 4, in No.1 rack 4 And then circular arc protrusion 43 is inclined surface 44, and the inclined surface 44 of No.1 rack 4 is equipped with No.1 groove 45, No.1 rack 4 Left end is connect with mud discharging mouth；In water inlet, drive module 2 includes runner 21 and shift plate 22 for the setting of drive module 2；It is described Runner 21 be rotatablely connected on the rack, be hinged on runner 21 straight down take off mud pawl 23；Circle is in 23 lower end of mud pawl of taking off Arc pawl structure is taken off 23 lower end of mud pawl and is contacted with the arc depression 41 of No.1 rack 4, takes off mud pawl 23 and is used for the circle of No.1 rack 4 The sludge accumulated at arc recess 41 is taken off at the inclined-plane to No.1 rack 4；The shift plate 22 is equipped with several, several shift plates 22 are equal On the even excircle for being distributed in runner 21, shift plate 22 is used to collect impact force when waste water falls and runner 21 is driven to rotate；

Wherein, the dewatering module 3 includes No.1 cylinder 31, cam and pressing plate 32；The No.1 cylinder 31 passes through fixation Frame is vertically arranged with respect to the inclined surface 44 of No.1 rack 4, and the telescopic end of No.1 cylinder 31 passes through No.1 groove 45 in No.1 rack 4 And it is connected with water sucting plate 33, No.1 water channel 34, the lower part of the telescopic end of No.1 cylinder 31 are equipped in the telescopic end of No.1 cylinder 31 No. two water channels 35 of connection No.1 water channel 34 are equipped with, No.1 cylinder 31 is equipped with water outlet 36；The water sucting plate 33 is equipped with There are certain gap, water sucting plate 33 is interior to be equipped with water suction storehouse 38 for No. two water filtration membranes 37, water sucting plate 33 and 45 bottom of No.1 groove；Institute The side for stating water suction storehouse 38 is connected to No.1 water channel 34, and the other side in water suction storehouse 38 passes through several equally distributed No. two drainages Hole is contacted with No. two water filtration membranes 37；The cam is connected to 1 outside of cabinet by bracket, is hinged with one between cam and runner 21 Number connecting rod；The opposite water sucting plate 33 of the pressing plate 32 is arranged in parallel in the top of water sucting plate 33, and pressing plate 32 passes through No. two connecting rods Across cabinet 1 and cam contact, No.1 air bag 39, No.1 air bag 39 and No.1 cylinder 31 are connected between pressing plate 32 and cabinet 1 Connection；The part that No. two connecting rods pass through No.1 air bag 39 is equipped with No.1 spring 310；

When work, waste water is passed through cabinet 1 from water inlet, and for impact shift plate 22 to drive runner 21 to rotate, waste water falls into one At arc depression 41 in number rack 4, by No.1 water filtration membrane 42 by waste water filtering, sludge stays in 42 top of No.1 water filtration membrane, Sludge taken off to the inclined surface of No.1 rack 4 44 and enter in No.1 groove 45 with taking off mud pawl 23 by the runner 21 of rotation, No.1 connecting rod is driven to drive cam rotation passing through runner 21, to push No. two connecting rods recessed with the indentation of pressing plate 32 No.1 Slot 45 by the moisture removal in sludge and is pressed into monolith, convenient for collecting, reduces the labor intensity artificially collected, while reducing dirt Wastewater flow rate in mud, convenient for the subsequent processing to sludge；It is pushed by pressing plate 32 and stretches No.1 air bag 39, No.1 air bag 39 is by one Gas extraction in number cylinder 31, so that forming negative pressure in No.1 cylinder 31, and cooperates the extruding force of pressing plate 32, makes in sludge Waste water is absorbed water in storehouses 38 by the filtering of No. two water filtration membranes 37 by No. two filtration hole suckings, and along No.1 water channel 34 and No. two water Road 35 is discharged after entering No.1 cylinder 31 from water outlet 36, and structure is simple, the waste water content in sludge is effectively reduced, so that sludge Block structure is formed, convenient for collecting and handling, the waste water for avoiding the sludge of sposh shape in transportational process from penetrating causes environment dirty Dye；It is handled by carrying out drainage again to the sludge filtered out, so that waste water is collected to greatest extent, is effectively increased The effect of wastewater treatment avoids waste water from leaking and pollutes environment, and influences the health of labourer, also, it helps dirty The progress of mud subsequent processing work；After sludge briquet, with the rotation of cam, elastic force of the pressing plate 32 in No.1 spring 310 The lower return of effect, No.1 air bag 39 is extruded at this time, releases the telescopic end of No.1 cylinder 31 by water sucting plate 33, and sludge bulking is pushed away Out, sludge bulking is skidded off from mud discharging mouth along the inclined-plane of No.1 rack 4 and is collected, and structure is simple, effectively reduces the moisture in sludge, just In collecting and handling, pollution of the waste water to environment is effectively reduced.

As shown in Figure 1, being connected with cross sectional shape by wind spring on raised 43 positions of the circular arc of the No.1 rack 4 is arch Metal clips 5；The left end of the metal clips 5 is wedge angle and is bonded with 41 position of the arc depression of No.1 rack 4, metal elastic The right end of piece 5 is connected in No.1 rack 4；When work, takes off mud pawl 23 and be easy unanimously to claw waste water during taking off mud, from And the efficiency and effect of sludge dewatering are influenced, by the arched metal shrapnel 5 of setting, contacted when taking off mud pawl 23 with metal clips 5 When, it takes off mud pawl 23 and is boosted metal clips 5 upwards by frictional force, the height that arches upward of metal clips 5 is increased, so that sludge can It is filtered at the arc depression 41 that waste water can then flow back into No.1 rack 4 to be taken off away, effectively increases sludge and filter again The efficiency of water improves the effect of sludge dewatering briquet；When taking off mud pawl 23 and metal clips 5 disengages, metal clips 5 It is acted in the elastic force of wind spring and slides back into original position along arc depression 41, during recovery, utilize the left end wedge angle of metal clips 5 Strike off the sludge of arc depression 41, on the one hand, sludge is avoided to attach the influence drainage effect at arc depression 41；On the other hand, Sludge is pushed, concentrates sludge more convenient for taking off mud progress next time, improves working efficiency.

As shown in Fig. 2, the shift plate 22 is equipped with No. two air bags 24；The outer surface of No. two air bags 24 is equipped with recess simultaneously It is more coarse；When work, waste water impacts when in shift plate 22, mitigates waste water to the impact force of shift plate 22 using No. two air bags 24, Extend the service life of shift plate 22, while using the recess of No. two air bags 24 coarse outer surface and setting, to the dirt in waste water Mud is stopped, so that sludge is fallen into when going to bottom with shift plate 22 at arc depression 41, is reduced waste water and is fallen in No.1 drainage Containing the sludge quantity of band when on film 42, the filter effect of waste water is improved, while also accumulates sludge, it is primary that mud pawl 23 is taken off in raising The amount for taking off mud improves the efficiency of Treatment of Sludge, also improves the effect of sludge dewatering briquet.

As shown in Fig. 2, the shift plate 22 passes through No. two springs 26 and runner connected in No. two grooves 25 opened up thereon 21 contacts；No. two air bags 24 are connected to No. two grooves 25 by air flue；The excircle of the runner 21 is equipped with several equal The No.1 arc groove 27 of even distribution；Gas when work, when No. two air bags 24 are extruded because of waste water impact, in No. two air bags 24 It is squeezed out and out of, No.1 arc groove 27 on the excircle that No. two grooves 25 are ejected to runner 21, to push 21 turns of runner It is dynamic, driving force is improved, guarantees that the operation is stable carries out, improves the efficiency of wastewater treatment；Meanwhile the gas of ejection makes No. two bullets Spring 26 shakes, and when shift plate 22 goes to bottom, sludge can quickly be shaken off, and avoid being attached in shift plate 22, influence work Stablize carry out.

As shown in Figure 3 and Figure 4, the position that the No.1 water channel 34 is connected to No. two water channels 35 is equipped with propeller 311；Institute It states and is equipped with pressure valve in No. two water channels 35；When work, waste water enters No.1 water channel 34 and propeller 311 is pushed to rotate, propeller 311 Rotation throws away waste water out of No. two water channels 35 by the pressurization of pressure valve, and the waste water thrown away is impacted in 31 inner wall of No.1 cylinder, 31 inner wall of No.1 cylinder is cleared up, avoids attaching little particle sludge in No.1 cylinder 31, influences the flexible of No.1 cylinder 31, To guarantee that stablizing for work carries out, working efficiency is improved.

As shown in figure 3, the side of the No.1 groove 45 is equipped with rubber sealing block 46；The rubber sealing block 46 is cut Face shape is inverted triangle, and the top of rubber sealing block 46 is inlaid with the L shape metal gasket 47 with fillet；When work, When pressing plate 32 is pressed into No.1 groove 45, the gap between pressing plate 32 and No.1 groove 45 is carried out by rubber sealing block 46 Sealing, makes waste water that can only be inhaled into No.1 cylinder 31, avoids being extruded splash around, improve the effect of sludge dewatering；It is logical The top embedded with metal gasket in glue sealing block is crossed, avoids briquetting from generating between the top of rubber sealing block 46 for a long time and rubs It wipes, influences sealing effect.

Specific working mode:

In the description of the present invention, it is to be understood that, term " center ", "front", "rear", "vertical", "horizontal", The orientation or positional relationship of the instructions such as "top", "bottom" "inner", "outside" be based on the orientation or positional relationship shown in the drawings, be only for Convenient for the description present invention and simplify description, rather than the device or element of indication or suggestion meaning there must be specific side Position is constructed and operated in a specific orientation, therefore should not be understood as limiting the scope of the invention.

Although the present invention be illustrated by specific embodiment, it will be appreciated by those skilled in the art that, do not departing from In the case where the scope of the invention, various transformation and equivalent substitute can also be carried out to the present invention.In addition, being directed to particular condition or material Material, can do various modifications to the present invention, without departing from the scope of the present invention.Therefore, the present invention is not limited to disclosed tool Body embodiment, and should include the whole embodiments fallen within the scope of the appended claims.

Claims

1. a kind of textile printing and dyeing wastewater treatment device, it is characterised in that: including cabinet (1), drive module (2) and dewatering module (3)；The upper end of the cabinet (1) is equipped with water inlet, is equipped with No.1 rack (4) in cabinet (1)；The right side of the No.1 rack (4) Portion is equipped with arc depression (41), and arc depression (41) is arranged below water inlet, and No.1 drainage is equipped at arc depression (41) Hole is equipped with No.1 water filtration membrane (42) at arc depression (41), and and then arc depression (41) is that circular arc is convex in No.1 rack (4) It rises (43), and then circular arc raised (43) is inclined surface (44), the inclined surface (44) of No.1 rack (4) in No.1 rack (4) It is equipped with No.1 groove (45), the left end of No.1 rack (4) is connect with mud discharging mouth；The drive module (2) is arranged in water inlet Place, drive module (2) includes runner (21) and shift plate (22)；The runner (21) is rotatablely connected on the rack, on runner (21) Be hinged with straight down take off mud pawl (23)；Mud pawl (23) lower end of taking off is circular arc pawl structure, takes off mud pawl (23) lower end and one Arc depression (41) contact of number rack (4) takes off mud pawl (23) for will accumulate at the arc depression (41) of No.1 rack (4) Sludge is taken off at the inclined-plane to No.1 rack (4)；The shift plate (22) is equipped with several, several shift plates (22), which are evenly distributed on, to be turned On the excircle for taking turns (21), shift plate (22) is used to collect impact force when waste water falls and runner (21) is driven to rotate；

Wherein, the dewatering module (3) includes No.1 cylinder (31), cam and pressing plate (32)；The No.1 cylinder (31) passes through Fixed frame is vertically arranged with respect to the inclined surface (44) of No.1 rack (4), and the telescopic end of No.1 cylinder (31) passes through No.1 rack (4) Upper No.1 groove (45) is simultaneously connected with water sucting plate (33), is equipped with No.1 water channel (34) in the telescopic end of No.1 cylinder (31), No.1 The lower part of the telescopic end of cylinder (31) is equipped with No. two water channels (35) of connection No.1 water channel (34), and No.1 cylinder (31) is equipped with Water outlet (36)；The water sucting plate (33) is equipped with No. two water filtration membranes (37), and water sucting plate (33) is stayed with No.1 groove (45) bottom There is certain gap, is equipped with water suction storehouse (38) in water sucting plate (33)；The side and No.1 water channel (34) of water suction storehouse (38) are even Logical, the other side of water suction storehouse (38) is contacted by several equally distributed No. two filtration holes with water filtration membrane；The cam passes through Bracket is connected on the outside of cabinet (1), is hinged with No.1 connecting rod between cam and runner (21)；The pressing plate (32) is opposite to be absorbed water Plate (33) is arranged in parallel in the top of water sucting plate (33), and pressing plate (32) passes through cabinet (1) and cam contact by No. two connecting rods, It is connected between pressing plate (32) and cabinet (1) No.1 air bag (39), No.1 air bag (39) is connected to No.1 cylinder (31)；Described two The part that number connecting rod passes through No.1 air bag (39) is equipped with No.1 spring (310).

2. a kind of textile printing and dyeing wastewater treatment device according to claim 1, it is characterised in that: the No.1 rack (4) Raised (43) position of circular arc on cross sectional shape is connected with as the metal clips (5) of arch by wind spring；The metal clips (5) Left end be wedge angle and to be bonded with arc depression (41) position of No.1 rack (4), the right end of metal clips (5) is connected to No.1 In rack (4).

3. a kind of textile printing and dyeing wastewater treatment device according to claim 1, it is characterised in that: set on the shift plate (22) There are No. two air bags (24)；The outer surface of No. two air bags (24) be equipped with recess and it is more coarse.

4. a kind of textile printing and dyeing wastewater treatment device according to claim 3, it is characterised in that: the shift plate (22) passes through No. two springs (26) connected in No. two grooves (25) opened up thereon contact with runner (21)；No. two air bags (24) and two Number groove (25) passes through air flue and is connected to；The excircle of the runner (21) is equipped with several equally distributed No.1 arc grooves (27)。

5. a kind of textile printing and dyeing wastewater treatment device according to claim 1, it is characterised in that: the No.1 water channel (34) The position being connected to No. two water channels (35) is equipped with propeller (311)；Pressure valve is equipped in No. two water channels (35).

6. a kind of textile printing and dyeing wastewater treatment device according to claim 1, it is characterised in that: the No.1 groove (45) Side be equipped with rubber sealing block (46)；The cross sectional shape of the rubber sealing block (46) is inverted triangle, and rubber is close The top of envelope block (46) is inlaid with the L shape metal gasket (47) with fillet.