CN109110965A - A kind of dyeing waste water exhaust treatment system - Google Patents

Abstract

The present invention provides a kind of dyeing waste water exhaust treatment systems.It solves existing processing system and to waste water and exhaust gas while can not handle, and handles the technical problems such as cumbersome.This dyeing waste water exhaust treatment system, including bottom plate are provided with wastewater treatment equipment and emission-control equipment on bottom plate.The present invention has the advantages that processing is convenient.

Description

A kind of dyeing waste water exhaust treatment system

Technical field

The invention belongs to technical field of environment protection equipment, are related to a kind of processing system, at especially a kind of dyeing waste water exhaust gas Reason system.

Background technique

Printing and dyeing are also referred to as dyeing and finishing, are a kind of processing method and pre-treatment, dyeing, stamp, final finishing, wash water etc. General name；A large amount of waste water and exhaust gas can be generated during printing and dyeing.

Through retrieving, as Chinese patent literature disclose a kind of printing and dyeing liquid waste treatment system [application number: 201721515921.7；Publication number: CN 207713578U].This printing and dyeing liquid waste treatment system, which is characterized in that including according to Water (flow) direction passes sequentially through sedimentation basin, pH conditioning tank, Inner electrolysis filter device, biochemistry pool, coagulating basin, the distillation dress of pipeline connection It sets, RO film filter and tank, the water inlet of the sedimentation basin are connected to discharging of waste liquid pipe, the sedimentation basin and pH adjusting Pipeline between pond is equipped with the first water pump, and the pipeline between the pH conditioning tank and Inner electrolysis filter device is equipped with the second water Pump, the height of the water outlet of the Inner electrolysis filter device are higher than the height of the water inlet of biochemistry pool, the biochemistry pool and coagulation Pipeline between pond is equipped with third water pump, and the pipeline between the coagulating basin and distilling apparatus is equipped with the 4th water pump, described The height of the water outlet of distilling apparatus is higher than the height of the water inlet of RO film filter, and the height of the RO film filter is high In the height of the water inlet of tank.

Although processing system disclosed in the patent can realize printing and dyeing waste liquid recycling, the processing system without Method handles waste water and exhaust gas simultaneously, handles cumbersome, and therefore, designing a kind of dyeing waste water exhaust treatment system is to have very much It is necessary.

Summary of the invention

The purpose of the present invention is there is the above problem in view of the prior art, a kind of dyeing waste water exhaust-gas treatment system is proposed System, the processing system have the characteristics that processing is convenient.

Object of the invention can be realized by the following technical scheme: a kind of dyeing waste water exhaust treatment system, including bottom Plate, which is characterized in that be provided with wastewater treatment equipment and emission-control equipment on the bottom plate.

Using the above structure, by wastewater treatment equipment and emission-control equipment can simultaneously to waste water and exhaust gas at Reason, processing are convenient.

The wastewater treatment equipment includes workbench one, Rose Box and reaction chamber, and workbench one is fixed on bottom plate, filtering Case and reaction chamber are separately fixed on workbench one, and Rose Box is located above reaction chamber, the upper end side of Rose Box have into The mouth of a river one, water inlet one are connected by waste water delivery pipe with waste water source, and the lower end side of Rose Box has water outlet one, water outlet It is provided with solenoid valve one at mouthful one, is fixed with support ring in the middle part of Rose Box, Rose Box upper end also has an opening, on workbench one It is provided with the case lid that closure of openings can be lived, case lid can drive the moving structure of lower movement to be thereon connected with one, vertical on case lid Internal several shafts with cavity are provided with, the dynamic structure that shaft upper end can drive it to rotate with one is connected, shaft lower end It is connected with helical wool top, strainer one is connected with by fixed link on case lid, and strainer one can lean with support ring, turns The lower end side of axis also has several water holes being connected with cavity, is further fixed on water pump one on case lid, one end of water pump one and Drainpipe one end is connected, and the drainpipe other end is connected with cavity, and the other end of water pump one is connected with return pipe one end, returns The water pipe other end is connected with the upper end side of Rose Box；It is vertically arranged with partition in reaction chamber, partition is by reaction chamber inner part At left water storage cavity and right reaction chamber, there is left water storage cavity can be connected with right reaction chamber communicating pipe on partition, on communicating pipe It is additionally provided with solenoid valve two and delivery pump one, the upper end side of left water storage cavity has water inlet two, and water inlet two passes through union one It is connected with water outlet one, the upper end of right reaction chamber has dosing mouth, solenoid valve three is provided at dosing mouth, under right reaction chamber End side portion discharge outlet two is provided with solenoid valve four at discharge outlet two, is additionally provided with mixed organization and testing agency on workbench one.

Using the above structure, waste water is input in Rose Box from water inlet one, shaft rotation is driven by dynamic structure, Shaft drives wool top rotation, meanwhile, water pump one is opened, the waste water at shaft is drained by drainpipe, makes the hydraulic pressure at shaft Form negative pressure state, the big fiber in waste water is wound by wool top, and the small fiber in waste water is collected by strainer, filtered waste water from Water outlet one is discharged, and is transported in left water storage cavity and is kept in by union one, opens delivery pump one, will be useless in left water storage cavity Water is transported in right reaction chamber, and medical fluid is added in right reaction chamber by dosing mouth, makes waste water and medical fluid by mixed organization It is sufficiently mixed, after testing agency carries out detection qualification to waste water, is discharged from discharge outlet two, to complete the processing of waste water, handled It is convenient.

The testing agency includes PH sensor and controller, and pH sensor is arranged in right reaction chamber, and controller is fixed On workbench one, solenoid valve two, solenoid valve three, solenoid valve four and delivery pump are connected with the controller by route.

Using the above structure, it is detected by pH value of the pH sensor to waste water in right reaction chamber, reaches row It puts and signal is passed into controller after value, controller controls solenoid valve two, solenoid valve three, solenoid valve four and delivery pump movement.

The mixed organization includes the medicine-introducing pipe of mounting rack, mixing drum and elasticity, and mounting rack is arranged in right reaction chamber, peace It shelves and is connected with connecting rod lower end, several push pieces are further fixed in the middle part of connecting rod, and pushing piece is in interlaced arrangement, in connecting rod End is connected with lifting seat, and lifting seat can drive the moving assembly of lower movement to be thereon connected with one, and mixing drum horizontally rotates setting and exists On mounting rack, mixing drum both ends all have several input holes, have several delivery outlets in the middle part of mixing drum, level is fixed on mounting rack There is auxiliary rod, and auxiliary rod runs through mixing drum both ends, auxiliary piece is fixed in mixing drum, auxiliary piece forms sped structure, with On the basis of the lengthwise centers of mixing drum, the sped structure of auxiliary piece has two groups of mirror settings, is further fixed on outside mixing drum Several stirring sheets are additionally provided with the driving assembly that mixing drum can be driven to rotate on mounting rack, and medicine-introducing pipe upper end is connected with dosing mouth Logical, medicine-introducing pipe lower end is located in right reaction chamber, and medicine-introducing pipe lower end is connected with lifting ring, and lifting ring passes through coupling bar and mounting rack phase Even.

Using the above structure, medical fluid is put into right reaction chamber from feed opening, drives mixing drum to turn by driving assembly Dynamic, mixing drum drives auxiliary piece rotation, under the action of auxiliary piece, makes medical fluid in right reaction chamber and waste water by the input at both ends Hole is input in mixing drum, and is transmitted back in right reaction chamber from the delivery outlet in the middle part of mixing drum, and at the same time, mixing drum drive is stirred Mix piece rotation, stirring sheet in right reaction chamber medical fluid and waste water be stirred, since moving assembly can drive lifting seat or more Mobile, lifting seat drives mounting rack to move up and down by connecting rod, and mounting rack drives mixing drum to move up and down, meanwhile, mounting rack Lifting ring is driven to move up and down, lifting ring drives the lower end of medicine-introducing pipe to move up and down, and is transported to the medical fluid at feed opening right anti- The upper, middle and lower of chamber is answered everywhere, so that mixing drum can mix everywhere right reaction chamber upper, middle and lower when rotating, so as to make medical fluid It is quickly sufficiently reacted with waste water, good mixing effect.

The moving assembly includes column, guide rail, sliding block, rack gear, gear and power motor, and column is fixed on workbench one On, guide rail is fixed on column vertically, and sliding block is arranged on guide rail, and rack gear is fixed on column vertically, and rack gear and guide rail phase Mutually parallel, power motor is fixed on sliding block, and the output shaft of power motor is horizontally disposed, and gear is fixed on the output of power motor Shaft end portion, and wheel and rack is meshed, lifting seat is connected with sliding block.

When needing moves up and down lifting seat, control power motor band moving gear is rotated, and gear is gradually mutually nibbled with rack gear It closes, moves up and down sliding block along guide rod, sliding block drives lifting seat to move up and down.

The driving component includes that gear ring, driving motor one, driving wheel and positioning plate, gear ring are fixed on outside mixing drum, fixed Position plate is fixed on mounting rack, and driving motor one is fixed on positioning plate, and the output shaft of driving motor one is horizontally disposed, driving wheel It is fixed on the output shaft end of driving motor one, and driving wheel is meshed with gear ring.

When needing rotates mixing drum, control driving motor one drive driving wheel rotation, driving wheel gradually with gear ring phase Engagement, rotates mixing drum.

The moving structure includes support frame, guide rod, guide sleeve and push-rod electric machine one, and support frame is fixed on workbench one, Guide rod is fixed on the support frame vertically, is led and is set on guide rod, push-rod electric machine one is fixed on the rack, and push-rod electric machine one pushes away Straight down, the push rod end of push-rod electric machine one is connected bar with guide sleeve, and guide sleeve is connected by connection frame with case lid.

Using the above structure, control push-rod electric machine one drives guide sleeve to move up and down along guide rod, and guide sleeve drives on connection frame Lower movement, connection frame drives case lid to move up and down, so as to move up and down case lid.

The dynamic structure includes driving motor two, driving wheel, several driven wheels and transmission belt, and driving motor two is fixed on On case lid, straight up, driving wheel is fixed on the output shaft end of driving motor two to the output shaft of driving motor two, and driven wheel is solid It is scheduled on shaft upper end, transmission belt is set between driving wheel and driven wheel.

Using the above structure, control driving motor two drives driving wheel rotation, and driving wheel drives driven wheel by transmission belt Rotation, driven wheel drives shaft rotation, so as to rotate shaft.

Being additionally provided on support frame as described above can include push-rod electric machine to the cleaning assembly that wool top is cleared up, cleaning assembly Two, Mobile base, collection box and mounting plate, push-rod electric machine two is fixed on the support frame, and the push rod of push-rod electric machine two is horizontally disposed, pushes away The push rod end of bar motor two is connected with Mobile base, and collection box is fixed on Mobile base, and mounting plate passes through spring and collection box phase Even, several cleaning rods are fixed on mounting plate, and cleaning rod is arranged vertically, and several auxiliary rods are horizontally fixed on cleaning rod, And auxiliary rod can be in contact with wool top.

When needing to clear up wool top, control push-rod electric machine two drives Mobile base to move back and forth, and Mobile base makes to assist Bar is in contact with wool top, meanwhile, control shaft drives wool top rotation, the big fiber on wool top can be cleaned on auxiliary rod, clearly Reason is convenient.

Vibrating motor one is further fixed on the mounting plate.

Using the above structure, mounting plate can be made to generate up-down vibration by vibrating motor one.

The emission-control equipment includes workbench two, and workbench two is fixed on bottom plate, is set gradually on workbench two Have surplus heat recovering mechanism, spraying mechanism and dedusting mechanism, and waste heat recovering mechanism includes water tank and heat-exchange tube, and water tank one end has Water inlet three, the water tank other end have water outlet three, and heat-exchange tube is arranged in water tank, and heat-exchange tube one end passes through air inlet pipe One is connected with exhaust gas source, and the heat-exchange tube other end is connected by escape pipe one with spraying mechanism, and spraying mechanism includes spraying box And spray tube, spraying box are fixed on workbench two by bracket one, are fixed with air inlet pipe two in a ring in spraying box, and into Tracheae two has several stomatas close to spray lower box part, the side of air inlet pipe two, and air inlet pipe two passes through connecting tube one and escape pipe One is connected, and check valve is additionally provided in connecting tube one, and main shaft is vertically arranged on bracket one, and main shaft lower end and one can drive it The decelerating motor of rotation is connected, and main shaft upper end is extend into spraying box to be connected with turntable, and turntable is close to spray lower box part, turntable On be fixed with mixing drum, there is the flight one that feed liquid can be made to flow from bottom to top, having outside mixing drum can make to expect in mixing drum The flight two that liquid flows from top to bottom, spray tube is horizontally fixed in spraying box, and spray tube is close to spray upper box part, spray Tube end is connected by perfusion tube with spray lower box part, and delivery pump two is provided on perfusion tube, and spray upper box part passes through outlet Pipe two is connected with dedusting mechanism, and spraying box side also has fluid infusion and discharge port, and fluid infusion is located above discharge port, fluid infusion It is provided with solenoid valve five at mouthful, solenoid valve six is provided at discharge port.

Using the above structure, exhaust gas is transported in heat-exchange tube by air inlet pipe one, increases the water temperature in water tank, given up Gas enters spray lower box part by air inlet pipe two, and control decelerating motor drives main axis, and main shaft drives turntable rotation, turntable Drive mixing drum rotation, in the case where flight one and flight two act on, flow the medical fluid for spraying lower box part quickly, exhaust gas is from gas It exports in hole and is reacted with the medical fluid of spray lower box part, then flow up, medical fluid is transported to by spray tube by perfusion tube Interior, spray tube sprays exhaust gas, is dusted by dedusting mechanism to exhaust gas, so that the processing of exhaust gas is completed, processing effect Fruit is good.

Supplementary structure is additionally provided in the spraying box, supplementary structure includes several deflectors, and deflector is inclined at In the middle part of spraying box, and deflector is in interlaced arrangement, and deflector upper end is connected with spraying box side, and the fixation of deflector lower end is flexible Accessory plate, and accessory plate has several through-holes, is additionally provided with swivel becket on accessory plate, rotate in horizontally disposed on accessory plate The rotary electric machine that ring can drive it to rotate with one is connected, and swivel becket side has several ater guide pieces, and ater guide piece is uniformly distributed, auxiliary It helps on plate and is further fixed on vibrating motor two.

Using the above structure, the exhaust gas in spraying box can be made staggeredly to flow up repeatedly by deflector, meanwhile, deflector Can be by the medical fluid water conservancy diversion to accessory plate under spray tube landing, control rotary electric machine drives swivel becket rotation, and swivel becket drive is led The rotation of water piece, ater guide piece are evenly distributed in medical fluid on accessory plate, and drip from through-hole, carry out again to the exhaust gas flowed up Secondary spray, auxiliary are convenient.

The dedusting mechanism includes dust cleaning case, and dust cleaning case is fixed on workbench two by bracket two, in the middle part of dust cleaning case and One end of air inlet pipe three is connected, and the other end of air inlet pipe three is connected by connecting tube two with escape pipe two, dedusting upper box part It is connected with one end of exhaust pipe three, the other end of exhaust pipe three is connected by Z-shaped connecting tube three with chimney, in cabinet also It is fixed with V-shaped strainer two, and strainer two, close to the middle and upper part of Rose Box, dedusting lower box part also has dust outlet, dust Exit is provided with solenoid valve seven.

Using the above structure, exhaust gas is transported in dust cleaning case by air inlet pipe three, is filtered by filter screen to exhaust gas, Filtering is quick.

Vibrating motor three is fixed on the strainer two.

The spray assemblies that can be sprayed to the exhaust gas in chimney are additionally provided on the workbench two, spray assemblies include Water butt, screw spraying pipe, stepper motor, mounting rod and U-shaped collector pipe, mounting rod are fixed in chimney, stepper motor It being fixed on mounting rod, straight down, the output shaft end of stepper motor is connected the output shaft of stepper motor with screw spraying pipe, Screw spraying pipe upper end is connected by water-supply-pipe with water butt, and water pump two is provided on water-supply-pipe, and spray tube lower end is closing End, spray tube side part have several spray holes, and collector pipe one end is connected by union two with the middle part of connecting tube three, collector pipe The other end is closed end, is connected with discharge outlet in the middle part of collector pipe, solenoid valve eight is provided at discharge outlet.

Using the above structure, control stepper motor drives the rotation of screw spraying pipe, meanwhile, it will be in water butt by water-supply-pipe Water be transported to screw spraying pipe, and exported from spray hole, to can avoid smoke stack emission white vapor.

Compared with prior art, this dyeing waste water exhaust treatment system has an advantage in that through wastewater treatment equipment and exhaust gas Processing unit can simultaneously be handled waste water and exhaust gas, and processing is convenient.

Detailed description of the invention

Fig. 1 is the planar structure schematic diagram of wastewater treatment equipment.

Fig. 2 is the schematic perspective view of cleaning assembly in wastewater treatment equipment.

Fig. 3 is the planar structure schematic diagram that wastewater treatment equipment removes part.

Fig. 4 is the planar structure schematic diagram of moving assembly in wastewater treatment equipment.

Fig. 5 is the planar structure schematic diagram of emission-control equipment.

Fig. 6 is the planar structure schematic diagram of waste heat recovering mechanism in emission-control equipment.

Fig. 7 is the planar structure schematic diagram of spraying mechanism in emission-control equipment.

Fig. 8 is the schematic perspective view that emission-control equipment removes part.

Fig. 9 is the planar structure schematic diagram of dedusting mechanism in emission-control equipment.

Figure 10 is the planar structure schematic diagram that emission-control equipment removes part.

In figure, 1, workbench one；2, Rose Box；2a, water inlet one；2b, water outlet one；3, support frame；4, guide sleeve；5, it leads Bar；6, push-rod electric machine one；7, connection frame；8, driving motor two；9, driving wheel；10, transmission belt；11, drainpipe；12, driven wheel； 13, shaft；13a, water hole；14, water pump one；15, case lid；16, return pipe；18, wool top；19, fixed link；20, strainer one；21, Support ring；22, collection box；23, mounting plate；24, vibrating motor one；25, spring；26, cleaning rod；26a, auxiliary rod；27, mobile Seat；28, push-rod electric machine two；29, reaction chamber；29a, water inlet two；29b, water outlet two；29c, dosing mouth；30, communicating pipe；31, Delivery pump one；32, solenoid valve two；33, mixing drum；33a, input hole；33b, delivery outlet；34, gear ring；35, stirring sheet；36, auxiliary Help piece；37, solenoid valve four；38, pH sensor；39, auxiliary rod；40, lifting ring；41, coupling bar；42, medicine-introducing pipe；43, it installs Frame；44, piece is pushed；45, connecting rod；46, lifting seat；47, positioning plate；48, driving motor one；49, driving wheel；50, partition； 51, union one；52, column；53, rack gear；54, gear；55, power motor；56, sliding block；57, guide rail；58, controller；61, work Make platform two；62, water tank；62a, water inlet three；62b, water outlet three；63, connecting tube one；64, spraying box；64a, discharge port； 64b, fluid infusion；65, bracket one；66, dust cleaning case；66a, dust outlet；67, solenoid valve seven；68, bracket two；69, exhaust pipe Three；70, air inlet pipe three；71, connecting tube two；72, escape pipe two；73, check valve；74, escape pipe one；75, air inlet pipe one；76, Heat-exchange tube；77, main shaft；78, decelerating motor；79, solenoid valve six；80, delivery pump two；81, mixing drum；82, flight two； 83, vibrating motor two；84, accessory plate；85, deflector；86, perfusion tube；87, spray tube；88, solenoid valve five；89, flight One；90, air inlet pipe two；91, turntable；92, swivel becket；93, rotary electric machine；94, ater guide piece；95, vibrating motor three；96, strainer Two；97, union two；98, solenoid valve eight；99, collector pipe；99a, discharge outlet；100, water butt；101, water pump two；102, water delivery Pipe；103, stepper motor；104, mounting rod；105, screw spraying pipe；106, chimney；107, connecting tube three.

Specific embodiment

Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described, However, the present invention is not limited to these examples.

As shown in Fig. 1-Figure 10, this dyeing waste water exhaust treatment system, including bottom plate is provided with wastewater treatment dress on bottom plate It sets and emission-control equipment.

Wastewater treatment equipment includes workbench 1, Rose Box 2 and reaction chamber 29, and workbench 1 is fixed on bottom plate, work Make platform 1 to be fixed on bottom plate by welding；Rose Box 2 and reaction chamber 29 are separately fixed on workbench 1, and mistake Filter box 2 is located at 29 top of reaction chamber, and there is one 2a of water inlet, one 2a of water inlet to be conveyed by waste water for the upper end side of Rose Box 2 Pipe is connected with waste water source, and the lower end side of Rose Box 2 has one 2b of water outlet, is provided with solenoid valve one at one 2b of water outlet, The middle part of Rose Box 2 is fixed with support ring 21, and 2 upper end of Rose Box also has opening, and opening can be sealed by being provided on workbench 1 The case lid 15 closed, case lid 15 can drive the moving structure of lower movement to be thereon connected, be vertically arranged with inside on case lid 15 with one Several shafts 13 with cavity, the quantity of shaft 13 are three；The dynamic structure that 13 upper end of shaft can drive it to rotate with one It is connected, 13 lower end of shaft is connected with helical wool top 18, is connected with strainer 1 by fixed link 19 on case lid 15, and filter Net 1 can lean with support ring 21, and the lower end side of shaft 13 also has a several water hole 13a being connected with cavity, and every Water hole 13a quantity in shaft 13 is ten；Water pump 1, one end of water pump 1 and drainpipe 11 are further fixed on case lid 15 One end is connected, and 11 other end of drainpipe is connected with cavity, and the other end of water pump 1 is connected with 16 one end of return pipe, returns 16 other end of water pipe is connected with the upper end side of Rose Box 2；Partition 50 is vertically arranged in reaction chamber 29, partition 50 will react It is divided into left water storage cavity and right reaction chamber inside case 29, there is the connection that left water storage cavity can be connected with right reaction chamber on partition 50 Pipe 30, is additionally provided with solenoid valve 2 32 and delivery pump 1 on communicating pipe 30, the upper end side of left water storage cavity has water inlet two 29a, two 29a of water inlet are connected by union 1 with one 2b of water outlet, and the upper end of right reaction chamber has dosing mouth 29c, are added It is provided with solenoid valve three at medicine mouth 29c, is provided with electromagnetism at the lower end side discharge outlet 99a bis- of right reaction chamber, discharge outlet 99a bis- Valve 4 37 is additionally provided with mixed organization and testing agency on workbench 1.

Testing agency includes pH sensor 38 and controller 58, and pH sensor 38 is arranged in right reaction chamber, controller 58 Be fixed on workbench 1, solenoid valve 2 32, solenoid valve three, solenoid valve 4 37 and delivery pump by route with the controller 58 are connected；In the present embodiment, controller 58 controls sensor and electromagnetism using the single-chip microcontroller that can be bought in the market, single-chip microcontroller The program of valve be it is existing, program does not need to update.

Mixed organization includes the medicine-introducing pipe 42 of mounting rack 43, mixing drum 33 and elasticity, and mounting rack 43 is arranged in right reaction chamber Interior, mounting rack 43 is connected with 45 lower end of connecting rod, and several push pieces 44 are further fixed in the middle part of connecting rod 45, pushes the quantity of piece 44 It is four；And push piece 44 is in interlaced arrangement, 45 upper end of connecting rod is connected with lifting seat 46, and lifting seat 46 and one can drive thereon The moving assembly of lower movement is connected, and mixing drum 33, which horizontally rotates, to be arranged on mounting rack 43, and 33 both ends of mixing drum all have several The quantity of input hole 33a, input hole 33a are ten；There is several delivery outlet 33b, the quantity of delivery outlet 33b in the middle part of mixing drum 33 It is ten；Auxiliary rod 26a is horizontally fixed on mounting rack 43, and auxiliary rod 26a is solid in 33 both ends of mixing drum, mixing drum 33 Surely there is auxiliary piece 36, auxiliary piece 36 forms sped structure, on the basis of the lengthwise centers of mixing drum 33, the spiral of auxiliary piece 36 Formula structure has two groups of mirror settings, and several stirring sheets 35 are further fixed on outside mixing drum 33, and the quantity of stirring sheet 35 is eight； The driving assembly that mixing drum 33 can be driven to rotate is additionally provided on mounting rack 43,42 upper end of medicine-introducing pipe is connected with dosing mouth 29c, 42 lower end of medicine-introducing pipe is located in right reaction chamber, and 42 lower end of medicine-introducing pipe is connected with lifting ring 40, and lifting ring 40 passes through 41 He of coupling bar Mounting rack 43 is connected.

Moving assembly includes column 52, guide rail 57, sliding block 56, rack gear 53, gear 54 and power motor 55, and column 52 is fixed On workbench 1, guide rail 57 is fixed on vertically on column 52, and sliding block 56 is arranged on guide rail 57, and rack gear 53 is fixed on vertically On column 52, and rack gear 53 is parallel to each other with guide rail 57, and power motor 55 is fixed on sliding block 56, the output shaft of power motor 55 Horizontally disposed, gear 54 is fixed on the output shaft end of power motor 55, and gear 54 is meshed with rack gear 53,46 He of lifting seat Sliding block 56 is connected.

Driving assembly includes gear ring 34, driving motor 1, driving wheel 49 and positioning plate 47, and gear ring 34 is fixed on mixing drum Outside 33, positioning plate 47 is fixed on mounting rack 43, and driving motor 1 is fixed on positioning plate 47, the output of driving motor 1 Axis is horizontally disposed, and driving wheel 49 is fixed on the output shaft end of driving motor 1, and driving wheel 49 is meshed with gear ring 34.

Moving structure includes support frame 3, guide rod 5, guide sleeve 4 and push-rod electric machine 1, and support frame 3 is fixed on workbench 1 On, guide rod 5 is fixed on vertically on support frame 3, and guide sleeve 4 is arranged on guide rod 5, and push-rod electric machine 1 is fixed on the rack, push rod electricity Straight down, the push rod end of push-rod electric machine 1 is connected the push rod of machine 1 with guide sleeve 4, and guide sleeve 4 passes through connection frame 7 and case lid 15 It is connected；Using the structure, controls push-rod electric machine 1 and guide sleeve 4 is driven to move up and down along guide rod 5, guide sleeve 4 drives on connection frame 7 Lower movement, connection frame 7 drives case lid 15 to move up and down, so as to move up and down case lid 15.

Dynamic structure includes driving motor 28, driving wheel 9, several driven wheels 12 and transmission belt 10, the quantity of driven wheel 12 It is three；Driving motor 28 is fixed on case lid 15, and straight up, driving wheel 9 is fixed on drive to the output shaft of driving motor 28 The output shaft end of dynamic motor 28, driven wheel 12 are fixed on 13 upper end of shaft, and transmission belt 10 is set in driving wheel 9 and driven wheel Between 12.

The cleaning assembly that can be cleared up wool top 18 is additionally provided on support frame 3, cleaning assembly includes push-rod electric machine two 28, Mobile base 27, collection box 22 and mounting plate 23, push-rod electric machine 2 28 are fixed on support frame 3, the push rod of push-rod electric machine 2 28 Horizontally disposed, the push rod end of push-rod electric machine 2 28 is connected with Mobile base 27, and collection box 22 is fixed on Mobile base 27, mounting plate 23 are connected by spring 25 with collection box 22, several cleaning rods 26 are fixed on mounting plate 23, and cleaning rod 26 is arranged vertically, Several auxiliary rod 26a are horizontally fixed on cleaning rod 26, and auxiliary rod 26a can be in contact with wool top 18；Using the structure, when need When clearing up wool top 18, control push-rod electric machine 2 28 drives Mobile base 27 to move back and forth, and Mobile base 27 makes auxiliary rod 26a It is in contact with wool top 18, meanwhile, control shaft 13 drives wool top 18 to rotate, and the big fiber on wool top 18 can be cleaned to auxiliary rod On 26a, cleaning is convenient；Vibrating motor 1 is further fixed on mounting plate 23；Using the structure, can be made by vibrating motor 1 Mounting plate 23 generates up-down vibration.

Emission-control equipment includes workbench 2 61, and workbench 2 61 is fixed on bottom plate, is successively set on workbench 2 61 It is equipped with waste heat recovering mechanism, spraying mechanism and dedusting mechanism, waste heat recovering mechanism includes water tank 62 and heat-exchange tube 76, water tank 62 One end has three 62a of water inlet, and 62 other end of water tank has three 62b of water outlet, and heat-exchange tube 76 is arranged in water tank 62, heat Exchange 76 one end of pipe is connected by air inlet pipe 1 with exhaust gas source, and 76 other end of heat-exchange tube passes through escape pipe 1 and spray Mechanism is connected, and spraying mechanism includes spraying box 64 and spray tube 87, and spraying box 64 is fixed on workbench 2 61 by bracket 1 On, air inlet pipe 2 90 in a ring is fixed in spraying box 64, and air inlet pipe 2 90 is close to 64 lower part of spraying box, air inlet pipe 2 90 Side there are several stomatas, the quantity of stomata is 30；Air inlet pipe 2 90 passes through one 74 phase of connecting tube 1 and escape pipe It is connected to, is additionally provided with check valve 73 in connecting tube 1, main shaft 77,77 lower end of main shaft and an energy are vertically arranged on bracket 1 The decelerating motor 78 for driving it to rotate is connected, and 77 upper end of main shaft is extend into spraying box 64 to be connected with turntable 91, and turntable 91 leans on Nearly 64 lower part of spraying box is fixed with mixing drum 81 on turntable 91, has the spiral shell that feed liquid can be made to flow from bottom to top in mixing drum 81 Blade 1, mixing drum 81 have the flight 2 82 that feed liquid can be made to flow from top to bottom outside, and spray tube 87 is horizontally fixed on spray It drenches in case 64, and spray tube 87, close to 64 top of spraying box, 87 end of spray tube passes through 64 lower part phase of perfusion tube 86 and spraying box It is connected to, delivery pump 2 80 is provided on perfusion tube 86,64 top of spraying box is connected by escape pipe 2 72 with dedusting mechanism, is sprayed 64 side of case also has fluid infusion 64b and discharge port 64a, and fluid infusion 64b is located above the 64a of discharge port, sets at fluid infusion 64b It is equipped with solenoid valve 5 88, solenoid valve 6 79 is provided at the 64a of discharge port.

Supplementary structure is additionally provided in spraying box 64, supplementary structure includes several deflectors 85, and deflector 85 is obliquely installed At 64 middle part of spraying box, and deflector 85 is in interlaced arrangement, and 85 upper end of deflector is connected with 64 side of spraying box, under deflector 85 The fixed flexible accessory plate 84 in end, and accessory plate 84 has several through-holes, the quantity of through-hole in horizontally disposed on accessory plate 84 It is 30；Swivel becket 92 is additionally provided on accessory plate 84, the rotary electric machine 93 that swivel becket 92 can drive it to rotate with one is connected, 92 side of swivel becket has several ater guide pieces 94, and the quantity of ater guide piece 94 is three；And ater guide piece 94 is uniformly distributed, accessory plate 84 On be further fixed on vibrating motor 2 83；Using the structure, by deflector 85 can make the exhaust gas in spraying box 64 repeatedly staggeredly to Upper flowing, meanwhile, deflector 85 can control 93 band of rotary electric machine on the medical fluid water conservancy diversion to accessory plate 84 under 87 landing of spray tube Turn rotating ring 92 rotates, and swivel becket 92 drives ater guide piece 94 to rotate, and ater guide piece 94 is evenly distributed in medical fluid on accessory plate 84, And dripped from through-hole, the exhaust gas flowed up is sprayed again, auxiliary is convenient.

Dedusting mechanism includes dust cleaning case 66, and dust cleaning case 66 is fixed on workbench 2 61 by bracket 2 68, dust cleaning case 66 Middle part is connected with one end of air inlet pipe 3 70, and the other end of air inlet pipe 3 70 is connected by connecting tube 2 71 with escape pipe 2 72 Logical, 66 top of dust cleaning case is connected with one end of exhaust pipe 3 69, and the other end of exhaust pipe 3 69 passes through Z-shaped connecting tube three 107 are connected with chimney 106, are further fixed on V-shaped strainer 2 96 in cabinet, and strainer 2 96 is close to the middle and upper part of Rose Box 2, 66 lower part of dust cleaning case also has dust outlet 66a, and solenoid valve 7 67 is provided at dust outlet 66a.

Vibrating motor 3 95 is fixed on strainer 2 96.

The spray assemblies that can be sprayed to the exhaust gas in chimney 106, spray assemblies packet are additionally provided on workbench 2 61 Water butt 100, screw spraying pipe 105, stepper motor 103, mounting rod 104 and U-shaped collector pipe 99 are included, mounting rod 104 is solid It is scheduled in chimney 106, stepper motor 103 is fixed on mounting rod 104, and straight down, stepping is electric for the output shaft of stepper motor 103 The output shaft end of machine 103 is connected with screw spraying pipe 105, and 105 upper end of screw spraying pipe passes through water-supply-pipe 102 and water butt 100 are connected, and water pump 2 101 is provided on water-supply-pipe 102, and 87 lower end of spray tube is closed end, if 87 side of spray tube has Dry spray hole, the quantity of spray hole are 20；99 one end of collector pipe is connected by union 2 97 with the middle part of connecting tube 3 107 Logical, 99 other end of collector pipe is closed end, is connected with discharge outlet 99a in the middle part of collector pipe 99, is provided with solenoid valve at discharge outlet 99a 8 98；Using the structure, controls stepper motor 103 and screw spraying pipe 105 is driven to rotate, meanwhile, by water-supply-pipe 102 by water storage Water in bucket 100 is transported to screw spraying pipe 105, and exports from spray hole, steams to can avoid chimney 106 and discharge white water Gas.

Waste water is input in Rose Box 2 from one 2a of water inlet, control driving motor 28 drives driving wheel 9 to rotate, actively Wheel 9 drives driven wheel 12 to rotate by transmission belt 10, and driven wheel 12 drives shaft 13 to rotate, and shaft 13 drives wool top 18 to rotate, Meanwhile water pump 1 is opened, the waste water at shaft 13 is drained by drainpipe 11, makes the hydraulically-formed negative pressure shape at shaft 13 State, the big fiber in waste water are wound by wool top 18, and the small fiber in waste water is collected by strainer, and filtered waste water is from water outlet one 2b discharge, is transported in left water storage cavity by union 1 and is kept in, and delivery pump 1 is opened, by the waste water in left water storage cavity It is transported in right reaction chamber；Medical fluid is put into right reaction chamber from feed opening, control driving motor 1 drives driving wheel 49 Rotation, driving wheel 49 are gradually meshed with gear ring 34, rotate mixing drum 33, and mixing drum 33 drives auxiliary piece 36 to rotate, auxiliary It helps under the action of piece 36, is input to medical fluid and waste water in right reaction chamber in mixing drum 33 by the input hole 33a at both ends, and from The delivery outlet 33b at 33 middle part of mixing drum is transmitted back in right reaction chamber, and at the same time, mixing drum 33 drives stirring sheet 35 to rotate, and is stirred The medical fluid and waste water mixed in 35 pairs of right reaction chambers of piece are stirred；Control power motor 55 with moving gear 54 rotate, gear 54 by It is gradually meshed with rack gear 53, moves up and down sliding block 56 along guide rod 5, sliding block 56 drives lifting seat 46 to move up and down, lifting seat 46 drive mounting rack 43 to move up and down by connecting rod 45, and mounting rack 43 drives mixing drum 33 to move up and down, meanwhile, mounting rack 43 Lifting ring 40 is driven to move up and down, lifting ring 40 drives the lower end of medicine-introducing pipe 42 to move up and down, and conveys the medical fluid at feed opening To right reaction chamber upper, middle and lower everywhere, thus mixing drum 33 rotate when right reaction chamber upper, middle and lower can be mixed everywhere, thus Medical fluid can be made quickly sufficiently to react with waste water；It is examined by pH value of 38 sensor of pH sensor to waste water in right reaction chamber It surveys, reaches and signal is passed into controller 58 after discharge value, controller 58 controls solenoid valve 2 32, solenoid valve three, solenoid valve four 37 and delivery pump movement, from discharge outlet 99a bis- be discharged, to complete the processing of waste water；

Exhaust gas is transported in heat-exchange tube 76 by air inlet pipe 1, increases the water temperature in water tank 62, exhaust gas passes through Air inlet pipe 2 90 enters 64 lower part of spraying box, and control decelerating motor 78 drives main shaft 77 to rotate, and main shaft 77 drives 91 turns of turntable Dynamic, turntable 91 drives mixing drum 81 to rotate, and in the case where flight 1 and flight 2 82 act on, makes the medical fluid of 64 lower part of spraying box Quickly flowing, exhaust gas is exported from stomata to be reacted with the medical fluid of 64 lower part of spraying box, is then flowed up, is passed through perfusion tube 86 are transported to medical fluid in spray tube 87, and spray tube 87 sprays exhaust gas, and exhaust gas is transported to dedusting by air inlet pipe 3 70 In case 66, exhaust gas is filtered by filter screen, to complete the processing of exhaust gas.

Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.

Claims (8)

1. a kind of dyeing waste water exhaust treatment system, including bottom plate, which is characterized in that be provided with wastewater treatment dress on the bottom plate It sets and emission-control equipment.

2. dyeing waste water exhaust treatment system according to claim 1, which is characterized in that the wastewater treatment equipment includes Workbench one, Rose Box and reaction chamber, workbench one are fixed on bottom plate, and Rose Box and reaction chamber are separately fixed at workbench one On, and Rose Box is located above reaction chamber, the upper end side of Rose Box has water inlet one, and water inlet one passes through waste water delivery pipe It is connected with waste water source, the lower end side of Rose Box has water outlet one, it is provided with solenoid valve one at water outlet one, Rose Box Middle part is fixed with support ring, and Rose Box upper end also has opening, and the case lid that can live closure of openings, case are provided on workbench one Covering can drive the moving structure of lower movement to be thereon connected with one, and internal several shafts with cavity are vertically arranged on case lid, The dynamic structure that shaft upper end can drive it to rotate with one is connected, and shaft lower end is connected with helical wool top, leads on case lid It crosses fixed link and is connected with strainer one, and strainer one can lean with support ring, the lower end side of shaft also has to be connected with cavity Logical several water holes are further fixed on water pump one on case lid, and one end of water pump one is connected with drainpipe one end, the drainpipe other end It is connected with cavity, the other end of water pump one is connected with return pipe one end, the upper end side of the return pipe other end and Rose Box It is connected；Partition is vertically arranged in reaction chamber, partition will be divided into left water storage cavity and right reaction chamber, have on partition inside reaction chamber There is the communicating pipe that left water storage cavity can be connected with right reaction chamber, solenoid valve two and delivery pump one are additionally provided on communicating pipe, it is left The upper end side of water storage cavity has water inlet two, and water inlet two is connected by union one with water outlet one, right reaction chamber it is upper End has dosing mouth, is provided with solenoid valve three at dosing mouth, the lower end side discharge outlet two of right reaction chamber, is arranged at discharge outlet two There is solenoid valve four, is additionally provided with mixed organization and testing agency on workbench one.

3. dyeing waste water exhaust treatment system according to claim 2, which is characterized in that the testing agency includes that pH is passed Sensor and controller, pH sensor are arranged in right reaction chamber, and controller is fixed on workbench one, solenoid valve two, solenoid valve Three, solenoid valve four and delivery pump are connected with the controller by route.

4. dyeing waste water exhaust treatment system according to claim 2, which is characterized in that the mixed organization includes installation The medicine-introducing pipe of frame, mixing drum and elasticity, mounting rack are arranged in right reaction chamber, and mounting rack is connected with connecting rod lower end, connecting rod Middle part is further fixed on several push pieces, and pushing piece is in interlaced arrangement, and connecting rod upper end is connected with lifting seat, lifting seat and an energy The moving assembly for driving it to move up and down is connected, and mixing drum, which horizontally rotates, to be arranged on mounting rack, if mixing drum both ends all have Dry input hole, mixing drum middle part have several delivery outlets, auxiliary rod are horizontally fixed on mounting rack, and auxiliary rod runs through mixing drum Both ends are fixed with auxiliary piece in mixing drum, and auxiliary piece forms sped structure, on the basis of the lengthwise centers of mixing drum, auxiliary The sped structure of piece has two groups of mirror settings, is further fixed on several stirring sheets outside mixing drum, is additionally provided on mounting rack The driving assembly that mixing drum can be driven to rotate, medicine-introducing pipe upper end are connected with dosing mouth, and medicine-introducing pipe lower end is located in right reaction chamber, Medicine-introducing pipe lower end is connected with lifting ring, and lifting ring is connected by coupling bar with mounting rack.

5. dyeing waste water exhaust treatment system according to claim 4, which is characterized in that the moving assembly includes vertical Column, guide rail, sliding block, rack gear, gear and power motor, column are fixed on workbench one, and guide rail is fixed on column vertically, sliding Block is arranged on guide rail, and rack gear is fixed on column vertically, and rack gear is parallel to each other with guide rail, and power motor is fixed on sliding block On, the output shaft of power motor is horizontally disposed, and gear is fixed on the output shaft end of power motor, and wheel and rack is mutually nibbled It closes, lifting seat is connected with sliding block.

6. dyeing waste water exhaust treatment system according to claim 1, which is characterized in that the driving component includes tooth Circle, driving motor one, driving wheel and positioning plate, gear ring are fixed on outside mixing drum, and positioning plate is fixed on mounting rack, driving motor One is fixed on positioning plate, and the output shaft of driving motor one is horizontally disposed, and driving wheel is fixed on the output shaft end of driving motor one Portion, and driving wheel is meshed with gear ring.

7. dyeing waste water exhaust treatment system according to claim 1, which is characterized in that the moving structure includes support Frame, guide rod, guide sleeve and push-rod electric machine one, support frame are fixed on workbench one, and guide rod is fixed on the support frame vertically, and guide sleeve is set Set on guide rod, push-rod electric machine one is fixed on the rack, the push rod of push-rod electric machine one straight down, the push rod end of push-rod electric machine one Portion is connected with guide sleeve, and guide sleeve is connected by connection frame with case lid.

8. dyeing waste water exhaust treatment system according to claim 1, which is characterized in that the dynamic structure includes driving Motor two, driving wheel, several driven wheels and transmission belt, driving motor two are fixed on case lid, and the output shaft of driving motor two is perpendicular Straight upward, driving wheel is fixed on the output shaft end of driving motor two, and driven wheel is fixed on shaft upper end, and transmission belt is set in master Between driving wheel and driven wheel.