CN106400360A - Dye vat with waste liquid treatment device - Google Patents
Dye vat with waste liquid treatment device Download PDFInfo
- Publication number
- CN106400360A CN106400360A CN201610794669.1A CN201610794669A CN106400360A CN 106400360 A CN106400360 A CN 106400360A CN 201610794669 A CN201610794669 A CN 201610794669A CN 106400360 A CN106400360 A CN 106400360A
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- Prior art keywords
- fixed
- pipe
- tube
- cylinder
- vat
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- 239000007788 liquid Substances 0.000 title claims abstract description 37
- 239000002699 waste material Substances 0.000 title abstract 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 147
- 230000006835 compression Effects 0.000 claims abstract description 8
- 238000007906 compression Methods 0.000 claims abstract description 8
- 230000001105 regulatory effect Effects 0.000 claims description 73
- 238000003860 storage Methods 0.000 claims description 41
- 239000010808 liquid waste Substances 0.000 claims description 38
- 230000007246 mechanism Effects 0.000 claims description 37
- 238000005273 aeration Methods 0.000 claims description 35
- 238000003756 stirring Methods 0.000 claims description 31
- 239000004744 fabric Substances 0.000 claims description 27
- 239000010865 sewage Substances 0.000 claims description 27
- 241000220317 Rosa Species 0.000 claims description 24
- 238000009434 installation Methods 0.000 claims description 24
- 238000011049 filling Methods 0.000 claims description 22
- 230000033001 locomotion Effects 0.000 claims description 21
- 230000003301 hydrolyzing effect Effects 0.000 claims description 18
- 238000004062 sedimentation Methods 0.000 claims description 18
- 238000004140 cleaning Methods 0.000 claims description 14
- 238000001914 filtration Methods 0.000 claims description 13
- 239000000498 cooling water Substances 0.000 claims description 11
- 239000011148 porous material Substances 0.000 claims description 11
- 239000008235 industrial water Substances 0.000 claims description 10
- 239000000463 material Substances 0.000 claims description 9
- 239000013536 elastomeric material Substances 0.000 claims description 8
- 239000011521 glass Substances 0.000 claims description 7
- 238000004519 manufacturing process Methods 0.000 claims description 6
- 229910000831 Steel Inorganic materials 0.000 claims description 5
- 230000008859 change Effects 0.000 claims description 5
- 229920003023 plastic Polymers 0.000 claims description 5
- 239000004033 plastic Substances 0.000 claims description 5
- 239000010959 steel Substances 0.000 claims description 5
- 230000005611 electricity Effects 0.000 claims description 4
- 238000005485 electric heating Methods 0.000 claims description 3
- 230000008676 import Effects 0.000 claims description 3
- 230000007269 microbial metabolism Effects 0.000 claims description 3
- 238000006073 displacement reaction Methods 0.000 claims 1
- 210000000056 organ Anatomy 0.000 claims 1
- 230000001351 cycling effect Effects 0.000 abstract 4
- 239000002351 wastewater Substances 0.000 abstract 1
- 239000000975 dye Substances 0.000 description 84
- QAOWNCQODCNURD-UHFFFAOYSA-N Sulfuric acid Chemical compound OS(O)(=O)=O QAOWNCQODCNURD-UHFFFAOYSA-N 0.000 description 24
- 230000000694 effects Effects 0.000 description 17
- 238000004043 dyeing Methods 0.000 description 13
- 229920002401 polyacrylamide Polymers 0.000 description 11
- SURQXAFEQWPFPV-UHFFFAOYSA-L iron(2+) sulfate heptahydrate Chemical compound O.O.O.O.O.O.O.[Fe+2].[O-]S([O-])(=O)=O SURQXAFEQWPFPV-UHFFFAOYSA-L 0.000 description 9
- 229910000359 iron(II) sulfate Inorganic materials 0.000 description 9
- 239000008187 granular material Substances 0.000 description 8
- 238000010438 heat treatment Methods 0.000 description 6
- 239000012535 impurity Substances 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 238000009987 spinning Methods 0.000 description 5
- 230000036760 body temperature Effects 0.000 description 4
- 239000011344 liquid material Substances 0.000 description 4
- 238000010186 staining Methods 0.000 description 4
- 230000003139 buffering effect Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 230000002906 microbiologic effect Effects 0.000 description 3
- 238000007639 printing Methods 0.000 description 3
- 239000010802 sludge Substances 0.000 description 3
- 239000013589 supplement Substances 0.000 description 3
- 230000032683 aging Effects 0.000 description 2
- 230000004888 barrier function Effects 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 230000000903 blocking effect Effects 0.000 description 2
- 238000006243 chemical reaction Methods 0.000 description 2
- 238000005260 corrosion Methods 0.000 description 2
- 230000007797 corrosion Effects 0.000 description 2
- 230000008878 coupling Effects 0.000 description 2
- 238000010168 coupling process Methods 0.000 description 2
- 238000005859 coupling reaction Methods 0.000 description 2
- 239000012530 fluid Substances 0.000 description 2
- 238000007373 indentation Methods 0.000 description 2
- 238000007726 management method Methods 0.000 description 2
- 239000000203 mixture Substances 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000001737 promoting effect Effects 0.000 description 2
- 238000000926 separation method Methods 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 239000000126 substance Substances 0.000 description 2
- CWYNVVGOOAEACU-UHFFFAOYSA-N Fe2+ Chemical compound [Fe+2] CWYNVVGOOAEACU-UHFFFAOYSA-N 0.000 description 1
- 241001074085 Scophthalmus aquosus Species 0.000 description 1
- NINIDFKCEFEMDL-UHFFFAOYSA-N Sulfur Chemical compound [S] NINIDFKCEFEMDL-UHFFFAOYSA-N 0.000 description 1
- 239000005864 Sulphur Substances 0.000 description 1
- 239000002253 acid Substances 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 238000013475 authorization Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000005265 energy consumption Methods 0.000 description 1
- 230000003628 erosive effect Effects 0.000 description 1
- 239000000446 fuel Substances 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004060 metabolic process Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000003647 oxidation Effects 0.000 description 1
- 238000007254 oxidation reaction Methods 0.000 description 1
- 239000002245 particle Substances 0.000 description 1
- 238000000746 purification Methods 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
- 238000002791 soaking Methods 0.000 description 1
- 238000010792 warming Methods 0.000 description 1
Classifications
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/14—Containers, e.g. vats
- D06B23/18—Sealing arrangements
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/20—Arrangements of apparatus for treating processing-liquids, -gases or -vapours, e.g. purification, filtration or distillation
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Water Treatment By Sorption (AREA)
Abstract
The invention provides a dye vat with a waste liquid treatment device. The dye vat with a waste liquid treatment device comprises a rack and a vat body; the vat body comprises an inner vat and an outer vat; the inner vat is covered with an inner cover, and the outer vat is covered with an outer cover; a cycling containing chamber is formed between the inner vat and the outer vat; the bottom of the cycling containing chamber is provided with a cycling water pump; the side wall of the outer vat is connected with a water inlet pipe; a heat exchanger is placed inside the inner vat; the heat exchanger is connected with a cycling heat exchange system through a pipeline; a vibration disk is installed under the outer vat; the vibration disk is provided with multiple vibration poles; the vibration poles are provided with compression springs therein; vibration balls are supported on the tops of the compression springs; the vibration balls are exposed from the top openings of the vibration poles; the tops of the vibration balls are in touch with the bottom of the outer vat; a rotating seat is installed under the outer vat; the inner vat is also connected with a waste liquid treatment device. By means of the dye vat with a waste liquid treatment device, dying can be carried out more efficiently and waste water produced from dying can be treated.
Description
Technical field
The invention belongs to field of mechanical technique, it is related to a kind of dye vat, particularly a kind of dye vat with liquid waste treating apparatus.
Background technology
Dye vat is the cylinder body that cloth body carries out soaking and dyeing, and dyeing need to add hot water in dye vat, contaminate material, need to stir
Mix.Installed heating function, agitating function later additional.Change the shape of cylinder body, increased power.There is structure list in existing dye vat
One, Colour Difference mode of operation is single, and then leads to staining efficiency low, and the printing and dyeing uniformity is poor, and dye utilization rate is low, dyeing effect
The problems such as fruit is good.
Above-mentioned due to there is a problem of, through retrieval, such as Chinese patent literature discloses a kind of multi-functional dye vat【The patent No.：
ZL 201620213096.4；Authorization Notice No.：CN 205398957U】.This multi-functional dye vat, including feed arrangement, dye vat
Lid and dye vat, described feed arrangement bottom is provided with outlet valve, and described feed arrangement is fixedly connected with dye vat tops, described dye
Cylinder cap top is provided with motor, and described electronic motor spindle is provided with rotating bar, and described rotating bar bottom side is provided with rotation
Leaf, described rotating bar bottom is provided with temperature inductor, and described dye vat tops are provided with water inlet, described dye vat lid and dye vat
Top one end is hinged, and described dye vat side is provided with delivery port top described in delivery port and is provided with magnetic valve, inside described dye vat
Bottom is provided with heating bar, and described dye vat is internally provided with safe heat-conducting plate, and described dye vat side is provided with controller.
But, can't well dye liquor be carried out at purification in place of this multi-functional dye vat or Shortcomings, meanwhile
Reason.So, for those skilled in the art, it need to be developed one kind and significantly more efficient can carry out dye liquor, and can also
Enough devices that sewage after printing and dyeing is processed.
Content of the invention
The purpose of the present invention is to there are the problems referred to above for existing technology it is proposed that a kind of dye with liquid waste treating apparatus
Cylinder, this dye vat with liquid waste treating apparatus has and significantly more efficient can carry out dye liquor, and the sewage after printing and dyeing can also be entered
The advantage that row is processed.
The purpose of the present invention can be realized by following technical proposal：
With the dye vat of liquid waste treating apparatus, including bracing frame and the cylinder body being disposed thereon, the bottom of support frame as described above sets
Put road wheel, described cylinder body includes the inner casing being nested and outer shell, described interior cylinder top head sets inner cap, described outer cylinder top head sets outer
Lid, the bottom of described inner casing opens up the bottom outlets that exchange of some connection inner casings and outer shell, and the top of described inner casing side wall opens up some
Connection inner casing exchanges apical pore with outer shell, forms circulation cavity volume, the bottom of described circulation cavity volume sets between described inner casing and outer shell
Put water circulating pump, the side wall of described outer shell connects water inlet pipe, in described inner casing, place heat exchanger, described heat exchanger passes through pipeline
Connect cycle heat exchange mechanism, the lower section setting vibrating disc of described outer shell, described vibrating disc arranges some vibrations posts, described vibrations
Compression spring is placed, the top of described compression spring has leaned vibrations ball, and described vibrations ball exposes the top of vibrations post in post
Mouthful, the bottom of the top contact outer shell of described vibrations ball, the lower section setting rotating seat of described outer shell, setting in described rotating seat
Electric rotating machine, the center of diapire and inner casing bottom surface that the rotating shaft of described electric rotating machine projects upwardly through outer shell forms solid
Even, the periphery socket bearing of described rotating shaft, the periphery of described bearing covers shock-absorbing rubber ring admittedly, and described shock-absorbing rubber ring is located at rotating shaft
And outer shell diapire between；
Described inner casing is also connected with liquid waste treating apparatus, and described liquid waste treating apparatus include workbench, described
Workbench on set regulating reservoir, sedimentation basin, hydrolytic tank, biochemistry pool and clear water reserviors；On described regulating reservoir, facility has regulating box, adjusts
Section case is fixed on support body, and support body is additionally provided with some lift cylinders, and the piston rod of described lift cylinder straight up, and is lived
Stopper rod end secured adjusted case lower surface, described regulating box has cavity, and regulating box offers filling opening one, filling opening two
With filling opening three, it is connected by connecting tube one between described regulating reservoir and regulating box；Described regulating reservoir and sedimentation basin it
Between be provided with tank, regulating reservoir is connected with the drain pipe that the liquid in regulating reservoir can be made to flow to tank, described drain pipe
The other end be connected with Rose Box, described Rose Box has cavity, and filter chamber interior wall be equipped with screen pack, Rose Box is opened
It is provided with some through holes, between described tank and Rose Box, is provided with a telescopic cylinder, the cylinder body of described telescopic cylinder is fixed
In the inner bottom wall of tank, and the piston rod of telescopic cylinder is straight up, and piston rod end is fixed on the lower surface of Rose Box,
Be provided with an installing rack in described sedimentation basin, installing rack be tiltedly installed with some buffer boards, described buffer board transversal
Face indentation, is provided with the governor motion that can adjust buffer board angle of inclination between described installing rack and buffer board, described
The top of installing rack guide rail one and guide rail two, parallel, the described guide rail one of guide rail one and guide rail two are fixed with by pillar
Slide and guide rail two between and be provided with a mounting rod, one end of mounting rod is arranged on guide rail one by slide block one, mounting rod
The other end is arranged on guide rail two by slide block two, and described slide block one also can promote the cunning that it slides on guide rail one with one
Dynamic motor is connected, described guide rail one be respectively fixed at two ends with travel switch one and travel switch two, described travel switch one
All it is connected with sliding motor with travel switch two, described sliding motor is fixed on installing rack, the output shaft of sliding motor leads to
Cross shaft coupling and be fixed with screw mandrel, the other end of screw mandrel is arranged on installing rack by bearing, and screw mandrel is threaded with nut, spiral shell
It is fixed with bearing on female outer wall, and is fixedly connected with the inner ring of bearing, the outer ring of bearing is fixed with connection sheet, and connection sheet is simultaneously
It is connected on slide block one, described mounting rod is additionally provided with the cleaning mechanism that can clear up mud on swash plate；Described sedimentation basin
It is connected by connecting tube two between hydrolytic tank, in described hydrolytic tank, be provided with aeration mechanism；Described biochemistry pool and water
It is provided with filter between Xie Chi, in described biochemistry pool, be horizontally disposed with some electrical heating that can promote microbial metabolism
Pipe；It is connected by connecting tube three between described biochemistry pool and clear water reserviors.
By water circulating pump driving cycle water between inner casing and outer shell turbulent circulation, outside also supplement to whole cylinder body
The effect that interior liquid is shaken, is thus intensified the dye granule in liquid, further enhances dyestuff using the frequency of vibrations
The activity of grain, optimizes Color.Between rotating shaft and outer shell diapire, socket shock-absorbing rubber ring plays two effects, one be sealing with
Prevent the leakage of liquid, two is to make outer shell when there are vibrations using the elasticity of shock-absorbing rubber ring, and the rotation of not rotating shaft
Interfere.
The operation principle of liquid waste treating apparatus is such：First, in the filling opening one of regulating box, filling opening two and liquid feeding
Add sulfuric acid solution, copperas solution and polyacrylamide solution respectively, by connecting tube one after mixed processing in mouth three
Flow out and reacted with the sewage in regulating reservoir；Secondly, liquid reacted in regulating reservoir is flowed to by regulating reservoir by drain pipe
It is arranged on the Rose Box on tank, after the preliminary filtration of Rose Box, then sedimentation basin is flowed to by tank：Again, installing rack with
As the buffer medium of sludge settling when governor motion between buffer board is capable of being tilted to the left or being tilted to the right, simultaneously
When buffer board vertical direction, you can be carried out, and screw mandrel is driven to rotate by sliding motor output shaft, in nut and bearing
It is converted into the upper slip in slide rail one for the slide block one under effect, thus promoting mounting rod to move, the descaling machine that mounting rod is provided with
Structure is capable of entering line slip along guide rail direction within the specific limits, thus what realization was carried out to each block buffering plate；
Then, sewage can be filtered layer by layer by filter mechanism；Finally, can be promoted by the electric heating tube in biochemistry pool micro-
Biological metabolism, sewage flows to clear water reserviors by connecting tube three after carrying out microbiological treatment.
In the above-mentioned dye vat with liquid waste treating apparatus, it is fixed with guiding tube one at described regulating box filling opening one, draws
It is provided with telescoping tube one in conduit one, the inwall of guiding tube one has opened up chute one along its length, in described chute one
Slip is provided with slide block one, and the other end of described slide block one is fixed on telescoping tube one, is fixed with described filling opening two
Guiding tube two, is provided with telescoping tube two in guiding tube two, the inwall of guiding tube two has opened up chute two along its length, described
Chute two in slide and be provided with slide block two, the other end of described slide block two is fixed on telescoping tube two, described filling opening
It is fixed with guiding tube three at three, be provided with telescoping tube three in guiding tube three, the inwall of guiding tube three opens up along its length
Chute three, slides in described chute three and is provided with slide block three, the other end of described slide block three is fixed on telescoping tube three, institute
One end of the guiding tube one, guiding tube two and guiding tube three stated joins respectively cover plate one, cover plate two and cover plate three, telescoping tube
First, telescoping tube two and telescoping tube three all join away from the one end in regulating box cavity cover plate four, cover plate five and cover plate six；Described
Regulating box on be further opened with liquid outlet, described goes out to be connected with drain pipe on liquid port, and described drain pipe is provided with electricity
Magnet valve；It is additionally provided with the rabbling mechanism that the liquid in regulating box can be stirred in described regulating box.
Telescoping tube one can be slided by slide block one in the chute one of guiding tube one, can need to add sulfuric acid solution
When telescoping tube one extruded inside back down the cover plate one being hinged on guiding tube one：Telescoping tube two can by slide block two
Slide in the chute two of guiding tube two, when needing and add copperas solution, telescoping tube two can be extruded inside
Back down the cover plate two being hinged on guiding tube two：Telescoping tube three can be slided by slide block three in the chute three of guiding tube three,
When needing and adding polyacrylamide solution, telescoping tube three can be extruded inside and back down the lid being hinged on guiding tube three
Plate three, thus sulfuric acid solution, copperas solution and polyacrylamide solution can not only be added additionally it is possible to add simultaneously
Plus avoid during sulfuric acid solution, copperas solution and polyacrylamide solution spilling generation potential safety hazard；Meanwhile, by stirring
Mix mechanism and can the solution that add in regulating box is stirred uniformly, the solution after stirring flows out and ox through drain pipe
The sewage discharged after young dyeing is sufficiently mixed.
In the above-mentioned dye vat with liquid waste treating apparatus, rabbling mechanism includes stirring motor and some paddles, described
One slide rail is horizontally fixed with the inner roof wall of regulating box cavity, described slide rail slides and is provided with a sliding shoe, described cunning
The cross section of motion block is in " convex " type, and matches with slide rail, and the described inner roof wall of regulating box cavity is further fixed on a promotion
Cylinder, the piston rod of described pusher cylinder is fixed on sliding shoe, and described stirring motor is arranged on sliding shoe, and stirs
Straight down, described paddle is fixed on the output shaft of stirring motor the output shaft of motor, described sliding shoe and stirring
It is additionally provided with a sliding cylinder, the cylinder body of described sliding cylinder is fixed on the lower surface of sliding shoe, sliding cylinder between motor
Straight down, stirring motor is fixed on the end of sliding cylinder piston rod to piston.
Sliding shoe can be driven by pusher cylinder to move along slide rail by piston rod, thus realize stirring motor can
Automatically slide on slide rail.
Can drive paddle that the solution in regulating box is stirred by stirring motor, thus ensureing solution concentration
Uniformity.
Stirring motor oscilaltion can be driven by sliding cylinder, thus solution level height all energy in not modulated case
Enough realizations are stirred to the solution in regulating box.
In the above-mentioned dye vat with liquid waste treating apparatus, the inwall of described guiding tube one, guiding tube two and guiding tube three
On be respectively fixed with block one, block two and block three, on the described outer wall of telescoping tube one, telescoping tube two and telescoping tube three point
Be not fixed with block four, block five and block six, described block four, block five and block six respectively with block one, block two
Match with block three.Block one, block two and block three match with block four, block five and block six respectively, so as to
Enough barrier effect is played to guiding tube one, guiding tube two and guiding tube three, prevent telescoping tube one, telescoping tube two and telescoping tube three from
Separate in guiding tube one, guiding tube two and guiding tube three.
In the above-mentioned dye vat with liquid waste treating apparatus, described cleaning mechanism includes adjusting cylinder and hairbrush, described
Adjust the middle part that cylinder is fixed on mounting rod, and adjust the piston rod of cylinder straight down, described hairbrush includes body and consolidates
It is scheduled on brush body one and the brush body two of body both sides, described brush body one and brush body two are all fixed by screws in the both sides of body,
Described body is fixed by screws in the end of piston rod, and described mounting rod is arranged with an installing plate, adjusts cylinder
Cylinder body is fixing on a mounting board by bolt and nut.By adjust cylinder can in fact to hairbrush oscilaltion, thus realize right
Buffer board cleans up and down；Meanwhile, brush body is all installed such that it is able to more efficient buffer board is carried out in the both sides that are designed with of hairbrush
Cleaning, the cylinder body adjusting cylinder is fixed using bolt and nut, installation easy to disassemble.
In the above-mentioned dye vat with liquid waste treating apparatus, described governor motion includes gangbar and control stick, described
Some installing holes are offered on gangbar, the side of above-mentioned buffer board is respectively and fixedly provided with jointed shaft, a pair of described jointed shaft 1
Should be rotatably arranged in described installing hole, described installing rack offers strip hole, described control stick is located in strip hole
In, and one end of control stick is fixed in gangbar, the other end of control stick is free end.This governor motion passes through control operation
Bar drives gangbar to move in the slip of strip in the hole, so that control stick also can move within the specific limits, final realization
Buffer board is capable of left bank, right bank, improves sewage treatment capacity.
In the above-mentioned dye vat with liquid waste treating apparatus, described filter mechanism includes frame, and described frame is slided
It is provided with location-plate one and location-plate two, between described location-plate one and location-plate two, is provided with some filters, described determines
It is respectively and fixedly provided with two symmetrical installation portions one, installation portion one other end is slidably arranged in frame on position plate one and location-plate two
On, described filter is respectively and fixedly provided with two symmetrical installation portions two, and the other end of installation portion two is slidably arranged in frame,
Described filter is respectively provided with chamber, and the two sides of filter all offer some filter bores, and the two sides of filter are also equal
It is removably fixed with filter cloth, the outline of described filter all offers some screwed holes, and the edge of described filter cloth is all opened
It is provided with some installing holes, described filter cloth is passed through bolt and is detachably connected with installing hole formation also cross screwed hole；Described
Sewage draining exit is offered on filter, described sewage draining exit is respectively connected with tap；It is further fixed on liquid feeding pump in described frame
And Pump for giving-out, the water inlet on described intake pump is connected with water inlet pipe one, and the other end of water inlet pipe one is connected with hydrolytic tank
Connect, the water outlet on intake pump is connected with outlet pipe one, the described other end of outlet pipe one and the mistake near intake pump
Filter plate is connected, described go out to be connected with water inlet pipe two on the water inlet of water pump, water inlet pipe two near the filtration going out water pump
Plate is connected, and goes out to be connected with outlet pipe two, the other end of outlet pipe two and biochemistry pool on the delivery port of water pump；In described frame
It is further fixed on a drainage trap, described drainage trap is in the lower section of above-mentioned tap.
In the presence of intake pump, sewage passes through water inlet pipe one and outlet pipe one makes the sewage in hydrolytic tank enter into filtration
Filtered in plate；By going out water pump, pressure, the filtration layer by layer of filter cloth between filter for the sewage are applied to filter, lead to
Cross water inlet pipe two and outlet pipe two enters in biochemistry pool, wherein, the mud impurity filtering out is stacked on the sky of filter
In chamber, being discharged by tap, wherein, by elapsing installation portion one thus driving location-plate one and the movement of location-plate two, leading to
Crossing passage installation portion two thus driving the movement of filter, being capable of to the convenient filtration to mud and the cleaning to clod,
Drainage trap can collect the mud impurity out from tap.
In the above-mentioned dye vat with liquid waste treating apparatus, described aeration mechanism includes can be to input air in Aerobic Pond
Air blast, the air outlet of described air blast is communicated with defeated wind house steward, described defeated wind house steward is communicated with some defeated wind and is in charge of,
Described defeated wind is in charge of and is communicated with some discharge pipes, and described discharge pipe stretches in Aerobic Pond, and the lower end of discharge pipe connects
There is triple valve, the import of triple valve is connected with discharge pipe, two outlets of triple valve have been respectively communicated with installing pipe, installing pipe
The other end is blind end, installing pipe offers an exhaust vent, described installing pipe lateral wall is arranged with aeration tube, institute respectively
The exhaust vent stated is in aeration tube, and aeration tube offers some solarization air caps, and described aeration tube is made using elastomeric material,
Described discharge pipe is in charge of with defeated wind and is connected by location nut.First, air blast passes through air outlet to defeated wind house steward input sky
Gas, is in charge of arrival discharge pipe through defeated wind；Then, by the triple valve on discharge pipe, air is separated into two-way and enters into installation
Guan Zhong, air out reaches aeration tube in the exhaust vent from installing pipe；Finally, air enters into from the solarization air cap of aeration tube
In treatment tank such that it is able to realize solve sewage in debris enter aeration tube after directly blocking installing pipe and inside its
His pipeline.
In the above-mentioned dye vat with liquid waste treating apparatus, described installing pipe is made using plastic material, described aeration
Pipe is made using elastomeric material, and described defeated wind house steward, defeated wind are in charge of and are all made using steel material with discharge pipe.Installing pipe exists
In treatment tank, corrosion-resistant using plastic conduit, simultaneously facilitate processing and manufacturing；Aeration tube is made using elastomeric material, price
Cheap, easy cleaning is replaced；Defeated wind house steward, defeated wind be in charge of with discharge pipe be exposed to outside, non-aging using steel material.
In the above-mentioned dye vat with liquid waste treating apparatus, the middle part of described inner casing side wall uniformly open up some connection inner casings with
The exchange mesopore of outer shell, on described exchange mesopore, lid sets reset cap, and described reset cap is connected by back-moving spring with exchange mesopore,
The periphery socket rubber ring of described reset cap.
In the above-mentioned dye vat with liquid waste treating apparatus, the position height of described water inlet pipe is less than the position of described exchange apical pore
Put height.Circulation cavity volume bottom can only be fallen into after being flowed in outer shell by water inlet pipe by this dye liquor, then poured in by exchange bottom outlet interior
In cylinder, and avoid dye liquor to pass through to exchange apical pore entrance inner casing, cause the turbulent flow of liquid using feed liquor mode from bottom to top, to keep away
Exempt from dye precipitated in dye liquor in bottom, the concentration being beneficial to dye liquor is consistent.
In the above-mentioned dye vat with liquid waste treating apparatus, described cycle heat exchange mechanism include industrial water storage device, in
Warm water storage device, high temperature water storage apparatus and pump, it is defeated that the input pipe of described heat exchanger connects steam pipeline, cooling water respectively
Send pipe, middle warm water delivery pipe and high-temperature water delivery pipe；It is defeated that the efferent duct of described heat exchanger connects industrial water storage device respectively
Enter end, middle warm water storage device input and high temperature water storage apparatus input；Described industrial water storage device, middle warm water are deposited
The input of storage device and high temperature water storage apparatus is respectively equipped with control valve；During the output end of described middle warm water storage device connects
Warm water delivery pipe, the output end of described high temperature water storage apparatus connects high-temperature water delivery pipe；Described steam pipeline, cooling water are defeated
Send and be respectively equipped with control valve in pipe, middle warm water delivery pipe and high-temperature water delivery pipe；The efferent duct of described heat exchanger is provided with pump.
In the above-mentioned dye vat with liquid waste treating apparatus, also include controller, described controller connects above-mentioned by circuit
Water circulating pump, heat exchanger, vibrating disc and electric rotating machine.Each driving equipment is all uniformly controlled by automatically controlled being integrated into, thus
Corresponding technique productions can be carried out, convenient operation, improves unified management and operating efficiency, processing precision.
In the above-mentioned dye vat with liquid waste treating apparatus, described interior cover setting observation panel, described observation panel is arranged thoroughly
Bright windowpane；Cover setting observation panel outside described, described observation panel arranges transparent glass window.
Compared with prior art, this dye vat with liquid waste treating apparatus has advantages below：
1st, the present invention adopts interior outer shell body to form the chamber of two separations, and makes two chamber by arranging through hole, joins
Putting driving equipment drives liquid material to form directed circulation flowing, drives dyestuff constantly to contact with cloth cover using circulating fluid, improves dye
Colour efficiency, strengthens Color；Set up vibroseis further, intensify the dye granule in liquid, strengthen dye granule activity, excellent
Change Color；Set up spinning movement further, strengthen liquid material turbulent extent, increase staining reaction number of times, to reach quick dye
Color, makes cloth body be stirred simultaneously, reaches dyeability uniformity；The present invention has saving dyestuff, high working efficiency, dyeing effect
The features such as really good, good evenness.
2nd, need in the present invention to extrude to back down inside by telescoping tube one when adding sulfuric acid solution to be hinged on guiding tube
Telescoping tube two is extruded to back down and is hinged on guiding tube when needing and add copperas solution by cover plate one on inside
Cover plate two on two：When needing and adding polyacrylamide solution, telescoping tube three is extruded to back down inside and be hinged on guiding tube
Cover plate three on three, thus sulfuric acid solution, copperas solution and polyacrylamide solution can not only be added simultaneously, also
Can avoid spilling generation potential safety hazard during adding sulfuric acid solution, copperas solution and polyacrylamide solution.
3rd, liquid flow direction reacted in regulating reservoir is arranged on the filtration on tank by drain pipe by regulating reservoir of the present invention
Case, after the preliminary filtration of Rose Box, then flows to sedimentation basin by tank, and meanwhile, telescopic cylinder can drive Rose Box to rise,
Consequently facilitating clearing up to the mud in Rose Box.
4th, the present invention can efficiently be filtered to mud by the filter cloth being detachably arranged on filter, meanwhile,
The mud impurity filtering out is stacked in the cavity of filter, is discharged by tap, and overall structure is simple, compact.
5th, the aeration tube in the present invention is set in the installing pipe having air-out oral pore such that it is able to prevent miscellaneous in sewage
Directly block installing pipe and other pipelines internal after thing entrance aeration tube, and connect defeated wind by nut and be in charge of and air-out
Pipe, is easy to situations such as blocking be cleared up and replace, structure is simple, is easy to dismount.
Brief description
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of liquid waste treating apparatus in the present invention；
Fig. 3 is the perspective view of sedimentation basin in the present invention；
Fig. 4 is the overlooking the structure diagram of sedimentation basin in the present invention；
Fig. 5 is the cross section structure diagram of regulating box in the present invention；
Fig. 6 is the structural representation of filter mechanism in the present invention；
Fig. 7 is the cross section structure diagram of filter in the present invention；
Fig. 8 is the structural representation of aeration mechanism in the present invention.
In figure, 1, installing rack；2nd, buffer board；3rd, pillar；4th, guide rail one；5th, guide rail two；6th, slide block one；7th, slide block two；8、
Mounting rod；9th, installing plate；10th, sliding motor；11st, screw mandrel；12nd, nut；13rd, bearing；14th, connection sheet；15th, adjust cylinder；16、
Hairbrush；16a, body；16b, brush body one；16c, brush body two；17th, gangbar；18th, control stick；19th, jointed shaft；20th, strip hole；
21st, travel switch one；22nd, travel switch two；23rd, tank；24th, regulating reservoir；25th, drain pipe；26th, Rose Box；27th, sedimentation basin；
28th, support body；29th, regulating box；30th, guiding tube one；31st, telescoping tube one；32nd, guiding tube two；33rd, telescoping tube two；34th, guiding tube
Three；35th, telescoping tube three；36th, cover plate one；37th, cover plate two；38th, cover plate three；39th, connecting tube one；40th, cover plate four；41st, cover plate five；
42nd, cover plate six；43rd, stirring motor；44th, paddle；45th, slide rail；46th, sliding shoe；47th, pusher cylinder；48th, lift cylinder；49、
Sliding cylinder；50th, frame；51st, filter；52nd, filter cloth；53rd, hydrolytic tank；54th, tap；55th, water inlet pipe one；56th, intake pump；
57th, outlet pipe one；58th, installation portion one；59th, installation portion two；60th, go out water pump；61st, drainage trap；62nd, screwed hole；63rd, water inlet pipe
Two；64th, outlet pipe two；65th, location-plate one；66th, location-plate two；67th, filter bores；68th, air blast；69th, defeated wind house steward；70th, defeated
Wind is in charge of；71st, discharge pipe；72nd, triple valve；73rd, installing pipe；74th, aeration tube；75th, location nut；76th, biochemistry pool；77th, clear water
Pond；78th, workbench；79th, connecting tube two；80th, connecting tube three；81st, outer shell；82nd, enclosing cover；83rd, inner casing；84th, inner cap；85th, reset
Cap；86th, water circulating pump；87th, vibrating disc；88th, shake post；89th, shake ball；90th, rotating seat；91st, rotating shaft.
Specific embodiment
The following is the specific embodiment of the present invention and combine accompanying drawing, technical scheme is further described,
But the present invention is not limited to these embodiments.
As shown in figure 1, the dye vat with liquid waste treating apparatus, dye vat includes bracing frame and the cylinder body being disposed thereon, and supports
The bottom setting road wheel of frame, cylinder body includes the inner casing 83 being nested and outer shell 81, and on inner casing 83, lid sets inner cap 84, on outer shell 81
Lid sets enclosing cover 82, and the bottom of inner casing 83 opens up the bottom outlet that exchanges of some connection inner casings 83 and outer shell 81, the top of inner casing 83 side wall
Open up the apical pore that exchanges of some connection inner casings 83 and outer shell 81, form circulation cavity volume between inner casing 83 and outer shell 81, circulate cavity volume
Bottom setting water circulating pump 86, on the side wall of outer shell 81 connect water inlet pipe, in inner casing 83 place heat exchanger, heat exchanger pass through pipe
Road connects cycle heat exchange mechanism, the lower section setting vibrating disc 87 of outer shell 81, vibrating disc 87 arranges some vibrations posts 88, shakes post
Compression spring is placed, the top of compression spring has leaned vibrations ball 89, and vibrations ball 89 exposes the top of vibrations post 888 in 88
Mouthful, the bottom of the top contact outer shell 81 of vibrations ball 89, the lower section setting rotating seat 90 of outer shell 81, setting rotation in rotating seat 90
Rotating motor, the center of diapire and inner casing 833 bottom surface that the rotating shaft 91 of electric rotating machine projects upwardly through outer shell 81 forms solid
Even, the periphery socket bearing of rotating shaft 91, the periphery of bearing covers shock-absorbing rubber ring admittedly, and shock-absorbing rubber ring is located at rotating shaft 91 and outer shell 81
Between diapire.
In improvement dye vat, by water circulating pump 86 driving cycle water turbulent circulation between inner casing 83 and outer shell 81, it
The outer effect that also supplement is shaken to liquid in whole cylinder body, thus intensifies the dyestuff in liquid using the frequency of vibrations
Grain, further enhances the activity of dye granule, optimizes Color.It is socketed shock-absorbing rubber ring between rotating shaft 91 and outer shell 81 diapire
Play two effects, one is to seal to prevent the leakage of liquid, and two is using the elasticity of shock-absorbing rubber ring, outer shell 81 to be sent out
During raw vibrations, and the rotation of not rotating shaft 91 interferes.
The middle part of inner casing 83 side wall uniformly opens up the mesopore that exchanges of some connection inner casings 83 and outer shell 81, and exchange mesopore covers
If reset cap 85, reset cap 85 is connected by back-moving spring with exchange mesopore, the periphery socket rubber ring of reset cap 85.
The position height of water inlet pipe is less than the position height of exchange apical pore.Outer shell 811 is flowed into by water inlet pipe by this dye liquor
Circulation cavity volume bottom can only be fallen into after interior, then poured in inner casing 833 by exchange bottom outlet, and avoid dye liquor to pass through to exchange apical pore entrance
Inner casing 83, causes the turbulent flow of liquid using feed liquor mode from bottom to top, to avoid the dye precipitated in dye liquor in bottom, with profit
Concentration in dye liquor is consistent.
Cycle heat exchange mechanism includes industrial water storage device, middle warm water storage device, high temperature water storage apparatus and pump, changes
The input pipe of hot device connects steam pipeline, cooling water delivery pipe, middle warm water delivery pipe and high-temperature water delivery pipe respectively；Heat exchanger
Efferent duct to connect industrial water storage device input, middle warm water storage device input and high temperature water storage apparatus respectively defeated
Enter end；The input of industrial water storage device, middle warm water storage device and high temperature water storage apparatus is respectively equipped with control valve；In
Warm water delivery pipe in the output end connection of warm water storage device, the output end of high temperature water storage apparatus connects high-temperature water delivery pipe；
It is respectively equipped with control valve in steam pipeline, cooling water delivery pipe, middle warm water delivery pipe and high-temperature water delivery pipe；Heat exchanger defeated
Outlet pipe is provided with pump.
Also include controller, controller connects water circulating pump 86, heat exchanger, vibrating disc 877 and electric rotating machine by circuit.
Each driving equipment is all uniformly controlled by automatically controlled being integrated into, thus can carry out corresponding technique productions, convenient operation, improves
Unified management and operating efficiency, processing precision.
On inner cap 84, observation panel is set, observation panel arranges transparent glass window；Observation panel, observation panel are arranged on enclosing cover 822
Upper setting transparent glass window.
The function mode of dye vat, including following operation steps：
1), open enclosing cover 82 with inner cap 84 it would be desirable to the cloth body of dyeing is put in the inner chamber of inner casing 83, then cover successively
Inner cap 84 and enclosing cover 82, inject dye liquor by water inlet pipe to the circulation cavity volume between inner casing 83 and outer shell 81, and dye liquor is by exchanging bottom
Hole gradually pours in inner casing 83 soaks cloth body, until the liquid level of dye liquor exceedes exchange apical pore；
2), open the heat exchanger cooperation cycle heat exchange organisation operations in inner casing 83, require in cylinder body according to process
The temperature of dye liquor carries out corresponding to stage regulation and control；
3), the water circulating pump 86 of ON cycle cavity volume bottom, makes dye liquor by the friendship of bottom by the driving of water circulating pump 86
Stream bottom outlet constantly pours in inner casing 83, and flows out to circulation cavity volume from the exchange apical pore at top, from there through continuous liquor stream
Circulation makes dyestuff repeatedly pass through cloth body, increases the frequency of exposure of fuel particle and cloth cover, strengthens Color；
4), open vibrating disc 87, by shaking the vibrations ball 89 on post 88 top, the vibrations of certain frequency are transferred to outer shell
81, thus drive the dye liquor in outer 1 to shake according to this Frequency Synchronization, intensify the dye granule in liquid using the frequency of vibrations,
Further enhance the activity of dye granule, optimize Color；
5), opening electric rotating machine drives its rotating shaft 91 to drive inner casing 83 to do spinning movement, and this spinning movement is directional-rotation
Or break-in rotation, this spinning movement is constant speed rotation or speed-changing rotation, and the rotary operation of regulation and control inner casing 833 can make cloth body in dye liquor
In be stirred, consistent with the dye level that reaches the every region of cloth cover.
In step 2) in, the temperature control step of dye liquor includes：
1), open control valve in high-temperature water delivery pipe, other control valves are closed, and make the high-temperature water in high temperature water storage apparatus
By high-temperature water delivery pipe input heat exchanger, by heat exchange, make cylinder body temperature be warming up to the first preset temperature, change meanwhile
In hot device, high-temperature water lowers the temperature into middle warm water；
2), open control valve on middle warm water storage device input, other control valves are closed, and in heat exchanger, middle warm water passes through
Heat exchanger efferent duct and thereon pump are delivered to middle warm water storage device；
3), open control valve on steam pipeline, other control valves are closed, and make steam enter heat exchange by steam pipeline
Device, by heat exchange, makes cylinder body temperature be continuously heating to the second preset temperature；
4), open control valve in middle warm water delivery pipe, other control valves are closed, and make the middle warm water in middle warm water storage device
By middle warm water delivery pipe input heat exchanger, by heat exchange, make cylinder body temperature be cooled to the 3rd preset temperature, change meanwhile
In hot device, middle warm water heats up into high-temperature water；
5), open control valve on high temperature water storage apparatus input, other control valves are closed, and in heat exchanger, high-temperature water passes through
Heat exchanger efferent duct and thereon pump are delivered to high temperature water storage apparatus；
6), open control valve in cooling water delivery pipe, open industrial water storage device input control valve, other controls
Valve cuts out, and makes cooling water pass through cooling water delivery pipe input heat exchanger, by heat exchange, makes cylinder body temperature continue to be cooled to the
Four preset temperatures, meanwhile, in heat exchanger, cooling water is delivered to industrial water storage device by heat exchanger efferent duct and thereon pump；
7), repeat 1) to 6) step.
Using steam and hot water Hybrid Heating, make full use of the heat energy of heating medium, reduce the consumption of steam and cooling water,
Reduce the water consumption in production process and energy consumption.
In step 5) in, when inner casing 83 rotates under drive, made in inner casing 83 by the effect of centrifugal force
Reset cap 85 pushed open by dye liquor, and then entered in circulation cavity volume through exchange mesopore by inner casing 83, thereby increases the circulation of liquor stream
Number of times and turbulent extent, drive dyestuff therein by liquor stream further and are repeatedly fully contacted with dying cloth, to reach rapid dyeing
And dyeability uniformity；After inner casing 83 stops operating, under the elastic pulling force of back-moving spring, reset cap 85 covers friendship again
Stream mesopore, and seal closure is realized by rubber ring.
In dyeing course, can be observed by the clear glass window on enclosing cover 82 and the clear glass window on inner cap 84
The staining conditions of cloth body, once find that operation extremely can regulate and control in time or stop dying operation.
Dye vat adopts interior outer shell 81 body to form the chamber of two separations, and makes two chamber by arranging through hole, configuration
Driving equipment drives liquid material to form directed circulation flowing, drives dyestuff constantly to contact with cloth cover using circulating fluid, improves dyeing
Efficiency, strengthens Color；Set up vibroseis further, intensify the dye granule in liquid, strengthen dye granule activity, optimize
Color；Set up spinning movement further, strengthen liquid material turbulent extent, increase staining reaction number of times, to reach rapid dyeing,
So that cloth body is stirred simultaneously, reach dyeability uniformity；The present invention has saving dyestuff, high working efficiency, Color
Well, the features such as good evenness.
As shown in Fig. 2 liquid waste treating apparatus include workbench 78, including workbench 78, workbench 78 sets regulating reservoir 24,
Sedimentation basin 27, hydrolytic tank 53, biochemistry pool 76 and clear water reserviors 77.It is connected by connecting tube 2 79 between sedimentation basin 27 and hydrolytic tank 53
Logical, it is provided with aeration mechanism in hydrolytic tank 53；It is provided with filter mechanism between described biochemistry pool 76 and hydrolytic tank 53；Biochemistry pool
It is connected by connecting tube 3 80 between 76 and clear water reserviors 77.
As shown in Figure 3 and Figure 4, it is provided with an installing rack 1 in sedimentation basin 27, installing rack 1 is tiltedly installed with buffer board 2,
The cross section indentation of buffer board 2, is provided between described installing rack 1 and buffer board 2 and can adjust buffer board 2 angle of inclination
Governor motion, the top of installing rack 1 is fixed with guide rail 1 and guide rail 25 by pillar 3, and guide rail 1 is equal with guide rail 25
OK, slide between described guide rail 1 and guide rail 25 and be provided with a mounting rod 8, one end of mounting rod 8 is passed through slide block 1 and arranged
On guide rail 1, the other end of mounting rod 8 is arranged on guide rail 25 by slide block 27, and slide block 1 also can promote it with one
On guide rail 1 slide sliding motor 10 be connected, guide rail 1 be respectively fixed at two ends with travel switch 1 and travel switch
2 22, travel switch 1 is all connected with sliding motor 10 with travel switch 2 22, and sliding motor 10 is fixed on installing rack 1,
The output shaft of sliding motor 10 is fixed with screw mandrel 11 by shaft coupling, and the other end of screw mandrel 11 is arranged on installing rack by bearing 13
On 1, screw mandrel 11 is threaded with nut 12, the outer wall of nut 12 is fixed with bearing 13, and fix with the inner ring of bearing 13
Connect, the outer ring of bearing 13 is fixed with connection sheet 14, and connection sheet 14 is connected on slide block 1 simultaneously, and mounting rod 8 is additionally provided with energy
The cleaning mechanism of mud enough on cleaning swash plate.Governor motion between installing rack 1 and buffer board 2 be capable of being tilted to the left or
As the buffer medium of sludge settling when being tilted to the right, simultaneously when buffer board 2 vertical direction, you can be carried out, and pass through
Sliding motor 10 output shaft drives screw mandrel 11 to rotate, and is converted into slide block 1 in slide rail 45 1 under nut 12 and bearing 13 effect
Upper slip, thus promoting mounting rod 8 mobile, the cleaning mechanism that mounting rod 8 is provided with is capable of edge within the specific limits
Guide rail direction and enter line slip, thus what realization was carried out to each block buffering plate 2.
Governor motion includes gangbar 17 and control stick 18, and gangbar 17 offers some installing holes, and the one of buffer board 2
Side is respectively and fixedly provided with jointed shaft 19, and jointed shaft 19 corresponds and is rotatably arranged in described installing hole, and installing rack 1 offers strip
Hole 20, control stick 18 is located in strip hole 20, and one end of control stick 18 is fixed in gangbar 17, control stick 18 another
Hold as free end.This governor motion passes through slip in strip hole 20 for the control operation bar and drives gangbar 17 mobile, so that
Control stick 18 also can move within the specific limits, finally realize buffer board 2 and be capable of left bank, right bank, improve sewage
Disposal ability.
Cleaning mechanism includes adjusting cylinder 15 and hairbrush 16, adjusts the middle part that cylinder 15 is fixed on mounting rod 8, and adjusts gas
Straight down, hairbrush 16 includes body 16a and is fixed on brush body one 16b and the brush body two of body 16a both sides the piston rod of cylinder 15
16c, brush body one 16b and brush body two 16c are all fixed by screws in the both sides of body 16a, and body 16a is fixed by screws in work
The end of stopper rod, mounting rod 8 is arranged with an installing plate 9, and the cylinder body adjusting cylinder 15 is fixed on installation by bolt and nut 12
On plate 9.By adjusting the oscilaltion that cylinder 15 can in fact to hairbrush 16, thus realizing buffer board is cleaned about 2；Meanwhile,
Brush body is all installed such that it is able to more efficient buffer board 2 is cleaned in the both sides that are designed with of hairbrush 16, adjusts cylinder 15
Cylinder body adopts bolt and nut 12 fixing, installation easy to disassemble.
As shown in figure 5, facility has regulating box 29 on regulating reservoir 24, regulating box 29 is fixed on support body 28, and regulating box 29 has
There is cavity, regulating box 29 offers filling opening one, filling opening two and filling opening three, passes through between regulating reservoir 24 and regulating box 29
Connecting tube 1 is connected；It is provided with tank 23, regulating reservoir 24 is connected with can between regulating reservoir 24 and primary clarifier 27
The liquid in regulating reservoir 24 is made to flow to the drain pipe 25 of tank 23, the other end of drain pipe 25 is connected with Rose Box 26, described
Rose Box 26 has cavity, and Rose Box 26 inwall is equipped with screen pack, and Rose Box 26 offers some through holes, tank 23 with
It is provided with a telescopic cylinder, the cylinder body of telescopic cylinder is fixed in the inner bottom wall of tank 23, and telescopic cylinder between Rose Box 26
Straight up, and piston rod end is fixed on the lower surface of Rose Box 26 to piston rod.
It is fixed with guiding tube 1 at regulating box 29 filling opening one, in guiding tube 1, be provided with telescoping tube 1, guiding
Chute one opened up along its length on the inwall of pipe 1, has slided in described chute one and be provided with slide block 1, described cunning
The other end of block 1 is fixed on telescoping tube 1, is fixed with guiding tube 2 32, in guiding tube 2 32 at described filling opening two
It is provided with telescoping tube 2 33, the inwall of guiding tube 2 32 has opened up chute two along its length, has slided in described chute two
It is provided with slide block 27, the other end of described slide block 27 is fixed on telescoping tube 2 33, is fixed with guiding tube at filling opening three
3 34, it is provided with telescoping tube 3 35 in guiding tube 3 34, the inwall of guiding tube 3 34 has opened up chute three, institute along its length
Slide in the chute three stated and be provided with slide block three, the other end of described slide block three is fixed on telescoping tube 3 35, and described draws
One end of conduit 1, guiding tube 2 32 and guiding tube 3 34 joins respectively cover plate 1, cover plate 2 37 and cover plate 3 38, stretches
The draw 1, telescoping tube 2 33 and telescoping tube 3 35 all join away from the one end in regulating box 29 cavity cover plate 4 40, cover plate
5 41 and cover plate 6 42；Liquid outlet is further opened with described regulating box 29, described goes out to be connected with drain pipe 25 on liquid port,
It is provided with magnetic valve on described drain pipe 25；It is additionally provided with described regulating box 29 liquid in regulating box 29 can be entered
The rabbling mechanism of row stirring.
Telescoping tube 1 can be slided by slide block 1 in the chute one of guiding tube 1, can need to add sulphur
When acid solution, telescoping tube 1 is extruded inside and back down the cover plate 1 being hinged on guiding tube 1：Telescoping tube 2 33
Can be slided in the chute two of guiding tube 2 32 by slide block 27, can incite somebody to action when needing to add copperas solution
Telescoping tube 2 33 extrudes inside and backs down the cover plate 2 37 being hinged on guiding tube 2 32：Telescoping tube 3 35 can by slide block three
Slide in the chute three of guiding tube 3 34, can when needing to add polyacrylamide solution by telescoping tube 3 35 inside
The cover plate 3 38 being hinged on guiding tube 3 34 is backed down in extruding, thus sulfuric acid solution, sulfuric acid Asia can not only be added simultaneously
Ferrous solution and polyacrylamide solution are additionally it is possible to add sulfuric acid solution, copperas solution and polyacrylamide solution process
In avoid spilling generation potential safety hazard；Meanwhile, the solution adding in regulating box 29 can be stirred all by rabbling mechanism
Even, the sewage that the solution after stirring is discharged after drain pipe 25 is flowed out and dyeed with cowboy is sufficiently mixed.
Rabbling mechanism includes stirring motor 43 and some paddles 44, level on the described inner roof wall of regulating box 29 cavity
It is fixed with a slide rail 45, described slide rail 45 slides and is provided with a sliding shoe 46, the cross section of described sliding shoe 46 is in
" convex " type, and match with slide rail 45, the described inner roof wall of regulating box 29 cavity is further fixed on a pusher cylinder 47, described
The piston rod of pusher cylinder 47 be fixed on sliding shoe 46, described stirring motor 43 is arranged on sliding shoe 46, and stirs
Straight down, described paddle 44 is fixed on the output shaft of stirring motor 43 output shaft of motor 43, described sliding shoe
It is additionally provided with a sliding cylinder 48, the cylinder body of described sliding cylinder 48 is fixed under sliding shoe 46 between 46 and stirring motor 43
Surface, straight down, stirring motor 43 is fixed on the end of sliding cylinder 48 piston rod to the piston of sliding cylinder 48.
Sliding shoe 46 can be driven by pusher cylinder 47 to move along slide rail 45 by piston rod, thus realizing stirring electricity
Machine 43 can slide automatically on slide rail 45.
Can drive paddle 44 that the solution in regulating box 29 is stirred by stirring motor 43, thus ensureing solution
The uniformity of concentration.
Stirring motor 43 oscilaltion can be driven by sliding cylinder 48, thus solution level is high in not modulated case 29
Low all it is capable of the solution in regulating box 29 is stirred.
Block one, block two and gear are respectively fixed with the inwall of guiding tube 1, guiding tube 2 32 and guiding tube 3 34
Block three, the described outer wall of telescoping tube 1, telescoping tube 2 33 and telescoping tube 3 35 is respectively fixed with block four, block five and
Block six, described block four, block five and block six match with block one, block two and block three respectively.Block one, gear
Block two and block three match such that it is able to guiding tube 1, guiding tube 2 32 respectively with block four, block five and block six
Play barrier effect with guiding tube 3 34, prevent telescoping tube 1, telescoping tube 2 33 and telescoping tube 3 35 from guiding tube 1, draw
Separate in conduit 2 32 and guiding tube 3 34.
As shown in Figure 6 and Figure 7, filter mechanism includes frame 50, described frame 50 is slided and is provided with location-plate 1 He
Location-plate 2 66, is provided with some filters 51 between described location-plate 1 and location-plate 2 66, described location-plate one
65 and location-plate 2 66 on be respectively and fixedly provided with two symmetrical installation portions 1, installation portion 1 other end is slidably arranged in frame
On 50, described filter 51 is respectively and fixedly provided with two symmetrical installation portions 2 59, and the other end of installation portion 2 59 slides and arranges
In frame 50, described filter 51 is respectively provided with chamber, and the two sides of filter 51 all offer some filter bores 67, and mistake
The two sides of filter plate 51 are also all removably fixed with filter cloth 52, and the outline of described filter 51 all offers some screwed holes
62, the edge of described filter cloth 52 all offers some installing holes, and described filter cloth 52 passes through bolt also cross screwed hole 62
Formed with installing hole and be detachably connected；Sewage draining exit is offered on described filter 51, described sewage draining exit is respectively connected with water
Tap 54；Liquid feeding pump and Pump for giving-out are further fixed on described frame 50, the water inlet on described intake pump 56 is connected with
Water inlet pipe 1, the other end of water inlet pipe 1 is connected with hydrolytic tank 53, and the water outlet on intake pump 56 is connected with water outlet
Pipe 1, the described other end of outlet pipe 1 is connected with the filter 51 near intake pump 56, and described goes out water pump
Water inlet pipe 2 63 is connected with 60 water inlet, water inlet pipe 2 63 is connected near the filter 51 going out water pump 60, water outlet
Outlet pipe 2 64, the other end of outlet pipe 2 64 and biochemistry pool 76 are connected with the delivery port of pump 60；In described frame 50 also
It is fixed with a drainage trap 61, described drainage trap 61 is in the lower section of above-mentioned tap 54.
In the presence of intake pump 56, sewage passes through water inlet pipe 1 and outlet pipe 1 makes the sewage in hydrolytic tank 53 enter
Enter and filtered in filter 51；By going out water pump 60, pressure is applied to filter 51, sewage is between filter 51
Filter cloth 52 filtration layer by layer, enters in biochemistry pool 76 by water inlet pipe 2 63 and outlet pipe 2 64, wherein, the dirt that filters out
Mud impurity is stacked in the cavity of filter 51, is discharged by tap 54, wherein, by elapsing installation portion 1 thus carrying
Dynamic location-plate 1 and the movement of location-plate 2 66, by elapsing installation portion 2 59 thus driving the movement of filter 51, can
Realize to the convenient filtration to mud and the cleaning to clod, drainage trap 61 can collect the mud impurity out from tap 54.
As shown in figure 8, aeration mechanism include can to the air blast 68 of input air in Aerobic Pond, described air blast 68
Air outlet is communicated with defeated wind house steward 69, defeated wind house steward 69 is communicated with some defeated wind and is in charge of 70, described defeated wind is in charge of and is connected on 70
It is connected with some discharge pipes 71, described discharge pipe 71 stretches in Aerobic Pond, the lower end of discharge pipe 71 is connected with triple valve 72, three
The import of port valve 72 is connected with discharge pipe 71, and two outlets of triple valve 72 have been respectively communicated with installing pipe 73, installing pipe 73
The other end is blind end, installing pipe 73 offers an exhaust vent, described installing pipe 73 lateral wall is arranged with aeration respectively
Pipe 74, described exhaust vent is in aeration tube 74, and aeration tube 74 offers some solarization air caps, and described aeration tube 74 adopts
Elastomeric material is made, and discharge pipe is in charge of with defeated wind and is connected by location nut 75.First, air blast 68 passes through air outlet to defeated wind
House steward 69 input air, is in charge of 70 arrival discharge pipes 71 through defeated wind；Then, by the triple valve 72 on discharge pipe 71, by air
It is separated into two-way and enters in installing pipe 73, air out reaches aeration tube 74 in the exhaust vent from installing pipe 73；Finally, empty
Gas enters in treatment tank from the solarization air cap of aeration tube 74 such that it is able to the debris realizing solving in sewage enter aeration
Installing pipe 73 and other pipelines internal are directly blocked after pipe 74.
Installing pipe 73 is made using plastic material, and aeration tube 74 is made using elastomeric material, described defeated wind house steward 69, defeated
Wind be in charge of 70 and discharge pipe 71 all made using steel material.Installing pipe 73 in treatment tank, using plastic conduit corrosion resistant
Erosion, simultaneously facilitates processing and manufacturing；Aeration tube 74 is made using elastomeric material, cheap, and easy cleaning is replaced；Defeated wind house steward
69th, defeated wind be in charge of 70 and discharge pipe 71 be exposed to outside, non-aging using steel material.
The operation principle of this liquid waste treating apparatus is such：
First, sulfuric acid solution, sulfuric acid are added in the filling opening one of regulating box 29, filling opening two and filling opening three respectively sub-
Ferrous solution and polyacrylamide solution, are flowed out by connecting tube 1 after mixed processing and are carried out instead with the sewage in regulating reservoir 24
Should；
Secondly, regulating reservoir 24 by drain pipe 25, liquid flow direction reacted in regulating reservoir 24 is arranged on tank 23
Rose Box 26, after the preliminary filtration of Rose Box 26, then flows to sedimentation basin 27 by tank 23：
Again, the conduct when governor motion between installing rack 1 and buffer board 2 is capable of being tilted to the left or being tilted to the right
The buffer medium of sludge settling, simultaneously when buffer board 2 vertical direction, you can be carried out, and is exported by sliding motor 10
Axle drives screw mandrel 11 to rotate, and is converted into the upper slip in slide rail 45 1 for the slide block 1, thus pushing away under nut 12 and bearing 13 effect
Dynamic mounting rod 8 is mobile, and the cleaning mechanism that mounting rod 8 is provided with is capable of being slided along guide rail direction within the specific limits
Dynamic, thus what realization was carried out to each block buffering plate 2.
Then, it is prevented from suspended substance in hydrolytic tank 53 by aeration mechanism to sink, the oxidation to dirty Organic substance in water divides
Solution acts on, and sewage can be filtered layer by layer by filter mechanism；
Finally, microbial metabolism can be promoted by the electric heating tube in biochemistry pool 76, after sewage carries out microbiological treatment
Clear water reserviors 77 are flowed to by connecting tube 3 80.
Specific embodiment described herein is only explanation for example to present invention spirit.The affiliated technology of the present invention is led
The technical staff in domain can be made various modifications or supplement or replaced using similar mode to described specific embodiment
Generation, but the spirit without departing from the present invention or surmount scope defined in appended claims.
Although more employing 1, installing rack herein；2nd, buffer board；3rd, pillar；4th, guide rail one；5th, guide rail two；6th, slide block
One；7th, slide block two；8th, mounting rod；9th, installing plate；10th, sliding motor；11st, screw mandrel；12nd, nut；13rd, bearing；14th, connection sheet；
15th, adjust cylinder；16th, hairbrush；16a, body；16b, brush body one；16c, brush body two；17th, gangbar；18th, control stick；19th, cut with scissors
Spindle；20th, strip hole；21st, travel switch one；22nd, travel switch two；23rd, tank；24th, regulating reservoir；25th, drain pipe；26th, mistake
Filter box；27th, sedimentation basin；28th, support body；29th, regulating box；30th, guiding tube one；31st, telescoping tube one；32nd, guiding tube two；33rd, stretch
Pipe two；34th, guiding tube three；35th, telescoping tube three；36th, cover plate one；37th, cover plate two；38th, cover plate three；39th, connecting tube one；40th, cover
Plate four；41st, cover plate five；42nd, cover plate six；43rd, stirring motor；44th, paddle；45th, slide rail；46th, sliding shoe；47th, pusher cylinder；
48th, lift cylinder；49th, sliding cylinder；50th, frame；51st, filter；52nd, filter cloth；53rd, hydrolytic tank；54th, tap；55th, intake
Guan Yi；56th, intake pump；57th, outlet pipe one；58th, installation portion one；59th, installation portion two；60th, go out water pump；61st, drainage trap；62nd, spiral shell
Pit；63rd, water inlet pipe two；64th, outlet pipe two；65th, location-plate one；66th, location-plate two；67th, filter bores；68th, air blast；69、
Defeated wind house steward；70th, defeated wind is in charge of；71st, discharge pipe；72nd, triple valve；73rd, installing pipe；74th, aeration tube；75th, location nut；76、
Biochemistry pool；77th, clear water reserviors；78th, workbench；79th, connecting tube two；80th, connecting tube three；81st, outer shell；82nd, enclosing cover；83rd, inner casing；
84th, inner cap；85th, reset cap；86th, water circulating pump；87th, vibrating disc；88th, shake post；89th, shake ball；90th, rotating seat；91st, turn
The terms such as axle, but it is not precluded from the possibility using other terms.Using these terms be used for the purpose of more easily description and
Explain the essence of the present invention；It is all contrary with spirit of the present invention for being construed as any additional restriction.
Claims (10)
1. the dye vat with liquid waste treating apparatus, including bracing frame and the cylinder body being disposed thereon, the bottom setting of support frame as described above
It is characterised in that described cylinder body includes the inner casing being nested and outer shell, described interior cylinder top head sets inner cap to road wheel, described outer shell
Upper lid sets enclosing cover, and the bottom of described inner casing opens up the bottom outlet that exchanges of some connection inner casings and outer shell, the top of described inner casing side wall
Open up some connection inner casings and outer shells exchanges apical pore, is formed and circulate cavity volume, described circulation cavity volume between described inner casing and outer shell
Bottom setting water circulating pump, on the side wall of described outer shell connect water inlet pipe, in described inner casing place heat exchanger, described heat exchanger
Cycle heat exchange mechanism, the lower section setting vibrating disc of described outer shell are connected by pipeline, described vibrating disc arrange some vibrations posts,
Compression spring is placed, the top of described compression spring has leaned vibrations ball, and described vibrations ball exposes shake in described vibrations post
The top opening of dynamic post, the bottom of the top contact outer shell of described vibrations ball, the lower section setting rotating seat of described outer shell, described rotation
Setting electric rotating machine in seat, the rotating shaft of described electric rotating machine projects upwardly through the diapire of outer shell and the center of inner casing bottom surface
Formed and be connected, the periphery socket bearing of described rotating shaft, the periphery of described bearing covers shock-absorbing rubber ring, described shock-absorbing rubber ring position admittedly
Between rotating shaft and outer shell diapire；
Described inner casing is also connected with liquid waste treating apparatus, and described liquid waste treating apparatus include workbench, described work
Regulating reservoir, sedimentation basin, hydrolytic tank, biochemistry pool and clear water reserviors are set on station；On described regulating reservoir, facility has regulating box, regulating box
Be fixed on support body, support body is additionally provided with some lift cylinders, the piston rod of described lift cylinder straight up, and piston rod
End secured adjusted case lower surface, described regulating box has cavity, regulating box offers filling opening one, filling opening two and adds
Liquid mouth three, is connected by connecting tube one between described regulating reservoir and regulating box；Set between described regulating reservoir and sedimentation basin
Be equipped with tank, regulating reservoir be connected with the drain pipe that the liquid in regulating reservoir can be made to flow to tank, described drain pipe another
One end is connected with Rose Box, and described Rose Box has cavity, and filtration chamber interior wall is equipped with screen pack, and Rose Box offers
Some through holes, are provided with a telescopic cylinder between described tank and Rose Box, the cylinder body of described telescopic cylinder is fixed on water
In the inner bottom wall of groove, and the piston rod of telescopic cylinder is straight up, and piston rod end is fixed on the lower surface of Rose Box, described
Sedimentation basin in be provided with an installing rack, installing rack is tiltedly installed with some buffer boards, the cross section of described buffer board is in
Zigzag, is provided with the governor motion that can adjust buffer board angle of inclination between described installing rack and buffer board, described peace
The top shelved is fixed with guide rail one and guide rail two by pillar, and guide rail one and guide rail two are parallel, described guide rail one and leading
Between rail two slide be provided with a mounting rod, one end of mounting rod is arranged on guide rail one by slide block one, mounting rod another
End is arranged on guide rail two by slide block two, and described slide block one also can promote the slip electricity that it slides on guide rail one with one
Machine is connected, described guide rail one be respectively fixed at two ends with travel switch one and travel switch two, described travel switch one and row
Cheng Kaiguan bis- is all connected with sliding motor, and described sliding motor is fixed on installing rack, and the output shaft of sliding motor passes through connection
Axial organ is fixed with screw mandrel, and the other end of screw mandrel is arranged on installing rack by bearing, and screw mandrel is threaded with nut, nut
Bearing is fixed with outer wall, and is fixedly connected with the inner ring of bearing, the outer ring of bearing is fixed with connection sheet, and connection sheet is connected simultaneously
On slide block one, described mounting rod is additionally provided with the cleaning mechanism that can clear up mud on swash plate；Described sedimentation basin and water
It is connected by connecting tube two between Xie Chi, in described hydrolytic tank, be provided with aeration mechanism；Described biochemistry pool and hydrolytic tank
Between be provided with filter, be horizontally disposed with some electric heating tubes that can promote microbial metabolism in described biochemistry pool；Institute
It is connected by connecting tube three between the biochemistry pool stated and clear water reserviors.
2. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that described regulating box filling opening one
Place is fixed with guiding tube one, is provided with telescoping tube one in guiding tube one, and the inwall of guiding tube one has opened up cunning along its length
Groove one, slides in described chute one and is provided with slide block one, the other end of described slide block one is fixed on telescoping tube one, described
Filling opening two at be fixed with guiding tube two, be provided with telescoping tube two in guiding tube two, along length side on the inwall of guiding tube two
To having opened up chute two, slide in described chute two and be provided with slide block two, the other end of described slide block two is fixed on flexible
On pipe two, at described filling opening three, it is fixed with guiding tube three, in guiding tube three, be provided with telescoping tube three, the inwall of guiding tube three
On opened up chute three along its length, slide in described chute three and be provided with slide block three, the other end of described slide block three
It is fixed on telescoping tube three, one end of described guiding tube one, guiding tube two and guiding tube three joins respectively cover plate one, cover plate
Two and cover plate three, telescoping tube one, telescoping tube two and telescoping tube three all join away from the one end in regulating box cavity cover plate four, lid
Plate five and cover plate six；Block one, block two are respectively fixed with the described inwall of guiding tube one, guiding tube two and guiding tube three
With block three, the described outer wall of telescoping tube one, telescoping tube two and telescoping tube three is respectively fixed with block four, block five and gear
Block six, described block four, block five and block six match with block one, block two and block three respectively, described regulation
Liquid outlet is further opened with case, described goes out to be connected with drain pipe on liquid port, and described drain pipe is provided with magnetic valve；Institute
It is additionally provided with the rabbling mechanism that the liquid in regulating box can be stirred, rabbling mechanism includes stirring electricity in the regulating box stated
Machine and some paddles, the described inner roof wall of regulating box cavity is horizontally fixed with a slide rail, described slide rail slides and sets
Be equipped with a sliding shoe, the cross section of described sliding shoe is in " convex " type, and matches with slide rail, described regulating box cavity interior
One pusher cylinder is further fixed on roof, the piston rod of described pusher cylinder is fixed on sliding shoe, described stirring motor
It is arranged on sliding shoe, and the output shaft of stirring motor is straight down, described paddle is fixed on the output shaft of stirring motor
On, it is additionally provided with a sliding cylinder between described sliding shoe and stirring motor, the cylinder body of described sliding cylinder is fixed on slip
The lower surface of block, straight down, stirring motor is fixed on the end of sliding cylinder piston rod to the piston of sliding cylinder.
3. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that described cleaning mechanism includes adjusting
Displacements of cylinders and hairbrush, described adjusts the middle part that cylinder is fixed on mounting rod, and adjusts the piston rod of cylinder straight down, described
Hairbrush include body and be fixed on brush body one and the brush body two of body both sides, described brush body one and brush body two are all by screw
It is fixed on the both sides of body, described body is fixed by screws in the end of piston rod, and described mounting rod is arranged with one
Installing plate, the cylinder body of above-mentioned regulation cylinder is fixing on a mounting board by bolt and nut；Described governor motion includes gangbar
And control stick, described gangbar offers some installing holes, the side of above-mentioned buffer board is respectively and fixedly provided with jointed shaft, described
Jointed shaft correspond and be rotatably arranged in described installing hole, described installing rack offers strip hole, described manipulation
Bar is located in strip hole, and one end of control stick is fixed in gangbar, and the other end of control stick is free end.
4. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that described filter mechanism includes machine
Frame, described frame is slided and is provided with location-plate one and location-plate two, be provided between described location-plate one and location-plate two
Some filters, described location-plate one and location-plate two are respectively and fixedly provided with two symmetrical installation portions one, and installation portion one is another
One end is slidably arranged in frame, and described filter is respectively and fixedly provided with two symmetrical installation portions two, installation portion two another
End is slidably arranged in frame, and described filter is respectively provided with chamber, and the two sides of filter all offer some filter bores, and
The two sides of filter are also all removably fixed with filter cloth, and the outline of described filter all offers some screwed holes, institute
The edge of the filter cloth stated all offers some installing holes, and described filter cloth is formed with installing hole also cross screwed hole by bolt
It is detachably connected；Sewage draining exit is offered on described filter, described sewage draining exit is respectively connected with tap；Described frame
On be further fixed on liquid feeding pump and Pump for giving-out, the water inlet on described intake pump is connected with water inlet pipe one, water inlet pipe one another
One end is connected with hydrolytic tank, and the water outlet on intake pump is connected with outlet pipe one, the described other end of outlet pipe one with
Filter near intake pump is connected, described go out to be connected with water inlet pipe two on the water inlet of water pump, water inlet pipe two with
It is connected near the filter going out water pump, go out to be connected with outlet pipe two, the other end of outlet pipe two and life on the delivery port of water pump
Change pond；One drainage trap is further fixed on described frame, described drainage trap is in the lower section of above-mentioned tap.
5. cowboy's liquid waste treating apparatus according to claim 1 it is characterised in that described aeration mechanism include can be to
The air blast of input air in Aerobic Pond, the air outlet of described air blast is communicated with defeated wind house steward, and described defeated wind house steward connects
It is connected with some defeated wind to be in charge of, described defeated wind is in charge of and is communicated with some discharge pipes, and described discharge pipe stretches in Aerobic Pond,
The lower end of discharge pipe is connected with triple valve, and the import of triple valve is connected with discharge pipe, and two outlets of triple valve are respectively communicated with
There is installing pipe, the other end of installing pipe is blind end, and installing pipe offers an exhaust vent, and described installing pipe lateral wall divides
It is not arranged with aeration tube, described exhaust vent is in aeration tube, aeration tube offers some solarization air caps, described aeration tube
Made using elastomeric material, described discharge pipe is in charge of with defeated wind and is connected by location nut, and described installing pipe adopts plastics
Material is made, and described aeration tube is made using elastomeric material, and described defeated wind house steward, defeated wind are in charge of with discharge pipe all using steel
Material is made.
6. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that the middle part of described inner casing side wall is equal
Even open up some connection inner casings and outer shells exchange mesopore, described exchange mesopore covers and sets reset cap, described reset cap with exchange
Mesopore is connected by back-moving spring, the periphery socket rubber ring of described reset cap.
7. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that the position height of described water inlet pipe
Position height less than described exchange apical pore.
8. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that described cycle heat exchange mechanism includes
Industrial water storage device, middle warm water storage device, high temperature water storage apparatus and pump, the input pipe of described heat exchanger connects respectively
Steam pipeline, cooling water delivery pipe, middle warm water delivery pipe and high-temperature water delivery pipe；The efferent duct of described heat exchanger connects respectively
Industrial water storage device input, middle warm water storage device input and high temperature water storage apparatus input；Described production is used
The input of water storage apparatus, middle warm water storage device and high temperature water storage apparatus is respectively equipped with control valve；Described middle warm water is deposited
Warm water delivery pipe in the output end connection of storage device, the output end of described high temperature water storage apparatus connects high-temperature water delivery pipe；Institute
State and be respectively equipped with control valve in steam pipeline, cooling water delivery pipe, middle warm water delivery pipe and high-temperature water delivery pipe；Described heat exchange
The efferent duct of device is provided with pump.
9. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that also include controller, described control
Device processed connects above-mentioned water circulating pump, heat exchanger, vibrating disc and electric rotating machine by circuit.
10. the dye vat with liquid waste treating apparatus according to claim 1 is it is characterised in that described interior covering arranges observation
Mouthful, described observation panel arranges transparent glass window；Cover setting observation panel outside described, described observation panel arranges clear glass
Window.
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| CN201610794669.1A CN106400360B (en) | 2016-08-31 | 2016-08-31 | Dye vat with liquid waste treating apparatus |
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| CN201610794669.1A CN106400360B (en) | 2016-08-31 | 2016-08-31 | Dye vat with liquid waste treating apparatus |
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| CN107827269A (en) * | 2017-12-14 | 2018-03-23 | 重庆富皇建筑工业化制品有限公司 | A kind of concrete sewage recovery system |
| CN108179575A (en) * | 2018-03-19 | 2018-06-19 | 哈密绿天使纤维科技有限公司 | Reforming system and cotton processing equipment |
| CN109112743A (en) * | 2018-08-01 | 2019-01-01 | 嘉兴市金乐染织有限公司 | A kind of method that waste water is knitted in the leading portion reclaiming system of water and processing printing and dyeing in dyeing and weaving |
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