CN207512400U - A kind of multi-mode wisdom wash water system - Google Patents
A kind of multi-mode wisdom wash water system Download PDFInfo
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- CN207512400U CN207512400U CN201720836199.0U CN201720836199U CN207512400U CN 207512400 U CN207512400 U CN 207512400U CN 201720836199 U CN201720836199 U CN 201720836199U CN 207512400 U CN207512400 U CN 207512400U
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Abstract
The utility model discloses a kind of multi-mode wisdom wash water system, mainly including components such as cylinder body, pump case, main pump, motor, inner cavity water inlet pipe, exocoel water inlet pipe, drainpipe, yarn bamboo trunk, yarn bamboo trunk seat, outflow chamber, interior stream chamber, the outer pump housing, inner pumps.A kind of energy saving quick wash water system of wisdom of the utility model, by cleverly flow passage structure, while realizes a variety of wash water mode processes, can obviously reduce the water consumption in water-washing process, reduces discharging of waste liquid, has extremely apparent economic and social benefit；The utility model is compact-sized, runner is short, has excellent energy efficiency.
Description
Technical field
The utility model is related to dyeing and finishing machinery technical fields, and in particular to a kind of multi-mode wisdom wash water system.
Background technology
Textile industry is the important industry of Chinese national economy, and for a long time, textile industry is the development of national economy, solution
Certainly the people, which wear the clothes, export goods and earn foreign currency etc., has made major contribution, and the dyeing and finishing industry as connection bridge is undoubtedly in this row
There is consequence in industry.Dyeing and finishing industry is the key that textile deep processing, finishes and put forward added value, be textile fabric,
Raw yarn, embryo cloth are processed into the tie between the final products of consumer goods market, are played and are pushed the important of product joint development
Effect.
Traditional yarn dyeing equipment not only has various limitations to dyeing target, and bath raio is big, power consumption is big, is helped with dye material
The fatal defects such as agent is more, process time length.For traditional yarn dyeing apparatus and process is backward, energy consumption is big, water consumption is big, discharging of waste liquid is big etc.
Fatal defects, it is necessary to develop a kind of novel yarn dyeing industrial equipment, overcome various shortcomings mentioned above.
Ultra-low bath ratio syntype overflow dyeing machine is, it can be achieved that a machine syntype dyes（It is ultra-low bath ratio one-way circulation staining pattern, low
Bath raio bidirectional circulating staining pattern）, realize the applicable yarn range of world-leading ultra-wide, easily covering is long fine, short fine, artificial
The highly difficult yarn variety such as silk, viscose glue, high resiliency, high density and it can locate to contaminate staple in bulk, slide fastener, ribbon, warp beam etc..Not only can
The mainstreams equipment such as the yarn dyeing machine of middle bath raio in current dyeing and finishing industry are effectively replaced, can also substitute some must use biography
It unites the equipment that big bath ratio dyeing equipment just can guarantee physical index and dyeing quality such as reduction stain.This device structure is compact, behaviour
Make simple, greatly reduce the floor space of equipment and mitigate the labor intensity of Manufacturing Worker, which has that bath raio is low, section
Water economize on electricity reduces discharge, and high degree of automation, dyeing is efficient, high-quality, and stability is high, safe and reliable to operation to wait spies
Point.Effects of energy saving and emission reduction is notable, realizes energy-saving, environmentally friendly low-carbon, and demonstration and driving role will be played in dyeing and finishing equipment industry,
Lead industry development direction.
Utility model content
In order to reduce the water consumption during yarn dyeing machine water washing technology, discharging of waste liquid is reduced, it is proposed that a kind of multi-mode intelligence
Intelligent wash water system and its control method.
The utility model provides a kind of multi-mode wisdom wash water system, one of at least adopts the following technical scheme that realization.
A kind of multi-mode wisdom wash water system, including cylinder body, pump case, main pump, motor, inner cavity water inlet pipe, exocoel water inlet pipe,
Drainpipe, yarn bamboo trunk, yarn bamboo trunk seat, outflow chamber, interior stream chamber, the outer pump housing, inner pump；
The outer pump housing and inner pump are coaxially arranged, the connection of the fluid inlet of inner pump and main pump, the outer pump housing and main pump
Fluid outlet connects；The channel formed between the outer pump housing and inner pump connects respectively with interior stream chamber and drainpipe；Pump case it is upper
Opening is connect with cylinder body, and the inner cavity of pump case is divided into outflow chamber and interior stream chamber；The interior stream upper opening of chamber and collecting for yarn bamboo trunk seat
Mouth connection；Outflow chamber is connect with cylinder body (1)；Be provided with multiple interior head pieces and multiple outflow ports on yarn bamboo trunk seat, interior head piece all with
Collect mouth connection；Outflow port is through-hole；Yarn bamboo trunk is mounted on interior head piece, and yarn bamboo trunk is equipped with through-hole；Outflow chamber and exocoel into
Water pipe connects, and inner cavity water inlet pipe is connected with interior stream chamber；Motor is connect with main pump, and power is provided for main pump；
The inner pump contains inner pump main shaft, inner pump and is just being open and inner pump side opening；Inner pump main shaft with it is interior
Pump housing driver connects, and the central controller of overflow dyeing machine can control the rotation of inner pump driver, just be opened so as to change inner pump
The position of mouth, so as to form different runner patterns.
Further, the top of cylinder body is equipped with overflow head piece, and lower part is equipped with underflow head piece.
Further, the inner pump further includes U-type groove, upper cover plate, rear sealing plate and preceding sealing plate；The top of U-type groove with
Upper cover plate inner wall connects, and U-type groove, rear sealing plate, preceding sealing plate and upper cover plate form commutation cavity of the tool there are two opening, packet
Inner pump just opening and preceding head piece are included, inner pump just opening is connect with the opening of U-type groove；The preceding head piece is a circle
Hole；Upper cover plate is the part on a cylindrical surface, the cylindrical surface and the circular hole coaxial of preceding head piece；Upper cover plate is equipped with inner pump side
Opening；Size, shape and the inner pump of the inner pump side opening are just being open completely the same, and the two is in same cylindrical surface
On；There is gap between the upper cover plate and U-type groove, form effluent chamber, which connects with inner pump side opening；
Further, the inner pump main shaft is connect with pneumatic actuator, is received the power from pneumatic actuator and is obtained
Rotary motion, so as to which inner pump be driven to rotate；
The outer pump housing is the cylindrical tube structure of traverse, is provided with opening；The outer pump housing is co-axially mounted with inner pump, and interior
The pump housing can rotate freely in the outer pump housing；The opening set on the outer pump housing is connected with the inner cavity of pump case；Exocoel water inlet pipe with
The chamber that outflows connects, and inner cavity water inlet pipe is connected with interior stream chamber；Drainpipe is connect with the outer pump housing, and with the outer pump housing and U-type groove lateral wall
Between formed runner connection.
Further, central controller can control the rotation of inner pump driver, just be open so as to changing inner pump
Position, so as to form different runner patterns, including：
Pattern one：When inner pump be just open be directed at outflow chamber connect when, the runner between the outer pump housing and inner pump at this time
Outlet is connected with interior stream chamber, and inner pump side opening is then closed by the outer pump housing, and runner pattern is known as flow pattern from inside to outside；
From inside to outside under flow pattern, fluid enters the runner between the outer pump housing and inner pump from main pump, and passes through inner pump side opening
Into interior stream chamber, subsequently into yarn bamboo trunk, fluid is fallen back to after flowing through yarn from yarn bamboo trunk in outflow chamber, is just being opened by inner pump
Mouth enters in inner pump, is recycled subsequently into main pump；
Pattern two：When inner pump, which is just being open, is directed at connection with interior stream chamber, inner pump side opening also connects simultaneously with outflow chamber
Logical, runner pattern is known as ecto-entad flow pattern；Under ecto-entad flow pattern, fluid enters the outer pump housing and interior from main pump
Runner between the pump housing, and pass through inner pump side opening and enter outflow chamber, subsequently into cylinder body, fluid flows into yarn by yarn
Bamboo trunk falls back in interior stream chamber, is just being open into inner pump by inner pump, is being recycled subsequently into main pump later.
The utility model has also endured a kind of control method of multi-mode wisdom wash water system, including：
Super water-saving wash water pattern：Central controller controls inner pump is in flow pattern from inside to outside, opens exocoel water inlet
Pipe and underflow head piece close inner cavity water inlet pipe and drainpipe；Clear water enters main pump by exocoel water inlet pipe and obtains power, from yarn bamboo trunk
Yarn is ejected through, outflow chamber is flowed back into and is recycled；More than underflow slobber position sewage discharge cylinder body；
Overflow wash water pattern：" flow pattern from inside to outside " can be used by setting loop cycle and " ecto-entad flows mould
Formula " carries out overflow wash water；Central controller controls inner pump is in ecto-entad flow pattern, opens inner cavity water inlet pipe and overflow
Head piece closes exocoel water inlet pipe, drainpipe and underflow head piece；Clear water enters main pump by inner cavity water inlet pipe and obtains power, and clear water is worn
It crosses yarn to enter inside yarn bamboo trunk, flows back into interior stream chamber and recycled；More than overflow slobber position sewage discharge cylinder body；In
Controller control inner pump is entreated to be in flow pattern from inside to outside, opens exocoel water inlet pipe and overflow head piece, closes inner cavity water inlet
Pipe and drainpipe；Clear water enters main pump by exocoel water inlet pipe and obtains power, is ejected through yarn from yarn bamboo trunk, flows back into outflow chamber
It is recycled；More than overflow slobber position sewage discharge cylinder body；
Periodic cycle wash water pattern：Central controller periodically control inner pump be in the super water-saving wash water pattern with
Overflow wash water pattern.
Relative to the prior art, the utility model has the following advantages：
A kind of multi-mode wisdom wash water system of the utility model, by cleverly flow passage structure, while realizes a variety of wash waters
Technique can obviously reduce the water consumption in water-washing process, reduce discharging of waste liquid, have extremely apparent economic and social benefit；
The utility model is compact-sized, runner is short, has excellent energy efficiency.
Description of the drawings
Fig. 1 is a kind of structure diagram of multi-mode wisdom wash water system of the utility model（Front view）.
Fig. 2 is the A-A sectional views of Fig. 1（Ecto-entad flow pattern）.
Fig. 3 is the partial enlarged view of Fig. 2 when system is in ecto-entad flow pattern.
Fig. 4 is the partial enlarged view of Fig. 2 when system is in flow pattern from inside to outside.
Fig. 5 is the structure diagram of inner pump.
Fig. 6 is a kind of structural side view of multi-mode wisdom wash water system in example.
Fig. 7 is the B-B sectional views of Fig. 4.
Fig. 8 is the partial enlarged view of Fig. 5.
Fig. 9 is yarn bamboo trunk holder structure schematic diagram.
Figure 10 is the oblique view of yarn bamboo trunk holder structure.
Figure 11 is the structure diagram of main pump.
In figure：1- cylinder bodies；2- pump cases；3- main pumps；4- motors；5- inner cavities water inlet pipe；6- exocoel water inlet pipes；7- drainpipes；
8- yarn bamboo trunks；9- yarn bamboo trunk seats；10- outflow chambers；Stream chamber in 11-；The outer pump housings of 12-；13- inner pumps；14- underflow head pieces；On 15-
Overflow port；16- inner pump drivers；Head piece hole in 91-；92- outflow openings；93- collects mouth；131- inner pump main shafts；In 132-
The pump housing is just open；133- inner pump side openings.
Specific embodiment
The specific implementation of the utility model is described further below in conjunction with example and attached drawing, but the utility model
Implement without being limited thereto.
As shown in Fig. 1~Fig. 7, a kind of multi-mode wisdom wash water system mainly includes cylinder body 1, pump case 2, main pump 3, motor
4th, inner cavity water inlet pipe 5, exocoel water inlet pipe 6, drainpipe 7, yarn bamboo trunk 8, yarn bamboo trunk seat 9, outflow chamber 10, interior stream chamber 11, the outer pump housing
12nd, the components such as inner pump 13, underflow head piece 14, overflow head piece 15.
The outer pump housing 12 and inner pump 13 are coaxially arranged, and inner pump 13 is connect with the fluid inlet of main pump 3, the outer pump housing 12
It is connect with the fluid outlet of main pump 3.The channel formed between the outer pump housing 12 and inner pump 13 flows chamber 11 and draining with interior respectively
Pipe 7 connects.The inner cavity of pump case 2 is divided into outflow chamber 10 and interior stream chamber 11, and interior stream chamber 11 is in outflow chamber 10；Interior stream chamber 11
Upper opening is connect with the mouth 93 that collects of yarn bamboo trunk seat 9；Outflow chamber 10 is connect with cylinder body 1.Multiple interior streams are provided on yarn bamboo trunk seat 9
Mouth 91 and multiple outflow ports 92, interior head piece 91 are all connected with collecting mouth 93；Outflow port 92 is through-hole.Yarn bamboo trunk 8 is mounted on interior stream
On mouth 91, through-hole is provided on yarn bamboo trunk.The upper opening of pump case 2 is connect with cylinder body 1.Outflow chamber 10 is connected with exocoel water inlet pipe 6,
Inner cavity water inlet pipe 5 is connected with interior stream chamber 11.Underflow head piece 14 and overflow head piece 15 are provided on cylinder body 1.Motor 4 connects with main pump 2
It connects, power is provided for main pump.Yarn bamboo trunk holder structure as shown in Fig. 9 ~ Figure 10.
Such as Fig. 5, the inner pump 13 contains inner pump main shaft 131, inner pump and is just being open 132 and inner pump side opening
133；Inner pump main shaft 131 is connect with inner pump driver 16, the central controller of overflow dyeing machine（In figure slightly）Interior pump can be controlled
The rotation of body driver 16, so as to change the position of inner pump just opening 132, so as to form different runner patterns.Described
Inner pump 13 further includes U-type groove 139, upper cover plate 135, rear sealing plate 137 and preceding sealing plate 134；The top of U-type groove and upper cover plate inner wall
Connection, U-type groove, rear sealing plate, preceding sealing plate and upper cover plate form a tool there are two the commutation cavity being open, include inner pump
Positive opening 132 and preceding head piece 138, inner pump just opening are connect with the opening of U-type groove；The preceding head piece 138 is a round hole；
Upper cover plate is the part on a cylindrical surface, the cylindrical surface and the circular hole coaxial of preceding head piece；Upper cover plate is opened equipped with inner pump side
Mouth 133；Size, shape and the inner pump of the inner pump side opening 133 just opening 132 are completely the same, and the two is in same
On a cylindrical surface；There is gap between the upper cover plate and U-type groove, form effluent chamber 136, the effluent chamber and inner pump side opening
133 connections.
Central controller（In figure slightly）The rotation of inner pump driver 16 can be controlled, is just open so as to change inner pump
132 position, so as to form different runner patterns, including：
Such as Fig. 4, when inner pump be just open 132 be directed at outflow chamber 10 connect when, at this time the outer pump housing 13 and inner pump 12 it
Between runner exit connected with interior stream chamber 11, and inner pump side opening 133 is then closed by the outer pump housing 12, runner pattern be known as " by
Flow pattern from inside to outside "；Under " flow pattern from inside to outside ", fluid enters from main pump 3 between the outer pump housing 13 and inner pump 12
Runner, and pass through inner pump side opening 133 enter it is interior stream chamber 11, subsequently into yarn bamboo trunk 8, fluid flows through yarn from yarn bamboo trunk
After fall back to outflow chamber 10 in, be just open by inner pump 132 enter inner pumps 13 in, recycled subsequently into main pump 3.
Such as Fig. 3, when inner pump be just open 132 be directed at connection with interior stream chamber 11 when, inner pump side opening 133 and the chamber 10 that outflows
Also it connects simultaneously, runner pattern is known as " ecto-entad flow pattern "；Under " ecto-entad flow pattern ", fluid is from main pump 3
Runner between the outer pump housing 13 and inner pump 12, and pass through inner pump side opening 133 and enter outflow chamber 10, subsequently into cylinder
In body 1, fluid flows into yarn bamboo trunk 8 by yarn, falls back in interior stream chamber 11, is just being open in 132 entrance by inner pump later
It in the pump housing 13, is recycled subsequently into main pump 3, structure as shown in figure 11 may be used in the main pump of this example.
As a kind of example, a kind of control method of multi-mode wisdom wash water system, including：
Super water-saving wash water pattern：Pump 13 is in " flow pattern from inside to outside " in central controller controls, open exocoel into
Water pipe 6 and underflow head piece 14 close inner cavity water inlet pipe 5 and drainpipe 7；Clear water is obtained dynamic by exocoel water inlet pipe 6 into main pump 3
Power is ejected through yarn from yarn bamboo trunk 8, flows back into outflow chamber and is recycled；Sewage more than 14 water level of underflow head piece discharges cylinder
Body；
Overflow wash water pattern：" flow pattern from inside to outside " and " ecto-entad stream can be used by certain time loop cycle
Dynamic model formula " carries out overflow wash water.Pump 13 opens inner cavity water inlet pipe in " ecto-entad flow pattern " in central controller controls
5 and overflow head piece 15, close exocoel water inlet pipe 6, drainpipe 7 and underflow head piece 14；Clear water enters main pump 3 by inner cavity water inlet pipe 5
Power is obtained, clear water enters across yarn inside yarn bamboo trunk 8, flows back into interior stream chamber and is recycled；More than 15 water level of overflow head piece
Sewage discharge cylinder body；Pump 13 opens 6 He of exocoel water inlet pipe in " flow pattern from inside to outside " in central controller controls
Overflow head piece 15 closes inner cavity water inlet pipe 5 and drainpipe 7；Clear water obtains power by exocoel water inlet pipe 6 into main pump 3, from yarn bamboo
Pipe 8 is ejected through yarn, flows back into outflow chamber and is recycled；Sewage more than 15 water level of overflow head piece discharges cylinder body.
Periodic cycle wash water pattern：Central controller periodically control inner pump 13 be in " super water-saving wash water pattern " and
" overflow wash water pattern ".
According to the disclosure and teachings of the above specification, the utility model those skilled in the art can also be to above-mentioned reality
The mode of applying is changed and is changed.Therefore, the utility model is not limited to specific embodiment disclosed and described above, right
Some modifications and changes of the utility model should also be as falling into the scope of the claims of the utility model.
Claims (5)
1. a kind of multi-mode wisdom wash water system, it is characterised in that including cylinder body（1）, pump case（2）, main pump（3）, motor（4）, it is interior
Chamber water inlet pipe（5）, exocoel water inlet pipe（6）, drainpipe（7）, yarn bamboo trunk（8）, yarn bamboo trunk seat（9）, outflow chamber（10）, interior stream chamber
（11）, the outer pump housing（12）, inner pump（13）；
The outer pump housing（12）And inner pump（13）It is coaxially arranged, inner pump（13）With main pump（3）Fluid inlet connection, outer pump
Body（12）With main pump（3）Fluid outlet connection；The outer pump housing（12）And inner pump（13）Between the channel that is formed, respectively with it is interior
Flow chamber（11）And drainpipe（7）Connection；Pump case（2）Upper opening and cylinder body（1）Connection, pump case（2）Inner cavity be divided into outflow
Chamber（10）With interior stream chamber（11）；Interior stream chamber（11）Upper opening and yarn bamboo trunk seat（9）Collect mouth（93）Connection；Outflow chamber（10）
It is connect with cylinder body (1)；Yarn bamboo trunk seat（9）On be provided with multiple interior head pieces（91）With multiple outflow ports（92）, interior head piece（91）All
With collecting mouth（93）Connection；Outflow port（92）It is through-hole；Yarn bamboo trunk（8）Mounted on interior head piece（91）On, yarn bamboo trunk is equipped with logical
Hole；Outflow chamber（10）With exocoel water inlet pipe（6）Connection, inner cavity water inlet pipe（5）With interior stream chamber（11）Connection；Motor（4）With main pump
（3）Connection, power is provided for main pump；
The inner pump（13）Contain inner pump main shaft（131）, inner pump is just open（132）With inner pump side opening（133）；
Inner pump main shaft（131）With inner pump driver（16）Connection, central controller can control inner pump driver（16）Rotation,
It is just open so as to change inner pump（132）Position, so as to form different runner patterns.
A kind of 2. multi-mode wisdom wash water system according to claim 1, it is characterised in that cylinder body（1）Top be equipped with it is upper
Overflow port（15）, lower part is equipped with underflow head piece（14）.
A kind of 3. multi-mode wisdom wash water system according to claim 1 or 2, it is characterised in that the inner pump（13）
Further include U-type groove（139）, upper cover plate（135）, rear sealing plate（137）With preceding sealing plate（134）；The top of U-type groove and upper cover plate inner wall
Connection, U-type groove, rear sealing plate, preceding sealing plate and upper cover plate form a tool there are two the commutation cavity being open, include inner pump
Positive opening（132）With preceding head piece（138）, inner pump just opening connect with the opening of U-type groove；The preceding head piece（138）It is one
Round hole；Upper cover plate is the part on a cylindrical surface, the cylindrical surface and the circular hole coaxial of preceding head piece；Upper cover plate is equipped with interior pump
Side is open（133）；The inner pump side opening（133）Size, shape and inner pump be just open（132）It is completely the same, and
The two is on same cylindrical surface；There is gap between the upper cover plate and U-type groove, form effluent chamber（136）, the effluent chamber
With inner pump side opening（133）Connection.
A kind of 4. multi-mode wisdom wash water system according to claim 3, it is characterised in that the inner pump main shaft（131）
It is connect with pneumatic actuator, receives the power from pneumatic actuator and obtain rotary motion, so as to which inner pump be driven to rotate；
The outer pump housing（12）It is the cylindrical tube structure of traverse, is provided with opening；The outer pump housing（12）It is co-axially mounted with inner pump,
And inner pump can be in the outer pump housing（13）In rotate freely；The outer pump housing（12）The opening and pump case of upper setting（2）Inner cavity connect
It is logical；Exocoel water inlet pipe（6）With the chamber that outflows（10）Connection, inner cavity water inlet pipe（5）With interior stream chamber（11）Connection；Drainpipe（7）With it is outer
The pump housing（13）Connection, and with the outer pump housing（13）And U-type groove（139）The runner connection formed between lateral wall.
5. a kind of multi-mode wisdom wash water system according to claim 3, it is characterised in that：Central controller can control
Inner pump driver（16）Rotation, be just open so as to change inner pump（132）Position, so as to form different runner moulds
Formula, including：
Pattern one：When inner pump is just being open（132）With the chamber that outflows（10）During alignment connection, the outer pump housing at this time（12）And inner pump
（13）Between runner exit and interior stream chamber（11）Connection, and inner pump side opening（133）Then by the outer pump housing（12）It closes, runner
Pattern is known as flow pattern from inside to outside；Under flow pattern from inside to outside, fluid is from main pump（3）Into the outer pump housing（13）With it is interior
The pump housing（12）Between runner, and pass through inner pump side opening（133）Into interior stream chamber（11）, subsequently into yarn bamboo trunk（8）, stream
Body falls back to outflow chamber after flowing through yarn from yarn bamboo trunk（10）In, it is just being open by inner pump（132）Into inner pump（13）In,
Subsequently into main pump（3）It is recycled；
Pattern two：When inner pump is just being open（132）With interior stream chamber（11）During alignment connection, inner pump side opening（133）With outflow
Chamber（10）Also it connects simultaneously, runner pattern is known as ecto-entad flow pattern；Under ecto-entad flow pattern, fluid is from main pump
（3）Into the outer pump housing（12）And inner pump（13）Between runner, and pass through inner pump side opening（133）Into outflow chamber
（10）, subsequently into cylinder body（1）In, fluid flows into yarn bamboo trunk by yarn（8）, interior stream chamber is fallen back to later（11）In, pass through
Inner pump is just open（132）Into inner pump（13）In, subsequently into main pump（3）It is recycled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720836199.0U CN207512400U (en) | 2017-07-11 | 2017-07-11 | A kind of multi-mode wisdom wash water system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720836199.0U CN207512400U (en) | 2017-07-11 | 2017-07-11 | A kind of multi-mode wisdom wash water system |
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| Publication Number | Publication Date |
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| CN207512400U true CN207512400U (en) | 2018-06-19 |
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ID=62531779
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| CN201720836199.0U Active CN207512400U (en) | 2017-07-11 | 2017-07-11 | A kind of multi-mode wisdom wash water system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107488957A (en) * | 2017-07-11 | 2017-12-19 | 广州番禺高勋染整设备制造有限公司 | A kind of multi-mode wisdom wash water system and its control method |
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2017
- 2017-07-11 CN CN201720836199.0U patent/CN207512400U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107488957A (en) * | 2017-07-11 | 2017-12-19 | 广州番禺高勋染整设备制造有限公司 | A kind of multi-mode wisdom wash water system and its control method |
| CN107488957B (en) * | 2017-07-11 | 2024-05-03 | 高勋绿色智能装备(广州)有限公司 | Multi-mode intelligent washing system and control method thereof |
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