CN206219803U - Conduction band conveys built-in selvage guide overflow dyeing machine - Google Patents
Conduction band conveys built-in selvage guide overflow dyeing machine Download PDFInfo
- Publication number
- CN206219803U CN206219803U CN201621140675.7U CN201621140675U CN206219803U CN 206219803 U CN206219803 U CN 206219803U CN 201621140675 U CN201621140675 U CN 201621140675U CN 206219803 U CN206219803 U CN 206219803U
- Authority
- CN
- China
- Prior art keywords
- conduction band
- cloth
- cylinder
- built
- guide tube
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
A kind of conduction band conveys built-in selvage guide overflow dyeing machine, and it includes that one installs backed horizontal cylinder in bottom, be axially disposed with cylinder one or two end plate be around in conduction band driving wheel and conduction band driven pulley, the conduction band of another side is sent to from the side of cylinder one for fabric；It is provided with above the conduction band of the side of cylinder one for the cropping transition apparatus on fabric even drop down to conduction band, and in the built-in cloth guider of cylinder another side, cloth guider be provided with correspondence cloth guide tube, with motor or the cloth-guiding wheel without motor, cloth-guiding wheel is placed in conduction band top and periphery is formed with selvage guide passage, and coloring nozzle is provided with below the cloth-guiding wheel；Cloth guide tube being provided with connection coloring nozzle outside the conduction band lower section or cylinder, being moved for fabric circulation, the cloth guide tube extends to the side of cylinder one and connects described cropping transition apparatus from the another side of cylinder；One end side-lower of the cylinder is provided with fluid reservoir, and the fluid reservoir is connected at nozzle by built-in water pump through woven hose.
Description
Technical field
Built-in selvage guide overflow dyeing machine is conveyed the utility model relates to a kind of conduction band, belongs to textile dyeing machinery technology neck
Domain.
Background technology
Overflow dyeing machine on current domestic and international market is to drive to be followed repeatedly in overflow dyeing machine by dyeing and weaving thing by dye liquor or vapour-liquid
Ring and realize dyeing；Fabric needs substantial amounts of dye liquor or vapour-liquid to provide driving force and buoyancy in overflow dyeing machine during iterative cycles,
So nozzle coloring water and fabric circulation motion water are must assure that in overflow dyeing machine, and cycling use of water amount substantially exceeds coloring and uses
Water, causes the dye liquor that very high level must be kept in dyeing machine drum body, causes overflow dyeing machine bath raio higher（Ministry of Industry and Information specifies not
Must be more than 1:8）, typically 1:6-1:8 even more highs, while also need to consume substantial amounts of dye material, auxiliary agent, electricity, steam etc., this
Not only energy consumption is big to plant traditional dyeing machine, and time-consuming, while producing a large amount of process spent waters, production cost is higher；Also as dye liquor or
The unstability of its pressure, flow, flow velocity when vapour-liquid is as circulation power, causes unstable in circular flow by dyeing and weaving thing
Turned over before even, it is delayed situations such as, easily produce circulation not smooth, the problems such as block up cloth, rear stagnant, dyeing defect, reduce production efficiency, trigger matter
Amount problem.Requirement with country to energy-saving and emission-reduction and increasing to the dynamics of environmental protection, reducing overflow dyeing machine bath raio turns into
Improve the performance of enterprises and preserve the ecological environment most important, most direct means and method, market cry is strong.
The content of the invention
The purpose of this utility model is to overcome the shortcomings of that prior art is present, and provides a kind of simple structure, uses behaviour
Facilitate, the consumption of dye liquor in dyeing course can be greatly reduced, reduce bath raio, thus low production cost, production efficiency is high；
The absolute altitude on conduction band edge to cloth-guiding wheel is reduced because of built-in selvage guide again, opening when textile dyeing is circulated is greatly reduced
Power, can guarantee that dyeing quality, keep and make widely known elegant, soft etc. the style and features of fabric, and the conduction band for lifting the quality of fabric is defeated
Send built-in selvage guide overflow dyeing machine.
The purpose of this utility model is completed by following technical solution, and a kind of conduction band conveys built-in selvage guide dyeing
Machine, it includes that one installs backed horizontal cylinder in bottom, one or two end plate is axially disposed with cylinder and is around in conduction band driving wheel
With conduction band driven pulley, conduction band that another side is sent to for fabric from the side of cylinder one；Above the conduction band of the side of cylinder one
It is provided with for the cropping transition apparatus on fabric even drop down to conduction band, and in the built-in cloth guider of cylinder another side, selvage guide
Device be provided with correspondence cloth guide tube, with motor or the cloth-guiding wheel without motor, cloth-guiding wheel be placed in conduction band top and
Periphery is formed with selvage guide passage, and coloring nozzle is provided with below the cloth-guiding wheel；
Cloth guide tube being provided with connection coloring nozzle outside the conduction band lower section or cylinder, being moved for fabric circulation, it is described
Cloth guide tube extends to the side of cylinder one and connects described cropping transition apparatus from the another side of cylinder；The cylinder
One end side-lower is provided with fluid reservoir, and the fluid reservoir is connected at nozzle by built-in water pump through woven hose.
As preferred：Described cloth guide tube import arranges against selvage guide passage feed opening, and described nozzle is against cloth guide tube
Import arrangement；Described cloth guide tube outlet is arranged in the tilting cropping passage top of cropping transition apparatus and is filled with cropping transition
Put connection.
As preferred：The bottom of described conduction band is provided with the strainer for being tensioned conduction band；Described cloth guide tube is placed in
The lower section of conduction band in cylinder, the other end of the cloth guide tube is connected to described cropping transition apparatus by selvage guide tube passage, and falls
Cloth transition apparatus outlet-inclined impeller vane is down against the conduction band on conduction band driven pulley；Described conduction band driven pulley is arranged in cropping transition dress
The lower section of outlet is put, described conduction band driving wheel is arranged in the back lower place of cloth-guiding wheel, and by drive sprocket axle and built-in conduction band
Motor is connected.
The utility model is mainly：Dyed fabric circulation is driven for conduction band conveys circulation by dye liquor or vapour-liquid by traditional,
Machine power transmission principle is changed into by fluid dynamic driving principle, the use of operation dye liquor in dyeing course is significantly reduced
Amount, fabric and dye liquor weight ratio when reducing bath raio, dyeing；Again because built-in selvage guide reduce conduction band to cloth-guiding wheel edge
Absolute altitude, greatly reduce textile dyeing circulate when tension force, can guarantee that dyeing quality, keep and make widely known fabric it is elegant,
The style and features of softness etc., lift the quality of fabric.
The utility model is revolutionary to be created when overflow dyeing machine is dyeed by new design, the new method of dyeing and weaving thing dye cycle,
Overturned now both at home and abroad all kinds of overflow dyeing machines using dye liquor or vapour-liquid as power drive by the method for dyeing and weaving thing dye cycle, carry
Go out with conduction band conveying substitution dye liquor or vapour-liquid driving cycle, eliminated the dye in addition to nozzle coloring water in dyeing machine drum body
Liquid, only retains nozzle coloring water, greatly reduces the demand of dye liquor；According to by the difference of dyeing and weaving thing, the reduction of dye liquor amount
Amplitude between 50%-70%, bath raio is reduced to 1:2-1:3, save corresponding water, auxiliary agent, dye material, electricity, steam
Consumption, reduce the discharge of dyeing waste water, reduce enterprise's cost of sewage disposal, be conducive to environmental protection.Meanwhile, because leading
Band conveying causes by dyeing and weaving thing in good order in cyclic process, it is to avoid the circulation that the unstability that dye liquor drives is brought is not
Freely, staining efficiency and dyeing product rate are improve, and the absolute altitude on conduction band edge to cloth-guiding wheel, pole is reduced because of built-in selvage guide
The earth reduces tension force when textile dyeing is circulated, and can guarantee that dyeing quality, keeps and make widely known elegant, soft etc. the style of fabric
Feature, lifts the quality of fabric.
The utility model has simple structure, using easy to operate, can significantly reduce the use of dye liquor in dyeing course
Amount, reduces bath raio, thus low production cost, and production efficiency is high, can guarantee that dyeing quality, the wind such as elegant, soft of making widely known fabric
The characteristics of lattice feature.
Brief description of the drawings
Fig. 1 is side structure schematic view of the present utility model.
Fig. 2 is side structure schematic view of the present utility model.
Specific embodiment
The utility model is described in detail below in conjunction with accompanying drawing：Fig. 1, shown in 2, one kind described in the utility model
Conduction band conveys built-in selvage guide overflow dyeing machine, and it is provided with the horizontal cylinder 1 of bearing 15 including one in bottom, axial cloth in cylinder 1
Be equipped with one or two end plate be around in conduction band driving wheel 6 and conduction band driven pulley 7, be sent to another side from the side of cylinder 1 one for fabric
Conduction band 3；It is provided with for the cropping transition apparatus 14 on fabric even drop down to conduction band in the top of conduction band 3 of the side of cylinder 1 one,
And the cloth guider for making fabric above carry is built-in with the another side of cylinder 1, the cloth guider is provided with correspondence cloth guide tube 11, band
Motor 5 or the cloth-guiding wheel 13 without motor, cloth-guiding wheel 13 is placed in the top of conduction band 3 and periphery is formed with selvage guide passage
12, the lower section of the cloth-guiding wheel 13 is provided with coloring nozzle 2；
The lower section of the conduction band 3 is provided with outward connection coloring nozzle 2, leading for fabric circulation movement with internal or cylinder 1
Stringing 11, the cloth guide tube 11 extends to the side of cylinder 1 one and connects described cropping transition from the another side of cylinder 2
Device 14；One end side-lower of the cylinder 1 is provided with fluid reservoir 9, and the fluid reservoir 9 is connected by built-in water pump 10 through woven hose
It is connected at the coloring nozzle 2 for textile dyeing.
Shown in figure, the described import of cloth guide tube 11 is arranged against the feed opening of selvage guide passage 12, described coloring nozzle 2 pairs
The import arrangement of cloth guide tube 11；Described cloth guide tube 11 exports the tilting cropping passage top for being arranged in cropping transition apparatus 14
And connected with cropping transition apparatus 14.
The bottom of conduction band described in the utility model 3 is provided with the strainer 8 for being tensioned conduction band；Described cloth guide tube 11 is put
In the lower section of conduction band 3 in cylinder 1, the other end of the cloth guide tube 11 is connected to described cropping transition apparatus by selvage guide tube passage
14, and the outlet-inclined impeller vane of cropping transition apparatus 14 is down against the conduction band 3 on conduction band driven pulley 7；Described conduction band driven pulley 7 is arranged
In the lower section of the outlet of cropping transition apparatus 14, described conduction band driving wheel 6 is arranged in the back lower place of cloth-guiding wheel 13, and by actively
Wheel shaft is connected with built-in conduction band motor 5.
Operation principle of the present utility model is：Fabric completes dyeing in cylinder 1, and fabric first passes around nozzle 2, in nozzle
Dyeed in the presence of high temperature or normal temperature in the pressure and cylinder 1 of 2 dye liquors, under the effect of spraying of the coloring of nozzle 2, fabric is suitable
Cloth guide tube 11 to run to cloth guide tube rear end top, by being dropped down onto on conduction band 3 under cropping transition apparatus 14, now with fabric
Motion dye liquor so far is fallen directly into the fluid reservoir 9 of lower section, and dye liquor in fluid reservoir 9 then is pumped into nozzle 2 with water pump 10
Place, is reused for the dyeing to fabric.By the putting down with conduction band of the fabric on the even drop down of cropping transition apparatus 14 to conduction band 3
Steady motion is neat, be smoothly delivered to the front end of conduction band 3, is again introduced into nozzle 2 by cloth-guiding wheel 13 and is circulated dyeing.
Operation principle of the present utility model is to drive for traditional dyeing machine liquid stream or vapour-liquid stream with guide belt conveyor belt
Into by the dyeing cycle of dyeing and weaving thing.
Belt-guiding device described in the utility model refers to all conveying devices for meeting this operation principle in various overflow dyeing machines
On application, be not limited to a certain structure and the application on a certain overflow dyeing machine；Such as in different pressures, the overflow dyeing machine of different temperatures
On application；In same type different size, a pipe double flute is only shown as shown in Figure 1, also the pipe one including other embodiments
Groove, a pipe multiple-grooved, applied on the overflow dyeing machine of 50-1000 kilograms of single-machine capacity etc..
Claims (3)
1. a kind of conduction band conveys built-in selvage guide overflow dyeing machine, and it includes that one installs backed horizontal cylinder, its feature in bottom
Be axially be disposed with described cylinder one or two end plate be around in conduction band driving wheel and conduction band driven pulley, for fabric from cylinder one
Side is sent to the conduction band of another side；It is provided with above the conduction band of the side of cylinder one on fabric even drop down to conduction band
Cropping transition apparatus, and in the built-in cloth guider of cylinder another side, cloth guider is provided with correspondence cloth guide tube, band driving electricity
Machine or the cloth-guiding wheel without motor, cloth-guiding wheel is placed in conduction band top and periphery is formed with selvage guide passage, the cloth-guiding wheel
Lower section is provided with coloring nozzle；
Cloth guide tube being provided with connection coloring nozzle outside the conduction band lower section or cylinder, being moved for fabric circulation, the selvage guide
Pipe extends to the side of cylinder one and connects described cropping transition apparatus from the another side of cylinder；One end of the cylinder
Side-lower is provided with fluid reservoir, and the fluid reservoir is connected at nozzle by built-in water pump through woven hose.
2. conduction band according to claim 1 conveys built-in selvage guide overflow dyeing machine, it is characterised in that described cloth guide tube import
Against selvage guide passage feed opening arrangement, the import of described nozzle against cloth guide tube is arranged；Described cloth guide tube outlet is arranged in
The tilting cropping passage top of cropping transition apparatus simultaneously connects with cropping transition apparatus.
3. conduction band according to claim 1 and 2 conveys built-in selvage guide overflow dyeing machine, it is characterised in that under described conduction band
Portion is provided with the strainer for being tensioned conduction band；Described cloth guide tube is placed in the lower section of conduction band in cylinder, the cloth guide tube it is another
End by selvage guide tube passage be connected to described in cropping transition apparatus, and cropping transition apparatus outlet-inclined impeller vane down against conduction band from
Conduction band on driving wheel；Described conduction band driven pulley is arranged in the lower section of cropping transition apparatus outlet, described conduction band driving wheel cloth
Put in the back lower place of cloth-guiding wheel, and be connected with built-in conduction band motor by drive sprocket axle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621140675.7U CN206219803U (en) | 2016-10-20 | 2016-10-20 | Conduction band conveys built-in selvage guide overflow dyeing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621140675.7U CN206219803U (en) | 2016-10-20 | 2016-10-20 | Conduction band conveys built-in selvage guide overflow dyeing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206219803U true CN206219803U (en) | 2017-06-06 |
Family
ID=58788247
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621140675.7U Expired - Fee Related CN206219803U (en) | 2016-10-20 | 2016-10-20 | Conduction band conveys built-in selvage guide overflow dyeing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206219803U (en) |
-
2016
- 2016-10-20 CN CN201621140675.7U patent/CN206219803U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206721497U (en) | A kind of continuous excessively soft production line | |
| CN202139426U (en) | Overflow dyeing machine | |
| CN206219803U (en) | Conduction band conveys built-in selvage guide overflow dyeing machine | |
| CN204185678U (en) | There is the air-flowing type dyeing machine that conveyer belt drives | |
| CN103726244A (en) | Unidirectional circulation dyeing process for cheese | |
| CN206219804U (en) | Conduction band conveys external selvage guide overflow dyeing machine | |
| CN203320277U (en) | Sulfur dyestuff waste liquid collecting and recycling device | |
| CN204875199U (en) | Small -size dyeing machine with camera is convenient for remove | |
| CN106436094A (en) | Cloth-guide dyeing machine with external conveying guide belt | |
| CN106436093A (en) | Guiding band conveying built-in type cloth-guiding dyeing machine | |
| CN202989540U (en) | High temperature and high pressure backflow dyeing machine printing and dyeing wastewater backflow recycling system | |
| CN206887454U (en) | Upwards running type cloth guide tube overflow dyeing machine is put in conduction band transport tube body | |
| CN206828780U (en) | The overflow dyeing machine of swing type cropping is walked in conduction band conveying | |
| CN206887429U (en) | Conduction band conveys the upwards running type overflow dyeing machine that multiinjector arranged side by side dyes simultaneously | |
| CN206828779U (en) | The overflow dyeing machine of swing type cropping is walked under conduction band conveying | |
| CN204875149U (en) | Circulating dyeing machine | |
| CN206828789U (en) | The overflow dyeing machine of chute-type cropping is walked in conduction band conveying | |
| CN206887442U (en) | The overflow dyeing machine of chute-type cropping is walked under conduction band conveying | |
| CN107151882A (en) | Lower step mode cloth guide tube overflow dyeing machine is put in a kind of conduction band transport tube body | |
| CN207933673U (en) | A kind of two-way dyeing mechanism of double pump monotubular yarn | |
| CN208829899U (en) | Beam dyeing machine | |
| CN107164903A (en) | Upwards running type cloth guide tube overflow dyeing machine is put in a kind of conduction band transport tube body | |
| CN107201612A (en) | A kind of conduction band conveys the upwards running type overflow dyeing machine that multiinjector arranged side by side is dyed simultaneously | |
| CN107201611A (en) | The overflow dyeing machine of swing type cropping is walked in a kind of conduction band conveying | |
| CN205576496U (en) | Novel high -temperature and high -pressure dying machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170606 Termination date: 20211020 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |