CN208914781U - Warp thread transfer interpreter - Google Patents
Warp thread transfer interpreter Download PDFInfo
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- CN208914781U CN208914781U CN201821594337.XU CN201821594337U CN208914781U CN 208914781 U CN208914781 U CN 208914781U CN 201821594337 U CN201821594337 U CN 201821594337U CN 208914781 U CN208914781 U CN 208914781U
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- heating roller
- coloured paper
- warp thread
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Abstract
A kind of warp thread transfer interpreter includes heating roller, transfer unit and coloured paper unit.The heating drum surface temperature is controlled in processing temperature.The transfer unit includes drive shaft, separation shaft, support shaft and conveyer belt.The drive shaft around own axis and drives the conveyer belt to be driven along transport path by driving.The heating roller, the separation shaft and the support shaft are resisted against the conveyer belt and around own axis.The coloured paper unit includes the first coloured paper group that the transfer unit side is arranged in and is suitable for dyeing.The utility model carries out non-aqueous dyeing to warp thread with coloured paper and can precisely produce on a small quantity according to demand, to generate environmental protection and reduce the effect of cost.
Description
Technical field
The utility model relates to a kind of dyeing installations, more particularly to a kind of warp thread transfer interpreter.
Background technique
Dyeing and finishing processing procedure is the important link of product deep processing in Textile Chain, can promote quality, the function of textile
And value.In addition, the dyeing and finishing processing procedure is also the key link of resource consumption and pollutant emission.Its energy consumption accounts for about Textile Chain
30%.COD (Chemical Oxygen Demand, the COD) discharge of waste water account for about the 80% of textile industry with
On.The effect of the dyeing and finishing processing procedure is yarn catching color, to weave the cloth for having various different colors.However, traditional
Dyeing and finishing processing procedure be to be immersed in yarn in a large amount of water containing dissolving dye, and carry out rush dye using a large amount of inorganic salts.Later
Also to pass through temperature program and cleaning procedure, dyeing could be completed.Low (the comprehensive benefit of aforementioned yarn dyeing processing procedure, not only dye utilization rate
There was only 50%-60% with rate), the waste material after also generating a large amount of vapor and burning fuel quite expends resource and will cause
Air pollution is unfavorable for environmental protection.In addition, the waste material and dyestuff needs after burning fuel wash with water, sewage can be generated
And it needs by that could discharge at sewage.It builds sewage treatment facility and expends vast resources and soil, improve and build factory
The cost in room.Therefore, it is quite beneficial that high-effect, short route, the printing technology of less salt are developed.
And with regard to the level of technology from the point of view of, the yarn of cloth can divide into warp thread and weft yarn when weaving, and warp thread is spun along one
Direction extension is knitted, and weft yarn then can be staggeredly fixed to one another with warp thread.Existing weaving loom is supplied by a warp shaft
Warp thread is answered, up to a hundred kilograms of warp thread is wound on the warp shaft and there is sizable production scale.Weft yarn is then wound around more
On a weft yarn axis, and the weft yarn of different colours can be wrapped in multiple and different weft yarn axis simultaneously.For in terms of practice, warp thread
It only will use white yarn and two kinds of common used materials of crape.When fabric is light color, warp thread then uses white yarn；It is anti-when fabric is
When dark color is, warp thread then uses black yarn.When weaving, fabric needs to be covered warp thread using a large amount of weft yarn and generated with weft yarn
Color and covers flaw caused by warp thread (white point or stain) as the fabric of background color.Make to make up aforementioned flaw
When with the warp thread of other colors, replacement warp thread can be led to the problem of.When replacing warp thread, the usual quantity of warp thread is few then thousands of
Root, up to up to ten thousand and sequential.It must be according to sequentially fitly arranging to corresponding position, quite during replacement
It is time-consuming and laborious.If also cost can be caused to be significantly increased due to production scale deficiency and using the warp thread of other colors.Existing spinning
Therefore loom can divide into two kinds of black and white, and the board of white yarn is used just cannot to use crape, on the contrary, use the machine of crape
Platform can not use white yarn.This limitation affects the utilization rate of board, promotes production cost indirectly.
It for example, can be using the warp thread and jade-green weft yarn of white when production background color is jade-green cloth.And
In order to keep the background color of cloth closely knit, since the color of warp thread is white rather than light green color, the density of weft yarn can only be increased.Such as
This one, will lead to manufacturing time increased costs, finished product is hardened and faulty materials (such as hand pick, broken yarn) increase etc. counter productives,
Keep production cost soaring, the decline of client's comfort.
Summary of the invention
Can be carried out non-aqueous dyeing the purpose of this utility model is to provide one kind and can precisely produce on a small quantity according to demand and
It is convenient for changing the warp thread transfer interpreter of warp thread.
The utility model warp thread transfer interpreter includes to be used to support and the body unit of driving assembly, be removably installed in
The body unit and the heating roller extended in left-right direction are installed on the body unit and extend along the left and right directions
Transfer unit and coloured paper unit.
The heating roller is driven by the body unit and around own axis and surface temperature is controlled in processing
Temperature.The transfer unit includes drive shaft, separation shaft, support shaft, and around the drive shaft, the separation shaft and the branch
Support the conveyer belt of axis.Define perpendicular to the left and right directions up and down direction, and both perpendicular to the left and right directions with it is described
The front-rear direction of up and down direction.The drive shaft and the separation shaft are respectively arranged at the heating roller along the up and down direction
Downside and upside.Front side also is biased to relative to the heating roller along the front-rear direction in the position of the drive shaft.It is described
Support shaft is set to the rear side of the heating roller along the front-rear direction.
The drive shaft is driven by the body unit and around own axis and drives the conveyer belt along conveying path
Diameter transmission.The conveyer belt along the transport path be driven during sequentially pass through the drive shaft, the heating roller, institute
It states separation shaft and the support shaft and recycles and be driven along the transport path with the drive shaft turns.The conveyer belt is also
With tensioned so that itself sticking in the drive shaft, the heating roller, the separation shaft and the support shaft.The heating
Roller is by being resisted against the conveyer belt on the outside of the conveyer belt, the separation shaft and the support shaft are by the conveyer belt
Side be resisted against the conveyer belt and all driven by the conveyer belt and around own axis.
The coloured paper unit includes that the transfer unit is arranged in along the first coloured paper group of the front-rear direction wherein side.
The utility model warp thread transfer interpreter also includes whole line unit.The whole line unit includes corresponding to the drive shaft simultaneously
The input yarn comb that front side is set relative to the transfer unit and is extended along the left and right directions, and correspond to the separation
Axis and the output yarn comb that front side is set relative to the transfer unit and is extended along the left and right directions.The input yarn
Comb is all removably installed in the body unit with output yarn comb and is suitable for combing yarn.
The utility model warp thread transfer interpreter, the whole line unit further include being arranged relative to input yarn comb in front side
And it is arranged along the yarn input shaft of left and right directions extension, relative to output yarn comb in front side and along the right and left
To the yarn output shaft of extension and two settings in the heating roller along the rear side in the front-back direction and along the right and left
To the line pressing rod of extension.The yarn input shaft and the yarn output shaft all can be around own axis.The yarn input
Axis and the yarn output shaft are all suitable for multiple warp thread and arrange along the left and right directions and be resisted against surface.The line pressing rod
The heating roller is also respectively arranged at along the downside of the up and down direction and upside and is removably installed in the body list
Member.
First coloured paper group of the utility model warp thread transfer interpreter, the coloured paper unit has relative to the heating roller position
The first coloured paper input shaft in front side, and it is located at relative to the first coloured paper input shaft the first coloured paper output shaft of front side.Institute
It states the first coloured paper input shaft and the first coloured paper output shaft all can be around own axis.
The utility model warp thread transfer interpreter, the coloured paper unit further include being arranged in the transfer unit along the front and back
To the second coloured paper group of the side in contrast to the first coloured paper group.The second coloured paper group has relative to the heating roller
The second coloured paper input shaft positioned at downside, and relative to the second coloured paper output shaft for heating roller and being located at upside.Described
Two coloured paper input shafts and the second coloured paper output shaft all can be around own axis.
The utility model warp thread transfer interpreter, the body unit include being set to two opposite sides along the left and right directions respectively
The first electronic box and the second electronic box, and be connected between first electronic box and second electronic box and the rack that is used to support.
The heating roller and the transfer unit are all set between first electronic box and second electronic box, so that the heating
Roller is driven with the drive shaft.
The utility model warp thread transfer interpreter, the body unit further include two and are separately positioned on first electronic box and institute
It states the second electronic box and position corresponds to the sliding slot for heating roller.The sliding slot extends along the front-rear direction and the direction that is open
It is simultaneously installed for the heating roller front side.The heating roller can be moved along the sliding slot when being installed on the sliding slot and removal and
It is separated with the body unit.
The utility model warp thread transfer interpreter, the body unit further include being removably installed in the rack before described
The separator frame of the front side of rear direction, and along the left and right directions adjacent to the sliding rack of the separator frame.The first coloured paper group,
The yarn input shaft and the yarn output shaft are all installed on the separator frame.When the separator frame is disassembled, the sliding
Frame can be slid into along the left and right directions in front of the rack and position corresponds to the sliding slot, so that the heating roller and institute
When stating the separation of body unit, the heating roller can be placed in the sliding rack.
The utility model warp thread transfer interpreter also include be set to the body unit and be located on the upside of the transfer unit and
For the ventilation duct of exhaust gas circulation.
The utility model warp thread transfer interpreter, the heating roller includes the cylinder and multiple extended along the left and right directions
The heating rod for being set to the inner barrel and extending along the left and right directions.Own axes of the heating rod around the cylinder
In angularly annular arrangement and be electrically connected to the body unit and can be by control temperature, so that the heating drum surface temperature
Reach the processing temperature and is uniformly distributed.
The utility model warp thread transfer interpreter, the transfer unit further include extending along the left and right directions and along the conveying
Path is set to the pressuring shaft between the support shaft and the drive shaft, and along left and right directions extension and along the conveying
Path is set to the tuningout axis between the pressuring shaft and the drive shaft.The pressuring shaft, which is resisted against on the inside of the conveyer belt, to be made
The tension for obtaining the conveyer belt increases and can move relative to the conveyer belt along the direction perpendicular to the left and right directions, in turn
It is adjustable the tension of the conveyer belt.The tuningout axis is resisted against on the inside of the conveyer belt and both ends can be respectively along the front and back
Deflection is generated to movement, and then the conveyer belt can be adjusted when in use along the position of the left and right directions.
The utility model warp thread transfer interpreter, the transfer unit further include extending along the left and right directions and by the body
Unit driving and around the gear shaft of own axis, and the rack gear of the separation shaft is engaged and is connected to the gear shaft.
The rack gear is engaged with the gear shaft so that the rack gear can be driven by the gear shaft and be moved.The further band of the rack gear
The separation shaft movement is moved, and then the relative position between the separation shaft and the heating roller can be adjusted.
The utility model has the beneficial effects that: passing through the heating roller, the transfer unit and the coloured paper unit
Cooperation, can with coloured paper to warp thread carry out non-aqueous dyeing and can precisely be produced on a small quantity according to demand simultaneously be also convenient for changing through
Yarn, to generate environmental protection and reduce the effect of cost.
Detailed description of the invention
Fig. 1 is a perspective view of one embodiment of the utility model warp thread transfer interpreter；
Fig. 2 is a front view of the embodiment；
Fig. 3 is a schematic cross-sectional view of the line III-III in Fig. 2；
Fig. 4 is one of the present embodiment and a weaving loom using schematic diagram, illustrates that multiple warp thread make with multiple coloured paper
The path of used time；
Fig. 5 is a front view of the embodiment, illustrates that one sliding rack is along one or so when a separator frame is disassembled
Position when direction slides into front of a rack；
Fig. 6 is one of the present embodiment and a weaving loom using schematic diagram, illustrates that one separation shaft is along one when disassembly
Front-rear direction moves towards the rear, and a heating roller is removed and is placed in the sliding rack.
Specific embodiment
The utility model is described in detail with reference to the accompanying drawings and embodiments.
Refering to fig. 1, Fig. 2 and Fig. 3, one embodiment of the utility model warp thread transfer interpreter, comprising one be used to support with
And the body unit of driving assembly 1, one be installed on the body unit 1 and along a left and right directions D1 extend heating roller 2,
One whole line list of the coloured paper unit 4, one of transfer unit 3, one for being installed on the body unit 1 and extending along left and right directions D1
Member 5 and a ventilation duct 6.
The body unit 1 include respectively along left and right directions D1 be set to two opposite sides first electronic box 11 and one
Second electronic box 12 and a rack 13 for being connected between first electronic box 11 and second electronic box 12 and being used to support.
The heating roller 2 by the body unit 1 drive and around own axis and surface temperature be controlled in one plus
Work temperature.The heating roller 2 includes one along the left and right directions D1 cylinder 21 extended and multiple is set to inside the cylinder 21
And the heating rod 22 extended along left and right directions D1.The heating rod 22 around the cylinder 21 own axes in angularly circular row
Arrange and be electrically connected to the body unit 1 and can be by control temperature, so that 2 surface temperature of heating roller reaches the processing temperature simultaneously
It is uniformly distributed.
The transfer unit 3 includes the 33, pressuring shafts 34, one of support shaft of separation shaft 32, one of drive shaft 31, one
35, one, a tuningout axis around the drive shaft 31, the separation shaft 32, the support shaft 33, the pressuring shaft 34 and the tuningout axis 35
36, gear shafts 37 of conveyer belt and a rack gear 38.A up and down direction D2 perpendicular to left and right directions D1 is defined, and
One front-rear direction D3 both perpendicular to left and right directions D1 and up and down direction D2.The drive shaft 31 is divided with the separation shaft 32
It is not set to the heating roller 2 along the downside and upside of up and down direction D2.The position of the drive shaft 31 is also along the front-rear direction
D3 is biased to front side relative to the heating roller 2.The support shaft 33 is set to the rear side of the heating roller 2 along front-rear direction D3.
In the present embodiment, the material of the conveyer belt 36 is woollen but it is also possible to be other materials such as plastics or rubber.
The drive shaft 31 around own axis and drives the conveyer belt 36 to convey along one by the body unit 1 driving
Path transmission.The conveyer belt 36 along the transport path be driven during sequentially by the drive shaft 31, the heating roller 2, should
Separation shaft 32, the support shaft 33, the pressuring shaft 34 are with the tuningout axis 35 and with the drive shaft 31 rotation and along the transport path
Circulation transmission.The conveyer belt 36 is also with tensioned so that itself stick in the drive shaft 31, the heating roller 2, the separation shaft 32
With the support shaft 33.The heating roller 2 is resisted against the conveyer belt 36 by the outside of the conveyer belt 36, the separation shaft 32 and the support
Axis 33 by the inside of the conveyer belt 36 be resisted against the conveyer belt 36 and all by the conveyer belt 36 drive and around own axis.It should
Pressuring shaft 34, which is resisted against, increases the tension of the conveyer belt 36.The pressuring shaft 34 can also be defeated relative to this
It send band 36 to move along the direction perpendicular to left and right directions D1, and then is adjustable the tension of the conveyer belt 36.The tuningout axis 35 supports
It is against 36 inside of conveyer belt and both ends can move respectively along front-rear direction D3 and generate deflection, and then can adjust when in use
The conveyer belt 36 is along the position of left and right directions D1.
The gear shaft 37 extends along left and right directions D1 and by the body unit 1 driving and around own axis.The tooth
Item 38 engages with the gear shaft 37 and is connected to the separation shaft 32.Since the rack gear 38 is engaged with the gear shaft 37, so that the tooth
Item 38 can be driven by the gear shaft 37 and be moved.It is mobile that the rack gear 38 is further driven to the separation shaft 32, and then can adjust this point
Relative position between off-axis 32 and the heating roller 2.
The heating roller 2 and the transfer unit 3 are all set between first electronic box 11 and second electronic box 12, so that should
Heating roller 2 is driven with the drive shaft 31.The body unit 1 further include two be separately positioned on first electronic box 11 and this
Two electronic boxs 12 and position correspond to the heating roller 2 sliding slot 14, one are removably installed in the rack 13 along the front and back
To the separator frame 15 of the front side of D3 and one along left and right directions D1 adjacent to the sliding rack 16 of the separator frame 15.The sliding slot
14 extend along front-rear direction D3 and the heating roller 2 are supplied to install.Energy when the heating roller 2 is installed on the sliding slot 14 and removal
It moves along the sliding slot 14 and is separated with the body unit 1.In the present embodiment, which respectively corresponded admittedly by two
Fixinig plate 151 due to first electronic box 11 and second electronic box 12 is formed, but only for for example, however it is not limited to this.It should
When separator frame 15 is disassembled, which can slide into 13 front of rack and position corresponding to described along left and right directions D1
Sliding slot 14, when so that the heating roller 2 being separated with the body unit 1, which can be placed in the sliding rack 16.
The coloured paper unit 4 includes one and first coloured paper group of the transfer unit 3 along the front side of front-rear direction D3 is arranged in
41 and a second coloured paper group 42 that 3 rear side of the transfer unit is set.The first coloured paper group 41 has one and adds relative to this
Hot roller 2 is located at the first coloured paper input shaft 411 of front side and one is located at front side relative to the first coloured paper input shaft 411
First coloured paper output shaft 412.The first coloured paper input shaft 411 and the first coloured paper output shaft 412 all can be around own axis.
The second coloured paper group 42 have one relative to the heating roller 2 be located at downside the second coloured paper input shaft 421 and one relatively
It is located at the second coloured paper output shaft 422 of upside in the heating roller 2, the second coloured paper input shaft 421 and second coloured paper export
Axis 422 all can be around own axis.
The whole line unit 5 includes one and corresponds to the drive shaft 31 and be arranged relative to the transfer unit 3 on front side and edge
The input yarn that left and right directions D1 extends combs 51, one and corresponds to the separation shaft 32 and exist relative to the transfer unit 3 setting
Front side and along left and right directions D1 extend output yarn comb 52, one relative to the input yarn comb 51 be arranged on front side and edge
Yarn input shaft 53, one of left and right directions D1 extension are arranged relative to output yarn comb 52 in front side and along the right and left
The heating roller 2 is set along the rear side of front-rear direction D3 and along the left and right to the D1 yarn output shaft 54 extended and two
The line pressing rod 55 that direction D1 extends.The first coloured paper group 41, the yarn input shaft 53 and the yarn output shaft 54 are all installed on this
Separator frame 15.
Input yarn comb 51 is all removably installed in the body unit 1 with output yarn comb 52 and is suitable for combing
Yarn.The yarn input shaft 53 and the yarn output shaft 54 all can be around own axis.The yarn input shaft 53 and the yarn
Output shaft 54 is all suitable for multiple warp thread 91 and arranges along left and right directions D1 and be resisted against surface.
The line pressing rod 55 is also respectively arranged at the heating roller 2 along the downside of up and down direction D2 and upside and detachable
Ground is installed on the body unit 1.It is worth noting that the line pressing rod 55 when in use and is not required to be installed on the body unit
11, but when replacing the warp thread 91, the body unit 1 can be installed on and fix the position of the warp thread 91 without making
The warp thread 91 is chaotic, helps to promote convenience.
The ventilation duct 6 is set to the body unit 1 and is located at 3 upside of transfer unit and is suitable for exhaust gas circulation.It should
Ventilation duct 6 has many holes, and exhaust gas is enabled to be entered in the ventilation duct 6 and be discharged by described hole.It is worth noting that
In general pressure in the ventilation duct 6 is less than pressure arround transfer unit 3 to scavenge.But the ventilation duct 6 is another
A kind of usage mode is then to be promoted to overpressure higher than pressure arround transfer unit 3, and the effect of the ventilation duct 6 at this time is not
Again to scavenge, but to 3 blow flow of transfer unit and cooling effect can be generated, to prevent 91 quilt of warp thread after dyeing
It heats too long and color aging.
Refering to fig. 1, Fig. 2 and Fig. 4, in use, multiple warp thread 91 are moved along a warp path.Firstly, the warp thread 91
It is arranged along left and right directions D1 and is resisted against 53 surface of yarn input shaft, then by front side towards before the direction of the transfer unit 3
Into.The warp thread 91 inputs the transfer unit 3 and is driven by the conveyer belt 36 and sequentially pass through the drive shaft 31, the heating roller
2 with the separation shaft 32.That is, the warp path is adjacent to the transport path between the drive shaft 31 and the separation shaft 32
Front side.After the warp thread 91 is exported by the transfer unit 3, advance towards the direction of the yarn output shaft 54 and along the left and right directions
D1 is arranged and is resisted against the surface of the yarn output shaft 54.In this way, which the warp thread 91 inputs the transfer unit orderlyly
3, it is exported also orderlyly by the transfer unit 3, and can sequentially be processed.
Multiple first coloured paper 92, which can correspond to, to be wound in the first coloured paper input shaft 411 and moves along a first coloured paper path
It is dynamic.Multiple second coloured paper 93, which can correspond to, to be wound in the second coloured paper input shaft 421 and moves along a second coloured paper path.It is worth
Illustrate, the first coloured paper input shaft 411 can be wound in the first coloured paper 92 of a variety of different colours, each color
First coloured paper 92 corresponds to the warp thread 91 of correct amount on demand.Similarly, the second coloured paper volume 93 of a variety of different colours can also be used
It is around in the second coloured paper input shaft 421, the second coloured paper 93 of each color corresponds to the warp thread 91 of correct amount on demand.It is described
Breadth of first coloured paper 92 with second coloured paper 93 along left and right directions D1 can be adjusted through cutting out, precisely according to demand
It covers corresponding warp thread 91 and produces the warp thread 91 of different colours on a small quantity.
When first coloured paper 92 is moved along the first coloured paper path, be by the first coloured paper input shaft 411 after, by
Advance towards the transfer unit 3 and input the transfer unit 3 in front side.After first coloured paper 92 inputs the transfer unit 3, adjacent to
91 front side of warp thread is simultaneously driven by the conveyer belt 36 and sequentially passes through the drive shaft 31, the heating roller 2 and the separation shaft 32.
That is, front side of the first coloured paper path adjacent to the thread path between the drive shaft 31 and the separation shaft 32.Institute
After the first coloured paper 92 is stated by the transfer unit 3 output, advance towards the direction of the first coloured paper output shaft 412, and be finally wound in
The first coloured paper output shaft 412.
When second coloured paper 93 is moved along the second coloured paper path, be by the second coloured paper input shaft 421 after, by
Rear side advances towards the transfer unit 3 and inputs the transfer unit 3.After second coloured paper 93 inputs the transfer unit 3, adjacent to
91 rear side of warp thread is simultaneously driven by the conveyer belt 36 and sequentially passes through the drive shaft 31, the heating roller 2 and the separation shaft 32.
That is, between the drive shaft 31 and the separation shaft 32 the second coloured paper path adjacent to the thread path rear side and
The front side of the transport path.After second coloured paper 93 is exported by the transfer unit 3, towards the side of the second coloured paper output shaft 422
It marches forward, and before the direction of most all morning the second coloured paper output shaft 422 and then is wound in the second coloured paper output shaft 422.
According to the transport path above-mentioned, the warp path, the first coloured paper path and the second coloured paper path, Ke Yifa
Existing four have part adjacent to each other between the drive shaft 31 and the separation shaft 32, following for convenience of explanation to call the part
For a machining area.First coloured paper 92, the warp thread 91, second coloured paper 93 and the conveyer belt 36 are in the processing district
Domain is sequentially adjacent from front to back.When the warp thread 91 is by the machining area, due to the first coloured paper group 41 and second color
Paper group 42 is located at front side and the rear side of the transfer unit 3, and first coloured paper 92 is divided with second coloured paper 93
Not along the first coloured paper path and the second coloured paper path adjacent to two opposite sides of the warp thread 91, and first coloured paper
92, the warp thread 91 is driven due to frictional force each other by the conveyer belt 36 with second coloured paper 93.And due to this
Conveyer belt 36 has tension so that first coloured paper 92, the warp thread 91 and second coloured paper 93 be pressurized and can uniformly and
It is smooth by pinching between the conveyer belt 36 and the heating roller 2.
In the machining area, the warp thread 91, first coloured paper 92 and second coloured paper 93 can pass through the heating
Roller 2.The surface temperature of the heating roller 2 is controlled in the processing temperature and can make first coloured paper 92 and second color
The dye sublimation of paper 93 is simultaneously attached to the warp thread 91.In the present embodiment, the coloured paper 92 is respectively adjacent to the warp thread 91
Two opposite sides, generate the effect of level dyeing.But only use the first coloured paper group 41 or only use the second coloured paper group 42 and
Only dyeing effect can be also played adjacent to the wherein side of the warp thread 91.
In addition, the dyestuff after distillation is exhaust gas if being not attached to the warp thread 91, heel row can be received by the ventilation duct 6
Out.First coloured paper 92 after use and second coloured paper 93 then it is corresponding be wound in the first coloured paper output shaft 412 with should
Second coloured paper output shaft 422 and facilitate removal.
In this way, which the warp thread 91 is by the yarn input shaft 53 and inputs the transfer unit 3, in the machining area
The warp thread 91 to the yarn output shaft 54, after just capable of being finally colored is exported by the transfer unit 3 again after being colored,
Finished product exactly after the present embodiment is processed.
Refering to Fig. 4, Fig. 5 and Fig. 6, the present embodiment can replace the warp thread 91 according to the following steps, but only for citing and
Speech, however it is not limited to this.First step drives the separation shaft 32 along front-rear direction D3 court by the rack gear 38 and the gear shaft 37
Rear is mobile, to manifest the heating roller 2 and loosen the conveyer belt 36.Second step dismantles the separator frame 15 and makes this
Sliding rack 16 can slide into 13 front of rack along left and right directions D1 and position corresponds to the sliding slot 14.Third step is torn open
Unloading the heating roller 2 enables the heating roller 2 to move along the sliding slot 14, so that the heating roller 2 is placed in the sliding
Frame 16.The sliding rack 16 is pushed away 13 front of rack along left and right directions D1 by four steps.5th step, with the input
The warp thread 91 that yarn comb 51 is intended to replace with output yarn comb 52 is by combing and pulling out in a weaving loom 94, then again by institute
Warp thread 91 is stated to be fixed on by the line pressing rod 55 adjacent at the transfer unit 3.6th step once again pushes away the sliding rack 16
It moves to 13 front of the rack, and the heating roller 2 is moved back to script position along the sliding slot 14 and is installed, then once again by the sliding
Frame 16 pushes away 13 front of rack along left and right directions D1.7th step, installs the separator frame 15, and by first coloured paper 92
The heating roller 2 is bypassed in advance.8th step is dismantled and takes out the line pressing rod 55 so that the warp thread 91 is adjacent to the heating
Roller 2, and combed the warp thread 91 to the yarn input shaft respectively by input yarn comb 51 and output yarn comb 52
53 with the yarn output shaft 54.9th step drives the separation shaft 32 along the front and back by the rack gear 38 and the gear shaft 37
It is moved forward to D3, to be tensioned the conveyer belt 36.In this way, which the warp thread 91 is replaced and pinching is in the conveyer belt 36
Between the heating roller 2, dyeing just can be carried out.
Using yarn replacement process as the aforementioned, the present embodiment does not need to cut the warp thread 91 without the institute that resequences
Warp thread 91 is stated, the difficulty for replacing the warp thread 91 can be greatly decreased, and the warp thread 91 can be made fitly to arrange to corresponding
Position.Either in terms of time cost or human cost, all saved.
Refering to fig. 1, Fig. 2 and Fig. 4, according to aforementioned structure and process, the present embodiment has effects that following:
One, it is principle using dye sublimation during processing and great lot of water resources is not used, so ring can be generated
Protect and reduce the effect of cost.
Two, since the first coloured paper 92 for being wound in the first coloured paper input shaft 411 can be the first of a variety of different colours
Coloured paper 92, first coloured paper 92 are adjustable precisely to produce different face on a small quantity according to demand along the breadth of left and right directions D1
The warp thread 91 of color.(the second coloured paper 93 for similarly, being wound in the second coloured paper input shaft 412 is also possible to a variety of different colours
Second coloured paper 93.)
Three, the first coloured paper 92, the warp thread described in when the tension that the pressuring shaft 34 is adjustable the conveyer belt 36 to process
By pressure appropriate between 91 and second coloured paper 93
Four, the present embodiment can be adjusted between the separation shaft 32 and the heating roller 2 by the gear shaft 37 and the rack gear 38
Relative position.
Five, it can be moved along the sliding slot 14 since the heating roller 2 is installed on the sliding slot 14, install or adjusting institute
When stating yarn 91 or the conveyer belt 36, it will not be blocked by the heating roller 2 and be difficult to install or adjust to generate convenience.
Six, since the conveyer belt 36 has tension, first coloured paper 92, the warp thread 91 and second coloured paper 93 by
Pressure and can it is uniform and it is smooth by pinching between the conveyer belt 36 and the heating roller 2.
Seven, the first coloured paper group 41 and the second coloured paper group 42 are located at front side and rear side, so that first coloured paper
92 can be respectively along the first coloured paper path and the second coloured paper path adjacent to the two of the warp thread 91 with second coloured paper 93
Opposite side generates the effect of level dyeing.
Eight, since the warp thread 91 is arranged along left and right directions D1 and is resisted against the yarn input shaft 53 and the yarn is defeated
The surface of shaft 54, the warp thread 91 can be inputted and be exported orderlyly.
Nine, exhaust gas caused by processing can be discharged by the ventilation duct 6.First coloured paper 92 after use and described the
Two coloured paper 93 are then corresponding to be wound in the first coloured paper output shaft 412 and the second coloured paper output shaft 422 and facilitates removal.
Ten, the present embodiment can comb 51 and 52 combing yarns of output yarn comb by the input yarn, and described in the replacement
By the fixed warp thread 91 of the line pressing rod 55 (refering to Fig. 6) when warp thread 91, thus make the warp thread 91 fitly arrange to
Corresponding position.
In conclusion the utility model warp thread transfer interpreter passes through the heating roller 2, the transfer unit 3 and the coloured paper unit 4
Cooperation, can with first coloured paper 92 and second coloured paper 93 to the warp thread 91 carry out non-aqueous dyeing and can precisely according to
It is produced on a small quantity according to demand while being also convenient for changing the warp thread 91, to generate environmental protection and reduce the effect of cost, therefore really can
Reach the purpose of this utility model.
Claims (12)
1. a kind of warp thread transfer interpreter includes body unit, heating roller, transfer unit and coloured paper unit, the warp thread transfer interpreter
It is characterized in that:
The body unit, is used to support and driving assembly；
The heating roller is removably installed in the body unit and extends in left-right direction, and the heating roller is by institute
State the driving of body unit and around own axis and surface temperature is controlled in processing temperature；
The transfer unit is installed on the body unit and extends along the left and right directions, including drive shaft, separation shaft, branch
Axis is supportted, and around the conveyer belt of the drive shaft, the separation shaft and the support shaft, is defined perpendicular to the left and right directions
Up and down direction, and both perpendicular to the front-rear direction of the left and right directions and the up and down direction, the drive shaft with described point
It is respectively arranged at the heating roller off axis along the downside and upside of the up and down direction, the position of the drive shaft is also along described
Front-rear direction is biased to front side relative to the heating roller, and the support shaft is set to the heating roller along the front-rear direction
Rear side, the drive shaft drives by the body unit and around own axis and drives the conveyer belt along transport path
Transmission, the conveyer belt along the transport path be driven during sequentially by the drive shaft, the heating roller, described
Separation shaft recycles transmission, the conveyer belt also band along the transport path with the support shaft and with the drive shaft turns
It is tensioned so that itself sticking in the drive shaft, the heating roller, the separation shaft and the support shaft, the heating is rolled
Cylinder is by being resisted against the conveyer belt, the separation shaft and the support shaft by the inside of the conveyer belt on the outside of the conveyer belt
Be resisted against the conveyer belt and all driven by the conveyer belt and around own axis；
The coloured paper unit, including the transfer unit is arranged in along the first coloured paper group of the front-rear direction wherein side.
2. warp thread transfer interpreter according to claim 1, it is characterised in that: also include whole line unit, the whole line unit packet
Include the input yarn for corresponding to the drive shaft and front side being set relative to the transfer unit and is extended along the left and right directions
Line comb, and front side is set corresponding to the separation shaft and relative to the transfer unit and is extended along the left and right directions defeated
Yarn is combed out, and the input yarn comb is all removably installed in the body unit with output yarn comb and is suitable for comb
Manage yarn.
3. warp thread transfer interpreter according to claim 2, it is characterised in that: the whole line unit further includes relative to described defeated
Enter yarn comb front side is arranged in and exists along the yarn input shaft of left and right directions extension, relative to output yarn comb setting
Front side and the yarn output shaft extended along the left and right directions and two settings the heating roller described in the front-back direction
Rear side and the line pressing rod extended along the left and right directions, the yarn input shaft and the yarn output shaft all can be around own axes
Rotation, the yarn input shaft and the yarn output shaft be all suitable for multiple warp thread arranged along the left and right directions and against
In surface, the line pressing rod is also respectively arranged at the heating roller along the downside and upside and removably of the up and down direction
It is installed on the body unit.
4. warp thread transfer interpreter according to claim 3, it is characterised in that: the first coloured paper group of the coloured paper unit has phase
It is located at the first coloured paper input shaft of front side for the heating roller, and is located at front side relative to the first coloured paper input shaft
First coloured paper output shaft, the first coloured paper input shaft and the first coloured paper output shaft all can be around own axis.
5. warp thread transfer interpreter according to claim 4, it is characterised in that: the coloured paper unit further includes being arranged at described turn
Second coloured paper group of the impression member along the front-rear direction in contrast to the side of the first coloured paper group, the second coloured paper group have
It is located at the second coloured paper input shaft of downside relative to the heating roller, and is located at the second of upside relative to the heating roller
Coloured paper output shaft, the second coloured paper input shaft and the second coloured paper output shaft all can be around own axis.
6. warp thread transfer interpreter according to claim 5, it is characterised in that: the body unit includes respectively along the left and right
Direction is set to the first electronic box and the second electronic box of two opposite sides, and is connected between first electronic box and second electronic box
And the rack being used to support, the heating roller and the transfer unit are all set to first electronic box and second electronic box
Between, so that the heating roller is driven with the drive shaft.
7. warp thread transfer interpreter according to claim 6, it is characterised in that: the body unit further includes two and is respectively set
In the sliding slot of first electronic box and second electronic box and position corresponding to the heating roller, the sliding slot is along the front and back
Direction extends and is open towards front side and installs for the heating roller, when the heating roller is installed on the sliding slot and removal
It can move along the sliding slot and be separated with the body unit.
8. warp thread transfer interpreter according to claim 7, it is characterised in that: the body unit further includes being removably installed
In the rack along the separator frame of the front side in the front-back direction, and along the left and right directions adjacent to the sliding of the separator frame
Frame, the first coloured paper group, the yarn input shaft and the yarn output shaft are all installed on the separator frame, the separator frame
When being disassembled, the sliding rack can be slid into along the left and right directions in front of the rack and position corresponds to the sliding slot, made
Heating roller when being separated with the body unit, the heating roller can be placed in the sliding rack.
9. warp thread transfer interpreter according to claim 1, it is characterised in that: also comprising being set to the body unit and being located at
On the upside of the transfer unit and for the ventilation duct of exhaust gas circulation.
10. warp thread transfer interpreter according to claim 1, it is characterised in that: the heating roller includes along the right and left
To the cylinder and multiple heating rods for being set to the inner barrel and extending along the left and right directions of extension, the heating rod
Around the cylinder own axes in angularly annular arrangement and be electrically connected to the body unit and can by control temperature so that
The heating drum surface temperature reaches the processing temperature and is uniformly distributed.
11. warp thread transfer interpreter according to claim 1, it is characterised in that: the transfer unit further includes along the left and right
Direction extends and is set to the pressuring shaft between the support shaft and the drive shaft along the transport path, and along the left and right
Direction extends and is set to the tuningout axis between the pressuring shaft and the drive shaft along the transport path, and the pressuring shaft is supported
It is against and increases the tension of the conveyer belt and can be relative to the conveyer belt edge perpendicular to the left side
The direction of right direction is mobile, and then is adjustable the tension of the conveyer belt, the tuningout axis be resisted against on the inside of the conveyer belt and
Both ends can move respectively along the front-rear direction and generate deflection, and then can adjust the conveyer belt when in use along the left and right
The position in direction.
12. warp thread transfer interpreter according to claim 1, it is characterised in that: the transfer unit further includes along the left and right
Direction extends and is driven and engaged and connect around the gear shaft of own axis, and with the gear shaft by the body unit
In the rack gear of the separation shaft, the rack gear is engaged with the gear shaft so that the rack gear can be driven by the gear shaft and be moved
Dynamic, it is mobile that the rack gear is further driven to the separation shaft, and then can adjust between the separation shaft and the heating roller
Relative position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821594337.XU CN208914781U (en) | 2018-09-28 | 2018-09-28 | Warp thread transfer interpreter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821594337.XU CN208914781U (en) | 2018-09-28 | 2018-09-28 | Warp thread transfer interpreter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208914781U true CN208914781U (en) | 2019-05-31 |
Family
ID=66707501
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821594337.XU Active CN208914781U (en) | 2018-09-28 | 2018-09-28 | Warp thread transfer interpreter |
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| Country | Link |
|---|---|
| CN (1) | CN208914781U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109572175A (en) * | 2018-09-28 | 2019-04-05 | 华衫环保纺织股份有限公司 | Warp thread transfer interpreter |
-
2018
- 2018-09-28 CN CN201821594337.XU patent/CN208914781U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109572175A (en) * | 2018-09-28 | 2019-04-05 | 华衫环保纺织股份有限公司 | Warp thread transfer interpreter |
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