CN201390889Y - Fabric discharging and processing device of continuous pigment pad dyeing machine - Google Patents
Fabric discharging and processing device of continuous pigment pad dyeing machine Download PDFInfo
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- CN201390889Y CN201390889Y CN200920301073U CN200920301073U CN201390889Y CN 201390889 Y CN201390889 Y CN 201390889Y CN 200920301073 U CN200920301073 U CN 200920301073U CN 200920301073 U CN200920301073 U CN 200920301073U CN 201390889 Y CN201390889 Y CN 201390889Y
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Abstract
The utility model relates to a fabric discharging and processing device of a continuous pigment pad dyeing machine. The device comprises a sixth tension adjusting mechanism, a cooling device, a seventh tension adjusting mechanism and a swaying fabric releasing mechanism, which are sequentially mounted on a second frame according to the collating sequence. The cooling device can rapidly reduce the temperature of the fabric passing through the previous steam drying device, which facilitates dye fixation of pigment. The tension adjusting mechanisms arranged before and behind the cooling device can solve the problem of tension imbalance of the fabric before and behind the rapid cooling so as to keep the proper tension in the entire fabric discharging process and ensure stable movement of the fabric.
Description
Technical field
The utility model relates to a kind of parts of equipment for dyeing and finishing of fabric.
Background technology
Fabric finishing processing is that textile material or fabric are carried out process physics and processing chemistry.Dyeing and finishing processing can reduce preliminary treatment, dyeing, stamp and arrangement four classes.Preliminary treatment wherein is meant that adopting chemical method to remove on the fabric hinders the impurity (as fiber commensal, slurry, finish, pollutant etc.) that carries out following process, thereby fabric face cleaning, wettability are improved, and presents the process of the true qualities gloss of fabric.Dyeing then is meant paints to textiles, dyeing wherein is to adopt dye bath (dyestuff+auxiliary agent+solvent) to handle to textiles, with fiber chemistry or physicochemical the combination are taken place by dyestuff, make dye transfer in the dye bath to fiber and generate the process of insoluble coloring matter, it is even that dyeing product not only should color and luster, also should have good dye fastness and dye.But this dyeing also be included as make dyestuff fully " color development " the dyeing last handling process that must carry out, comprise such as colour developing soap, operation such as washing.The equipment that carries out dyeing has dye jigger, continuous pad-dyeing range and rope dyeing machine etc., a kind of continuous knot dyeing combination machine is arranged in the continuous pad-dyeing range, and this continuous knot dyeing combination machine comprises that the entering arrangment, evenness calender, infrared drying machine, transverse guide roller airflow dryer, cylinder drying machine, reduction steam box, flat wash trough, the soap that set gradually according to process sequence steam groove, long steam box, flat wash trough, cylinder drying machine, plaiting apparatus etc.This shows that not only equipment investment is big for this colouring method and equipment, production process is long, and energy-consuming consumptive material is many, discharge of wastewater is also many, thereby the cost of environment protection treating is very high.
Along with the development of dyeing and finishing technique, textile dyeing not only comprises dyeing, also comprises pigment dyeing.Pigment dyeing mainly is by adhesive at a certain temperature, forms the layer of transparent epithelium at fiber surface, makes the discrete particles of coating be anchored on fiber surface by the epithelium parcel, reaches " dyeing " purpose.Not only adaptability is strong, chromatogram is also comparatively complete to adopt dyeing, be particularly suitable for the needs of small lot, many variety production, and technological process is lacked, has significantly reduced pollution, has saved the energy, reduced cost.But, because have that depth is poor, COLOR FASTNESS is poor, the problem of Boardy Feeling, roll banding tube, often can't produce continuously.
For addressing the above problem, the report of degenerative treatments has appearred carrying out when fabric is carried out pigment dyeing.For example, Chinese patent literature CN1936148 discloses a kind of fabric coating dyeing process, the used dye liquor of this technology is made up of pigment printing paste, cation modifier, surfactant, pH regulator agent, adhesive and water, after mixing, directly fabric is padded, dry then and fixation treatment, obtain the pigment dyeing product.But this technology though comprise pH value conditioning agent and surfactant in the dye bath, still can produce cohesion because with pigment printing paste with cation modifier mixes and the concentration of cation modifier is also higher, and feasible dyeing is difficult to carry out.In addition, also unexposed which kind of equipment of employing of the document is implemented described technology.
Aspect the equipment that fabric is carried out continuous pigment dyeing, Chinese patent literature CN 20097835Y discloses a kind of " coating padding mangles continuously ", this continuous coating padding mangles comprises the A cabinet frame uncoil-stand that sets gradually according to process sequence, advances fabric preprocessing device, coating pads preceding fibre modification treating apparatus, coating squeeze device, far infrared predrying device, bakes device and plaiting apparatus, also comprises electrical control cabinet.This continuous coating padding mangles is carrying out fabric in the process of pigment dyeing owing to will pad for twice through sex change and dyeing, so system be provided with relatively disperse, not enough compact and reasonable.For plaiting apparatus wherein, because of can not in time cooling off the fabric through drying, change in color can take place.
The utility model content
The purpose of this utility model provide a kind of in dyeing and finishing, can make through the colouring of the fabric behind drying mass effect preferably a kind of continuous pigment dyeing pad dyer go out the cloth treating apparatus.
The technical scheme that realizes the utility model purpose is: the cloth treating apparatus that goes out of a kind of continuous pigment dyeing pad dyer of the present utility model comprises second frame, is installed on the swing cropping mechanism on second frame and is positioned at second of swing cropping mechanism below and deposits the cloth car; Its design feature is:
Also comprise the 6th governing mechanism of tension, cooling device and the 7th governing mechanism of tension; Also comprise with second frame is rotationally connected and turn to fabric guide roll; The 6th governing mechanism of tension, cooling device, the 7th governing mechanism of tension and swing cropping mechanism are installed on second frame successively according to order from front to back.
Above-mentioned cooling device comprises two chilling rolls, two fabric guide rolls and cylinder transmission mechanism; Each chilling roll includes cylindrical shell and is positioned at 2 tube end spindle noses of cylindrical shell left and right sides; Each chilling roll is rotationally connected by bearing and corresponding bearing block and second frame by tube end spindle nose about it; Two fabric guide rolls are rotatably connected on second frame by termination, the left and right sides separately; The cylinder transmission mechanism comprises driving motor, decelerator, guide wheel, driving belt and is fixed on cylinder belt wheel on the tube end spindle nose of each chilling roll; The output shaft of driving motor is fixedlyed connected with the power input component of decelerator, and the output pulley of decelerator is dynamically connected with each cylinder belt wheel by driving belt and each guide wheel.
Above-mentioned the 6th governing mechanism of tension is identical with the 7th governing mechanism of tension structure, and each tension compensating mechanism comprises tension force deflector roll, 2 forks, 2 cylinders, rotating shaft, the gentle pressure-controlled case of angular transducer; End is rotationally connected with second frame about rotating shaft; Angular transducer is arranged on the left end head of rotating shaft; One end of 2 forks is held and is fixedlyed connected respectively with about rotating shaft, and the other end of 2 forks is rotationally connected with the termination, the left and right sides of tension force deflector roll respectively; 2 cylinders are fixed on the left and right beam of second frame by its cylinder block respectively, and the cylinder block of each cylinder is hinged on the corresponding cylinder block, and the middle part of the termination of the piston rod of each cylinder and a corresponding fork is hinged; The air pressure control cabinet is fixed on second frame, and its Compressed Gas delivery outlet links to each other by the compressed air inlet of flexible pipe with 2 cylinders.
Above-mentioned swing cropping mechanism comprises second swing span, 2 connecting rods, 2 controll blocks, 2 rotating disks, Rong Buqi, cropping transmission mechanism and cropping deflector rolls;
Second swing span comprises 2 montants and 1 plane framework; The upper end of 2 montants is rotationally connected with the left and right sides of second frame respectively, and the lower end of 2 montants is rotationally connected with the middle part of the sagittal left and right sides strip plate of plane framework respectively; It is bucket-shaped holding the cloth device, and respectively there is a connecting axle at the middle part of its left and right sides plate, and 2 connecting axles are rotationally connected with a corresponding montant respectively; 2 rotating disks are divided into right-hand rotation dish and left-hand rotation dish; The left-hand rotation dish is provided with sprocket;
2 rotating disks coaxial line respectively are rotatably connected on the left and right sides of second frame, are fixed with a controll block on each rotating disk; One end of each root connecting rod and a corresponding controll block are rotationally connected, and a corresponding montant of the other end and second swing span is rotationally connected;
The cropping transmission mechanism comprises cropping motor, decelerator, first chain, cropping first sprocket wheel, cropping second sprocket wheel and second chain; Cropping motor and decelerator all are fixed on second frame, and the two ends, the left and right sides of cropping deflector roll are rotationally connected on second frame, and first sprocket wheel and second sprocket wheel are fixedly connected on the left end head of cropping deflector roll; The output shaft of cropping motor is fixedlyed connected with the power input component of decelerator, and first chain is meshed with the output chain gear and first sprocket wheel of decelerator, and second chain is meshed with the sprocket of second sprocket wheel and left-hand rotation dish.
Above-mentioned swing cropping mechanism also comprises Xelminator; Be fixed with on the plane framework of second swing span about two edges to the rectangle connecting rod that is arranged in parallel, each insulation is fixed with an electrode frame that has row's point electrode on the every rectangle connecting rod, thereby constitutes Xelminator.
The utlity model has positive effect:
(1) of the present utility modelly goes out the cloth treating apparatus and adopt cooling device to make to be lowered the temperature rapidly through the fabric of the steam baking apparatus in preceding road, the fixation that helps pigment dyeing, for problem because of tension imbalance before and after the fabric that brings of lowering the temperature rapidly, then adopt and a governing mechanism of tension respectively is set before and after the cooling device and solves, make the whole tension force that goes out cloth process cloth be in suitable size all the time, can guarantee operating steadily of fabric.
(2) when the swing cropping mechanism that originally goes out the cloth treating apparatus also comprises Xelminator, can improve the quality of fabric, and be beneficial to follow-up further processing and sorting.
(3) go out originally that the cloth treating apparatus is simple in structure, treatment effect good.
Description of drawings
Fig. 1 is the structural representation that goes out the cloth treating apparatus of the present utility model.
Fig. 2 is the rearview of Fig. 1.
Fig. 3 is the enlarged diagram of the 6th governing mechanism of tension among Fig. 1.
Fig. 4 is the enlarged diagram of the 7th governing mechanism of tension among Fig. 1.
Mark in the accompanying drawing is as follows:
Turn to fabric guide roll 70,
The 6th governing mechanism of tension 71, tension force deflector roll 71-1, fork 71-2, cylinder 71-3, piston rod 71-3-1, rotating shaft 71-4, angular transducer 71-5, air pressure control cabinet 71-6,
The 7th governing mechanism of tension 73, tension force deflector roll 73-1, fork 73-2, cylinder 73-3, piston rod 73-3-1, rotating shaft 73-4, angular transducer 73-5, air pressure control cabinet 73-6,
Rectangle connecting rod 74-8,
Second deposits cloth car 75,
The specific embodiment
(embodiment 1)
See Fig. 1 and Fig. 2, the cloth treating apparatus that goes out of present embodiment comprises second frame 92 and is installed on the 6th governing mechanism of tension 71 on second frame 92, cooling device 72, the 7th governing mechanism of tension 73 and swing cropping mechanism 74 from front to back; Also comprise be positioned at that second of swing cropping mechanism 74 belows deposit that cloth car 75 and about 4 ends and second frame 92 be rotationally connected turn to fabric guide roll 70; Also comprise electric cabinet and HV generator.
Electric cabinet comprises Programmable Logic Controller, 1 on-off circuit and 2 frequency converters.Programmable Logic Controller is provided with 2 angle signal inputs, 1 on-off circuit control signal output and 2 frequency change control signal outputs.
See Fig. 3 and Fig. 4, described the 6th governing mechanism of tension 71 is identical with the 7th governing mechanism of tension 73 structures.The 6th governing mechanism of tension 71 comprises tension force deflector roll 71-1,2 fork 71-2,2 cylinder 71-3, rotating shaft 71-4, the gentle pressure-controlled case of angular transducer 71-5 71-6; The 7th governing mechanism of tension 73 also comprises tension force deflector roll 73-1,2 fork 73-2,2 cylinder 73-3, rotating shaft 73-4, the gentle pressure-controlled case of angular transducer 73-5 73-6.
See Fig. 3, end is rotationally connected with second frame 92 about the rotating shaft 71-4 of the 6th governing mechanism of tension 71; Angular transducer 71-5 is arranged on the left end head of rotating shaft 71-4; The end of 2 fork 71-2 is held and is fixedlyed connected respectively with about rotating shaft 71-4, and the other end of 2 fork 71-2 is rotationally connected with the termination, the left and right sides of tension force deflector roll 71-1 respectively; 2 cylinder 71-3 are fixed on the left and right beam of second frame 92 by its cylinder block respectively, and the cylinder block of each cylinder 71-3 is hinged on the corresponding cylinder block, and the termination of the piston rod 71-3-1 of each cylinder 71-3 and the middle part of a corresponding fork 71-2 are hinged; Air pressure control cabinet 71-6 is fixed on second frame 92, and its Compressed Gas delivery outlet links to each other by the compressed air inlet of flexible pipe with 2 cylinder 71-3.The signal output part of angular transducer 71-5 is electrically connected with a corresponding angle signal input of Programmable Logic Controller respectively.
See Fig. 4, end is rotationally connected with second frame 92 about the rotating shaft 73-4 of the 7th governing mechanism of tension 73; Angular transducer 73-5 is arranged on the left end head of rotating shaft 73-4; The end of 2 fork 73-2 is held and is fixedlyed connected respectively with about rotating shaft 73-4, and the other end of 2 fork 73-2 is rotationally connected with the termination, the left and right sides of tension force deflector roll 73-1 respectively; 2 cylinder 73-3 are fixed on the left and right beam of second frame 92 by its cylinder block respectively, and the cylinder block of each cylinder 73-3 is hinged on the corresponding cylinder block, and the termination of the piston rod 73-3-1 of each cylinder 73-3 and the middle part of a corresponding fork 73-2 are hinged; Air pressure control cabinet 73-6 is fixed on second frame 92, and its Compressed Gas delivery outlet links to each other by the compressed air inlet of flexible pipe with 2 cylinder 73-3.The signal output part of angular transducer 73-5 is electrically connected with a corresponding angle signal input of Programmable Logic Controller respectively.
See Fig. 1 and Fig. 2, described cooling device 72 comprises two chilling roll 72-1, two fabric guide roll 72-2 and cylinder transmission mechanism 72-3; Each chilling roll 72-1 includes cylindrical shell and is positioned at 2 tube end spindle noses of cylindrical shell left and right sides.Each chilling roll 72-1 is rotationally connected by bearing and corresponding bearing block and second frame 92 by tube end spindle nose about it; Two fabric guide roll 72-2 are rotatably connected on second frame 92 by holding about separately.Cylinder transmission mechanism 72-3 comprises driving motor 72-4, decelerator, guide wheel 72-5, driving belt 72-6 and is fixed on cylinder belt wheel 72-7 on the tube end spindle nose of each chilling roll 72-1.The output shaft of driving motor 72-4 is fixedlyed connected with the power input component of decelerator, and the output pulley of decelerator is dynamically connected with each cylinder belt wheel 72-7 by driving belt 72-6 and each guide wheel 72-5.
Still see Fig. 1 and Fig. 2, swing cropping mechanism 74 comprises the second swing span 74-1,2 connecting rod 74-2,2 controll block 74-3,2 rotating disk 74-4, appearance cloth device 74-5, cropping transmission mechanism 74-6, cropping deflector roll 74-7 and Xelminators.
The second swing span 74-1 comprises 2 montant 74-1-1 and 1 plane framework 74-1-2; The upper end of 2 montant 74-1-1 is rotationally connected with the left and right sides of second frame 92 respectively, and the lower end of 2 montant 74-1-1 is rotationally connected with the middle part of the sagittal left and right sides strip plate 74-1-3 of plane framework 74-1-2 respectively.It is bucket-shaped holding cloth device 74-5, and respectively there is a connecting axle at the middle part of its left and right sides plate, and 2 connecting axles are rotationally connected with a corresponding montant 74-1-1 respectively; 2 rotating disk 74-4 are divided into right-hand rotation dish and left-hand rotation dish; Left-hand rotation dish 74-4 is provided with sprocket.
Still see Fig. 1 and Fig. 2,2 rotating disk 74-4 coaxial line respectively are rotatably connected on the left and right sides of second frame 92, are fixed with a controll block 74-3 on each rotating disk 74-4; The end of each root connecting rod 74-2 and a corresponding controll block 74-3 are rotationally connected, and the corresponding montant 74-1-1 of the other end and the second swing span 74-1 is rotationally connected.
Still see Fig. 1 and Fig. 2, cropping transmission mechanism 74-6 comprises cropping motor 74-6-1, decelerator, the first chain 74-6-2, cropping first sprocket wheel, cropping second sprocket wheel and the second chain 74-6-3.Cropping motor 74-6-1 and decelerator all are fixed on second frame 92, and the two ends, the left and right sides of cropping deflector roll 74-7 are rotationally connected on second frame 92, and first sprocket wheel and second sprocket wheel are fixedly connected on the left end head of cropping deflector roll 74-7.The output shaft of cropping motor 74-6-1 is fixedlyed connected with the power input component of decelerator, and the first chain 74-6-2 is meshed with the output chain gear and first sprocket wheel of decelerator, and the second chain 74-6-3 is meshed with the sprocket of second sprocket wheel and left-hand rotation dish.
Still see Fig. 1 and Fig. 2, be fixed with on the plane framework 74-1-2 of the second swing span 74-1 about two edges to the rectangle connecting rod 74-8 that is arranged in parallel, every rectangle connecting rod 74-8 goes up each insulation and is fixed with an electrode frame that has row's point electrode, thereby constitutes Xelminator; Two rows are provided with 9000 volts voltage between the point electrodes, and this voltage is provided by HV generator, when fabric passes through Xelminator, the high-tension electricity field energy with on the fabric with static siphon away.
A frequency change control signal output of the Programmable Logic Controller of electric cabinet is electrically connected with the frequency change control signal port of a corresponding frequency converter, and the power output end of this frequency converter is electrically connected with the power end of the driving motor 72-4 of cylinder transmission mechanism 72-3; Another frequency change control signal output of Programmable Logic Controller is electrically connected with the frequency change control signal port of a corresponding frequency converter, and the power output end of this frequency converter is electrically connected with the power end of the cropping motor 74-6-1 of cropping transmission mechanism 74-6; The on-off circuit control signal output of Programmable Logic Controller is electrically connected with the control end of a corresponding on-off circuit, and the power output end of this on-off circuit is electrically connected with the power end of HV generator.
The work that goes out the cloth treating apparatus of present embodiment and the work of complete machine are carried out simultaneously, in the past the road steam baking apparatus fabric 100 of advancing arrive present embodiments go out the cloth treating apparatus time, successively through the 6th governing mechanism of tension 71 carry out detecting first time and regulating fabric tension, through apparatus for supercooling 72 cool off, through 73 detections for the second time of the 7th governing mechanism of tension and adjustment of tonicity, process cropping mechanism 74 croppings to the second are deposited cloth car 75 again.
Fabric is through the 6th governing mechanism of tension 71 time, because this moment, fabric just came out and to be in its tension force of state of heat less from the steam baking apparatus, so numerical value is less when setting cylinder to the pressure of fabric, and after 72 pairs of fabric cools down of apparatus for supercooling, then produce big slightly tension force, so the numerical value that sets for the cylinder pressure of the 7th governing mechanism of tension 73 is big slightly because of the contraction of fabric.In order to make advancing of fabric 100 steady, when fabric 100 during through the 6th governing mechanism of tension 71, the piston rod 71-3-1 of the 6th governing mechanism of tension 71 can depart from the equilbrium position under the effect of fabric tension, the angular transducer 71-5 of the 6th governing mechanism of tension 71 is delivered to the signal of the angle of rotating shaft 71-4 rotation the hexagonal degree signal input part of Programmable Logic Controller at any time, if Programmable Logic Controller is judged when the numerical value of the rotational angle of rotating shaft 71-4 surpasses the scope of setting, then change the control signal of exporting to frequency converter from its corresponding frequency change control signal output at once, make frequency converter export the electric current of corresponding frequencies at its power output end, then reduce the rotating speed of the driving motor 72-4 of cylinder transmission mechanism 72-3 for tension force situation bigger than normal, if the tension force rotating speed that then increases the driving motor 72-4 of cylinder transmission mechanism 72-3 less than normal is normal up to the tension force recovery of fabric 100.
In like manner, fabric is through the 7th governing mechanism of tension 73 time, when if generation tension force surpasses the situation of regulation numerical value, then make that by corresponding frequency converter the cropping motor 74-6-1 rotating speed of cropping transmission mechanism 74-6 obtains adjusting by Programmable Logic Controller, recover normally up to fabric tension.
Should be appreciated that specific embodiment described above only is used to explain the utility model, and be not used in qualification the utility model.Conspicuous variation of being extended out by spirit of the present utility model or change still are among the protection domain of the present utility model.
Claims (5)
1, a kind of continuous pigment dyeing pad dyer go out the cloth treating apparatus, comprise second frame (92), be installed on the swing cropping mechanism (74) on second frame (92) and be positioned at second of swing cropping mechanism (74) below and deposit cloth car (75); It is characterized in that:
Also comprise the 6th governing mechanism of tension (71), cooling device (72) and the 7th governing mechanism of tension (73); Also comprise with second frame (92) is rotationally connected and turn to fabric guide roll (70); The 6th governing mechanism of tension (71), cooling device (72), the 7th governing mechanism of tension (73) and swing cropping mechanism (74) are installed on second frame (92) successively according to order from front to back.
2, a kind of continuous pigment dyeing pad dyer according to claim 1 go out the cloth treating apparatus, it is characterized in that: described cooling device (72) comprises two chilling rolls (72-1), two fabric guide rolls (72-2) and cylinder transmission mechanism (72-3); Each chilling roll (72-1) includes cylindrical shell and is positioned at 2 tube end spindle noses of cylindrical shell left and right sides; Each chilling roll (72-1) is rotationally connected by bearing and corresponding bearing block and second frame (92) by tube end spindle nose about it; Two fabric guide rolls (72-2) are rotatably connected on second frame (92) by termination, the left and right sides separately; Cylinder transmission mechanism (72-3) comprises driving motor (72-4), decelerator, guide wheel (72-5), driving belt (72-6) and is fixed on cylinder belt wheel (72-7) on the tube end spindle nose of each chilling roll (72-1); The output shaft of driving motor (72-4) is fixedlyed connected with the power input component of decelerator, and the output pulley of decelerator is dynamically connected by driving belt (72-6) and each guide wheel (72-5) and each cylinder belt wheel (72-7).
3, a kind of continuous pigment dyeing pad dyer according to claim 2 goes out the cloth treating apparatus, it is characterized in that: the 6th governing mechanism of tension (71) is identical with the 7th governing mechanism of tension (73) structure, and each tension compensating mechanism comprises tension force deflector roll (71-1,73-1), 2 forks (71-2,73-2), 2 cylinders (71-3,73-3), rotating shaft (71-4,73-4), the gentle pressure-controlled case of angular transducer (71-5,73-5) (71-6,73-6); End is rotationally connected with second frame (92) about rotating shaft (71-4,73-4); Angular transducer (71-5,73-5) is arranged on the left end head of rotating shaft (71-4,73-4); One end of 2 forks (71-2,73-2) is held and is fixedlyed connected respectively with about rotating shaft (71-4,73-4), and the other end of 2 forks (71-2,73-2) is rotationally connected with the termination, the left and right sides of tension force deflector roll (71-1,73-1) respectively; 2 cylinders (71-3,73-3) are fixed on the left and right beam of second frame (92) by its cylinder block respectively, the cylinder block of each cylinder (71-3,73-3) is hinged on the corresponding cylinder block, and the termination of the piston rod (71-3-1,73-3-1) of each cylinder (71-3,73-3) and the middle part of a corresponding fork (71-2,73-2) are hinged; Air pressure control cabinet (71-6,73-6) is fixed on second frame (92), and its Compressed Gas delivery outlet links to each other by the compressed air inlet of flexible pipe with 2 cylinders (71-3,73-3).
4, according to the described a kind of continuous pigment dyeing pad dyer of one of claim 1 to 3 go out the cloth treating apparatus, it is characterized in that: swing cropping mechanism (74) comprises second swing span (74-1), 2 connecting rods (74-2), 2 controll blocks (74-3), 2 rotating disks (74-4), Rong Buqi (74-5), cropping transmission mechanism (74-6) and cropping deflector roll (74-7);
Second swing span (74-1) comprises 2 montants (74-1-1) and 1 plane framework (74-1-2); The upper end of 2 montants (74-1-1) is rotationally connected with the left and right sides of second frame (92) respectively, and the lower end of 2 montants (74-1-1) is rotationally connected with the middle part of the sagittal left and right sides strip plate (74-1-3) of plane framework (74-1-2) respectively; It is bucket-shaped holding cloth device (74-5), and respectively there is a connecting axle at the middle part of its left and right sides plate, and 2 connecting axles are rotationally connected with a corresponding montant (74-1-1) respectively; 2 rotating disks (74-4) are divided into right-hand rotation dish and left-hand rotation dish; Left-hand rotation dish (74-4) is provided with sprocket;
2 rotating disks (74-4) coaxial line respectively are rotatably connected on the left and right sides of second frame (92), are fixed with a controll block (74-3) on each rotating disk (74-4); One end of each root connecting rod (74-2) and a corresponding controll block (74-3) are rotationally connected, and a corresponding montant (74-1-1) of the other end and second swing span (74-1) is rotationally connected;
Cropping transmission mechanism (74-6) comprises cropping motor (74-6-1), decelerator, first chain (74-6-2), cropping first sprocket wheel, cropping second sprocket wheel and second chain (74-6-3); Cropping motor (74-6-1) and decelerator all are fixed on second frame (92), and the two ends, the left and right sides of cropping deflector roll (74-7) are rotationally connected on second frame (92), and first sprocket wheel and second sprocket wheel are fixedly connected on the left end head of cropping deflector roll (74-7); The output shaft of cropping motor (74-6-1) is fixedlyed connected with the power input component of decelerator, and first chain (74-6-2) is meshed with the output chain gear and first sprocket wheel of decelerator, and second chain (74-6-3) is meshed with the sprocket of second sprocket wheel and left-hand rotation dish.
5, a kind of continuous pigment dyeing pad dyer according to claim 4 go out the cloth treating apparatus, it is characterized in that: swing cropping mechanism (74) also comprises Xelminator; Be fixed with on the plane framework (74-1-2) of second swing span (74-1) about two edges to the rectangle connecting rod (74-8) that is arranged in parallel, every rectangle connecting rod (74-8) is gone up each insulation and is fixed with an electrode frame that has row's point electrode, thereby constitutes Xelminator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920301073U CN201390889Y (en) | 2009-03-04 | 2009-03-04 | Fabric discharging and processing device of continuous pigment pad dyeing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920301073U CN201390889Y (en) | 2009-03-04 | 2009-03-04 | Fabric discharging and processing device of continuous pigment pad dyeing machine |
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| Publication Number | Publication Date |
|---|---|
| CN201390889Y true CN201390889Y (en) | 2010-01-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920301073U Expired - Lifetime CN201390889Y (en) | 2009-03-04 | 2009-03-04 | Fabric discharging and processing device of continuous pigment pad dyeing machine |
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| CN (1) | CN201390889Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101597847B (en) * | 2009-03-04 | 2011-11-23 | 常州市东高染整有限公司 | Fabric draw-out processing device of continuous pigment dyeing padding mangle |
-
2009
- 2009-03-04 CN CN200920301073U patent/CN201390889Y/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101597847B (en) * | 2009-03-04 | 2011-11-23 | 常州市东高染整有限公司 | Fabric draw-out processing device of continuous pigment dyeing padding mangle |
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