CN208328364U - New and effective dyeing machine for cloth starching dyeing - Google Patents
New and effective dyeing machine for cloth starching dyeing Download PDFInfo
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- CN208328364U CN208328364U CN201721859799.5U CN201721859799U CN208328364U CN 208328364 U CN208328364 U CN 208328364U CN 201721859799 U CN201721859799 U CN 201721859799U CN 208328364 U CN208328364 U CN 208328364U
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Abstract
The utility model provides a kind of for the pollution-free high-efficient energy saving dyeing machine that is combined as a whole of processing technologys such as cloth starching, dyeing, stamp, embossing, gold stamping, compound, drying, sizing, it includes bracket, the good cloth of clot carried out automatic retraction device, cloth dyeing and printing device and cloth drying and shaping device.Dimpled grain roll marks flower is higher than digital ink-jet printed precision, and less and uniform and stable using amount of slurry, unspent slurry, dyestuff can complete recycling and reusings.The utility model uses infrared heating device, it can be achieved 250~400 DEG C of high temperature directly to be reached cloth and conduction band in 1 second, it is heated without being heated in roller inner, power saving saves money, convection oven, which can also be solved, need to rely on the heating such as hot oil, combustion gas, steam, boiler, not only dangerous the shortcomings that polluting environment again and being extremely difficult to 220 DEG C of high-temperature standards.Water used in the utility model all becomes steam as carrier, by high temperature, and slurry, dyestuff, auxiliary agent are all stayed on cloth, do not polluted the environment completely.
Description
Technical field
The utility model relates to a kind of dyeing and printing devices, it particularly relates to a kind of efficient print for cloth starching dyeing
Dye machine.
Background technique
Cloth is one of people's daily life common used material, therefore the printing and dyeing of cloth are pole in cloth material manufacturing technique again
Its important link.The printing and dyeing of cloth are also referred to as dyeing and finishing, are a kind of cloth processing methods, as cloth printing and dyeing early period at
The general name of the process flows such as reason, dyeing, stamp, printing and dyeing last phase tidying up, wash water, drying；With constantly mentioning for Dyeing Technology
High and development, the textile color dyed is also constantly enriched, however, there is also following defects for existing cloth dyeing machine: 1)
Traditional cloth dyeing apparatus is commonly equipped with dye tank, Rinsing Area, dewaterer, controls machine and drying and setting machine etc., not only leads
Cause bulky occupancy larger space, it is also necessary to which wastewater sedimentation processing pond and expensive sewage disposal device are unfavorable for
The popularization and use of dyeing；2) traditional cloth dyeing machine can only carry out single-face dyeing stamp to cloth, when needing to cloth
When carrying out two-sided printing and dyeing, it must just increase dyeing process and lead to the inefficiency of cloth printing and dyeing production, and need to put into additional
Hand labor, to extend manufacture cycle and increase production cost；3) existing cloth uses high temperature steaming or evaporates technique and consolidates
Color (102 DEG C, alkaline condition under), since the dyeing apparatus thermal efficiency is low, causes energy utilization rate during dyeing and printing process very low, only
Have 35%, energy consumption is big, high production cost, and can generate in high temperature steaming and color fixing situation with " wax " on wax printing loom figured
Fusing, causes equipment fabric guide roll to be stained with wax and is unable to operate normally；4) existing cloth dyeing machine water consumption is big, and the requirement to water quality is compared
Height, printing-dying wastewater recycling rate only have 10% or so, and color degree of dyeing waste water is high, and complicated component, sewage treatment difficulty is big, due to waste water
Discharge is not up to standard, causes the enforcement difficulty of dyeing energy-saving and emission-reduction big；5) existing cloth dyeing machine is printed and dyed to cloth
When there is no drying unit, timely drying and processing cannot be carried out to stained cloth, it is non-uniform existing to be not only easy to appear printing and dyeing
As and influence cloth printing and dyeing effect, it is also necessary to the cloth after printing and dyeing manually just can be carried out to scroll after natural drying,
So as to cause occurring, cloth printing quality qualification rate is low, the dyeing process period is long and the not high problem of low efficiency of printing and dyeing.
Utility model content
In view of the above shortcomings, the utility model provides one kind and overcomes traditional dyeing and finishing device structure complexity, highly energy-consuming, height
Water consumption is lacked because discharge of wastewater is not up to standard and cannot carry out double-face dyeing stamp to cloth front and bottom surface by a procedure
It falls into, a kind of simple structure and reasonable design is provided, can be can be realized by a procedure two-sided dye is carried out to cloth front and bottom surface
Color stamp, and can realize that the environment-friendly and energy-efficient of single side secondary color dyeing and printing is used for the new and effective dyeing machine of cloth starching dyeing,
The dyeing machine for cloth starching, dyeing, stamp, embossing, it is gold stamping, compound, drying, patterning process technique, it include bracket,
And setting is on the bracket for realizing the cloth folding and unfolding dress that cloth roll is synchronized to automatic deploying and retracting in dyeing process
It sets, further includes for first group of dyeing and printing device of printing and dyeing fabrics bottom surface and for the positive second group of printing and dyeing dress of printing and dyeing fabrics
Set, for moment close to the exothermal infrared pipe device of cloth positive first and for moment close to cloth bottom surface second
Exothermal infrared pipe device, first group of dyeing and printing device include two the first fabric guide rolls being driven by motor, the first cloth biography
Transporting band, the first printing and dyeing roll assembly of at least one set and the first lifting slurry groove mechanism, second group of dyeing and printing device include two
A the second fabric guide roll being driven by motor, the second cloth transmission conduction band, the second printing and dyeing roll assembly of at least one set and the second lifting
Slurry groove mechanism；The function of the new and effective dyeing machine for cloth starching dyeing of the environment-friendly and energy-efficient of the no pollution is can
It is any to change the required starching of cloth printing and dyeing, dyeing, stamp, embossing, gold stamping, compound, drying and patterning process technique, and can
According to cloth ink application processes, bottom surface and front to cloth carry out two-sided printing and dyeing, and quickly increase or reduce printing and dyeing
With the quantity of flower roll and infrared heating tube.
In order to further realize the present invention, the cloth draw off gear, first group of dyeing and printing device, second group of dyeing and printing device with
And cloth roll is respectively provided on the rack and is located along the same line.
In order to further realize the present invention, bracket is symmetrically arranged in two the first fabric guide rolls being driven by motor
On, and two the first fabric guide rolls being driven by motor are located at the surface of cloth inner face, the first cloth transmission conduction band installation
On the rolling drum surface for the first fabric guide roll being driven by motor at two, so that the first cloth transmission conduction band is driven by motor at two
The first fabric guide roll draw under can uninterruptedly to cloth carry out towards preset direction orient convey, often
For the one first printing and dyeing roll assembly for printing and dyeing to the bottom surface of cloth, each first printing and dyeing roll assembly includes the
One leader pressure roller and the first printing and dyeing dimpled grain roller, the first leader pressure roller can be turned by the cooperation of first bearing seat and bearing
It is arranged on bracket dynamicly, the first printing and dyeing dimpled grain roller and the first leader pressure roller are in the positioned opposite of vertical direction,
And first is formed between printing and dyeing dimpled grain roller and the rolling surface of the first leader pressure roller the first cloth is allowed to transmit conduction band and cloth
First printing and dyeing transmission channel；The first printing and dyeing dimpled grain roller is rotatably arranged in bracket by the cooperation of pedestal and bearing
On；The underface of each first printing and dyeing dimpled grain roller is arranged in the first lifting slurry groove mechanism, so that the first lifting
Slurry groove mechanism can just continuously convey printing and dyeing slurry to the first printing and dyeing dimpled grain roller when rising to scheduled height；
The first lifting slurry groove mechanism includes for the first slurry tank of store toothpaste shape printing and dyeing slurry and for realizing first
The second hydraulic cylinder that slurry tank moves up and down, first slurry tank by the second hydraulic cylinder can oscilaltion movably set
It sets on bracket；Two the second fabric guide rolls being driven by motor symmetrically are arranged on bracket, and two are driven by motor
The second fabric guide roll be located at the underface of cloth bottom surface, the second cloth transmission conduction band be mounted on two be driven by motor the
On the rolling drum surface of two fabric guide rolls, so that the traction for the second fabric guide roll that the second cloth transmission conduction band is driven by motor at two is made
Uninterruptedly cloth can orient towards preset direction under and conveyed, each second printing and dyeing roller set
For part for printing and dyeing to the bottom surface of cloth, each second printing and dyeing roll assembly includes the second leader pressure roller and the second print
Dimpled grain roller is contaminated, the second leader pressure roller is rotatably arranged on bracket by the cooperation of second bearing seat and bearing, institute
The second printing and dyeing dimpled grain roller and the second leader pressure roller are stated in the positioned opposite of vertical direction, and the second printing and dyeing dimpled grain roller and the
The the second printing and dyeing transmission channel for allowing the second cloth to transmit conduction band and cloth is formed between the rolling surface of two leader pressure rollers；Institute
The second printing and dyeing dimpled grain roller is stated to be rotatably arranged on bracket by the cooperation of pedestal and bearing；The second lifting slurry scouring machine
Structure be arranged in it is each it is described second printing and dyeing dimpled grain roller underface so that second lifting slurry groove mechanism rise to it is scheduled
When height printing and dyeing slurry can just be continuously conveyed to the second printing and dyeing dimpled grain roller；The second lifting slurry groove mechanism packet
It includes for the second slurry tank of store toothpaste shape printing and dyeing slurry and is moved up and down for realizing the second slurry tank the 4th hydraulic
Oil cylinder, first slurry tank by the second hydraulic cylinder can oscilaltion be movably arranged on bracket.
It further include first scraping knife and second and scraping knife to further realize the present invention, first scrapes knife for the
Printing and dyeing slurry on one printing and dyeing dimpled grain roller carries out striking off drawout, so that the first printing and dyeing dimpled grain roller carries out uniformly the bottom surface of cloth
It prints and dyes and improves printing quality, first, which scrapes knife, includes the first scraper and the first scraper erection support, and the first scraper passes through first
Scraper erection support is fixedly mounted on bracket, and the rolling print corresponding to the first printing and dyeing dimpled grain roller is arranged in first scraper
The position in dye face；Second scrapes knife for carrying out striking off drawout to the printing and dyeing slurry on the second printing and dyeing dimpled grain roller, so that first
Printing and dyeing dimpled grain roller uniformly prints and dyes to the front of cloth and improves printing quality, and second, which scrapes knife, includes the second scraper and second
Scraper erection support, the second scraper are fixedly mounted on bracket by the second scraper erection support, and second scraper is arranged
In the position in the rolling printing and dyeing face corresponding to the second printing and dyeing dimpled grain roller.
In order to further realize the present invention, each first printing and dyeing roll assembly further includes the first hydraulic cylinder, described
First leader pressure roller can be arranged on the bracket to oscilaltion by the first hydraulic cylinder, so that the first selvage guide is with pressure
Roller is kept when moving down in the state for compressing compression downwards to the first cloth transmission conduction band.
In order to further realize the present invention, each second printing and dyeing roll assembly further includes third hydraulic cylinder, described
Second leader pressure roller can be arranged on the bracket to oscilaltion by third hydraulic cylinder, so that the second selvage guide is with pressure
Roller is kept when moving down in the state for compressing compression downwards to the second cloth transmission conduction band.
In order to further realize the present invention, the cloth draw off gear includes that the electronic of mechanism driving is driven by motor to put cloth
Roller and the electronic cloth-gathering roller that mechanism driving is driven by motor.
In order to further realize the present invention, the electronic cloth supply roller and the electronic cloth-gathering roller pass through shaft in left and right respectively
It is symmetrically disposed on bracket.
In order to further realize the present invention, the axis of the electronic cloth supply roller axis and the electronic cloth-gathering roller is formed by
Plane and horizontal plane keeping parallelism.
In order to further realize the present invention, the cloth draw off gear, first group of dyeing and printing device, second group of dyeing and printing device with
And cloth roll is respectively provided on the rack and is located in same level.
The utility model has the beneficial effects that
1, the new and effective dyeing machine for cloth starching dyeing of the utility model, along the direction that cloth transmits and position
In being successively arranged the first group of dyeing and printing device printed and dyed for the bottom surface to cloth in same horizontal line and for cloth
Second group of dyeing and printing device printing and dyeing of bottom surface compared with the existing technology can be during one of process, so that it may benefit
Two-sided printing and dyeing are carried out to the front of cloth and bottom surface respectively with first group of dyeing and printing device and second group of dyeing and printing device, overcome traditional cloth
Expect that dyeing apparatus cannot carry out the defect of double-face dyeing stamp by a procedure to cloth front and bottom surface, so that cloth is printed and dyed
More quickly and efficiently, it does not need to put into the additional two-sided dyeing process of hand labor progress, so as to shorten the production cycle and subtract
Production cost is lacked.
2, the new and effective dyeing machine for cloth starching dyeing of the utility model, overcomes traditional cloth dyeing apparatus
It generally requires and is equipped with dye tank, Rinsing Area, dewaterer, controls machine and drying and setting machine etc., do not only result in bulky occupancy
Larger space, it is also necessary to which the defect of wastewater sedimentation processing pond and expensive sewage disposal device utilizes fabric guide roll, cloth
Transmission conduction band, for paste cloth and to cloth play baking styling printing and dyeing private station glue, leader pressure roller, first
Print and dye dimpled grain roller, scraper, Water-soluble environment-friendlyanticorrosive toothpaste-like slurry and auxiliary agent and storage slurry and auxiliary agent slurry tank it is mutual
Cooperation, and printing and dyeing fabrics are dried using far infrared heating pipe, it being not only simple in structure, rationally, occupied space is smaller for design,
The moisture printed and dyed in the slurry of cloth bottom surface is also made to flash to vapor volatilization in air.The utility model is used for cloth
The new and effective dyeing machine for expecting starching dyeing can match environmental protection type dye and environment-protecting and non-poisonous water-soluble toothpaste-like slurry
Material, auxiliary agent, the moisture contained all becomes vapor volatilization in air after high temperature is dried, and slurry and auxiliary agent retain
On cloth, the wasting of resources neither will cause, and not will cause the environmental problem of secondarily polluted water, completely solve the recessed roller of tradition
Heat sublimation paper transfer printing machine can only use solvent type dye ink elder generation printing paper, be transferred to cloth using High Temperature Disperse dyestuff
On, it had not only caused the waste of paper but also had polluted the defect of air harmful to human.
3, the new and effective dyeing machine for cloth starching dyeing of the utility model does not have to high-temperature steam and dyes, do not have to
Washing does not have to dye vat, both overcame " existing cloth is using high temperature steaming or evaporates technique fixation (102 DEG C, alkaline condition under),
Since the dyeing apparatus thermal efficiency is low, cause energy utilization rate during dyeing and printing process very low, only 35%, energy consumption is big,
High production cost, existing cloth dyeing machine water consumption is big, and the requirement to water quality is relatively high, and printing-dying wastewater recycling rate only has 10%
Left and right, color degree of dyeing waste water is high, and complicated component, sewage treatment difficulty is big, since discharge of wastewater is not up to standard, leads to dyeing section
The water pollution that the enforcement difficulty of energy emission reduction is big wastes problem, does not meet the environmental protection standard of energy-saving and emission-reduction.
4, the new and effective dyeing machine for cloth starching dyeing of the utility model, is equipped with far infrared heating device,
It is dried, stained cloth can be carried out at timely drying in the dyeing course to cloth using far infrared heating pipe
Reason is not in the non-uniform phenomenon of printing and dyeing and improves cloth printing and dyeing effect, solves and need the cloth after printing and dyeing manually
Material the problem of just can be carried out scroll after natural drying so that cloth printing quality is high, the dyeing process period is short and
It prints and dyes high-efficient.
5, the new and effective dyeing machine for cloth starching dyeing of the utility model, first group of dyeing and printing device and the
Two groups of dyeing and printing devices are provided with multiple groups printing and dyeing roll assembly, multiple groups print and dye roll assembly along cloth transmission direction successively simultaneously
Arrangement is set, and is formed with permission cloth between the printing and dyeing dimpled grain roller and the rolling surface of leader pressure roller of each printing and dyeing roll assembly
The printing and dyeing transmission channel for transmitting conduction band and cloth not only makes continuously transmitting more for cloth under the cooperation of cloth transmission conduction band
Add steadily, ensure that the dyeing process of cloth quickly and efficiently, can also repeatedly be printed and dyed to cloth, prevents printing and dyeing uneven, mention
High printing and dyeing colorations.
6, the utility model provides a kind of for cloth starching, dyeing, stamp, embossing, gold stamping, compound, drying, sizing
The new and effective dyeing machine energy-efficient etc. the water pollution-free that common processing technology is combined as a whole is a new technology leather
Life, it include bracket, be arranged on bracket for realizing the good cloth of clot is placed in above-mentioned machining process carry out it is same
It walks on the cloth draw off gear of automatic deploying and retracting, cloth bottom surface, front dyeing and printing device and cloth bottom surface, positive drying and shaping device,
Dimpled grain roller can print big background color replacement dyeing by cloth cover entirely, can also locally make chromatography printing and dyeing.Dimpled grain roll marks flower is than digital spray
Ink-printed precision is higher, less and uniform and stable using amount of slurry, and five print rollers can print off more than one hundred million middle colors, unspent
A small amount of clear water of slurry, dyestuff and scouring dimpled grain roller flower position can recycle completely, and gold stamping compound roller can use stamp
The identical smooth surface roller that conduction band is pressed when starching is dyed, is directly entered the hot merit on cloth using the machine infrared heating tube completely
Effect, does not have to again roller inner heating heating, and power saving saves money.The utility model uses infrared heating device, it can be achieved that 1 second will
250~400 DEG C of high temperature directly reaches cloth and conduction band, solves convection oven and needs to rely on hot oil, natural gas, steam, boiler
Deng heating, not only dangerous the shortcomings that polluting environment again and being extremely difficult to 220 DEG C of high temperature.The utility model slurry therewith, helps dyestuff
Agent, water can recycle distilled water recycling wherein all becoming steam by high temperature in addition to water is intended only as carrier completely,
He all stays on cloth material, does not have to steam, does not have to heat for a long time into cylinder, not wash with water except loose colour, so completely not
It pollutes the environment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is that the structure of first group of dyeing and printing device and the first exothermal infrared pipe device mounting structure of the utility model is shown
It is intended to；
Fig. 3 is that the structure of second group of dyeing and printing device and the second exothermal infrared pipe device mounting structure of the utility model is shown
It is intended to；
Fig. 4 is the structural schematic diagram of the first exothermal infrared pipe device of the utility model；
Fig. 5 is the structural schematic diagram of the second exothermal infrared pipe device of the utility model；
Fig. 6 is the partial enlarged view of first group of dyeing and printing device structure of the utility model；
Fig. 7 is the partial enlarged view of second group of dyeing and printing device structure of the utility model.
Specific embodiment
The utility model is further elaborated with reference to the accompanying drawing, wherein the direction of the utility model is mark with Fig. 1
It is quasi-.
As shown in Figures 1 to 7, the new and effective dyeing machine for cloth starching dyeing of the utility model, it includes branch
Frame 1,2, first groups of dyeing and printing devices 3 of cloth draw off gear, first scrape knife 4, first 5, second groups of prints of exothermal infrared pipe device
Dye device 6, second scrape knife 7, the second exothermal infrared pipe device 8 and cloth roll 9, wherein cloth draw off gear 2, first
Group 3, second groups of dyeing and printing devices 6 of dyeing and printing device and cloth roll 9 are arranged in rack 1 and are located in same horizontal line.
Bracket 1 is used to support and installs each device feature of efficient dyeing machine, and bracket 1 uses the metallic steel of the prior art
The tower structure of material building is realized.Bracket 1 is by top support beam 11, bottom supporting beam 12, Left-side support frame 13, Right side support frame 14
The frame bracket formed with intermediate supports platform 15.
Cloth draw off gear 2 synchronizes automatic deploying and retracting for realizing by cloth roll in dyeing process, to reach cloth
The purpose that printing and dyeing are fully automated.Cloth draw off gear 2 includes the electronic cloth supply roller 21 of mechanism driving being driven by motor and by electricity
The electronic cloth-gathering roller 22 of machine driving mechanism driving, electronic cloth supply roller 21 are symmetrical by shaft respectively with electronic cloth-gathering roller 22
Ground is arranged on the Left-side support frame 13 and Right side support frame 14 of bracket 1, and 21 axis of electronic cloth supply roller and electronic cloth-gathering roller 22
Axis be formed by plane and be parallel to the horizontal plane.
For first group of dyeing and printing device 3 for printing and dyeing to the bottom surface of cloth, first group of dyeing and printing device 3 includes two by electricity
The first fabric guide roll 31, the first cloth transmission conduction band 32, the printing and dyeing roll assembly 33 of several groups first and the first lifting slurry of machine driving
Trough mechanism 34, two the first fabric guide rolls 31 being driven by motor symmetrically are arranged on bracket 1, and two are driven by motor
The first dynamic fabric guide roll 31 is located at the positive surface of cloth, and the first cloth transmission conduction band 32 is mounted on two the first fabric guide rolls
On 31 rolling drum surface, the outer surface of the first cloth transmission conduction band 32 is coated with for pasting the positive dedicated self-adhesive platform glue of cloth, with
So that can be continuously uninterrupted under the draw for the first fabric guide roll 31 that the first cloth transmission conduction band 32 is driven by motor at two
Ground orient towards preset direction to cloth and be conveyed；Several groups first print and dye roll assembly 33 for the bottom to cloth
Face is printed and dyed, and it is 5 groups that quantity, which is arranged, in the first printing and dyeing roll assembly 33 of the present embodiment, but limits to this quantity, the tool of design
Body group number can be set according to actual needs.5 group first of the present embodiment printing and dyeing roll assembly 33 along cloth transmission direction
It is successively arranged side by side, every one first printing and dyeing roll assembly 33 includes the first leader pressure roller 331, the first hydraulic cylinder 332, first
Bearing block 333, bearing and the first printing and dyeing dimpled grain roller 334, the first leader pressure roller 331 are used to play the first cloth transmission conduction band 32
The effect compressed to downwards, the first leader pressure roller 331 can be turned by first bearing seat 333, bearing and the first hydraulic cylinder 332
It is arranged on the top support beam 11 of bracket 1 dynamicly, so that when the first leader pressure roller 331 moves down in the vertical direction
It keeps in the state for compressing compression downwards to the first cloth transmission conduction band 32.Certainly, alternatively embodiment, first leads
Strap pressure roller 331 directly can also directly be rotatably arranged in the centre of bracket 1 by the cooperation of first bearing seat 333 and bearing
In support platform 15.First printing and dyeing dimpled grain roller 334 and the first leader pressure roller 331 are in the positioned opposite of vertical direction, and first
Printing and dyeing between dimpled grain roller 334 and the rolling surface of the first leader pressure roller 331, there are the transmission gap of certain distance, the transmission gaps
Form the first printing and dyeing transmission channel for allowing the first cloth to transmit conduction band 32 and cloth.First printing and dyeing dimpled grain roller 334 passes through pedestal
Cooperation with bearing is rotatably arranged on the intermediate supports platform 15 of bracket 1, and the first lifting setting of slurry groove mechanism 34 exists
The underface of every one first printing and dyeing dimpled grain roller 334, so that the first lifting slurry groove mechanism 34 is when rising to scheduled height
Printing and dyeing slurry can just be continuously conveyed to the first printing and dyeing dimpled grain roller 334.First lifting slurry groove mechanism 34 includes using
The first slurry tank 341 in store toothpaste shape printing and dyeing slurry and the second liquid for being moved up and down for realizing the first slurry tank 341
Compressing cylinder 342, the first slurry tank 341 by the second hydraulic cylinder 342 can oscilaltion be movably arranged at the bottom branch of bracket 1
It supports on beam 12.
First scrapes knife 4 for carrying out striking off drawout to the printing and dyeing slurry on the first printing and dyeing dimpled grain roller 334, so that first
Printing and dyeing dimpled grain roller 334 uniformly prints and dyes to the bottom surface of cloth and improves printing quality.First, which scrapes knife 4, includes the first scraper 41
With the first scraper erection support 42, the first scraper 41 is fixedly mounted on the bottom support of bracket 1 by the first scraper erection support 42
On beam 12, and the position in the rolling printing and dyeing face corresponding to the first printing and dyeing dimpled grain roller 334 is arranged in the first scraper 41.
First exothermal infrared pipe device 5 be used to carry out the cloth for carrying out bottom surface printing and dyeing through first group of dyeing and printing device 3 and
When dry volatilize in air so that moisture of the printing and dyeing in the slurry of cloth bottom surface flashes to vapor.First infrared ray hair
The underface that cloth is corresponded on bracket 1 is arranged in heat-pipe apparatus 5, and the first exothermal infrared pipe device 5 includes the first electricity fever
Pipe mounting bracket 51, the first electric heating tube 52, the first cylinder 53 and the first reflector 54, the first electric heating tube mounting bracket 51
By the first cylinder 53 can oscilaltion be movably arranged on the intermediate supports platform 15 of bracket 1, every one first electric heating tube
The compartment of terrain that is parallel to each other in mounting bracket 51 is equipped with 30 first electric heating tubes 52, and 52 Design of length of the first electric heating tube is
3m, the first electric heating tube 52 preferentially use far infrared heating pipe.Certainly, the first electric heating tube mounting bracket 51 passes through the first cylinder
53 can oscilaltion be movably arranged in the bottom supporting beam 12 of bracket 1, installed in every one first electric heating tube mounting bracket 51
The quantity of the first electric heating tube 52 be not limited to 30, the length of the first electric heating tube 52 can design according to actual needs.
For second group of dyeing and printing device 6 for printing and dyeing to the front of cloth, second group of dyeing and printing device 6 includes two by electricity
The second fabric guide roll 61, the second cloth transmission conduction band 62, the printing and dyeing roll assembly 63 of several groups second and the second lifting slurry of machine driving
Trough mechanism 64, two the second fabric guide rolls 61 being driven by motor symmetrically are arranged on bracket 1, and two are driven by motor
The second dynamic fabric guide roll 61 is located at the positive underface of cloth, and the second cloth transmission conduction band 62 is mounted on two the second fabric guide rolls
On 61 rolling drum surface, the outer surface of the second cloth transmission conduction band 62 is coated with the dedicated self-adhesive platform glue for pasting cloth bottom surface, with
So that can be continuously uninterrupted under the draw for the second fabric guide roll 61 that the second cloth transmission conduction band 62 is driven by motor at two
Ground orient towards preset direction to cloth and be conveyed；The printing and dyeing roll assembly 63 of several groups second is used for cloth just
Face is printed and dyed, and it is 5 groups that quantity, which is arranged, in the second printing and dyeing roll assembly 63 of the present embodiment, but limits to this quantity, the tool of design
Body group number can be set according to actual needs.5 group second of the present embodiment printing and dyeing roll assembly 63 along cloth transmission direction
It is successively arranged side by side, every one second printing and dyeing roll assembly 63 includes the second leader pressure roller 631, third hydraulic cylinder 632, second
Bearing block 633, bearing and the second printing and dyeing dimpled grain roller 634, the second leader pressure roller 631 are used to play the second cloth transmission conduction band 62
The effect compressed to downwards, the second leader pressure roller 631 can be turned by second bearing seat 633, bearing and third hydraulic cylinder 632
It is arranged in the bottom supporting beam 12 of bracket 1 dynamicly, so that when the second leader pressure roller 631 moves up in the vertical direction
It keeps in the state for compressing compression upwards to the second cloth transmission conduction band 62.Certainly, alternatively embodiment, second leads
Strap pressure roller 631 directly can also directly be rotatably arranged in the centre of bracket 1 by the cooperation of second bearing seat 633 and bearing
In support platform 15.Second printing and dyeing dimpled grain roller 634 and the second leader pressure roller 631 are in the positioned opposite of vertical direction, and second
Printing and dyeing between dimpled grain roller 634 and the rolling surface of the second leader pressure roller 631, there are the transmission gap of certain distance, the transmission gaps
Form the second printing and dyeing transmission channel for allowing the second cloth to transmit conduction band 62 and cloth.Second printing and dyeing dimpled grain roller 634 passes through pedestal
Cooperation with bearing is rotatably arranged on the intermediate supports platform 15 of bracket 1, and the second lifting setting of slurry groove mechanism 64 exists
The surface of every one second printing and dyeing dimpled grain roller 634, so that the first lifting slurry groove mechanism 34 is when dropping to scheduled height
Printing and dyeing slurry can just be continuously conveyed to the second printing and dyeing dimpled grain roller 634.Second lifting slurry groove mechanism 64 includes using
The second slurry tank 641 in store toothpaste shape printing and dyeing slurry and the 4th liquid that is moved up and down for realizing the second slurry tank 641
Compressing cylinder 642, the second slurry tank 641 by the 4th hydraulic cylinder 642 can oscilaltion be movably arranged at the topmast of bracket 1
It supports on beam 11.
Second scrapes knife 7 for carrying out striking off drawout to the printing and dyeing slurry on the second printing and dyeing dimpled grain roller 634, so that second
Printing and dyeing dimpled grain roller 634 uniformly prints and dyes to the bottom surface of cloth and improves printing quality.Second, which scrapes knife 7, includes the second scraper 71
With the second scraper erection support 72, the second scraper 71 is fixedly mounted on the top support of bracket 1 by the second scraper erection support 72
On beam 11, and the position in the rolling printing and dyeing face corresponding to the second printing and dyeing dimpled grain roller 634 is arranged in the second scraper 71.
First exothermal infrared pipe device 8 be used for carried out through second group of dyeing and printing device 6 positive printing and dyeing cloth carry out and
When dry volatilize in air so that moisture of the printing and dyeing in the positive slurry of cloth flashes to vapor.Second infrared ray hair
The surface that cloth is corresponded on bracket 1 is arranged in heat-pipe apparatus 8, and the second exothermal infrared pipe device 8 includes the second electricity fever
Pipe mounting bracket 81, the second electric heating tube 82, the second cylinder 83 and the second reflector 84, the second electric heating tube mounting bracket 81
By the second cylinder 83 can oscilaltion be movably arranged on the intermediate supports platform 15 of bracket 1, every one second electric heating tube
The compartment of terrain that is parallel to each other in mounting bracket 81 is equipped with 30 second electric heating tubes 82, and 82 Design of length of the second electric heating tube is
3m, the second electric heating tube 82 preferentially use far infrared heating pipe.Certainly, the second electric heating tube mounting bracket 81 passes through the second cylinder
83 can oscilaltion be movably arranged on the top support beam 11 of bracket 1, installed in every one second electric heating tube mounting bracket 81
The quantity of the second electric heating tube 82 be not limited to 30, the length of the second electric heating tube 52 can design according to actual needs.
Electronic cloth supply roller 21 phase with electronic cloth-gathering roller 22 in vertical direction of the cloth roll 9 respectively at cloth draw off gear 2
To arrangement, and the outer circumference surface of cloth roll 9 is in contact with electronic cloth supply roller 21 with the rolling drum surface of electronic cloth-gathering roller 22 respectively, and cloth
Material volume 9 can be rotatably installed in upper and lower displacement on bracket 1 by central tube, upper and lower displacement conduit and bearing and put cloth corresponding to electronic
The position of roller 21 and electronic cloth-gathering roller 22, both the folding and unfolding of cloth kept synchronizing, and ensured that cloth roll 9 in dyeing and printing process folding and unfolding
Its outer circumference surface is in contact with electronic cloth supply roller 21 with the rolling drum surface of electronic cloth-gathering roller 22 always in the process, the cloth effectively avoided
Relaxation occurs in transmission transmission process.
The basic functional principle and the course of work of the utility model:
1) when carrying out two-sided printing and dyeing to cloth using the new and effective dyeing machine for cloth starching dyeing, cloth is kept
The electronic cloth supply roller 21 and electronic cloth-gathering roller 22 for expecting draw off gear 2 are in same level, and the cloth of cloth roll 9 passes through electronic
Cloth supply roller 21 is unfolded from left to right, and by sequence from left to right successively via the first printing and dyeing dimpled grain of first group of dyeing and printing device 3
The first print for allowing the first cloth to transmit conduction band 32 and cloth is formed between roller 334 and the rolling surface of the first leader pressure roller 331
Transmission channel is contaminated, between the second printing and dyeing dimpled grain roller 634 and the rolling surface of the second leader pressure roller 631 of second group of dyeing and printing device 6
The the second printing and dyeing transmission channel for allowing the second cloth to transmit conduction band 62 and cloth is formed, finally reaches electronic cloth-gathering roller 22, no
Only during one of process, so that it may using first group of dyeing and printing device 3 and second group of dyeing and printing device 6 respectively to cloth just
Face and bottom surface carry out two-sided printing and dyeing, while also right using the electronic cloth supply roller 21 of cloth draw off gear 2 and electronic cloth-gathering roller 22
The cloth of printing and dyeing synchronizes folding and unfolding, so that the printing and dyeing of cloth and conveying are more quickly and efficiently.
2) it prints and dyes to the bottom surface of cloth, the front of cloth is pasted onto high temperature resistant using printing and dyeing dedicated self-adhesive knot platform glue
The first cloth transmission conduction band 32 outer surface so that first leading of being driven by motor at two of the first cloth transmission conduction band 32
Uninterruptedly cloth can orient towards preset direction under the draw of cloth rewinder roll 31 and conveyed, at this time first
Cloth transmission conduction band 32 and cloth, which are located between the first printing and dyeing dimpled grain roller 334 and the rolling surface of the first leader pressure roller 331, to be formed
The first printing and dyeing transmission channel in, the first hydraulic cylinder 332 drives the first leader pressure roller 331 in the vertical direction to moving down
It is dynamic, and the first cloth transmission conduction band 32 is compressed downwards to the first printing and dyeing for being compacted to and being oppositely arranged with the first leader pressure roller 331
On dimpled grain roller 334, so that the bottom surface of cloth is sufficiently tightly attached on the first printing and dyeing dimpled grain roller 334 with smooth state, then
Cloth moves between the first printing and dyeing transmission channel with the first cloth transmission conduction band 32, realizes that the first printing and dyeing dimpled grain roller 334 is right
Cloth is continuously printed and dyed, and the cloth after printing and dyeing is carried out timely by the far infrared heating pipe of the first exothermal infrared pipe device 5
Drying is volatilized in air so that moisture of the printing and dyeing in the slurry of cloth bottom surface flashes to vapor.First is exothermal infrared
When the far infrared heating pipe of pipe device 5 dries cloth, using the first cylinder 53 by 52 proximity distance of the first electric heating tube
Cloth is toasted at cloth 5mm, and the heat of first electric heating tube 52 is concentrated into reflection upwards by the first reflector 54
Onto cloth, to reach optimal drying effect, overcomes fan and hot uneven and cold air is sent to bring into and influence fuel factor
The characteristics of.When cloth is out of service, controller controls the first cylinder 53 and removes the first electric heating tube 52 downwards, and stops the
The fever of one electric heating tube 52, to avoid cloth and the first cloth transmission conduction band 32 is burnt out.
3) it prints and dyes to the front of cloth, the front of cloth is pasted onto high temperature resistant using printing and dyeing dedicated self-adhesive knot platform glue
The second cloth transmission conduction band 62 outer surface so that second leading of being driven by motor at two of the second cloth transmission conduction band 62
Uninterruptedly cloth can be carried out towards the orientation conveying of preset direction (with the first cloth under the draw of cloth rewinder roll 61
Conveying direction under the draw of the first fabric guide roll 31 that material transmission conduction band 32 is driven by motor at two is consistent), at this time the
Two clothes transmit conduction band 62 and cloth is located at shape between the second printing and dyeing dimpled grain roller 634 and the rolling surface of the second leader pressure roller 631
At the second printing and dyeing transmission channel in, the second hydraulic cylinder 632 drives the second leader pressure roller 631 in the vertical direction to moving down
It is dynamic, and the second cloth transmission conduction band 62 is compressed to the second printing and dyeing for being compacted to and being oppositely arranged with the second leader pressure roller 631 upwards
On dimpled grain roller 634, so that the front of cloth is sufficiently tightly attached on the second printing and dyeing dimpled grain roller 634 with smooth state, then
Cloth moves between the second printing and dyeing transmission channel with the second cloth transmission conduction band 62, realizes that the second printing and dyeing dimpled grain roller 634 is right
Cloth is continuously printed and dyed, and the cloth after printing and dyeing is carried out timely by the far infrared heating pipe of the second exothermal infrared pipe device 8
Drying is volatilized in air so that moisture of the printing and dyeing in the slurry of cloth bottom surface flashes to vapor.Second is exothermal infrared
When the far infrared heating pipe of pipe device 8 dries cloth, using the second cylinder 83 by 82 proximity distance of the second electric heating tube
Cloth is toasted at cloth 5mm, and the heat of second electric heating tube 82 is concentrated into reflection upwards by the second reflector 84
Onto cloth, to reach optimal drying effect, overcomes fan and hot uneven and cold air is sent to bring into and influence fuel factor
The characteristics of.When cloth is out of service, controller controls the second cylinder 83 and removes the second electric heating tube 82 downwards, and stops the
The fever of two electric heating tubes 82, to avoid cloth and the second cloth transmission conduction band 62 is burnt out.
The foregoing is merely better embodiments of the invention, and the invention is not limited to above embodiment, are implementing
The structural modification small there may be part in the process, if various changes or modifications of the invention are not departed from essence of the invention
Mind and range, and belong within the scope of claim and equivalent technologies of the invention, then the present invention is also intended to encompass these changes
And modification.
Claims (10)
1. it is a kind of for cloth starching dyeing new and effective dyeing machine, the dyeing machine for cloth starching, dyeing, stamp,
Embossing, gold stamping, compound, drying, patterning process technique, it includes bracket and setting on the bracket for realizing by cloth
Material volume synchronizes the cloth draw off gear of automatic deploying and retracting in dyeing process, it is characterised in that: further includes for printing and dyeing fabrics
First group of dyeing and printing device of bottom surface and for the positive second group of dyeing and printing device of printing and dyeing fabrics, for moment close to cloth just
The exothermal infrared pipe device of the first of face and for moment close to the second exothermal infrared pipe device of cloth bottom surface, it is described
First group of dyeing and printing device includes two the first fabric guide rolls being driven by motor, the first cloth transmission conduction band, the first print of at least one set
Roll assembly and the first lifting slurry groove mechanism are contaminated, second group of dyeing and printing device includes two the second selvage guides being driven by motor
Roller, the second cloth transmission conduction band, the second printing and dyeing roll assembly of at least one set and the second lifting slurry groove mechanism；The ring of the no pollution
The function of protecting the energy-saving new and effective dyeing machine for cloth starching dyeing is needed for can arbitrarily changing cloth printing and dyeing
Starching, dyeing, stamp, embossing, it is gold stamping, compound, drying and patterning process technique, and can according to cloth ink application processes,
Two-sided printing and dyeing are carried out to the bottom surface of cloth and front, and quickly increase or reduce printing and dyeing flower roll and infrared heating tube
Quantity.
2. the new and effective dyeing machine according to claim 1 for cloth starching dyeing, it is characterised in that: the cloth
Draw off gear, first group of dyeing and printing device, second group of dyeing and printing device and cloth roll are respectively provided on the rack and are located at same straight line
On.
3. the new and effective dyeing machine according to claim 1 or 2 for cloth starching dyeing, it is characterised in that: two
The first fabric guide roll being driven by motor symmetrically is arranged on bracket, and two the first fabric guide rolls being driven by motor are located at
The surface of cloth inner face, the first cloth transmission conduction band are mounted on the rolling drum surface for the first fabric guide roll that two are driven by motor
On, so that can be continuously uninterrupted under the draw for the first fabric guide roll that the first cloth transmission conduction band is driven by motor at two
Ground orient towards preset direction to cloth and be conveyed, and each first printing and dyeing roll assembly is used for the bottom to cloth
Face is printed and dyed, and each first printing and dyeing roll assembly includes the first leader pressure roller and the first printing and dyeing dimpled grain roller, and described the
One leader pressure roller is rotatably arranged on bracket by the cooperation of first bearing seat and bearing, the first printing and dyeing dimpled grain roller
It is positioned opposite in vertical direction with the first leader pressure roller, and the rolling of the first printing and dyeing dimpled grain roller and the first leader pressure roller
The the first printing and dyeing transmission channel for allowing the first cloth to transmit conduction band and cloth is formed between dynamic face；The first printing and dyeing dimpled grain roller
It is rotatably arranged on bracket by the cooperation of pedestal and bearing；The first lifting slurry groove mechanism is arranged each described
The underface of first printing and dyeing dimpled grain roller, so that the first lifting slurry groove mechanism can just be to when rising to scheduled height
First printing and dyeing dimpled grain roller continuously conveys printing and dyeing slurry；The first lifting slurry groove mechanism includes being used for store toothpaste shape
First slurry tank of printing and dyeing slurry and the second hydraulic cylinder moved up and down for realizing the first slurry tank, first slurry
Hopper by the second hydraulic cylinder can oscilaltion be movably arranged on bracket；Two the second fabric guide rolls being driven by motor are left
The right side is symmetrically disposed on bracket, and two the second fabric guide rolls being driven by motor are located at the underface of cloth bottom surface, and described
Two clothes transmission conduction band is mounted on the rolling drum surface for the second fabric guide roll that two are driven by motor, so that the transmission of the second cloth is led
Uninterruptedly cloth can be carried out towards setting in advance under the draw for the second fabric guide roll that band is driven by motor at two
Fixed direction orients conveying, and each second printing and dyeing roll assembly is for printing and dyeing to the bottom surface of cloth, and each described the
Two printing and dyeing roll assemblies include the second leader pressure roller and the second printing and dyeing dimpled grain roller, and the second leader pressure roller passes through the second axis
The cooperation for holding seat and bearing is rotatably arranged on bracket, and the second printing and dyeing dimpled grain roller is in the second leader pressure roller
Vertical direction it is positioned opposite, and second printing and dyeing dimpled grain roller and the rolling surface of the second leader pressure roller between be formed with permission second
Cloth transmits the second printing and dyeing transmission channel of conduction band and cloth；The second printing and dyeing dimpled grain roller can by the cooperation of pedestal and bearing
It is rotatably arranged on bracket；It is described second lifting slurry groove mechanism be arranged in it is each it is described second printing and dyeing dimpled grain roller just under
Side, so that the second lifting slurry groove mechanism can just be to the second printing and dyeing dimpled grain roller continuously not when rising to scheduled height
Printing and dyeing slurry is conveyed disconnectedly；The second lifting slurry groove mechanism includes the second slurry for store toothpaste shape printing and dyeing slurry
Slot and the 4th hydraulic cylinder moved up and down for realizing the second slurry tank.
4. the new and effective dyeing machine according to claim 3 for cloth starching dyeing, it is characterised in that: further include the
One scrapes knife and second scrapes knife, and first scrapes knife for carrying out striking off drawout to the printing and dyeing slurry on the first printing and dyeing dimpled grain roller,
So that the first printing and dyeing dimpled grain roller uniformly prints and dyes to the bottom surface of cloth and improves printing quality, first, which scrapes knife, includes first
Scraper and the first scraper erection support, the first scraper are fixedly mounted on bracket by the first scraper erection support, and described
The position in the rolling printing and dyeing face corresponding to the first printing and dyeing dimpled grain roller is arranged in one scraper；Second scrapes knife for recessed to the second printing and dyeing
Printing and dyeing slurry on line roller carries out striking off drawout, so that the first printing and dyeing dimpled grain roller is uniformly printed and dyed to the front of cloth and mentioned
High printing quality, second, which scrapes knife, includes the second scraper and the second scraper erection support, and the second scraper passes through the second scraper and installs
Support is fixedly mounted on bracket, and the position in the rolling printing and dyeing face corresponding to the second printing and dyeing dimpled grain roller is arranged in second scraper
It sets.
5. the new and effective dyeing machine according to claim 3 for cloth starching dyeing, it is characterised in that: each described
First printing and dyeing roll assembly further includes the first hydraulic cylinder, and the first leader pressure roller can be risen up and down by the first hydraulic cylinder
The setting of drop ground on the bracket, is led the transmission of the first cloth so that the first leader pressure roller keeps being in when moving down
Band compresses downwards the state of compression.
6. the new and effective dyeing machine according to claim 3 for cloth starching dyeing, it is characterised in that: each described
Second printing and dyeing roll assembly further includes third hydraulic cylinder, and the second leader pressure roller can be risen up and down by third hydraulic cylinder
The setting of drop ground on the bracket, is led the transmission of the second cloth so that the second leader pressure roller keeps being in when moving down
Band compresses downwards the state of compression.
7. the new and effective dyeing machine according to claim 1 for cloth starching dyeing, it is characterised in that: the cloth
Draw off gear includes the electronic cloth supply roller that mechanism driving is driven by motor and the electronic cloth-gathering roller that mechanism driving is driven by motor.
8. the new and effective dyeing machine according to claim 7 for cloth starching dyeing, it is characterised in that: described electronic
Cloth supply roller and the electronic cloth-gathering roller pass through shaft respectively and are arranged on bracket symmetrically.
9. the new and effective dyeing machine according to claim 7 for cloth starching dyeing, it is characterised in that: described electronic
The axis of cloth supply roller axis and the electronic cloth-gathering roller is formed by plane and horizontal plane keeping parallelism.
10. the new and effective dyeing machine according to claim 1 for cloth starching dyeing, it is characterised in that: the cloth
Material draw off gear, first group of dyeing and printing device, second group of dyeing and printing device and cloth roll are respectively provided on the rack and are located at same water
In plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721859799.5U CN208328364U (en) | 2017-12-26 | 2017-12-26 | New and effective dyeing machine for cloth starching dyeing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721859799.5U CN208328364U (en) | 2017-12-26 | 2017-12-26 | New and effective dyeing machine for cloth starching dyeing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208328364U true CN208328364U (en) | 2019-01-04 |
Family
ID=64788464
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721859799.5U Expired - Fee Related CN208328364U (en) | 2017-12-26 | 2017-12-26 | New and effective dyeing machine for cloth starching dyeing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208328364U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110588158A (en) * | 2019-10-09 | 2019-12-20 | 天津新特印刷有限公司 | Environment-friendly type dyeable embossing printing device |
| CN111114115A (en) * | 2020-01-11 | 2020-05-08 | 邬天杰 | Printing equipment for spinning |
| CN111152551A (en) * | 2020-01-07 | 2020-05-15 | 蒋利水 | Waterless printing and dyeing production line based on dyeing degree uniform conveying smoothness |
| CN114261826A (en) * | 2022-01-10 | 2022-04-01 | 山东福泰发展集团有限公司 | Production process of printed knitted fabric for manufacturing school clothing |
-
2017
- 2017-12-26 CN CN201721859799.5U patent/CN208328364U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110588158A (en) * | 2019-10-09 | 2019-12-20 | 天津新特印刷有限公司 | Environment-friendly type dyeable embossing printing device |
| CN111152551A (en) * | 2020-01-07 | 2020-05-15 | 蒋利水 | Waterless printing and dyeing production line based on dyeing degree uniform conveying smoothness |
| CN111152551B (en) * | 2020-01-07 | 2021-09-03 | 绍兴柯桥胡氏转移印花有限公司 | Waterless printing and dyeing production line based on dyeing degree uniform conveying smoothness |
| CN111114115A (en) * | 2020-01-11 | 2020-05-08 | 邬天杰 | Printing equipment for spinning |
| CN111114115B (en) * | 2020-01-11 | 2021-06-22 | 绍兴慧行智能科技有限公司 | Printing equipment for spinning |
| CN114261826A (en) * | 2022-01-10 | 2022-04-01 | 山东福泰发展集团有限公司 | Production process of printed knitted fabric for manufacturing school clothing |
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