CN206475580U - Textile coating stamp dries fixation equipment - Google Patents
Textile coating stamp dries fixation equipment Download PDFInfo
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- CN206475580U CN206475580U CN201621248683.3U CN201621248683U CN206475580U CN 206475580 U CN206475580 U CN 206475580U CN 201621248683 U CN201621248683 U CN 201621248683U CN 206475580 U CN206475580 U CN 206475580U
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- drying room
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
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Abstract
Disclosed in the utility model is a kind of textile coating stamp drying fixation equipment, including bakeing room, fabric guiding device and heating media feedway, also there is automaton and electrical heat exchanger with it, and it is by 100% saturated vapor that it, which heats media, with heating media mixing after technique, the superheated steam heated through electrical heat exchanger, and pass through PLC, to temperature and pressure in drying room, and the regulation and control of heating media humidity, realize that high-quality energy-saving and short-flow is continuously produced as principal character.With rational in infrastructure, technical tactic is advanced, the features such as finished product quality is good and energy-efficient.It is a kind of new equipment of textile coating printing and dyeing drying color fixing process transition and upgrade.
Description
Technical field
The utility model is related to a kind of textile coating stamp drying fixation equipment, belongs to dyeing and finishing machinery technical field.
Background technology
Pigment printing, is welcome by dyeing, belongs to the print that country's encouragement is supported deeply with its efficient, energy-conservation, water saving
Contaminate energy-saving and emission-reduction industry project.
However, coating dye printing technology instantly, because its finished product feel is not good enough, poor color fastness, process costs are high, and by
It is considered a kind of process technology of low-grade dyeing and printing products.
In order to break through many technical tasks of restriction coating dye printing, correlation technique organization department, innovation drives high-quality height
Imitate the research and development of energy-saving and water-saving short route pigment printing technological equipment.It is reported that, the technical tactic of the project is：Technique speed 60m/
Min, exempts from decatize, Non-water washing, and its manufactured goods is soft, color fastness indices reach 4-5 grades.
And implement the basic of above-mentioned technical tactic and set it is crucial that how to innovate and provide the drying fixation for adapting to its technical requirements
It is standby.
Traditional textile coating print（Flower）Dye（Color）Baking film forming afterwards（Coating）And its time with cross-linking agents, one
As need 3-5min, technique speed is 60m/min, and the Rong Buliang in the baking room is in the range of 180-300m.Accordingly, with 5 sections
Drying room often saves mono- layer of 3m and holds cloth 15m meters, then needs 12-20 layers, and in terms of per 0.5m high layer by layer, then bakees the total height in room in 6-
In the range of 10m.Undoubtedly, the height in its baking room is too high and infeasible, and its energy to be consumed（Electric energy and heat energy）Also compared with
Greatly, production efficiency is also relatively lower.As can be seen here, the textile coating printing and dyeing drying fixation equipment of prior art（Bakee
Room）, it is the innovation transition technical requirements for not adapting to high-quality, efficient, energy-conservation and abbreviated system.So, where is outlet
, this is become as the problem of innovation in the industry.
Utility model content
The utility model aims to provide a kind of efficient, energy-conservation, the textile coating stamp drying fixation equipment of short route, with prominent
The key problem in technology of broken prior art, meets the demand of the high-quality low energy consumption of textile coating stamp.
The utility model realizes the technical though of its purpose, maintain technique speed ＞ 60m/min on the basis of, one be by
Conventional art hot dry wind bakees processing time pressure drop and arrives 2min or so；Two be, by the heating media hot dry wind of conventional art, to be changed to
100% superheated steam, the speed of heat and the thermal efficiency of fabric are transmitted to fabric to effectively improve；Three be to make textile coating
The drying of stamp is synchronous with fixation to be carried out, and is taken and is implemented electrically heated technical tactic to 100% saturated vapor, makes heating media shape
Into superheated steam（Such as 180 DEG C superheated steams）, effectively to shorten process treatment time, improve production efficiency；Four be to take
Automatic control means, implement automatically adjusting for whole process temperature, humidity and drying room internal pressure, so that the production of textile coating stamp is effectively ensured
The quality of finished product and saving energy resource consumption, hereby it is achieved that the purpose desired by the utility model.
Based on above-mentioned technical though, the utility model realizes that the technical scheme of its purpose is：
A kind of textile coating stamp dries fixation equipment, including the baking room being made up of the series connection insertion of more piece drying room unit,
And its be arranged in bakee room in fabric guiding device, and for provide heating media heating media feedway, and its：
A, the baking room is by arranging that some section drying room unit serial communications on the same axis are constituted；And in its drying room
The side in cell width direction, which has, heats medium convergence room after technique, and medium convergence room and drying room unit are heated after the technique
Connect；
B, the fabric guiding device by serial guide roller component, and is constituted being applied in overall baking room and upper and lower
5 layers of closed assembly wear cloth route structure；
C, the heating media feedway is arranged in the opposite side in each section drying room cell width direction；And institute
Heating media feedway, including 100% saturated vapor source are stated, electrical heat exchanger, circulating fan is overheated with heating media are blended together
Steam supplies blower fan；The electrical heat exchanger, respectively the outlet air end with 100% saturated vapor source and circulating fan connect；Electricity
Heat exchanger connects with the heating media superheated steam supply blower fan that blendes together；And blend together heating media superheated steam supply wind
Machine connects with drying room unit；And the pipeline connection insertion of medium convergence room is heated after the air intake and technique of circulating fan；
Under operating mode, heated after the saturated vapor provided by 100% saturated vapor source, and the technique that is provided of circulating fan
Media, after being heated to technological temperature through electrical heat exchanger, list in blower fan, input drying room is supplied by blending together heating media superheated steam
Heating medium convergence room after heating media introducing technology after first implementing process processing, the technique after PROCESS FOR TREATMENT, then by circulating
Blower fan introduces electrical heat exchanger and implements circulating and recovering；
D, in addition to automaton, the device include PLC, and drying room operating mode heats media temperature sensor,
Pressure sensor and heating media exhaust steam moisture sensor after the technique being located at after technique in heating medium convergence room in drying room；It is described
Drying room operating mode heats in media temperature sensor, drying room and heats media exhaust steam moisture sensor after pressure sensor and technique, respectively
Be connected, and PLC, electrically connected with the variable-frequency motor of circulating fan with PLC telecommunications, and PLC respectively with
The controlling switch of electric heating exchanger and the connection of the electromagnetism steam valve telecommunications in the saturated vapor source；
Under operating mode, PLC is fed back to after the temperature sensor sampling technological temperature pick-up in drying room unit, by
PLC control electrical heat exchanger heats up or cooling, and order blendes together heating media superheated steam and performs technological temperature into baking
In room unit；
And feed back to PLC controls after heating media superheated steam pressure inverting in drying room internal pressure sensor sample drying room
Device, PLC performs setting technique pressure-fired operating mode, if drying room internal pressure is more than process set value, by PLC control
Electromagnetism steam valve turns down steam flow in right amount, if drying room internal pressure is less than process set value, and opposite adjust is performed by PLC
Control；
And the exhaust steam moisture sensor sample heating media exhaust steam moisture pick-up feeds back to PLC, PLC
Process set value is performed, the variable-frequency motor of circulating fan is controlled, by the change of circulating fan rotating speed, heating media circulation is realized
The normal regulation of amount, technique baking efficiency and reduction steam consumption are ensured to perform technique humidity.
By purport technical scheme given above, it could be aware that with reference to technical though of the present utility model, this practicality is new
Type realizes its purpose to be realized.
In the above-mentioned technical solutions, the utility model is also advocated：Also include the hot blast air curtain that wind regime is provided by circulating fan
Machine, the hot blast air curtain is arranged in fabric introducing port, is bakeed with stopping that outside air enters in room.And if by described wind
Curtain machine is arranged in fabric export mouth simultaneously, then certainly more preferably.
The utility model also advocates that the fabric guiding device is the lace curtaining that goes in ring, and PROCESS FOR TREATMENT object fabric is upper and lower folded
Under the rest of dress arrangement and mutual 3 integral collar-shaped lace curtainings, 5 layers of fabric feed motion are realized.
Consider that the utility model is also advocated, in addition to gas filtration for the further quality for improving pigment printing dyeing
Device, and the pneumatic filter be arranged in after the technique heat media enter electrical heat exchanger before pipeline on.Due to gas
The presence of body filter, the solid matter that can be carried secretly by effectively filtering out in gas, and avoid giving textile coating printing quality
Cause deleterious effect.
The utility model is also advocated, in addition to air exhauster, and the air exhauster is connected with the exhaust outlet of drying room unit and passed through
It is logical, and the PLC telecommunications connection of its variable-frequency motor and automaton.Drying room is regulated and controled by automaton with it
Temperature, humidity and the internal pressure of interior heating media.
And baking room described in the utility model, by 5 section drying room unit serial communications constitute, and the baking room hold branch
In ground frame, cloth structure is gone out under baking room so as to constitute.Such technical pattern strategy, its object is to ensureing fabric painting
On the premise of expecting printing quality, reduction equipment investment and energy resource consumption improve production efficiency.
Textile coating stamp described in the utility model dries fixation equipment, stamp or stamp+dyeing for textile coating
Short route production.But it is not limited to this.Under conditions of technological parameter strategy is changed, dye for fabrics printing and dyeing are can be used for
Dry fixation.
Above-mentioned technical proposal is able to after implementing in full, and it is rational in infrastructure that the utility model has, and equipment investment is smaller, is dried
Solid color technological effect is good, favorable quality of finished products, and production efficiency is high, the features such as energy-conserving and environment-protective, is self-evident.
Brief description of the drawings
Fig. 1 is a kind of schematic front view of embodiment of the utility model；
Fig. 2 is the unit 1-1 schematic top plan views of single-unit drying room shown in Fig. 1；
Fig. 3 is a kind of layout relationship schematic block diagram of self-con-tained unit 4 of the utility model.
Embodiment
Accompanying drawing is compareed below, and by the description of embodiment, the utility model is described in further detail.
A kind of typical embodiment, please join reading accompanying drawing 1 ~ 3.
A kind of textile coating stamp dries fixation equipment, including the baking being made up of more piece drying room unit 1-1 series connection insertions
Room 1, and its fabric guiding device 2 bakeed in room 1 is arranged in, and for providing the heating media feedway 3 of heating media,
And its：
A, the baking room 1 is by arranging that some section drying room unit 1-1 serial communications on the same axis are constituted；And at it
There is heating medium convergence room 1-2 after technique the side of drying room unit 1-1 widths, and medium convergence room is heated after the technique
1-2 connects with drying room unit 1-1；
B, the fabric guiding device 2, by serial guide roller component 2-1, and constitute be applied in it is overall bakeing in room 1 and
5 layers of upper and lower closed assembly wear cloth route structure；
C, the heating media feedway 3 is arranged in the opposite side of each section drying room unit 1-1 widths；
And the heating media feedway 3, including 100% saturated vapor source 3-1, electrical heat exchanger 3-2, circulating fan 3-3 and mixed
Into heating media superheated steam supply blower fan 3-4；The electrical heat exchanger 3-2, respectively with 100% saturated vapor source 3-1 and following
Ring blower fan 3-3 outlet air end connects；Electrical heat exchanger 3-2 blendes together heating media superheated steam supply blower fan 3-4 phases with described
Insertion；And blend together heating media superheated steam supply blower fan 3-4 and drying room unit 1-1 and connect；And circulating fan 3-3 air intake
End is connected insertion with heating medium convergence room 1-2 pipelines after technique；
Under operating mode, the saturated vapor provided by 100% saturated vapor source 3-1, and the technique that circulating fan 3-3 is provided
After heat media, after being heated to technological temperature through electrical heat exchanger 3-2, blower fan 3-4 is supplied by blending together heating media superheated steam,
Input in drying room unit 1-1 and heat media after heating media introducing technology after implementing process processing, the technique after PROCESS FOR TREATMENT
Converge room 1-2, then electrical heat exchanger 3-2 is introduced by circulating fan 3-3 and implement circulating and recovering；
D, in addition to automaton 4, the device include PLC 4-1, drying room operating mode heating media TEMP
Pressure sensor 4-3 and heating media exhaust after the technique being located at after technique in heating medium convergence room 1-2 are wet in device 4-2, drying room
Spend sensor 4-4；The drying room operating mode heats in media temperature sensor 4-2, drying room and heats matchmaker after pressure sensor 4-3 and technique
Body exhaust steam moisture sensor 4-4, is connected with PLC 4-1 telecommunications respectively, and PLC 4-1, with circulating fan 3-3's
Variable-frequency motor is electrically connected, and PLC 4-1 controlling switches respectively with electric heating exchanger 3-2 and the saturated vapor source
3-1 electromagnetism steam valve 3-1-1 telecommunications connection；
Under operating mode, PLC controls are fed back to after the temperature sensor 4-2 sampling technological temperature pick-ups in drying room unit 1-1
Device 4-1, controls electrical heat exchanger 3-2 to heat up or cool by PLC 4-1, and order blendes together heating media superheated steam and performed
Technological temperature enters in drying room unit 1-1；
And by feeding back to PLC controls after heating media superheated steam pressure inverting in pressure sensor 4-3 samplings drying room in drying room
Device 4-1 processed, PLC 4-1 perform setting technique pressure-fired operating mode, if drying room internal pressure is more than process set value, are controlled by PLC
Device 4-1 controls electromagnetism steam valve 3-1 processed turns down steam flow in right amount, if drying room internal pressure is less than process set value, by PLC controls
Device 4-1 performs opposite regulation and control；
And the exhaust steam moisture sensor 4-4 samplings heating media exhaust steam moisture pick-up feeds back to PLC 4-1, PLC
Controller 4-1 performs process set value, controls circulating fan 3-3 variable-frequency motor, by the change of circulating fan 3-3 rotating speeds,
The normal regulation of heating media internal circulating load is realized, technique baking efficiency and reduction steam consumption are ensured to perform technique humidity.
And the hot blast air curtain 4 that it also includes providing wind regime by circulating fan 3-3, the hot blast air curtain 4, which is arranged in, to be knitted
Thing introducing port, is bakeed in room 1 with stopping that outside air enters.
And its described fabric guiding device 2 is the lace curtaining that goes in ring, PROCESS FOR TREATMENT object fabric is arranged and each other in upper and lower closed assembly
Under the annular lace curtaining 2-1 of 3 layers of one rest, 5 layers of fabric feed motion are realized.
And it also includes pneumatic filter 8, and the pneumatic filter 8 is arranged in after the technique and heats media into electricity
On pipeline before heat exchanger 3-2.
And it also includes air exhauster 9, the air exhauster 9 is connected insertion with drying room unit 1-1 exhaust outlet 1-3, and
Its variable-frequency motor is connected with the PLC 4-1 telecommunications of automaton 4.
And its described baking room 1, it is made up of 5 section drying room unit 1-1 serial communications, and the baking room 1 holds branch and landed
In frame 6, cloth structure is gone out under baking room 1 so as to constitute.
In above-mentioned embodiment, 100% saturated vapor source 3-1 included by the utility model, electrical heat exchanger
Heating media heating unit including 3-2 and circulating fan 3-3, can there is 2 sets, and 2 sets of heating units be arranged in it is described
Superheated steam supply blower fan 3-4 both sides（As shown in Figure 2）；And when the heating media heating unit is under conditions of 1 set,
It can also then be arranged in above or below superheated steam supply blower fan 3-4 or rear, to ensure that superheated steam is uniformly introduced
In drying room unit 1-1.
And the superheated steam supplies blower fan 3-4 preferably by the equally distributed steam jet pipe in drying room unit 1-1（Figure
In be not drawn into）, superheated steam is imported into drying room unit 1-1, to ensure steam supply uniformity in drying room unit 1-1, drying room list is realized
The uniformity of technological temperature in first 1-1.
Process object fabric of the present utility model, with fabric guiding device 2 and the draw-out roller being supported on cloth discharge frame 7
Feed motion is realized under traction.
And described textile coating printing and dyeing fixation drying plant, stamp or the short stream of stamp+dyeing for textile coating
Journey is produced.
The utility model assertorically actively recommends it, and can innovating driving project with national " 13 ", " coating number is high-precision
Thin ROTARY SCREAM PRINTING abbreviated system equipment " matches, and implements the drying fixation of textile coating stamp.
The brief description of the utility model production technology is that as illustrated in the accompanying drawings from 1 to 3, fabric is by setting entering cloth rack in its rear
5 import baking room 1, under shellring shape lace curtaining 2-2 rest, complete entering for 55 layers of 60m ~ 75m/min for saving drying room unit 1-1
Give, receive the baking of 180 DEG C of the heating superheated steam of media 100% all the way, the cloth discharge frame of exit slot under room 1 is bakeed by being located at
7 export, fabric enters first section drying room 1-1 in a short time（15s or so）It is brought rapidly up to 100 DEG C, following fabric is in technique
In processing time, synchronization is dried, fixation.This is different from the two-step process of drying-fixation of conventional art, shortens technique
Processing time, realize energy-conservation.
In the side of the drying room unit 1-1, provided with including circulating fan 3-3 interfaces and electrical heat exchanger 3-2（Far infrared
Heater）With 1 set of heating unit including 100% saturated vapor source 3-1, blower fan 3-4 is supplied in heating media superheated steam
In the presence of, heating media superheated steam olderly flowage in drying room unit 1-1, and eventually enter into heating medium convergence room after technique
Heated after 1-2, technique before media enter electrical heat exchanger 3-2 and filtering and impurity removing is first given by pneumatic filter 8.There is provided by heat and power plant
100% saturated vapor source 3-1, controlled to adjust through electromagnetism steam valve flow, 180 DEG C be heated into electrical heat exchanger 3-2, you
Blower fan 3-4 is supplied by the heating media superheated steam afterwards and enters drying room unit 1-1 by the road, is continuously provided to drying room
Heat media.
Drying room unit 1-1 is provided with pressure sensor 4-3 in drying room, the air pressure of the interior heating media of measurement drying room unit 1-1.Right
For the drying room unit 1-1 that environment space is closed, exhaust can make drying room unit 1-1 be in negative pressure, but must be by clean gas
Supplement, the volume of make-up gas exceedes the volume of exhaust, and it is in malleation that can make drying room unit 1-1.The utility model in order to keep dry
Holds in room unit 1-1 deposit be 100% superheated steam, prevent from being mixed into outside air, and prevent the excessive overheat steaming of supplement
Vapour, and influence energy resource consumption, therefore the utility model drying room unit 1-1 internal pressures are set as " pressure-fired ", its pressure is 100 ~
300Pa。
The exhaust steam moisture sensor 4-4 set by medium convergence room 1-2 is heated after the utility model technique, exhaust is passed through with it
The gas flow that blower fan 9 is discharged control be vented body humidity be in optimum value, it is to avoid excessively discharge heat.Through theoretical calculation
Understand, exhaust steam moisture brings up to 20% by 5%, often evaporate 1kg water, 30.36m can be supplemented less3100% superheated steam.Thus
Observing and controlling through exhaust steam moisture sensor 4-4, can highlight its energy-saving effect.
The utility model first sample test manufacture result show, technique speed 60m/min, with conventional art process speed identical
Under the conditions of, whole process treatment time is 1min, is the 1/3 ~ 1/5 of conventional art；It is 60m to bakee room to hold cloth amount, is traditional skill
The 1/3 ~ 1/5 of art；Its finished product quality index reaches or better than professional standard, and it integrates specific energy consumption, compares conventional art
Save 20 ~ 30%（Fabric door width is different）；And shortening process treatment time per 1min, whole year can at least save steam 3000t, save
About 600,000 yuan of RMB of branch, thus show especially out it is of the present utility model efficiently, energy-conservation, drop this, high-quality and environmental protection superior technology
Can, realize original intention of the present utility model.
Claims (6)
1. a kind of textile coating stamp dries fixation equipment, including by more piece drying room unit（1-1）The baking that insertion of connecting is constituted
Room（1）, and its it is arranged in baking room（1）Interior fabric guiding device（2）, and for providing the heating media supply of heating media
Device（3）, it is characterised in that：
A, the baking room（1）By arranging some section drying room units on the same axis（1-1）Serial communication is constituted；And at it
Drying room unit（1-1）The side of width, which has, heats medium convergence room after technique（1-2）, and heating media converge after the technique
Close room（1-2）With drying room unit（1-1）Connect；
B, the fabric guiding device（2）, pass through serial guide roller component（2-1）, and constitute and be applied in overall baking room（1）Interior
And 5 layers of upper and lower closed assembly wear cloth route structure；
C, the heating media feedway（3）, it is arranged in each section drying room unit（1-1）The opposite side of width；
And the heating media feedway（3）, including 100% saturated vapor source（3-1）, electrical heat exchanger（3-2）, circulating fan
（3-3）Blower fan is supplied with heating media superheated steam is blended together（3-4）；The electrical heat exchanger（3-2）, respectively with 100% saturation
Vapour source（3-1）And circulating fan（3-3）Outlet air end connect；Electrical heat exchanger（3-2）Heating media mistake is blended together with described
Vapours supplies blower fan（3-4）Connect；And blend together heating media superheated steam supply blower fan（3-4）With drying room unit（1-1）
Connect；And circulating fan（3-3）Air intake and technique after heating medium convergence room（1-2）Pipeline connects insertion；
D, in addition to automaton（4）, the device include PLC（4-1）, drying room operating mode heating media TEMP
Device（4-2）, pressure sensor in drying room（4-3）Medium convergence room is heated with being located at after technique（1-2）Media are heated after interior technique
Exhaust steam moisture sensor（4-4）；The drying room operating mode heats media temperature sensor（4-2）, pressure sensor in drying room（4-3）With
Media exhaust steam moisture sensor is heated after technique（4-4）, respectively with PLC（4-1）Telecommunications is connected, and PLC（4-
1）, with circulating fan（3-3）Variable-frequency motor electrical connection, and PLC（4-1）Respectively with electric heating exchanger（3-2）'s
Controlling switch and the saturated vapor source（3-1）Electromagnetism steam valve（3-1-1）Telecommunications is connected；
Under operating mode, by drying room unit（1-1）Interior temperature sensor（4-2）PLC controls are fed back to after sampling technological temperature pick-up
Device（4-1）, by PLC（4-1）Control electrical heat exchanger（3-2）Heating cools, and order blendes together heating media overheat and steamed
Vapour performs technological temperature and enters drying room unit（1-1）It is interior；
And in drying room pressure sensor（4-3）In sampling drying room PLC controls are fed back to after heating media superheated steam pressure inverting
Device（4-1）, PLC（4-1）Setting technique pressure-fired operating mode is performed, if drying room internal pressure is more than process set value, by PLC
Controller（4-1）Control electromagnetism steam valve（3-1）Steam flow is turned down in right amount, if drying room internal pressure is less than process set value, by
PLC（4-1）Perform opposite regulation and control；
And the exhaust steam moisture sensor（4-4）Sampling heating media exhaust steam moisture pick-up feeds back to PLC（4-1）, PLC
Controller（4-1）Process set value is performed, circulating fan is controlled（3-3）Variable-frequency motor, pass through circulating fan（3-3）Rotating speed
Change, realizes the normal regulation of heating media internal circulating load, and technique baking efficiency and reduction steam are ensured to perform technique humidity
Consumption.
2. textile coating stamp as claimed in claim 1 dries fixation equipment, it is characterised in that：Also include by circulating fan
（3-3）The hot blast air curtain of wind regime is provided（4）, the hot blast air curtain（4）Fabric introducing port is arranged in, to stop outside air
Into baking room（1）It is interior.
3. textile coating stamp according to claim 1 dries fixation equipment, it is characterised in that：The fabric guiding device
（2）It is the lace curtaining that goes in ring, PROCESS FOR TREATMENT object fabric is in the annular lace curtaining of closed assembly arrangement up and down and mutual 3 layers be integrated（2-1）'s
Under rest, 5 layers of fabric feed motion are realized.
4. textile coating stamp according to claim 2 dries fixation equipment, it is characterised in that：Also include pneumatic filter
（8）, and the pneumatic filter（8）It is arranged in heating media after the technique and enters electrical heat exchanger（3-2）Pipeline before
On.
5. textile coating stamp according to claim 1 dries fixation equipment, it is characterised in that：Also include air exhauster
（9）, the air exhauster（9）With drying room unit（1-1）Exhaust outlet（1-3）Connect insertion, and its variable-frequency motor and automatic control
Device processed（4）PLC（4-1）Telecommunications is connected.
6. the textile coating stamp drying fixation equipment according to one of claim 1 to 5, it is characterised in that：It is described to bakee
Room（1）, by 5 section drying room units（1-1）Serial communication is constituted, and the baking room（1）Branch is held in the frame that lands（6）On, so that
Constitute by baking room（1）It is beneath go out cloth structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621248683.3U CN206475580U (en) | 2016-11-18 | 2016-11-18 | Textile coating stamp dries fixation equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621248683.3U CN206475580U (en) | 2016-11-18 | 2016-11-18 | Textile coating stamp dries fixation equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206475580U true CN206475580U (en) | 2017-09-08 |
Family
ID=59755617
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621248683.3U Withdrawn - After Issue CN206475580U (en) | 2016-11-18 | 2016-11-18 | Textile coating stamp dries fixation equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206475580U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739464A (en) * | 2016-11-18 | 2017-05-31 | 陆志云 | Textile coating stamp dries fixation equipment |
-
2016
- 2016-11-18 CN CN201621248683.3U patent/CN206475580U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739464A (en) * | 2016-11-18 | 2017-05-31 | 陆志云 | Textile coating stamp dries fixation equipment |
| CN106739464B (en) * | 2016-11-18 | 2019-03-29 | 陆志云 | Textile coating stamp dries fixation equipment |
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