CN209700069U - A kind of screen process press - Google Patents
A kind of screen process press Download PDFInfo
- Publication number
- CN209700069U CN209700069U CN201920182769.8U CN201920182769U CN209700069U CN 209700069 U CN209700069 U CN 209700069U CN 201920182769 U CN201920182769 U CN 201920182769U CN 209700069 U CN209700069 U CN 209700069U
- Authority
- CN
- China
- Prior art keywords
- guide roller
- cloth
- roller
- cabinet
- centripetal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Drying Of Solid Materials (AREA)
Abstract
The utility model discloses a kind of screen processes press, including printing machine ontology and drying system；Drying system includes cabinet, guidance set, driving member and driving device；Printing machine ontology is fixedly connected with cabinet, and printing machine ontology is located above cabinet；Guidance set includes interior guidance set, and interior guidance set includes centripetal roller group, critical guide roller and centrifugation roller group；Cloth is along direction of transfer successively by centripetal roller group, critical guide roller and centrifugation roller group series connection；Successively after centripetal roller group, critical guide roller and centrifugation roller group rotate in around coil configuration, the number of plies of coiling at least has two layers cloth, has gap between adjacent two layers cloth；Input port and delivery outlet are offered on cabinet, cloth penetrates cabinet inside from input port, and cloth is pierced by cabinet from delivery outlet；Driving member is used to be driven between driving device and guidance set, its advantage is that: compact-sized to occupy little space, work efficiency is high, and energy consumption is few at low cost.
Description
Technical field
The utility model relates to printing technologies, and in particular to a kind of screen process press.
Background technique
Screen process press is the machine that print is applied with screen printing forme, belongs to one kind of printing machine, and screen process press is printing text
The machine of word and image.
Existing screen process press successively includes feed device, printing machine ontology, drying dress along cloth procedure of processing direction
It sets and material collecting device, feed device gives cloth conveying to printing machine ontology, pattern is printed on cloth by printing machine ontology, printing
Figuratum cloth is transferred into drying unit, and drying unit dries cloth, after being oven-dried the pigment on cloth,
Material collecting device again winds cloth.
In order to improve working efficiency, the print speed printing speed and transmission speed of cloth are than very fast, but drying unit dries cloth
Time enough is needed during pigment on material, therefore, drying unit generallys use the mode for extending stroke, i.e., straight using this
Line conveyer belt and baking oven, conveyer belt are located at oven interior, and the stroke of conveyer belt is usually more than 9 meters, therefore the length of baking oven also surpasses
Cross 9 meters, cause printing machine entirety occupied space big, the area that baking oven is unfolded in space is bigger, more heat distribute to
Air, energy loss is bigger, improves production cost.
Utility model content
The utility model embodiment is designed to provide a kind of screen process press, to reduce production cost, improves work
Make efficiency, reduces printing machine the space occupied.
To achieve the above object, the technical solution of the utility model embodiment are as follows:
A kind of screen process press, including printing machine ontology, further include drying system；
Drying system includes cabinet, guidance set, driving member and driving device；
Printing machine ontology is fixedly connected with cabinet, and printing machine ontology is located above cabinet；
Guidance set includes interior guidance set, and interior guidance set includes centripetal roller group, critical guide roller and centrifugation roller group；
Cloth is along direction of transfer successively by centripetal roller group, critical guide roller and centrifugation roller group series connection；
Cloth is successively in around coil configuration, the layer of coiling after centripetal roller group, critical guide roller and centrifugation roller group rotate
Number at least has two layers, has gap between adjacent two layers cloth；
Input port and delivery outlet are offered on cabinet, cloth penetrates cabinet inside from input port, and cloth is pierced by from delivery outlet
Cabinet；
Driving member between driving device and guidance set for being driven.
The utility model embodiment is further arranged to: the critical guide roller and the cabinet are rotatablely connected；
The centripetal roller group by least five centripetal guide roller groups at, cloth along direction of transfer successively solderless wrapped connection in centripetal guiding
On roller；
Centripetal guide roller and cabinet are rotatablely connected；
Along the direction of transfer of cloth, line between centripetal roller group center is formed two neighboring centripetal guide roller respectively
Triangle area is gradually reduced；
The centrifugation roller group by least five centrifugation guide roller groups at, cloth successively solderless wrapped connection on centrifugation guide roller；
It is centrifuged guide roller and cabinet is rotatablely connected；
The quantity of centrifugation guide roller is at most four more than the quantity of centripetal guide roller；
Along the direction of transfer of cloth, line of the two neighboring centrifugation guide roller respectively between centrifugation roller group center is formed
Triangle area is gradually increased；
Cloth distinguishes solderless wrapped connection on centripetal guide roller, critical guide roller and centrifugation guide roller；
Along the direction of transfer of cloth, between adjacent centripetal guide roller, the last one centripetal guide roller and the critical roller
Between, pass through between critical roller and first centrifugation guide roller and respectively cloth transmission between adjacent centrifugation guide roller and connect
It connects.
The utility model embodiment is further arranged to: the driving member is transmission belt, and the driving device is motor；
On the output shaft of motor, at least one described centripetal guide roller and at least one described centrifugation guide roller point
Driving wheel is not fixedly connected with it；
Transmission belt is closed loop configuration, and transmission belt successively connects driving wheel；
Transmission belt solderless wrapped connection is sequentially connected on driving wheel and with driving wheel；
Transmission belt drives driving wheel direction of rotation with corresponding centripetal guide roller and corresponding centrifugation guide roller along cloth
Expect that the direction of direction of transfer rotation is identical.
The utility model embodiment is further arranged to: the transmission belt is chain and the driving wheel is sprocket wheel, chain
It is sequentially connected with sprocket engagement；
Or the transmission belt is belt and the driving wheel is belt pulley, belt is connect with pulley drive.
The utility model embodiment is further arranged to: the drying system further includes hot air circulating system, hot air circulation
System includes heating device and blowing device, and heating device heats air, and the air after heating is blowed to cabinet by blowing device
On internal cloth.
The utility model embodiment is further arranged to: the hot air circulating system further includes hot blast conveying pipe, and hot wind is defeated
Wherein one end of pipe is sent to be connected to the air outlet of blowing device, the port of the other end of hot blast conveying pipe is located at cabinet inside and court
To the cloth of cabinet inside.
The utility model embodiment is further arranged to: the port distribution of the hot blast conveying pipe is between adjacent cloth layer
Gap in.
The utility model embodiment is further arranged to: the centripetal roller group by five centripetal guide roller groups at；
Along the direction of transfer of cloth, centripetal guide roller is respectively guide roller d, guide roller e, guide roller f, guide roller g and leads
To roller h.
The utility model embodiment is further arranged to: the centrifugation roller group by eight centrifugation guide roller groups at；
Along the direction of transfer of cloth, being centrifuged guide roller is respectively guide roller j, guide roller k, guide roller l, guide roller m, guiding
Roller n, guide roller o, guide roller p and guide roller q.
The utility model embodiment is further arranged to: cloth is rectangular coil shape around roll-shape in the cabinet inside.
The advantages of the utility model embodiment is: cloth extends the stroke of cloth conveying in cabinet inside coiling multilayer,
Extend cloth drying time, between compact-sized and adjacent cloth layer there is gap to flow through convenient for air from design on fabric surface, improve
Drying efficiency, since space reduces, heat can be recycled in cabinet inside in drying course, reduce heat loss in outside
In air, thermal losses is reduced, reduces production cost, it is more energy saving relative to existing open drying mode, reduce baking
Dry machine entirety the space occupied is right after improving cloth conveying speed by changing the coiling extension drying time of cloth
The extension cloth answered can be realized in the length of cabinet inside coiling improves production efficiency under the premise of meeting dries quantity.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment 1；
Fig. 2 is the structural schematic diagram of embodiment 2.
Wherein,
11, printing machine ontology；
21, cabinet；22, input port；23, delivery outlet；24, critical guide roller；25, blower；26, electrothermal tube；27, it dries
Mouthful；28, coupled wheel；29, linkage；210, motor；211, support bar；212, reversing wheel；213, transmission belt；
31, motor；
41, feed rolls；
51, rewinding reel；
61, cloth.
Specific embodiment
The following examples illustrate the utility model, but is not intended to limit the scope of the present invention.
Embodiment 1
A kind of screen process press further includes drying system as shown in Figure 1, including printing machine ontology 11；Drying system includes
Cabinet 21, guidance set, driving member and driving device；Printing machine ontology 11 is fixedly connected with cabinet 21, and printing machine ontology 11
Above cabinet 21；Guidance set includes interior guidance set, and interior guidance set includes centripetal roller group, critical guide roller 24 and centrifugation
Roller group；Cloth 61 is along direction of transfer successively by centripetal roller group, critical guide roller 24 and centrifugation roller group series connection；Cloth 61 successively passes through
Centripetal roller group, critical guide roller 24 and centrifugation roller group are in around coil configuration after rotating, and the number of plies of coiling at least has two layers, adjacent
There is gap between two layers of cloth 61；Input port 22 and delivery outlet 23 are offered on cabinet 21, cloth 61 is penetrated from input port 22
Inside cabinet 21, cloth 61 is pierced by cabinet 21 from delivery outlet 23；Driving member between driving device and guidance set for carrying out
Transmission.
Cloth 61 extends the stroke of the transmission of cloth 61 in 21 inside coiling multilayer of cabinet, extends 61 drying time of cloth,
It is compact-sized and 61 layers of adjacent cloth between there is gap flowed through from 61 surface of cloth convenient for air, improve drying efficiency, due to
Space reduces, and heat can recycle inside cabinet 21 in drying course, reduces heat loss in outside air, reduces
Thermal losses reduces production cost, more energy saving relative to existing open drying mode, reduces dryer and integrally occupies
Space, pass through change cloth 61 coiling extension drying time, after improving 61 transmission speed of cloth, corresponding extension
Cloth 61 can be realized in the length of 21 inside coiling of cabinet and improve production efficiency under the premise of meeting dries quantity.
It is specifically configured to:
Critical guide roller 24 is rotatablely connected with cabinet 21；Centripetal roller group is by least five centripetal guide roller groups at cloth 61
Along direction of transfer successively solderless wrapped connection on centripetal guide roller；Centripetal guide roller and cabinet 21 are rotatablely connected；Along the sender of cloth 61
To the two neighboring centripetal guide roller triangle area that the line between centripetal roller group center is formed respectively is gradually reduced；From
Heart roller group by least five centrifugation guide roller groups at, cloth 61 successively solderless wrapped connection on centrifugation guide roller；It is centrifuged guide roller and cabinet
21 rotation connections；The quantity of centrifugation guide roller is at most four more than the quantity of centripetal guide roller；Along the direction of transfer of cloth 61, phase
The triangle area that line of the adjacent two centrifugations guide roller respectively between centrifugation roller group center is formed is gradually increased；Cloth 61 divides
Other solderless wrapped connection is on centripetal guide roller, critical guide roller 24 and centrifugation guide roller；Along the direction of transfer of cloth 61, adjacent is centripetal
Between guide roller, between the last one centripetal guide roller and critical roller, between critical roller and first centrifugation guide roller and phase
It is sequentially connected respectively by cloth 61 between adjacent centrifugation guide roller.
Driving member is transmission belt 213, and driving device is motor 31；On the output shaft of motor 31, at least one centripetal guiding
Driving wheel has been respectively fixedly connected on roller and at least one centrifugation guide roller；Transmission belt 213 is closed loop configuration, transmission belt
213 successively connect driving wheel；213 solderless wrapped connection of transmission belt is sequentially connected on driving wheel and with driving wheel；The driving of transmission belt 213 passes
Driving wheel direction of rotation is with corresponding centripetal guide roller and corresponding centrifugation guide roller along the side that 61 direction of transfer of cloth rotates
To identical.
Transmission belt 213 is chain and driving wheel is sprocket wheel, and chain and sprocket engagement are sequentially connected；Or transmission belt 213 is skin
Band and driving wheel is belt pulley, belt connect with pulley drive.
Drying system further includes hot air circulating system, and hot air circulating system includes heating device and blowing device, heating dress
It sets and heats air, blowing device blows to the air after heating on the cloth 61 inside cabinet 21.
Blowing device uses blower 25, and heating device uses electrothermal tube 26, and electrothermal tube 26 is fixedly mounted on going out for blower 25
On air port, the wind that electrothermal tube 26 blows out blower 25 is heated, the wind by heating on the cloth 61 inside cabinet 21,
Accelerate 61 paint of cloth dry, improves working efficiency.
Hot air circulating system further includes hot blast conveying pipe, since attached drawing lines are than comparatively dense, not influence to overall plan
Diagram, delivery pipe do not draw in the accompanying drawings, and wherein one end of hot blast conveying pipe is connected to the air outlet of blowing device, hot wind
The blowing mouth 27 of the other end of delivery pipe is located at the inside of cabinet 21 and towards the cloth 61 inside cabinet 21.
Blower 25 is provided with multiple, and blower 25 is fixedly mounted on cabinet 21, is fixedly connected on the blade rotor of blower 25
There is coupled wheel 28, the coupled wheel 28 on two neighboring blower 25 is sequentially connected by linkage 29, the connection of one of blower 25
Moving axis and motor 210 are sequentially connected, and a motor 210 drives multiple blowers 25 by coupled wheel 28 and linkage 29 simultaneously
Operation.Coupled wheel 28 and linkage 29 are respectively adopted belt pulley and belt or sprocket wheel and chain are respectively adopted.
The blowing mouth 27 of hot blast conveying pipe is distributed in the gap between 61 layers of adjacent cloth.
Further it is arranged are as follows:
Centripetal roller group by five centripetal guide roller groups at；Along the direction of transfer of cloth 61, centripetal guide roller is respectively to be oriented to
Roller d, guide roller e, guide roller f, guide roller g and guide roller h.
Be centrifuged roller group by eight centrifugation guide roller groups at；Along the direction of transfer of cloth 61, being centrifuged guide roller is respectively to be oriented to
Roller j, guide roller k, guide roller l, guide roller m, guide roller n, guide roller o, guide roller p and guide roller q.
Interior guide roller component further includes reversing wheel 212, and reversing wheel 212 and cabinet 21 are rotatablely connected.
Fixed driving wheel is driving wheel s on the output shaft of motor 31, remaining driving wheel is respectively fixedly connected in guide roller
D, in the rotary shaft of guide roller n, guide roller h and guide roller j, transmission belt 213 along the direction of transfer of conveyer belt, successively leading by solderless wrapped connection
On driving wheel, reversing wheel 212 and driving wheel s on roller d, guide roller n, guide roller h and guide roller j.Driving wheel s is guiding
Roller d, guide roller n, guide roller h and guide roller j provide rotary power, and reversing wheel 212 carries out around turning back to making transmission belt 213
Transmission belt 213 can keep stablizing solderless wrapped connection transmission with guide roller j, and the diameter of all guide rollers is equal, and rotation speed is identical, cloth
61 can be essentially equal in the steady transmission in 21 inside of cabinet, the pulling force size being subject between two adjacent guide rollers.
Cloth 61 is rectangular coil shape around roll-shape inside cabinet 21, since cabinet 21 is rectangle cabinet 21, rectangle spiral shell
Rotation shape coiling can be improved the utilization rate of 21 inner space of cabinet.
Guidance set further includes outer guidance set, and outer guidance set includes feeding side guidance set and rewinding end guiding group
Part；Feeding side guidance set includes that idler roller a, idler roller b and input guide roller c, idler roller a and idler roller b mutually recline, cloth
Successively on idler roller a and idler roller b, cloth 61 is located at same material 61 from idler roller a and idler roller b and idler roller c for solderless wrapped connection
On straight line, idler roller b between idler roller a and idler roller c, printing machine ontology 11 between idler roller b and idler roller c,
Cloth 61 enters printing machine ontology 11 after idler roller b outflow and is printed, cloth 61 finish printing after from printing machine ontology
11 outflow and solderless wrapped connection input guide roller c on, after guide roller c rotates again from input port 22 enter cabinet 21, idler roller a and
Idler roller b is used to carry out the cloth 61 for being located at idler roller b and inputting between guide roller c tensioning to be straightened in order to print.
Screen process press further includes feed rolls 41 and rewinding reel 51, and winding is without by printing on feed rolls 41
Cloth 61, rewinding reel 51 are used to wind the cloth 61 after printing.Feed rolls 41 and rewinding reel 51 are rotatably connected on respectively
The both sides external of cabinet 21, solderless wrapped connection is on idler roller a after cloth 61 is expanded from feed rolls 41.
Rewinding end guidance set includes export orientation roller and transition guide roller, and transition guide roller includes guide roller t and guiding
Roller u, cloth 61 are also fixedly connected on the output shaft of motor 31 on export orientation roller from solderless wrapped connection after the outflow cabinet 21 of delivery outlet 23
There is guide roller, along the direction of transfer of cloth 61, successively guide roller, guide roller t, guide roller u of the solderless wrapped connection on motor 31 of cloth 61
And on rewinding cylinder.
Feeder, printing machine ontology 11, drying system and rewinding cylinder integrate, compact-sized.
Embodiment 2
A kind of screen process press, as shown in Fig. 2, delivery outlet 23 is located at the bottom of cabinet 21, fixed company on 21 inner wall of cabinet
It is connected to support bar 211, support bar 211 is horizontally disposed, and 211 upper surface of support bar is abutted with the lower surface of cloth 61, and cloth 61 exists
The direction of coiling is divided into horizontally and vertically in cabinet 21, and the cloth 61 of horizontal coiling keeps horizontal, and support bar 211 is located at horizontal winding
61 central lower of cloth of volume.
The cloth 61 being mentioned above be not limited to made of braiding on ordinary meaning cloth 61 (such as cotton, woollen goods cloth,
Non-woven fabrics etc.), it can also be paper, as long as the material for printing.
Although above having made detailed description to the utility model with generality explanation and specific embodiment,
On the basis of the utility model, it can be made some modifications or improvements, this is apparent to those skilled in the art
's.Therefore, these modifications or improvements on the basis of without departing from the spirit of the present invention, belong to the utility model and want
Seek the range of protection.
Claims (10)
1. a kind of screen process press, including printing machine ontology (11), it is characterized in that: further including drying system；
Drying system includes cabinet (21), guidance set, driving member and driving device；
Printing machine ontology (11) is fixedly connected with cabinet (21), and printing machine ontology (11) is located above cabinet (21)；
Guidance set includes interior guidance set, and interior guidance set includes centripetal roller group, critical guide roller (24) and centrifugation roller group；
Cloth (61) is along direction of transfer successively by centripetal roller group, critical guide roller (24) and centrifugation roller group series connection；
Cloth (61) is successively in around coil configuration, coiling after centripetal roller group, critical guide roller (24) and centrifugation roller group rotate
The number of plies at least have two layers, between adjacent two layers cloth (61) have gap；
Input port (22) and delivery outlet (23) are offered on cabinet (21), cloth (61) penetrates in cabinet (21) from input port (22)
Portion, cloth (61) are pierced by cabinet (21) from delivery outlet (23)；
Driving member between driving device and guidance set for being driven.
2. a kind of screen process press according to claim 1, it is characterized in that: the critical guide roller (24) and the cabinet
(21) it is rotatablely connected；
The centripetal roller group by least five centripetal guide roller groups at, cloth (61) along direction of transfer successively solderless wrapped connection in centripetal guiding
On roller；
Centripetal guide roller and cabinet (21) are rotatablely connected；
Direction of transfer along cloth (61), line between centripetal roller group center is formed two neighboring centripetal guide roller respectively
Triangle area is gradually reduced；
The centrifugation roller group by least five centrifugation guide roller groups at, cloth (61) successively solderless wrapped connection on centrifugation guide roller；
It is centrifuged guide roller and cabinet (21) is rotatablely connected；
The quantity of centrifugation guide roller is at most four more than the quantity of centripetal guide roller；
Direction of transfer along cloth (61), line of the two neighboring centrifugation guide roller respectively between centrifugation roller group center are formed
Triangle area is gradually increased；
Solderless wrapped connection in centripetal guide roller, critical guide roller (24) and is centrifuged on guide roller cloth (61) respectively；
Direction of transfer along cloth (61), between adjacent centripetal guide roller, the last one centripetal guide roller and the critical roller
Between, be driven respectively by cloth (61) between critical roller and first centrifugation guide roller and between adjacent centrifugation guide roller
Connection.
3. a kind of screen process press according to claim 2, it is characterized in that: the driving member is transmission belt (213), it is described
Driving device is motor (31)；
On the output shaft of motor (31), at least one described centripetal guide roller and at least one described centrifugation guide roller point
Driving wheel is not fixedly connected with it；
Transmission belt (213) is closed loop configuration, and transmission belt (213) successively connects driving wheel；
Transmission belt (213) solderless wrapped connection is sequentially connected on driving wheel and with driving wheel；
Transmission belt (213) drives driving wheel direction of rotation with corresponding centripetal guide roller and corresponding centrifugation guide roller along cloth
Expect that the direction of (61) direction of transfer rotation is identical.
4. a kind of screen process press according to claim 3, it is characterized in that: the transmission belt (213) is chain and described
Driving wheel is sprocket wheel, and chain and sprocket engagement are sequentially connected；
Or the transmission belt (213) is belt and the driving wheel is belt pulley, belt is connect with pulley drive.
5. a kind of screen process press according to claim 2, it is characterized in that: the drying system further includes hot air circulation system
System, hot air circulating system includes heating device and blowing device, and heating device heats air, and blowing device is by the sky after heating
Air-blowing is on the internal cloth (61) of cabinet (21).
6. a kind of screen process press according to claim 5, it is characterized in that: the hot air circulating system further includes that hot wind is defeated
Pipe is sent, wherein one end of hot blast conveying pipe is connected to the air outlet of blowing device, and the port of the other end of hot blast conveying pipe is located at
Internal and internal towards cabinet (21) cloth (61) of cabinet (21).
7. a kind of screen process press according to claim 6, it is characterized in that: the port distribution of the hot blast conveying pipe is in phase
In gap between adjacent cloth (61) layer.
8. a kind of screen process press according to claim 2, it is characterized in that: the centripetal roller group is by five centripetal guide rollers
Composition；
Direction of transfer along cloth (61), centripetal guide roller are respectively guide roller d, guide roller e, guide roller f, guide roller g and lead
To roller h.
9. a kind of screen process press according to claim 2, it is characterized in that: the centrifugation roller group is by eight centrifugation guide rollers
Composition；
Direction of transfer along cloth (61), centrifugation guide roller are respectively guide roller j, guide roller k, guide roller l, guide roller m, guiding
Roller n, guide roller o, guide roller p and guide roller q.
10. a kind of screen process press according to claim 2, it is characterized in that: cloth (61) is internal in the cabinet (21)
It is rectangular coil shape around roll-shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920182769.8U CN209700069U (en) | 2019-02-01 | 2019-02-01 | A kind of screen process press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920182769.8U CN209700069U (en) | 2019-02-01 | 2019-02-01 | A kind of screen process press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209700069U true CN209700069U (en) | 2019-11-29 |
Family
ID=68642721
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920182769.8U Active CN209700069U (en) | 2019-02-01 | 2019-02-01 | A kind of screen process press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209700069U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109572169A (en) * | 2019-02-01 | 2019-04-05 | 陈善跑 | A kind of screen process press |
-
2019
- 2019-02-01 CN CN201920182769.8U patent/CN209700069U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109572169A (en) * | 2019-02-01 | 2019-04-05 | 陈善跑 | A kind of screen process press |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207280133U (en) | A kind of cloth drying device | |
| CN106702633A (en) | Spiral yarn printing and dyeing equipment | |
| CN107620181A (en) | A kind of cloth dyeing machine with rapid drying function | |
| CN112226882B (en) | Dewatering and drying device for water-jet loom | |
| CN209700069U (en) | A kind of screen process press | |
| CN108973309A (en) | A kind of screen printer | |
| CN109572169A (en) | A kind of screen process press | |
| CN114717779A (en) | Drying and shaping device for processing polyester fabric | |
| CN212955740U (en) | Silk fabric dyeing device | |
| CN211420622U (en) | Garment materials ironing machine | |
| CN209926792U (en) | Textile fabric drying device for spinning | |
| CN217922619U (en) | High-temperature high-pressure dyeing machine walks cloth mechanism | |
| CN218084716U (en) | Waste heat recycling type printed fabric drying machine | |
| CN207672291U (en) | A kind of forming machine cooling system | |
| CN110779291A (en) | Continuous type drying device is used in weaving | |
| CN212375525U (en) | Chemical fiber fabric production is with spouting look device | |
| CN210506784U (en) | Silk weaving printing and dyeing equipment | |
| CN211311867U (en) | Ion reaction drying room of sizing and dyeing combination machine | |
| CN107988735A (en) | A kind of cloth production dyeing apparatus | |
| CN208219213U (en) | A kind of framing shaping machine | |
| CN208698185U (en) | A kind of energy saving at the uniform velocity baking box | |
| CN214529675U (en) | Dyeing device for ultra-soft polyester low stretch yarn | |
| CN111705453A (en) | Blended yarn bleaching equipment | |
| CN107139580A (en) | A kind of improved fabric printing production line | |
| CN218797074U (en) | Surface fabric spouts look equipment for petal formula meshbelt |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |