CN209066117U - Fabric process equipment - Google Patents
Fabric process equipment Download PDFInfo
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- CN209066117U CN209066117U CN201821550812.3U CN201821550812U CN209066117U CN 209066117 U CN209066117 U CN 209066117U CN 201821550812 U CN201821550812 U CN 201821550812U CN 209066117 U CN209066117 U CN 209066117U
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- fabric
- filler rod
- feed device
- conveying space
- process equipment
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Abstract
The utility model discloses a kind of fabric process equipment, comprising: workbench；Feed device is set to workbench；Heating component is set to above feed device and forms conveying space with feed device；Feed device is used for after filler rod and fabric enter conveying space, and directional push filler rod and fabric pass through conveying space；Heating component is used for when filler rod and fabric pass through conveying space, is pressed filler rod and fabric, and provide heat to filler rod and fabric, is made filler rod bonding on the fabric.Wherein, fabric process equipment can also include edge folded pull tube, and edge folded pull tube is set to workbench, and is located at feed device side, and discharging direction and the feed device of edge folded pull tube push the direction of fabric identical.The utility model substantially increases production efficiency, reduces cost of labor.
Description
Technical field
The utility model relates to fabric manufacture fields, and in particular to a kind of fabric process equipment.
Background technique
The fabrics such as clothes need to carry out in production the processing such as filler rod bonding and flanging, and seaming operation is to encase filler rod
It prepares for next process, fabric can be formed by filler rod bonding on the fabric.In the prior art, filler rod adhesion technique and folding
Side technique is all to be processed by manpower, and two procedures need to carry out respectively, and efficiency is lower.
Utility model content
The utility model provides a kind of fabric process equipment, it is intended to solve in the prior art fabric in filler rod adhesion technique and
The low problem of seaming operation hardness ag(e)ing rate.
The utility model proposes a kind of fabric process equipments, comprising:
Workbench；
Feed device is set to the workbench；
Heating component is set to above the feed device and forms conveying space with the feed device；
The feed device is used for after the filler rod and fabric enter the conveying space, filler rod described in directional push and
The fabric passes through the conveying space；
The heating component is used for when the filler rod and the fabric pass through the conveying space, press the filler rod and
The fabric, and heat is provided to the filler rod and the fabric, make the filler rod bonding on the fabric.
Further, the heating component includes:
Presser feet is heated, forms the conveying space, the heating with the feed device above the feed device
Presser feet is used to press the filler rod and the fabric, and give institute when the filler rod and the fabric pass through the conveying space
It states filler rod and the fabric provides heat, the filler rod is made to be bonded in the fabric；
Drive rod, one end connect the heating presser feet；
Hold-down devices are set to the workbench and connect with drive rod；Wherein,
The hold-down devices are used to push the heating presser feet and the feed device relative motion by the drive rod,
To adjust the height of the conveying space.
Further, the heating component further includes balance link block, and the drive rod is connected by the balance link block
The heating presser feet, wherein the hinged drive rod in described balance link block one end, the affixed heating presser feet of the other end.
Further, the heating presser feet is formed with multiple steam holes, and the steam hole is towards the conveying space；
The heating component further includes steam pipe, the heating presser feet by the steam pipe be connected to External steam units with
The steam hole.
Further, the feed device includes:
Conveyer belt is set to the table surface, and is oppositely arranged with the heating presser feet to form the conveying space,
The filler rod used for conveyer belt described in directional push and the fabric pass through the conveying space；
Motor is set to below the table surface, for driving the conveyer belt to rotate.
Further,
The conveyer belt thread is empty；
Air duct is provided with below the conveyer belt；
The feed device further includes air intake device, and the air intake device is set to below the table surface, wherein institute
Air intake device is stated with ventilation duct, the air intake device is connected to by the ventilation duct with the air duct.
Further, the fabric process equipment further includes positioning component, and the positioning component includes:
Feed table is set to the hold-down devices, for placing the filler rod；
Preheating device is set to the feed table, for preheating to the filler rod；
Slide is positioned, the heating presser feet is set to, for positioning the filler rod, wherein the fabric process equipment work
When, one end of the filler rod sequentially passes through the preheating device, the positioning slide, the conveying space.
The utility model also provides a kind of fabric processing technology, using fabric process equipment described in above-mentioned any one,
The fabric processing technology includes:
A, the height of the conveying space is adjusted according to the fabric size；
B, the heating temperature of the heating component is adjusted according to the property of the fabric and the filler rod；
C, the feeding speed of the conveying device is adjusted according to the property of the fabric and the filler rod；
D, the filler rod is placed on the fabric upper surface；
E, the filler rod and the fabric are pushed into the conveying space simultaneously；
F, the feed device pushes the filler rod and the fabric to pass through the conveying space；
G, the heating component presses the filler rod and the fabric, and provides heat to the filler rod and the fabric,
The filler rod is set to be bonded in the fabric.
The utility model also provides another fabric process equipment, sets including the processing of fabric described in above-mentioned any one
It is standby, further includes:
Edge folded pull tube, the edge folded pull tube is set to the workbench, and is located at the feed device side, wherein described
The discharging direction of edge folded pull tube pushes the direction of the fabric identical with the feed device.
The utility model also provides a kind of fabric processing technology, using the above-mentioned fabric process equipment with edge folded pull tube,
The fabric processing technology includes:
A1, the height that the conveying space is adjusted according to the fabric size；
B1, the heating temperature that the heating component is adjusted according to the property of the fabric and the filler rod；
C1, the feeding speed that the conveying device is adjusted according to the property of the fabric and the filler rod；
D1, the filler rod is placed on the fabric upper surface；
E1, the filler rod and the fabric are pushed into the edge folded pull tube simultaneously, the fabric is made to encase the filler rod；
F1, by the fabric and the edge folded pull tube is released by the filler rod that the fabric encases and is pushed into the conveying
Space；
G1, the feed device push the filler rod and the fabric to pass through the conveying space；
H1, the heating component press the filler rod and the fabric, and provide heat to the filler rod and the fabric,
The filler rod two sides is set to be bonded in the fabric.
The utility model has the beneficial effects that fabric and filler rod pass through conveying space under the directional push of feed device,
While passing through conveying space, heating component press fabrics and filler rod provide heat to fabric and filler rod, are thermally bonded filler rod
On the fabric, hereby it is achieved that automation filler rod adhesion technique.When fabric process equipment be provided with edge folded pull tube after, filler rod with knit
Object first passes through edge folded pull tube, encases fabric by filler rod, after filler rod passes through edge folded pull tube with fabric, is directly entered conveying space,
Heating component press fabrics simultaneously transfer heat to fabric, and heat penetrates fabric and filler rod, and two sides is bonded in after keeping filler rod heated
On fabric, and then the fabric after flanging is formed, can not only complete automation filler rod adhesion technique as a result, it can also be complete simultaneously
At automation seaming operation, production efficiency is substantially increased, cost of labor is reduced.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of fabric process equipment provided by the embodiment of the utility model；
Fig. 2 is the enlarged drawing of A in Fig. 1；
Fig. 3 is the structural schematic diagram of feed device in a kind of fabric process equipment provided by the embodiment of the utility model；
Fig. 4 is a kind of circuit block diagram of fabric process equipment provided by the embodiment of the utility model；
Fig. 5 A is state diagram of the fabric after the processing of filler rod adhesion technique；
Fig. 5 B is state diagram of the fabric simultaneously after filler rod adhesion technique and seaming operation processing.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that in the utility model embodiment institute it is directional instruction (such as up, down, left, right, before and after, level,
It is vertical etc.) it is only used for the relative positional relationship explained under a certain particular pose (as shown in the picture) between each component, movement feelings
Condition etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly, and " connection " can be with
It is to be directly connected to, is also possible to be indirectly connected with, " setting ", " being set to ", " being set to " can be and be directly arranged in, can also be with
It is arranged between being；" being fixed in ", " affixed " can be directly it is affixed, be also possible to indirectly it is affixed.
In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and cannot manage
Solution is its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " the
One ", the feature of " second " can explicitly or implicitly include at least one of the features.In addition, the skill between each embodiment
Art scheme can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when technical solution
It will be understood that the combination of this technical solution is not present in conjunction with there is conflicting or cannot achieve when, also not in the utility model
It is required that protection scope within.
Referring to Fig. 1-Fig. 5 B, an a kind of embodiment of fabric process equipment of the utility model, including workbench, feeding are shown
Device and heating component；Feed device is set to workbench；Heating component is set to be formed above feed device with feed device and convey
Space 9；Feed device is used for after filler rod 10 and fabric 100 enter conveying space 9, and directional push filler rod 10 and fabric 100 are logical
Cross conveying space 9；Heating component is used to press filler rod 10 and fabric 100 when filler rod 10 and fabric 100 pass through conveying space 9,
And heat is provided to filler rod 10 and fabric 100, it is bonded in filler rod 10 on fabric 100.
In the present embodiment, fabric 100 and filler rod 10 pass through conveying space 9 under the directional push of feed device, are passing through
While conveying space 9, heating component press fabrics 100 and filler rod 10, providing heat to fabric 100 and filler rod 10 makes filler rod 10
Be bonded on fabric 100, hereby it is achieved that automation 10 adhesion technique of filler rod, substantially increase production efficiency, reduce manually at
This.
In the present embodiment, when processing fabric 100, fabric 100 is usually to shakeout to be placed on feed device, and in feeding
Pass through conveying space 9 under the promotion of device, when by conveying space 9, filler rod 10 is divided in 100 upper surface of fabric and in heating group
Under the pressing and heating of part, filler rod 10 is bonded on fabric 100.
In the present embodiment, filler rod 10 is a kind of flexible fabric item, and there is micelle on two sides, and micelle melts with fabric 100 when being heated
It is fused together, therefore filler rod 10 can be bonded on fabric 100.
In the present embodiment, conveying space 9 is that heating component and feed device are oppositely arranged the space to be formed, heating component position
Right above feed device, according to the thickness of fabric 100, conveying space 9 can be adjusted by adjusting the height of heating component
Height.In other embodiments, heating component and feed device, which may not be, is oppositely arranged, and need to only be formed through filler rod 10
And the conveying space 9 of fabric 100, for example, the table top of heating component and workbench is oppositely arranged, feed device is set to heating
Side below component.
In the present embodiment, usually immobilize after the adjustment of the height of conveying space 9, when fabric 100 and filler rod 10 pass through it is defeated
When sending space 9, heating component nature press fabrics 100 and filler rod 10.It should be appreciated that the height of conveying space 9 should be less than fabric
100 and the superimposed thickness of filler rod 10, and be greater than fabric 100 and filler rod 10 press after minimum thickness so that fabric 100 and embedding
Item 10 can pass through conveying space 9.
In the present embodiment, feed device can be manipulator or the transmission device with conveyer belt 22 etc., only need to push
10 directed movement of fabric 100 and filler rod.
In the present embodiment, heating component can be electric heater unit 42 or steam heater 42 etc., only need to press
Fabric 100 and filler rod 10, and heat is provided to fabric 100 and filler rod 10, it is bonded in filler rod 10 on fabric 100.
In an alternative embodiment, workbench includes platen 11 and foot prop 12, and foot prop 12 is set to below platen 11 for branch
Platen 11 is supportted, feed device and heating device 42 are set to platen 11, and the upper face of platen 11 is the table top of workbench.
In an alternative embodiment, heating component includes heating presser feet 43, hold-down devices and drive rod 45；
It heats presser feet 43 and is set to feed device top and feed device formation conveying space 9, heating presser feet 43 is used for embedding
When item 10 and fabric 100 pass through conveying space 9, filler rod 10 and fabric 100 are pressed, and provide heat to filler rod 10 and fabric 100,
It is bonded in filler rod 10 on fabric 100.Hold-down devices are set to workbench and connect with drive rod 45；The connection of 45 one end of drive rod adds
Hot pressing foot 43, wherein hold-down devices are used to push heating presser feet 43 and feed device relative motion by drive rod 45, with adjustment
The height of conveying space 9.
In an alternative embodiment, heating component further includes support arm 41, and support arm 41 is " 7 " font, and one end is fixed on
11 upper surface of platen, drive rod 45 are vertically arranged and are connected to the other end of support arm 41.Further, drive rod 45 is arranged in branch
Brace 41 and top and bottom are pierced by the outer surface of support arm 41 respectively, and heating presser feet 43 is connect with the lower end of drive rod 45.Into
One step, hold-down devices are set in support arm 41, are moved up and down for drive rod 45, and hold-down devices can be motor or cylinder etc.
Electrically driven, be also possible to include impeller, gear manual driving device.
In an alternative embodiment, heating component further includes balance link block 44, and drive rod 45 passes through balance link block 44
Connection heating presser feet 43, wherein the balance hinged drive rod 45 in 44 one end of link block, the affixed heating presser feet 43 of the other end, balance connect
Connecing block 44 can ensure that fabric 100 can and heat the lower surface flat contact of presser feet 43 during through conveying space 9, make embedding
The effect that item 10 bonds is more preferable.
In an alternative embodiment, heating presser feet 43 is formed with multiple steam holes, and steam hole is towards conveying space 9；Heating
Component further includes steam pipe 46, and heating presser feet 43 is connected to External steam units and steam hole, external steam dress by steam pipe 46
The steam for setting generation flows to steam hole by steam pipe 46, so that heating presser feet 43 is by heating fabric 100.Further, it steams
The steam cock 51 for controlling steam circulation is provided on steam pipe 46.
In an alternative embodiment, heating presser feet 43 also has heating device 42, and heating device 42 is set to around steam hole
For guaranteeing the temperature plateau of steam to being passed through to the heating of the steam of steam hole.
In an alternative embodiment, feed device includes conveyer belt 22 and motor 23, and conveyer belt 22 is set to table surface,
And be oppositely arranged to form conveying space 9 with heating presser feet 43, conveyer belt 22 passes through defeated for directional push filler rod 10 and fabric 100
Send space 9；Motor 23 is set to below table surface, for driving conveyer belt 22 to rotate, under the driving of motor 23, and conveyer belt 22
The promotion to filler rod 10 and fabric 100 can be realized with cycle rotation.Preferably, conveyer belt 22 can be rubber synchronous belt.
In an alternative embodiment, 22 thread of conveyer belt is empty；Air duct is provided with below conveyer belt 22；Feed device further includes inhaling
Wind apparatus 21, air intake device 21 are set to below table surface, wherein feed device has ventilation duct 24,24 one end of ventilation duct
It is connected to air duct, the other end is connect with air intake device 21.It is air duct below the conveyer belt 22 of hollow out, when air intake device 21 works,
Fabric 100 can be adsorbed on conveyer belt 22 makes fabric entirely pass through conveying space, steam can also be made preferably to penetrate
Fabric 100 siphons away steam remaining in air duct.Preferably, air intake device 21 can be exhaust fan.
In an alternative embodiment, fabric process equipment further includes positioning component, and positioning component includes feed table 31, preheating
Device 32 and positioning slide 33；Feed table 31 is set to hold-down devices, for placing filler rod 10；Preheating device 32 is set to feed table
31, for being preheated to filler rod 10；It positions slide 33 and is set to heating presser feet 43, for positioning filler rod 10, wherein fabric process equipment
When work, one end of filler rod 10 sequentially passes through preheating device 32, positioning slide 33, conveying space 9.Further, filler rod 10 around
Volume forms filler rod volume in a spool, and filler rod volume is placed on feed table 31, and when pulling filler rod 10, filler rod volume can be rotated.Filler rod
10 one end is laminated again after sequentially passing through preheating device 32 and positioning slide 33 set on the upper surface of fabric 100, can be effectively prevent
Clot when 10 feeding of filler rod.Filler rod 10 can make filler rod 10 bond stronger with fabric 100 after the preheating of preheating device 32.
Preferably, preheating device 32 includes electric heating device.
In an alternative embodiment, fabric process equipment further includes man-machine interface and electric-control system 7, man-machine interface and automatically controlled
System 7 be set to table surface, and the output end of man-machine interface and electric-control system 7 be electrically connected motor 23 input terminal,
The delivery end of air intake device 21, the input terminal of preheating device 32, heating device 42 input terminal.Man-machine interface and electric-control system 7
Using PLC control system, for controlling the electrical works such as motor 23, air intake device 21, preheating device 32 and heating device 42, and
Equipped with human-computer interaction interface to facilitate user setting parameter.Man-machine interface and electric-control system 7 include control assembly, control assembly packet
Foot pedal 61 and pull rod 62 are included, foot pedal 61 is movably arranged at foot prop 12, and 62 one end of pull rod connects foot pedal 61, and the other end connects
The control switch of man-machine interface and electric-control system 7 is connect, when user's foot-treadle 61 keeps foot pedal 61 movable, pull rod 62 pulls control
System switch makes control switch generate control signal, so that man-machine interface and electric-control system 7 control other electric appliances according to control signal
Work.
The utility model also proposes a kind of embodiment of fabric processing technology, which uses above-mentioned any one
Item fabric process equipment, comprising:
A, according to the height of 100 size adjusting conveying space 9 of fabric.
B, the heating temperature of heating component is adjusted according to the property of fabric 100 and filler rod 10.
C, the feeding speed of conveying device is adjusted according to the property of fabric 100 and filler rod 10.
D, filler rod 10 is placed on 100 upper surface of fabric.
E, filler rod 10 and fabric 100 are pushed into conveying space 9 simultaneously.
F, feed device pushes filler rod 10 and fabric 100 to pass through conveying space 9.
G, heating component pressing filler rod 10 and fabric 100, and heat is provided to filler rod 10 and fabric 100, keep filler rod 10 viscous
It closes in fabric 100.
In the present embodiment, fabric 100 and filler rod 10 pass through conveying space 9 under the directional push of feed device, are passing through
While conveying space 9, heating component press fabrics 100 and filler rod 10, providing heat to fabric 100 and filler rod 10 makes filler rod 10
Be bonded on fabric 100, hereby it is achieved that automation filler rod adhesion technique, substantially increase production efficiency, reduce manually at
This.
The utility model also proposes that another embodiment of fabric process equipment, including the processing of above-mentioned any one fabric are set
It is standby, it further include edge folded pull tube 8, edge folded pull tube 8 is set to workbench, and is located at feed device side, wherein edge folded pull tube 8 goes out
Expect that direction pushes the direction of fabric 100 identical with feed device.The discharging direction of edge folded pull tube 8 is fabric 100 by flanging
The direction come out after 8 flanging of slide.
In the present embodiment, after fabric process equipment is provided with edge folded pull tube 8, filler rod 10 and fabric 100 first pass through flanging drawing
Cylinder 8, encases fabric 100 by filler rod 10, and filler rod 10 and fabric 100 are by being directly entered conveying space 9, adding after edge folded pull tube 8
Hot component press fabrics 100 simultaneously deliver heat to fabric 100, and heat penetrates fabric 100 and filler rod 10, is bonded in filler rod 10
On fabric 100, and then the fabric after flanging 100 is made to be formed, not only realizes automation filler rod adhesion technique as a result, it can also be simultaneously
It realizes automation seaming operation, substantially increases production efficiency, reduce cost of labor.
The utility model also proposes another embodiment of fabric processing technology, uses the above-mentioned fabric with edge folded pull tube 8
Process equipment, comprising:
A1, according to the height of 100 size adjusting conveying space 9 of fabric.
B1, the heating temperature that heating component is adjusted according to the property of fabric 100 and filler rod 10.
C1, the feeding speed that conveying device is adjusted according to the property of fabric 100 and filler rod 10.
D1, filler rod 10 is placed on to 100 upper surface of fabric.
E1, filler rod 10 and fabric 100 are pushed into edge folded pull tube 8 simultaneously, fabric 100 is made to encase filler rod 10.
F1, by fabric 100 and edge folded pull tube 8 is released by filler rod 10 that fabric 100 encases and is pushed into conveying space 9.
G1, feed device push filler rod 10 and fabric 100 to pass through conveying space 9.
H1, heating component pressing filler rod 10 and fabric 100, and heat is provided to filler rod 10 and fabric 100, keep filler rod 10 viscous
It closes in fabric 100.
In the present embodiment, filler rod 10 and fabric 100 first pass through edge folded pull tube 8, encase fabric 100 by filler rod 10, filler rod
10 with fabric 100 by after edge folded pull tube 8, being directly entered conveying space 9, heating component press fabrics 100 and by heat transmission
To fabric 100, heat penetrates fabric 100 and filler rod 10, is bonded in filler rod 10 on fabric 100, and then make the fabric after flanging
100 sizings not only realize automation filler rod adhesion technique as a result, automation seaming operation also can be achieved at the same time, substantially increase
Production efficiency reduces cost of labor.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
Equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, is directly or indirectly transported
Used in other related technical areas, it is also included in the patent protection scope of the utility model.
Claims (8)
1. a kind of fabric process equipment characterized by comprising
Workbench；
Feed device is set to the workbench；
Heating component is set to above the feed device and forms conveying space with the feed device；
The feed device is used for after filler rod and fabric enter the conveying space, filler rod described in directional push and the fabric
Pass through the conveying space；
The heating component is used for when the filler rod and the fabric pass through the conveying space, presses the filler rod and described
Fabric, and heat is provided to the filler rod and the fabric, make the filler rod bonding on the fabric.
2. fabric process equipment as described in claim 1, which is characterized in that the heating component includes:
Presser feet is heated, forms the conveying space, the heating presser feet with the feed device above the feed device
For pressing the filler rod and the fabric, and to described embedding when the filler rod and the fabric pass through the conveying space
Item and the fabric provide heat, and the filler rod is made to be bonded in the fabric；
Drive rod, one end connect the heating presser feet；
Hold-down devices are set to the workbench and connect with drive rod；Wherein,
The hold-down devices are used to push the heating presser feet and the feed device relative motion by the drive rod, to adjust
The height of the whole conveying space.
3. fabric process equipment as claimed in claim 2, which is characterized in that the heating component further includes balance link block,
The drive rod connects the heating presser feet by the balance link block, wherein described balance link block one end is hingedly described
Drive rod, the affixed heating presser feet of the other end.
4. fabric process equipment as claimed in claim 2, which is characterized in that the heating presser feet is formed with multiple steam holes,
The steam hole is towards the conveying space；
The heating component further includes steam pipe, the heating presser feet by the steam pipe be connected to External steam units with it is described
Steam hole.
5. fabric process equipment as claimed in claim 4, which is characterized in that the feed device includes:
Conveyer belt is set to the table surface, and is oppositely arranged with the heating presser feet to form the conveying space, described
The filler rod used for conveyer belt described in directional push and the fabric pass through the conveying space；
Motor is set to below the table surface, for driving the conveyer belt to rotate.
6. fabric process equipment as claimed in claim 5, which is characterized in that
The conveyer belt thread is empty；
Air duct is provided with below the conveyer belt；
The feed device further includes air intake device, and the air intake device is set to below the table surface, wherein the suction
Wind apparatus has ventilation duct, and the air intake device is connected to by the ventilation duct with the air duct.
7. fabric process equipment as claimed in claim 6, which is characterized in that the fabric process equipment further includes positioning group
Part, the positioning component include:
Feed table is set to the hold-down devices, for placing the filler rod；
Preheating device is set to the feed table, for preheating to the filler rod；
Slide is positioned, the heating presser feet is set to, for positioning the filler rod, wherein when the fabric process equipment works, institute
The one end for stating filler rod sequentially passes through the preheating device, the positioning slide, the conveying space.
8. a kind of fabric process equipment, which is characterized in that including fabric process equipment described in claim 1 to 7 any one,
Further include:
Edge folded pull tube, the edge folded pull tube is set to the workbench, and is located at the feed device side, wherein the flanging
The discharging direction of slide pushes the direction of the fabric identical with the feed device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821550812.3U CN209066117U (en) | 2018-09-21 | 2018-09-21 | Fabric process equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821550812.3U CN209066117U (en) | 2018-09-21 | 2018-09-21 | Fabric process equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209066117U true CN209066117U (en) | 2019-07-05 |
Family
ID=67093067
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821550812.3U Active CN209066117U (en) | 2018-09-21 | 2018-09-21 | Fabric process equipment |
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| Country | Link |
|---|---|
| CN (1) | CN209066117U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108950904A (en) * | 2018-09-21 | 2018-12-07 | 深圳市雅诺科技股份有限公司 | Fabric process equipment and fabric processing technology |
-
2018
- 2018-09-21 CN CN201821550812.3U patent/CN209066117U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108950904A (en) * | 2018-09-21 | 2018-12-07 | 深圳市雅诺科技股份有限公司 | Fabric process equipment and fabric processing technology |
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