CN103015084B - The automatic warping of fiberglass gridding cloth whole latitude method for shaping - Google Patents
The automatic warping of fiberglass gridding cloth whole latitude method for shaping Download PDFInfo
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- CN103015084B CN103015084B CN201110282397.4A CN201110282397A CN103015084B CN 103015084 B CN103015084 B CN 103015084B CN 201110282397 A CN201110282397 A CN 201110282397A CN 103015084 B CN103015084 B CN 103015084B
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Abstract
The invention discloses a kind of automatic warping of fiberglass gridding cloth whole latitude method for shaping, step 101: carry out dipping process by cement dipping machine cloth former to high silica glass fiber mesh cloth, form impregnation high silica glass fiber mesh cloth；Step 103: through warp parallel collator utilize two endless belts run simultaneously by set direction clamp impregnation high silica glass fiber mesh cloth warp direction wherein, utilize action of gravity so that it is warp, parallel be automatically adjusted to plane-parallel or with the state of horizontal plane；Step 105: impregnation high silica glass fiber mesh cloth is carried out solidifying and setting process by baking box；Step 107: by winder by the impregnation high silica glass fiber mesh cloth wound into rolls of the sizing that is cured.Present configuration is simple, and manipulation is convenient, solves fiberglass gridding cloth and derived product is continuous, lossless, efficient warping, a difficult problem for whole latitude.
Description
Technical field
The present invention relates to fiberglass gridding cloth technical field, more particularly, it relates to a kind of glass fibre
The automatic warping of grid cloth whole latitude method for shaping.
Background technology
(such as acid Xian, rolling etc. processed high silica glass fiber mesh cloth processing procedure after weaving
Journey) in, its warp, parallel the most all can produce the biggest inclination or distortion, and its warp, parallel
Regularity be to determine such product quality class and the key factor of product applications.But, due to
Particularity (the weaving of grid type of high silica glass fiber mesh cloth weaving process and structure and material performance
The intensity of structure and material itself is extremely low and extensibility extreme difference) to itself and the warp of derived product thereof,
Parallel carries out a critical technological point in continuous print, high efficiency arrangement, always industry and technical bottleneck.
Existing high silica glass fiber mesh cloth warping, whole latitude method mainly have: artificial clearance-type warping is whole
Latitude and the machinery whole latitude of tentering warping two kinds.
Artificial clearance-type warping warping latitude, is usually and the high silica glass fiber mesh cloth becoming web-like is first cut
It is cut into the square block of certain specification, after impregnation, pouring glue, by manually (needing two people under normal circumstances
Coordinate) appropriateness stretching warp, parallel, it is laid on a supporting plate, puts into baking box baking sizing.This
Method arrange after fiberglass gridding cloth, warp, parallel regularity still can, but volume can not be produced
Shape product, its application is restricted, and production efficiency is extremely low, and product quality is affected by human factor
Greatly, bulk article quality stability cannot ensure.
Machinery stentering forming, mainly uses the framing shaping machine of weaving, dyeing.This method is real
On border be to impregnation after the warp of fiberglass gridding cloth, parallel apply certain tension force make it force to prolong
Stretch, the purpose regular to reach warp, parallel, then shaped by oven cooking cycle.But due to high silicon
The weaving structure of the particularity grid type of oxygen fiberglass gridding cloth weaving process, material itself strong
Spend extremely low and extensibility extreme difference；This method, in actual applications, often breaks vagcor fine
The dimension warp of grid cloth, parallel, can tear whole grid cloth, make product utilization rate be substantially reduced time serious.
This kind of method investment is big, sexual valence ratio, the most few in the industry application.
Therefore, how to realize continuous, lossless, efficient warping, the operation of whole latitude, become art technology
The technical problem that personnel are urgently to be resolved hurrily.
Summary of the invention
In view of this, the invention provides a kind of automatic warping of fiberglass gridding cloth whole latitude method for shaping,
Continuous, lossless to realize, efficient warping, the operation of whole latitude.
For achieving the above object, the present invention provides following technical scheme:
A kind of automatic warping of fiberglass gridding cloth whole latitude method for shaping,
Step 101: carry out dipping process by cement dipping machine cloth former to high silica glass fiber mesh cloth, is formed
Impregnation high silica glass fiber mesh cloth；
Step 103: utilizing two endless belts by the synchronous operation of set direction through warp parallel collator
Clamp wherein one side of impregnation high silica glass fiber mesh cloth warp direction, utilize action of gravity, make
Its warp, parallel be automatically adjusted to plane-parallel or with the state of horizontal plane；
Step 105: impregnation high silica glass fiber mesh cloth is carried out solidifying and setting process by baking box；
Step 107: the impregnation high silica glass fiber mesh cloth of the sizing that is cured is wound into by winder
Web-like.
Preferably, described cement dipping machine specifically includes:
Installation frame, which is provided with the installation portion for installing the former yardage roll of fiberglass gridding cloth；
It is arranged on described installation frame, for accommodating the glue groove of glue；
It is arranged in described glue groove, and is positioned at the first guide roller of below glue liquid level；
The second guide roller being arranged on described installation frame；
It is arranged on described installation frame, and two Extruded rollers the most positioned opposite；
Drive the first driving means that one of them described Extruded roller rotates.
Preferably, described carry out dipping process by cement dipping machine cloth former to high silica glass fiber mesh cloth,
Formed impregnation high silica glass fiber mesh cloth particularly as follows:
The former cloth of described high silica glass fiber mesh cloth, by being immersed in the first of below glue groove glue liquid level
Guide roller, makes the former cloth of high silica glass fiber mesh cloth infiltrate glue, is then passed through the second guide roller, enters
Enter Extruded roller, extrude unnecessary glue.Extruded roller is by the first driving means by chain-driving, and traction is high
The former cloth of silica glass fiber mesh cloth runs continuously along predetermined direction.
Preferably, being arranged at the described warp parallel collator of described cement dipping machine rear end, it includes two intervals
The conveying roller arranged, on conveying roller described in two, tensioning has first annular band, and is arranged at described first annular
With side by the second endless belt of pinch roll tensioning and the 3rd endless belt, described second endless belt and the 3rd
The distance of no more than fiberglass gridding cloth thickness, and the conveying of described first annular band it is separated with between endless belt
Distance is less than the second endless belt and the fed distance of the 3rd endless belt.
Preferably, the Extruded roller being positioned at upside can slide up and down and is arranged on described installation frame；
The compression cylinder being arranged on described installation frame and the roll shaft phase of described Extruded roller being positioned at upside
Even.
Preferably, described first driving means is motor, and by driving-chain and the Extruded roller being positioned at downside
It is connected.
Preferably, described traction machine specifically includes driving motor, and its output shaft is by defeated described in chain-driving
Roller and described pinch roll is sent to rotate.
Preferably, before and after described baking box, both sides are equipped with first row air port.
Preferably, the top of described baking box is provided with two second row air ports.
Preferably, described winder specifically includes wind-up roll and the winding motor driving described wind-up roll to rotate.
From above-mentioned technical scheme it can be seen that the present invention dipping process by cement dipping machine so that high silicon
The former cloth of oxygen fiberglass gridding cloth becomes impregnation high silica glass fiber mesh cloth.Impregnation vagcor is fine
Dimension grid cloth is through warp parallel collator, two the second endless belts by the synchronous operation of set direction
Wherein one side with the 3rd endless belt clamps impregnation high silica glass fiber mesh cloth warp direction, utilizes
Action of gravity so that it is warp, parallel be automatically adjusted to plane-parallel or with the state of horizontal plane,
The original inclination of its warp, parallel or torsional deformation are corrected, and reach us and arrange vagcor fibre
The dimension warp of grid cloth, parallel make its regular purpose.And after solidifying and setting, make this state be able to
Permanent retention.Winder will be organized the impregnation high silica glass fiber mesh cloth wound into rolls of sizing,
It is beneficial to enter next process, the most just completes the whole latitude of automatic warping to fiberglass gridding cloth
Sizing.Present configuration is simple, and manipulation is convenient, solves high silica glass fiber mesh cloth and derives
Product is continuous, lossless, efficient warping, a difficult problem for whole latitude.
Accompanying drawing explanation
Fig. 1 is the technological process of the automatic warping of fiberglass gridding cloth of the present invention whole latitude method for shaping embodiment
Figure；
Fig. 2 is the glass provided in the automatic warping of fiberglass gridding cloth of the present invention whole latitude method for shaping embodiment
The main TV structure schematic diagram of the automatic warping of glass fibrous mesh cloth whole latitude forming machine；
Fig. 3 is the glass provided in the automatic warping of fiberglass gridding cloth of the present invention whole latitude method for shaping embodiment
The plan structure schematic diagram of the automatic warping of glass fibrous mesh cloth whole latitude forming machine.
Detailed description of the invention
The invention discloses a kind of automatic warping of fiberglass gridding cloth whole latitude method for shaping, to realize continuously,
Lossless, efficient warping, the operation of whole latitude.
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present invention, and
It is not all, of embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art are not doing
Go out the every other embodiment obtained under creative work premise, broadly fall into the scope of protection of the invention.
Referring to Fig. 1, Fig. 2 and Fig. 3, Fig. 1 is that the fiberglass gridding cloth of the present invention whole latitude of automatic warping is fixed
The process chart of type embodiment of the method, Fig. 2 is that the fiberglass gridding cloth of the present invention whole latitude of automatic warping is fixed
The main TV structure signal of the automatic warping of the fiberglass gridding cloth whole latitude forming machine provided in type embodiment of the method
Figure, Fig. 3 is the glass provided in the automatic warping of fiberglass gridding cloth of the present invention whole latitude method for shaping embodiment
The plan structure schematic diagram of the automatic warping of glass fibrous mesh cloth whole latitude forming machine.
The automatic warping of embodiment of the present invention fiberglass gridding cloth whole latitude method for shaping, including,
Step 101: dipping process；
Carry out dipping process by cement dipping machine cloth former to high silica glass fiber mesh cloth, form impregnation height silicon
Oxygen fiberglass gridding cloth.
Step 103: automatically arrange through parallel；
Two endless belts run simultaneously by set direction are being utilized to clamp leaching through warp parallel collator
Wherein one side of glue high silica glass fiber mesh cloth 07 warp direction, utilizes action of gravity so that it is warp,
Parallel be automatically adjusted to plane-parallel or with the state of horizontal plane.
Step 105: solidifying and setting processes；
By baking box 12, impregnation high silica glass fiber mesh cloth 07 is carried out solidifying and setting process.
Step 107: be rolled into required web-like；
By winder 15, the impregnation high silica glass fiber mesh cloth 07 of the sizing that is cured is wound into a roll
Shape.
Wherein, cement dipping machine carries out dipping process for cloth 03 former to high silica glass fiber mesh cloth, to protect
Demonstrate,prove after the later stage shapes, it can be made to be in stable state.
Warp parallel collator includes two spaced apart conveying rollers, and on two conveying rollers, tensioning has first annular
Band 08, and be arranged at first annular band 08 side by the second endless belt 09 and the 3rd of pinch roll tensioning
Endless belt 10, is separated with no more than fiberglass gridding cloth thick between the second endless belt 09 and the 3rd endless belt 10
The distance of degree, and the fed distance of first annular band 08 is less than the second endless belt 09 and the 3rd endless belt 10
Fed distance.
Impregnation high silica glass fiber mesh cloth 07 warp direction while by being manually placed in first annular band
08 and second on endless belt 09, and make high silica glass fiber mesh cloth 07 with the second endless belt
The respective edges alignment of 09, along with first annular band the 08, second endless belt 09 and the 3rd edge, endless belt 10
In Fig. 1, direction shown in arrow is run, high silica glass fiber mesh cloth 07 by the second endless belt
09 and the 3rd endless belt 10 combination constitute grasping system clamped by, and run together to shown in Fig. 1 it
When reversing pendency section, the another side of impregnation high silica glass fiber mesh cloth 07 warp direction loses the first ring
Shape band 08 support, due to action of gravity, the warp direction of impregnation high silica glass fiber mesh cloth 07 it
Another side is unsettled, naturally droops, and the parallel of its weft direction is automatically adjusted to and horizontal plane state.
Warp direction because impregnation high silica glass fiber mesh cloth 07 by the second endless belt 09 and
Three endless belts 10 clamp, and have been kept linear state, and remaining warp is same because of action of gravity, phase
That answers will be automatically adjusted to the state with plane-parallel.So far impregnation high silica glass fiber mesh cloth
Warp, the parallel of 07, because action of gravity, have been automatically adjusted to and plane-parallel and and horizontal plane
State, the original inclination of its warp, parallel or torsional deformation are corrected, and have the most just reached us whole
The reason warp of impregnation high silica glass fiber mesh cloth 07, parallel so that it is regular purpose.
Baking box 12 is arranged at the rear end of warp parallel collator, for impregnation high silica glass fiber mesh cloth
07 solidifying and setting.Traction machine 14 is arranged at the rear end of baking box 12, be used for keeping first annular band 08,
Continuously running of second ring band 09 and the 3rd endless belt 10.After winder 15 is arranged at traction machine 14
End, for by impregnation high silica glass fiber mesh cloth 07 wound into rolls.
The present invention dipping process by cement dipping machine so that the former cloth of high silica glass fiber mesh cloth 03 becomes
Impregnation high silica glass fiber mesh cloth 07.Impregnation high silica glass fiber mesh cloth 07 is through warp latitude
During line collator, two articles of the second endless belt 09 and the 3rd endless belts 10 run simultaneously by set direction press from both sides
Handle wherein one side of impregnation high silica glass fiber mesh cloth 07 warp direction, utilize action of gravity, make
Its warp, parallel be automatically adjusted to plane-parallel or with the state of horizontal plane, its warp, latitude
The original inclination of line or torsional deformation are corrected, reach we arrange high silica glass fiber mesh cloth it
Warp, parallel make the purpose that it is regular.And after solidifying and setting, make this state be able to permanent retention.
Winder will be organized the high silica glass fiber mesh cloth wound into rolls of sizing, be beneficial to enter next
Procedure, the most just completes the sizing of the automatic warping whole latitude to high silica glass fiber mesh cloth.This
Inventive structure is simple, and manipulation is convenient, solves high silica glass fiber mesh cloth and derived product is continuous,
Lossless, efficient warping, a difficult problem for whole latitude.
In order to optimize technique scheme further, cement dipping machine disclosed in the embodiment of the present invention may particularly include
Installation frame, glue groove the 02, first guide roller the 01, second guide roller 04, Extruded roller 05 and first drive
Device 06.Wherein, installation frame is provided with the installation portion for installing the former yardage roll of fiberglass gridding cloth,
The former yardage roll of fiberglass gridding cloth is arranged on this installation portion, and under the effect of external force traction, glass
The former yardage roll of fibrous mesh cloth can be rotated, to ensure the high silica on the former yardage roll of this fiberglass gridding cloth
The former cloth of fiberglass gridding cloth 03 can be supplied endlessly.
Being arranged at installation frame for accommodating the glue groove 02 of glue, the first guide roller 01 is arranged at glue groove
In 02, and being positioned at below glue liquid level, high silica glass fiber mesh cloth former cloth 03 is at fiberglass gridding
After drawing on the former yardage roll of cloth, walk around the first guide roller 01 so that the former cloth of high silica glass fiber mesh cloth 03
Glue dipping in glue groove 02.Second guide roller 04 is arranged on installation frame, and Extruded roller 05 is
Two arranged up and down, and may be contained within installation frame.The former cloth of high silica glass fiber mesh cloth 03 exists
After the first guide roller 01, then walk around the second guide roller 04, around after passed by two Extruded rollers 05.
First driving means 06 is used for driving one of them Extruded roller 05 to rotate, to ensure resurrection glass fibre
The continuous conveying of the former cloth of grid cloth 03.
Extruded roller 05 on the upside of being positioned at can slide up and down and is arranged on installation frame, is arranged at installation frame
On compression cylinder be connected with the roll shaft of Extruded roller 05 being positioned at upside, with adjust two Extruded rollers 05 it
Between distance.First driving means 06 can be motor, and by driving-chain and the Extruded roller 05 being positioned at downside
It is connected.
So, described carry out dipping process, shape by cement dipping machine cloth former to high silica glass fiber mesh cloth
Become high silica glass fiber mesh cloth particularly as follows: the former cloth of high silica glass fiber mesh cloth 03, by immersing
The first guide roller 01 below glue groove 02 glue liquid level, makes the former cloth of high silica glass fiber mesh cloth 03
Infiltration glue, is then passed through the second guide roller 05, enters Extruded roller 05, extrudes unnecessary glue.Plastic squeeze
Roller 05 by chain-driving, is drawn the former cloth of high silica glass fiber mesh cloth 03 by the first driving means 06
Run continuously along predetermined direction, thus complete the immersing glue process of the former cloth of high silica glass fiber mesh cloth 03.
The state of the former cloth of high silica glass fiber mesh cloth 03 extruding unnecessary glue through Extruded roller 05 become through
Cross the impregnation high silica glass fiber mesh cloth 07 of gluing.
Described baking box 12 rear end arranges traction machine 14, and traction machine 14 may particularly include driving motor, and it is defeated
Shaft is rotated by conveying roller described in chain-driving and described pinch roll.Before and after baking box 12, both sides are equipped with
First row air port 16, for getting rid of the waste gas of baking box 12 inlet and outlet；The top of baking box 12 is provided with two
Individual second row air port 17, for getting rid of the waste gas in baking box 12.
Extruded roller 05 and the first ring-type guipure the 08, second endless belt 09 and travel line of the 3rd endless belt 10
The adjustment of speed can be realized by Frequency Converter Control motor with Tong Bu.First ring-type guipure the 08, second ring
Chain-driving, arrow along Fig. 1 are passed through by the driving motor of traction machine 14 in shape band 09 and the 3rd endless belt 10
Direction shown in Tou is run continuously.When design, one end of the first ring-type guipure 08 and the second endless belt 09
One end coaxial, the motion of the second endless belt 09 has the most just driven the operation of the first ring-type guipure 08.And
The linear velocity of first ring-type guipure the 08, second endless belt 09 and the 3rd endless belt 10 is configured to synchronize fortune
Row condition.
The state being corrected the impregnation high silica glass fiber mesh cloth 07 after warp, parallel becomes regular
Impregnation high silica glass fiber mesh cloth 11, and pass through with the second endless belt 09 and the 3rd endless belt 10
Baking box 12.In baking box 12, complete the solidification of institute's dip-coating glue, make regular impregnation resurrection glass fibre
Grid cloth 11 is shaped.After having gone out baking box 12, regular impregnation high silica glass fiber mesh cloth 11
State become being organized the high silica glass fiber mesh cloth 13 of sizing, proceed to depart from the second ring
Shape band 09 and the clamping of the 3rd endless belt 10.Winder 15 will be organized the impregnation vagcor of sizing
Fibrous mesh cloth 13 wound into rolls, is beneficial to enter next process.The most just complete glass
The automatic warping whole latitude sizing of fibrous mesh cloth.
There is between cement dipping machine and warp parallel collator a breeze way, make the second endless belt 09 and
The buffering providing certain when adjusting synchronous regime between three endless belts 10 is interval.
Also there is between traction machine 14 and winder 15 breeze way, make the second endless belt 09 and
The buffering providing certain when adjusting synchronous regime between three endless belts 10 and winder 15 is interval.
In this specification, each embodiment uses the mode gone forward one by one to describe, and each embodiment stresses
Being the difference with other embodiments, between each embodiment, identical similar portion sees mutually.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses
The present invention.Multiple amendment to these embodiments will be aobvious and easy for those skilled in the art
See, generic principles defined herein can without departing from the spirit or scope of the present invention,
Realize in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein,
And it is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (9)
1. the automatic warping of a fiberglass gridding cloth whole latitude method for shaping, it is characterised in that
Step 101: carry out dipping process, shape by cement dipping machine cloth former to high silica glass fiber mesh cloth
Become impregnation high silica glass fiber mesh cloth；
Step 103: utilizing two annulars by the synchronous operation of set direction through warp parallel collator
Band clamps wherein one side of impregnation high silica glass fiber mesh cloth warp direction, utilizes action of gravity,
Make its warp, parallel be automatically adjusted to plane-parallel or with the state of horizontal plane；
Step 105: impregnation high silica glass fiber mesh cloth is carried out solidifying and setting by baking box (12)
Process；
Step 107: by winder (15) by the impregnation high silica glass fiber mesh of the sizing that is cured
Cloth wound into rolls；
Being arranged at the described warp parallel collator of described cement dipping machine rear end, it includes that two is spaced apart defeated
Sending roller, on conveying roller described in two, tensioning has first annular band (08), and is arranged at described first annular band (08)
Side by second endless belt (09) of pinch roll tensioning and the 3rd endless belt (10), described second endless belt
(09) distance of no more than fiberglass gridding cloth thickness, and described and it are separated with between the 3rd endless belt (10)
The fed distance of one endless belt (08) less than the second endless belt (09) and the 3rd endless belt (10) conveying away from
From.
The automatic warping of fiberglass gridding cloth the most according to claim 1 whole latitude method for shaping, it is special
Levying and be, described cement dipping machine specifically includes:
Installation frame, which is provided with the installation portion for installing the former yardage roll of fiberglass gridding cloth；
It is arranged on described installation frame, for accommodating the glue groove (02) of glue；
It is arranged in described glue groove (02), and is positioned at first guide roller (01) of below glue liquid level；
The second guide roller (04) being arranged on described installation frame；
It is arranged on described installation frame, and two Extruded rollers (05) the most positioned opposite；
Drive the first driving means (06) that one of them described Extruded roller (05) rotates.
The automatic warping of fiberglass gridding cloth the most according to claim 2 whole latitude method for shaping, it is special
Levy and be, described carry out dipping process by cement dipping machine cloth former to high silica glass fiber mesh cloth, formed
Impregnation high silica glass fiber mesh cloth particularly as follows:
The former cloth of described high silica glass fiber mesh cloth (03), by be immersed in glue groove (02) glue liquid level with
Under the first guide roller (01), make the former cloth of high silica glass fiber mesh cloth (03) infiltrate glue, then warp
Crossing the second guide roller (04), enter Extruded roller (05), extrude unnecessary glue, Extruded roller (05) is by first
Driving means (06) passes through chain-driving, and the traction former cloth of high silica glass fiber mesh cloth (03) is along predetermined party
To running continuously.
The automatic warping of fiberglass gridding cloth the most according to claim 3 whole latitude method for shaping, it is special
Levying and be, the Extruded roller (05) being positioned at upside can slide up and down and is arranged on described installation frame；
The compression cylinder being arranged on described installation frame and the roll shaft of described Extruded roller (05) being positioned at upside
It is connected.
The automatic warping of fiberglass gridding cloth the most according to claim 4 whole latitude method for shaping, it is special
Levying and be, described first driving means (06) is motor, and by driving-chain and the Extruded roller being positioned at downside
(05) it is connected.
6. according to the fiberglass gridding cloth automatic warping whole latitude sizing side described in any one of claim 1-5
Method, it is characterised in that described baking box (12) rear end arranges traction machine (14), described traction machine (14) is concrete
Including driving motor, its output shaft is rotated by conveying roller described in chain-driving and described pinch roll.
The automatic warping of fiberglass gridding cloth the most according to claim 6 whole latitude method for shaping, it is special
Levying and be, before and after described baking box (12), both sides are equipped with first row air port (16).
The automatic warping of fiberglass gridding cloth the most according to claim 7 whole latitude method for shaping, it is special
Levying and be, the top of described baking box (12) is provided with two second row air ports (17).
The automatic warping of fiberglass gridding cloth the most according to claim 8 whole latitude method for shaping, it is special
Levying and be, described winder (15) specifically includes wind-up roll and the winding motor driving described wind-up roll to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110282397.4A CN103015084B (en) | 2011-09-22 | The automatic warping of fiberglass gridding cloth whole latitude method for shaping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110282397.4A CN103015084B (en) | 2011-09-22 | The automatic warping of fiberglass gridding cloth whole latitude method for shaping |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103015084A CN103015084A (en) | 2013-04-03 |
| CN103015084B true CN103015084B (en) | 2016-12-14 |
Family
ID=
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Denomination of invention: Automatic Warping and Weft Setting Method of Glass Fiber Mesh Cloth Effective date of registration: 20220929 Granted publication date: 20161214 Pledgee: Bank of China Limited Baoding Branch Pledgor: BAODING NINGXIN NEW MATERIAL CO.,LTD. Registration number: Y2022130000085 |
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Address after: 072350 changgucheng Industrial Park, Tang County Economic Development Zone, Baoding City, Hebei Province Patentee after: Baoding Ningxin Group Co.,Ltd. Address before: 072350 changgucheng Industrial Park, Tang County Economic Development Zone, Baoding City, Hebei Province Patentee before: BAODING NINGXIN NEW MATERIAL CO.,LTD. |
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