CN103015110A - Glass fiber mesh cloth warp-finishing and weft-finishing shaping method - Google Patents
Glass fiber mesh cloth warp-finishing and weft-finishing shaping method Download PDFInfo
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- CN103015110A CN103015110A CN2011102823847A CN201110282384A CN103015110A CN 103015110 A CN103015110 A CN 103015110A CN 2011102823847 A CN2011102823847 A CN 2011102823847A CN 201110282384 A CN201110282384 A CN 201110282384A CN 103015110 A CN103015110 A CN 103015110A
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Abstract
The invention discloses a glass fiber mesh cloth warp-finishing and weft-finishing shaping method comprising the steps that: step 101, high-silica glass fiber mesh cloth original cloth is subjected to a gumming treatment, such that gummed high-silica glass fiber mesh cloth is obtained; step 103, the gummed high-silica glass fiber mesh cloth is subjected to artificial warp finishing and weft finishing on a warp and weft finishing platform; step 105, the gummed high-silica glass fiber mesh cloth is subjected to a curing and shaping treatment by using a baking oven (11); and step 107, with an intermittent operation device (13), the cured and shaped gummed high-silica glass fiber mesh cloth is delivered to a cutting machine (14) according to a corresponding length; and the gummed high-silica glass fiber mesh cloth is cut into a required specification by using the cutting machine. The method provided by the invention has the advantages of simple structure and convenient operation. With the method, difficulties of continuity, non-destructiveness, and high-efficiency warp-finishing and weft-finishing of glass fiber mesh cloth and derivative products thereof are solved.
Description
Technical field
The present invention relates to the fiberglass gridding cloth technical field, more particularly, relate to the whole latitude method for shaping of a kind of fiberglass gridding cloth warping.
Background technology
In the processing procedure (processing procedures such as sour Xian, rolling) of high silica glass fiber mesh cloth after weaving, its warp, parallel generally all can produce very large inclination or distortion, and the regularity of its warp, parallel is the key factor that determines such product quality class and product applications.But, because the particularity of high silica glass fiber mesh cloth weaving process and structure and material performance (intensity of the weaving structure of grid type and material itself extremely low and extensibility extreme difference), so that warp, the parallel of itself and derived product thereof carried out continuous, high efficiency arrangement, be critical technological point and the technical bottleneck in the industry always.
Existing high silica glass fiber mesh cloth warping, whole latitude method mainly contain: two kinds of the artificial whole latitude of clearance-type warping and the whole latitudes of mechanical tentering warping.
Artificial clearance-type warping warping latitude, it generally is the square shape that the high silica glass fiber mesh cloth that becomes web-like is cut into first certain specification, behind impregnation, pouring glue, by artificial (generally needing two people to cooperate) appropriate stretching warp, parallel, be tiled on the supporting plate, put into baking box baking typing.Fiberglass gridding cloth after the arrangement of this method, the regularity of warp, parallel still can, but can not produce the web-like product, its Application Areas is restricted, and production efficiency is extremely low, and product quality is affected greatly by human factor, and bulk article quality stability can't guarantee.
The machinery stentering forming mainly is the framing shaping machine of using weaving, dyeing.This method is actually and applies certain tension force to the warp of the fiberglass gridding cloth behind the impregnation, parallel it force to be extended, to reach warp, the regular purpose of parallel, then by baking box baking typing.But because particularity---the weaving structure of grid type of high silica glass fiber mesh cloth weaving process, the extremely low and extensibility extreme difference of the intensity of material itself; This method in actual applications, often can be broken warp, the parallel of high silica glass fiber mesh cloth, can tear whole grid cloth when serious, and the product utilization rate is reduced greatly.The investment of this kind method is large, and the sexual valence ratio only has few application in the industry.
Therefore, how to realize continuously, can't harm, the operation of efficient warping, whole latitude becomes the technical problem that those skilled in the art need to be resolved hurrily.
Summary of the invention
In view of this, the invention provides the whole latitude method for shaping of a kind of fiberglass gridding cloth warping, to realize continuously, can't harm, the operation of efficient warping, whole latitude.
For achieving the above object, the invention provides following technical scheme:
The whole latitude method for shaping of a kind of fiberglass gridding cloth warping is characterized in that, comprises,
Step 101: by cement dipping machine the former cloth of high silica glass fiber mesh cloth is carried out dipping process, form the impregnation high silica glass fiber mesh cloth;
Step 103: on warp parallel arrangement platform, the impregnation high silica glass fiber mesh cloth is carried out the arrangement of artificial warp and parallel;
Step 105: the impregnation high silica glass fiber mesh cloth is cured heat treatment by baking box;
Step 107: carry out carrying to the cutter place of respective length by the impregnation high silica glass fiber mesh cloth of intermittent motion apparatus after with solidifying and setting, and the impregnation high silica glass fiber mesh cloth is cut into the specification that needs by cutter.
Preferably, described cement dipping machine specifically comprises:
Installation frame which is provided with the installation portion for the former yardage roll of mounting glass fibrous mesh cloth;
Be arranged on the described installation frame, be used for holding the glue groove of glue;
Be arranged in the described glue groove, and be positioned at the first following guide roller of glue liquid level;
Be arranged at the second guide roller on the described installation frame;
Be arranged on the described installation frame, and two Extruded rollers of positioned opposite up and down;
Drive the first drive unit that one of them described Extruded roller rotates.
Preferably, describedly by cement dipping machine the former cloth of high silica glass fiber mesh cloth is carried out dipping process, forms the impregnation high silica glass fiber mesh cloth and be specially:
The former cloth of described high silica glass fiber mesh cloth by being immersed in the first guide roller below the glue groove glue liquid level, makes the former cloth of high silica glass fiber mesh cloth infiltrate glue, then through the second guide roller, enters Extruded roller, extrudes unnecessary glue.By chain-driving, the former cloth of traction high silica glass fiber mesh cloth moves along predetermined direction Extruded roller continuously by the first drive unit.
Preferably, described warp parallel arrangement platform specifically comprises:
Support;
Be arranged at respectively two live-rollers of described support both sides;
Be stretched in the first ring-type guipure on two described live-rollers;
Be arranged on the described support, drive the second drive unit that one of them live-roller rotates.
Preferably, the described arrangement of on warp parallel arrangement platform the impregnation high silica glass fiber mesh cloth being carried out artificial warp and parallel is specially:
The impregnation high silica glass fiber mesh cloth by on the first ring-type guipure that manually is placed in reciprocating rotation, and is finished warp, the parallel housekeeping of impregnation high silica glass fiber mesh cloth at the first ring-type guipure.
Preferably, the rear side of described baking box is provided with frame, is equipped with conveying roller on described support and the described frame, and tensioning has the second ring-type guipure on two described conveying rollers;
Described the second drive unit is motor, and links to each other with a conveying roller with one of them live-roller respectively by driving-chain.
Preferably, on the second ring-type guipure and with the second ring network band, entered baking box by transposition through the impregnation high silica glass fiber mesh cloth behind arrangement warp, the parallel, in baking box, finish the curing of institute's dip-coating glue, make through the impregnation high silica glass fiber mesh cloth behind arrangement warp, the parallel and finalized the design.
Preferably, described intermittent motion apparatus specifically comprises:
The intermittent motion apparatus installing rack which is provided with the guided way of vertical layout, and described cutter slidably is arranged on the described guided way;
One end is articulated in the intermittent duty cylinder at described guided way top;
The intermittent delivery bar, the other end of one end and described intermittent duty cylinder is hinged, and its other end slides to support and is located on the platform at described intermittent motion apparatus installing rack top, and is hinged with described guided way between its two ends.
Preferably, described intermittent delivery bar and described platform support an end of establishing and are provided with roller.
Preferably, described cutter comprises:
Shear cylinder, its piston rod links to each other with described platform, and its cylinder block and described guided way are slidingly matched;
Shear knife, it is arranged on the described cylinder block.
Can find out from above-mentioned technical scheme, the present invention is by the dipping process of cement dipping machine, so that the former cloth of high silica glass fiber mesh cloth becomes the impregnation high silica glass fiber mesh cloth.The impregnation high silica glass fiber mesh cloth is finished warp, the parallel housekeeping of impregnation high silica glass fiber mesh cloth at warp parallel arrangement platform through warp parallel arrangement platform the time.Through the impregnation high silica glass fiber mesh cloth behind arrangement warp, the parallel by transposition in baking box, in baking box, finish the curing of institute's dip-coating glue, make through the impregnation high silica glass fiber mesh cloth behind arrangement warp, the parallel and finalized the design, its warp, parallel are not interfered by any external force, kept the arrangement warp fully, state behind the parallel, and after solidifying and setting, make this state be able to permanent maintenance.State through the impregnation high silica glass fiber mesh cloth after the solidifying and setting becomes the impregnation high silica glass fiber mesh cloth that is finalized, the impregnation high silica glass fiber mesh cloth that is finalized is admitted to cutter by the effect of intermittent motion apparatus by respective length, can be cut into the specification that needs.The present invention is simple in structure, controls conveniently, has solved fiberglass gridding cloth and derived product is continuous, and is harmless, the difficult problem of efficient warping, whole latitude.
Description of drawings
The whole latitude method for shaping of the fiberglass gridding cloth warping process chart that Fig. 1 provides for the embodiment of the invention;
The main TV structure schematic diagram of the whole latitude setting machine of fiberglass gridding cloth warping that Fig. 2 provides for the embodiment of the invention;
The plan structure schematic diagram of the whole latitude setting machine of fiberglass gridding cloth warping that Fig. 3 provides for the embodiment of the invention.
The specific embodiment
The invention discloses the whole latitude method for shaping of a kind of fiberglass gridding cloth warping, to realize continuously, can't harm, the operation of efficient warping, whole latitude.
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
See also Fig. 1, Fig. 2 and Fig. 3, the main TV structure schematic diagram of the whole latitude setting machine of fiberglass gridding cloth warping that Fig. 1 provides for the embodiment of the invention; The plan structure schematic diagram of the whole latitude setting machine of fiberglass gridding cloth warping that Fig. 2 provides for the embodiment of the invention; The plan structure schematic diagram of the whole latitude setting machine of fiberglass gridding cloth warping that Fig. 3 provides for the embodiment of the invention.
The whole latitude method for shaping of the fiberglass gridding cloth warping that the embodiment of the invention provides comprises,
Step 101: dipping process;
By cement dipping machine the former cloth of high silica glass fiber mesh cloth is carried out dipping process, form the impregnation high silica glass fiber mesh cloth.
Step 103: artificial graticule arrangement;
On warp parallel arrangement platform, the impregnation high silica glass fiber mesh cloth is carried out the arrangement of artificial warp and parallel.
Step 105: solidifying and setting is processed;
By baking box 11 the impregnation high silica glass fiber mesh cloth is cured heat treatment.
Step 107: be cut into required specification;
By intermittent motion apparatus 13 the impregnation high silica glass fiber mesh cloth after the solidifying and setting is carried out carrying to cutter 14 places of respective length, and the impregnation high silica glass fiber mesh cloth is cut into the specification that needs by cutter.
The whole latitude setting machine of fiberglass gridding cloth warping in the embodiment of the invention comprises cement dipping machine, warp parallel arrangement platform, baking box 11, intermittent motion apparatus 13 and cutter 14.Wherein, cement dipping machine is used for the former cloth 03 of high silica glass fiber mesh cloth is carried out dipping process, guaranteeing after the later stage typing, and can be so that it be in stable state.Warp parallel arrangement platform is arranged at the rear end of cement dipping machine, become impregnation high silica glass fiber mesh cloth 07 behind former cloth 03 impregnation of high silica glass fiber mesh cloth, impregnation high silica glass fiber mesh cloth 07 can when moving to warp parallel arrangement position of platform, manually carry out warp and parallel housekeeping to it.Baking box 11 is arranged at the rear end of warp parallel arrangement platform, is used for impregnation high silica glass fiber mesh cloth 07 solidifying and setting.Intermittent motion apparatus 13 is arranged at the rear end of baking box 11, is used for the impregnation high silica glass fiber mesh cloth 12 after the solidifying and setting is carried out carrying to cutter 14 directions of respective length.Cutter 14 is arranged at the rear end of intermittent motion apparatus 13, is used for the impregnation high silica glass fiber mesh cloth 12 after the solidifying and setting is cut into the specification that needs.
The present invention is by the dipping process of cement dipping machine, so that the former cloth 03 of high silica glass fiber mesh cloth becomes impregnation high silica glass fiber mesh cloth 07.Impregnation high silica glass fiber mesh cloth 07 is finished warp, the parallel housekeeping of impregnation high silica glass fiber mesh cloth 07 at warp parallel arrangement platform through warp parallel arrangement platform the time.Through the impregnation high silica glass fiber mesh cloth 07 behind arrangement warp, the parallel by transposition in baking box 11, in baking box 11, finish the curing of institute's dip-coating glue, make through the impregnation high silica glass fiber mesh cloth 07 behind arrangement warp, the parallel and finalized the design, its warp, parallel are not interfered by any external force, kept the arrangement warp fully, state behind the parallel, and after solidifying and setting, make this state be able to permanent maintenance.State through the impregnation high silica glass fiber mesh cloth after the solidifying and setting is finalized, and then the effect by intermittent motion apparatus 13 is admitted to cutter 14 by respective length, can be cut into the specification that needs.The present invention is simple in structure, controls conveniently, has solved fiberglass gridding cloth and derived product is continuous, and is harmless, the difficult problem of efficient warping, whole latitude.
In order further to optimize technique scheme, the disclosed cement dipping machine of the embodiment of the invention can specifically comprise installation frame, glue groove 02, the first guide roller 01, the second guide roller 04, Extruded roller 05 and the first drive unit 06.Wherein, installation frame is provided with the installation portion for the former yardage roll of mounting glass fibrous mesh cloth, the former yardage roll of fiberglass gridding cloth is installed on this installation portion, and under the effect of external force traction, the former yardage roll of fiberglass gridding cloth can rotate, and can supply endlessly to guarantee the former cloth 03 of high silica glass fiber mesh cloth on the former yardage roll of this fiberglass gridding cloth.
Be arranged at installation frame for the glue groove 02 that holds glue, the first guide roller 01 is arranged in the glue groove 02, and be positioned at below the glue liquid level, the former cloth 03 of high silica glass fiber mesh cloth is after the former yardage roll of fiberglass gridding cloth is drawn, walk around the first guide roller 01, so that the former cloth 03 of high silica glass fiber mesh cloth is through the dipping of the glue in the glue groove 02.The second guide roller 04 is arranged on the installation frame, and Extruded roller 05 is two that arrange up and down, and all is arranged on the installation frame.The former cloth 03 of high silica glass fiber mesh cloth is then walked around the second guide roller 04 after through the first guide roller 01, is passed by two Extruded rollers 05 around rear.The first drive unit 06 is used for driving one of them Extruded roller 05 and rotates, to guarantee the continuous conveying of the former cloth 03 of high silica glass fiber mesh cloth.
The Extruded roller 05 that is positioned at upside can slide up and down and is arranged on the installation frame, and the clamping cylinder that is arranged on the installation frame links to each other with the roll shaft of the Extruded roller 05 that is positioned at upside, to adjust two distances between the Extruded roller 05.The first drive unit 06 can be motor, and links to each other with the Extruded roller 05 that is positioned at downside by driving-chain.
So step 101 is specially: the former cloth 03 of high silica glass fiber mesh cloth, by being immersed in the first guide roller 01 below the glue groove 02 glue liquid level, make the former cloth 03 of high silica glass fiber mesh cloth infiltrate glue, then through the second guide roller 04, enter Extruded roller 05, extrude unnecessary glue.By chain-driving, the former cloth of traction high silica glass fiber mesh cloth 03 moves along predetermined direction Extruded roller 05 continuously, finishes thus the immersing glue process of the former cloth 03 of high silica glass fiber mesh cloth by the first drive unit 06.The state of extruding the former cloth 03 of high silica glass fiber mesh cloth of unnecessary glue through Extruded roller 05 becomes impregnation high silica glass fiber mesh cloth 07.
In order further to optimize technique scheme, the disclosed warp parallel arrangement of embodiment of the invention platform can specifically comprise support, live-roller, the first ring-type guipure 08 and the second drive unit 09.Live-roller is two, and is arranged at respectively the both sides of support.The first ring-type guipure 08 is stretched on two live-rollers, and the second drive unit 09 that drives one of them live-roller rotation is arranged on the support.By the rotation of one of them live-roller, can drive the first ring-type guipure 08 reciprocating rotation.
So step 103 is specially, impregnation high silica glass fiber mesh cloth 07 is by on the first ring-type guipure 08 that manually is placed in reciprocating rotation, and finishes warp, the parallel housekeeping of impregnation high silica glass fiber mesh cloth 07 at the first ring-type guipure 08.
The rear side of baking box 11 is provided with frame, is equipped with conveying roller on support and the frame, and tensioning has the second ring-type guipure 10 on two conveying rollers.The second drive unit 09 can be motor, and links to each other with a conveying roller with one of them live-roller respectively by driving-chain.The second ring-type guipure 10 is used for impregnation high silica glass fiber mesh cloth 07 is delivered in the baking box 11.
So, step 105 is specially, on the second ring-type guipure 10 and with the second ring-type guipure 10, entered baking box 11 by transposition through the impregnation high silica glass fiber mesh cloth 07 behind arrangement warp, the parallel, in baking box 11, finish the curing of institute's dip-coating glue, make through the impregnation high silica glass fiber mesh cloth 07 behind arrangement warp, the parallel and finalized the design.Also can be provided with exhaust outlet 15 on the baking box 11, be used for getting rid of the waste gas in the baking box 11.
The adjustment of the travel line speed of Extruded roller 05 and the first ring-type guipure 08, the second ring-type guipure 10 with can realize by Frequency Converter Control motor (namely the first drive unit 06 and the second drive unit 09 can carry out the speed Synchronization Control by frequency converter) synchronously.
In order further to optimize technique scheme, the disclosed intermittent motion apparatus 13 of the embodiment of the invention can specifically comprise intermittent motion apparatus installing rack, intermittent duty cylinder and intermittent delivery bar.Wherein, the intermittent motion apparatus installing rack is provided with the guided way of vertical layout, and cutter 14 slidably is arranged on the guided way.Intermittent duty cylinder one end is articulated in the top of guided way, and an end of intermittent delivery bar and the other end of intermittent duty cylinder are hinged, and its other end slides to support and is located on the platform at intermittent motion apparatus installing rack top, and is hinged with guided way between its two ends.
When the piston rod of intermittent duty cylinder stretches out, can drive the intermittent delivery bar rotates around itself and guided way hinged place, thereby so that the impregnation high silica glass fiber mesh cloth 12 of intermittent delivery bar after the end on the platform of being located at intermittent motion apparatus installing rack top passes through solidifying and setting to rear haulage, and traction can be adjusted by the piston rod extension elongation of intermittent duty cylinder through the length of the impregnation high silica glass fiber mesh cloth 12 after the solidifying and setting.
Damage through the impregnation high silica glass fiber mesh cloth 12 after the solidifying and setting for fear of the intermittent delivery bar, be provided with roller at intermittent delivery bar and platform to an end of establishing.Cutter 14 can specifically comprise shears cylinder and shear knife.Wherein, the piston rod of shearing cylinder links to each other with the platform at installing rack top, and its cylinder block and guided way are slidingly matched, and shear knife is arranged on the cylinder block.When the piston rod of shearing cylinder was retracted, its cylinder block drove shear knife along the guided way down sliding, thereby finished the shear action through the impregnation high silica glass fiber mesh cloth 12 after the solidifying and setting.
Between cement dipping machine and warp parallel arrangement platform, have a breeze way, make between the buffering area that provides certain when adjusting synchronous regime between Extruded roller 05 and the first ring-type guipure 08 and the second ring-type guipure 10.
Between baking box 11 and intermittent motion apparatus 13, also have a breeze way, make between the buffering area that provides certain when adjusting synchronous regime between the first ring-type guipure 08 and the second ring-type guipure 10 and cutter 14 or the winder.
Each embodiment adopts the mode of going forward one by one to describe in this specification, and what each embodiment stressed is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the present invention.Multiple modification to these embodiment will be apparent concerning those skilled in the art, and General Principle as defined herein can be in the situation that do not break away from the spirit or scope of the present invention, in other embodiments realization.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. the whole latitude method for shaping of fiberglass gridding cloth warping is characterized in that, comprise,
Step 101: by cement dipping machine the former cloth of high silica glass fiber mesh cloth is carried out dipping process, form the impregnation high silica glass fiber mesh cloth;
Step 103: on warp parallel arrangement platform, the impregnation high silica glass fiber mesh cloth is carried out the arrangement of artificial warp and parallel;
Step 105: the impregnation high silica glass fiber mesh cloth is cured heat treatment by baking box (11);
Step 107: by intermittent motion apparatus (13) with the impregnation high silica glass fiber mesh cloth after the solidifying and setting carry out respective length locate to carry to cutter (14), and the impregnation high silica glass fiber mesh cloth is cut into the specification that needs by cutter.
2. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 1 is characterized in that, described cement dipping machine specifically comprises:
Installation frame which is provided with the installation portion for the former yardage roll of mounting glass fibrous mesh cloth;
Be arranged on the described installation frame, be used for holding the glue groove (02) of glue;
Be arranged in the described glue groove (02), and be positioned at following the first guide roller (01) of glue liquid level;
Be arranged at the second guide roller (04) on the described installation frame;
Be arranged on the described installation frame, and two Extruded rollers (05) of positioned opposite up and down;
Drive the first drive unit (06) that one of them described Extruded roller (05) rotates.
3. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 2 is characterized in that, describedly by cement dipping machine the former cloth of high silica glass fiber mesh cloth is carried out dipping process, forms the impregnation high silica glass fiber mesh cloth and is specially:
The former cloth of described high silica glass fiber mesh cloth (03), by being immersed in following the first guide roller (01) of glue groove (02) glue liquid level, make the former cloth of high silica glass fiber mesh cloth (03) infiltrate glue, then through the second guide roller (04), enter Extruded roller (05), extrude unnecessary glue.By chain-driving, the traction former cloth of high silica glass fiber mesh cloth (03) moves along predetermined direction Extruded roller (05) continuously by the first drive unit (06).
4. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 1 is characterized in that, described warp parallel arrangement platform specifically comprises:
Support;
Be arranged at respectively two live-rollers of described support both sides;
Be stretched in the first ring-type guipure (08) on two described live-rollers;
Be arranged on the described support, drive the second drive unit (09) that one of them live-roller rotates.
5. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 4 is characterized in that, the described arrangement of on warp parallel arrangement platform the impregnation high silica glass fiber mesh cloth being carried out artificial warp and parallel is specially:
Impregnation high silica glass fiber mesh cloth (07) by on the first ring-type guipure (08) that manually is placed in reciprocating rotation, and is finished warp, the parallel housekeeping of impregnation high silica glass fiber mesh cloth (07) at the first ring-type guipure (08).
6. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 1 is characterized in that:
The rear side of described baking box (11) is provided with frame, is equipped with conveying roller on described support and the described frame, and tensioning has the second ring-type guipure (10) on two described conveying rollers;
Described the second drive unit (09) is motor, and links to each other with a conveying roller with one of them live-roller respectively by driving-chain.
7. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 6 is characterized in that:
Upward and with second ring-type guipure (10) entered baking box (11) by transposition in the second ring-type guipure (10) through the impregnation high silica glass fiber mesh cloth (07) behind arrangement warp, the parallel, in baking box (11), finish the curing of institute's dip-coating glue, make through the impregnation high silica glass fiber mesh cloth (07) behind arrangement warp, the parallel and finalized the design.
8. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 1 is characterized in that, described intermittent motion apparatus (13) specifically comprises:
The intermittent motion apparatus installing rack which is provided with the guided way of vertical layout, and described cutter (14) slidably is arranged on the described guided way;
One end is articulated in the intermittent duty cylinder at described guided way top;
The intermittent delivery bar, the other end of one end and described intermittent duty cylinder is hinged, and its other end slides to support and is located on the platform at described intermittent motion apparatus installing rack top, and is hinged with described guided way between its two ends.
9. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 8 is characterized in that, described intermittent delivery bar and described platform support an end of establishing and be provided with roller.
10. the whole latitude method for shaping of fiberglass gridding cloth warping according to claim 9 is characterized in that, described cutter (14) comprising:
Shear cylinder, its piston rod links to each other with described platform, and its cylinder block and described guided way are slidingly matched;
Shear knife, it is arranged on the described cylinder block.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110282384.7A CN103015110B (en) | 2011-09-22 | 2011-09-22 | Glass fiber mesh cloth warp-finishing and weft-finishing shaping method |
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| CN201110282384.7A CN103015110B (en) | 2011-09-22 | 2011-09-22 | Glass fiber mesh cloth warp-finishing and weft-finishing shaping method |
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| CN104494267A (en) * | 2014-12-31 | 2015-04-08 | 福建思嘉环保材料科技有限公司 | Method for controlling joint skewness of nylon cloth in nylon PVC composite material |
| CN104786616A (en) * | 2015-04-23 | 2015-07-22 | 陕西华特新材料股份有限公司 | Preparation method of high-silicon-oxygen composite felt |
| CN105970533A (en) * | 2016-07-12 | 2016-09-28 | 泰山玻璃纤维有限公司 | Rotatable hot melting mechanism for glass fiber alkali-resisting grid cloth |
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| CN201239692Y (en) * | 2008-06-18 | 2009-05-20 | 连云港中复连众复合材料集团有限公司 | Fiberglass cloth impregnator |
| CN101654835A (en) * | 2009-07-10 | 2010-02-24 | 江苏恒州特种玻璃纤维材料有限公司 | Thick high silica glass fiber cloth and manufacturing process thereof |
| CN101654834A (en) * | 2009-07-10 | 2010-02-24 | 江苏恒州特种玻璃纤维材料有限公司 | High silica glass fiber mesh cloth and production technique thereof |
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| CN104494267A (en) * | 2014-12-31 | 2015-04-08 | 福建思嘉环保材料科技有限公司 | Method for controlling joint skewness of nylon cloth in nylon PVC composite material |
| CN104786616A (en) * | 2015-04-23 | 2015-07-22 | 陕西华特新材料股份有限公司 | Preparation method of high-silicon-oxygen composite felt |
| CN105970533A (en) * | 2016-07-12 | 2016-09-28 | 泰山玻璃纤维有限公司 | Rotatable hot melting mechanism for glass fiber alkali-resisting grid cloth |
| CN105970533B (en) * | 2016-07-12 | 2018-02-23 | 泰山玻璃纤维有限公司 | Glass fibre alkaline-resisting grid cloth rotary type hot-melting mechanism |
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