CN208082800U - A kind of coiled process units of glass fabric - Google Patents
A kind of coiled process units of glass fabric Download PDFInfo
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- CN208082800U CN208082800U CN201721558284.1U CN201721558284U CN208082800U CN 208082800 U CN208082800 U CN 208082800U CN 201721558284 U CN201721558284 U CN 201721558284U CN 208082800 U CN208082800 U CN 208082800U
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- coiled
- slewing rollers
- glass fabric
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Abstract
The utility model is related to glass fabric production technical field, more particularly to a kind of coiled process units of glass fabric.Including sizer, the sizer includes gluing frame body, glues and is separately installed with immersion slot and coating groove on frame body；Infiltration roller is installed, coating groove upper end is equipped with upper glue roller and anilox roller in the immersion slot；The sizer outlet end connects roller by first device and connects with drying unit；The drying unit includes pre-heating drying case and multistage drying box；The drying unit outlet end connects roller by second device and connects with lap former.The structure design of the utility model is reasonable, it is more advantageous to the bonding of glass fabric and resin glue, gluing is uniform, it more conducively dries, sizing material drying is thorough when drying, the phenomenon that generating white edge when avoiding coiled cutting, it can be cut according to production requirement when coiled directly coiled, the previous equipment of whole process is that equipment is prepared below, and production process is smooth, improves the efficiency of work.
Description
（One）Technical field
The utility model is related to glass fabric production technical field, more particularly to a kind of glass fabric produces dress in rolls
It sets.
（Two）Background technology
Glass fibre woven roving is roving plain cloth, and glass fibre is a kind of inorganic non-metallic material haveing excellent performance
Material, has the advantages that good insulating, heat resistance are strong, corrosion resistance is good, high mechanical strength.The cloth made of glass fibre can
For producing various electric insulation layer pressing plates, printed wiring board, various carbodies, basin, ships and light boats, mold etc..It needs by upper
Glue, drying, cutting, coiled, each process has an impact next process, and present production equipment each single item works all
Relatively independent, entire production process efficiency is to be improved.
（Three）Utility model content
The utility model in order to make up for the deficiencies of the prior art, provides a kind of coiled process units of glass fabric.
The utility model is achieved by the following technical solution：
A kind of coiled process units of glass fabric, it is characterised in that：Including sizer, the sizer includes upper
Glue frame body glues and is separately installed with immersion slot and coating groove on frame body；Infiltration roller, coating groove upper end are installed in the immersion slot
Upper glue roller and anilox roller are installed；The sizer outlet end connects roller by first device and connects with drying unit；The baking
Equipment for drying includes pre-heating drying case and multistage drying box；The pre-heating drying box top and bottom are respectively fixed with preheating table, institute
It states and is fixed with several economizer banks on preheating table, bottoming hole is uniformly provided on economizer bank；The multistage drying box bottom is equipped with drying
Plate, drying plate are equipped with drying and manage, and drying pipe is equipped with bottoming hole；The drying unit outlet end by second device connect roller with
Lap former connects.
Wherein, sizer includes gluing frame body, and the gluing frame body bottom end is equipped with immersion slot, pacifies in the immersion slot
Equipped with infiltration roller；The gluing frame body both sides at the immersion slot rear are equipped with the first column, and one is equipped in the middle part of first column
Group compression roller；The compression roller oblique upper is equipped with the first gluing slewing rollers；First column rear end is welded with supporting table；Institute
It states supporting table upper end and is equipped with coating groove, supporting table both sides are equipped with the second column；The glue spreader upper end is equipped with to be turned with the second column
The upper glue roller of dynamic connection, upper glue roller upper end vertical direction are equipped with anilox roller；The anilox roller oblique upper is equipped with to be turned with the second column
Second gluing slewing rollers of dynamic connection；The supporting table rear end is equipped with third column；The third the upper end of the column, which is equipped with, air-dries pipe；
The air-dried pipe is connect with the wind turbine of gluing frame body upper end.
Further, the supporting table lower end is placed with paint can；The paint can is connected by pipeline with paint pump, coating
Pump is connect by feeding tube with coating groove.
Further, the gluing trench bottom is equipped with drainage conduit, and the drainage conduit is connect with paint can.
Further, the air-dried pipe includes windward main pipe and leeward main pipe, and leeward main pipe lower part is equipped with several vents, on
It air-dries pipe top and is equipped with several vents.
Wherein, the drying unit includes pre-heating drying case, and pre-heating drying case front end is equipped with the first transfer roller, described
Pre-heating drying box top and bottom are respectively fixed with preheating table, are fixed with several economizer banks on the preheating table, on economizer bank
It is even to be equipped with bottoming hole；The preheating cabinet top is equipped with gas vent, and exhaust fan is equipped on gas vent；The pre-heating drying box back
It is connected with multistage drying box；The multistage drying box interior forward end is equipped with the second transfer roller；Second transfer roller rear end is equipped with
First drying slewing rollers, the first drying slewing rollers upper end are equipped with the second drying slewing rollers；Second drying slewing rollers rear end is set
There is third to dry slewing rollers, the first fragmenting plate is equipped between the second drying slewing rollers and third drying slewing rollers；The third is dried
Dry slewing rollers lower end is equipped with the 4th drying slewing rollers；4th drying slewing rollers rear end is equipped with the 5th drying slewing rollers, the 4th drying
It is equipped with the second fragmenting plate between slewing rollers and the 5th drying slewing rollers；5th drying slewing rollers upper end is equipped with the 6th drying and turns
To roller；The multistage drying box bottom is equipped with drying plate, and drying plate is equipped with drying and manages, and drying pipe is equipped with bottoming hole.
Further, it is thick to be separately installed with drying for the first drying slewing rollers and the second drying slewing rollers line of centres both sides
It manages, bottoming hole is uniformly provided on the drying extra heavy pipe.
Further, it is thick to be separately installed with drying for the third drying slewing rollers and the 4th drying slewing rollers line of centres both sides
It manages, bottoming hole is uniformly provided on the drying extra heavy pipe.
Further, it is thick to be separately installed with drying for the 5th drying slewing rollers and the 6th drying slewing rollers line of centres both sides
It manages, bottoming hole is uniformly provided on the drying extra heavy pipe.
Further, the multistage drying box is divided into cavity upper end by the first fragmenting plate and is equipped with draft fan.
Wherein, the lap former includes coiled frame body, and the first jockey pulley is rotatablely equipped between the coiled frame body, the
One jockey pulley front end is rotatablely equipped with power roller, and the power roller back lower place is rotatablely equipped with the second jockey pulley；Second jockey pulley
Front end is rotatablely equipped with longitudinal third jockey pulley and the 4th jockey pulley arranged side by side；The coiled frame body front bottom end is rotatablely equipped with
At winding up roller；The shaft at winding up roller is connect with the motor of coiled frame body side by shaft coupling, at being installed in the shaft of winding up roller
There is driving wheel, which is connect by hinge with the first driven wheel；First driven wheel is mounted in the shaft of power roller,
The second driven wheel is also equipped in the shaft of the power roller；Second driven wheel is connect by hinge with third driven wheel,
Third driven wheel is mounted in the shaft of third jockey pulley；The shaft of the third jockey pulley is located at the both sides difference of coiled frame body
Equipped with edge grinding collecting drum；The coiled frame body both sides in power roller upper end respectively on be fixed with bearing block, be equipped between bearing block
Cut shaft；Several equidistant cutter are welded in the cutting shaft；The cutting shaft side is equipped with position-adjustable handlebar,
The position-adjustable handlebar end is equipped with round fixinig plate, and the circle fixinig plate is bonded with the fixed block for being fixed on coiled frame body side wall；
The fixinig plate is fixed with fixed block by screw rod.
Further, described be equipped at winding up roller lower end is used to support into two support rollers of winding up roller, the support roller with it is coiled
Frame body is rotatablely connected.
For the utility model sizer in use, glass fabric is successively by infiltration roller, infiltration roller includes the first infiltration
Roller, the second infiltration roller, third infiltrate roller, complete impregnation process twice, and glass fabric passes through the infiltration of immersion slot, surface covering
There is size, is conducive to the adherency of glass fabric and glue；Extra size is removed after compression roller, then passes through gluing
Roller and anilox roller fully glue so that gluing process is more uniform；Glass fabric is from windward main pipe and leeward main pipe after gluing
Centre passes through, and by the drying function of wind turbine, dispels extra moisture, the more conducively drying in later stage.
The utility model drying unit in use, gluing after glass fabric initially enter in pre-heating drying case, glass
Fiber cloth is designed with economizer bank up and down in pre-heating drying case, and economizer bank is connect with heat source, and heat source provides hot-air, hot-air
It is directly over economizer bank to be sprayed onto on glass fabric, and economizer bank forms one layer of hot air layer on glass fabric, due to glass
Glass fiber cloth can be with high temperature resistant, therefore the hot-air of high temperature is directly sprayed onto after glass fabric so that the glue rapid draing on surface,
Take away moisture；Therefore with the progress of preheating, the humidity in air gradually increases, therefore moisture is constantly discharged by exhaust fan；
Bulk temperature is not high in pre-heating drying case, only forms high temperature on glass fabric surface.
After glass fabric is preheated, it is dried by multistage drying box；Multistage drying box passes through the first segmentation
Plate, the second fragmenting plate are divided into three Room independent of each other, are managed since multistage drying box bottom is equipped with drying, are continuously multistage drying box
Heating maintains the temperature in babinet；Glass fabric initially enters the first Room, and glass fabric passes sequentially through the first drying steering
Roller and the second drying slewing rollers, the both sides of glass fabric are respectively equipped with drying extra heavy pipe, and emphasis drying is carried out to glass fabric,
Draft fan removal moisture is opened when drying；And after glass fabric enters second Room, successively pass through third drying slewing rollers and
4th drying slewing rollers, the both sides of glass fabric are respectively equipped with drying extra heavy pipe, persistently dry again, and wherein third drying turns to
Roller is flushed with the second drying slewing rollers height；After glass fabric enters third room, successively pass through the 5th drying slewing rollers and
6th drying slewing rollers, the both sides of glass fabric are respectively equipped with drying extra heavy pipe so that drying is thorough, wherein the 5th drying turns to
Roller is flushed with the 4th drying slewing rollers height；Wherein economizer bank, drying pipe, drying extra heavy pipe are connect with heat source respectively, and heat source provides
High temperature air is for drying glass fabric.
The utility model lap former is in use, the glass fabric after drying passes through the then deflecting of the first jockey pulley first
Pass through the second jockey pulley by power roller, then deflecting, then again by winding up roller after third jockey pulley and the 4th jockey pulley
In rolls；It is driven by motor and is rotated at winding up roller, while driving wheel being driven to rotate, and then power roller and third jockey pulley is driven to turn
It is dynamic；When glass fabric travels forward, the point of a knife of cutter streaks glass fabric so that glass fabric is divided into
The glass fabric of spacing, the cloth at glass fabric both ends is due to there is flash to need to cut off in cutting process, after excision
Rim charge passes through edge grinding to collect hole and is then entangled on edge grinding collecting drum.
The utility model has the beneficial effects that：The structure design of the utility model is reasonable, is more advantageous to glass fabric and tree
The bonding of fat glue, gluing is uniform, more conducively dries, and sizing material drying is thorough when drying, and white edge is generated when avoiding coiled cutting
Phenomenon, can be directly coiled according to production requirement cutting when coiled, and the previous equipment of whole process is that equipment is prepared below, is produced
Process is smooth, improves the efficiency of work.
（Four）Description of the drawings
The utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model sizer；
Fig. 3 is the structural schematic diagram of the utility model drying unit；
Fig. 4 is the structural schematic diagram of the utility model lap former；
In figure, 1 sizer, 2 drying units, 3 lap formers, 4 first devices connect roller, and 5 second devices connect roller；11 gluings
Frame body, 12 immersion slots, 13 infiltration rollers, 14 first columns, 15 compression rollers, 16 first gluing slewing rollers, 17 supporting tables, 18 gluings
Slot, 19 second columns, 110 upper glue rollers, 111 anilox rollers, 112 second gluing slewing rollers, 113 third columns, 114 air-dry pipe,
115 wind turbines, 116 paint cans, 117 paint pumps；21 pre-heating drying casees, 22 first transfer rollers, 23 preheating tables, 24 economizer banks, 25 rows
Gas fan, 26 multistage drying boxes, 27 second transfer rollers, 28 first drying slewing rollers, 29 second drying slewing rollers, the drying of 210 thirds
Slewing rollers, 211 the 4th drying slewing rollers, 212 the 5th drying slewing rollers, 213 the 6th drying slewing rollers, 214 first fragmenting plates,
215 second fragmenting plates, 216 drying plates, 217 drying pipes, 218 drying extra heavy pipes, 219 draft fans；31 coiled frame bodies, 32 first tension
Roller, 33 power rollers, 34 second jockey pulleys, 35 third jockey pulleys, 36 the 4th jockey pulleys, 37 one-tenth windings up roller, 38 motors, 39 driving wheels,
310 first driven wheels, 311 second driven wheels, 312 third driven wheels, 313 edge grinding collecting drums, 314 bearing blocks, 315 cuttings turn
Axis, 316 cutter, 317 position-adjustable handlebars, 318 fixinig plates, 319 fixed blocks, 320 screw rods, 321 edge grindings collect hole, 322 support rollers.
（Five）Specific implementation mode
Embodiment 1
Including sizer 1, the sizer 1 includes gluing frame body 11, glues and is separately installed with infiltration on frame body 11
Slot 12 and coating groove 18；Infiltration roller 13 is installed, 18 upper end of coating groove is equipped with upper glue roller 110 and equal glue in the immersion slot 12
Roller 111；1 outlet end of the sizer connects roller 4 by first device and connects with drying unit 2；The drying unit 2 includes pre-
Hot drying box 21 and multistage drying box 26；21 top and bottom of the pre-heating drying case are respectively fixed with preheating table 23, described pre-
It is fixed with several economizer banks 24 on hot plate 23, bottoming hole is uniformly provided on economizer bank 24；26 bottom of the multistage drying box is equipped with
Plate 216 is dried, drying plate 216 is equipped with drying pipe 217, and drying pipe is equipped with bottoming hole；2 outlet end of the drying unit passes through
Second device connects roller 5 and connects with lap former 3.
Embodiment 2
Sizer includes gluing frame body 11, and 11 bottom end of gluing frame body is equipped with immersion slot 12, the immersion slot 12
Infiltration roller 13 is inside installed；11 both sides of gluing frame body at 12 rear of the immersion slot are equipped with the first column 14, first column
14 middle parts are equipped with one group of compression roller 15；15 oblique upper of the compression roller is equipped with the first gluing slewing rollers 16；Described first is vertical
14 rear end of column is welded with supporting table 17；17 upper end of the supporting table is equipped with coating groove 18, and 17 both sides of supporting table are equipped with the second column
19；18 upper end of the coating groove is equipped with the upper glue roller 110 being rotatablely connected with the second column 19,110 upper end vertical direction of upper glue roller
Equipped with anilox roller 111；111 oblique upper of the anilox roller is equipped with the second gluing slewing rollers 112 being rotatablely connected with the second column 19；
17 rear end of the supporting table is equipped with third column 113；113 upper end of third column, which is equipped with, air-dries pipe 114；The air-dried pipe
114 connect with the wind turbine 115 of 11 upper end of gluing frame body.
Further, the infiltration roller 13 includes the first infiltration roller, the second infiltration roller, third infiltration roller；First infiltration
Roller, the second infiltration roller, third infiltrate roller into isosceles triangle
Further, 17 lower end of the supporting table is placed with paint can 116；The paint can 116 passes through pipeline and paint pump
117 are connected, and paint pump 117 is connect by feeding tube with coating groove 18.
Wherein, 18 bottom of the coating groove is equipped with drainage conduit, and the drainage conduit is connect with paint can 116.
Further, the air-dried pipe 114 includes windward main pipe and leeward main pipe, and leeward main pipe lower part is equipped with several air drafts
Hole, windward main pipe top are equipped with several vents.
In use, glass fabric passes through the first infiltration roller, the second infiltration roller successively, third infiltrates roller, and completion is soaked twice
Profit process, glass fabric pass through the infiltration of immersion slot 12, and surface is covered with size, are conducive to the viscous of glass fabric and glue
It is attached；Extra size is removed after compression roller 5, is then fully glued by upper glue roller 110 and anilox roller 111 so that on
Glue process is more uniform；Glass fabric passes through among windward main pipe and leeward main pipe after gluing, by air-drying for wind turbine 115
Effect, dispels extra moisture, the more conducively drying in later stage.
Embodiment 3
Drying unit includes pre-heating drying case 21, and 21 front end of pre-heating drying case is equipped with the first transfer roller 22, described pre-
21 top and bottom of hot drying box are respectively fixed with preheating table 23, and several economizer banks 24 are fixed on the preheating table 23, are preheated
It is uniformly provided with bottoming hole on pipe 24；The preheating cabinet top is equipped with gas vent, and exhaust fan 25 is equipped on gas vent；The preheating
21 rear end of drying box is connected with multistage drying box 26；26 interior forward end of the multistage drying box is equipped with the second transfer roller 27；It is described
Second transfer roller, 27 rear end is equipped with the first drying slewing rollers 28, and the first 28 upper end of drying slewing rollers is equipped with the second drying slewing rollers
29；The second drying slewing rollers, 29 rear end is equipped with third and dries slewing rollers 210, and the second drying slewing rollers 29 turn with third drying
To between roller 210 be equipped with the first fragmenting plate 214；210 lower end of the third drying slewing rollers is equipped with the 4th drying slewing rollers 211；
4th 211 rear end of drying slewing rollers is equipped with the 5th drying slewing rollers 212, and the 4th drying slewing rollers 211 and the 5th dry slewing rollers
The second fragmenting plate 215 is equipped between 212；The 5th drying slewing rollers, 212 upper end is equipped with the 6th drying slewing rollers 213；It is described
26 bottom of multistage drying box is equipped with drying plate 216, and drying plate 216 is equipped with drying pipe 217, and drying pipe 217 is equipped with bottoming hole.
Further, the first drying slewing rollers 28 and second dry 29 line of centres both sides of slewing rollers and are separately installed with baking
Dry crude pipe 218 is uniformly provided with bottoming hole on the drying extra heavy pipe 218.
Further, the third drying slewing rollers 210 and the 4th are dried 211 line of centres both sides of slewing rollers and are separately installed with
Extra heavy pipe 218 is dried, bottoming hole is uniformly provided on the drying extra heavy pipe 218.
Further, the 5th drying slewing rollers 212 and the 6th are dried 213 line of centres both sides of slewing rollers and are separately installed with
Extra heavy pipe 218 is dried, bottoming hole is uniformly provided on the drying extra heavy pipe 218.
Further, the multistage drying box 26 is divided into cavity upper end by the first fragmenting plate 214 and is equipped with draft fan 219.
When the utility model is used, glass fabric initially enters in pre-heating drying case 21, and glass fabric is dried in preheating
In dry case 21, it is designed with economizer bank 24 up and down, economizer bank 24 is connect with heat source, and heat source provides hot-air, and hot-air is directly over
Economizer bank 24 is sprayed onto on glass fabric, and economizer bank 24 forms one layer of hot air layer on glass fabric, due to glass fibers
Tieing up cloth can be with high temperature resistant, therefore the hot-air of high temperature is directly sprayed onto after glass fabric so that the glue rapid draing on surface, takes away
Moisture；Therefore with the progress of preheating, the humidity in air gradually increases, therefore passes through the constantly discharge moisture of exhaust fan 25；In advance
Bulk temperature is not high in hot drying box 21, only forms high temperature on glass fabric surface.
After glass fabric is preheated, it is dried by multistage drying box 26；Multistage drying box 26 passes through first
Fragmenting plate 214, the second fragmenting plate 215 are divided into three Room independent of each other, since 26 bottom of multistage drying box is equipped with drying pipe 217,
It is continuously the heating of multistage drying box 26, maintains the temperature in babinet；Glass fabric initially enters the first Room, glass fibre Bouyei
Secondary to dry slewing rollers 29 by the first drying slewing rollers 28 and second, the both sides of glass fabric are respectively equipped with drying extra heavy pipe 218,
Emphasis drying is carried out to glass fabric, when drying opens draft fan 219 and removes moisture；And when glass fabric enters second Room
Afterwards, pass through third drying slewing rollers 210 and the 4th successively and dry slewing rollers 211, the both sides of glass fabric are respectively equipped with drying
Extra heavy pipe 218, is persistently dried again；After glass fabric enters third room, pass through the 5th drying slewing rollers 212 and the 6th successively
Slewing rollers 213 are dried, the both sides of glass fabric are respectively equipped with drying extra heavy pipe 218 so that drying is thorough；Wherein economizer bank 24,
Drying pipe 217, drying extra heavy pipe 218 are connect with heat source respectively, and heat source provides high temperature air for drying glass fabric.
Embodiment 4
Lap former includes coiled frame body 31, is rotatablely equipped with the first jockey pulley 32 between the coiled frame body 31, and first
32 front end of jockey pulley is rotatablely equipped with power roller 33, and 33 back lower place of power roller is rotatablely equipped with the second jockey pulley 34；Described second
34 front end of jockey pulley is rotatablely equipped with longitudinal third jockey pulley 35 and the 4th jockey pulley 36 arranged side by side；31 front end of coiled frame body
Lower rotation is equipped with into winding up roller 37；The shaft at winding up roller 37 and the motor 38 of coiled 31 side of frame body are connected by shaft coupling
It connects, driving wheel 39 is installed in the shaft at winding up roller 37, which is connect by hinge with the first driven wheel 310；It is described
First driven wheel 310 is mounted in the shaft of power roller 33, and the second driven wheel is also equipped in the shaft of the power roller 33
311；Second driven wheel 311 is connect by hinge with third driven wheel 312, and third driven wheel 312 is mounted on third tension
In the shaft of roller 35；The both sides that the shaft of the third jockey pulley 35 is located at coiled frame body 31 are respectively equipped with edge grinding collecting drum 313；
Coiled 31 both sides of frame body in 33 upper end of the power roller respectively on be fixed with bearing block 314, be equipped between bearing block 314 cutting turn
Axis 315；It is welded with several equidistant cutter 316 in the cutting shaft 315；315 side of cutting shaft, which is equipped with, adjusts
Position handle 317,317 end of position-adjustable handlebar are equipped with round fixinig plate 318, the circle fixinig plate 318 be fixed on coiled frame
The fixed block 319 of 31 side wall of body is bonded；The fixinig plate 318 is fixed with fixed block 319 by screw rod 320.
Further, 31 side wall of coiled frame body for being located at 313 lower end of edge grinding collecting drum is equipped with edge grinding collection hole 321.
Further, the cutter 316 include the cutter head of the knife wall and knife wall front end that are welded with cutting shaft 315；It is described
Cutter head is taper, and the tip of cutter head is contacted with 33 front lower portion of power roller.
Further, described that two support rollers 322 for being used to support into winding up roller 37, the support roller are equipped at 7 lower end of winding up roller
322 are rotatablely connected with coiled frame body 31.
When the utility model is used, by the glass fabric of weaving, by the first jockey pulley 32, then deflecting is passed through first
The second jockey pulley 34 is passed through in power roller 33, then deflecting, then passes through into again after third jockey pulley 35 and the 4th jockey pulley 36
Winding up roller 37 is coiled；It is driven by motor 38 and is rotated at winding up roller 37, while driving wheel 39 being driven to rotate, and then drive 33 He of power roller
Third jockey pulley 35 rotates；When glass fabric travels forward, the point of a knife of cutter 316 streaks glass fabric so that glass
Glass fiber cloth is divided into equidistant glass fabric, and the cloth at glass fabric both ends is due to there is flash in cutting process
It needs to cut off, the rim charge after excision passes through edge grinding to collect hole 321 and is then entangled on edge grinding collecting drum 313.
It needs to maintain cutter 316 before being cut or after glass fabric is coiled, it at this time will positioning
The round fixinig plate 318 of handle 317 and fixed block 319 separate, and round fixinig plate 318 is equipped with threaded hole, on fixed block 319
Equipped with threaded hole, round fixinig plate 318 is fixed or separated with fixed block 319 by screw rod 320, is rotated after the two separates
Position-adjustable handlebar 317, cutting shaft 315 rotate, and cutter 316 is driven to be separated with power roller 33, at this time can be to cutter 316
Cutter head carries out necessary maintenance, and is cut into fashionable convenient for new glass fabric.
The utility model is illustrated by way of example above, but the utility model is not limited to above-mentioned specific implementation
Example, all ranges that the requires of the utility model protection is belonged to based on any changes or modifications that the utility model is done.
Claims (9)
1. a kind of coiled process units of glass fabric, it is characterised in that：Including sizer, the sizer includes gluing
Frame body glues and is separately installed with immersion slot and coating groove on frame body；Infiltration roller, coating groove upper end peace are installed in the immersion slot
Equipped with upper glue roller and anilox roller；The sizer outlet end connects roller by first device and connects with drying unit；The drying
Device includes pre-heating drying case and multistage drying box；The pre-heating drying box top and bottom are respectively fixed with preheating table, described
It is fixed with several economizer banks on preheating table, bottoming hole is uniformly provided on economizer bank；The multistage drying box bottom is equipped with drying plate,
It dries plate and is equipped with drying pipe, drying pipe is equipped with bottoming hole；The drying unit outlet end by second device connect roller at
Winding apparatus connects.
2. the coiled process units of glass fabric according to claim 1, it is characterised in that：The sizer includes upper
Glue frame body, the gluing frame body bottom end are equipped with immersion slot, infiltration roller are equipped in the immersion slot；The immersion slot rear
It glues frame body both sides and is equipped with the first column, one group of compression roller is installed in the middle part of first column；The compression roller oblique upper peace
Equipped with the first gluing slewing rollers；First column rear end is welded with supporting table；The supporting table upper end is equipped with coating groove, support
Platform both sides are equipped with the second column；The coating groove upper end is equipped with the upper glue roller being rotatablely connected with the second column, and upper glue roller upper end is hung down
Histogram is to equipped with anilox roller；The anilox roller oblique upper is equipped with the second gluing slewing rollers being rotatablely connected with the second column；It is described
Supporting table rear end is equipped with third column；The third the upper end of the column, which is equipped with, air-dries pipe；The air-dried pipe and gluing frame body upper end
Wind turbine connects.
3. the coiled process units of glass fabric according to claim 2, it is characterised in that：It places the supporting table lower end
There is paint can；The paint can is connected by pipeline with paint pump, and paint pump is connect by feeding tube with coating groove.
4. the coiled process units of glass fabric according to claim 3, it is characterised in that：The gluing trench bottom is equipped with
Drainage conduit, the drainage conduit are connect with paint can.
5. the coiled process units of glass fabric according to claim 2, it is characterised in that：The air-dried pipe includes windward
Main pipe and leeward main pipe, leeward main pipe lower part are equipped with several vents, and windward main pipe top is equipped with several vents.
6. the coiled process units of glass fabric according to claim 1, it is characterised in that：The drying unit includes pre-
Hot drying box, pre-heating drying case front end are equipped with the first transfer roller, and the pre-heating drying box top and bottom are respectively fixed with
Preheating table is fixed with several economizer banks on the preheating table, bottoming hole is uniformly provided on economizer bank；Pre-heating drying case top
Equipped with gas vent, exhaust fan is installed on gas vent；The pre-heating drying box back is connected with multistage drying box；The multistage baking
Dry case interior forward end is equipped with the second transfer roller；Second transfer roller rear end is equipped with the first drying slewing rollers, and the first drying turns to
Roller upper end is equipped with the second drying slewing rollers；Second drying slewing rollers rear end is equipped with third and dries slewing rollers, and the second drying turns
It is equipped with the first fragmenting plate between roller and third drying slewing rollers；Third drying slewing rollers lower end is equipped with the 4th drying and turns to
Roller；4th drying slewing rollers rear end is equipped with the 5th drying slewing rollers, is set between the 4th drying slewing rollers and the 5th drying slewing rollers
There is the second fragmenting plate；5th drying slewing rollers upper end is equipped with the 6th drying slewing rollers；The multistage drying box bottom is equipped with
Plate is dried, drying plate is equipped with drying and manages, and drying pipe is equipped with bottoming hole.
7. the coiled process units of glass fabric according to claim 6, it is characterised in that：The multistage drying box is by the
One fragmenting plate is divided into cavity upper end and is equipped with draft fan.
8. the coiled process units of glass fabric according to claim 1, it is characterised in that：The lap former includes into
Frame body is rolled up, the first jockey pulley is rotatablely equipped between the coiled frame body, the first jockey pulley front end is rotatablely equipped with power roller, moves
The power roller back lower place is rotatablely equipped with the second jockey pulley；Second jockey pulley front end is rotatablely equipped with longitudinal third tension arranged side by side
Roller and the 4th jockey pulley；The coiled frame body front bottom end is rotatablely equipped with into winding up roller；The shaft at winding up roller and coiled frame
The motor of body side is connected by shaft coupling, and at driving wheel is equipped in the shaft of winding up roller, which passes through hinge and first
Driven wheel connects；First driven wheel is mounted in the shaft of power roller, and second is also equipped in the shaft of the power roller
Driven wheel；Second driven wheel is connect by hinge with third driven wheel, and third driven wheel is mounted on turning for third jockey pulley
On axis；The both sides that the shaft of the third jockey pulley is located at coiled frame body are respectively equipped with edge grinding collecting drum；The power roller upper end
Coiled frame body both sides respectively on be fixed with bearing block, cutting shaft is installed between bearing block；It is welded in the cutting shaft
Several equidistant cutter；The cutting shaft side is equipped with position-adjustable handlebar, which is equipped with round fixinig plate,
The circle fixinig plate is bonded with the fixed block for being fixed on coiled frame body side wall；The fixinig plate is solid by screw rod with fixed block
It is fixed.
9. the coiled process units of glass fabric according to claim 8, it is characterised in that：It is described to be equipped at winding up roller lower end
Two support rollers of winding up roller are used to support into, the support roller is rotatablely connected with coiled frame body.
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| CN201721558284.1U CN208082800U (en) | 2017-11-21 | 2017-11-21 | A kind of coiled process units of glass fabric |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107638998A (en) * | 2017-11-21 | 2018-01-30 | 山东天睿玻纤复合材料有限公司 | A kind of coiled process units of glass fabric |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107638998A (en) * | 2017-11-21 | 2018-01-30 | 山东天睿玻纤复合材料有限公司 | A kind of coiled process units of glass fabric |
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Address after: 274300 Shandong city of Heze province Shanxian County East Road, North Waihuanlu Patentee after: Shandong Tianrui New Material Technology Co., Ltd Address before: 274300 Shandong city of Heze province Shanxian County East Road, North Waihuanlu Patentee before: SHANDONG TIANRUI FIBERGLASS COMPOSITES Co.,Ltd. |
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