CN206749093U - A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion - Google Patents
A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion Download PDFInfo
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- CN206749093U CN206749093U CN201720063029.3U CN201720063029U CN206749093U CN 206749093 U CN206749093 U CN 206749093U CN 201720063029 U CN201720063029 U CN 201720063029U CN 206749093 U CN206749093 U CN 206749093U
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 32
- 229920002430 Fibre-reinforced plastic Polymers 0.000 title claims abstract description 31
- 239000011151 fibre-reinforced plastic Substances 0.000 title claims abstract description 31
- 238000004804 winding Methods 0.000 claims abstract description 47
- 239000003365 glass fiber Substances 0.000 claims abstract description 45
- 239000011347 resin Substances 0.000 claims abstract description 44
- 229920005989 resin Polymers 0.000 claims abstract description 44
- 238000010438 heat treatment Methods 0.000 claims abstract description 27
- 238000005470 impregnation Methods 0.000 claims abstract description 15
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Abstract
It the utility model is related to a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion, including creel, impregnation winding system, heating system, system of taking out stitches, trailer system, diced system, resin of the glass fiber yarn of creel through impregnating in winding system impregnates and wirerope-winding forms a bar structure, then passes sequentially through heating system, system of taking out stitches, trailer system, diced system and form a glass fiber-reinforced polymer connector for being threaded shape.The utility model produces glass fiber-reinforced polymer connector by wirerope-winding pultrusion, has one-shot forming, time saving and energy saving, improves production efficiency, beneficial to mass commodity production, reduces cost, the advantages of raising product.
Description
Technical field
The utility model belongs to insulated wall connector field, and in particular to a kind of to wind production glass by steel wire rope pultrusion
The complete set of equipments of fiber bar connector.
Background technology
Prefabricated concrete sandwich insulation wall is collection carrying and heat insulation integrated new prefabricated heat preservation wall body, the wall by
Ectonexine concrete panel, intermediate insulating layer and connector composition, connector are that the concrete sandwich thermal insulated wall of connection is inside and outside mixed
The key member of solidifying cob wall plate and intermediate insulating layer, the interlayer shear that its main function is resistant between two panels concrete panel are made
With.According to the difference of material, connector is broadly divided into regular reinforcement connector, metal alloy connector and the compound company of glass fibre
Three kinds of fitting.
Glass fiber-reinforced polymer is a kind of glass fibre reinforced composion, is easy to cut, is melted by glass fibre and resin through heat
Conjunction forms, and the main function of wherein reisn base material is to be bonded together fibre bundle and make it have fixed shape and rise
The effect of Transfer of Shear, while protect the fibers from physics and the chemical attack of surrounding environment, so as to glass fiber-reinforced polymer have compared with
High antiseptic property.The density of glass fiber-reinforced polymer is less about a quarter for reinforcing bar, the glass fibre under same diameter simultaneously
Muscle quality is significantly less than reinforcing bar, is just advantageous to the processes such as the making transport of glass fiber-reinforced polymer, and draw glass fibers according to experiment
Dimension muscle tensile strength is higher than regular reinforcement, is suitable in the foundation ditch protection slope support engineering of relatively hazardous large-tonnage.Therefore, one
Kind produces very big welcome of the complete set of equipments by market of glass fiber-reinforced polymer connector.
Existing glass fiber-reinforced polymer connector is mainly made by pultrusion squarely structure, is entered again after pultrusion squarely structure
Row processes different appearances, then carries out injection molding, low production efficiency, and only 0.3-0.4 rice, production process per minute are more
It is and complicated, it is impossible to which that one-shot forming, work consuming take, while live processing difficulties, and cost is high, are unfavorable for the business life of mass
Production, when producing the outer surface thread of glass fiber-reinforced polymer connector at present, using polyester thread winding, each screw thread leans on production equipment
Polyester thread is Wrapping formed, also needs to manually take out stitches after forming and hardening, the polyester thread after use can not Reusability, cause terylene
The waste of line, not tight due to polyester thread winding, the glass fiber-reinforced polymer connecting part stretching performance produced is low, and generally requires
The good resin of more performances, increases the cost of raw material, and needs manually to take out stitches, and production is also reduced while increasing labour cost
Efficiency.
The content of the invention
The purpose of this utility model is in view of the shortcomings of the prior art, now provides a kind of one-shot forming, time saving and energy saving, carries
High efficiency, cost is reduced, beneficial to mass commodity production, the tensile property for improving product is wound by steel wire rope pultrusion
Produce the complete set of equipments of glass fiber-reinforced polymer connector.
In order to solve the above technical problems, the technical solution adopted in the utility model is：One kind is wound by steel wire rope pultrusion
Produce the complete set of equipments of glass fiber-reinforced polymer connector, including creel, impregnation winding system, heating system, system of taking out stitches, traction system
System, diced system, the glass fiber yarn of creel is through impregnating resin dipping and wirerope-winding one bar of formation in winding system
Body structure, then pass sequentially through heating system, system of taking out stitches, trailer system, diced system and form the glass fibers for being threaded shape
Tie up muscle connector.
Further, creel includes support frame, is placed in the pallet of support frame bottom, and the top of pallet is provided with multiple rows of multiple row glass
Glass silvalin body, the top of support frame are provided with the eyelet strip of multiple spaced sets, the glass on the glass fiber yarn body of each column
Silvalin passes through the eyelet strip that is correspondingly arranged to set, and the link position of the glass fiber yarn and eyelet strip and being placed on eyelet strip is set
There is a resistive force sensor, the glass fiber yarn on multiple row glass fiber yarn body is set from left to right, is finally collected for a glass fibers
Tie up yarn beam.
Further, heating system is placed in impregnation winding system between system of taking out stitches；
Heating system is made up of four baking boxs, and the lower section of baking box is provided with baking box division cylinder；
Impregnation winding system includes host computer control panel, frame, wind, the resin rack being placed in frame and division
The resin storage tank that guiding trestle, the opening upwards being placed on resin rack are set；Resin storage tank is provided with appearance glass fiber yarn beam and penetrated
Pultrusion device, lift cylinder is provided between pultrusion device and frame；Division guiding trestle includes the right vertically arranged division of a first from left
The upper end of plate and guide plate, division plate and guide plate is connected with a transverse plate, and the division plate is provided with three frictioning porcelain eyes, is oriented to
Plate is provided with the cross bar set one on the other, is provided with the right and vertically arranged regulation of two the first from left between cross bar one on the other
Plate, the adjustable plate are provided with laterally disposed guide pad, and glass fiber yarn beam is divided into three beams through pultrusion device and is each passed through division
Frictioning porcelain eye on plate simultaneously collects and sequentially passes through the right guide pad of a first from left to be a branch of, forms a fiberglass pole；Wind
Including winding head, auxiliary head, variable-frequency motor；
System of taking out stitches includes head of taking out stitches；
Variable-frequency motor is connected with a drive link, and the drive link is respectively with winding head, aiding in head, head of taking out stitches to pass through chain
Bar connects, and winding head, aids in head, head of taking out stitches to be sleeved on the outer ring of fiberglass pole, heating system is placed in wrapping machine
Between head and head of taking out stitches；
The lower section of fiberglass pole is provided with a steel wire rope telescope motor, and one is wound with the rotating shaft of the steel wire rope telescope motor
Heating system and system of taking out stitches are passed through in steel wire rope, one ends wound to the outer surface of fiberglass pole of the steel wire rope successively, and most
Steel wire rope telescope motor is returned to eventually forms a circulation loop.
Further, wind and resin backflash is provided between head and resin storage tank, resin backflash connection winding head
The one end of one end higher than resin backflash connection resin storage tank.
Further, trailer system includes traction casing, two groups of Athey wheels being placed in towing tank body, and fiberglass pole is put
Between two groups of Athey wheels, one end of Athey wheel is respectively equipped with reducing motor, and the direction of motion of Athey wheel is away from the system of taking out stitches
Set, be provided with pressure cylinder and swing arm in towing tank body, pressure cylinder is placed in the lower section of swing arm one end, and swing arm other end passes through one
Vertically arranged connecting rod is fixed in towing tank body, and one end of swing arm moves up and down with the driving of pressure cylinder.
Further, diced system includes cutting casing, control electronic box, cutting motor, cutting sheet, is placed in cutting sheet both ends
Compression cylinder.
The beneficial effects of the utility model are as follows：Glass fiber-reinforced polymer connector of the present utility model is twined by steel wire rope extruding
Around being made, heating system and system of taking out stitches are passed through in one ends wound to the outer surface of fiberglass pole of steel wire rope successively, and finally
Return to steel wire rope telescope motor and form a circulation loop, be directed to tradition by the production equipment of polyester thread winding in cost and property
Can on obvious advantage.
Had the advantage that in terms of cost：1st, change tradition can not Reusability polyester thread, steel wire rope can circulate and twine
Around use, reduce the cost of polyester thread, the cost of polyester thread determines according to the diameter of polyester thread, by a regular lot
The enterprise of metaplasia production calculates, and can save 35-50 ten thousand polyester thread expense cost every year；2nd, traditional production production equipment needs
Employee carries out finishing and packing of taking out stitches, and can now realize that automation one-shot forming produces, and reduces the use of personnel by the complete set of equipments
Distribution, reduce cost of labor；3rd, because wirerope-winding obtains tighter, resin content can be maintained at 22%-28%, equally produce
The usage amount of the glass fiber-reinforced polymer connector come, raw material and resin is reduced, and so as to reduce the cost of raw material, can be saved every year
About 8%-10%.
Had the advantage that in aspect of performance：Wirerope-winding makes fiberglass pole be wound in manufacturing process tighter, tree
Fat squeezes more dry, and the rate of recovery of resin improves, and resin content carries in 22%-28%, the tensile property of glass fiber-reinforced polymer connector
It is high.
Brief description of the drawings：
The following examples can make professional and technical personnel that the utility model be more fully understood, but therefore will not
The utility model is limited among described scope of embodiments.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of creel of the present utility model.
Fig. 3 is the structural representation of impregnation winding system of the present utility model.
Fig. 4 is impregnation winding system of the present utility model, heating system, the structural representation for system of taking out stitches.
Fig. 5 is the structural representation of trailer system of the present utility model.
Fig. 6 is the structural representation of diced system of the present utility model.
Label in figure：Take out stitches system, 5- trailer systems, 6- of 1- creels, 2- impregnations winding system, 3- heating systems, 4- is cut
Cut system, 7- eyelet strips, 8- support frames, 9- pallets, 10- glass fiber yarns body, 11- glass fiber yarns beam, 12- resistances sensing
Device, 13- frames, 14- resin racks, 15- resin storage tanks, 16- pultrusions device, 17- lift cylinders, 18- divisions plate, 19- guide plates,
20- frictioning porcelain eye, 21- cross bars, 22- adjustable plates, 23- guide pads, 24- fiberglass poles, 25- control panels, 26- auxiliary machines
Head, 27- windings head, 28- variable-frequency motors, 29- resins backflash, 30- steel wire ropes telescope motor, 31- steel wire ropes, 32- take out stitches
Head, 33- drive links, 34- chains, 35- traction casing, 36- Athey wheels, 37- reducing motors, 38- pressure cylinders, 39- swing arms,
40- cuttings casing, 41- controls electronic box, 42- cutting motors, 43- cutting sheets, 44- compression cylinders, 45- eyelet strips.
Embodiment
Embodiment of the present utility model is illustrated by particular specific embodiment below, those skilled in the art can be by this
Content disclosed by specification understands other advantages and effect of the present utility model easily.
As Fig. 1 is shown, a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion, including yarn
Frame 1, impregnation winding system 2, heating system 3, system of taking out stitches 4, trailer system 5, diced system 6, the glass fiber yarn warp of creel 1
Dipping winding system 2 in resin dipping and steel wire rope 31 be wound a bar structure, then pass sequentially through heating system 3,
System of taking out stitches 4, trailer system 5, diced system 6 form a glass fiber-reinforced polymer connector for being threaded shape.
As shown in Figure 2, creel 1 includes support frame 8, is placed in the pallet 9 of the bottom of support frame 8, and the top of pallet 9 is provided with multiple rows of
Multiple row glass fiber yarn body 10, the top of support frame 8 are provided with the eyelet strip 7 of multiple spaced sets, the glass fiber yarn of each column
Glass fiber yarn on body 10 passes through the eyelet strip 7 being correspondingly arranged to set, the link position of the glass fiber yarn and eyelet strip 7 and
It is placed in eyelet strip 7 and is provided with a resistive force sensor 12, the glass fiber yarn on multiple row glass fiber yarn body 10 is set from left to right,
Finally collect for a glass fiber yarn beam 11.
As Fig. 3, Fig. 4 are shown, impregnation winding system 2 includes host computer control panel 25, frame 13, wind, is placed in machine
The resin storage tank 15 that resin rack 14 in frame 13 is set with division guiding trestle, the opening upwards being placed on resin rack 14；Tree
Fat groove 15, which is provided with, holds the pultrusion device 16 that glass fiber yarn beam 11 penetrates, and lift cylinder is provided between pultrusion device 16 and frame 13
17；Division guiding trestle includes the right vertically arranged division plate 18 of a first from left and guide plate 19, division plate 18 and guide plate 19
Upper end is connected with a transverse plate, and the division plate 18 is provided with three frictioning porcelain eyes 20, and guide plate 19 is provided with and set one on the other
Cross bar 21, the right and vertically arranged adjustable plate 22 of two the first from left is provided between cross bar 21 one on the other, on the adjustable plate 22
Provided with laterally disposed guide pad 23, glass fiber yarn beam 11 divides through pultrusion device 16 to be each passed through on division plate 18 for three beams
Frictioning porcelain eye 20 simultaneously collects for a branch of guide pad 23 for sequentially passing through the first from left right side, one fiberglass pole 24 of formation；Wind
Including winding head 27, auxiliary head 26, variable-frequency motor 28；
Heating system 3 is placed in impregnation winding system 2 between system 4 of taking out stitches；Heating system 3 is made up of four baking boxs, is baked
The lower section of case is provided with baking box division cylinder；System of taking out stitches 4 includes head 32 of taking out stitches；
Variable-frequency motor 28 is connected with a drive link 33, and the drive link is respectively with winding head 27, auxiliary head 26, unwinder
First 32 are connected by chain 34, and winding head 27, auxiliary head 26, head 32 of taking out stitches are sleeved on the outer of fiberglass pole 24
Circle, heating system 3 are placed between winding head 27 and head 32 of taking out stitches；
The lower section of fiberglass pole 24 is provided with a steel wire rope telescope motor 30, is twined in the rotating shaft of the steel wire rope telescope motor 30
A steel wire rope 31 is wound with, the one ends wound of the steel wire rope by heating system 3 and is torn open successively to the outer surface of fiberglass pole 24
Linear system system 4, and be eventually returned to steel wire rope telescope motor 30 and form a circulation loop.
Resin backflash 29, the connection winding head 27 of resin backflash 29 are provided between winding head 27 and resin storage tank 15
One end higher than resin backflash 29 connect resin storage tank 15 one end.
As Fig. 5 is shown, trailer system 5 includes traction casing 35, two groups of Athey wheels 36 being placed in traction casing 35, glass
Fiber rod 24 is placed between two groups of Athey wheels 36, and one end of Athey wheel 36 is respectively equipped with reducing motor 37, the motion of Athey wheel 36
Direction is provided with pressure cylinder 38 and swing arm 39, pressure cylinder 38 is placed in pendulum to be set away from the system of taking out stitches 4 in traction casing 35
The lower section of the one end of arm 39, the other end of swing arm 39 are fixed in traction casing 35 by a vertically arranged connecting rod, swing arm 39
One end moves up and down with the driving of pressure cylinder 38.
As Fig. 6 is shown, diced system 6 includes cutting casing 40, control electronic box 41, cutting motor 42, cutting sheet 43, is placed in
The compression cylinder 44 at the both ends of cutting sheet 43.
Production technology：(1) a number of glass fiber yarn body 10 is put on creel 1, according to the glass fibre of production
The glass fiber yarn of different-diameter is selected in the requirement of muscle connector, and penetrates eyelet strip 7, the glass on the glass fiber yarn body 10 of each column
Glass silvalin passes through the eyelet strip 7 being correspondingly arranged to set, and the glass fiber yarn on multiple row glass fiber yarn body 10 is set from left to right
Put, finally collect for a glass fiber yarn beam 11；(2) glass fiber yarn beam 11 enters in the resin storage tank 15 of impregnation winding system 2
Impregnation is carried out, enters division plate 18 by being divided into three tunnels after pultrusion device 16, and three frictioning porcelain being each passed through on division plate 18
Eye 20, be aggregated into it is a branch of after pass through guide pad 23 after form a fiberglass pole 24；(3) baking box of heating system is opened, waits to bake
Case is heated to predetermined temperature, and fiberglass pole 24 is heating and curing by wirerope-winding into heating system, to taking out stitches
System is taken out stitches automatically；(4) product respectively enters trailer system and diced system after pulling out system of taking out stitches, and is sized and is cut
Length is cut, that is, completes the production of glass fiber-reinforced polymer connector.
Glass fiber-reinforced polymer connector of the present utility model is made by steel wire rope extruding winding, and the one ends wound of steel wire rope is extremely
Heating system and system of taking out stitches are passed through in the outer surface of fiberglass pole successively, and are eventually returned to steel wire rope telescope motor formation one and follow
Loop back path, be directed to the production equipment that tradition is wound by polyester thread has obvious advantage in cost and performance.
Had the advantage that in terms of cost：1st, change tradition can not Reusability polyester thread, steel wire rope can circulate and twine
Around use, reduce the cost of polyester thread, the cost of polyester thread determines according to the diameter of polyester thread, by a regular lot
The enterprise of metaplasia production calculates, and can save 35-50 ten thousand polyester thread expense cost every year；2nd, traditional production production equipment needs
Employee carries out finishing and packing of taking out stitches, and can now realize that automation one-shot forming produces, and reduces the use of personnel by the complete set of equipments
Distribution, reduce cost of labor；3rd, because wirerope-winding obtains tighter, resin content can be maintained at 22%-28%, equally produce
The usage amount of the glass fiber-reinforced polymer connector come, raw material and resin is reduced, and so as to reduce the cost of raw material, can be saved every year
About 8%-10%.
Had the advantage that in aspect of performance：Wirerope-winding makes fiberglass pole be wound in manufacturing process tighter, tree
Fat squeezes more dry, and the rate of recovery of resin improves, and resin content carries in 22%-28%, the tensile property of glass fiber-reinforced polymer connector
It is high.
Above-described embodiment is preferred embodiment of the present utility model, is not the limit to technical solutions of the utility model
System, as long as the technical scheme that can be realized without creative work on the basis of above-described embodiment, is regarded as falling into
In the rights protection scope of the utility model patent.
Claims (6)
- A kind of 1. complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion, it is characterised in that：Including yarn Frame (1), impregnation winding system (2), heating system (3), system of taking out stitches (4), trailer system (5), diced system (6), the yarn Resin of the glass fiber yarn of frame (1) through impregnating in winding system (2) impregnates and steel wire rope (31) is wound a body of rod knot Structure, then pass sequentially through heating system (3), system of taking out stitches (4), trailer system (5), diced system (6) and formed and one be threaded shape Glass fiber-reinforced polymer connector.
- 2. a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion according to claim 1, It is characterized in that：The creel (1) includes support frame (8), is placed in the pallet (9) of support frame (8) bottom, the pallet (9) Top is provided with multiple rows of multiple row glass fiber yarn body (10), and the top of support frame as described above (8) is provided with the threading of multiple spaced sets Plate (7), the glass fiber yarn on the glass fiber yarn body (10) of each column pass through the eyelet strip (7) being correspondingly arranged to set, the glass The link position of silvalin and eyelet strip (7) and it is placed in eyelet strip (7) and is provided with a resistive force sensor (12), multiple row glass fibre Glass fiber yarn on yarn body (10) is set from left to right, is finally collected for a glass fiber yarn beam (11).
- 3. a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion according to claim 1, It is characterized in that：The heating system (3) is placed between impregnation winding system (2) and system of taking out stitches (4)；The heating system (3) is made up of four baking boxs, and the lower section of the baking box is provided with baking box division cylinder；The impregnation winding system (2) includes host computer control panel (25), frame (13), wind, is placed in frame (13) Resin rack (14) and division guiding trestle, the resin storage tank (15) that sets of the opening upwards that are placed on resin rack (14)；Institute State resin storage tank (15) and be provided with and hold the pultrusion device (16) that glass fiber yarn beam (11) penetrates, the pultrusion device (16) and frame (13) Between be provided with lift cylinder (17)；The division guiding trestle includes a first from left right vertically arranged division plate (18) and guide plate (19), the division plate (18) and the upper end of guide plate (19) are connected with a transverse plate, and the division plate (18) is scraped provided with three Glue porcelain eye (20), the guide plate (19) are provided with the cross bar (21) set one on the other, set one on the other between cross bar (21) There is the adjustable plate (22) that two the first from left are right and vertically arranged, the adjustable plate (22) is provided with laterally disposed guide pad (23), The glass fiber yarn beam (11) is divided into the frictioning porcelain eye (20) that three beams is each passed through on division plate (18) through pultrusion device (16) And collect and sequentially pass through the right guide pad (23) of a first from left to be a branch of, form a fiberglass pole (24)；The wind bag Include winding head (27), auxiliary head (26), variable-frequency motor (28)；The system of taking out stitches (4) includes head (32) of taking out stitches；The variable-frequency motor (28) is connected with a drive link (33), and the drive link is respectively with winding head (27), auxiliary head (26) head (32) of, taking out stitches is connected by chain (34), the winding head (27), auxiliary head (26), head of taking out stitches (32) Be sleeved on the outer ring of fiberglass pole (24), the heating system (3) be placed in winding head (27) and take out stitches head (32) it Between；The lower section of the fiberglass pole (24) is provided with a steel wire rope telescope motor (30), and the steel wire rope telescope motor (30) turns A steel wire rope (31) is wound with axle, heating is passed through in one ends wound to the outer surface of fiberglass pole (24) of the steel wire rope successively System (3) and system of taking out stitches (4), and be eventually returned to steel wire rope telescope motor (30) and form a circulation loop.
- 4. a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion according to claim 3, It is characterized in that：Resin backflash (29), the resin backflash are provided between the winding head (27) and resin storage tank (15) (29) one end of one end of connection winding head (27) higher than resin backflash (29) connection resin storage tank (15).
- 5. a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion according to claim 1, It is characterized in that：The trailer system (5) includes traction casing (35), two groups of Athey wheels being placed in traction casing (35) (36), the fiberglass pole (24) is placed between two groups of Athey wheels (36), and one end of the Athey wheel (36), which is respectively equipped with, to be subtracted Speed motor (37), the direction of motion of the Athey wheel (36) are to be set away from the system of taking out stitches (4), are set in the traction casing (35) There are pressure cylinder (38) and swing arm (39), the pressure cylinder (38) is placed in the lower section of swing arm (39) one end, and swing arm (39) is another End is fixed in traction casing (35) by a vertically arranged connecting rod, and one end of the swing arm (39) is with pressure cylinder (38) Driving move up and down.
- 6. a kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion according to claim 1, It is characterized in that：The diced system (6) includes cutting casing (40), control electronic box (41), cutting motor (42), cutting sheet (43), it is placed in the compression cylinder (44) at cutting sheet (43) both ends.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720063029.3U CN206749093U (en) | 2017-01-19 | 2017-01-19 | A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720063029.3U CN206749093U (en) | 2017-01-19 | 2017-01-19 | A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion |
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| CN206749093U true CN206749093U (en) | 2017-12-15 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739016A (en) * | 2017-01-19 | 2017-05-31 | 南通沪誉玻璃钢制品有限公司 | A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion |
| WO2019000307A1 (en) * | 2017-06-29 | 2019-01-03 | 南通沪誉玻璃钢制品有限公司 | Equipment set for producing glass fiber reinforced polymer connector by pultrusion and winding of steel wire rope |
-
2017
- 2017-01-19 CN CN201720063029.3U patent/CN206749093U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106739016A (en) * | 2017-01-19 | 2017-05-31 | 南通沪誉玻璃钢制品有限公司 | A kind of complete set of equipments that production glass fiber-reinforced polymer connector is wound by steel wire rope pultrusion |
| WO2019000307A1 (en) * | 2017-06-29 | 2019-01-03 | 南通沪誉玻璃钢制品有限公司 | Equipment set for producing glass fiber reinforced polymer connector by pultrusion and winding of steel wire rope |
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