CN110373923A - A kind of graphite fiber tape stranding system - Google Patents
A kind of graphite fiber tape stranding system Download PDFInfo
- Publication number
- CN110373923A CN110373923A CN201910672825.0A CN201910672825A CN110373923A CN 110373923 A CN110373923 A CN 110373923A CN 201910672825 A CN201910672825 A CN 201910672825A CN 110373923 A CN110373923 A CN 110373923A
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- main body
- body rack
- pulley
- fiber tape
- take
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- D—TEXTILES; PAPER
- D07—ROPES; CABLES OTHER THAN ELECTRIC
- D07B—ROPES OR CABLES IN GENERAL
- D07B3/00—General-purpose machines or apparatus for producing twisted ropes or cables from component strands of the same or different material
-
- D—TEXTILES; PAPER
- D07—ROPES; CABLES OTHER THAN ELECTRIC
- D07B—ROPES OR CABLES IN GENERAL
- D07B7/00—Details of, or auxiliary devices incorporated in, rope- or cable-making machines; Auxiliary apparatus associated with such machines
- D07B7/02—Machine details; Auxiliary devices
-
- D—TEXTILES; PAPER
- D07—ROPES; CABLES OTHER THAN ELECTRIC
- D07B—ROPES OR CABLES IN GENERAL
- D07B7/00—Details of, or auxiliary devices incorporated in, rope- or cable-making machines; Auxiliary apparatus associated with such machines
- D07B7/02—Machine details; Auxiliary devices
- D07B7/06—Bearing supports or brakes for supply bobbins or reels
-
- D—TEXTILES; PAPER
- D07—ROPES; CABLES OTHER THAN ELECTRIC
- D07B—ROPES OR CABLES IN GENERAL
- D07B7/00—Details of, or auxiliary devices incorporated in, rope- or cable-making machines; Auxiliary apparatus associated with such machines
- D07B7/02—Machine details; Auxiliary devices
- D07B7/10—Devices for taking-up or winding the finished rope or cable
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
- H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
- H01B13/02—Stranding-up
- H01B13/0207—Details; Auxiliary devices
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01B—CABLES; CONDUCTORS; INSULATORS; SELECTION OF MATERIALS FOR THEIR CONDUCTIVE, INSULATING OR DIELECTRIC PROPERTIES
- H01B13/00—Apparatus or processes specially adapted for manufacturing conductors or cables
- H01B13/02—Stranding-up
- H01B13/0235—Stranding-up by a twisting device situated between a pay-off device and a take-up device
Abstract
The present invention relates to graphite fiber tape technical field of processing equipment, and in particular to a kind of graphite fiber tape stranding system.Graphite fiber tape stranding system includes stranding machine and the material disc above stranding machine, and stranding machine includes pedestal, central axis, main body rack, and main body rack upper end has the opening penetrated from top to bottom for graphite fibre line；Driving mechanism can drive main body rack to be rotated；Drive shaft can be set on main body rack around own axis；Central axis upper end extends in main body rack, and upper end is equipped with central axis angular wheel, there is the drive shaft angular wheel engaged with central axis angular wheel in drive shaft；Wire winding pole is set on main body rack, and wire winding pole can form graphite fibre line for being twisted by the graphite fiber tape released in material disc and extended from top to bottom when revolving with main body rack；Take-up pulley is used to wind the graphite fibre line collected by passing through on wire winding pole；Drive shaft is connected with take-up pulley transmission, to drive take-up pulley winding to collect graphite fibre line.
Description
Technical field
The present invention relates to graphite fiber tape technical field of processing equipment, and in particular to a kind of graphite fiber tape stranding system.
Background technique
Graphitized filamentary material is when being applied on transmission line of electricity, it usually needs after graphite fiber tape is changed into graphite fibre line
It can use, in the prior art, graphite fiber tape is usually that the twisting processing through stranding machine forms graphite fibre line.Specifically,
First into strips by graphite fiber tape cutting, the graphite fiber tape of strip is wrapped in material disc (structure of similar film plate-like)
On collect, by the one ends wound to take-up pulley of graphite fiber tape, take-up pulley around itself axis rotation and pull graphite
Fiber band rotates material disc around the axis direction perpendicular to take-up pulley, makes graphite fiber tape twist to form graphite fibre line, then
Graphite fibre line is wound on take-up pulley.
It is operated as the traditional handicraft for carrying out twisting processing to graphite fiber tape, there are certain drawbacks for above-mentioned treatment process:
Since material disc needs to continue rotation in twisting process, and the graphite fiber tape reserves in material disc are limited, once graphite is fine
Dimension band is finished, and just the material disc in rotation must stop, and the material disc more renewed is to continue to twist work, in this way, system
Stock machine needs often to stop to increase graphite fiber tape in the process of running, cannot achieve continuous production, reduces to a certain extent
The twisting efficiency of graphite fiber tape.
Summary of the invention
The purpose of the present invention is to provide a kind of graphite fiber tape stranding systems, and to solve, stranding machine can not in the prior art
Continuous production and the technical problem for causing twisting efficiency low.
To achieve the above object, the technical solution of graphite fiber tape stranding system of the present invention is: a kind of graphite fiber tape system
Stock system, the material disc including stranding machine and above stranding machine, material disc arrange that material disc is for storing up by mounting bracket
Graphite fiber tape is deposited, the stranding machine includes
Pedestal；
Central axis, it is fixed on the base, up and down extend；
Main body rack is set on pedestal, is sleeved on the outside of central axis and can rotate around the axis of central axis, main body rack
Upper end has the opening penetrated from top to bottom for graphite fibre line；
Driving mechanism can drive main body rack to be rotated；
Drive shaft, horizontal extension can be set on main body rack around own axis；
Central axis upper end extends in main body rack, and upper end is equipped with central axis angular wheel, has in drive shaft and center
The drive shaft angular wheel of axis angular wheel engagement, when being revolved with main body rack, the engagement of two angular wheels passes drive shaft
It is dynamic, to drive drive shaft around own axis；
Wire winding pole is set on main body rack, and horizontal extension winds and passes through for graphite fibre line, and wire winding pole is with main body
Bracket can form graphite fibre line for being twisted by the graphite fiber tape released in material disc and extended from top to bottom when revolving；
Take-up pulley is rotatably arranged on main body rack, horizontal extension, is located at below wire winding pole, is collected for winding
By the graphite fibre line passed through on wire winding pole；
Drive shaft is connected with take-up pulley transmission, to drive take-up pulley winding to collect graphite fibre line.
The beneficial effects of the present invention are: main body rack being rotated by driving mechanism on pedestal, with main body rack
The wire winding pole to revolve together carries out twisting processing to the graphite fiber tape being located above stranding machine, and main body rack is while rotation
Drive shaft revolution is driven, drive shaft is under drive shaft angular wheel and central axis angular wheel engaged transmission effect along own axes
Rotation drives while drive shaft is along own axis and is driven connected take-up pulley winding collection graphite fibre line therewith, receives
On the one hand the graphite fibre line formed after twisting is collected in winding to line wheel, is on the other hand constantly provided for graphite fiber tape towards stranding
The drag force of machine.In the present invention, due to forming graphite fibre line by the way of stranding machine rotation twisting, material disc is kept not
It is dynamic, it is needed to rotate material disc to twist in the prior art without picture, since material disc does not need to rotate, even if object
Graphite fiber tape storage capacity in charging tray is limited, can also carry out the connecting of graphite fiber tape before it will use up, and stranding
Machine is not necessarily to shut down in the whole process and wait, it can be achieved that continuous production, improves the twisting efficiency of graphite fiber tape.
Further, the wire winding pole around own axis can be mounted on main body rack, drive shaft and wire winding pole
Transmission is connected to drive wire winding pole to rotate, to pull graphite fibre line downwards.Wire winding pole is while twisting graphite fiber tape
Downward drag force is provided to graphite fiber tape, facilitates the downlink of graphite fibre line.
Further, the take-up pulley is installed in rotation on main body rack by the runner of two sides, and two runners can turn
It is mounted on main body rack dynamicly, rotation stop is assembled between runner and take-up pulley, the drive shaft, take-up pulley, runner and wire winding pole
Parallel to extend, the drive shaft has the first power output end and the second power output end, the first power output end and respective side
Runner between, the second power output end is connected with being driven by way of V belt translation between wire winding pole.Drive shaft, take-up
Wheel, runner and wire winding pole extend parallel, and occupied space is smaller, keeps the structure of stranding machine entirety more compact；V belt translation tool
Have the advantages that simple structure, stable drive, at low cost and working service are convenient.
Further, the side where the second power output end is fixedly installed with vertically extending fixation on the main body rack
Plate is rotatably equipped with the transaxle extended parallel with wire winding pole, wherein one end of the transaxle and the second power in fixed plate
Between output end, the other end is connected with being driven by way of V belt translation between wire winding pole.
Further, one of them in two runners includes being rotatablely installed in the sleeve on main body rack, further includes fixing
The fast pulley being mounted on sleeve, the sleeve can be movably assemblied on main body rack along its own axis, the take-up pulley
Wherein one end and the fast pulley rotation stop sleeve cooperate, the other end and another runner rotation stop sleeve cooperate, and stranding system is also
Including center fixed link, center fixed link is threaded onto two runner of axial tightening and receipts in two runners and take-up pulley and along take-up pulley
Line wheel, center fixed link include bar portion and head, and the nose threads of bar portion are fixed on one of runner, and head is pressed in another
On one runner.One of runner can move axially, and can be realized the removable installation of take-up pulley, wind extremely in take-up pulley
It can be removed when limit state.
Further, arranged off-centre is fluted in one of them in the corresponding side surface of runner and take-up pulley, on another
Groove is provided with protrusion.By the cooperation of the groove of arranged off-centre and protrusion, can be realized runner and take-up pulley only
Turn assembly.
Further, graphite fiber tape stranding machine further includes strand oscillator, and strand oscillator is set between wire winding pole and take-up pulley, row
Line device includes reciprocating screw and cross bar that be horizontal-extending, being installed on main body rack, between another runner and reciprocating screw
Be driven by way of V belt translation it is connected, with drive reciprocating screw rotate and by graphite fibre line equably wind collect in take-up
On wheel.Graphite fibre line can be equably wrapped in take-up pulley after setting strand oscillator, graphite fibre line is avoided to heap.Moreover,
The power source of strand oscillator is ultimately from drive shaft, so that strand oscillator, wire winding pole and take-up pulley are all from same power
Source, structure is simpler, does not need individually to arrange respective power source for each section.
Further, angular speed when wire winding pole rotates is less than angular speed when main body rack revolves.Graphite fiber tape energy
It is enough sufficiently to be twisted under the action of larger speed revolves main body rack, avoid graphite fiber tape when not twisted sufficiently just
Downlink in advance is led to by wire winding pole dragging, influences the twisting effect of graphite fiber tape.
Further, the two sides up and down of the wire winding pole are provided with lead plate, are provided on lead plate for graphite fibre
Line passes through and carries out to graphite fibre line the fairlead of Horizontal limiting, and the upper/lower terminal of the fairlead is outer
The conical opening of expansion.The fairlead of top ensure that graphite fibre line enters in stranding machine and is twisted along the track of setting, lower section
Fairlead guarantees that graphite fibre line can enter in take-up pulley along setting track, and wire winding pole is avoided to carry out public affairs with main body rack
When turning, deflection by a relatively large margin occurs for graphite fibre line.And the upper/lower terminal of fairlead is conical opening, the conical opening of upper end
Facilitate the entrance of graphite fibre line, the conical opening of lower end guarantees that graphite fibre line can have in the horizontal direction and angularly draws
Out.
Further, graphite fiber tape stranding machine further includes that upper and lower sets up gear between take-up pulley and drive shaft
Expect partition.On the one hand backgauge partition improves the intensity of main body rack, on the other hand can also accept in a part of twisting process
And the graphite powder fallen in wrapup procedure, avoid graphite powder from being deposited in drive shaft and central axis, and cause drive shaft in
Transmission clamping stagnation between mandrel.
Detailed description of the invention
Fig. 1 is the schematic diagram at the first visual angle in graphite fiber tape stranding system embodiment of the present invention；
Fig. 2 is the schematic diagram at the second visual angle in graphite fiber tape stranding system embodiment of the present invention；
Fig. 3 is that the schematic diagram at third visual angle in graphite fiber tape stranding system embodiment of the present invention (is not drawn into driving in figure
Mechanism)；
Fig. 4 is the schematic diagram of take-up pulley in graphite fiber tape stranding system embodiment of the present invention；
Fig. 5 is the cooperation signal of the first runner and center fixed link in graphite fiber tape stranding system embodiment of the present invention
Figure；
Description of symbols: 1- pedestal, 2- central axis, 3- main body rack, 4- motor, 5- drive shaft, 51- drive shaft band
Wheel, 6- central axis angular wheel, 7- drive shaft angular wheel, 8- wire winding pole, 81- wire winding pole belt wheel, 9- strand oscillator, 91- winding displacement
Box, 92- cross bar, 93- screw belt pulleys, 94- cable-through hole, 95- reciprocating screw, 10- take-up pulley, 101- the first take-up pulley belt wheel,
102- the second take-up pulley belt wheel, 11- fixed plate, 12- transaxle, 121- convert shaft pulley, the upper lead plate of 13-, the upper lead of 14-
Pipe, 15- backgauge partition, 16- material disc, 17- belt；The first runner of 18-, the center 19- fixed link, the second runner of 20-, under 21-
Lead plate, 22- protrusion, 181- sleeve, 182- fast pulley, 183- screw.
Specific embodiment
Embodiments of the present invention are described further below with reference to attached drawing.
The specific embodiment of graphite fiber tape stranding system of the present invention:
As shown in Figures 1 to 5, graphite fiber tape stranding system include stranding machine and be located at stranding machine above and stranding machine
Spaced apart material disc 16, material disc 16 are wound with the graphite fiber tape of strip when in use.Material disc 16 leads to when in use
Mounting bracket arrangement is crossed, and stranding machine is rotated, and can will be released in material disc 16 by the relative rotation of the two
Graphite fiber tape twists to form graphite fibre line.It should be noted that the arrangement of material disc 16 signified in the present invention refers to material
Mobile or whole revolution will not occur on the whole for disk 16, but material disc 16 can be rotated around the axis of itself.
It should be pointed out that still there is biggish spacing between material disc 16 and stranding machine, and one can be also arranged between the two
A twisting cone (can cancel twisting cone in other embodiments).
Specifically, as shown in Figure 1 to Figure 3, graphite fiber tape stranding machine includes pedestal 1, is provided with main body rack on pedestal 1
3, main part of the main body rack 3 as stranding machine is rectangular frame structure, and there is opening in 3 upper end of main body rack, from material
The graphite fiber tape pulled in disk 16 enters inside main body rack 3 through the opening of 3 top of main body rack, main body rack 3
Top is provided with lead plate 13, is provided with fairlead 14 on upper lead plate 13, and upper fairlead 14 is for graphite fiber tape from upper
Across to be twisted inside entrance main body rack 3, and the twisting power of stranding machine mainly passes through the rotation of main body rack 3 under and
Offer is provided.
Specifically, about 2 central axis extends as shown in Figure 1, being fixed with central axis 2 on pedestal 1, main body rack 3 passes through axis
Bearing sleeve is mounted in the outside of central axis 2, and the center bottom of main body rack 3 is connected by belt 17 with the transmission of motor 4,4 conduct of motor
Driving mechanism drives main body rack 3 to rotate, and the upper end of main body rack 3 is provided with wire winding pole 8 positioned at the lower section of upper lead plate 13,
8 horizontal extension of wire winding pole, the graphite fiber tape entered inside main body rack 3 through upper fairlead 14 are wrapped on wire winding pole 8, main body
While rotation, wire winding pole 8 revolves bracket 3 with main body rack 3, and the wire winding pole 8 of revolution drives graphite fiber tape rotation to make it
Twisting forms graphite fibre line, and the graphite fiber tape downlink after twisting for convenience is collected, and the lower section of wire winding pole 8 is provided with receipts
Line wheel 10.
As shown in Figures 1 to 5,10 horizontal extension of take-up pulley, take-up pulley 10 by the first runner 18, the second runner 20 and
Center fixed link 19 is mounted on main body rack 3, and is located at the lower section of wire winding pole 8, for winding the graphite collecting twisting and being formed
Fiber line, while the pulling power of downlink is provided for graphite fibre line, so that graphite fiber tape is constantly flowed from material disc 16
It is twisted and collects into main body rack 3 out.
Specifically, the structure of the first runner 18 is as shown in figure 5, the first runner 18 includes sleeve 181 and is fixed on sleeve 181
On fast pulley 182, sleeve 181 is rotatably installed on main body rack 3, sleeve 181 can along the axial movement of fast pulley 182,
Second runner 20 is rotatably installed on main body rack 3.It is respectively and fixedly provided with screw 183 on the first runner 18 and the second runner 20,
Six square grooves in being offered on screw 183.The structure of take-up pulley 19 is as shown in figure 4, the generally I-shaped structure of take-up pulley 19, take-up
Taking turns 19 both ends has the groove that can be covered outside the first runner 18 and the second runner 20, and is provided in a groove hexagonal convex
22, raised 22 and the equal arranged off-centre of screw 183 are played, insertion can be adapted to so that the first runner 18 and the second runner 20 being capable of bands
Dynamic take-up pulley 19 is rotated.
As shown in Figure 1 to Figure 3, on main body rack 3, the rotated down of take-up pulley 10 is equipped with drive shaft 5,5 water of drive shaft
Flat to extend, the middle part of drive shaft 5 is installed with drive shaft angular wheel 7, correspondingly, the upper end of central axis 2 extends to main body rack 3
Inside, upper end is provided with central axis angular wheel 6 corresponding with drive shaft angular wheel 7, and drive shaft 5 is with main body rack 3
While revolution, two angular wheels engaged transmission, to drive drive shaft 5 around own axis.
The axial ends of drive shaft 5 is power output end, and two power output ends are installed with drive shaft belt wheel 51, and first
It is fixedly installed with the first take-up pulley belt wheel 101 on the sleeve 181 of runner 18, is fixedly installed with the second take-up pulley on the second runner 20
Belt wheel 102, the first take-up pulley belt wheel 101 realizes that transmission is connected by transmission belt with the drive shaft belt wheel 51 of place side, in this way, driving
Moving axis 5 drives take-up pulley 10 along own axis while along own axis, so that the constantly winding stone of take-up pulley 10
Black fiber line and downwards pulling graphite fiber tape are into main body rack 3.In addition, the size of drive shaft belt wheel 51 is less than the first take-up
The size for taking turns belt wheel 101, according to transmission principle, take-up pulley 10 is less than drive shaft 5 along itself along the angular speed of own axis
The angular speed of axis rotation, namely the angular speed rotated less than main body rack 3, in this manner it is ensured that take-up pulley 10 is to graphite fibre
The pulling speed for tieing up line or graphite fiber tape will not be too fast, avoid part graphite fiber tape do not twisted sufficiently also just pulled to
It is wound on take-up pulley 10, influences to twist effect.
Since the space on take-up pulley 10 is limited, in order to by graphite fibre line uniform winding on take-up pulley 10, graphite system
Stock machine further includes that wire winding pole 8 and the strand oscillator 9 between take-up pulley 10 is arranged in, and strand oscillator 9 is the prior art, such as Fig. 1 and Fig. 2
Shown, strand oscillator 9 includes the horizontal-extending, reciprocating screw 95 that is installed on main body rack 3, on reciprocating screw 95, with second
The ipsilateral one end of take-up pulley belt wheel 102 protrudes from the respective side walls on main body rack 3, which is provided with screw belt pulleys 93, screw rod
Belt wheel 93 realizes that transmission is connected by transmission belt with the second take-up pulley belt wheel 102, while 10 rotation of take-up pulley, reciprocating screw
95 rotations immediately.It is provided with winding box 91 on reciprocating screw 95, there is cable-through hole 94 on winding box 91, simultaneously through the winding of wire winding pole 8
It is collected and is wrapped on take-up pulley 10 across cable-through hole 94 by the graphite fibre line of 8 downlink of wire winding pole, in the process, winding displacement
Box 91 is moved up with the rotation of reciprocating screw 95 in the axis of reciprocating screw 95, and graphite fibre line is equably wrapped in receipts
In line wheel 10, sufficiently to improve the utilization rate of take-up pulley 10.Strand oscillator 9 further includes the cross bar 92 being fixed on main body rack 3, row
The guiding of wire box 91 is mounted on cross bar 92, can be oriented to the movement of winding box 91, and prevent winding box 91 years old reciprocal spiral shell
Bar 95 is rotated.
Extend in addition, wire winding pole 8, reciprocating screw 95, take-up pulley 10 and drive shaft 5 are parallel, reduces in main body rack 3
The space inside occupied keeps the structure of stranding machine more compact.
Due to the major function of wire winding pole 8 be wind and pass through for graphite fibre line, while with main body rack 3 revolve when
The graphite fiber tape extended from top to bottom is twisted to form graphite fibre line, in order to further facilitate the downlink of graphite fiber tape,
In the present embodiment, wire winding pole 8 is equally rolling assembling on main body rack 3, and is connected with the transmission of drive shaft 5, with master
The drag force of downlink is provided by switching to graphite fiber tape certainly while body support frame 3 revolves, facilitates the downlink of graphite fiber tape.Tool
Body, as depicted in figs. 1 and 2,102 place side of the second take-up pulley belt wheel, main body rack 3 side wall on be provided with it is vertically extending
Fixed plate 11, the transaxle 12 extended parallel with wire winding pole 8 is rotatably equipped in fixed plate 11, and position is distinguished at the both ends of transaxle 12
Inside and outside the side plate of place, the both ends of transaxle 12 are provided with conversion shaft pulley 121, wherein the conversion shaft pulley in outside
121 are connected with the drive shaft belt wheel 51 of place side by being driven V belt translation, conversion shaft pulley 121 and the phase on wire winding pole 8 of inside
The transmission of wire winding pole belt wheel 81 that should be arranged is connected.In this way, while drive shaft 5 is along own axis drive wire winding pole 8 around
Own axis.Meanwhile the angular speed when rotation of wire winding pole 8 is again smaller than the angular speed that main body rack 3 revolves, in this way, stone
Black fiber band can larger speed revolve main body rack 3 under the action of sufficiently be twisted, avoid graphite fiber tape not by
Sufficiently twisting just leads to downlink in advance by the dragging of wire winding pole 8, influences the twisting effect of graphite fiber tape.
As depicted in figs. 1 and 2, backgauge partition 15 is fixedly provided on main body rack 3 between take-up pulley 10 and drive shaft 5,
15 one side of backgauge partition improves the intensity of main body rack 3, on the other hand can also accept and fall in a part of twisting process
Graphite powder, avoid graphite powder from being deposited in drive shaft 5 and central axis 2, and lead to the transmission between drive shaft 5 and central axis 2
Clamping stagnation.
It should be noted that in the present invention, when initially being twisted, by being passed through graphite fibre in upper fairlead 14
Band, but with the progress of twisting, graphite fiber tape, which is twisted, to be formed the binding site of graphite fibre line and is gradually moved upwardly by, so that
It works after a period of time, becomes graphite fibre line from what is passed through in upper fairlead 14, and graphite fiber tape exists only in stranding
The top of machine.
The embodiment of graphite fiber tape stranding system of the present invention when in use, the spacer support frame that material disc 16 is passed through itself
It is placed on the top of main body rack 3, starts motor 4, motor 4 drives main body rack 3 and drive shaft 5 to rotate synchronously, in material disc
Graphite fiber tape be pulled downwardly and drag, first passing through twisting cone, (structure of twisting cone can be with reference to Authorization Notice No.
The Chinese utility model patent of CN208955386U) two strands are formed, the wire winding pole 8 in main body rack 3 starts again to graphite fibre
Band is twisted, at the same drive shaft 5 under the engaged transmission with central axis 2 around own axis, and the driving for passing through two sides
5 belt wheel of axis drives take-up pulley 10 and wire winding pole 8 to rotate respectively, and take-up pulley 10 is driven reciprocal in strand oscillator 9 by drive connection
Screw rod 95 rotates.In this way, wire winding pole 8 provides downward drag force to graphite fiber tape or graphite fibre line while twisting,
So that graphite fibre line downlink, and through 9 uniform winding of strand oscillator on take-up pulley 10, take-up pulley 10 is also graphite fibre simultaneously
Drag force with offer downlink.
Since the interval of material disc 16 is fixed on the top of stranding machine, no longer as main body rack 3 rotates, in this way, in material
When graphite fiber tape in disk will be used up, by remaining graphite fiber tape and the graphite fiber tape knotting phase in new material disc
Connect, and the material disc more renewed.In whole process, the main body rack 3 of stranding machine, which is not required to shut down, to be waited, it can be achieved that continuous raw
It produces, improves the twisting efficiency of graphite fiber tape stranding system.
In the present embodiment, lead plate 13 is provided with above wire winding pole 8, the upper fairlead 14 in upper lead plate 13 guarantees
Graphite fiber tape or graphite fibre line enter in stranding machine along fixed track to be twisted, and avoids graphite fiber tape or graphite
Biggish swing occurs in twisting process and then influences the progress of twisting work for fiber line.In the present embodiment, under wire winding pole 8
Side is additionally provided with lower lead plate 21, and fairlead (being not drawn into figure) is provided in lower lead plate 21.In the present embodiment, in fairlead
Between there is perforation to pass through for graphite fibre line, and fairlead upper/lower terminal is the conical opening extended out, can facilitate graphite fibre line
Penetrate and be pierced by, meanwhile, allow graphite fibre line to be in there is certain angle to penetrate and be pierced by with vertical direction.
In the present embodiment, fixed plate facilitates the setting of transaxle, avoids transaxle and the second take-up pulley belt wheel is sent out
Raw interference.In other embodiments, transaxle top can also be arranged to be staggered in the up-down direction with the second take-up pulley belt wheel,
Be not required to that fixed plate is arranged again at this time, transaxle can directly rolling assembling in the respective side walls of main body rack.
In the present embodiment, by the cooperation of protrusion and screw further groove, realize that the rotation stop of runner and take-up pulley is assembled, other
In embodiment, the inner end whole design anisotropic approach of runner can be made, and take-up pulley is directly adapted to and is sleeved on runner.
In other embodiments, the position of protrusion and groove can be interchangeable.
In the present embodiment, in the power output end of the two sides of drive shaft, being connected with the transmission of the first runner is the first power
Output end, another is the second power output end.
In the present embodiment, wire winding pole along own axis can be mounted on main body rack, drive shaft and wire winding pole
Transmission is connected to drive wire winding pole to rotate, and then pulls graphite fibre line downwards.In this way, wire winding pole is twisted to graphite fiber tape
While downward drag force is provided to graphite fiber tape, facilitate the downlink of graphite fiber tape.In other embodiments, around
Line bar can be fixed on main body rack, no longer be connected with drive shaft transmission, in this way, wire winding pole only carries out graphite fiber tape
Twisting.
In the present embodiment, between drive shaft and take-up pulley, between drive shaft and wire winding pole and strand oscillator and take-up pulley
Between by transmission belt realize transmission be connected.In other embodiments, tooth can also be realized by gear between above-mentioned apparatus
Wheel transmission, alternatively, realizing chain conveyer by transmission chain.
In the present embodiment, motor constitutes driving mechanism.In other embodiments, slider-crank mechanism conduct can be used
Driving mechanism, at this point, crank is connected with main body rack, sliding block can drive main body rack to be rotated as power source.
Claims (10)
1. a kind of graphite fiber tape stranding system, it is characterised in that: the material disc including stranding machine and above stranding machine, object
Charging tray arranges that for storing graphite fiber tape, the stranding machine includes material disc by mounting bracket
Pedestal；
Central axis, it is fixed on the base, up and down extend；
Main body rack is set on pedestal, is sleeved on the outside of central axis and can rotate around the axis of central axis, main body rack upper end
With the opening penetrated from top to bottom for graphite fibre line；
Driving mechanism can drive main body rack to be rotated；
Drive shaft, horizontal extension can be set on main body rack around own axis；
Central axis upper end extends in main body rack, and upper end is equipped with central axis angular wheel, has in drive shaft and center axial cone
The drive shaft angular wheel of shape gear engagement, drive shaft with main body rack when being revolved, two angular wheels engaged transmission, with
Drive drive shaft around own axis；
Wire winding pole is set on main body rack, and horizontal extension winds and passes through for graphite fibre line, and wire winding pole is with main body rack
When revolution graphite fibre line can be formed by being twisted by the graphite fiber tape released in material disc and extended from top to bottom；
Take-up pulley is rotatably arranged on main body rack, horizontal extension, be located at wire winding pole below, for wind collect by around
The graphite fibre line passed through in line bar；
Drive shaft is connected with take-up pulley transmission, to drive take-up pulley winding to collect graphite fibre line.
2. graphite fiber tape stranding system according to claim 1, it is characterised in that: the wire winding pole can be around own axes
It is rotatably mounted on main body rack, drive shaft is connected with wire winding pole transmission to drive wire winding pole to rotate, to pull graphite downwards
Fiber line.
3. graphite fiber tape stranding system according to claim 2, it is characterised in that: the take-up pulley is turned by two sides
Wheel is installed in rotation on main body rack, and two runners are installed in rotation on main body rack, between runner and take-up pulley only
Turn assembly, the drive shaft, take-up pulley, runner and wire winding pole extend parallel, the drive shaft have the first power output end and
Second power output end, between the first power output end and the runner of respective side, between the second power output end and wire winding pole
It is driven by way of V belt translation connected.
4. graphite fiber tape stranding system according to claim 3, it is characterised in that: dynamic in second on the main body rack
Side where power output end is fixedly installed with vertically extending fixed plate, is rotatably equipped in fixed plate and extends parallel with wire winding pole
Transaxle passes through V belt translation between wherein one end and the second power output end of the transaxle, between the other end and wire winding pole
Mode be driven it is connected.
5. graphite fiber tape stranding system according to claim 3, it is characterised in that: one of them in two runners include
Being rotatablely installed further includes the fast pulley being fixedly mounted on sleeve in the sleeve on main body rack, and the sleeve can be along its own
Axis is movably assemblied on main body rack, and wherein one end of the take-up pulley and the fast pulley rotation stop sleeve cooperate, another
End cooperates with another runner rotation stop sleeve, and stranding system further includes center fixed link, center fixed link be threaded onto two runners and
Two runner of axial tightening and take-up pulley in take-up pulley and along take-up pulley, center fixed link include bar portion and head, before bar portion
End is screwed on one of runner, and head is pressed on another runner.
6. graphite fiber tape stranding system according to claim 5, it is characterised in that: the corresponding side surface of runner and take-up pulley
In one of them on arranged off-centre it is fluted, correspond to groove on another and be provided with protrusion.
7. according to graphite fiber tape stranding system described in claim 3-6 any one, it is characterised in that: graphite fiber tape system
Stock machine further includes strand oscillator, and strand oscillator is set between wire winding pole and take-up pulley, strand oscillator include it is horizontal-extending, be installed on main body
Reciprocating screw and cross bar on bracket, another runner is connected with being driven by way of V belt translation between reciprocating screw, with band
Graphite fibre line is simultaneously equably wound collection on take-up pulley by dynamic reciprocating screw rotation.
8. according to the described in any item graphite fiber tape stranding systems of claim 2 to 6, it is characterised in that: when wire winding pole rotates
Angular speed be less than main body rack revolve when angular speed.
9. graphite fiber tape stranding system according to any one of claims 1 to 6, it is characterised in that: the wire winding pole
Upper and lower two sides are provided with lead plate, be provided on lead plate passed through for graphite fibre line and to graphite fibre line into
The fairlead of row Horizontal limiting, the upper/lower terminal of the fairlead are the conical opening extended out.
10. graphite fiber tape stranding system according to any one of claims 1 to 6, it is characterised in that: graphite fiber tape system
Stock machine further includes that upper and lower sets up backgauge partition between take-up pulley and drive shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910672825.0A CN110373923B (en) | 2019-07-24 | 2019-07-24 | Graphite fiber belt strand making system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910672825.0A CN110373923B (en) | 2019-07-24 | 2019-07-24 | Graphite fiber belt strand making system |
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| Publication Number | Publication Date |
|---|---|
| CN110373923A true CN110373923A (en) | 2019-10-25 |
| CN110373923B CN110373923B (en) | 2022-03-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910672825.0A Active CN110373923B (en) | 2019-07-24 | 2019-07-24 | Graphite fiber belt strand making system |
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| CN (1) | CN110373923B (en) |
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| CH272804A (en) * | 1949-03-04 | 1951-01-15 | William Kenyon And Sons Limite | Method and device for making a cord. |
| DE3007095A1 (en) * | 1980-02-26 | 1981-09-03 | Werner 6349 Hörbach Henrich | Winding procedure for wire strands - giVes single unbroken length of wire distributed over several spools in mobile array |
| JPS5930438A (en) * | 1982-08-10 | 1984-02-18 | Shinko Kosen Kogyo Kk | Manufacture of twisted wire |
| CN1072977A (en) * | 1991-12-07 | 1993-06-09 | 武汉水利电力学院 | Braider for wire rope without twisting |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN110373923B (en) | 2022-03-29 |
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Effective date of registration: 20220216 Address after: 461000 middle section of Xingshan Avenue, Houhe Town, Changge City, Xuchang City, Henan Province Applicant after: FOUR OF HENAN ELECTRIC POWER EQUIPMENT Co.,Ltd. Address before: 461503 middle section of Xingshan Avenue, Houhe Town, Changge City, Henan Province Applicant before: Henan Cambrian Graphite New Materials Co.,Ltd. |
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