CN101226794A - Wire winding machine - Google Patents
Wire winding machine Download PDFInfo
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- CN101226794A CN101226794A CNA2007100007585A CN200710000758A CN101226794A CN 101226794 A CN101226794 A CN 101226794A CN A2007100007585 A CNA2007100007585 A CN A2007100007585A CN 200710000758 A CN200710000758 A CN 200710000758A CN 101226794 A CN101226794 A CN 101226794A
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Abstract
The invention discloses a stranding machine which comprises a wire feeding mechanism A, a wire feeding mechanism B and a wire draw-in mechanism, wherein the feeding mechanisms and a wire pay-off mechanism are fixed on the same framework, the lower end of the wire feeding mechanism A is provided with a wire pay-off main drive gear type belt pulley which is connected with a reverse clutch, a gear form belt pulley arranged at the lower end of the reverse twist clutch is connected with a gear form belt pulley arranged at the lower end of a motor by belts, the belt pulley arranged at the lower end of the motor is connected with a gear form belt pulley arranged at the lower end of the wire feeding mechanism B by a gear form belt, another arranged at the lower end of the wire feeding mechanism B is connected with a gear form belt pulley of an alternative gear, and a gear form belt pulley arranged at the lower end of the wire draw-in mechanism is connected with a drive motor. The invention can realize two functions of reverse twist, pair stranding and triple reverse twist, complete two conventional techniques in one machine one tome and increase the productive capacity 50%. Pitch of strand of the invention is completed in lines by the main drive output, and the pitch of strand has high stability. The three main machines of the invention use vertical structure. The cover area of the invention is reduced to 50% of the original one.
Description
Technical field
The present invention relates to a kind of stranding machine, relate in particular to and a kind ofly be used for that three times of cable equipment are counter to be turned round and instead turn round the stranding machine that pair twist can use on same board.
Background technology
Stranding machine is widely used a kind of equipment in the wires and cables industry, particularly along with the development of communication industry, the twisted wire standard of various requirement is more and more, lay is little and even, and tiny its of filament diameter can not extend and stable, the stable of pitch of tension force are the developing direction of following stranding machine.
Existing stranding machine all is made up of an independent board, one group of bow, has single function, can not realize the function of counter turning round (back twist) pair twist and three times of strands simultaneously.Realize multiple function, need many units, synchronous working, so not only floor space is big, the cost height, and also the mutual coordination of each board is difficult to realize automation.Have at present two boards are combined, can be used for the back twist paying out machine, but three boards are not combined, realize the structure of multiple function.
Summary of the invention
In order to solve the problem of above-mentioned existence, the invention provides and a kind of three units are combined, can realize three times of counter turning round and the counter function of turning round pair twist.
In order to realize the foregoing invention purpose, technical scheme of the present invention is achieved in that a kind of stranding machine, comprises to line mechanism A, gives line mechanism B and take-up mechanism, gives line mechanism A, is fixed on the same frame for line mechanism B and payingoff mechanism.
When being used for three times of strands, the described main shaft lower end of line mechanism A of giving is provided with unwrapping wire main transmission dentation belt pulley, unwrapping wire main transmission dentation belt pulley is connected by the dentation belt but does not start clutch with the anti-clutch of turning round, so there is no rotation for the back shaft up and down of line mechanism A.This kind technology only will be led to the line of line mechanism A toward giving line mechanism B top via bending to the bottom for the inner left side of line mechanism B carbon, and the line of giving line mechanism B interior spool enters the right carbon through tension force storage line group and interlocking system and bends to the bottom, article two, line forms first rotation knotting below the time, this phenomenon is exactly alleged twisted wire, and the formation of this lay will be got device and form by drawing.This power also comes from back shaft up and down, becomes a very stable lay at once so the carbon bow whenever turns around.
When being used for anti-twisting, unwrapping wire main transmission dentation belt pulley is connected by the dentation belt with the anti-clutch of turning round, and starts clutch, so give line mechanism A the rotation of the line mechanism B of giving in parallel.This kind technology is will lead to the line of line mechanism A bobbin toward carbon bow in the left side is inner to pass also and give the line of line mechanism B to lead simultaneously toward the twisted wire take-up mechanism toward the below warp below line mechanism B.And enter the right carbon bow through tension force storage line group and interlocking system for the line of line mechanism B interior spool, arrive the twisted wire take-up mechanism through the outlet of lower support axle.Because synchronously rotate simultaneously to line mechanism A with to line mechanism B this moment, cable promptly forms counter turning round (reagency) along with carbon bends rotation in carbon bends.Because of electric wire when entering stranding machine, wire rod can form torsion phenomenon, this technology is exactly earlier to enter the twisted wire district again after turning round with wire rod is counter, this moment wire rod counter again turn round normal no twisting states enter stranding machine inside, afterwards turn round (rotation) and eliminated so-called stress part in left side because (rotation) turned round on the wire rod elder generation right side, making wire rod steadily dynamic again is that stable tension enters the twisted wire axle and makes better cable finished product to line.
Describedly give line mechanism A, give line mechanism B and take-up mechanism include carbon fiber bow, carbon brush, bobbin, built-in motor, about top concentric mechanism, tension force storage line group and interlocking system and place the guide roller at carbon fiber bow both ends;
Described carbon fiber bow is connected on upper support axle and the lower support axle at two ends up and down;
Upper and lower back shaft is separately fixed at the upper and lower side of frame by upper and lower spring bearing, and the two ends of upper support axle are provided with carbon brush, and the carbon brush of upper end draws external power source to following carbon brush, and then introduces the built-in motor of mechanism; Built-in motor is arranged on the below of bobbin, and is fixed on the frame;
The middle part of carbon fiber bow is provided with the internal fixation frame, is provided for the bobbin of folding and unfolding electric wire on the internal fixation frame, and bobbin is provided with respectively to line left side top concentric mechanism with to the right top of line concentric mechanism near the both sides of carbon fiber bow;
Tension force storage line group and interlocking system are set on the internal fixation frame side, on the upper interior fixed mount of tension force storage line group and interlocking system x wire sheave A are set; Be arranged on the x wire sheave B of bobbin top.
On the tension force storage line group of the described line mechanism A of giving and the upper interior fixed mount of interlocking system x wire sheave A, the x wire sheave B that dislocation is arranged about two height is set; B is provided with another x wire sheave C above same horizontal level paying out reel with the wire casing wheel, and vertical line sheave D is set above x wire sheave C.
Describedly give line mechanism A and the corner guide wheel is set for the two ends up and down of line mechanism B and the upper end of take-up mechanism respectively.
The described two ends up and down of the carbon fiber bow of line mechanism B of giving are provided with four guide rollers respectively, and the high and low position difference of top two guide rollers.
Describedly give line mechanism A, give line mechanism B and take-up mechanism about the two ends up and down on limit, the support left and right sides of top concentric mechanism strong magnets is set respectively, its effect is that top concentric mechanism support is rotated.
The bobbin of described take-up mechanism below is provided with inside and draws and get wheel and lay change gear, inside is drawn to get to take turns with the replacement gear shaft and is connected, inside is drawn to get to take turns and is connected with transmission main shaft, thereby generation synchronism, make lay stable, and the lay plus-minus is also replaced by gear, all do not have lay and become the condition of shifting one's love, the tension force storage line group and the interlocking system below of described take-up mechanism are provided with change gear, so the realization of adjustability is as long as change this lay with the gear of required lay according to substitution table designed on the board.
Described take-up mechanism top is provided with illuminator.
Describedly give line mechanism A, be provided with for the inside of line mechanism B and retractable cable mechanism to incite air-heater, because the interlocking system of described tension force storage line group and interlocking system, take-up axle, paying out reel, the equal pick up speed of motor when it raises; Take-up axle, paying out reel, the equal slow-down of motor when it descends, its power supply is from the top carbon brush and make it produce internal temperature.Thereby give line mechanism A, be provided with for the inside of line mechanism B and take-up mechanism respectively to incite air-heater.
Compared with prior art the invention has the beneficial effects as follows:
1, two or many copper cash or in type PVC line can be twisted into and have the fixedly electric wire of lay, its internal structure has anti-progradation.
2, can handle high level communication class cable, as 5 frequencies or 6 frequencies even 7 frequencies, this kind twisted wire is applicable to the special-purpose networking of computer usefulness, and counter earlier the turning round of the electric wire of sending remake pair twist, eliminates stress earlier, makes the communication quality of cable stable to reach laser propagation effect.
3, existing pair twister all is to have only 2 times twisting effect, and the present invention but can have three twisting functions and back twist and two kinds of functions of use of secondary strand, and this function makes production capacity of the present invention improve 50% and dwindle floor space than original.
4, because embarking on journey, the lay of this machine all have main transmission output to make, so lay stability is quite high, and existing equipment multi-purpose electric processing procedure preface, thereby lay is changed and produce unsettled situation.
5, the many employings of stranding machine of the prior art are horizontal, thereby need take up an area of about 7-8 rice space when using, the present invention takes to change three main frames into vertical type structure, and floor space is reduced into 50% of original area approximately, allows the operator conveniently use but not wasting space and area.
6, because the design principle of this type has contained multi-functional design concept, originally be the inner equal lighting of part of adopting and require to improve prouctiveness, for example, carbon fiber revolution bow, the use of high magnetic magnet, high-speed bearing, carbon system conducting system.
Description of drawings
Fig. 1 is a stranding machine planar structure schematic diagram of the present invention.
Fig. 2 is a stranding machine perspective view of the present invention.
Fig. 3 gives the line mechanism structural representation for the present invention.
Fig. 4 is a twisted wire take-up mechanism structural representation of the present invention.
Fig. 5 moves towards structural representation for three times of anti-electric wires of turning round of the present invention.
Fig. 6 moves towards structural representation for the anti-pair twist electric wire of turning round of the present invention.
Among the figure
1-frame 2-gives line mechanism A for line mechanism B 3-take-up mechanism 4-
101-carbon fiber bow 102-upper support axle 103-lower support axle 104-carbon brush
Top, 105-built-in motor 106-bobbin 107-internal fixation frame 108-left side concentric mechanism
The right top of 109-concentric mechanism 110-tension force storage line group and interlocking system 111-wire casing wheel A
112-wire casing wheel B 113-wire casing wheel C 114-wire casing wheel D guide roller 115
116-strong magnets 120-corner guide wheel 121-unwrapping wire main transmission dentation belt pulley
The anti-clutch 123-dentation belt 124-dentation belt pulley of turning round of 122-
125-motor 126-dentation belt pulley 127-dentation belt pulley
128-dentation belt pulley 129-draws and gets device 201-carbon fiber bow
202-upper support axle 203-lower support axle 204-carbon brush
Top, 205-built-in motor 206-bobbin 208-left side concentric mechanism
The right top of 209-concentric mechanism 210-tension force storage line group and interlocking system 211-wire casing wheel A
212-wire casing wheel B 213-wire casing wheel C 214-wire casing wheel D
216-strong magnets 220-corner guide wheel 221-lower tumbler
222-tension force storage line group and interlocking system 223-guided wheel slot 301-carbon fiber bow
302-upper support axle 303-lower support axle 304-carbon brush
Top, 305-built-in motor 306-bobbin 307-internal fixation frame 308-left side concentric mechanism
The right top of 309-concentric mechanism 310-tension force storage line group and interlocking system 311-x wire sheave
312-Cable Assembly system 313-strong magnets 315-draws inside and gets wheel
316-lay change gear 317-change gear 318-external motor
320-corner guide wheel 322-corner guide wheel 323-incites air-heater
The 324-electric wire
Embodiment
Below in conjunction with the drawings and specific embodiments the present invention is described in further detail, but not as a limitation of the invention.
Stranding machine as depicted in figs. 1 and 2 can be realized three times of counter functions of turning round, and this stranding machine comprises to line mechanism A 4, gives line mechanism B 2 and take-up mechanism 3, is fixed on the same frame 1 for line mechanism and payingoff mechanism 3; The top of described take-up mechanism 3 is provided with incites air-heater 323.
As shown in Figure 3, the described two ends up and down of the carbon fiber bow 101 of line mechanism A 4 of giving are connected on upper support axle 102 and the lower support axle 103, upper and lower back shaft is separately fixed at the upper and lower side of frame 1 by upper and lower spring bearing, the two ends of upper support axle 102 are provided with carbon brush 104, the carbon brush 104 of upper end draws external power source to following carbon brush 104, and then introduces and give built-in motor 105; Built-in motor 105 is arranged on the below of bobbin 106, and built-in motor 105 is fixed on the frame 1; The middle part of carbon fiber bow 101 is provided with internal fixation frame 107, on internal fixation frame 107, be provided for the bobbin 106 of folding and unfolding electric wire 324, bobbin 106 is provided with respectively to top, line left side concentric mechanism 108 with to the right top of line concentric mechanism 109 near the both sides of carbon fiber bow 101, the two ends up and down on the limit, the support left and right sides of left and right top concentric mechanism are provided with strong magnets 116 respectively, and its effect is that top concentric mechanism support is rotated; Tension force storage line group and interlocking system 110 are set on internal fixation frame 107 sides, and tension force storage line group and interlocking system 110 can make the full axle of the line on the bobbin 106 send with same tension force to empty axle, and can control the rotating speed of built-in motor 105; X wire sheave A 111 and wire casing wheel B 112 are set on the upper interior fixed mount 107 of tension force storage line group and interlocking system 110, and wherein the position of wire casing wheel A 111 is than the position height of wire casing wheel B 112; B 112 is provided with another x wire sheave C 113 above same horizontal level bobbin 106 with the wire casing wheel, vertical line sheave D 114 is set above x wire sheave C 113, and the upper and lower end parts of described left side carbon fiber bow 101 is provided with the guide roller (not shown).
The mechanism of the described line mechanism B of giving is basic identical with the structure of giving line mechanism A 4, carbon fiber bow 201 two ends up and down be connected on upper support axle 202 and the lower support axle 203, upper and lower back shaft is separately fixed at the upper and lower side of frame 1 by upper and lower spring bearing, the two ends of upper support axle 202 are provided with carbon brush 204, the carbon brush 204 of upper end draws external power source to following carbon brush 204, and then introduces and give built-in motor 205; Built-in motor 205 is arranged on the below of bobbin 206, and built-in motor 205 is fixed on the frame 1; The middle part of carbon fiber bow 201 is provided with the internal fixation frame, on the internal fixation frame, be provided for the bobbin 206 of folding and unfolding electric wire 324, bobbin 206 is provided with respectively to top, line left side concentric mechanism 208 with to the right top of line concentric mechanism 209 near the both sides of carbon fiber bow 201, a left side, the two ends up and down of right top concentric mechanism are provided with strong magnets 216, tension force storage line group and interlocking system 210 are set on the strong magnets internal fixation frame side, x wire sheave A 211 and wire casing wheel B 212 are set on the upper interior fixed mount of tension force storage line group and interlocking system 210, and wherein the position of wire casing wheel A 211 is than the position height of wire casing wheel B 212; B 212 is provided with another x wire sheave C 213 above same horizontal level bobbin 206 with below wire casing wheel, vertical line sheave D 214 is set above x wire sheave C 213, the two ends up and down of described carbon fiber bow 201 are provided with four guide rollers respectively, and the high and low position difference of top two guide rollers.
As shown in Figure 4, the two ends up and down of the carbon fiber bow 301 of described take-up mechanism are connected on upper support axle 302 and the lower support axle 303, upper and lower back shaft is separately fixed at the upper and lower side of frame 1 by upper and lower spring bearing, the two ends of upper support axle 302 are provided with carbon brush 304, the carbon brush 304 of upper end draws external power source to following carbon brush 304, and then introduces and give built-in motor 305; Built-in motor 305 is arranged on the below of bobbin 306, and built-in motor 305 is fixed on the frame 1; The middle part of carbon fiber bow 301 is provided with internal fixation frame 307, on internal fixation frame 307, be provided for the bobbin 306 of folding and unfolding electric wire 324, bobbin 306 is provided with respectively to top, line left side concentric mechanism 308 with to the right top of line concentric mechanism 309 near the both sides of carbon fiber bow 301, the two ends up and down of left and right top concentric mechanism are provided with strong magnets 313, tension force storage line group and interlocking system 310 are set on the internal fixation frame side, on the upper interior fixed mount of tension force storage line group and interlocking system 310 x wire sheave 311 is set, the top of bobbin 306 is provided with Cable Assembly system 312; The adjacent inside that is provided with built-in motor 305 is drawn and is got wheel 315 and lay change gear 316 below bobbin 306, described inside is drawn and is got wheel 315 and lay change gear 316, lay change gear 316 is connected with main shaft, so the realization of adjustability is as long as change this lay with the gear of required lay according to substitution table designed on the board.
Inside is drawn and is got wheel 315 and lay change gear 316 get final product with gear change needed electric wire lay after good, owing to be by the main wheel transmission, so the lay of formation can not change, draw than the use motor and gets stablely, and is not easy to break down; Described tension force storage line group and interlocking system 310 belows are provided with change gear 317; The below of take-up mechanism 3 is connected with external motor 318, and external motor 318 provides power for take-up mechanism 3, and take-up mechanism 3 the tops are provided with the illuminator (not shown).
When being used for three times of strands, described line mechanism A 4 lower ends of giving are provided with unwrapping wire main transmission dentation belt pulley 121, unwrapping wire main transmission dentation belt pulley 121 is connected by dentation belt 123 with the anti-clutch 122 of turning round, and turns round clutch 122 but startup is counter, so back shaft there is no rotation up and down.The counter dentation belt pulley 124 of turning round clutch 122 lower ends is connected by the dentation belt pulley of belt with motor 125 lower ends; The dentation belt pulley of described motor 125 lower ends is connected by the dentation belt with the dentation belt pulley 127 of giving line mechanism B 2 lower ends, described another dentation belt pulley 128 to line mechanism B 2 lower ends with draw the dentation belt pulley of getting device 129 and be connected; This kind technology only will be led to the line of line mechanism A 4 toward giving line mechanism B 2 tops via giving line mechanism B 2 inner left side carbon bows 201 to the bottom, and the line of giving line mechanism B 2 interior spool enters the right carbon bow 201 to the bottom through tension force storage line group and interlocking system 210, article two, line forms first rotation knotting below the time, this phenomenon is exactly alleged twisted wire, and the formation of this lay will be drawn by outside aside and be got device 129 and form.This power also comes from up and down back shaft, and to become a lay at once be very stable so the carbon bow whenever turns around.
When being used for anti-twisting, unwrapping wire main transmission dentation belt pulley 121 is connected by dentation belt 123 with the anti-clutch 122 of turning round, and starts the anti-clutch 122 of turning round, so give line mechanism A the rotations of the 4 line mechanism B 2 of giving in parallel.This kind technology be will give the line of line mechanism A 4 bobbins 106 lead toward left side carbon bend 101 inside down back shaft 103 pass below the line mechanism B 2 and and lead past twisted wire take-up mechanism 3 simultaneously for the line of line mechanism B 2 through giving.And enter the right carbon bow 201 through tension force storage line group and interlocking system 210 for the line of line mechanism B 2 interior spool 206, arrive twisted wire take-up mechanism 3 through 103 outlets of lower support axle.Because synchronously rotate simultaneously to line mechanism A 4 with to line mechanism B 2 this moment, cable promptly forms counter turning round (reagency) along with carbon bends rotation in carbon bends.Because of electric wire 324 when entering stranding machine, wire rod can form torsion phenomenon, this technology is exactly earlier to enter the twisted wire district again after turning round with wire rod is counter, this moment wire rod counter again turn round normal no twisting states enter stranding machine inside, afterwards turn round (rotation) and eliminated so-called stress part in left side because (rotation) turned round on the wire rod elder generation right side, making wire rod steadily dynamic again is that stable tension enters the twisted wire axle and makes better cable finished product to line.
As Fig. 1 and shown in Figure 5, three times of anti-operation principles of turning round:
Electric wire 324 is from giving the bobbin 106 warp sheave C 113 of line mechanism A 4, wire casing wheel B 112 enters tension force storage line group and interlocking system 110, the warp sheave A 111 that comes out from tension force storage line group and interlocking system 110 upper ends then enters wire casing wheel D 114, (give line mechanism A 4 carbon fibers bow 101 do not rotate) enters to the i.e. left side bow of the high position bow of line mechanism B 2 through corner guide wheel 120 and corner guide wheel 220 along main shaft, electric wire 324 is from following the bringing out of high position bow, the low level bow of introducing this board for simultaneously from top electric wire 324 on line mechanism B 2 bobbins 206 is the right side bow, electric wire is from following the bringing out of low level bow, and electric wire 324 is gone into the bow back and moved back knob; Form for the first time stranded at A from two electric wires 324 that a high position is bent and low level bends out, electric wire 324 after stranded enters to draw through lower tumbler 221 gets device 129 formation fixed knot distances, owing to draw and get by spindle drive, the lay that strong fix selects for use gear to work good very much so it whenever turns around promptly, the guided wheel slot 223 of electric wire 324 on tension force storage line group and interlocking system 222 enters the corner introduction 320 that is positioned on the frame 1,322, enter take-up mechanism 3, before entering take-up mechanism 3, the guide roller B place of bending 301 tops at carbon fiber forms twisted wire for the second time, twisted wire is descending along the right side bow, the guide roller that bends 301 bottoms through carbon fiber enters inside and draws and get and lay change gear group, this is the important document of the second time and lay formation for the third time, its traction needs very stable, adopt dentation belt and main shaft to link together so rotate, keep very stable transmission, twisted wire enters tension force storage line group and interlocking system 310 through change gear 317, imports to bobbin 306 through Cable Assembly system 312.
As Fig. 2 and shown in Figure 6, anti-knob pair twist operation principle:
Electric wire 324 is from giving the bobbin 106 warp sheave C 113 of line mechanism A 4, wire casing wheel B 112 enters tension force storage line group and interlocking system, the warp sheave A 111 that comes out from tension force storage line group and interlocking system upper end then enters wire casing wheel D 114, go into left side carbon bow through the guide roller that is arranged on the carbon bow of left side, the rotation of carbon fiber bow 101 promptly forms moves back knob, also being that revolution is once counter turns round once, promptly formed the anti-phenomenon of turning round at C place warp electric wire later, electric wire goes out to line mechanism A 4 through lower wire wheel 115 again, give the electric wire 324 warp sheave C 213 on line mechanism B 2 bobbins 206 simultaneously, wire casing wheel B 212 enters tension force storage line group and interlocking system 210, the warp sheave A 211 that comes out from tension force storage line group and interlocking system 210 upper ends then enters wire casing wheel D 214, guide roller through low level carbon bow top enters low level carbon bow, electric wire 324 is that D goes out to line mechanism B 2 from the bottom of low level carbon bow through the lower wire wheel, electric wire through the D place has formed the anti-phenomenon of turning round, the i.e. stress of electric wire; This electric wire 324 with converge at corner guide wheel 221 from the electric wire 324 of coming out for line mechanism A 4, enter jointly to draw and get device 129, guided wheel slot 223 on tension force storage line group and the interlocking system 222 enters the corner introduction 320,322 that is positioned on the frame 1, enter take-up mechanism 3, before entering take-up mechanism 3, the B of guide roller place that bends 301 tops at carbon fiber forms for the first time stranded, entering inside through carbon fiber bow 301 draws and gets wheel and lay change gear, twisted wire enters tension force storage line group and interlocking system 310 through change gear 317, imports to bobbin 306 through Cable Assembly system 312.
Claims (9)
1. a stranding machine is characterized in that, comprises to line mechanism A, gives line mechanism B and take-up mechanism, is fixed on the same frame for line mechanism and payingoff mechanism.
2. stranding machine according to claim 1, it is characterized in that, the described lower end of line mechanism A of giving is provided with unwrapping wire main transmission dentation belt pulley, unwrapping wire main transmission dentation belt pulley is connected by the dentation belt with the anti-clutch of turning round, and the counter dentation belt pulley of turning round the clutch lower end is connected with the dentation belt pulley of motor lower end by belt; The dentation belt pulley of described motor lower end is connected by the dentation belt with the dentation belt pulley of giving line mechanism B lower end, and described another dentation belt pulley of line mechanism B lower end of giving is connected with the dentation belt pulley of replacing gear; Described take-up mechanism lower end dentation belt pulley is connected with driving motor.
3. stranding machine according to claim 1, it is characterized in that, describedly give line mechanism A, give line mechanism B and take-up mechanism include carbon fiber bow, carbon brush, bobbin, give line built-in motor, about top concentric mechanism, tension force storage line group and interlocking system and place the guide roller at carbon fiber bow both ends;
Described carbon fiber bow is connected on upper support axle and the lower support axle at two ends up and down;
Upper and lower back shaft is separately fixed at the upper and lower side of frame by upper and lower spring bearing, and the two ends of upper support axle are provided with carbon brush, and the carbon brush of upper end draws external power source to following carbon brush, and then introduces the built-in motor of giving line mechanism and take-up mechanism; Built-in motor is arranged on the below of bobbin, and is fixed on the frame, forms interior spool and gives line automatically, and its speed is by the inner interlocking system control of tension adjustment;
The middle part of carbon fiber bow is provided with the internal fixation frame, is provided for the bobbin of folding and unfolding electric wire on the internal fixation frame, and bobbin is provided with respectively to line left side top concentric mechanism with to the right top of line concentric mechanism near the both sides of carbon fiber bow;
Be arranged on tension force storage line group and interlocking system on the internal fixation frame side, on the upper interior fixed mount of tension force storage line group and interlocking system x wire sheave A be set; Be arranged on the x wire sheave B of bobbin top.
4. stranding machine according to claim 1 is characterized in that, on the tension force storage line group of the described line mechanism A of giving and the upper interior fixed mount of interlocking system x wire sheave A, the x wire sheave B that dislocation is arranged about two height is set; B is provided with another x wire sheave C above same horizontal level paying out reel with the wire casing wheel, and vertical line sheave D is set above x wire sheave C.
5. stranding machine according to claim 1 is characterized in that, describedly gives line mechanism A and the corner guide wheel is set for the two ends up and down of line mechanism B and the upper end of take-up mechanism respectively.
6. stranding machine according to claim 1, it is characterized in that, the described two ends up and down of the carbon fiber bow of line mechanism B of giving are provided with four guide rollers respectively, above the high and low position difference of two guide rollers, the described line mechanism A of giving, strong magnets is set for the two ends up and down on limit, the support left and right sides of the top concentric mechanism of line mechanism B and take-up mechanism respectively.
7. stranding machine according to claim 1, it is characterized in that, the bobbin of described take-up mechanism below is provided with inside draws and gets wheel and lay change gear, and inside is drawn and got wheel and be connected with transmission main shaft, and the tension force of described take-up mechanism is provided with change gear below storing up line group and interlocking system.
8. stranding machine according to claim 1 is characterized in that, describedly gives line mechanism A, is provided with for the inside of line mechanism B and take-up mechanism respectively to incite air-heater.
9. stranding machine according to claim 1 is characterized in that, described take-up mechanism top is provided with illuminator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100007585A CN101226794A (en) | 2007-01-19 | 2007-01-19 | Wire winding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007100007585A CN101226794A (en) | 2007-01-19 | 2007-01-19 | Wire winding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101226794A true CN101226794A (en) | 2008-07-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2007100007585A Pending CN101226794A (en) | 2007-01-19 | 2007-01-19 | Wire winding machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101989473A (en) * | 2010-12-06 | 2011-03-23 | 无锡江南电缆有限公司 | Stranding cage disc with molded line stranding and positioning device |
| CN102254633A (en) * | 2011-05-17 | 2011-11-23 | 芜湖飞云电工机械有限公司 | Conducting wire back-twisting mechanism of cabling device |
| CN102290154A (en) * | 2011-06-17 | 2011-12-21 | 苏州宝兴电线电缆有限公司 | Pitch adjusting device for bunching machine |
| CN102446591A (en) * | 2010-10-12 | 2012-05-09 | 赵光辉 | Stranding machine |
| CN102856004A (en) * | 2012-08-21 | 2013-01-02 | 深圳市领亚电子有限公司 | Through jig and non-twisted cable assembling device |
| CN105079955A (en) * | 2015-09-11 | 2015-11-25 | 郑州大学 | Automatic hot melt type twisted-pair stimulation electrode manufacturing device |
| CN112850362A (en) * | 2020-12-31 | 2021-05-28 | 江阴天润信息技术有限公司 | Constant-tension unreeling control system suitable for application in rotating body |
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- 2007-01-19 CN CNA2007100007585A patent/CN101226794A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102446591A (en) * | 2010-10-12 | 2012-05-09 | 赵光辉 | Stranding machine |
| CN101989473A (en) * | 2010-12-06 | 2011-03-23 | 无锡江南电缆有限公司 | Stranding cage disc with molded line stranding and positioning device |
| CN102254633A (en) * | 2011-05-17 | 2011-11-23 | 芜湖飞云电工机械有限公司 | Conducting wire back-twisting mechanism of cabling device |
| CN102290154A (en) * | 2011-06-17 | 2011-12-21 | 苏州宝兴电线电缆有限公司 | Pitch adjusting device for bunching machine |
| CN102856004A (en) * | 2012-08-21 | 2013-01-02 | 深圳市领亚电子有限公司 | Through jig and non-twisted cable assembling device |
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| CN105079955A (en) * | 2015-09-11 | 2015-11-25 | 郑州大学 | Automatic hot melt type twisted-pair stimulation electrode manufacturing device |
| CN112850362A (en) * | 2020-12-31 | 2021-05-28 | 江阴天润信息技术有限公司 | Constant-tension unreeling control system suitable for application in rotating body |
| CN112850362B (en) * | 2020-12-31 | 2024-05-28 | 江阴天润信息技术有限公司 | Constant tension unreeling control system suitable for application in rotating body |
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