CN110482327A - Steel wire winding device is used in a kind of production of high-pressure rubber pipe - Google Patents
Steel wire winding device is used in a kind of production of high-pressure rubber pipe Download PDFInfo
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- CN110482327A CN110482327A CN201910774181.6A CN201910774181A CN110482327A CN 110482327 A CN110482327 A CN 110482327A CN 201910774181 A CN201910774181 A CN 201910774181A CN 110482327 A CN110482327 A CN 110482327A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H75/00—Storing webs, tapes, or filamentary material, e.g. on reels
- B65H75/02—Cores, formers, supports, or holders for coiled, wound, or folded material, e.g. reels, spindles, bobbins, cop tubes, cans, mandrels or chucks
- B65H75/18—Constructional details
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Abstract
The present invention relates to a kind of high-pressure rubber pipe production steel wire winding devices, including portal frame, rotary electric machine, master gear, Rotational Cylindrical group, outer enlarging device, pressing roller, electronic sliding block and locking device, the lower end of the portal frame is equipped with Rotational Cylindrical group, the left end of Rotational Cylindrical group is equipped with master gear, master gear is mounted on the output shaft of rotary electric machine, rotary electric machine is installed on the gantry by pedestal, outer enlarging device is uniformly provided in Rotational Cylindrical group, pressing roller is installed in the middle part of portal frame, the upper end of portal frame is equipped with electronic sliding block, and electronic sliding block is equipped with locking device.When the present invention can solve steel wire winding, usually interior sebific duct is set in rotation axis, when interior sebific duct aperture differs larger with rotation shaft diameter, it is easy to flatten outside interior sebific duct during steel wire winding, the very fast situation of steel wire payingoff speed is likely to occur during steel wire winding, be easy to cause steel wire cannot the case where internally rubber hose outer wall tightly wraps the problems such as.
Description
Technical field
The present invention relates to high-pressure rubber pipe production field, in particular to steel wire winding device is used in a kind of high-pressure rubber pipe production.
Background technique
High-pressure rubber pipe has excellent oil resistant, heat-resisting, ageing-resistant performance, and bearing capacity is high, and pulse behaviors are superior, resistance to circumnutating property
Excellent with fatigue durability, therefore, high-pressure rubber pipe is widely used in petrochemical industry, coal, electric power, communications and transportation, medical instrument, machine
The multiple fields such as tool manufacture, mining, ship, automobile need internal rubber hose outer wall winding composite steel in high-pressure rubber pipe production process
Silk, wherein the high-pressure rubber pipe of six layers of steel wire winding is relatively common, steel wire plays the role of enhancing skeleton, often in steel wire winding
Following problems can be encountered:
1, since interior sebific duct is hose, interior sebific duct is usually set in rotation axis to internal glue by personnel before steel wire winding
Pipe is straightened, still, since the aperture of interior sebific duct is different, when interior sebific duct aperture differs larger with rotation shaft diameter, in steel wire
It is easy to flatten outside interior sebific duct during winding, to affect the effect of steel wire winding；
2, it is likely to occur the very fast situation of steel wire payingoff speed during steel wire winding, is easy to cause steel wire cannot internal glue
The case where pipe outer wall tightly wraps.
Summary of the invention
(1) technical problems to be solved
When the present invention can solve steel wire winding, since interior sebific duct is hose, personnel are usually by interior sebific duct before steel wire winding
It is arranged on the rotating shaft to which internal sebific duct is straightened, still, since the aperture of interior sebific duct is different, interior sebific duct aperture and rotation
When shaft diameter difference is larger, it is easy to flatten outside interior sebific duct during steel wire winding, to affect steel wire winding
Effect is likely to occur the very fast situation of steel wire payingoff speed during steel wire winding, is easy to cause steel wire cannot be internally outside sebific duct
The problems such as the case where wall tightly wraps.
(2) technical solution
To achieve the goals above, the invention adopts the following technical scheme: a kind of high-pressure rubber pipe production is filled with steel wire winding
It sets, including portal frame, rotary electric machine, master gear, Rotational Cylindrical group, outer enlarging device, pressing roller, electronic sliding block and locking device, institute
The lower end for the portal frame stated is equipped with Rotational Cylindrical group, and the left end of Rotational Cylindrical group is equipped with master gear, and master gear is mounted on rotary electric machine
Output shaft on, rotary electric machine by pedestal install on the gantry, outer enlarging device is uniformly provided in Rotational Cylindrical group, portal frame
Middle part is equipped with pressing roller, and the upper end of portal frame is equipped with electronic sliding block, and electronic sliding block is equipped with locking device.
The Rotational Cylindrical group includes open tubular column, rack gear, built-in motor, shaft and rotating turret, the left end installation of open tubular column
There is rack gear, master gear is engaged on rack gear, built-in motor is installed inside open tubular column, is equipped with and turns on the output shaft of built-in motor
The right end of axis, shaft is connected by bearing with right end inside open tubular column, and the right end of open tubular column is erected on rotating turret, rotating turret peace
On the gantry, when specific works, core retainer plate is located on open tubular column for dress, and the outer internal rubber tube inner wall of enlarging device carries out resisting positioning,
Rotary electric machine drives open tubular column rotation, and locking device cooperates pressing roller to carry out steel wire winding to core retainer plate outer wall.
The outer enlarging device includes extrusion ring, extends out frame, connecting rod and reset spring, and extrusion ring is mounted in shaft,
Be uniformly provided with disengaging slot on open tubular column, and pass in and out in slot by way of being slidably matched with extend out frame and be connected, extend out the interior of frame
End is connected by reset spring with hollow column wall, and adjacent extending out is connected with connecting rod between frame, when specific works, built-in motor
Extrusion ring rotation is driven to be bonded so that frame will be extended out and squeezed out outward until with interior rubber tube inner wall, reset spring plays the work of reset
With.
The locking device include dust cover, winding cylinder, transmission group, work drive motor, conveying frame, driven shaft, anti-metal,
The inner upper end of defeated line chamber and two tension framves, dust cover is equipped with winding cylinder, the right end and work electricity of winding cylinder by bearing
The output shaft of machine is connected, and work drive motor is mounted on dust cover, and winding cylinder is connected by transmission group with driven shaft, pacifies on driven shaft
Equipped with anti-metal, conveying frame is installed in dust cover, and conveys frame between winding cylinder and anti-metal, the lower end of dust cover is opened
Equipped with defeated line chamber, the installation of the front end of defeated line chamber is there are two tensing frame, when specific works, by steel wire winding to winding cylinder, and steel wire
Free end wind and be placed on interior sebific duct surface after anti-metal one encloses, work drive motor synchronous drive under the duplication of transmission group is wound
Cylinder, driven shaft, anti-metal to the steel wire in conveying play the role of it is locking tighten, two tension framves steel wire is played pull back it is locking
Effect, locking device plays locking effect to steel wire, avoids steel wire winding situation excessively loose on interior sebific duct.
The anti-metal includes two annular slabs, telescopic rods and extends out arc frame, and two annular slabs are mounted on driven shaft,
It is uniformly provided between two annular slabs and extends out arc frame, and extending out arc frame is circumferentially, to extend out and be connected between arc frame and driven shaft
Telescopic rod, when specific works, steel wire winding is enclosed in anti-metal one, is extended out arc frame and is expanded outwardly under the action of telescopic rod, thus
Steel wire is carried out to tighten conveying.
The tension frame includes tensing block, back-moving spring and friction block, and it is by way of being slidably matched and oblique to tense block
Sliding slot is connected, and tenses block and be connected by back-moving spring with oblique chute, and the inner end for tensing block uniformly opens up hiding slot, and hides slot
It is interior that friction block is connected with by pin shaft, when specific works, by between two tension blocks when steel wire conveys, due to friction block and steel wire
Between generate biggish friction, when steel wire conveying it is too fast when will drive friction block move forward, pass through the reset of back-moving spring
Friction block is subjected to pullback motion to pull back tightening to steel wire.
Wherein, the left end of the open tubular column is equipped with ring slider, and ring slider is by way of being slidably matched and sliding
Slot is connected, and sliding groove is installed on the gantry, and the right end of open tubular column offers annular groove, and rotating turret is located in annular groove.
Wherein, the upper end of the rotating turret is arcuate structure, and the upper end of rotating turret is uniformly provided with groove, and groove
Interior to be equipped with steel ball, the middle part of rotating turret is stretching structure.
Wherein, the extrusion ring is tightly attached on the inner face for extending out frame, is uniformly provided with protrusion along its circumferential direction on extrusion ring
Round block, and protrude round block and extended out between frame positioned at adjacent, it extends out and is opened up on frame there are two L-type slot, connecting rod is located at L-type slot
It is interior, and the left and right ends of connecting rod are L-type structure, the outer end face for extending out frame is arcuate structure.
Wherein, compression rubber ring is uniformly provided on the outer wall of the pressing roller, the inside of pressing roller is equipped with cavity, cavity
It is inside placed with gravity steel ball, improves the gravity of pressing roller to preferably carry out compression operation.
Wherein, the left and right ends of the pressing roller are set by bearing there are two connecting plate, and connecting plate passes through the side being slidably matched
It is connected in the middle part of formula and portal frame, and is connected with buffer spring between portal frame and connecting plate, pressing roller can moves up and down, and ensure that compression
It is bonded always between roller and steel wire outermost layer.
Wherein, the inside of the conveying frame offers limit hole, and the internal diameter of limit hole is gradually reduced from top to bottom, limit
Its circumferential direction of the upper end edge in position hole is uniformly provided with empty slot, and ball is equipped in empty slot.
Wherein, it is uniformly provided on the annular slab along its circumferential direction and extends out slot, and it is interior by even spring and outer to extend out slot
Expand arc frame to be connected, even the setting of spring, which increases, extends out arc frame extrapolability, tightens power to improve in steel wire transmission process
Degree.
Wherein, it is described extend out arc frame by way of being slidably matched with extend out slot and be connected, extend out and uniformly opened up in arc frame
There is pop-up slot, and pop up in slot and be connected by working spring with pop-up frame, the outer end for popping up frame is concave arcuate structure, pop-up
The setting of frame, which increases, extends out arc frame extrapolability, tightens dynamics to improve in steel wire transmission process.
Wherein, the upper end of the defeated line chamber is set by pin shaft there are two idler wheel, the steel wire in two pairs of rollers conveyings into
The front end of the effect that limit of having gone conveys, defeated line chamber is equipped with oblique chute, and oblique chute is the knot being gradually inclined outwardly from front to back
Structure.
Wherein, the inner face of the friction block is the structure being gradually inclined outwardly from front to back, and friction block passes through operation
Spring is connected with hiding slot, and it is bittiness to be uniformly provided with rubber convex on the inner face of friction block, improves between friction block and steel wire
Friction dynamics, to improve the utilization rate of pulling back for tensing frame.
(3) beneficial effect
1, a kind of high-pressure rubber pipe production steel wire winding device of the present invention, the present invention strut positioning using inside
The case where internal sebific duct of mode is positioned, and interior sebific duct flattens when avoiding steel wire winding, and tightened by pulling back and
It expands the mode tightened and locking processing is carried out to the steel wire in conveying, reduce a possibility that steel wire winding is not tight；
2, a kind of high-pressure rubber pipe production steel wire winding device of the present invention, outer enlarging device of the present invention pass through
Extrusion ring avoids steel wire to being supportted outside the extruding for extending out frame to which the interior rubber tube inner wall to different size carries out fitting support completely
The case where interior sebific duct flattens when winding；
3, a kind of high-pressure rubber pipe production steel wire winding device of the present invention, pressing roller of the present invention pass through weight
Power effect carries out fitting compression to winding layer, improves the compactness of winding layer；
4, a kind of high-pressure rubber pipe production steel wire winding device of the present invention, anti-metal of the present invention pass through increasing
The conveying track of long steel wire is to improve the degree of tautness of steel wire, and two tension framves pull back tightening to steel wire, locking device
Locking processing is carried out to the steel wire of transport status.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples.
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the A-A cross-sectional view of Fig. 1 of the present invention；
Fig. 3 is the first cross-sectional view of locking device of the present invention；
Fig. 4 is the second cross-sectional view of locking device of the present invention；
Fig. 5 is the X of Fig. 3 of the present invention to partial enlarged view；
Fig. 6 is the Y-direction partial enlarged view of Fig. 4 of the present invention；
Fig. 7 is the Z-direction partial enlarged view of Fig. 4 of the present invention.
Specific embodiment
Below with reference to the accompanying drawings the embodiment of the present invention is illustrated.In the process, for ensure illustrate definition and
Convenience, we may the width to lines in diagram or constituent element the mark exaggerated of size.
In addition, term hereinafter is defined based on the function in the present invention, it can be according to the intention of user, fortune user
Or convention and difference.Therefore, these terms are defined based on the full content of this specification.
As shown in Figures 1 to 7, a kind of high-pressure rubber pipe production steel wire winding device, including portal frame 1, rotary electric machine 2,
Master gear 3, Rotational Cylindrical group 4, outer enlarging device 5, pressing roller 6, electronic sliding block 7 and locking device 8, the lower end of the portal frame 1
Rotational Cylindrical group 4 is installed, the left end of Rotational Cylindrical group 4 is equipped with master gear 3, and master gear 3 is mounted on the output shaft of rotary electric machine 2,
Rotary electric machine 2 is mounted on portal frame 1 by pedestal, and outer enlarging device 5, the middle part peace of portal frame 1 are uniformly provided in Rotational Cylindrical group 4
Equipped with pressing roller 6, the upper end of portal frame 1 is equipped with electronic sliding block 7, and electronic sliding block 7 is equipped with locking device 8, the right side of portal frame 1
End offers inlet port, and electronic sliding block 7, the structure feature of rotary electric machine 2, working principle and control method are existing skill
Art.
The Rotational Cylindrical group 4 includes open tubular column 41, rack gear 42, built-in motor 45, shaft 46 and rotating turret 47, open tubular column
41 left end is equipped with rack gear 42, and master gear 3 is engaged on rack gear 42, and built-in motor 45 is equipped with inside open tubular column 41, built-in
Shaft 46 is installed, the right end of shaft 46 is connected by bearing with 41 inside right end of open tubular column, hollow on the output shaft of motor 45
The right end of column 41 is erected on rotating turret 47, and rotating turret 47 is mounted on portal frame 1, the structure feature of built-in motor 45, work
Principle and control method are the prior art, when specific works, core retainer plate are located on open tubular column 41, outer enlarging device 5 is to interior glue
Inside pipe wall resist positioning, and rotary electric machine 2 drives open tubular column 41 to rotate, locking device 8 cooperate pressing roller 6 to core retainer plate outer wall into
Row steel wire winding.
The left end of the open tubular column 41 be equipped with ring slider, ring slider by way of being slidably matched with sliding groove phase
Even, sliding groove is mounted on portal frame 1, and the right end of open tubular column 41 offers annular groove, and rotating turret 47 is located in annular groove, is turned
It is separated between moving frame 47 and annular groove, when interior sebific duct needs to be set in open tubular column 41, rotating turret 47 highly declines to convenient
The entrance of interior sebific duct.
The upper end of the rotating turret 47 is arcuate structure, improves the stabilization to work between rotating turret 47 and annular groove
Property, and the upper end of rotating turret 47 is uniformly provided with groove, and steel ball is equipped in groove, reduces friction, the middle part of rotating turret 47
For stretching structure, the difficulty that interior sebific duct enters is reduced.
The outer enlarging device 5 includes extrusion ring 51, extends out frame 52, connecting rod 53 and reset spring 54, and extrusion ring 51 is pacified
In shaft 46, disengaging slot is uniformly provided on open tubular column 41, and by way of being slidably matched and extend out frame in disengaging slot
52 are connected, and the inner end for extending out frame 52 is connected by reset spring 54 with 41 inner wall of open tubular column, and adjacent extending out is connected between frame 52
Connecting rod 53, when specific works, built-in motor 45 drive the rotation of extrusion ring 51 to will extend out frame 52 squeeze out outward until with it is interior
Rubber tube inner wall fitting, reset spring 54 play the role of reset.
The extrusion ring 51 is tightly attached on the inner face for extending out frame 52, is uniformly provided with protrusion along its circumferential direction on extrusion ring 51
Round block, and protrude round block and extended out between frame 52 positioned at adjacent, it extends out and is opened up on frame 52 there are two L-type slot, connecting rod 53 is located at L
In type groove, and the left and right ends of connecting rod 53 are L-type structure, avoid connecting rod 53 and extend out the case where falling off between frame 52,
The outer end face for extending out frame 52 is arcuate structure, more fits in interior rubber tube inner wall, and built-in motor 45 drives extrusion ring 51 to rotate, and is led to
Protrusion round block is crossed gradually to extrapolate to the extruding for extending out frame 52 so that extending out frame 52.
It is uniformly provided with compression rubber ring on the outer wall of the pressing roller 6, flexible pressure is further functioned as to the steel wire of winding
Tight effect, the inside of pressing roller 6 are equipped with cavity, are placed with gravity steel ball in cavity, improve the gravity of pressing roller 6 to more
Good carries out compression operation.
The left and right ends of the pressing roller 6 are set by bearing there are two connecting plate, connecting plate by way of being slidably matched with
It is connected in the middle part of portal frame 1, and is connected with buffer spring between portal frame 1 and connecting plate, pressing roller 6 can moves up and down, and ensure that compression
It is bonded always between roller 6 and steel wire outermost layer.
The locking device 8 include dust cover 81, winding cylinder 82, transmission group 83, work drive motor 84, conveying frame 85, from
Moving axis 86, anti-metal 87, defeated line chamber 88 and two tension framves 89, the inner upper end of dust cover 81 are equipped with winding cylinder by bearing
82, the right end of winding cylinder 82 is connected with the output shaft of work drive motor 84, and work drive motor 84 is mounted on dust cover 81, winding cylinder 82
It is connected by transmission group 83 with driven shaft 86, anti-metal 87 is installed on driven shaft 86, conveying frame 85 is installed in dust cover 81,
And conveying frame 85, between winding cylinder 82 and anti-metal 87, the lower end of dust cover 81 offers defeated line chamber 88, defeated line chamber 88
There are two frame 89 is tensed, structure feature, working principle and the control method of work drive motor 84 are the prior art for front end installation,
When specific works, by steel wire winding to winding cylinder 82, the free end of steel wire winds after anti-metal 87 1 encloses and is placed on interior sebific duct
Surface, work drive motor 84 synchronous drive winding cylinder 82, driven shaft 86 under the duplication of transmission group 83,87 pairs of anti-metal conveying in
Steel wire play the role of it is locking tighten, two tension framves 89 play locking effect of pulling back to steel wire, and locking device 8 plays steel wire
To locking effect, steel wire winding situation excessively loose on interior sebific duct is avoided.
The anti-metal 87 includes two annular slabs 871, telescopic rod 872 and extends out arc frame 873, two annular slabs 871
It is mounted on driven shaft 86, is uniformly provided between two annular slabs 871 and extends out arc frame 873, and extend out arc frame 873 as circumferential cloth
It sets, extends out and be connected with telescopic rod 872 between arc frame 873 and driven shaft 86, when specific works, steel wire winding is enclosed in anti-metal 87 1,
It extends out arc frame 873 to expand outwardly under the action of telescopic rod 872, to carry out tightening conveying to steel wire.
The tension frame 89 includes tensing block 891, back-moving spring 892 and friction block 893, tenses block 891 and passes through sliding
The mode of cooperation is connected with oblique chute, and tenses block 891 and be connected by back-moving spring 892 with oblique chute, tenses the inner end of block 891
It uniformly opens up hiding slot, and hides in slot and friction block 893 is connected with by pin shaft, when specific works, by two when steel wire conveys
It tenses between block 891, due to generating biggish friction between friction block 893 and steel wire, will drive and rub when steel wire conveying is too fast
Cleaning block 893 moves forward, and friction block 893 is carried out pullback motion to carry out to steel wire by the reset of back-moving spring 892
It pulls back and tightens.
The inside of the conveying frame 85 offers limit hole, and the internal diameter of limit hole is gradually reduced from top to bottom, limit
Its circumferential direction of the upper end edge in hole is uniformly provided with empty slot, and ball is equipped in empty slot, reduces the friction in steel wire transmission process.
It is uniformly provided on the annular slab 871 along its circumferential direction and extends out slot, and extended out in slot by connecting spring and extending out
Arc frame 873 is connected, and even the setting of spring, which increases, extends out 873 extrapolability of arc frame, to improve taut in steel wire transmission process
Clamp force degree.
It is described extend out arc frame 873 by way of being slidably matched with extend out slot and be connected, extend out and uniformly opened up in arc frame 873
There is pop-up slot, and pop up in slot and be connected by working spring with pop-up frame, the outer end for popping up frame is concave arcuate structure, pop-up
The setting of frame, which increases, extends out 873 extrapolability of arc frame, tightens dynamics to improve in steel wire transmission process.
The upper end of the defeated line chamber 88 is set by pin shaft there are two idler wheel, and the steel wire in two pairs of rollers conveyings carries out
The effect of conveying is limited, the front end of defeated line chamber 88 is equipped with oblique chute, and oblique chute is the structure being gradually inclined outwardly from front to back.
The inner face of the friction block 893 is the structure being gradually inclined outwardly from front to back, and friction block 893 passes through operation
Spring is connected with hiding slot, and it is bittiness to be uniformly provided with rubber convex on the inner face of friction block 893, improves friction block 893 and steel wire
Between friction dynamics, thus improve tense frame 89 utilization rate of pulling back.
When work:
The winding of S1, steel wire: dust cover 81 is opened, by steel wire winding in winding cylinder 82, the free end of steel wire is successively passed through
Conveying frame 85, anti-metal 87, between 88, two tension framves 89 of defeated line chamber after be placed in interior rubber hose outer wall；
S2, interior sebific duct are arranged: core retainer plate being located on open tubular column 41, built-in motor 45 drives the rotation of extrusion ring 51 to will
Extending out frame 52, extrusion is bonded until with interior rubber tube inner wall outward；
The winding of S3, steel wire: rotary electric machine 2 drives interior sebific duct to slowly run, and electronic sliding block 7 drives locking device 8 to carry out
Steel wire winding so that on the outer wall of interior sebific duct, is formed winding layer by reciprocal low-speed motion, in winding process, anti-metal 87 with draw
Steel wire in the 89 pairs of conveyings of tight frame carries out tightening processing, and pressing roller 6 carries out pressuring action to winding layer；
S4, feeding: after winding, manually removing interior sebific duct, repeats S2-S3 step and carries out steel to next interior sebific duct
Silk winding processing.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (9)
1. a kind of high-pressure rubber pipe production steel wire winding device, including portal frame (1), rotary electric machine (2), master gear (3), rotation
Column group (4), outer enlarging device (5), pressing roller (6), electronic sliding block (7) and locking device (8), it is characterised in that: described gantry
The lower end of frame (1) is equipped with Rotational Cylindrical group (4), and the left end of Rotational Cylindrical group (4) is equipped with master gear (3), and master gear (3), which is mounted on, to be turned
On the output shaft of dynamic motor (2), rotary electric machine (2) is mounted on portal frame (1) by pedestal, and Rotational Cylindrical group is uniformly set on (4)
Have outer enlarging device (5), be equipped in the middle part of portal frame (1) pressing roller (6), the upper end of portal frame (1) is equipped with electronic sliding block
(7), electronic sliding block (7) is equipped with locking device (8)；
The Rotational Cylindrical group (4) includes open tubular column (41), rack gear (42), built-in motor (45), shaft (46) and rotating turret
(47), the left end of open tubular column (41) is equipped with rack gear (42), is engaged on rack gear (42) master gear (3), and open tubular column (41) is internal
It is equipped with built-in motor (45), is equipped on the output shaft of built-in motor (45) shaft (46), the right end of shaft (46) passes through axis
It holds and is connected with the internal right end of open tubular column (41), the right end of open tubular column (41) is erected on rotating turret (47), rotating turret (47) installation
On portal frame (1)；
The outer enlarging device (5) includes extrusion ring (51), extends out frame (52), connecting rod (53) and reset spring (54), is squeezed
Ring (51) is mounted on shaft (46), is uniformly provided with disengaging slot on open tubular column (41), and is passed in and out in slot by being slidably matched
Mode is connected with frame (52) is extended out, and the inner end for extending out frame (52) is connected by reset spring (54) with open tubular column (41) inner wall, phase
Adjacent extending out is connected with connecting rod (53) between frame (52)；
The locking device (8) includes dust cover (81), winding cylinder (82), transmission group (83), work drive motor (84), conveying frame
(85), the inner upper end of driven shaft (86), anti-metal (87), defeated line chamber (88) and two tension framves (89), dust cover (81) is logical
It crosses bearing to be equipped with winding cylinder (82), the right end of winding cylinder (82) is connected with the output shaft of work drive motor (84), work drive motor
(84) it is mounted on dust cover (81), winding cylinder (82) is connected by transmission group (83) with driven shaft (86), on driven shaft (86)
It is equipped with anti-metal (87), conveying frame (85) is installed in dust cover (81), and convey frame (85) and be located at winding cylinder (82) and prevent
Between metal (87), the lower end of dust cover (81) is offered defeated line chamber (88), and there are two tense for the front end installation of defeated line chamber (88)
Frame (89)；
The anti-metal (87) includes two annular slabs (871), telescopic rod (872) and extends out arc frame (873), two annular slabs
(871) it is mounted on driven shaft (86), is uniformly provided between two annular slabs (871) and extends out arc frame (873), and extend out arc frame
It (873) is circumferentially, to extend out and be connected with telescopic rod (872) between arc frame (873) and driven shaft (86)；
The tension frame (89) includes tensing block (891), back-moving spring (892) and friction block (893), and it is logical to tense block (891)
It crosses the mode being slidably matched to be connected with oblique chute, and tenses block (891) and be connected by back-moving spring (892) with oblique chute, tense
The inner end of block (891) uniformly opens up hiding slot, and hides in slot and be connected with friction block (893) by pin shaft.
2. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: described is hollow
The left end of column (41) is equipped with ring slider, and ring slider is connected by way of being slidably matched with sliding groove, and sliding groove is mounted on
On portal frame (1), the right end of open tubular column (41) offers annular groove, and rotating turret (47) is located in annular groove.
3. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the rotation
The upper end of frame (47) is arcuate structure, and the upper end of rotating turret (47) is uniformly provided with groove, and steel ball is equipped in groove, rotation
The middle part of frame (47) is stretching structure.
4. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the extruding
Ring (51) is tightly attached on the inner face for extending out frame (52), is uniformly provided with protrusion round block along its circumferential direction on extrusion ring (51), and protrude
Round block extends out between frame (52) positioned at adjacent, extends out and is opened up on frame (52) there are two L-type slot, connecting rod (53) is located at L-type slot
It is interior, and the left and right ends of connecting rod (53) are L-type structure, the outer end face for extending out frame (52) is arcuate structure.
5. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the compression
Compression rubber ring is uniformly provided on the outer wall of roller (6), the inside of pressing roller (6) is equipped with cavity, is placed with gravity steel ball in cavity；
The left and right ends of the pressing roller (6) are set by bearing there are two connecting plate, and connecting plate is by way of being slidably matched and imperial
It is connected in the middle part of door frame (1), and is connected with buffer spring between portal frame (1) and connecting plate.
6. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the conveying
The inside of frame (85) offers limit hole, and the internal diameter of limit hole is gradually reduced from top to bottom, its circumferential direction of the upper end edge of limit hole
It is uniformly provided with empty slot, and is equipped with ball in empty slot.
7. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the annular
It is uniformly provided on plate (871) along its circumferential direction and extends out slot, and extended out in slot and be connected by even spring with arc frame (873) is extended out；
It is described extend out arc frame (873) by way of being slidably matched with extend out slot and be connected, extend out and uniformly opened up on arc frame (873)
There is pop-up slot, and pop up in slot and be connected by working spring with pop-up frame, the outer end for popping up frame is concave arcuate structure.
8. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the defeated line
The upper end of chamber (88) is set by pin shaft there are two idler wheel, and the front end of defeated line chamber (88) is equipped with oblique chute, and oblique chute is from front to back
For the structure being gradually inclined outwardly.
9. a kind of high-pressure rubber pipe production steel wire winding device according to claim 1, it is characterised in that: the friction
The inner face of block (893) is the structure being gradually inclined outwardly from front to back, and friction block (893) passes through operation spring and hiding slot phase
Connect, it is bittiness to be uniformly provided with rubber convex on the inner face of friction block (893).
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| CN111115377A (en) * | 2019-12-06 | 2020-05-08 | 温州职业技术学院 | Steel wire winding device |
| CN111362057A (en) * | 2020-03-25 | 2020-07-03 | 宛群 | Winding processing equipment for manufacturing high-pressure rubber pipe |
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| CN111390072A (en) * | 2020-03-25 | 2020-07-10 | 宛群 | Winding processing technology for manufacturing high-pressure rubber pipe |
| CN112320504A (en) * | 2020-10-27 | 2021-02-05 | 江苏食品药品职业技术学院 | Computer-aided flat cable laying device based on big data environment |
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