CN209118840U - A kind of high speed RVS cable double plate stranding machine - Google Patents
A kind of high speed RVS cable double plate stranding machine Download PDFInfo
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- CN209118840U CN209118840U CN201821260039.7U CN201821260039U CN209118840U CN 209118840 U CN209118840 U CN 209118840U CN 201821260039 U CN201821260039 U CN 201821260039U CN 209118840 U CN209118840 U CN 209118840U
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Abstract
The utility model relates to cable manufacturing technical fields, specifically a kind of high speed RVS cable double plate stranding machine, including common frame, twisted wire component, traction component, wire-arranging component and take-up component are disposed with according to cabling sequence in the common frame, synchronous drive shaft is set in the common frame on the outside of twisted wire component, and the synchronous drive shaft is linked with twisted wire component and traction component respectively by driving member；In the common frame for the outgoing line side that the take-up component is set to traction component；The wire-arranging component is set in the common frame between traction component and take-up component；Control cabinet for power distribution is additionally provided in common frame between the traction component and wire-arranging component, the high speed RVS cable double plate stranding machine of the utility model avoids repetition unwrapping wire, reduces overlapping investment, reduces the investment of human resources, while keeping capacity benefit higher.
Description
Technical field
The utility model relates to cable manufacturing technical field, specifically a kind of high speed RVS cable double plate stranding machine.
Background technique
Cable manufacturing special equipment is arranged according to cable manufacturing technique, and wire rod is from unwrapping wire to coiled technique, mostly
Using decomposable process, individually after plying, unwrapping wire is coiled again, forms unwrapping wire twice, take-up process layout, increases and set twice
Standby investment expense increases the investment of human resources, increases the input cost of production capacity, relative reduction capacity efficiency, direct shadow
Economic benefit has been rung, has been disagreed with current rapidly and efficiently development speed, it is necessary to novel special equipment be set, cable is improved
Fabrication process condition.
Utility model content
The goal of the invention of the utility model is to overcome defect described in background technique, to realize that one kind avoids weight
Multiple unwrapping wire, the higher high speed RVS cable double plate stranding machine of investment, capacity benefit for reducing overlapping investment, reducing human resources.
For achieving the above object, the technical solution of the utility model is: including common frame, in the common frame
It is disposed with twisted wire component, traction component, wire-arranging component and take-up component according to cabling sequence, the twisted wire component is set to
One end of common frame, the traction component are set to the other end, twisted wire component outgoing line side in common frame；In twisted wire component
Synchronous drive shaft is set in the common frame in outside, the synchronous drive shaft by driving member respectively with twisted wire component and draw groups
Part linkage rotates synchronously twisted wire component and traction component；The take-up component is set to sharing for the outgoing line side of traction component
In rack；The wire-arranging component is set in the common frame between traction component and take-up component；The traction component and row
Control cabinet for power distribution is additionally provided in common frame between line component；
The twisted wire component, twisted wire motor, coaxial line including being arranged in common frame are arranged in parallel in common frame
Two rack cabinets on pedestal, bearing saddle bore is respectively set in coaxial line on the rack cabinet, and inlet wire axis passes through bearing and installs
On the rack cabinet of enter line side, zygonema axis is mounted on the rack cabinet of zygonema side by bearing, the inlet wire axis and zygonema
Axis is contour and coaxial line is horizontally disposed, and elongate slot is had on the inlet wire axis, zygonema axis, is respectively set in elongate slot
There is directive wheel；The twisted wire motor and inlet wire shaft end are by driving member joint transmission；It is total in the outside for being parallel to inlet wire axis, zygonema axis
With being arranged synchronous drive shaft in rack, the inlet wire axis, zygonema axis are respectively set that driving member is synchronous to be passed with synchronous drive shaft both ends
It is dynamic；
It is respectively set on the inlet wire axis, zygonema axis and twists bowing orchid, be symmetrical arranged arc strand bow, list twisting bowing orchid two sides
The arc of side twists bow inside, distribution setting wire-crossing wheel, and another arc twists bow inside and equivalent counterweight is arranged；The inlet wire axis closes
Setting disk has frame between shaft end on the inside of spool, and the bearing in bearing block that the disk tool frame is arranged by both ends is lifted on inlet wire
Axis, zygonema axis shaft end on；Disk tool frame two sides are symmetrical arranged two groups of slot openings, and phase is arranged between every group of slot opening
Mutually parallel disk has mandrel, and the setting of draw drum tool is on disk tool mandrel, by the friction addendum cone of draw drum tool end setting, movable top
Cone and locking nut coaxially fix draw drum tool；Draw drum tool releases cable routing sequence are as follows: sequentially passes through inlet wire axis-inlet wire axis
Directive wheel-zygonema axis on upper directive wheel-wire-crossing wheel-zygonema axis, straight line cable straight line sequentially pass through inlet wire axis, zygonema axis, unwrapping wire
Disk tool releases cable and straight line cable is completed to be twisted in zygonema axis, and twisted wire is pierced by out of zygonema axis.
As the optimal technical scheme of the utility model, the traction component is stepless in common frame including being arranged in
Main traction wheel is arranged in traction component enter line side in gear reduction unit, and secondary traction wheel, the major and minor traction wheel is arranged in outgoing line side
It is fixed in common frame by bearing block, input shaft end and synchronous drive shaft, the stepless gear of stepless gear reduction unit subtract
Chain conveyer part synchronous rotation, twisted wire group are respectively set between the output end of fast device and secondary axis of traction, secondary axis of traction and main axis of traction
Lineback wheel is fixedly installed in corresponding position above part outgoing line side and secondary traction wheel.
As the optimal technical scheme of the utility model, metering group is provided in the common frame of the main traction wheel side
Part, the metering component include that the induced magnet being fixed on main traction wheel and corresponding induced magnet are set in common frame
Metering inductor, the control cabinet for power distribution is interior to be arranged metering counter, and the signal of metering inductor feeds back to the note in power distribution cabinet
Rice counter.
As the optimal technical scheme of the utility model, the wire-arranging component, including traction component outgoing line side is arranged in
The polish rod strand oscillator installed on winding displacement bracket and winding displacement bracket, the polish rod strand oscillator include being symmetricly set on winding displacement bracket
Bearing mounting, the feed rod axis being mounted between bearing mounting, guide rail thick stick, adjustment pull rod and stroke collision block, feed rod axis, guide rail thick stick and
It is arranged in parallel to adjust pull rod, the stroke collision block is arranged on adjustment pull rod, is worn on feed rod axis and is connect setting strand oscillator.
As the optimal technical scheme of the utility model, the take-up component, including be arranged in common frame, winding displacement group
The Wire winding shaft of part outgoing line side is coaxially disposed adjusting nut, compressed spring, friction pulley, friction plate and frictional disk, the take-up of Wire winding shaft
End setting take-up machine head assembly, take-up machine head assembly can be equipped with by series specification and be selected, the Wire winding shaft and traction component, take-up
Be respectively provided between axis and wire-arranging component V belt translation part it is synchronous connection.
As the optimal technical scheme of the utility model, the twisted wire motor couples biography by V belt translation part with inlet wire shaft end
It is dynamic；Chain conveyer part joint transmission is respectively set in the inlet wire axis, zygonema axis and synchronous drive shaft both ends.
As the optimal technical scheme of the utility model, secondary axis of traction, Wire winding shaft and the winding displacement of Wire winding shaft and traction component
V belt translation part joint transmission is respectively provided between the feed rod axis of component.
As the optimal technical scheme of the utility model, the arc of twisted wire component twists bow periphery and openable and closable protective net is arranged
Frame, the protective net frame bottom with common frame is retractable is fixedly connected, it is ensured that the rotating curved safe operation for twisting bow has simultaneously
Help promote safety in production.
The high speed RVS cable double plate stranding machine of the utility model the utility model has the advantages that
1. the high speed RVS cable double plate stranding machine of the utility model, for wire rod from unwrapping wire to coiled technical process, if
Common frame is set, makes the wire rod of cable from unwrapping wire, plying to traction, metering, it is shared in rolls, being provided entirely in one through winding displacement
In rack, structure setting is compact, and facility layout is appropriate, and process flow is perfect, and twist belt drive operates synchronously, and overcomes dispersibility
Process layout.
2. the high speed RVS cable double plate stranding machine of the utility model, process conditions settle at one go, duplicate equipment is overcome
Investment, reduces the investment expense of process facility, improves dispersed operating environment, reduce human resources input cost, letter
The layout for having changed process conditions reduces space hold amount, and operation regulation is more convenient, substantially saves labour cost,
Reduce labor intensity, relative increase capacity benefit.
3. the high speed RVS cable double plate stranding machine of the utility model, the take-up machine head assembly of mating series specification, according to production
The coiled specification of product selects corresponding machine head assembly, and take-up specification, product required for obtaining can form seriation, product
Quality is more standardized, and economic benefit is opposite to be increased substantially, energy-saving, is the ideal special equipment of cable manufacturing industry.
4. the high speed RVS cable double plate stranding machine of the utility model is synchronized in the same direction in passive mode by two draw drum tools
Unwrapping wire, two strand materials combine process by the generation of twisted wire mould bases for the first time, and the wire-crossing wheel of bow, the mistake from zygonema axis are twisted by arc
Line wheel is between lineback wheel, and synchronous to generate secondary plying process, arc twists bow and often rotates a circle, and wire rod is synchronous to generate two
The output capacity of a pitch, product is promoted at double.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the high speed RVS cable double plate stranding machine of the utility model；
Fig. 2 is A in Fig. 1 to structural schematic diagram；
Fig. 3 is the enlarged structure schematic diagram of B in Fig. 1.
In figure: 1- twisted wire component, 101- twisted wire motor, 102- rack cabinet, 103- inlet wire axis, 104- zygonema axis, 105-
Directive wheel, 106- twist bowing orchid, and 107- arc twists bow, 108- wire-crossing wheel, 109- equivalent counterweight, 110- disk tool frame, 111-
Disk has mandrel, 112- draw drum tool, 113- friction addendum cone, 114- activity addendum cone；
2- traction component, the stepless gear reduction unit of 201-, the main traction wheel of 202-, 203- pair traction wheel, 204- chain conveyer part,
205- lineback wheel；
3- metering component, 301- metering inductor；
4- wire-arranging component, 401- winding displacement bracket, 402- bearing mounting, 403- feed rod axis, 404- adjust pull rod, 405- stroke
Collision block, 406- strand oscillator；
5- take-up component, 501- Wire winding shaft, 502- adjusting nut, 503- compressed spring, 504- friction pulley, 505- friction
Piece, 506- frictional disk, 507- take-up machine head assembly；
6- protective net frame, 7- control cabinet for power distribution, 8- common frame, 9- synchronous drive shaft, 10- draw drum tool release cable,
11- straight line cable.
Specific embodiment
The high speed RVS cable double plate stranding machine of the utility model is done with reference to the accompanying drawing and by specific embodiment
More detailed description.
In the description of the present invention, it should be understood that term " on ", "lower", "front", "rear", "left", "right",
The orientation or positional relationship of the instructions such as "top", "bottom", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
Embodiment:
The high speed RVS cable double plate stranding machine of the utility model, including common frame 8, according to walking in the common frame 8
Line sequence is disposed with twisted wire component 1, traction component 2, wire-arranging component 4 and take-up component 5, and the twisted wire component 1 is set to
One end of common frame 8, the traction component 2 are set to the other end, 1 outgoing line side of twisted wire component in common frame 8；The receipts
Line component 5 is set in the common frame 8 of the outgoing line side of traction component 2；The wire-arranging component 4 is set to traction component 2 and receives
In common frame 8 between line component 5；It is additionally provided with and matches in common frame 8 between the traction component 2 and wire-arranging component 4
Electrical control cabinet 7；
The twisted wire component 1 includes that twisted wire motor 101, the coaxial line being arranged in common frame are arranged in parallel in shared machine
Two rack cabinets 102 on 8 pedestal of frame, bearing saddle bore, inlet wire axis 103 is respectively set in coaxial line on the rack cabinet 102
It is mounted on the rack cabinet 102 of enter line side by bearing, zygonema axis 104 is mounted on the rack cabinet of zygonema side by bearing
On 102, the inlet wire axis 103 is contour with zygonema axis 104 and coaxial line is horizontally disposed, on the inlet wire axis 103, zygonema axis 104
Elongate slot is had, directive wheel 105 is respectively arranged in elongate slot；The twisted wire motor 101 is with inlet wire shaft end by band
Driving member joint transmission；Synchronous drive shaft 9, institute are set in the outside common frame 8 for being parallel to inlet wire axis 103, zygonema axis 104
It states inlet wire axis 103, zygonema axis 104 and 9 both ends of synchronous drive shaft and chain conveyer part joint transmission is respectively set；
It is respectively set on the inlet wire axis 103, zygonema axis 104 and twists bowing orchid 106, symmetrically set twisting blue 106 two sides of bowing
It sets arc and twists bow 107, unilateral arc twists 107 inside of bow, distribution setting wire-crossing wheel 108, and another arc twists 107 inside setting of bow
Equivalent counterweight 109；Disk is set between the inlet wire axis 103,104 inside shaft end of zygonema axis and has frame 110, the disk has frame
110 are lifted on the shaft end of inlet wire axis 103, zygonema axis 104 by the bearing in the bearing block of both ends setting；The disk has frame
110 two sides are symmetrical arranged two groups of slot openings, and the disk tool mandrel 111 being parallel to each other, draw drum are arranged between every group of slot opening
112 setting of tool is had the friction addendum cone 113, movable addendum cone 114 and locking of the setting of 112 ends by draw drum on disk tool mandrel 111
Nut coaxially fixes draw drum tool 112；Draw drum tool releases 10 cabling of cable sequence are as follows: sequentially passes through inlet wire axis 103- inlet wire axis
Directive wheel 105- zygonema axis 104 on upper directive wheel 105- wire-crossing wheel 108- zygonema axis, 11 straight line of straight line cable sequentially passes through inlet wire
Axis 103, zygonema axis 104, draw drum tool release cable 10 and straight line cable 11 and complete to be twisted in zygonema axis 104, twisted wire from
It is pierced by zygonema axis 104.
The traction component 2 includes the stepless gear reduction unit 201 being arranged in common frame 8, in 2 inlet wire of traction component
Main traction wheel 202 is arranged in side, and secondary traction wheel 203 is arranged in outgoing line side, and the major and minor traction wheel 202,203 passes through bearing block
It is fixed in common frame 8, the input shaft end and synchronous drive shaft 9, stepless gear reduction unit 201 of stepless gear reduction unit 201
Output end and secondary axis of traction, secondary axis of traction and main axis of traction between the synchronous rotation of chain conveyer part 204, twisted wire component is respectively set
Lineback wheel 205 is fixedly installed in 2 outgoing line sides and secondary 203 top corresponding position of traction wheel.
Metering component 3 is provided in the common frame 8 of 202 side of main traction wheel, the metering component 3 includes fixing
Induced magnet and corresponding induced magnet on main traction wheel 202 are set to the metering inductor 301 in common frame 8, described
Metering counter is set in control cabinet for power distribution 7, and the signal of metering inductor 301 feeds back to the note rice counter in power distribution cabinet 7.
The wire-arranging component 4 includes being arranged in install on the winding displacement bracket 401 and winding displacement bracket of 2 outgoing line side of traction component
Polish rod strand oscillator, the polish rod strand oscillator include the bearing mounting 402 being symmetricly set on winding displacement bracket 401, are mounted on bearing
Feed rod axis 403, guide rail thick stick, adjustment pull rod 404 and stroke collision block 405 between mounting 402, feed rod axis 403, guide rail thick stick and adjustment
Pull rod 404 is arranged in parallel, and the stroke collision block 405 is arranged on adjustment pull rod 404, wears on feed rod axis 403 and meets setting row
Line device 406.
The take-up component 5 include be arranged in common frame 8, the Wire winding shaft 501 of 4 outgoing line side of wire-arranging component, coaxially set
Adjusting nut 502 is set, the take-up end of compressed spring 503, friction pulley 504, friction plate 505 and frictional disk 506, Wire winding shaft 501 is set
Set take-up machine head assembly 507, Wire winding shaft 501 and the secondary axis of traction of traction component 2, the feed rod axis of Wire winding shaft 501 and wire-arranging component 4
V belt translation part joint transmission is respectively provided between 403.
The arc of the twisted wire component 1 twists 107 periphery of bow and openable and closable protective net frame 6,6 bottom of protective net frame is arranged
With common frame 8 is retractable is fixedly connected, it is ensured that the rotating curved safe operation for twisting bow 107.
The above descriptions are merely exemplary embodiments of the present utility model, the model being not intended to limit the utility model
Enclose, the equivalent variations that any those skilled in the art is made under the premise of not departing from the utility model conceptions and principles with
Modification should belong to the range of the utility model protection.
Claims (8)
1. a kind of high speed RVS cable double plate stranding machine, including common frame, it is characterised in that: according to walking in the common frame
Line sequence is disposed with twisted wire component, traction component, wire-arranging component and take-up component, and the twisted wire component is set to shared machine
One end of frame, the traction component are set to the other end, twisted wire component outgoing line side in common frame；On the outside of twisted wire component
Synchronous drive shaft is set in common frame, and the synchronous drive shaft is joined with twisted wire component and traction component respectively by driving member
It is dynamic, rotate synchronously twisted wire component and traction component；The take-up component is set to the common frame of the outgoing line side of traction component
On；The wire-arranging component is set in the common frame between traction component and take-up component；The traction component and winding displacement group
Control cabinet for power distribution is additionally provided in common frame between part；
The twisted wire component, twisted wire motor, coaxial line including being arranged in common frame are arranged in parallel in common frame pedestal
On two rack cabinets, coaxial line is respectively set bearing saddle bore on the rack cabinet, inlet wire axis by bearing be mounted on into
On the rack cabinet of line side, zygonema axis is mounted on the rack cabinet of zygonema side by bearing, the inlet wire axis and zygonema axis etc.
High and coaxial line is horizontally disposed, and elongate slot is had on the inlet wire axis, zygonema axis, is respectively arranged with and leads in elongate slot
To wheel；The twisted wire motor and inlet wire shaft end are by driving member joint transmission；Machine is shared in the outside for being parallel to inlet wire axis, zygonema axis
Synchronous drive shaft is set on frame, and driving member Synchronous Transmission is respectively set in the inlet wire axis, zygonema axis and synchronous drive shaft both ends；
It is respectively set on the inlet wire axis, zygonema axis and twists bowing orchid, be symmetrical arranged arc strand bow twisting bowing orchid two sides, it is unilateral
Arc twists bow inside, distribution setting wire-crossing wheel, and another arc twists bow inside and equivalent counterweight is arranged；The inlet wire axis, zygonema axis
Disk is set between the shaft end of inside and has frame, the bearing in bearing block that disk tool frame is arranged by both ends be lifted on inlet wire axis,
On the shaft end of zygonema axis；Disk tool frame two sides are symmetrical arranged two groups of slot openings, and setting is mutual between every group of slot opening
Parallel disk has mandrel, and the setting of draw drum tool is on disk tool mandrel, by the friction addendum cone of draw drum tool end setting, movable addendum cone
Draw drum tool is coaxially fixed with locking nut；Draw drum tool releases cable routing sequence are as follows: sequentially passes through on inlet wire axis-inlet wire axis
Directive wheel-zygonema axis on directive wheel-wire-crossing wheel-zygonema axis, straight line cable straight line sequentially pass through inlet wire axis, zygonema axis, draw drum
Tool releases cable and straight line cable is completed to be twisted in zygonema axis, and twisted wire is pierced by out of zygonema axis.
2. high speed RVS cable double plate stranding machine according to claim 1, it is characterised in that: the traction component, including set
The stepless gear reduction unit in common frame is set, main traction wheel is set in traction component enter line side, outgoing line side setting pair is led
Running wheel, the major and minor traction wheel pass through bearing block and are fixed in common frame, the input shaft end of stepless gear reduction unit and same
Chain biography is respectively set between step transmission shaft, the output end of stepless gear reduction unit and pair axis of traction, secondary axis of traction and main axis of traction
Moving part rotates synchronously, and lineback wheel is fixedly installed in corresponding position above twisted wire component outgoing line side and secondary traction wheel.
3. high speed RVS cable double plate stranding machine according to claim 2, it is characterised in that: the main traction wheel side
Metering component is provided in rack, the metering component includes the induced magnet being fixed on main traction wheel and corresponding induced magnet
The metering inductor being set in common frame, the control cabinet for power distribution is interior to be arranged metering counter, the signal of metering inductor
Feed back to the note rice counter in power distribution cabinet.
4. high speed RVS cable double plate stranding machine according to claim 1, it is characterised in that: the wire-arranging component, including set
The polish rod strand oscillator installed on the winding displacement bracket and winding displacement bracket of traction component outgoing line side is set, the polish rod strand oscillator includes pair
Claim the bearing mounting being arranged on winding displacement bracket, the feed rod axis being mounted between bearing mounting, guide rail thick stick, adjustment pull rod and stroke
Collision block, feed rod axis, guide rail thick stick and adjustment pull rod are arranged in parallel, and the stroke collision block is arranged on adjustment pull rod, feed rod axis
On wear and connect setting strand oscillator.
5. high speed RVS cable double plate stranding machine according to claim 1, it is characterised in that: the take-up component, including set
It sets in common frame, the Wire winding shaft of wire-arranging component outgoing line side, is coaxially disposed adjusting nut, compressed spring, friction pulley, friction plate
And take-up machine head assembly is arranged in frictional disk, the take-up end of Wire winding shaft, take-up machine head assembly can be equipped with by series specification and be selected, described
It is respectively provided with that V belt translation part is synchronous to be coupled between Wire winding shaft and traction component, Wire winding shaft and wire-arranging component.
6. high speed RVS cable double plate stranding machine according to claim 1, it is characterised in that: the twisted wire motor and inlet wire
Shaft end is by V belt translation part joint transmission；The inlet wire axis, zygonema axis are respectively set chain conveyer part with synchronous drive shaft both ends and couple
Transmission.
7. high speed RVS cable double plate stranding machine according to claim 5, it is characterised in that: Wire winding shaft and traction component
V belt translation part joint transmission is respectively provided between the feed rod axis of secondary axis of traction, Wire winding shaft and wire-arranging component.
8. high speed RVS cable double plate stranding machine described in -7 any one claims according to claim 1, it is characterised in that:
The arc of twisted wire component twists bow periphery and openable and closable protective net frame is arranged, and the protective net frame bottom and common frame are retractable solid
Fixed connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821260039.7U CN209118840U (en) | 2018-08-07 | 2018-08-07 | A kind of high speed RVS cable double plate stranding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821260039.7U CN209118840U (en) | 2018-08-07 | 2018-08-07 | A kind of high speed RVS cable double plate stranding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209118840U true CN209118840U (en) | 2019-07-16 |
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ID=67196721
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821260039.7U Active CN209118840U (en) | 2018-08-07 | 2018-08-07 | A kind of high speed RVS cable double plate stranding machine |
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| Country | Link |
|---|---|
| CN (1) | CN209118840U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117316533A (en) * | 2023-09-26 | 2023-12-29 | 江苏鑫海高导新材料有限公司 | High-speed stranded wire equipment |
-
2018
- 2018-08-07 CN CN201821260039.7U patent/CN209118840U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117316533A (en) * | 2023-09-26 | 2023-12-29 | 江苏鑫海高导新材料有限公司 | High-speed stranded wire equipment |
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