CN208400622U

CN208400622U - Disc type stranding machine and its nothing, which are drawn, takes disk winch host

Info

Publication number: CN208400622U
Application number: CN201820865785.2U
Authority: CN
Inventors: 郑庆均
Original assignee: DONGGUAN QINGFENG ELECTRIC MACHINERY Co Ltd
Current assignee: DONGGUAN QINGFENG ELECTRIC MACHINERY Co Ltd
Priority date: 2018-06-05
Filing date: 2018-06-05
Publication date: 2019-01-18
Anticipated expiration: 2028-06-05

Abstract

The utility model relates to wire and cable machinery technical fields, more specifically, it is related to a kind of disc type stranding machine and its takes disk winch host without drawing, the main points that the technical solution of the two is common are: including support portion and the rotating part being rotatably assorted with take-up reel, the rotating part rotation is carried on support portion, the pivot center direction of the rotating part and the pivot center direction of the take-up reel are arranged in a crossed manner, the support portion is equipped with the first driving mechanism and the second driving mechanism, when twisted cable, second driving mechanism drives take-up reel to rotate around it axis direction rotation, so that cable is wound in take-up reel through the traction of take-up reel, it is used as to draw and fetches traction cable compared to rotation caterpillar-tractor or rotation two-wheeled hauling machine, avoid the case where crushing is caused to cable generation.

Description

Disc type stranding machine and its nothing, which are drawn, takes disk winch host

Technical field

The utility model relates to wire and cable machinery technical fields, more specifically, it relates to disc type stranding machine and its nothing Draw and takes disk winch host.

Background technique

Stranding machine is a kind of stranding mechanical equipment that can be widely used in various types of soft hard conductor wires, makes more single conductors It is twisted into one, reaches the technique requirement of wire rod.Stranding machine can be generally divided into single twist cabling machine, pair twister, high speed according to twisted wire mode Stranding machine, untwisting machine, cage stranding machine, frame work stranding machine, tube-type line strander and disc type stranding machine etc..

The disk winch in industry is generally used as to draw to fetch and be led using rotation caterpillar-tractor or rotation two-wheeled hauling machine at present Lead-in cables by cable clamp between crawler belt or two-wheel, transport cable with the rotation of crawler belt or two-wheel when drawing cable It is dynamic, however, being easy to cause cable crushing in this way, and then influence the stability of pitch when cable twist.

Utility model content

In view of the above shortcomings of the prior art, first purpose of the utility model, which is to provide a kind of nothing and draws, takes disk winch master Machine, have the advantages that avoid cable draw take when by crushing.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of nothing is drawn and takes disk winch Host, including support portion and the rotating part being rotatably assorted with take-up reel, the rotating part rotation is carried on support portion, the rotation The pivot center direction of transfer part and the pivot center direction of the take-up reel are arranged in a crossed manner, and the rotating part is used for the more of the external world Together, the take-up reel is equipped with and is used for for winding the stranded multiple cables of rotating part, the support portion a cable twist The first driving mechanism that driving rotating part rotates and the second driving mechanism for driving take-up reel to rotate.

By using above-mentioned technical proposal, when being twisted cable, the second driving mechanism drives take-up reel to rotate around it axis side To rotation, so that cable is wound in take-up reel through the traction of take-up reel, compared to rotation caterpillar-tractor or rotation two-wheeled hauling machine Traction cable is fetched as drawing, avoids the case where crushing is caused to cable generation, in addition, the first driving mechanism drives rotating part It is rotated simultaneously around the pivot center direction of rotating part and take-up reel, due to the pivot center direction of rotating part and the rotation of take-up reel Axis direction is arranged in a crossed manner, and then while rotating at the same time can achieve the purpose that twisted cable.

Preferably, first driving mechanism includes that rotation is carried on support portion and sets along the pivot center direction of rotating part The driving shaft set and the first motor being fixedly installed on support portion, are fixedly installed with driving wheel on the driving shaft, and described the The output shaft of one motor is equipped with first pulley, is driven between the driving wheel and the first pulley by synchronous belt, The driving shaft is connected with the rotating part.

By using above-mentioned technical proposal, toothed belt transmission is accurate, and when work is fricton-tight, and stable drive, have buffering, Damping capacity, noise is low, and transmission efficiency is high；When work, first motor drives first pulley to drive driving wheel rotation by synchronous belt Turn, and then driving shaft drives rotating part to rotate around the pivot center direction of rotating part with the rotation of driving wheel.

Preferably, second driving mechanism includes that rotation is carried on rotating part and sets along the pivot center direction of take-up reel The rotation axis set, rotation are carried on the transmission shaft of rotating part, are respectively arranged on rotation axis and transmission shaft and intermeshing a pair Bevel gear, rotation be socketed on driving shaft upper bearing (metal), be sleeved and fixed on bearing driving wheel, be fixedly installed in consolidating on transmission shaft Fixed wheel and the second motor being fixedly installed on support portion, the output shaft of second motor is equipped with the second belt wheel, described It is driven by synchronous belt between driving wheel and second belt wheel and between the driving wheel and the fast pulley, institute It states rotation axis to connect with the take-up reel, the pivot center direction of the rotation axis and rotating part is arranged in a crossed manner.

By using above-mentioned technical proposal, when work, second the second belt wheel of motor driven drives driving wheel by synchronous belt Rotation, and then driving wheel drives fast pulley to rotate by synchronous belt, so that transmission shaft rotates with fast pulley and with dynamic bevel gear phase Mutually engagement changes the direction of transfer driving rotation axis rotation of power, and then take-up reel realizes the receipts of cable with the rotation of rotation axis Collection；Wherein, the second motor is fixedly mounted on support portion, and by toothed belt transmission, is directly fixedly mounted compared to the second motor Rotation axis rotation is driven on rotating part, avoids rotating part in rotation because torque caused by the second motor is to entire machine Influence, improve the stability of entire machine.

Preferably, the rotating part is equipped with the wire-arranging mechanism for guiding cable, and the wire-arranging mechanism is slideably positioned in rotation Transfer part, the glide direction of the wire-arranging mechanism and the pivot center of rotating part are arranged in a crossed manner, and extraneous multiple cables are via winding displacement The rotating part being rotated after mechanism guiding twists together.

By using above-mentioned technical proposal, wire-arranging mechanism enables the cable for being collected in take-up reel to be uniformly distributed, And then increase the arrangement area of cable, improve the space utilization rate of take-up reel.

Preferably, the wire-arranging mechanism is equipped with multiple guide rollers of rotation setting, and extraneous multiple cables are not respectively via It is twisted together again after same guide roller guiding.

Preferably, further include for drive wire-arranging mechanism relative rotation portion slide driving motor, the driving shaft It was provided with electric slip ring, the driving shaft is equipped with the cable-through hole through driving shaft, and cable-through hole extends along the length direction of driving shaft, The driving motor is connected with the supply lines being located in cable-through hole, and supply lines is arranged with electric slip ring rotation is crossed, extraneous power supply It powers via electric slip ring, supply lines is crossed for driving motor.

By using above-mentioned technical proposal, since driving motor is arranged on rotating part, and rotating part needs to rotate, but supplies Electric wire cannot be rotated with rotating part, otherwise be will cause supply lines and kinked together, so electric slip ring was used, cooperated power supply line one The terminal of head uses, and supply lines runs through the central axis of driving shaft, and so that it will not rotate together with rotating part.

Preferably, the take-up reel and the rotation axis are detachably connected, and the support portion is equipped with for lifting and landing The elevating mechanism of take-up reel.

By using above-mentioned technical proposal, take-up reel, Labor-saving high-efficiency are replaced convenient for worker in this way.

Preferably, the elevating mechanism includes being articulated with rising for support portion to put bar, and described puts the fixed peace in free end of bar Equipped with box is put for accommodating rising for take-up reel, described puts the underface that box is located at take-up reel；The support portion and described are put Hydraulic cylinder is connected between bar, the bottom end of the hydraulic cylinder is articulated with support portion, and the output shaft of the hydraulic cylinder, which has been articulated with, to be put Bar.

By using above-mentioned technical proposal, when needing to remove take-up reel, the output elongate axis of hydraulic cylinder is controlled, is driven It puts bar and is rotated up around the hinge joint for putting bar is acted, put stopping when box moves to the position to offset with take-up reel, Zhi Hougong so that rising People removes take-up reel, then controls the output shaft contraction of hydraulic cylinder, and then take-up reel is put box with and fallen, and disassembly is completed；

When needing to continue to install new take-up reel, first take-up reel is moved to and has been put in box, has started hydraulic cylinder later, has been made Hydraulic cylinder output elongate axis, has driven and has put bar and be rotated up around the hinge joint for putting bar, moved to take-up reel to take-up reel When with the installation site of rotation axis, control hydraulic cylinder stops, and take-up reel is connected in rotation axis, completes installation, controls later Hydraulic cylinder is shunk, and has been fallen and has been put box.

Second purpose of the utility model is to provide a kind of disc type stranding machine, which is drawn using above-mentioned nothing takes Disk winch host, have avoid cable draw take when by crushing, and then the advantages of influence pitch stability when cable twist.

To achieve the above object, the utility model provides following technical solution: a kind of disc type stranding machine, including successively supplies Power swing rod pay off rack, line concentration platform and the center belting machine that multiple cables pass through further include rotation meter speed wheel, single-chip microcontroller and described Nothing draw and take disk winch host, multiple cables are delivered to after the belting machine of center takes disk winch host to carry out twisted winding without drawing, The rotation meter speed wheel is used to measure the movement speed of cable, the signal input part electricity of the rotation meter speed wheel and the single-chip microcontroller Connection, the signal output end electrical connection of the first motor and the single-chip microcontroller, single-chip microcontroller regulate and control the revolving speed of rotating part so that The speed that rotating part is twisted multiple cables is equal with the movement speed of cable measured by rotation meter speed wheel.

By using above-mentioned technical proposal, setting takes disk winch host without drawing, can avoid cable draw take when by crushing；Rotation Turn the take-up speed of meter speed wheel measurement take-up reel, single-chip microcontroller is controlled by receiving the feedback coder signal that rotation meter speed wheel provides First motor processed is supplied to the revolving speed of rotating part, so that the twisted wire speed of rotating part and the take-up speed of take-up reel are equal, in this way Cable would not be caused to pull or the secondary injuries such as crushing, and then influence the stability of pitch when cable twist.

In conclusion the utility model has the following beneficial effects:

1, when being twisted cable, the second driving mechanism drives take-up reel to rotate around it axis direction rotation, so that cable is through receiving The traction of drum is wound in take-up reel, is used as to draw and fetches traction cable compared to rotation caterpillar-tractor or rotation two-wheeled hauling machine, The case where crushing is caused to cable generation is avoided, in addition, the first driving mechanism drives rotating part around the pivot center of rotating part Direction and take-up reel rotate simultaneously, since the pivot center direction of rotating part and the pivot center direction of take-up reel are arranged in a crossed manner, And then it can achieve the purpose that twisted cable when rotating at the same time；

2, setting takes disk winch host without drawing, can avoid cable draw take when by crushing；Rotate meter speed wheel measurement take-up reel Take-up speed, single-chip microcontroller by receive rotation meter speed wheel provide feedback coder signal be supplied to rotation to control first motor The revolving speed of transfer part thus will not cause to draw so that the twisted wire speed of rotating part and the take-up speed of take-up reel are equal to cable It pulls or the secondary injuries such as crushing, and then influences the stability of pitch when cable twist.

Detailed description of the invention

Fig. 1 is that nothing draws the overall structure diagram for taking disk winch host in the present embodiment；

Fig. 2 is to take disk winch host to remove the structural schematic diagram after pedestal without drawing in the present embodiment；

Fig. 3 is to take disk winch host to remove the partial schematic diagram after rotating frame without drawing in the present embodiment；

Fig. 4 is that nothing draws the rotating frame partial schematic diagram for taking disk winch host in the present embodiment；

Fig. 5 is the present embodiment power swing rod pay off rack, line concentration platform, center belting machine, rotation meter speed wheel and takes disk to twist without drawing The production layout figure of machine host.

Appended drawing reference: 1, rack；2, pedestal；3, rotating frame；4, take-up reel；5, driving shaft；51, driving wheel；52, it is driven Wheel；6, first motor；61, first pulley；7, rotation axis；78, bevel gear；8, transmission shaft；81, fast pulley；82, driving protection Shell；9, the second motor；91, the second belt wheel；10, the first deboost axle；11, the first ratio wheel；12, the second ratio wheel；13, it installs Axis；14, installation wheel；15, the first installation protective shell；16, the second installation protective shell；17, the second deboost axle；18, third ratio wheel； 19, the 4th ratio wheel；20, wire-arranging mechanism；22, electric slip ring is crossed；23, it rises and puts bar；24, it rises and puts box；25, rotating bar；26, hydraulic Cylinder；27, power swing rod pay off rack；28, line concentration platform；29, center belting machine；30, meter speed wheel is rotated；31, nothing, which is drawn, takes disk winch master Machine.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment one: a kind of nothing, which is drawn, takes disk winch host, referring to Fig. 1, including support portion, rotating part and for winding cable Take-up reel, in the present embodiment, support portion includes the rack 1 and the pedestal 2 that is fixedly installed in rack 1 in rectangle, pedestal 2 be in isosceles trapezoid, and rotating part includes the rotating frame 3 in rectangle, wherein rotating frame 3 rotates the upper end for being carried on pedestal 2, take-up The rotation of disk 4 is carried on rotating frame 3, and the pivot center direction of rotating frame 3 is arranged perpendicular to the pivot center direction of take-up reel 4, Rotating frame 3 is used for extraneous multiple cable twists together, and take-up reel 4 is used to wind the stranded multiple cables of rotating frame 3, The first driving mechanism for driving rotating frame 3 to rotate is installed and for driving take-up reel 4 to rotate in rack 1 and pedestal 2 Second driving mechanism.

When twisted cable, the second driving mechanism drives take-up reel 4 to rotate around it axis direction rotation, so that cable is through take-up The traction of disk 4 is wound in take-up reel 4, is used as to draw and fetches traction cable compared to rotation caterpillar-tractor or rotation two-wheeled hauling machine, The case where crushing is caused to cable generation is avoided, in addition, the first driving mechanism drives rotating frame 3 around the rotation axis of rotating frame 3 Line direction and take-up reel 4 rotate simultaneously, since the pivot center direction of rotating frame 3 and the pivot center direction of take-up reel 4 are vertical It is arranged in a crossed manner, and then while rotating at the same time, can achieve the purpose that twisted cable.

Referring to figs. 2 and 3, specifically, the first driving mechanism includes that rotation is carried on pedestal 2 and along the rotation of rotating frame 3 The driving shaft 5 of axis direction setting and the first motor 6 that is fixedly installed in rack 1 are fixedly installed with driving wheel on driving shaft 5 51, first pulley 61 is fixedly installed on the output shaft of first motor 6, passes through synchronous belt between driving wheel 51 and first pulley 61 It is driven, and one end of driving shaft 5 and rotating frame 3 are bolted to connection.

Toothed belt transmission is accurate, and when work is fricton-tight, and stable drive, has buffering, damping capacity, and noise is low, transmission It is high-efficient；When work, first motor 6 drives first pulley 61 to drive driving wheel 51 to rotate by synchronous belt, and then driving shaft 5 Rotating frame 3 is driven to rotate around the pivot center direction of rotating frame 3 with the rotation of driving wheel 51.

Referring to Fig. 3 and Fig. 4, specifically, the second driving mechanism includes that rotation is carried on rotating frame 3 and turns along take-up reel 4 The rotation axis 7 of shaft line direction setting, rotation are carried on the transmission shaft 8 of 3 side of rotating frame, are fixedly installed in rotation axis 7 respectively With on transmission shaft 8 and intermeshing bevel-gear sett 78, rotation be socketed on driving shaft 5 bearing (not shown), set It connects the driving wheel 52 being fixed on bearing, the fast pulley being fixedly installed on transmission shaft 8 81 and is fixedly installed in rack 1 The second motor 9, the second belt wheel 91 is fixedly installed on the output shaft of the second motor 9, between driving wheel 52 and the second belt wheel 91 And be driven by synchronous belt between driving wheel 52 and fast pulley 81, and the side of rotating frame 3 be also fixedly mounted it is useful In the driving protection shell 82 of protection transmission shaft 8, in addition, rotation axis 7 and take-up reel 4 connect, so that take-up reel 4 is with rotation axis 7 It rotates and rotates.

When work, 9 turn drives second tape wheel 91 of the second motor drives driving wheel 52 to rotate by synchronous belt, and then driving wheel 52 It drives fast pulley 81 to rotate by synchronous belt, so that transmission shaft 8 is rotated with fast pulley 81 and is intermeshed with dynamic bevel gear 78, changes The direction of transfer driving rotation axis 7 of varying force rotates, and then take-up reel 4 realizes the collection of cable with the rotation of rotation axis 7；Its In, the second motor 9 is fixedly mounted in rack 1, and by toothed belt transmission, is directly fixedly mounted on rotation compared to the second motor 9 Turn to drive rotation axis 7 to rotate on frame 3, avoids rotating frame 3 in rotation because torque caused by the second motor 9 is to entire machine Influence, improve the stability of entire machine.

Referring to Fig. 3, specifically, the first reduction assemblies are equipped between driving wheel 51 and first pulley 61, specifically, first Reduction assemblies include that rotation is carried on the first deboost axle 10 of pedestal 2 and is fixedly installed in the first ratio wheel of the first deboost axle 10 11 and second ratio wheel 12, it is arranged between the first ratio wheel 11 and first pulley 61 and the second ratio wheel 12 and driving shaft 5 There is synchronous belt, and the diameter of first pulley 61, less than the diameter of the first ratio wheel 11, the diameter of the second ratio wheel 12 is less than actively The diameter of wheel 51, wherein the first ratio wheel 11 is located at the first deboost axle 10 close to one end of first motor 6, the second ratio wheel 12 Positioned at the middle part of the first deboost axle 10, driving wheel 51 is located at the middle part of driving shaft 5, so that the first deboost axle 10 and driving shaft 5 stress is more evenly.

Referring to figs. 2 and 3, in addition, being also rotatably connected to installation axle 13 in rack 1, installation axle 13 subtracts along being parallel to first The direction of fast axis 10 is arranged, and installation axle 13 is located at side of first deboost axle 10 far from the second deboost axle 17, the first deboost axle 10 and installation axle 13 on be fixedly installed with installation wheel 14, installation wheel 14 be located at the first deboost axle 10 far from the first ratio wheel 11 One end, two installations wheel 14 is by toothed belt transmission, so that installation axle 13 is rotated with the rotation of the first deboost axle 10, increases One group of installation wheel 14 by toothed belt transmission, so that the rotation of the first deboost axle 10 is more stable, stress is more balanced.And rack 1 On be also fixedly installed with and be respectively used to two installations of protection wheel 14 first protective shells 15 are installed, and for protecting installation axle 13 Second installation protective shell 16.

Second reduction assemblies are installed between driving wheel 52 and the second belt wheel 91, specifically, the second reduction assemblies include turning Dynamic the second deboost axle 17 for being carried on pedestal 2 and the third ratio wheel 18 and the 4th for being fixedly installed in 17 both ends of the second deboost axle subtract Speed wheel 19, is arranged with synchronous belt between third ratio wheel 18 and the second belt wheel 91 and the 4th ratio wheel 19 and driving wheel 52, And second the diameter of belt wheel 91 be less than the diameter of third ratio wheel 18, the diameter of the 4th ratio wheel 19 is less than the straight of driving wheel 52 Diameter.

Referring to fig. 4, specifically, rotating frame 3 is equipped with the wire-arranging mechanism for guiding cable far from the side of driving shaft 5 20, wire-arranging mechanism 20 is arranged and does horizontal reciprocating movement, extraneous multiple cables along the pivot center direction for being parallel to rotating frame 3 The rotating frame 3 being rotated after guiding via wire-arranging mechanism 20 twists together, and the shift length of wire-arranging mechanism 20 is equal to take-up reel 4 Axial length.Wire-arranging mechanism 20 enables the cable for being collected in take-up reel 4 to be uniformly distributed, and then increases the row of cable Cloth area improves the space utilization rate of take-up reel 4.In addition, wire-arranging mechanism 20 is also equipped with the guide roller of multiple rotation settings, outside Multiple cables on boundary are twisted together via different guide roller guidings again later respectively.

Specifically, wire-arranging mechanism 20 includes being installed on the driving motor on rotating frame 3 and being used to provide power (not show in figure Out), it is fixedly installed on the pivot center direction of driving shaft 5 for crossing electric slip ring 22 to driving motor offer electric energy, actively Axis 5 offers the cable-through hole (not shown) through driving shaft 5, and cable-through hole extends along the length direction of driving shaft 5, driving Motor is connected with the supply lines (not shown) being located in cable-through hole, and supply lines is arranged with the rotation of electric slip ring 22 is crossed, extraneous Power supply via cross electric slip ring 22, supply lines be driving motor power.Since driving motor is arranged on rotating frame 3, and rotate Frame 3 needs to rotate, but supply lines cannot be rotated with rotating frame 3, otherwise be will cause supply lines and kinked together, so using Electric slip ring 22, the terminal that cooperated power supply line is one use, and supply lines runs through the central axis of driving shaft 5, and so that it will not with rotation Turn frame 3 to rotate together.

Referring to 3 and Fig. 4, specifically, take-up reel 4 and rotation axis 7 are detachably connected, in the present embodiment, the one of rotation axis 7 The inner wall of end protrusion rotating frame 3 is simultaneously fixedly installed with convex block (not shown) in rectangle, offers on take-up reel 4 and convex block The groove (not shown) of clamping engagement, when installation, need to only take-up reel 4 be can be completed in convex block grafting corresponding with groove by worker Installation；When disassembly, convex block and groove need to be only separated.In addition, being equipped in rack 1 for the take-up reel 4 that lifts and land Elevating mechanism.Take-up reel 4, Labor-saving high-efficiency are replaced in this way convenient for worker.

Referring to 3 and Fig. 4, specifically, elevating mechanism includes that two couples be articulated in rack 1 put bar 23, two pairs put bar Be fixedly installed between 23 free end for accommodate take-up reel 4 rise put box 24, rise put box 24 be located at take-up reel 4 just under Side；Wherein, it rises and puts and be rotatably connected to rotating bar 25 between bar 23 for two pairs, there are two hydraulic for connection between rack 1 and rotating bar 25 Cylinder 26, the bottom end of hydraulic cylinder 26 are articulated in rack 1, and the output shaft of hydraulic cylinder 26 is articulated with rotating bar 25.

When needing to remove take-up reel 4, the output elongate axis of hydraulic cylinder 26 is controlled, has driven and has put bar 23 around putting bar 23 Hinge joint is rotated up, and puts stopping when box 24 moves to the position to offset with take-up reel 4 so that rising, worker removes take-up reel later 4, then the output shaft contraction of hydraulic cylinder 26 is controlled, and then take-up reel 4 is put box 24 with and fallen, and disassembly is completed.

When needing to continue to install new take-up reel 4, first take-up reel 4 is moved to and has been put in box 24, has been started later hydraulic Cylinder 26 has been driven and has put bar 23 and be rotated up around the hinge joint for putting bar 23 is acted, to take-up so that the output elongate axis of hydraulic cylinder 26 When disk 4 moves to installation site of the take-up reel 4 with rotation axis 7, control hydraulic cylinder 26 stops, and take-up reel 4 is connected to rotation axis 7 On, installation is completed, hydraulic cylinder 26 is controlled later and shrinks, fallen and put box 24.

Total workflow are as follows: cable is passed through into wire-arranging mechanism 20 first and is wound on take-up reel 4, then starts first Motor 6 and the second motor 9, and electric slip ring 22 was given to be powered, take-up reel 4 and rotating frame 3 rotate simultaneously later, and wire-arranging mechanism 20 move reciprocatingly along the width direction of rotating frame 3, and then achieve the purpose that twisted cable, avoid the case where cable is by crushing Occur.

When needing replacing take-up reel 4, start elevating mechanism, take-up reel 4 is removed and drop to ground by underworker, so New take-up reel 4 is changed afterwards, starts elevating mechanism, and take-up reel 4 is connected in rotation axis 7 by underworker.

Embodiment two: a kind of disc type stranding machine, referring to Fig. 5, including successively passed through for cable power swing rod pay off rack 27, Line concentration platform 28 and center belting machine 29 further include rotation meter speed wheel 30, single-chip microcontroller (not shown) and take disk winch master without drawing Machine 31, multiple cables are delivered to after center belting machine 29 takes disk winch host 31 to carry out twisted winding without drawing, and rotates meter speed wheel 30, for measuring the movement speed of cable, rotate the signal input part electrical connection of meter speed wheel 30 and single-chip microcontroller, first motor 6 and list The signal output end of piece machine is electrically connected, and single-chip microcontroller regulates and controls the revolving speed of rotating frame 3 so that rotating frame 3 is twisted the speed of multiple cables It is equal with the movement speed of cable measured by rotation meter speed wheel 30.

Setting takes disk winch host 31 without drawing, can avoid cable draw take when by crushing；It rotates meter speed wheel 30 and measures take-up The take-up speed of disk 4, single-chip microcontroller control first motor 6 by receiving the feedback coder signal that rotation meter speed wheel 30 provides It is supplied to the revolving speed of rotating frame 3, so that the twisted wire speed of rotating frame 3 and the take-up speed of take-up reel 4 are equal, it thus will not be right Cable causes to pull or the secondary injuries such as crushing, and then influences the stability of pitch when cable twist.

Above-described embodiment is only the explanation to the utility model, is not limitations of the present invention, this field Technical staff can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but only It will be in the scope of the claims of the utility model all by the protection of Patent Law.

Claims

1. a kind of nothing, which is drawn, takes disk winch host, it is characterized in that: including support portion and the rotation being rotatably assorted with take-up reel (4) Portion, the rotating part rotation are carried on support portion, the pivot center direction of the rotating part and the rotation axis of the take-up reel (4) Line direction is arranged in a crossed manner, and the rotating part is used for extraneous multiple cable twists together, and the take-up reel (4) is for winding The stranded multiple cables of rotating part, the support portion is equipped with the first driving mechanism for driving rotating part to rotate and for driving Second driving mechanism of dynamic take-up reel (4) rotation.

2. nothing according to claim 1, which is drawn, takes disk winch host, it is characterized in that: first driving mechanism includes that rotation is held The first motor (6) for being loaded in the driving shaft (5) of support portion and being fixedly installed on support portion, fixed peace on the driving shaft (5) Equipped with driving wheel (51), the output shaft of the first motor (6) is equipped with first pulley (61), the driving wheel (51) and described First pulley is driven between (61) by synchronous belt, and the driving shaft (5) connects with the rotating part.

3. nothing according to claim 2, which is drawn, takes disk winch host, it is characterized in that: second driving mechanism includes that rotation is held It is loaded in the rotation axis (7) of rotating part, rotation is carried on the transmission shaft (8) of rotating part, is respectively arranged on rotation axis (7) and transmission shaft (8) on and intermeshing bevel-gear sett (78), rotation are socketed on driving shaft (5) upper bearing (metal), are sleeved and fixed on bearing Driving wheel (52), the fast pulley (81) being fixedly installed on transmission shaft (8) and the second motor being fixedly installed on support portion (9), the output shaft of second motor (9) is equipped with the second belt wheel (91), the driving wheel (52) and second belt wheel (91) it is driven by synchronous belt between and between the driving wheel (52) and the fast pulley (81), the rotation axis (7) it is connected with the take-up reel (4), the rotation axis (7) and the pivot center direction of rotating part are arranged in a crossed manner.

4. nothing according to claim 3, which is drawn, takes disk winch host, it is characterized in that: the rotating part is equipped with for guiding cable Wire-arranging mechanism (20), the wire-arranging mechanism (20) is slideably positioned in rotating part, the glide direction of the wire-arranging mechanism (20) with The pivot center of rotating part is arranged in a crossed manner, and the rotating part that extraneous multiple cables are rotated after guiding via wire-arranging mechanism (20) twists It is combined.

5. nothing according to claim 4, which is drawn, takes disk winch host, set it is characterized in that: the wire-arranging mechanism (20) is equipped with rotation The multiple guide rollers set, extraneous multiple cables are twisted together via different guide roller guidings again later respectively.

6. nothing according to claim 5, which is drawn, takes disk winch host, it is characterized in that: further including for driving the wire-arranging mechanism (20) driving motor of relative rotation portion sliding, the driving shaft (5) were provided with electric slip ring (22), and the driving shaft (5) sets There is the cable-through hole through driving shaft (5), cable-through hole extends along the length direction of driving shaft (5), and the driving motor is connected with appearance Supply lines in cable-through hole, supply lines and cross electric slip ring (22) rotation be arranged, extraneous power supply via cross electric slip ring (22), Supply lines is driving motor power supply.

7. nothing according to claim 6, which is drawn, takes disk winch host, it is characterized in that: the take-up reel (4) and the rotation axis (7) it is detachably connected, the support portion is equipped with the elevating mechanism for the take-up reel that lifts and land (4).

8. nothing according to claim 7, which is drawn, takes disk winch host, it is characterized in that: the elevating mechanism includes being articulated with support Rising for portion is put bar (23), and the described free end for putting bar (23), which is fixedly installed with, puts box (24) for accommodating rising for take-up reel (4), Described puts the underface that box (24) is located at take-up reel (4)；The support portion and described put be connected between bar (23) it is hydraulic Cylinder (26), the bottom end of the hydraulic cylinder (26) are articulated with support portion, and the output shaft of the hydraulic cylinder (26), which has been articulated with, puts bar (23)。

9. a kind of disc type stranding machine, including successively passed through for multiple cables power swing rod pay off rack (27), line concentration platform (28) and Center belting machine (29), it is characterized in that: further including rotation meter speed wheel (30), single-chip microcontroller and such as claim 2 to 8 any one institute The nothing stated draws and takes disk winch host (31), and multiple cables are delivered to after center belting machine (29) and take disk winch host (31) without drawing Twisted winding is carried out, rotation meter speed wheel (30) is used to measure the movement speed of cable, the rotation meter speed wheel (30) and institute State the signal input part electrical connection of single-chip microcontroller, the signal output end electrical connection of the first motor (6) and the single-chip microcontroller, monolithic The revolving speed of machine regulation rotating part is so that rotating part is twisted cable measured by the speed and rotation meter speed wheel (30) of multiple cables Movement speed it is equal.