CN206480428U - a set of cabling device - Google Patents

a set of cabling device Download PDF

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Publication number
CN206480428U
CN206480428U CN201720101365.2U CN201720101365U CN206480428U CN 206480428 U CN206480428 U CN 206480428U CN 201720101365 U CN201720101365 U CN 201720101365U CN 206480428 U CN206480428 U CN 206480428U
Authority
CN
China
Prior art keywords
cable
code
disc
center reinforcemen
cables
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201720101365.2U
Other languages
Chinese (zh)
Inventor
徐晓鸿
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Suzhou Wisdom Drive Electromechanical Technology Co Ltd
Original Assignee
Suzhou Wisdom Drive Electromechanical Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Suzhou Wisdom Drive Electromechanical Technology Co Ltd filed Critical Suzhou Wisdom Drive Electromechanical Technology Co Ltd
Priority to CN201720101365.2U priority Critical patent/CN206480428U/en
Application granted granted Critical
Publication of CN206480428U publication Critical patent/CN206480428U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

A set of cabling device, including center reinforcemen feed system, cable feed system, stranded component, cable traction device and cable winding mechanism by cable twist in center reinforcemen;Stranded component includes cable code-disc, cable frame, cable bush, cable code-disc and cable frame synchronous rotary, cable feed system is arranged in the cable frame, some cables are located in the perforation of the cable of cable code-disc, center reinforcemen is located in the centre bore of cable code-disc, and cable passes through the cable bush.Cable code-disc and cable frame synchronous rotary, drive the rotation of some cables, and cable bush grips the center reinforcemen and is stranded in some cables thereon, and some cables are twisted into cable between cable code-disc and cable bush.

Description

A set of cabling device
Technical field
The utility model is related to cable processing technique field, and in particular to a set of cabling device.
Background technology
Cable, is formed by several wire cable is stranded, specifically, and above-mentioned several wire cable is stranded in center reinforcemen, institute It can be hollow pipe to state center reinforcemen.
Utility model content
The technical problem that the utility model is solved:How automatically to realize that several wire cable is stranded in center reinforcemen Above form cable.
In order to solve the above technical problems, the utility model provides following technical scheme:A set of cabling device, including center plus Strong part feed system, cable feed system, stranded component, cable traction device and electricity by cable twist in center reinforcemen Cable winding mechanism;The center reinforcemen feed system and the cable feed system are respectively to the stranded component backbone Reinforcer and some cables, the cable traction device are pulled through the stranded component twisting to cable winding mechanism direction The cable of completion, the cable winding mechanism winds cable;The stranded component includes cable code-disc, cable frame, cable joint-box Cylinder, cable code-disc and cable frame synchronous rotary, cable bush are fixedly installed;Cable feed system is arranged on the cable frame On, the center of cable code-disc, which is opened up, opens up some cable perforation around centre bore, cable code-disc centre bore, some cables are worn It is located in some cables perforation, center reinforcemen is located in the centre bore, the center reinforcemen and is stranded in it On some cables pass through the cable bush.
By above-mentioned technical proposal, cable frame and cable bush are respectively positioned at the left and right sides of cable code-disc, cable code-disc With cable frame synchronous rotary, some cable rotations are driven, and cable bush grips the center reinforcemen and is stranded in it On some cables, in this way, some cables are on the right side of the cable code-disc, even main line cable is in cable code-disc and cable bush Between occur it is stranded.Cable traction device haul it is stranded after cable right lateral, cable winding mechanism winding cable.
Rubber ring is fixed with the madial wall of cable bush, through the surface of some cables of the cable bush and institute State the madial wall contact of rubber ring.The madial wall of rubber ring is provided with some convex portions, and some convex portions are equal along the madial wall of rubber ring Even distribution.The center reinforcemen and some cables being stranded in thereon are located in the rubber ring, some convex portions with it is stranded The contact of some cables (i.e. cable) surface, it is to avoid cable and cable code-disc transfer.
The cable code-disc is arranged in the hollow cavity of hollow shaft, and the hollow shaft is fixed in rotor, the electricity Machine rotor is arranged in motor stator, and motor stator is arranged in electric machine casing.The hollow shaft is motor shaft, motor shaft hollow Set, direct drive cable code-disc rotation, to improve transmission efficiency and transmission accuracy.
The cable frame includes the first cavity and the second cavity, and the first cavity and the second cavity are fixed with centre rotational axis Connection, the rotation centerline of the rotation centerline of centre rotational axis and the cable code-disc is located along the same line;The cable Feed system includes ten cable winch spools, wherein, five cable winch spools are articulated in first cavity, in addition five lines Cable winch spool is articulated in second cavity, and the cable on ten cable winch spools is located in ten lines of cable code-disc respectively In cable perforation.In ten cable winch spools, the cable on each cable winch spool is located in cable code after cable guide roller In the cable perforation of disk.
The cable frame is fixedly connected with cable guide disk, cable guide disk and cable frame synchronous rotary, and cable is led It is located to disk between the cable frame and the cable code-disc, the cable guide disk includes centrally located centre pilot Hole, the cable guide hole around centre pilot hole, the center reinforcemen is located in the centre pilot hole, the line Cable is located in the cable guide hole.The quantity in cable guide hole is same as the cable perforation on cable code-disc.
Center reinforcemen feed system includes center reinforcemen reel, and center reinforcemen reel is articulated in first support, The side of first support is provided with center reinforcemen guider, and center reinforcemen guider includes leading installed in center reinforcemen To two center reinforcemen directive wheels on support;Center reinforcemen, center reinforcemen are wound on the center reinforcemen reel Penetrate in above-mentioned centre pilot hole, then penetrated in the centre bore of cable code-disc after being oriented to through two center reinforcemen directive wheels.
Center reinforcemen guiding trestle includes first base, the directive wheel mounting bracket in first base, the first bottom Seat is provided with the first screw rod and the first guide rod, screw rod and is bolted with the first clamp nut, the bottom of the directive wheel mounting bracket Provided with the first blind hole and the first pilot hole, the first screw rod is plugged in the first blind hole, and the external diameter of the first clamp nut is more than first The internal diameter of blind hole, first guide rod is plugged in the first pilot hole.Rotate first clamp nut, the first clamp nut The lifting of directive wheel mounting bracket is driven, and then drives the lifting of center reinforcemen directive wheel, center reinforcemen is penetrated as the crow flies described In centre pilot hole, then penetrate in the centre bore of cable code-disc.
Cable traction device includes being provided with upper belt, lower row on upper row's belt pulley and lower row's belt pulley, upper row's belt pulley Lower belt is installed on belt pulley, there is gap between upper belt and lower belt, the center reinforcemen and be stranded in thereon Some cables are clamped in the gap between upper belt and lower belt;Upper row's belt pulley or lower row's belt pulley are with driving Dynamic motor connection.Any belt pulley rotation in belt pulley or lower row's belt pulley is arranged in motor driving, you can in driving Belt surrounds lower row's belt pulley shuttling movement around upper row's belt pulley shuttling movement or the lower belt of driving, so drive upper belt and Cable between lower belt moves ahead.
Cable winding mechanism includes cable drum, and cable drum is pivotally connected on the secondary support bracket, and the side of second support is provided with Crinoline, crinoline includes two cable directive wheels being arranged on cable guiding trestle.Machine Cable is wrapped in after wire guide wheel on the cable drum.
Brief description of the drawings
The utility model is described further below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of a set of cabling device of the utility model;
Fig. 2 is enlarged drawing at A in Fig. 1;
Fig. 3 is the structural representation of cable guide disk 35;
Fig. 4 is the structural representation of cable code-disc 31;
Fig. 5 is the structural representation of motor 34 in Fig. 1;
Fig. 6 is the structural representation of cable bush 33 in Fig. 1;
Fig. 7 is Fig. 6 left view.
Symbol description in figure:
10th, center reinforcemen;11st, cable;12nd, cable;
20th, cable traction device;21st, upper row's belt pulley;211st, upper belt;22nd, lower row's belt pulley;221st, lower belt;
31st, cable code-disc;311st, centre bore;312nd, cable is perforated;32nd, cable frame;321st, the first cavity;322nd, second Cavity;323rd, centre rotational axis;33rd, cable bush;331st, rubber ring;332nd, convex portion;34th, motor;341st, hollow cavity;342nd, it is electric Casing body;35th, cable guide disk;351st, centre pilot hole;352nd, cable guide hole;
41st, cable winch spool;42nd, cable guide roller;
51st, center reinforcemen reel;52nd, first support;53rd, center reinforcemen guider;531st, center reinforcemen is led To wheel;532nd, first base;533rd, directive wheel mounting bracket;534th, the first screw rod;535th, the first guide rod;536th, the first fastening spiral shell It is female;
61st, cable drum;62nd, second support;63rd, cable guiding trestle;64th, cable directive wheel.
Embodiment
Detailed description below is referring to figs. 1 to Fig. 7
A set of cabling device, including center reinforcemen feed system, cable feed system, by cable twist center strengthen Stranded component, cable traction device 20 and cable winding mechanism on part 10;The center reinforcemen feed system and the line Cable feed system is respectively to the stranded component backbone reinforcer and some cables 11, and the cable traction device is to described Cable winding mechanism direction pulls the cable 12 completed through the stranded component twisting, and the cable winding mechanism winds cable.
The stranded component includes cable code-disc 31, cable frame 32, cable bush 33, and cable code-disc and cable frame are same Step rotation, cable bush is fixedly installed;Cable feed system is arranged in the cable frame, and the center of cable code-disc is opened up Some cable perforation 312 are opened up around centre bore 311, cable code-disc centre bore, some cables are located in some cables In perforation, center reinforcemen is located in the centre bore, and the center reinforcemen and some cables being stranded in thereon are passed through The cable bush.
On the stranded component, rubber ring 331 is fixed with the madial wall of cable bush 33, through the cable joint-box The surface of some cables of cylinder is contacted with the madial wall of the rubber ring.
On the stranded component, the madial wall of rubber ring 331 is provided with some convex portions 332, and some convex portions are along rubber ring Madial wall be uniformly distributed.
On the stranded component, the cable code-disc 31 is arranged in the hollow cavity 341 of hollow shaft, and the hollow shaft is consolidated In the rotor for being scheduled on motor 34, rotor is arranged in motor stator, and motor stator is arranged in electric machine casing 342.
On the stranded component, the cable frame 32 includes the first cavity 321 and the second cavity 322, the first cavity It is fixedly connected with the second cavity with centre rotational axis 323, the rotation of the rotation centerline of centre rotational axis and the cable code-disc 31 Turn center line to be located along the same line;The cable feed system includes ten cable winch spools 41, wherein, five cable windings Cylinder is articulated in first cavity, and five cable winch spools are articulated in second cavity in addition, ten cable winch spools On cable be located in respectively ten cables of cable code-disc perforation 312 in.
On the stranded component, in ten cable winch spools 41, the cable on each cable winch spool is led by cable It is located in after to roller 42 in the cable of cable code-disc perforation 312.
On the stranded component, the cable frame 32 is fixedly connected with cable guide disk 35, and cable guide disk is located at Between the cable frame and the cable code-disc 31, the cable guide disk includes centrally located centre pilot hole 351, Cable guide hole 352 around centre pilot hole, the center reinforcemen 10 is located in the centre pilot hole, described Cable 11 is located in the cable guide hole.
The center reinforcemen feed system includes center reinforcemen reel 51, and center reinforcemen reel is articulated in first On frame 52, the side of first support is provided with center reinforcemen guider 53, and center reinforcemen guider is included in being arranged on Two center reinforcemen directive wheels 531 on heart reinforcer guiding trestle.
On the center reinforcemen feed system, center reinforcemen guiding trestle includes first base 532, installed in the Directive wheel mounting bracket 533 on one base, first base is provided with the first screw rod 534 and the first guide rod 535, screw rod and is spirally connected There is the first clamp nut 536, the bottom of the directive wheel mounting bracket is provided with the first blind hole and the first pilot hole, and the first screw rod is plugged In the first blind hole, the external diameter of the first clamp nut is more than the internal diameter of the first blind hole, and first guide rod is plugged in first and led Into hole.
The cable traction device 20 includes being provided with upper row's belt pulley 21 and lower row's belt pulley 22, upper row's belt pulley Lower belt 221 is installed on belt 211, lower row's belt pulley, there is gap, the center reinforcemen between upper belt and lower belt And some cables being stranded in thereon are clamped in the gap between upper belt and lower belt;Upper row's belt pulley or described Lower row's belt pulley is connected with motor.
The cable winding mechanism includes cable drum 61, and cable drum is articulated in second support 62, second support Side is provided with crinoline, and crinoline includes two cable directive wheels being arranged on cable guiding trestle 63 64。
In actual production, the center reinforcemen 10 on center reinforcemen reel 51 is through two center reinforcemen directive wheels 531 The centre pilot hole 351 of the cable guide disk 35 is penetrated afterwards, then penetrates the centre bore 311 of the cable code-disc 31.
Cable penetrates the line again behind the cable guide hole 352 of the cable guide disk 35 on ten cable winch spools 41 The cable perforation 312 of cable code-disc 31.
Cable frame 32 and the synchronous rotary of cable code-disc 31, drive ten cable synchronous rotaries, and cable bush 33 is gripped Residence states center reinforcemen and is stranded in ten cables thereon, and ten cables 11 occur between cable code-disc and cable bush Stranded, ten cables 11 are stranded in center reinforcemen 10 and form cable 12.
Cable traction device 20 haul it is stranded after the right lateral of cable 12, after cable directive wheel 64, cable drum 61 is wound Cable.
Above content is only better embodiment of the present utility model, for one of ordinary skill in the art, according to this The thought of utility model, will change in specific embodiments and applications, and this specification content should not be understood For to limitation of the present utility model.

Claims (10)

1. a set of cabling device, including center reinforcemen feed system, cable feed system, by cable twist in center reinforcemen (10) stranded component, cable traction device (20) and cable winding mechanism on;The center reinforcemen feed system and described Cable feed system respectively to the stranded component backbone reinforcer and some cables (11), the cable traction device to Cable winding mechanism direction pulls the cable (12) completed through the stranded component twisting, the cable winding mechanism winding Cable;It is characterized in that:The stranded component includes cable code-disc (31), cable frame (32), cable bush (33), cable code Disk and cable frame synchronous rotary, cable bush are fixedly installed;Cable feed system is arranged in the cable frame, cable code The center of disk, which is opened up, opens up some cable perforation (312), some cables around centre bore (311), cable code-disc centre bore It is located in some cables perforation, center reinforcemen is located in the centre bore, the center reinforcemen and is stranded in Some cables thereon pass through the cable bush.
2. a set of cabling device as claimed in claim 1, it is characterised in that:It is fixed with the madial wall of cable bush (33) Rubber ring (331), the surface through some cables of the cable bush is contacted with the madial wall of the rubber ring.
3. a set of cabling device as claimed in claim 2, it is characterised in that:The madial wall of rubber ring (331) is provided with some Convex portion (332), some convex portions are uniformly distributed along the madial wall of rubber ring.
4. a set of cabling device as claimed in claim 1, it is characterised in that:The cable code-disc (31) is arranged on hollow shaft In hollow cavity (341), the hollow shaft is fixed in the rotor of motor (34), and rotor is arranged in motor stator, motor Stator is arranged in electric machine casing (342).
5. a set of cabling device as claimed in claim 1, it is characterised in that:The cable frame (32) includes the first cavity (321) and the second cavity (322), the first cavity and the second cavity are fixedly connected with centre rotational axis (323), centre rotational axis Rotation centerline and the rotation centerline of the cable code-disc (31) are located along the same line;The cable feed system includes ten Individual cable winch spool (41), wherein, five cable winch spools are articulated in first cavity, in addition five cable winch spool pivots It is connected in second cavity, the cable on ten cable winch spools is located in ten cables perforation of cable code-disc respectively (312) in.
6. a set of cabling device as claimed in claim 5, it is characterised in that:In ten cable winch spools (41), each cable Cable on winch spool is located in after cable guide roller (42) in the cable of cable code-disc perforation (312).
7. a set of cabling device as claimed in claim 5, it is characterised in that:The cable frame (32) is fixedly connected with cable Positioning disk (35), cable guide disk is located between the cable frame and the cable code-disc (31), the cable guide Pan Bao Centrally located centre pilot hole (351) is included, the cable guide hole (352) around centre pilot hole, the center adds Strong part (10) is located in the centre pilot hole, and the cable (11) is located in the cable guide hole.
8. a set of cabling device as claimed in claim 1, it is characterised in that:Center reinforcemen feed system is strengthened including center Part reel (51), center reinforcemen reel is articulated in first support (52), and the side of first support is led provided with center reinforcemen To device (53), two center reinforcemens that center reinforcemen guider includes being arranged on center reinforcemen guiding trestle are led To wheel (531);
Center reinforcemen guiding trestle includes first base (532), the directive wheel mounting bracket (533) in first base, First base is provided with the first screw rod (534) and the first guide rod (535), screw rod and is bolted with the first clamp nut (536), institute The bottom for stating directive wheel mounting bracket is provided with the first blind hole and the first pilot hole, and the first screw rod is plugged in the first blind hole, and first is tight Gu the external diameter of nut is more than the internal diameter of the first blind hole, first guide rod is plugged in the first pilot hole.
9. a set of cabling device as claimed in claim 1, it is characterised in that:Cable traction device (20) includes upper row's belt pulley (21) and lower row's belt pulley (22), it is provided with upper row's belt pulley on upper belt (211), lower row's belt pulley and lower belt is installed (221), there is gap, the center reinforcemen and some cables being stranded in thereon are clamped between upper belt and lower belt In gap between upper belt and lower belt;Upper row's belt pulley or lower row's belt pulley are connected with motor.
10. a set of cabling device as claimed in claim 1, it is characterised in that:Cable winding mechanism includes cable drum (61), Cable drum is articulated in second support (62), and the side of second support is provided with crinoline, and crinoline includes Two cable directive wheels (64) on cable guiding trestle (63).
CN201720101365.2U 2017-01-24 2017-01-24 a set of cabling device Expired - Fee Related CN206480428U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720101365.2U CN206480428U (en) 2017-01-24 2017-01-24 a set of cabling device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720101365.2U CN206480428U (en) 2017-01-24 2017-01-24 a set of cabling device

Publications (1)

Publication Number Publication Date
CN206480428U true CN206480428U (en) 2017-09-08

Family

ID=59753806

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720101365.2U Expired - Fee Related CN206480428U (en) 2017-01-24 2017-01-24 a set of cabling device

Country Status (1)

Country Link
CN (1) CN206480428U (en)

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Date Code Title Description
GR01 Patent grant
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20170908

Termination date: 20190124

CF01 Termination of patent right due to non-payment of annual fee