CN209144570U - Power device is used in a kind of molding of compound rope - Google Patents
Power device is used in a kind of molding of compound rope Download PDFInfo
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- CN209144570U CN209144570U CN201821620815.XU CN201821620815U CN209144570U CN 209144570 U CN209144570 U CN 209144570U CN 201821620815 U CN201821620815 U CN 201821620815U CN 209144570 U CN209144570 U CN 209144570U
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- drive shaft
- disk body
- veil
- transmission mechanism
- driving wheel
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Abstract
The utility model discloses a kind of compound rope molding power devices, including rack, drive shaft that is vertically arranged and being driven by the first transmission mechanism is rotatably equipped in the rack, the drive shaft is equipped with veil and exports assembly, is equipped with the second transmission mechanism between the veil output assembly and the drive shaft；The drive shaft above veil output assembly is equipped with polyester filament and exports assembly, third transmission mechanism is equipped between the polyester filament output assembly and the drive shaft, polyester filament output assembly is equipped with the conduit for guiding to the veil rope of veil output assembly output, and conduit is equipped with more and is arranged in parallel with drive shaft.Using the compound rope molding power device, the mechanization production processing of compound rope is realized, consecutive production ability is strong, working efficiency and production shaping efficiency is not only effectively increased, moreover, greatly reducing the labor intensity of staff；Meanwhile effectively reducing recruitment quantity and recruitment cost.
Description
Technical field
The utility model belongs to rope body technical field of processing equipment more particularly to power device is used in a kind of molding of compound rope.
Background technique
At this stage, the molding mode of cored three stranded rope is: winding upper more on the periphery of every veil rope (core rope) and washs
The long cord of synthetic fibre simultaneously forms a strand body, produces other two ropes body using which, later by three sides of the body to rotate that restrict
Formula is come together together, and then has formed the cored three stranded rope.
The molding of above-mentioned cored three stranded rope is manually produced and processed, working efficiency and production molding low efficiency,
And the large labor intensity of staff；Meanwhile will use a large amount of crew numbers, considerably increase recruitment cost.
Utility model content
For the defects in the prior art, the utility model provides a kind of compound rope molding power device, to reach
The purpose for improving working efficiency and producing shaping efficiency, reducing intensity of workers and recruitment cost.
Technical solution provided by the utility model is: a kind of compound rope molding power device, including rack, the machine
Drive shaft that is vertically arranged and being driven by the first transmission mechanism is rotatably equipped on frame, the drive shaft is exported equipped with veil
Assembly is equipped with the second transmission mechanism between the veil output assembly and the drive shaft；On veil output assembly
The drive shaft of side is equipped with polyester filament and exports assembly, is equipped between the polyester filament output assembly and the drive shaft
Third transmission mechanism；
The polyester filament output assembly is equipped with for guiding to the veil rope of veil output assembly output
Conduit, the conduit is equipped with and more and is arranged in parallel with the drive shaft.
As an improvement the veil output assembly includes the first disk body being set in the drive shaft, it is located at institute
It states the drive shaft above the first disk body and is equipped with the first driving wheel, first disk positioned at first driving wheel periphery
Rotational installation is equipped with veil roller mounting rack on each first driven wheel there are three the first driven wheel on body；
Second transmission mechanism is equipped between each first driven wheel and first driving wheel.
As a further improvement, the diameter ratio between first driving wheel and first driven wheel be 1:0.8 extremely
Between 1:1.5.
As a further improvement, the diameter ratio between first driving wheel and first driven wheel is 1:
1.07。
It is improved as further, the polyester filament output assembly includes the second disk being set in the drive shaft
Body, the drive shaft above second disk body is equipped with the second driving wheel, positioned at second driving wheel periphery
Rotational installation is equipped with polyester filament roller peace there are three the second driven wheel on second disk body on each second driven wheel
Sabot；
The third transmission mechanism is equipped between each second driven wheel and second driving wheel；
It is arranged in a one-to-one correspondence there are three the conduit is set and with the polyester filament roller mounting disc, each conducting wire
Pipe sequentially passes through the polyester filament roller mounting disc, second driven wheel and second disk body and to first disk body
Direction extends, and the conduit is fixedly installed on second disk body.
As further improvement, the diameter ratio between second driving wheel and second driven wheel is 1:0.3
To between 1:0.8.
As further improvement, the diameter ratio between second driving wheel and second driven wheel is 1:0.4.
As further improvement, first disk body is equipped at least three supporting linkages, each support
Connecting rod both passes through second disk body and upwardly extends；The top of the supporting linkage is exported higher than the polyester filament
Assembly, and it is equipped with connecting rod between adjacent two supporting linkage, the connecting rod is set to the top of the supporting linkage.
As further improvement, first transmission mechanism is the tape handler or chain conveyer of dynamical element driving
Mechanism or synchronous toothed belt transmission mechanism or gear drive；
Second transmission mechanism and the third transmission mechanism are tape handler or chain-drive mechanism or synchronous gear
Tape handler or gear drive.
Using technical solution described above, a kind of compound rope molding power device provided by the utility model
It has the beneficial effect that:
Since the compound rope molding power device includes rack, it is rotatably equipped in rack vertically arranged and by first
The drive shaft of transmission mechanism driving, drive shaft are equipped with veil and export assembly, and veil, which exports, is equipped with the between assembly and drive shaft
Two transmission mechanisms；Drive shaft above veil output assembly is equipped with polyester filament and exports assembly, and polyester filament output is total
At third transmission mechanism is equipped between drive shaft, which exports assembly and is equipped with for veil output assembly output
The conduit that guides of veil rope, conduit is equipped with more and is arranged in parallel with drive shaft, is based on above structure, the packet
Core rope molding power device is in use, and the first transmission mechanism drives drive shaft rotation, passes through the second transmission mechanism and third
Transmission mechanism realizes that drive shaft drives veil output assembly and polyester filament to export assembly synchronous rotary, during rotation,
The every veil rope across conduit coats in a manner of rotating aggregation and is formed single cord body by more polyester filament ropes, it
Multi-strand cable body equally forms compound rope in a manner of rotating aggregation in rotation afterwards, and compound rope after molding is led by traction mechanism
Extraction is gone, to guarantee consecutive production.
In conclusion realizing the mechanization production processing of compound rope, continuously using the compound rope molding power device
Property production capacity it is strong, not only effectively increase working efficiency and production shaping efficiency, moreover, greatly reducing the labor of staff
Fatigue resistance；Meanwhile effectively reducing recruitment quantity and recruitment cost.
Since veil output assembly includes the first disk body being set in drive shaft, the drive shaft above the first disk body
It is equipped with the first driving wheel, there are three the first driven wheels for rotational installation on the first disk body of the first driving wheel periphery, each
Veil roller mounting rack is equipped on first driven wheel；The second driver is equipped between each first driven wheel and the first driving wheel
Structure, so that at work, drive shaft drives the first disk body and the rotation of the first driving wheel, the first driving wheel can then pass through the second transmission
Mechanism drives three the first driven wheels rotation on the first disk body, since veil rope passes through conduit and led on three veil rollers
Draw mechanism traction, and then the veil rope on three veil rollers can generate twisting resistance in rotation, avoid veil by polyester filament rope
Molding effect that is loose and influencing single cord body when cladding, structure is simple, is skillfully constructed, and the mechanization to realize veil rope is defeated
Out and guarantee that the molding effect of molding single cord body provides guarantee.
Since the diameter ratio between the first driving wheel and the first driven wheel is 1:0.8 between 1:1.5, preferably 1:
1.07, thus by the first driving wheel and the first driven wheel of the diameter ratio, be effectively ensured compound rope molding effect and at
Type quality.
Since polyester filament output assembly includes the second disk body being set in drive shaft, the drive above the second disk body
Moving axis is equipped with the second driving wheel, the second driven wheel there are three rotational installations on the second disk body of the second driving wheel periphery,
Polyester filament roller mounting disc is equipped on each second driven wheel；Is equipped between each second driven wheel and the second driving wheel
Three transmission mechanisms；It is arranged in a one-to-one correspondence there are three conduit is set and with polyester filament roller mounting disc, each conduit sequentially passes through
The mounting disc of polyester filament roller, the second driven wheel and the second disk body simultaneously extend to the first disk body direction, and conduit is fixedly installed in the
On two disk bodies, thus at work, drive shaft drives the second disk body and the rotation of the second driving wheel, and the second driving wheel then can be by the
Three transmission mechanisms drive three the second driven wheels rotation on the second disk body, and each second driven wheel drives a polyester filament
Roller mounting disc is rotated around conduit and (is equipped with multiple polyester filament rollers in each polyester filament roller mounting disc), due to all
Polyester filament rope is drawn by traction mechanism on polyester filament roller, and then all terylene in each polyester filament roller mounting disc are long
Single cord body will be assembled in rotation and be coated on the periphery of veil rope and be formed to cord, and due to the first disk body,
Two disk bodies and three polyester filament roller mounting discs rotate synchronously, so that three stranded rope body will complete cored three stranded rope in rotation
Molding, structure is simple, is skillfully constructed, the good forming effect of three strands of compound ropes, to realize that Mechanized Processing compound rope provides guarantor
Barrier.
Since the diameter ratio between the second driving wheel and the second driven wheel is 1:0.3 between 1:0.8, preferably 1:0.4,
To pass through the second driving wheel and the second driven wheel of the diameter ratio, the molding effect and molding matter of compound rope has been effectively ensured
Amount.
Since the first disk body is equipped at least three supporting linkages, each supporting linkage both passes through the second disk body, simultaneously
It upwardly extends；The top of supporting linkage is higher than polyester filament and exports assembly, and the company of being equipped between adjacent two supporting linkage
Bar, connecting rod are set to the top of supporting linkage, thus by connection of the supporting linkage to the first disk body and the second disk body, no
Only ensure that the overall structural strength of the compound rope molding power device, and play to the first disk body and the second disk body into
The purpose that row supports and fixes, avoids the first disk body and the second disk body from generating shaking in rotation, and influences the molding of compound rope
Effect and Forming Quality；Meanwhile being connected and fixed at the top of supporting linkage is realized by connecting rod, prevent the top of supporting linkage
Shaking is generated in rotation.
Since the tape handler or chain-drive mechanism or synchronous toothed belt that the first transmission mechanism is dynamical element driving are driven
Mechanism or gear drive；Second transmission mechanism with third transmission mechanism is tape handler or chain-drive mechanism or synchronous
Toothed Belts Gearing mechanism or gear drive, have the advantages of simple structure and easy realization, easy for installation, and power transmission effect is good.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described.In all the appended drawings, similar
Element or part are generally identified by similar appended drawing reference.In attached drawing, each element or part might not be according to actual ratios
It draws.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the A direction view in Fig. 1；
Fig. 3 is the cross-sectional view in the portion B-B in Fig. 1；
In figure, 1- rack；The first transmission mechanism of 2-；201- dynamical element；3- drive shaft；4- veil exports assembly；401-
First disk body；The first driving wheel of 402-；The first driven wheel of 403-；404- veil roller mounting rack；The second transmission mechanism of 5-；6- terylene
Long filament exports assembly；The second disk body of 601-；The second driving wheel of 602-；The second driven wheel of 603-；604- polyester filament roller mounting disc；
7- third transmission mechanism；8- supporting linkage；801- connecting rod；802- fastening nut；9- conduit.
Specific embodiment
It is described in detail below in conjunction with embodiment of the attached drawing to technical solutions of the utility model.Following embodiment is only
For clearly illustrating the utility model, technical solution, therefore it is only used as example, and it is originally practical to cannot be used as a limitation limitation
Novel protection scope.
For ease of description, the utility model is illustrated for forming cored three stranded rope, it is not limited to molding
Cored three stranded rope.
As Fig. 1 and Fig. 2 jointly shown in, a kind of compound rope molding power device, including rack 1 rotate peace in the rack 1
Equipped with drive shaft 3 that is vertically arranged and being driven by the first transmission mechanism 2, which is equipped with veil and exports assembly 4, the face
Yarn, which exports, is equipped with the second transmission mechanism 5 between assembly 4 and drive shaft 3；It is set in the drive shaft 3 above veil output assembly 4
There is polyester filament to export assembly 6, which, which exports, is equipped with third transmission mechanism 7, the terylene between assembly 6 and drive shaft 3
Long filament output assembly 6 is equipped with the conduit 9 that the veil rope for exporting to veil output assembly 4 guides, the conduit 9
It is arranged in parallel equipped with more and with drive shaft 3.
Veil output assembly 4 includes the first disk body 401 being set in drive shaft 3, above the first disk body 401
Drive shaft 3 is equipped with the first driving wheel 402, on the first disk body 401 of 402 periphery of the first driving wheel there are three rotational installations
First driven wheel 403 is respectively and fixedly provided with veil roller mounting rack 404 on each first driven wheel 403；Each first driven wheel 403 with
The second transmission mechanism 5 is equipped between first driving wheel 402.
In the present solution, diameter ratio between first driving wheel 402 and the first driven wheel 403 be 1:0.8 to 1:1.5 it
Between, preferably 1:1.07.
Polyester filament output assembly 6 includes the second disk body 601 being set in drive shaft 3, is located on the second disk body 601
The drive shaft 3 of side is equipped with the second driving wheel 602, is rotatably equipped on the second disk body 601 of 602 periphery of the second driving wheel
Three the second driven wheels 603 are equipped with polyester filament roller mounting disc 604 on each second driven wheel 603；Each second driven wheel
603 and second are equipped with third transmission mechanism 7 between driving wheel 603；Pacify there are three the conduit 9 is set and with polyester filament roller
Sabot 604 is arranged in a one-to-one correspondence, each conduit 9 sequentially pass through corresponding polyester filament roller mounting disc 604, second from
Driving wheel 603 and the second disk body 601 simultaneously extend to 401 direction of the first disk body, which is fixedly installed on the second disk body 601
(referring to Fig. 3), during the rotation of the second disk body 601, which drives 604 He of polyester filament roller mounting disc
Second driven wheel 603 is rotated around conduit 9.In the present solution, the diameter of second disk body 601 and the diameter of the first disk body 401
It is identical, the diameter of the diameter of the polyester filament roller mounting disc 604 less than the second disk body 601, and three polyester filament roller mounting discs
It is respectively positioned within the coverage area of the second disk body 601 after 604 installations.
In the present solution, diameter ratio between second driving wheel 602 and the second driven wheel 603 be 1:0.3 to 1:0.8 it
Between, preferably 1:0.4.
First disk body 401 is equipped at least three supporting linkages 8, and each supporting linkage 8 both passes through the second disk body
It 601 and upwardly extends；The top of the supporting linkage 8 be higher than polyester filament export assembly 6, and adjacent two supporting linkage 8 it
Between be equipped with connecting rod 801, which is set to the top of supporting linkage 8；In order to guarantee supporting linkage 8 and the first disk
Fixed effect between body 401 and the second disk body 601, the supporting linkage positioned at 601 two sides of the first disk body 401 and the second disk body
Equal screw thread is equipped with fastening nut 802 on 8.
First transmission mechanism 2 is that the tape handler that dynamical element 201 drives or chain-drive mechanism or synchronous toothed belt pass
Motivation structure or gear drive, the dynamical element 201 are preferably motor；Second transmission mechanism 5 and third transmission mechanism 7
It is tape handler or chain-drive mechanism or synchronous toothed belt transmission mechanism or gear drive, it may be assumed that when being tape handler,
First driven wheel 403 and the first driving wheel 402 are belt wheel, are surrounded with transmission belt between two belt wheels, second driven wheel 603
Also it is belt wheel with the second driving wheel 603, is surrounded with transmission belt between two belt wheels；When for chain-drive mechanism, first driven wheel
403 and first driving wheel 402 be sprocket wheel, be surrounded with driving chain between two sprocket wheels, second driven wheel 603 and second actively
Wheel 603 is also sprocket wheel, is surrounded with driving chain between two sprocket wheels；When for synchronous toothed belt transmission mechanism, first driven wheel 403
It is tooth synchronizing wheel with the first driving wheel 402, is surrounded with synchronous toothed belt between two tooth synchronizing wheels, second driven wheel 603 and
Two driving wheels 603 are also tooth synchronizing wheel, are surrounded with synchronous toothed belt between two tooth synchronizing wheels；When for gear drive, this
One driven wheel 403 and the first driving wheel 402 are pitch wheel, second driven wheel 603 and the second driving wheel 603
It is pitch wheel.
The above various embodiments is only to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned
The utility model is described in detail in each embodiment, those skilled in the art should understand that: it still can be with
It modifies the technical solutions described in the foregoing embodiments, or some or all of the technical features is equal
Replacement；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution various embodiments of the utility model technical side
The range of case should all cover in the claim of the utility model and the range of specification.
Claims (9)
1. a kind of compound rope molding power device, including rack, which is characterized in that be rotatably equipped in the rack and vertically set
The drive shaft set and driven by the first transmission mechanism, the drive shaft are equipped with veil and export assembly, and the veil exports assembly
The second transmission mechanism is equipped between the drive shaft；The drive shaft above veil output assembly, which is equipped with, washs
Synthetic fibre long filament exports assembly, is equipped with third transmission mechanism between the polyester filament output assembly and the drive shaft；
The polyester filament output assembly is equipped with leads for what is guided to the veil rope of veil output assembly output
Spool, the conduit are equipped with more and are arranged in parallel with the drive shaft.
2. compound rope molding power device according to claim 1, which is characterized in that the veil exports assembly and includes
The first disk body being set in the drive shaft, the drive shaft above first disk body are equipped with first actively
Wheel, rotational installation is there are three the first driven wheel on first disk body of first driving wheel periphery, and each described the
Veil roller mounting rack is equipped on one driven wheel；
Second transmission mechanism is equipped between each first driven wheel and first driving wheel.
3. compound rope according to claim 2 molding power device, which is characterized in that first driving wheel with it is described
Diameter ratio between first driven wheel is 1:0.8 between 1:1.5.
4. compound rope according to claim 3 molding power device, which is characterized in that first driving wheel with it is described
Diameter ratio between first driven wheel is 1:1.07.
5. according to the described in any item compound rope molding power devices of claim 2 to 4, which is characterized in that the terylene is long
Silk output assembly includes the second disk body being set in the drive shaft, in the drive shaft above second disk body
Equipped with the second driving wheel, rotational installation is driven there are three second on second disk body of second driving wheel periphery
It takes turns, is equipped with polyester filament roller mounting disc on each second driven wheel；
The third transmission mechanism is equipped between each second driven wheel and second driving wheel；
Be arranged in a one-to-one correspondence there are three the conduit is set and with the polyester filament roller mounting disc, each conduit according to
It is secondary to pass through the polyester filament roller mounting disc, second driven wheel and second disk body and to first disk body direction
Extend, the conduit is fixedly installed on second disk body.
6. compound rope according to claim 5 molding power device, which is characterized in that second driving wheel with it is described
Diameter ratio between second driven wheel is 1:0.3 between 1:0.8.
7. compound rope according to claim 6 molding power device, which is characterized in that second driving wheel with it is described
Diameter ratio between second driven wheel is 1:0.4.
8. compound rope molding power device according to claim 5, which is characterized in that first disk body is equipped with extremely
Few three supporting linkages, each supporting linkage both pass through second disk body and upwardly extend；The support connection
The top of bar is higher than the polyester filament and exports assembly, and is equipped with connecting rod, the company between adjacent two supporting linkage
Bar is set to the top of the supporting linkage.
9. compound rope molding power device according to claim 8, which is characterized in that first transmission mechanism is
The tape handler or chain-drive mechanism or synchronous toothed belt transmission mechanism or gear drive of power element driving；
Second transmission mechanism and the third transmission mechanism are that tape handler or chain-drive mechanism or synchronous toothed belt pass
Motivation structure or gear drive.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821620815.XU CN209144570U (en) | 2018-10-08 | 2018-10-08 | Power device is used in a kind of molding of compound rope |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821620815.XU CN209144570U (en) | 2018-10-08 | 2018-10-08 | Power device is used in a kind of molding of compound rope |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209144570U true CN209144570U (en) | 2019-07-23 |
Family
ID=67267373
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821620815.XU Active CN209144570U (en) | 2018-10-08 | 2018-10-08 | Power device is used in a kind of molding of compound rope |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209144570U (en) |
-
2018
- 2018-10-08 CN CN201821620815.XU patent/CN209144570U/en active Active
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