CN107284722A - Helix tube banding mechanism and with optical fiber coiling strapper and simultaneously band optical fiber binding method - Google Patents
Helix tube banding mechanism and with optical fiber coiling strapper and simultaneously band optical fiber binding method Download PDFInfo
- Publication number
- CN107284722A CN107284722A CN201710479555.2A CN201710479555A CN107284722A CN 107284722 A CN107284722 A CN 107284722A CN 201710479555 A CN201710479555 A CN 201710479555A CN 107284722 A CN107284722 A CN 107284722A
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- China
- Prior art keywords
- helix tube
- optical fiber
- cylinder
- clamping jaw
- elastic strip
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B13/00—Bundling articles
- B65B13/02—Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes
- B65B13/16—Applying and securing binding material around articles or groups of articles, e.g. using strings, wires, strips, bands or tapes with means for severing the binding material from supply and then applying it around the articles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/02—Winding and traversing material on to reels, bobbins, tubes, or like package cores or formers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Optical Fibers, Optical Fiber Cores, And Optical Fiber Bundles (AREA)
- Basic Packing Technique (AREA)
Abstract
The invention discloses a kind of helix tube banding mechanism and with optical fiber coiling strapper and simultaneously with optical fiber binding method, aim to provide a kind of clever structure, operating efficiency are high, use manpower and material resources sparingly helix tube banding mechanism and simultaneously band optical fiber coiling strapper, at the same additionally provide it is a kind of tie up effect stability and tie up efficiency high and with optical fiber binding method.Helix tube banding mechanism includes substrate, helix tube blowing wheel, helix tube expansion and cutting mechanism and helix tube kneading mechanism of steam, and helix tube blowing wheel, helix tube expansion and cutting mechanism and helix tube kneading mechanism of steam are arranged on substrate.And also including optical fiber coil winding machine with optical fiber coiling strapper, substrate is arranged on the workbench of optical fiber coil winding machine, and mechanical arm is additionally provided with optical fiber coil winding machine.And include with optical fiber binding method：A, helix tube expansion;B, helix tube severing;C, kneading are tied up;D, rewinding.The technical field that the present invention is tied up applied to fiber optic coils using helix tube.
Description
Technical field
The present invention relates to a kind of and with optical fiber knot installation and binding method, more particularly to a kind of helix tube banding mechanism,
And with optical fiber coiling strapper and simultaneously with optical fiber binding method.
Background technology
Rubber tube spiral sheath is the rubber tube being made with polypropylene material or nylon material through special processing process
Outer protection product.Product is usually helical form, is also helix tube or spiral rubber hose protection sleeve.Rubber tube spiral sheath is applied to liquid
Moulding pipe, electric wire, cable, play the protective effect to internal product, can not only improve aesthetics and constraint effect, Er Qieke
So that the life of internal product more than 3 years.During production practices, above-mentioned helix tube is also cut into by someone by hand
A section, then will be wrapped in after the helix tube expansion of segment in the fiber turns wound, it so can effectively prevent the optical fiber wound from sending out
It is raw loose.Cutting, expansion, the winding of current helix tube are all to use to have been manually done, and so not single-action rate is low, nor can be very
Ensure the quality tied up well.
The content of the invention
The technical problems to be solved by the invention are to overcome the deficiencies in the prior art there is provided a kind of clever structure, work
Efficiency high, the helix tube banding mechanism used manpower and material resources sparingly and simultaneously band optical fiber coiling strapper, tied up while additionally providing one kind
Effect stability and tie up efficiency high and with optical fiber binding method.
The technical solution adopted in the present invention is：The helix tube banding mechanism includes substrate, helix tube blowing wheel, spiral
Pipe deploy and cutting mechanism and helix tube kneading mechanism of steam, the helix tube blowing wheel, the helix tube expansion and cutting mechanism and
The helix tube kneading mechanism of steam is respectively provided with the substrate；Helix tube is wrapped on the helix tube blowing wheel, the spiral
Pipe deploys and cutting mechanism is by helix tube expansion and severing on the helix tube blowing wheel, and the helix tube kneading mechanism of steam is by institute
The helix tube for stating helix tube expansion and cutting mechanism expansion and severing is mediated on band fiber optic coils.
Further, the helix tube expansion and cutting mechanism include pedestal, helix tube deployed configuration, are arranged on the spiral
The elastic strip severing structure of pipe deployed configuration rear end, the helix tube deployed configuration and the elastic strip severing structure are arranged at
On the pedestal；The helix tube deployed configuration is provided with the sector being adapted with elastic strip thickness；The elastic strip severing
Structure includes front end fixture, rear end fixture and is arranged on the cutter structure at the rear end fixture rear.
Further, charging aperture is also set up on the helix tube deployed configuration, the charging aperture is connected with the sector；
The elastic strip severing structure also includes finger cylinder, and the front end fixture is by the first left gripping block and the first right gripping block group
Into the rear end fixture is made up of the second left gripping block and the second right gripping block, the first left gripping block and second left side
Gripping block is arranged on the left hand of the finger cylinder refers to, and the first right gripping block and the second right gripping block are respectively provided with
On the right hand of the finger cylinder refers to；The cutter structure includes cut-out cylinder and is arranged on the cut-out cylinder output end
Blade, the blade is arranged on the rear end fixture rear；The bottom of the pedestal is provided with regulation cylinder；The regulation cylinder
Lower section be provided with regulating block.
Further, the helix tube kneading mechanism of steam includes optical fiber strainer and helix tube elastic strip material fetching mechanism；It is described
Optical fiber strainer includes several tensioning claws and actuates driving structure, and several described tensioning claws are arranged at the receipts
Open in driving structure；The helix tube elastic strip material fetching mechanism includes feeding clamping jaw and clamping jaw transport structure, the feeding clamping jaw
It is arranged on the clamping jaw transport structure；Fiber optic coils are tensioned by the optical fiber strainer, and the feeding clamping jaw clamps segment
Helix tube elastic strip is simultaneously reached by fiber optic coils side in the presence of the clamping jaw transport structure, then unclamps the extracting jaw
Pawl, helix tube elastic strip is with regard to that can be wrapped on fiber optic coils.
Further, it is described actuate driving structure including line slideway, the sliding block that is slidably arranged on the line slideway and
It is arranged on the installing plate on the sliding block, the installing plate and is provided with that cylinder is opened on a left side and cylinder is opened on the right side, the left side is opened
Cylinder and the right side are opened cylinder and designed in opposite directions, and the output end of cylinder is opened on the left side and the output end point of cylinder is opened on the right side
A tensioning claw is not provided with；The output end of cylinder is opened on the left side and the right side is opened the output end of cylinder and set respectively
Claw exposure mechanism is equipped with, the tensioning claw is arranged on the output end of the claw exposure mechanism, the claw exposure mechanism
Stretching direction it is identical with the glide direction of the sliding block；The clamping jaw transport structure includes sliding block cylinder, is arranged on the cunning
The clamping jaw finger cylinder of support and setting on the bracket on the sliding shoe of block cylinder, the feeding clamping jaw is arranged on described
On the finger of clamping jaw finger cylinder, the fingers opening-closing direction of the clamping jaw finger cylinder is identical with the glide direction of the sliding block；
It is described actuate driving structure also include motor, with the motor be connected motion thread bar and with the motion thread bar spiral shell
The moving mass of line connection, the moving mass is connected with the sliding block.
Further, the helix tube banding mechanism is also included and with optical fiber receiving mechanism, the helix tube kneading mechanism of steam and
It is described and with being provided with mechanical arm between optical fiber receiving mechanism.
Further, several rewindings described and include pedestal with optical fiber receiving mechanism and be vertically arranged on the pedestal
Post, the bottom of the pedestal is provided with rotating mechanism.
Further, the tapered shape in top of the rewinding post；The top vertical of the rewinding post is provided with guiding bar, described
Guide the afterbody of bar outward-dipping；The pedestal is a disk, and several described rewinding posts are evenly distributed on the pedestal；Institute
The quantity for stating rewinding post is four, and four rewinding posts are evenly distributed on the pedestal；The bottom of the rewinding post with it is described
Connector is additionally provided between pedestal.
It is a kind of including above-mentioned helix tube banding mechanism and with optical fiber coiling strapper, in addition to optical fiber coil winding machine, institute
State substrate to be arranged on the workbench of the optical fiber coil winding machine, mechanical arm is additionally provided with the optical fiber coil winding machine；During work, institute
State mechanical arm the fiber optic coils that the optical fiber coil winding machine is wound are delivered into the helix tube kneading mechanism of steam and tied up, it is then described
Mechanical arm again delivers to the fiber optic coils tied up described and with optical fiber receiving mechanism.
It is described and comprise the following steps with optical fiber binding method：
A, helix tube expansion：Helix tube one end on the helix tube blowing wheel passes through the flat on the helix tube deployed configuration
Groove and realize expansion；
B, helix tube severing：It will be drawn from helix tube one end that the sector is passed to the front end fixture and rear end folder
Between tool, feeding clamping jaw is provided with the helix tube elastic strip material fetching mechanism of the helix tube kneading mechanism of steam；The now feeding
Clamping jaw is moved between the front end fixture and the rear end fixture after opening, and then the feeding clamping jaw closes and clamped described
The helix tube after expansion between front end fixture and the rear end fixture, the front end fixture and the rear end fixture are opened, institute
State feeding clamping jaw to translate away from the front end fixture and the rear end fixture, the front end fixture and the rear end fixture are again
The secondary helix tube clamped after one section of new expansion, finally starts the cutter structure and cuts off the feeding clamping jaw and rear end folder
The helix tube of connection between tool；
C, kneading are tied up：Helix tube after expansion is that elastic strip is delivered to by fiber optic coils by the feeding clamping jaw, the extracting jaw
Pawl first unclamps one end of the elastic strip, and at this moment one end of the elastic strip is finally unclamped again on the fiber optic coils
The other end of the elastic strip, at this moment the other end of the elastic strip again on the fiber optic coils so that complete mediate
Tie up；
D, rewinding：The fiber optic coils tied up are delivered to described and with carrying out rewinding on optical fiber receiving mechanism.
The beneficial effects of the invention are as follows：Due to design of the present invention using automation, the helix tube banding mechanism includes
Substrate, helix tube blowing wheel, helix tube expansion and cutting mechanism and helix tube kneading mechanism of steam, it is the helix tube blowing wheel, described
Helix tube expansion and cutting mechanism and the helix tube kneading mechanism of steam are respectively provided with the substrate；Helix tube is wrapped in the spiral shell
On coil blowing wheel, the helix tube expansion and cutting mechanism deploy the helix tube on the helix tube blowing wheel and severing,
The helix tube kneading mechanism of steam deploys the helix tube and the helix tube of cutting mechanism expansion and severing mediates band fiber optic coils
On, so, the helix tube banding mechanism clever structure, operating efficiency are high, use manpower and material resources sparingly.
Meanwhile, it is a kind of including above-mentioned helix tube banding mechanism and with optical fiber coiling strapper, in addition to optical fiber coiling
Machine, the substrate is arranged on the workbench of the optical fiber coil winding machine, and mechanical arm is additionally provided with the optical fiber coil winding machine；Work
When, the fiber optic coils that the optical fiber coil winding machine is wound are delivered to the helix tube kneading mechanism of steam and tied up by the mechanical arm, with
Afterwards the mechanical arm fiber optic coils tied up are delivered to again it is described and with optical fiber receiving mechanism, so, it is described and with optical fiber around
The automaticity of line tying machine is high, high in machining efficiency, moreover it is possible to save substantial amounts of manpower and materials.
Further, since described and include with optical fiber binding method：A, helix tube expansion;B, helix tube severing;C, kneading bundle
Prick;D, rewinding.It can be seen that, it is described and easy and effective with optical fiber binding method, moreover it is possible to ensure the quality tied up, and product well
Uniformity is good.
Brief description of the drawings
Fig. 1 is described and with the overall structure diagram of optical fiber coiling strapper；
Fig. 2 is described and with the partial side schematic view of optical fiber coiling strapper；
Fig. 3 is the dimensional structure diagram of the helix tube expansion and cutting mechanism 3；
Fig. 4 is the side view of the helix tube expansion and cutting mechanism 3；
Fig. 5 is the theory structure schematic diagram of the helix tube expansion and cutting mechanism 3；
Fig. 6 is the structural representation of the helix tube kneading mechanism of steam；
Fig. 7 is the rearview of the helix tube kneading mechanism of steam；
Fig. 8 is described and with the structural representation of optical fiber receiving mechanism 5.
Embodiment
As shown in Fig. 2 in the present embodiment, the helix tube banding mechanism includes substrate 1, helix tube blowing wheel 2, spiral
Pipe deploys and cutting mechanism 3 and helix tube kneading mechanism of steam 4, the helix tube blowing wheel 2, helix tube expansion and cutting mechanism
3 and the helix tube kneading mechanism of steam 4 be arranged on the substrate 1；Helix tube is wrapped on the helix tube blowing wheel 2, institute
Helix tube expansion and cutting mechanism 3 are stated by the helix tube expansion and severing on the helix tube blowing wheel 2, the helix tube is mediated
Mechanism 4 deploys the helix tube and cutting mechanism 3 deploys and the helix tube of severing is mediated on band fiber optic coils.
As shown in Figures 3 to 5, in the present embodiment, the helix tube expansion and cutting mechanism 3 include pedestal 1a, spiral
Pipe deployed configuration 2a, the elastic strip severing structure 3a for being arranged on the helix tube deployed configuration 2a rear ends, the helix tube expansion
Structure 2a and the elastic strip severing structure 3a are arranged on the pedestal 1a；The helix tube deployed configuration 2a be provided with
The sector 4a that elastic strip thickness is adapted；The elastic strip severing structure 3a includes front end fixture 5a, rear end fixture 6a and set
Put the cutter structure 7a at end fixture 6a rears in the rear.
In the present embodiment, also set up on the helix tube deployed configuration 2a charging aperture 8a, the charging aperture 8a with it is described
Sector 4a is connected；The elastic strip severing structure 3a also includes finger cylinder 9a, the front end fixture 5a by the first left folder
The tight right gripping block 11a compositions of block 10a and first, the rear end fixture 6a is by the second left right gripping block 13a of gripping block 12a and second
Composition, the left hand that the first left gripping block 10a and the second left gripping block 12a are arranged at the finger cylinder 9a refers to
On 14a, the right hand that the first right gripping block 11a and the second right gripping block 13a are arranged at the finger cylinder 9a refers to
On 15a；The cutter structure 7a includes cut-out cylinder 16a and is arranged on the blade 17a of the cut-out cylinder 16a output ends, institute
State blade 17a and be arranged on the rear end fixture 6a rears；The bottom of the pedestal 1a is provided with regulation cylinder 18a；The regulation
Regulating block 19a is provided with below cylinder 18a.
As shown in Figure 6 and Figure 7, in the present embodiment, the helix tube kneading mechanism of steam 4 includes optical fiber strainer 1b and spiral shell
Coil elastic strip material fetching mechanism 2b；The optical fiber strainer 1b includes several tensioning claw 3b and actuates driving structure 4b,
Several described tensioning claw 3b are arranged at described actuate on driving structure 4b；The helix tube elastic strip material fetching mechanism 2b bags
Feeding clamping jaw 5b and clamping jaw transport structure 6b is included, the feeding clamping jaw 5b is arranged on the clamping jaw transport structure 6b；The light
Fiber optic coils are tensioned by fine strainer 1b, and the feeding clamping jaw 5b clamps segment helix tube elastic strip and in clamping jaw transport
Reached in the presence of structure 6b by fiber optic coils side, then unclamp the feeding clamping jaw 5b, helix tube elastic strip is with regard to that can be wrapped in
On fiber optic coils.
In the present embodiment, the driving structure 4b that actuates includes line slideway 7b, is slidably arranged in the line slideway
A left side, which is provided with, on sliding block 8b on 7b and the installing plate 9b, the installing plate 9b that are arranged on the sliding block 8b opens cylinder 10b
Cylinder 11b is opened with the right side, cylinder 10b is opened on the left side and the right side is opened cylinder 11b and designed in opposite directions, and cylinder is opened on the left side
The output end that cylinder 11b is opened on 10b output end and the right side is respectively arranged with a tensioning claw 3b；Open on the left side
The output end that cylinder 11b is opened on cylinder 10b output end and the right side is respectively arranged with claw exposure mechanism 12b, the tensioning
Claw 3b is arranged on the output end of the claw exposure mechanism 12b, stretching direction and the cunning of the claw exposure mechanism 12b
Block 8b glide direction is identical；The clamping jaw transport structure 6b includes sliding block cylinder 13b, is arranged on the sliding block cylinder 13b's
Support 14b on sliding shoe and the clamping jaw finger cylinder 15b being arranged on the support 14b, the feeding clamping jaw 5b are arranged on
On the finger of the clamping jaw finger cylinder 15b, the fingers opening-closing direction of the clamping jaw finger cylinder 15b and the cunning of the sliding block 8b
Dynamic direction is identical；It is described to actuate the motion thread bar that driving structure 4b also includes motor 16b, is connected with the motor 16b
17b and the moving mass 18b being threadedly coupled with the motion thread bar 17b, the moving mass 18b are connected with the sliding block 8b.
In the present embodiment, the helix tube banding mechanism is also included and with optical fiber receiving mechanism 5, and the helix tube is mediated
Mechanism 4 and described and with being provided with mechanical arm 6 between optical fiber receiving mechanism 5.
It is described and include pedestal 1c with optical fiber receiving mechanism 5 and be vertically arranged in institute as shown in figure 8, in the present embodiment
Several rewinding posts 2c on pedestal 1c is stated, the bottom of the pedestal 1c is provided with rotating mechanism 3c.
In the present embodiment, the tapered shape in top of the rewinding post 2c；The top vertical of the rewinding post 2c is provided with
Bar 4c is guided, the afterbody of the guiding bar 4c is outward-dipping；The pedestal 1c is a disk, and several described rewinding post 2c are uniform
It is distributed on the pedestal 1c；The quantity of the rewinding post 2c is four, and four rewinding post 2c are evenly distributed on the pedestal
On 1c；Connector 5c is additionally provided between the bottom of the rewinding post 2c and the pedestal 1c.
As depicted in figs. 1 and 2, in the present embodiment, it is a kind of including it is above-mentioned helix tube banding mechanism and with optical fiber around
Line tying machine, in addition to optical fiber coil winding machine 7, the substrate 1 are arranged on the workbench of the optical fiber coil winding machine 7, the optical fiber
Mechanical arm 6 is additionally provided with coil winding machine 7；During work, the mechanical arm 6 send the fiber optic coils that the optical fiber coil winding machine 7 is wound
Tied up to the helix tube kneading mechanism of steam 4, the fiber optic coils tied up are delivered to described and band by the subsequent mechanical arm 6 again
Optical fiber receiving mechanism 5.
In the present embodiment, it is described and comprise the following steps with optical fiber binding method：
A, helix tube expansion：Helix tube one end on the helix tube blowing wheel 2 passes through on the helix tube deployed configuration 2a
Sector 4a and realize expansion；
B, helix tube severing：By from sector 4a helix tube one end passed draw to the front end fixture 5a and it is described after
Hold between fixture 6a, feeding clamping jaw 5b is provided with the helix tube elastic strip material fetching mechanism 2b of the helix tube kneading mechanism of steam 4；This
Shi Suoshu feeding clamping jaws 5b is moved between the front end fixture 5a and the rear end fixture 6a after opening, then the extracting jaw
Helix tube after the expansion that pawl 5b closes and clamps the front end fixture 5a between the rear end fixture 6a, the front end fixture
The 5a and rear end fixture 6a is opened, and the feeding clamping jaw 5b is translated out from the front end fixture 5a and the rear end fixture 6a
Go, the front end fixture 5a and the rear end fixture 6a clamp the helix tube after one section of new expansion again, finally start described
Cutter structure 7a cuts off the helix tube of the connection between the feeding clamping jaw 5b and rear end fixture 6a；
C, kneading are tied up：Helix tube after expansion is that elastic strip is delivered to by fiber optic coils by the feeding clamping jaw 5b, the feeding
Clamping jaw 5b first unclamps one end of the elastic strip, and at this moment one end of the elastic strip is on the fiber optic coils, again finally
Unclamp the other end of the elastic strip, at this moment the other end of the elastic strip again on the fiber optic coils, so as to complete
Kneading is tied up；
D, rewinding：The fiber optic coils tied up are delivered to described and with carrying out rewinding on optical fiber receiving mechanism 5.
The present disclosure applies equally to other types optical fiber, such as naked fibre, with jacket fiber, other linear materials such as optical cable.
The technical field that the present invention is tied up applied to fiber optic coils using helix tube.
Although embodiments of the invention are described with practical solution, the limit to implication of the present invention is not constituted
System, for those skilled in the art, be all to the modification of its embodiment and with the combination of other schemes according to this specification
Obviously.
Claims (10)
1. a kind of helix tube banding mechanism, it is characterised in that：The helix tube banding mechanism includes substrate（1）, helix tube blowing
Wheel（2）, helix tube expansion and cutting mechanism（3）With helix tube kneading mechanism of steam（4）, the helix tube blowing wheel（2）, the spiral
Pipe deploys and cutting mechanism（3）With the helix tube kneading mechanism of steam（4）It is arranged at the substrate（1）On；Helix tube is wrapped in
The helix tube blowing wheel（2）On, the helix tube expansion and cutting mechanism（3）By the helix tube blowing wheel（2）On spiral shell
Coil deploys and severing, the helix tube kneading mechanism of steam（4）The helix tube is deployed and cutting mechanism（3）Expansion and severing
Helix tube is mediated on band fiber optic coils.
2. helix tube banding mechanism according to claim 1, it is characterised in that：The helix tube expansion and cutting mechanism
（3）Including pedestal（1a）, helix tube deployed configuration（2a）, be arranged on the helix tube deployed configuration（2a）The elastic strip of rear end is cut out
Disconnected structure（3a）, the helix tube deployed configuration（2a）With the elastic strip severing structure（3a）It is arranged at the pedestal（1a）
On；The helix tube deployed configuration（2a）Provided with the sector being adapted with elastic strip thickness（4a）；The elastic strip severing
Structure（3a）Including front end fixture（5a）, rear end fixture（6a）And it is arranged on the rear end fixture（6a）The cutter structure at rear
（7a）.
3. helix tube banding mechanism according to claim 2, it is characterised in that：The helix tube deployed configuration（2a）It is upper to go back
Charging aperture is set（8a）, the charging aperture（8a）With the sector（4a）It is connected；The elastic strip severing structure（3a）Also
Including finger cylinder（9a）, the front end fixture（5a）By the first left gripping block（10a）With the first right gripping block（11a）Composition,
The rear end fixture（6a）By the second left gripping block（12a）With the second right gripping block（13a）Composition, the first left gripping block
（10a）With the described second left gripping block（12a）It is arranged at the finger cylinder（9a）Left hand refer to（14a）On, described first
Right gripping block（11a）With the described second right gripping block（13a）It is arranged at the finger cylinder（9a）The right hand refer to（15a）On；
The cutter structure（7a）Including cut-out cylinder（16a）And it is arranged on the cut-out cylinder（16a）The blade of output end（17a）,
The blade（17a）It is arranged on the rear end fixture（6a）Rear；The pedestal（1a）Bottom be provided with regulation cylinder
（18a）；The regulation cylinder（18a）Lower section be provided with regulating block（19a）.
4. helix tube banding mechanism according to claim 1, it is characterised in that：The helix tube kneading mechanism of steam（4）Including
Optical fiber strainer（1b）With helix tube elastic strip material fetching mechanism（2b）；The optical fiber strainer（1b）Including several tensionings
Claw（3b）With actuate driving structure（4b）, several described tensioning claws（3b）Driving structure is actuated described in being arranged at（4b）
On；The helix tube elastic strip material fetching mechanism（2b）Including feeding clamping jaw（5b）With clamping jaw transport structure（6b）, the extracting jaw
Pawl（5b）It is arranged on the clamping jaw transport structure（6b）On；The optical fiber strainer（1b）Fiber optic coils are tensioned, it is described to take
Feed collet pawl（5b）Clamp segment helix tube elastic strip and in the clamping jaw transport structure（6b）In the presence of reach fiber optic coils side
Side, then unclamps the feeding clamping jaw（5b）, helix tube elastic strip is with regard to that can be wrapped on fiber optic coils.
5. helix tube banding mechanism according to claim 4, it is characterised in that：It is described to actuate driving structure（4b）Including straight
Line guide rail（7b）, be slidably arranged in the line slideway（7b）On sliding block（8b）And it is arranged on the sliding block（8b）On installation
Plate（9b）, the installing plate（9b）On be provided with a left side and open cylinder（10b）Cylinder is opened with the right side（11b）, cylinder is opened on the left side
（10b）Cylinder is opened with the right side（11b）Opposite design, cylinder is opened on the left side（10b）Output end and the right side open gas
Cylinder（11b）Output end be respectively arranged with a tensioning claw（3b）；Open cylinder in the left side（10b）Output end and institute
State the right side and open cylinder（11b）Output end be respectively arranged with claw exposure mechanism（12b）, the tensioning claw（3b）It is arranged on institute
State claw exposure mechanism（12b）Output end, the claw exposure mechanism（12b）Stretching direction and the sliding block（8b）Cunning
Dynamic direction is identical；The clamping jaw transport structure（6b）Including sliding block cylinder（13b）, be arranged on the sliding block cylinder（13b）Cunning
Support on motion block（14b）And it is arranged on the support（14b）On clamping jaw finger cylinder（15b）, the feeding clamping jaw（5b）
It is arranged on the clamping jaw finger cylinder（15b）Finger on, the clamping jaw finger cylinder（15b）Fingers opening-closing direction with it is described
Sliding block（8b）Glide direction it is identical；It is described to actuate driving structure（4b）Also include motor（16b）And the motor（16b）Pass
The motion thread bar of dynamic connection（17b）And with the motion thread bar（17b）The moving mass of threaded connection（18b）, the motion
Block（18b）With the sliding block（8b）It is connected.
6. helix tube banding mechanism according to claim 1, it is characterised in that：The helix tube banding mechanism is also included simultaneously
Band optical fiber receiving mechanism（5）, the helix tube kneading mechanism of steam（4）With it is described and with optical fiber receiving mechanism（5）Between set organic
Tool arm（6）.
7. helix tube banding mechanism according to claim 6, it is characterised in that：It is described and with optical fiber receiving mechanism（5）Bag
Include pedestal（1c）Be vertically arranged in the pedestal（1c）On several rewinding posts（2c）, the pedestal（1c）Bottom set
There is rotating mechanism（3c）.
8. helix tube banding mechanism according to claim 7, it is characterised in that：The rewinding post（2c）Top it is tapered
Shape；The rewinding post（2c）Top vertical be provided with guiding bar（4c）, the guiding bar（4c）Afterbody it is outward-dipping；It is described
Pedestal（1c）For a disk, several described rewinding posts（2c）It is evenly distributed on the pedestal（1c）On；The rewinding post（2c）
Quantity be four, four rewinding posts（2c）It is evenly distributed on the pedestal（1c）On；The rewinding post（2c）Bottom with
The pedestal（1c）Between be additionally provided with connector（5c）.
9. it is a kind of including helix tube banding mechanism as claimed in claim 1 and with optical fiber coiling strapper, it is characterised in that：
It is described and with optical fiber coiling strapper also include optical fiber coil winding machine（7）, the substrate（1）It is arranged on the optical fiber coil winding machine（7）
Workbench on, the optical fiber coil winding machine（7）On be additionally provided with mechanical arm（6）；During work, the mechanical arm（6）By the light
Fine coil winding machine（7）The fiber optic coils wound deliver to the helix tube kneading mechanism of steam（4）Tied up, the subsequent mechanical arm（6）
The fiber optic coils tied up are delivered to again described and with optical fiber receiving mechanism（5）.
10. it is a kind of using helix tube banding mechanism as claimed in claim 2 and with optical fiber binding method, it is characterised in that：
It is described and comprise the following steps with optical fiber binding method：
A, helix tube expansion：The helix tube blowing wheel（2）On helix tube one end pass through the helix tube deployed configuration（2a）
On sector（4a）And realize expansion；
B, helix tube severing：Will be from the sector（4a）Draw to the front end fixture helix tube one end passed（5a）And institute
State rear end fixture（6a）Between, the helix tube kneading mechanism of steam（4）Helix tube elastic strip material fetching mechanism（2b）On be provided with and take
Feed collet pawl（5b）；The now feeding clamping jaw（5b）The front end fixture is moved to after opening（5a）With the rear end fixture（6a）
Between, the then feeding clamping jaw（5b）Close and clamp the front end fixture（5a）With the rear end fixture（6a）Between exhibition
Helix tube after opening, the front end fixture（5a）With the rear end fixture（6a）Open, the feeding clamping jaw（5b）Before described
Hold fixture（5a）With the rear end fixture（6a）It is middle to translate away, the front end fixture（5a）With the rear end fixture（6a）Again
The helix tube after one section of new expansion is clamped, finally starts the cutter structure（7a）Cut off the feeding clamping jaw（5b）With it is described
Rear end fixture（6a）Between connection helix tube；
C, kneading are tied up：The feeding clamping jaw（5b）It is that elastic strip is delivered to by fiber optic coils by the helix tube after expansion, it is described to take
Feed collet pawl（5b）One end of the elastic strip is first unclamped, at this moment one end of the elastic strip is on the fiber optic coils, most
Unclamp the other end of the elastic strip again afterwards, at this moment the other end of the elastic strip again on the fiber optic coils so that
Kneading is completed to tie up；
D, rewinding：The fiber optic coils tied up are delivered to described and with optical fiber receiving mechanism（5）Upper carry out rewinding.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710479555.2A CN107284722B (en) | 2017-06-22 | 2017-06-22 | Spiral tube bundling mechanism, combined-belt optical fiber winding and bundling machine and bundling method |
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| CN201710479555.2A CN107284722B (en) | 2017-06-22 | 2017-06-22 | Spiral tube bundling mechanism, combined-belt optical fiber winding and bundling machine and bundling method |
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| CN107284722A true CN107284722A (en) | 2017-10-24 |
| CN107284722B CN107284722B (en) | 2022-11-04 |
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| CN201710479555.2A Active CN107284722B (en) | 2017-06-22 | 2017-06-22 | Spiral tube bundling mechanism, combined-belt optical fiber winding and bundling machine and bundling method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110918412A (en) * | 2019-11-29 | 2020-03-27 | 武汉锐科光纤激光技术股份有限公司 | Optical fiber limiting device and dispensing system |
| CN113503826A (en) * | 2021-06-02 | 2021-10-15 | 韦丽珍 | Geogrid deformation stress measurement sensing optical fiber bundling auxiliary device |
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| CN110918412A (en) * | 2019-11-29 | 2020-03-27 | 武汉锐科光纤激光技术股份有限公司 | Optical fiber limiting device and dispensing system |
| CN110918412B (en) * | 2019-11-29 | 2020-12-25 | 武汉锐科光纤激光技术股份有限公司 | Optical fiber limiting device and dispensing system |
| CN113503826A (en) * | 2021-06-02 | 2021-10-15 | 韦丽珍 | Geogrid deformation stress measurement sensing optical fiber bundling auxiliary device |
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|---|---|
| CN107284722B (en) | 2022-11-04 |
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