CN206947290U - A kind of full-automatic filament winding device - Google Patents
A kind of full-automatic filament winding device Download PDFInfo
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- CN206947290U CN206947290U CN201720442734.4U CN201720442734U CN206947290U CN 206947290 U CN206947290 U CN 206947290U CN 201720442734 U CN201720442734 U CN 201720442734U CN 206947290 U CN206947290 U CN 206947290U
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Abstract
A kind of full-automatic filament winding device, including wrapping wire platform, wrapping wire platform is provided with the core bar delivery device being oppositely arranged and wired take-up mechanism, wrapping wire station is provided between core bar delivery device and wired take-up mechanism, the wrapping wire platform of wrapping wire station both sides is provided with the wire feeder and wire shearing machine structure that are oppositely arranged.The utility model sets core bar delivery device and wired take-up mechanism, it is synchronized with the movement along the axis of wrapping wire core bar, wrapping wire core bar synchronizing moving, synchronous axial system, realizes the circulation wrapping wire on wrapping wire core bar, it ensure that the uniformity of wrapping wire, wrapping wire effect is improved, after wrapping wire, is extracted at wired take-up mechanism wrapping wire core bar out by core bar delivery device, silk need not be changed, the recycling of wrapping wire core bar is realized, reduces wrapping wire cost, environmental protection.
Description
Technical field
A kind of filament winder is the utility model is related to, more particularly to a kind of full-automatic filament winding device.
Background technology
Existing cored wire Filament Winding process is：Iron wire in winding, then, will be wound with the steel of iron wire on a longer steel wire
Silk is shaped with hydrogen, and after the completion of sizing, artificial fixed length cuts iron wire and steel wire, after having cut, is formed with by nitric acid, hydrochloric acid, sulfuric acid
Solution the steel wire into section is melted away, leave the iron wire of winding, thisization silk mode environmental pollution is extremely serious, meanwhile,
This molding mode need to use and arrive hydrogen, and shaping cost is high, and formed precision is low, and molding effect is poor.
The content of the invention
Technical problem to be solved in the utility model is in view of the shortcomings of the prior art, there is provided it is a kind of reasonable in design, make
With convenient, more environmentally friendly full-automatic filament winding device.
Technical problem to be solved in the utility model is realized by following technical scheme, and the utility model is
A kind of full-automatic filament winding device, is characterized in, including wrapping wire platform, and wrapping wire platform is provided with the core bar push being oppositely arranged
Mechanism and wired take-up mechanism, wrapping wire station is provided between core bar delivery device and wired take-up mechanism, wrapping wire station both sides
Wrapping wire platform is provided with the wire feeder and wire shearing machine structure being oppositely arranged, and is provided with and is powered between wire feeder and core bar delivery device
Shaping mechanism；
Described core bar delivery device includes core bar push frame, and horizontally disposed hollow turn is provided with core bar push frame
Axle, hollow rotating shaft is interior to be provided with wrapping wire core bar, and the side wall of hollow rotating shaft is provided with the strip set with the diameter parallel of hollow rotating shaft
Hole, the sliding shoe for driving wrapping wire core bar to be moved along strip hole being arranged with hollow rotating shaft, wrapping wire core bar is provided with fixed block, Gu
Determine the locating slot that above-mentioned strip hole is provided through on block and is rotatably assorted with sliding shoe, the core bar of hollow rotating shaft side is pushed on frame
Provided with the translational drive mechanism to connect with sliding shoe, one end of the wired take-up mechanism of hollow rotating shaft face exports provided with core bar, core
Bar exit is provided with the core mouth passed for wrapping wire core bar, and the hollow rotating shaft other end is provided with driving hollow rotating shaft and rotated with wrapping wire core bar
Rotary drive motor；
Described wired take-up mechanism include wrapping wire fixed mount and with core bar delivery device sliding shoe synchronous translational around
Silk movable stand, wrapping wire movable stand are provided with wired feeding head, and wired feeding head includes the feeding head with wrapping wire core bar synchronous axial system
Main body, feeding head main body by wrapping wire rotating shaft on the wrapping wire movable stand, feeding head main body be provided with core bar delivery device
The core bar positioning hole that is engaged of wrapping wire core bar, the core bar porch of core bar positioning hole is provided with wired component, core bar positioning hole
Core bar exit is provided with sandwich bar assembly, and the synchronous rotation motor to connect with wrapping wire rotating shaft, wrapping wire are provided with wrapping wire movable stand
Fixed mount is provided with the synchronous drive mechanism of wrapping wire movable stand；
Described wire feeder includes wire tray mounting bracket and filament assembling machine structure, and described filament assembling machine structure includes upper filament mouth and activity
Seat, for upper filament mouth in the sliding seat, sliding seat is provided with wrapping wire guide pad, in the sliding seat between wrapping wire guide pad and upper filament mouth
Provided with wrapping wire gripping block；
Described energization shaping mechanism includes the power-on circuit being located on wrapping wire platform, and one end and the wrapping wire of power-on circuit press from both sides
Tight block connects, and the other end of power-on circuit connects with core mouth, and in winding process, silk thread is overlapped on wrapping wire core bar, power-on circuit
Connection, energization sizing of the silk thread in winding process.
Technical problem to be solved in the utility model can also be realized by following technical scheme, described silk
Wrapping wire platform between disk mounting bracket and filament assembling machine structure is provided with aligning mechanism；
Described aligning mechanism is provided with the alignment rotating shaft of hollow setting, and alignment rotating shaft is set along upper silk direction, is straightened rotating shaft
By rotating shaft support frame on wrapping wire platform, the one end for being straightened rotating shaft is provided with wrapping wire import, and the other end for being straightened rotating shaft is provided with
Wrapping wire is exported, and wrapping wire exit is provided with rotation seat, and two rows school is provided with as line of demarcation using the axis for being straightened rotating shaft on rotation seat
Through ship, the wheel face of upper and lower straightening-wheel are provided with a circle seal wire groove, upper and lower straightening-wheel stagger setting, the center to school of upper straightening-wheel
The distance of straight shaft axis is equal to the center of lower straightening-wheel to the distance for being straightened shaft axis, between upper and lower straightening-wheel it is vertical away from
From the diameter sum less than or equal to upper and lower straightening-wheel.
Technical problem to be solved in the utility model can also be realized by following technical scheme, in the school
The wrapping wire entrance of straight rotating shaft, which is provided with driving alignment rotating shaft, makes the annular generator that rotation seat and upper and lower straightening-wheel rotate around silk thread.
Technical problem to be solved in the utility model can also be realized by following technical scheme, it is described around
Silk platform is provided with the upper silk guide rail being be arranged in parallel with upper silk direction, and the sliding seat is on upper silk guide rail, in the activity
Seat is provided with the clamping drive mechanism of wrapping wire gripping block, and the upper silk driving machine to connect with sliding seat is provided with the wrapping wire platform
Structure.
Technical problem to be solved in the utility model can also be by following technical scheme come what is realized, and described cuts
Silk mechanism includes knife rest, and knife rest is provided with upper knife body and lower knife body, and knife rest is provided with vertically arranged guide rod, described upper and lower
Cutter hub is filled on the guide bar, and upper and lower cutter hub is provided with the cutting edge being oppositely arranged, and cutting edge is connected by shearing blade surface with cutter hub, is sheared
Blade surface is arranged to the arc to be matched with the periphery of wrapping wire core bar, and the back side of knife rest, which is provided with, drives upper and lower cutter hub to be engaged reality
That now cuts silk cuts a drive mechanism.
Technical problem to be solved in the utility model can also be by following technical scheme come what is realized, and described cuts
Silk drive mechanism includes being located at rack on upper and lower cutter hub, and the rack of upper and lower cutter hub is oppositely arranged, the rack of upper and lower cutter hub it
Between be provided with the travelling gear that is meshed with the rack of upper and lower cutter hub simultaneously.
Technical problem to be solved in the utility model can also be realized by following technical scheme, the upper slitter
Body includes upper cutter head and cutter, and the lower knife body includes lower tool rest and bottom knife, and the cutting edge of cutter and bottom knife is set in opposite directions
Put, upper and lower tool rest be provided with install, the upper and lower cutter groove of bottom knife, the upper and lower blade is by clamping screw mounted in upper and lower
Cutter groove, described knife rest are provided with the vertical cylinder of driving upper knife body or lower knife body.
Technical problem to be solved in the utility model can also be realized by following technical scheme, described folder
Core bar component includes core bar compact heap and the hinged-support being located in feeding head main body, and core bar compact heap passes through cursor and hinged-support
It is be hinged, buffer spring is provided between cursor outer end and feeding head main body, wrapping wire movable stand is provided with what is be engaged with cursor
Pushing tow cylinder.
Technical problem to be solved in the utility model can also be realized by following technical scheme, described folder
Silk component includes sliding support and the wrapping wire briquetting being engaged with feeding head main body, and wrapping wire briquetting is on sliding support, wrapping wire
Head main body is provided with the wired drive mechanism to connect with sliding support.
Technical problem to be solved in the utility model can also be by following technical scheme come what is realized, and described is flat
Moving drive mechanism and synchronous drive mechanism includes the screw mandrel set with the diameter parallel of wrapping wire core bar and the cunning coordinated with screw mandrel
Dynamic nut, for screw mandrel on core bar push frame, wrapping wire fixed mount, the sliding nut on core bar push frame passes through linking arm and core bar
The sliding shoe on frame is pushed, the sliding nut on wrapping wire fixed mount is connected by linking arm with wrapping wire movable stand, and core bar pushes frame
With the positive and negative motor that connects with screw mandrel is equipped with wrapping wire fixed mount.
The utility model is synchronized with the movement by setting core bar delivery device and wired take-up mechanism along the axis of wrapping wire core bar,
In the presence of rotary drive motor and synchronous driving motor, make the both ends synchronous axial system of wrapping wire core bar, so as to realize in wrapping wire
Circulation wrapping wire on core bar, wrapping wire core bar synchronizing moving, synchronous axial system, the uniformity of wrapping wire is ensure that, improve wrapping wire effect, around
After silk, wrapping wire core bar is extracted out at wired take-up mechanism by core bar delivery device, while by the silk wound and wrapping wire
Core bar separates, and without changing silk, realizes the recycling of wrapping wire core bar, both saves material, reduces wrapping wire cost, go back ring
Protect.Compared with prior art, its is reasonable in design, and wrapping wire effect is good, wrapping wire efficiency high.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of core bar delivery device；
Fig. 3 is the structural representation of wire feeder；
Fig. 4 is the structural representation of wired take-up mechanism；
Fig. 5 is the structural representation of wired feeding head；
Fig. 6 is the structural representation of aligning mechanism；
Fig. 7 is the structural representation of wire shearing machine structure；
Fig. 8 is Fig. 7 left view；
Fig. 9 is Fig. 7 partial enlarged drawing；
Figure 10 is the structural representation of upper knife body or lower knife body.
Embodiment
Referring to the drawings, concrete technical scheme of the present utility model is further described, in order to those skilled in the art
Member is further understood that the present invention, without forming the limitation to its right.
Reference picture 1-10, a kind of full-automatic filament winding device, including wrapping wire platform, wrapping wire platform are provided with and are oppositely arranged
Core bar delivery device 1 and wired take-up mechanism 3, wrapping wire station is provided between core bar delivery device 1 and wired take-up mechanism 3,
The wrapping wire platform of wrapping wire station both sides is provided with the wire feeder 2 and wire shearing machine structure 4 being oppositely arranged, and wire feeder 2 pushes away with core bar
Send and be provided with energization shaping mechanism between mechanism 1, wire feeder 2 is set close to core bar delivery device 1；
Described core bar delivery device includes core bar push frame 5, and horizontally disposed hollow turn is provided with core bar push frame 5
Axle 6, be provided with wrapping wire core bar 8 in hollow rotating shaft 6, and the side wall of hollow rotating shaft 6 is provided with and the setting of the diameter parallel of hollow rotating shaft 6
Strip hole 42, the sliding shoe 7 for driving wrapping wire core bar to be moved along strip hole 42 is arranged with hollow rotating shaft 6, is set on wrapping wire core bar 8
There is fixed block, above-mentioned strip hole 42 and the locating slot 10 being rotatably assorted with sliding shoe 7, hollow rotating shaft 6 are provided through on fixed block
The core bar push frame 5 of side is provided with the translational drive mechanism to connect with sliding shoe 7, the wired take-up mechanism 3 of the face of hollow rotating shaft 6
One end exported provided with core bar, core bar exit is provided with the core mouth 9 passed for wrapping wire core bar 8, and the other end of hollow rotating shaft 6, which is provided with, to be driven
The rotary drive motor that dynamic hollow rotating shaft 6 rotates with wrapping wire core bar 8；
Described wired take-up mechanism include wrapping wire fixed mount 30 and with the synchronous translational of sliding shoe 7 on core bar delivery device
Wrapping wire movable stand 19, wrapping wire movable stand 29 are provided with wired feeding head, and wired feeding head includes and the synchronous axial system of wrapping wire core bar 8
Feeding head main body 21, by wrapping wire rotating shaft 24 on wrapping wire movable stand 29, feeding head main body 21 is provided with feeding head main body 21
The core bar positioning hole 22 being engaged with the wrapping wire core bar 8 on core bar delivery device, the core bar porch of core bar positioning hole 22 are provided with
Wired component, the core bar exit of core bar positioning hole 22 are provided with sandwich bar assembly, are provided with wrapping wire movable stand 29 and turn with wrapping wire
The synchronous rotation motor that axle 24 connects, wrapping wire fixed mount 30 are provided with the synchronous drive mechanism of wrapping wire movable stand；
Described wire feeder includes wire tray mounting bracket 11 and filament assembling machine structure, and described filament assembling machine structure includes the He of upper filament mouth 19
Sliding seat, for upper filament mouth 19 in the sliding seat, sliding seat is provided with wrapping wire guide pad 17, wrapping wire guide pad 17 and upper filament mouth 19 it
Between sliding seat be provided with wrapping wire gripping block 18；
Described energization shaping mechanism includes being located at power-on circuit 20 on wrapping wire platform, one end of power-on circuit 20 with around
Silk gripping block 18 connects, and the other end of power-on circuit 20 connects with core mouth 9, and in winding process, silk thread is overlapped on wrapping wire core bar 8
On, power-on circuit 20 connects, energization sizing of the silk thread in winding process；Described wrapping wire gripping block 18, core mouth 9 are conduction
Body, to silk thread and core bar electrified regulation, silk thread is upspring after the completion of preventing wrapping wire, avoids causing wrapping wire string diameter inconsistent, improve around
The fixed effect of silk.
Wrapping wire platform between described wire tray mounting bracket 11 and filament assembling machine structure is provided with aligning mechanism；
Described aligning mechanism is provided with the alignment rotating shaft 14 of hollow setting, and alignment rotating shaft 14 sets along upper silk direction, is straightened
By rotating shaft support frame 13 on wrapping wire platform, one end of alignment rotating shaft 14 is provided with wrapping wire import, is straightened rotating shaft 14 for rotating shaft 14
The other end exported provided with wrapping wire, wrapping wire exit is provided with rotation seat 15, and 15 to be straightened the axis of rotating shaft 14 to divide on rotation seat
Boundary line is provided with two rows straightening-wheel 16, and the wheel face of upper and lower straightening-wheel 16 is provided with a circle seal wire groove, and upper and lower straightening-wheel 16 is wrong
Open up and put, the center of upper straightening-wheel 16 to the distance of the alignment axis of rotating shaft 14 is equal to the center of lower straightening-wheel 16 to being straightened rotating shaft 14
The distance of axis, the vertical range of upper and lower straightening-wheel 16 are less than or equal to the diameter sum of upper and lower straightening-wheel 16；
Being provided with driving alignment rotating shaft 14 in the wrapping wire entrance of the alignment rotating shaft 14 makes rotation seat 15 and upper and lower straightening-wheel
16 annular generators 12 rotated around silk thread, the passing channel of wrapping wire is equipped with the alignment rotating shaft and annular generator；Carrying
While the straightening effect of high wrapping wire, wrapping wire uniform force is effectively ensured.
Described wrapping wire platform is provided with the upper silk guide rail being be arranged in parallel with upper silk direction, and the sliding seat is led mounted in upper silk
On rail, the clamping drive mechanism of wrapping wire gripping block is provided with the sliding seat, is provided with the wrapping wire platform and sliding seat
The upper silk drive mechanism to connect.
Described wire shearing machine structure includes knife rest 31, and knife rest 31 is provided with upper knife body 32 and lower knife body 36, and knife rest 31 is provided with
Vertically arranged guide rod 35, on guide rod 35, upper knife body 32, lower knife body 36 are provided with for the upper knife body 32, lower knife body 36
The cutting edge being oppositely arranged, cutting edge are connected by shearing blade surface 37 with cutter hub, and shearing blade surface 37 is arranged to the circumference with wrapping wire core bar 8
The arc that face matches, the back side of knife rest 31 is engaged provided with driving upper knife body 32, lower knife body 36 realizes that the silk of cutting for cutting silk drives
Mechanism, after the completion of silk is cut, there is automatic moulding effect to the wrapping wire silk angle at cutting, also have and cut silk and mill silk function；
A described drive mechanism of cutting includes being located at upper knife body 32, the rack 33 on lower knife body 36, upper knife body 32, lower knife body
36 rack 33 is oppositely arranged, upper knife body 32, lower knife body 36 rack 33 between be provided with the phase of rack 33 with upper and lower cutter hub simultaneously
The travelling gear 34 of engagement；
The upper knife body includes upper cutter head 38 and cutter 40, and the lower knife body includes lower tool rest and bottom knife, cutter
40 are oppositely arranged with the cutting edge of bottom knife, upper and lower tool rest 38 be provided with install, the upper and lower cutter groove 39 of bottom knife 40, it is described
Upper and lower blade is mounted in upper and lower cutter groove 39 by clamping screw, and described knife rest 31 is provided with the perpendicular of driving upper knife body or lower knife body
To cylinder.
Described sandwich bar assembly includes core bar compact heap 23 and the hinged-support 27 being located in feeding head main body, and core bar compresses
Block 23 is be hinged by cursor 28 and hinged-support 27, and buffer spring, wrapping wire are provided between the outer end of cursor 28 and feeding head main body
Frame is provided with the pushing tow cylinder 41 being engaged with cursor 28.
Described wired component includes sliding support 25 and the wrapping wire briquetting 26 being engaged with feeding head main body, wrapping wire briquetting
26 on sliding support 25, and feeding head main body is provided with the wired drive mechanism to connect with sliding support 25.
Described translational drive mechanism and synchronous drive mechanism include the screw mandrel set with the diameter parallel of wrapping wire core bar 8
With the sliding nut coordinated with screw mandrel, screw mandrel is on core bar push frame, wrapping wire fixed mount, the sliding nut on core bar push frame
By the sliding shoe on linking arm and core bar push frame, the sliding nut on wrapping wire fixed mount passes through linking arm and wrapping wire movable stand
Connect, the positive and negative motor to connect with screw mandrel is equipped with core bar push frame and wrapping wire fixed mount.
Wired take-up mechanism 3 is started working, and wired feeding head moves towards core bar delivery device 1, is moved to wrapping wire core bar 8
The core bar positioning hole 22 of the fully-inserted wired feeding head in end, sandwich bar assembly action, wrapping wire core bar 8 is compressed, is fixed on folder
On absorption filament-coiling head, then, silk thread delivers to upper filament mouth 19 after the alignment of aligning mechanism at wrapping wire guide pad 17, and wrapping wire clamps
Block 18 clamps silk thread, and sliding seat is moved with silk thread towards wrapping wire core bar 8, moves to silk thread and is stretched out from the inner side of wrapping wire briquetting 26, around
Silk briquetting 26 is moved backwards in the presence of wired drive mechanism, and the silk thread of the inner side of wrapping wire briquetting 26 is pressed on into feeding head main body
On, realize the positioning of silk thread；
In the presence of translational drive mechanism and synchronous drive mechanism, sliding shoe 7 drives wrapping wire core with wrapping wire movable stand 29
The synchronizing moving of bar 8, in the presence of rotary drive motor and synchronous driving motor, driving hollow rotating shaft 6, wrapping wire core bar 8 and folder
Absorption filament-coiling head synchronous rotary, realize uniform coiling of the silk thread on wrapping wire core bar 8；
When moving to the terminal of wrapping wire station, wrapping wire core bar 8 is rotated further, and wire shearing machine structure 4 works, after cutting silk thread,
Upper knife body 32, lower knife body 36 are motionless, continue to coordinate with wrapping wire core bar 8, in the cooperation of wrapping wire core bar 8 and arc shearing blade surface 37
Under, the wrapping wire silk angle at cutting is polished, shaped, avoids an angle from upspringing, after the completion of grinding silk, upper knife body 32, lower knife body 36
Separation, sandwich bar assembly are unclamped, synchronous drive mechanism, rotary drive motor and synchronous driving motor stop motion, driven in translation
Mechanism counter motion, the wrapping wire core bar 8 at clamp feeding head is drawn back, under the stop of core mouth 9, wrapping wire is motionless, wrapping wire core bar 8
Extracted out from wrapping wire, return to original position, wait wrapping wire next time；Simultaneously, core mouth 9, wrapping wire core bar 8, silk thread, wrapping wire clamp wrapping wire
Block 18 forms closed-loop path, wrapping wire core bar 8 and silk thread electrified regulation with power-on circuit 20, ensure that the fixed effect of wrapping wire.
Claims (10)
- A kind of 1. full-automatic filament winding device, it is characterised in that：Including wrapping wire platform, wrapping wire platform is provided with what is be oppositely arranged Core bar delivery device and wired take-up mechanism, wrapping wire station, wrapping wire work are provided between core bar delivery device and wired take-up mechanism The wrapping wire platform of position both sides is provided with the wire feeder and wire shearing machine structure being oppositely arranged, between wire feeder and core bar delivery device Provided with energization shaping mechanism；Described core bar delivery device includes core bar push frame, and horizontally disposed hollow rotating shaft is provided with core bar push frame, empty Wrapping wire core bar is provided with heart rotating shaft, the side wall of hollow rotating shaft is provided with the strip hole set with the diameter parallel of hollow rotating shaft, The sliding shoe for driving wrapping wire core bar to be moved along strip hole is arranged with hollow rotating shaft, wrapping wire core bar is provided with fixed block, fixed block On be provided through above-mentioned strip hole and the locating slot being rotatably assorted with sliding shoe, the core bar push frame of hollow rotating shaft side is provided with The translational drive mechanism to connect with sliding shoe, one end of the wired take-up mechanism of hollow rotating shaft face export provided with core bar, and core bar goes out The core mouth passed for wrapping wire core bar is provided with mouthful, the hollow rotating shaft other end is provided with the rotation that driving hollow rotating shaft rotates with wrapping wire core bar Turn motor；Described wired take-up mechanism includes wrapping wire fixed mount and moved with the wrapping wire of sliding shoe synchronous translational on core bar delivery device Moving frame, wrapping wire movable stand are provided with wired feeding head, and wired feeding head includes the feeding head main body with wrapping wire core bar synchronous axial system, By wrapping wire rotating shaft on wrapping wire movable stand, feeding head main body is provided with and the wrapping wire on core bar delivery device feeding head main body The core bar positioning hole that core bar is engaged, the core bar porch of core bar positioning hole are provided with wired component, and the core bar of core bar positioning hole goes out Sandwich bar assembly is provided with mouthful, the synchronous rotation motor to connect with wrapping wire rotating shaft, wrapping wire fixed mount are provided with wrapping wire movable stand It is provided with the synchronous drive mechanism of wrapping wire movable stand；Described wire feeder includes wire tray mounting bracket and filament assembling machine structure, and described filament assembling machine structure includes upper filament mouth and sliding seat, For upper filament mouth in sliding seat, sliding seat is provided with wrapping wire guide pad, is set in the sliding seat between wrapping wire guide pad and upper filament mouth There is wrapping wire gripping block；Described energization shaping mechanism includes the power-on circuit being located on wrapping wire platform, one end and the wrapping wire gripping block of power-on circuit Connecting, the other end of power-on circuit connects with core mouth, and in winding process, silk thread is overlapped on wrapping wire core bar, power-on circuit connection, Energization sizing of the silk thread in winding process.
- 2. full-automatic filament winding device according to claim 1, it is characterised in that：Described wire tray mounting bracket and upper silk Wrapping wire platform between mechanism is provided with aligning mechanism；Described aligning mechanism is provided with the alignment rotating shaft of hollow setting, and alignment rotating shaft is set along upper silk direction, and alignment rotating shaft passes through Rotating shaft support frame is on wrapping wire platform, and the one end for being straightened rotating shaft is provided with wrapping wire import, and the other end for being straightened rotating shaft is provided with wrapping wire Outlet, wrapping wire exit are provided with rotation seat, and two rows straightening-wheel is provided with as line of demarcation using the axis for being straightened rotating shaft on rotation seat, The wheel face of upper and lower straightening-wheel is provided with a circle seal wire groove, and upper and lower straightening-wheel stagger setting, the center of upper straightening-wheel turns to alignment The distance of axle axis is equal to the center of lower straightening-wheel to the distance for being straightened shaft axis, and the vertical range between upper and lower straightening-wheel is small In the diameter sum equal to upper and lower straightening-wheel.
- 3. full-automatic filament winding device according to claim 2, it is characterised in that：Enter in the wrapping wire of the alignment rotating shaft Driving alignment rotating shaft is provided with mouthful makes the annular generator that rotation seat and upper and lower straightening-wheel rotate around silk thread.
- 4. full-automatic filament winding device according to claim 1, it is characterised in that：Described wrapping wire platform be provided with The upper silk guide rail that upper silk direction be arranged in parallel, the sliding seat are provided with wrapping wire folder on upper silk guide rail in the sliding seat The clamping drive mechanism of tight block, the upper silk drive mechanism to connect with sliding seat is provided with the wrapping wire platform.
- 5. full-automatic filament winding device according to claim 1, it is characterised in that：Described wire shearing machine structure includes knife Frame, knife rest are provided with upper knife body and lower knife body, and knife rest is provided with vertically arranged guide rod, and the upper and lower cutter hub is mounted in guiding On bar, upper and lower cutter hub is provided with the cutting edge that is oppositely arranged, and cutting edge is connected by shearing blade surface with cutter hub, shearing blade surface be arranged to and The arc that the periphery of wrapping wire core bar matches, the back side of knife rest, which is provided with, to be driven upper and lower cutter hub to be engaged to realize that cuts silk cuts silk Drive mechanism.
- 6. full-automatic filament winding device according to claim 5, it is characterised in that：A described drive mechanism of cutting includes The rack being located on upper and lower cutter hub, the rack of upper and lower cutter hub are oppositely arranged, between the rack of upper and lower cutter hub be provided with simultaneously with The travelling gear that the rack of upper and lower cutter hub is meshed.
- 7. full-automatic filament winding device according to claim 5, it is characterised in that：The upper knife body include upper cutter head and Cutter, the lower knife body include lower tool rest and bottom knife, and the cutting edge of cutter and bottom knife is oppositely arranged, on upper and lower tool rest Provided with install, the upper and lower cutter groove of bottom knife, the upper and lower blade is mounted in upper and lower cutter groove, described knife by clamping screw Frame is provided with the vertical cylinder of driving upper knife body or lower knife body.
- 8. full-automatic filament winding device according to claim 1, it is characterised in that：Described sandwich bar assembly includes core Bar compact heap and the hinged-support being located in feeding head main body, core bar compact heap is hinged by cursor and hinged-support, outside cursor Buffer spring is provided between end and feeding head main body, wrapping wire movable stand is provided with the pushing tow cylinder being engaged with cursor.
- 9. full-automatic filament winding device according to claim 1, it is characterised in that：Described wired component includes sliding Support and the wrapping wire briquetting being engaged with feeding head main body, wrapping wire briquetting on the sliding support, feeding head main body be provided with The wired drive mechanism that sliding support connects.
- 10. full-automatic filament winding device according to claim 1, it is characterised in that：Described translational drive mechanism and Synchronous drive mechanism includes the screw mandrel set with the diameter parallel of wrapping wire core bar and the sliding nut coordinated with screw mandrel, screw mandrel dress On core bar push frame, wrapping wire fixed mount, the sliding nut on core bar push frame passes through the cunning on linking arm and core bar push frame Motion block, the sliding nut on wrapping wire fixed mount are connected by linking arm with wrapping wire movable stand, core bar push frame and wrapping wire fixed mount On be equipped with the positive and negative motor to connect with screw mandrel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720442734.4U CN206947290U (en) | 2017-04-25 | 2017-04-25 | A kind of full-automatic filament winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720442734.4U CN206947290U (en) | 2017-04-25 | 2017-04-25 | A kind of full-automatic filament winding device |
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| Publication Number | Publication Date |
|---|---|
| CN206947290U true CN206947290U (en) | 2018-01-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720442734.4U Active CN206947290U (en) | 2017-04-25 | 2017-04-25 | A kind of full-automatic filament winding device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109687339A (en) * | 2018-11-21 | 2019-04-26 | 国网福建省电力有限公司泉州供电公司 | The wire winding device of transmission line wire intelligence repair apparatus |
| CN109994367A (en) * | 2019-04-11 | 2019-07-09 | 常州超迪电器科技有限公司 | A kind of preparation method and lamps and lanterns of filament |
-
2017
- 2017-04-25 CN CN201720442734.4U patent/CN206947290U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109687339A (en) * | 2018-11-21 | 2019-04-26 | 国网福建省电力有限公司泉州供电公司 | The wire winding device of transmission line wire intelligence repair apparatus |
| CN109687339B (en) * | 2018-11-21 | 2024-03-15 | 国网福建省电力有限公司泉州供电公司 | Wire winding device of intelligent repairing device for transmission line wires |
| CN109994367A (en) * | 2019-04-11 | 2019-07-09 | 常州超迪电器科技有限公司 | A kind of preparation method and lamps and lanterns of filament |
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