CN208067214U - Spring machine is made in a kind of linkage production - Google Patents
Spring machine is made in a kind of linkage production Download PDFInfo
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- CN208067214U CN208067214U CN201820472126.2U CN201820472126U CN208067214U CN 208067214 U CN208067214 U CN 208067214U CN 201820472126 U CN201820472126 U CN 201820472126U CN 208067214 U CN208067214 U CN 208067214U
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- shaft
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- line sending
- molding
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Abstract
The utility model discloses a kind of linkage productions to make spring machine, it include the rack equipped with main driving, wire-sending device and linkage production structure are disposed in the rack, the main driving drives the linkage to produce structure, the linkage production structure includes production main axle structure, it is molded drive mechanism, molding machine, push spring drive mechanism, push spring structure, cutter drive mechanism, cutter structure, cam induction structure, the utility model is by by institute's cutter structure, molding structure, push spring structure passes through gear, umbrella tooth, cam etc. links with main driving, so that cutoff action, forming action, push spring action can recycle completion, without waiting for the switch of driving motor, to improve production efficiency；Meanwhile the utility model is provided only with a main drive motor and the external drive motors being connect with line sending structure, reduces the use of motor, reduces the cost of machine；Finally, the utility model clever structure, wide adaptability.
Description
Technical field
The utility model is related to spring production equipment technologies, and in particular to spring machine is made in a kind of linkage production.
Background technology
It is a kind of common spring process equipment to make spring machine.The spring machine of beating of the prior art is generally numerical control and plays spring machine, numerical control
It includes the rack with numerical control module to make spring machine, and the rack last time is disposed with incoming line structure, molding structure, cut-out structure, push spring
Structure, each own driving motor between these structures, these driving motors are controlled to switch by numerical control module, to produce bullet
Spring.
But this numerical control makes spring machine and waits for electric signal to be transmitted to the driving that driving motor makes each structure due to needing
Motor switch carries out further work, so production efficiency is not high, while more driving motor uses can also make machine
Cost is higher.
Invention content
In view of the deficiencies of the prior art, the utility model be intended to provide it is a kind of can improve production efficiency and meanwhile reduce machine at
Spring machine is made in this linkage production.
To achieve the above object, the utility model adopts the following technical solution：
Spring machine is made in a kind of linkage production, includes the rack equipped with main driving, wire-sending device is disposed in the rack, described
Wire-sending device is connect with external drive, and linkage production structure is additionally provided in the rack, and the linkage production structure is set to described
Wire-sending device line sending end end, the main driving drive the linkage to produce structure, and the linkage production structure includes that production is led
Axle construction, molding drive mechanism, molding machine, push spring drive mechanism, push spring structure, cutter drive mechanism, cutter structure, cam
Induction structure, the cam induction structure are connect with the rack shaft rotation；
The production main axle structure is connect with the main drive output, and the master is driven through the main axle structure driving
The linkage produces structure, and the production main axle structure includes production main shaft, and the production main shaft is equipped with shaping cam, cutter
Driving gear, push spring active umbrella tooth, the production main shaft are connect with the main drive output, the production main shaft and the machine
Frame shaft rotation connects, and the shaping cam and the cam induction structure are tangent；
The molding drive mechanism is equipped with molding transmission shaft, and the molding transmission shaft is equipped with molding transmission gear, molding
Adjusting screw rod, it is described molding drive mechanism molding transmission shaft it is parallel with the production main shaft, the molding transmission shaft with it is described
Rack shaft rotation connects, and the molding adjusting screw rod is close to the cam induction structure, and the molding adjusting screw rod is perpendicular to described
Cam induction structure, the molding drive mechanism are matched by the cam induction structure with the shaping cam, it is described at
Type adjusting screw rod drives the molding transmission shaft rotation, the molding transmission shaft to drive the molding transmission gear rotation；
The molding structure is equipped with shaping axle, and the shaping axle is parallel with the molding transmission shaft, the shaping axle and institute
The connection of rack shaft rotation is stated, the shaping axle is equipped with molding driven gear, briquetting roller, the molding driven gear and the molding
Transmission gear engages, and described shaping axle one end is equipped with briquetting roller, and the shaping axle rotation drives the briquetting roller in the rack
On around the shaping axle rotate；
The push spring drive mechanism is equipped with push spring transmission shaft, and the push spring transmission shaft is vertical with the production transmission shaft, institute
It states push spring transmission shaft to connect with the rack shaft rotation, the push spring transmission shaft is equipped with the driven umbrella tooth of push spring, push spring cam, described
The driven umbrella tooth of push spring is engaged with the push spring active umbrella tooth, and the push spring cam and cam induction structure described in another are tangent.
The push spring structure is equipped with push spring axis, and the push spring axis is vertical with the production transmission shaft, the push spring axis and institute
It is parallel to state push spring transmission shaft, the push spring axis is connect with the rack shaft rotation, and the push spring axis is equipped with push spring adjusting screw rod, pushes away
Spring head, the push spring adjusting screw rod are close to the cam induction structure, and the push spring adjusting screw rod incudes perpendicular to the cam
Structure, the push spring structure are matched by the cam induction structure with the push spring cam, and the push spring adjusts spiral shell
Bar drives the push spring shaft rotation dynamic, and the push spring axis drives the push spring head to stretch in the rack, and the push spring head is flexible
Direction is parallel with the production main shaft direction.
The cutter drive mechanism is equipped with cutter transmission shaft, and the cutter transmission shaft is equipped with cutter driven gear, cutter
Cam, the cutter transmission shaft is parallel with the production main shaft, and the cutter transmission shaft is connect with the rack shaft rotation, described to cut
Knife driven gear is engaged with the cutter driving gear, and the cutter transmission shaft drives the cutter cam rotation；
The cutter structure is equipped with cutter cantilever, and the cutter cantilever is connect with the rack shaft rotation, the cutter cantilever
Equipped with cantilevered wheels, cutoff tool, the cantilevered wheels and the cutter cam are tangent, and the cantilevered wheels drive the cutter cantilever in institute
It states and is swung up and down in rack, the cutter cantilever drives the cutoff tool to be swung up and down in the rack；
The cam induction structure includes sensing bearing, rotor plate, and the rotor plate is connect with the rack shaft rotation, described
Sensing bearing is connect with the rotor plate shaft rotation, is set in the rack there are two the cam induction structure, two cams
Induction structure is respectively shaping cam induction structure and push spring cam induction structure, the inductive axis of the shaping cam induction structure
It holds and keeps tangent state, the rotor plate of the shaping cam induction structure to be close to the molding and adjust spiral shell with the shaping cam
Bar, the molding adjusting screw rod is perpendicular to the rotor plate, sensing bearing and the push spring of the push spring cam induction structure
Cam is tangent, and the rotor plate of the push spring cam induction structure is close to the push spring adjusting screw rod, and the push spring adjusting screw rod hangs down
Directly with the rotor plate.
Further, the wire-sending device includes line sending correcting structure, line sending active wheel construction, line sending driven wheel structure,
The line sending correcting structure output end corresponds to the line sending active wheel construction and the line sending driven wheel structure, and the line sending is actively
Wheel construction be equipped with line sending driving shaft, the line sending driving shaft is parallel with the production transmission shaft, the line sending driving shaft with it is described
Rack shaft rotation connects, and the line sending driving shaft is equipped with synchronous pulley, line sending driving gear, line sending driving wheel, the synchronous belt
Wheel is connect with external drive, and the line sending driving shaft drives the line sending driving gear and line sending driving wheel rotation, described
Line sending driven wheel structure is equipped with line sending driven shaft, and the line sending driven shaft is parallel with the production transmission shaft, and the line sending is driven
Axis is connect with the rack shaft rotation, and the line sending driven shaft is equipped with line sending driven gear, line sending driven wheel, and the line sending is driven
Gear is engaged with the line sending driving gear, and the line sending driven gear drives the line sending driven shaft rotation, the line sending from
Moving axis drives the line sending driven wheel rotation.
The utility model has the advantages that：
A kind of linkage production of the utility model makes spring machine by the way that institute's cutter structure, molding structure, push spring structure are passed through tooth
Wheel, umbrella tooth, cam etc. link with main driving, so that the action of cutoff action, forming action, push spring can recycle completion, nothing
The switch for needing to wait for driving motor, to improve production efficiency；Meanwhile the utility model be provided only with a main drive motor and
One external drive motors being connect with line sending structure, reduces the use of motor, reduces the cost of machine；Finally, this reality
It is ingenious with new structure, wide adaptability.
Description of the drawings
Fig. 1 is the dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 2 is the inside dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 3 is the production main axle structure dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 4 is the molding drive mechanism dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 5 is the molding structure dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 6 is the push spring drive mechanism dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 7 is the push spring structural upright structural schematic diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 8 is the cutter drive mechanism dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Fig. 9 is the cutter structure dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model；
Figure 10 is the cam induction structure left view schematic diagram that spring machine is made in a kind of linkage production of the utility model；
Figure 11 is the line sending driving wheel Structure explosion diagram schematic diagram that spring machine is made in a kind of linkage production of the utility model；
Figure 12 is the line sending driven wheel structure dimensional structure diagram that spring machine is made in a kind of linkage production of the utility model.
Specific implementation mode
Below in conjunction with the accompanying drawings and specific embodiment, the utility model will be further described, in order to clearer reason
Solve the technological thought of the requires of the utility model protection.
Spring machine is made in a kind of linkage production of the utility model, includes the rack 1 equipped with main driving 4, is disposed in the rack 1
Wire-sending device 2, the wire-sending device 2 are connect with external drive, and linkage production structure 3, the linkage are additionally provided in the rack 1
It produces structure 3 and is set to 2 line sending end end of the wire-sending device, the 4 driving linkage of the main driving produces structure 3, described
Dynamic production structure 3 includes production main axle structure 31, molding drive mechanism 32, molding machine 33, push spring drive mechanism 34, push spring knot
Structure 35, cutter drive mechanism 36, cutter structure 37, cam induction structure 38, the cam induction structure 38 and 1 axis of the rack
Turn connection；
The production main axle structure 31 is connect with 4 output ends of the main driving, and the main driving 4 passes through the main axle structure
The 31 driving linkages produce structure 3, and the production main axle structure 31 includes production main shaft 311, is set on the production main shaft 311
There are shaping cam 312, cutter driving gear 313, push spring active umbrella tooth 314, the production main shaft 311 and the main driving 4 defeated
Outlet connects, and the production main shaft 311 is connect with 1 shaft rotation of the rack, the shaping cam 312 and the cam induction structure
38 is tangent；
The molding drive mechanism 32 is equipped with molding transmission shaft 321, and the molding transmission shaft 321 is equipped with molding driving cog
The molding transmission shaft 321 of wheel 322, molding adjusting screw rod 323, the molding drive mechanism 32 is parallel with the production main shaft 311,
The molding transmission shaft 321 is connect with 1 shaft rotation of the rack, and the molding adjusting screw rod 323 is close to the cam induction structure
38, the molding adjusting screw rod 323 passes through the cam perpendicular to the cam induction structure 38, the molding drive mechanism 32
Induction structure 38 is matched with the shaping cam 312, and the molding adjusting screw rod 323 drives 321 turns of the molding transmission shaft
Dynamic, the molding transmission shaft 321 drives the molding transmission gear 322 to rotate；
The molding structure 33 is equipped with shaping axle 331, and the shaping axle 331 is parallel with the molding transmission shaft 321, described
Shaping axle 331 is connect with 1 shaft rotation of the rack, and the shaping axle 321 is equipped with molding driven gear 332, briquetting roller 334, institute
It states molding driven gear 332 to engage with the molding transmission gear 322,331 one end of the shaping axle is equipped with briquetting roller 334, institute
Stating the rotation of shaping axle 331 drives the briquetting roller 334 to be rotated around the shaping axle 331 in the rack 1；
The push spring drive mechanism 34 is equipped with push spring transmission shaft 341, the push spring transmission shaft 341 and the production transmission shaft
311 is vertical, and the push spring transmission shaft 341 is connect with 1 shaft rotation of the rack, and it is driven that the push spring transmission shaft 341 is equipped with push spring
Umbrella tooth 342, push spring cam 343, the driven umbrella tooth of the push spring 342 are engaged with the push spring active umbrella tooth 314, the push spring cam
343 is tangent with cam induction structure 38 described in another.
The push spring structure 35 is equipped with push spring axis 351, and the push spring axis 351 is vertical with the production transmission shaft 311, described
Push spring axis 351 is parallel with the push spring transmission shaft 341, and the push spring axis 351 is connect with 1 shaft rotation of the rack, the push spring axis
351 are equipped with push spring adjusting screw rod 352, push spring head 353, and the push spring adjusting screw rod 352 is close to the cam induction structure 38,
The push spring adjusting screw rod 352 passes through the cam sense perpendicular to the cam induction structure 38, the push spring structure 35
Structure 38 is answered to be matched with the push spring cam 342, the push spring adjusting screw rod 352 drives the push spring axis 351 to rotate, described
Push spring axis 351 drives the push spring head 353 to stretch in the rack 1, and 353 telescopic direction of push spring head is led with the production
Axis 311 is directed toward parallel.
The cutter drive mechanism 36 is equipped with cutter transmission shaft 361, and the cutter transmission shaft 361 is equipped with cutter driven tooth
Wheel 362, cutter cam 363, the cutter transmission shaft 361 is parallel with the production main shaft 311, the cutter transmission shaft 361 and
1 shaft rotation of the rack connects, and the cutter driven gear 362 is engaged with the cutter driving gear 313, the cutter transmission shaft
361 drive the cutter cam 363 to rotate；
The cutter structure 37 is equipped with cutter cantilever 371, and the cutter cantilever 371 is connect with 1 shaft rotation of the rack, described
Cutter cantilever 371 is equipped with cantilevered wheels 372, cutoff tool 373, and the cantilevered wheels 372 and the cutter cam 363 are tangent, described outstanding
Arm wheel 372 drives the cutter cantilever 371 to be swung up and down in the rack 1, and the cutter cantilever 371 drives the cutoff tool
373 swing up and down in the rack 1；
The cam induction structure 38 includes sensing bearing 381, rotor plate 382, the rotor plate 382 and the rack 1
Shaft rotation connects, and the sensing bearing 381 connect with 382 shaft rotation of the rotor plate, set in the rack 1 there are two the cam sense
It is respectively shaping cam induction structure 3801 and push spring cam induction structure to answer structure 38, two cam induction structures 38
3802, sensing bearing 381 and the shaping cam 312 of the shaping cam induction structure 3801 keep tangent state, described
The rotor plate 382 of shaping cam induction structure 3801 is close to the molding adjusting screw rod 323, and the molding adjusting screw rod 323 hangs down
Directly in the rotor plate 382, the sensing bearing 381 and the push spring cam 343 of the push spring cam induction structure 3802 are tangent,
The rotor plate 382 of the push spring cam induction structure 3802 is close to the push spring adjusting screw rod 352, the push spring adjusting screw rod
352 vertically with the rotor plate 382.
In order to further elucidate the linkage structure of the utility model, is acted be split as three steps herein, be respectively molded
Action, cutoff action and push spring action.
When the utility model is used, its forming action is：The 4 driving production main shaft 311 of the main driving rotates, institute
Stating production main shaft 311 drives the shaping cam 312 to rotate, and the rotation of the shaping cam 312 pushes the shaping cam induction
The sensing bearing 381 of structure 3801, at this time the rotor plate 382 of the shaping cam induction structure 3801 follow the shaping cam
312 rotation and swing, while the molding adjusting screw rod 323 follows the swing of the rotor plate 382 and swings, the molding
Adjusting screw rod 323, which is swung, drives the molding transmission shaft 321 to rotate, and the molding transmission shaft 321 drives the molding driving cog
322 rotation of wheel, molding transmission gear 322 drive the molding driven gear 332 engaged to rotate, the molding driven gear
332 drive the shaping axles 321 to rotate, and the rotation of the shaping axle 321 drives the briquetting roller 334 around 321 turns of the shaping axle
It is dynamic, it so repeats, with the rotation of the shaping cam 312, this described shaping axle 321 of the briquetting roller 334 is close when rotating
With far from the wire-sending device 2, cycle completes forming action.
When the utility model is used, the action of its push spring is：The 4 driving production main shaft 311 of the main driving rotates, institute
Stating production main shaft 311 drives the push spring active umbrella tooth 314 to rotate, and the rotation of push spring active umbrella tooth 314, which drives, to be engaged with
The driven umbrella tooth 342 of push spring rotate, the driven umbrella tooth of the push spring 342 drives the push spring transmission shaft 341 to rotate, and the push spring passes
The rotation of moving axis 341 drives the push spring cam 343 to rotate, and the rotation of push spring cam 343 pushes the push spring cam induced junction
The sensing bearing 381 of structure 3802, at this time the rotor plate 382 of the push spring cam induction structure 3802 follow the push spring cam
343 rotation and swing, while the push spring adjusting screw rod 352 follows the swing of the rotor plate 382 and swings, the push spring
Adjusting screw rod 352, which is swung, drives the push spring axis 351 to rotate, and the rotation of push spring axis 351 drives the push spring head 353 described
It stretching in rack 1, so repeats, be followed by the rotation of the push spring cam 343, the push spring head stretches in the rack 1,
Cycle completes push spring action.
When the utility model is used, its cutoff action is：The 4 driving production main shaft 311 of the main driving rotates, institute
Stating production main shaft 311 drives the cutter driving gear 313 to rotate, and the cutter driving gear 313 drives what is be engaged with to cut
Knife driven gear 362, the cutter driven gear 362 drive the cutter transmission shaft 361 to rotate, the cutter transmission shaft 361
Rotation drives the cutter cam 363 to rotate, and the rotation of cutter cam 363 drives the cutter cam 363 to swing back and forth, institute
Stating cutter cam 363 drives the cutter cantilever 371 to be swung up and down in the rack 1, and the cutter cantilever 371 drives described
About 373 cutoff tool swings back and forth, and so repeats, is followed by the rotation of the cutter cam 363, the cutoff tool 373 is in institute
It states and repeats to swing up and down in rack 1, cycle completes cutoff action.
More specifically, the wire-sending device 2 includes line sending correcting structure 21, line sending active wheel construction 22, line sending driven wheel
Structure 23,21 output end of line sending correcting structure correspond to the line sending active wheel construction 22 and the line sending driven wheel structure
23, the line sending active wheel construction 22 is equipped with line sending driving shaft 221, the line sending driving shaft 221 and the production transmission shaft 311
Parallel, the line sending driving shaft 221 is connect with 1 shaft rotation of the rack, the line sending driving shaft 221 be equipped with synchronous pulley 222,
Line sending driving gear 223, line sending driving wheel 224, the synchronous pulley 222 are connect with external drive, the line sending driving shaft 221
Drive the line sending driving gear 223 and the line sending driving wheel 224 to rotate, the line sending driven wheel structure 23 be equipped with line sending from
Moving axis 231, the line sending driven shaft 231 is parallel with the production transmission shaft 311, the line sending driven shaft 231 and the rack 1
Shaft rotation connects, and the line sending driven shaft 231 is equipped with line sending driven gear 232, line sending driven wheel 233, the line sending driven tooth
Wheel 232 is engaged with the line sending driving gear 223, and the line sending driven gear 232 drives the line sending driven shaft 231 to rotate,
The line sending driven shaft 231 drives the line sending driven wheel 233 to rotate.
It is highly preferred that steel wire enters from the correcting structure 21, steel wire is by the line sending driving wheel 224 and line sending driven wheel
233 compress, and steel wire is defeated toward 3 direction of linkage production structure with the rotation of the line sending driving wheel 224 and line sending driven wheel 233
It send.
Cutoff action, forming action, push spring action can recycle completion after using the utility model, without waiting for driving
The switch of motor, to improve production efficiency；Meanwhile the utility model is provided only with a main drive motor and one and line sending
The external drive motors of structure connection, reduce the use of motor, reduce the cost of machine；Finally, the utility model structure
It is ingenious, wide adaptability.
For those skilled in the art, technical solution that can be as described above and design are made other each
Kind is corresponding to be changed and deforms, and all these change and deform the guarantor that should all belong to the utility model claims
Within the scope of shield.
Claims (2)
1. spring machine is made in a kind of linkage production, including is equipped with main driving（4）Rack（1）, the rack（1）On be disposed with line sending dress
It sets（2）, the wire-sending device（2）It is connect with external drive, it is characterised in that：The rack（1）On be additionally provided with linkage production knot
Structure（3）, the linkage production structure（3）Set on the wire-sending device（2）Line sending end end, the main driving（4）Described in driving
Linkage production structure（3）, the linkage production structure（3）Including producing main axle structure（31）, molding drive mechanism（32）, molding
Device（33）, push spring drive mechanism（34）, push spring structure（35）, cutter drive mechanism（36）, cutter structure（37）, cam induction
Structure（38）, the cam induction structure（38）With the rack（1）Shaft rotation connects；The production main axle structure（31）With it is described
Main driving（4）Output end connects, the main driving（4）Pass through the main axle structure（31）Drive the linkage production structure（3）,
The production main axle structure（31）Including producing main shaft（311）, the production main shaft（311）It is equipped with shaping cam（312）, cut
Knife driving gear（313）, push spring active umbrella tooth（314）, the production main shaft（311）With the main driving（4）Output end connects,
The production main shaft（311）With the rack（1）Shaft rotation connects, the shaping cam（312）With the cam induction structure
（38）It is tangent；The molding drive mechanism（32）Equipped with molding transmission shaft（321）, the molding transmission shaft（321）Be equipped at
Type transmission gear（322）, molding adjusting screw rod（323）, the molding drive mechanism（32）Molding transmission shaft（321）With it is described
Produce main shaft（311）It is parallel, the molding transmission shaft（321）With the rack（1）Shaft rotation connects, the molding adjusting screw rod
（323）It is close to the cam induction structure（38）, the molding adjusting screw rod（323）Perpendicular to the cam induction structure
（38）, the molding drive mechanism（32）Pass through the cam induction structure（38）With the shaping cam（312）It matches, institute
State molding adjusting screw rod（323）Drive the molding transmission shaft（321）Rotation, the molding transmission shaft（321）Drive it is described at
Type transmission gear（322）Rotation；The molding structure（33）Equipped with shaping axle（331）, the shaping axle（331）With the molding
Transmission shaft（321）It is parallel, the shaping axle（331）With the rack（1）Shaft rotation connects, the shaping axle（321）Be equipped at
Type driven gear（332）, briquetting roller（334）, the molding driven gear（332）With the molding transmission gear（322）Engagement,
The shaping axle（331）One end is equipped with briquetting roller（334）, the shaping axle（331）Rotation drives the briquetting roller（334）Institute
State rack（1）On around the shaping axle（331）Rotation；The push spring drive mechanism（34）Equipped with push spring transmission shaft（341）, described
Push spring transmission shaft（341）With the production transmission shaft（311）Vertically, the push spring transmission shaft（341）With the rack（1）Shaft rotation
Connection, the push spring transmission shaft（341）It is equipped with the driven umbrella tooth of push spring（342）, push spring cam（343）, the driven umbrella of push spring
Tooth（342）With the push spring active umbrella tooth（314）Engagement, the push spring cam（343）With cam induction structure described in another
（38）It is tangent；The push spring structure（35）Equipped with push spring axis（351）, the push spring axis（351）With the production transmission shaft（311）
Vertically, the push spring axis（351）With the push spring transmission shaft（341）It is parallel, the push spring axis（351）With the rack（1）Axis
Turn connection, the push spring axis（351）It is equipped with push spring adjusting screw rod（352）, push spring head（353）, the push spring adjusting screw rod
（352）It is close to the cam induction structure（38）, the push spring adjusting screw rod（352）Perpendicular to the cam induction structure
（38）, the push spring structure（35）Pass through the cam induction structure（38）With the push spring cam（342）It matches, institute
State push spring adjusting screw rod（352）Drive the push spring axis（351）Rotation, the push spring axis（351）Drive the push spring head（353）
In the rack（1）It is upper flexible, the push spring head（353）Telescopic direction and the production main shaft（311）It is directed toward parallel；It is described to cut
Knife drive mechanism（36）Equipped with cutter transmission shaft（361）, the cutter transmission shaft（361）It is equipped with cutter driven gear（362）,
Cutter cam（363）, the cutter transmission shaft（361）With the production main shaft（311）It is parallel, the cutter transmission shaft（361）
With the rack（1）Shaft rotation connects, the cutter driven gear（362）With the cutter driving gear（313）Engagement, it is described to cut
Cutter drive shaft（361）Drive the cutter cam（363）Rotation；The cutter structure（37）Equipped with cutter cantilever（371）, described
Cutter cantilever（371）With the rack（1）Shaft rotation connects, the cutter cantilever（371）Equipped with cantilevered wheels（372）, cutoff tool
（373）, the cantilevered wheels（372）With the cutter cam（363）It is tangent, the cantilevered wheels（372）Drive the cutter cantilever
（371）In the rack（1）On swing up and down, the cutter cantilever（371）Drive the cutoff tool（373）In the rack
（1）On swing up and down；The cam induction structure（38）Including sensing bearing（381）, rotor plate（382）, the rotor plate
（382）With the rack（1）Shaft rotation connects, the sensing bearing（381）With the rotor plate（382）Shaft rotation connects, the machine
Frame（1）On set there are two the cam induction structure（38）, two cam induction structures（38）Respectively shaping cam sense
Answer structure（3801）With push spring cam induction structure（3802）, the shaping cam induction structure（3801）Sensing bearing
（381）With the shaping cam（312）Keep tangent state, the shaping cam induction structure（3801）Rotor plate（382）
It is close to the molding adjusting screw rod（323）, the molding adjusting screw rod（323）Perpendicular to the rotor plate（382）, the push spring
Cam induction structure（3802）Sensing bearing（381）With the push spring cam（343）It is tangent, the push spring cam induction structure
（3802）Rotor plate（382）It is close to the push spring adjusting screw rod（352）, the push spring adjusting screw rod（352）Vertically with it is described
Rotor plate（382）.
2. spring machine is made in a kind of linkage production as described in claim 1, it is characterised in that：The wire-sending device（2）Including line sending
Correcting structure（21）, line sending active wheel construction（22）, line sending driven wheel structure（23）, the line sending correcting structure（21）Output end
The corresponding line sending active wheel construction（22）With the line sending driven wheel structure（23）, the line sending active wheel construction（22）It is equipped with
Line sending driving shaft（221）, the line sending driving shaft（221）With the production transmission shaft（311）It is parallel, the line sending driving shaft
（221）With the rack（1）Shaft rotation connects, the line sending driving shaft（221）It is equipped with synchronous pulley（222）, line sending driving tooth
Wheel（223）, line sending driving wheel（224）, the synchronous pulley（222）It is connect with external drive, the line sending driving shaft（221）Band
Move the line sending driving gear（223）With the line sending driving wheel（224）Rotation, the line sending driven wheel structure（23）Equipped with sending
Line driven shaft（231）, the line sending driven shaft（231）With the production transmission shaft（311）It is parallel, the line sending driven shaft
（231）With the rack（1）Shaft rotation connects, the line sending driven shaft（231）It is equipped with line sending driven gear（232）, line sending from
Driving wheel（233）, the line sending driven gear（232）With the line sending driving gear（223）Engagement, the line sending driven gear
（232）Drive the line sending driven shaft（231）Rotation, the line sending driven shaft（231）Drive the line sending driven wheel（233）Turn
It is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820472126.2U CN208067214U (en) | 2018-04-04 | 2018-04-04 | Spring machine is made in a kind of linkage production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820472126.2U CN208067214U (en) | 2018-04-04 | 2018-04-04 | Spring machine is made in a kind of linkage production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208067214U true CN208067214U (en) | 2018-11-09 |
Family
ID=64043589
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820472126.2U Active CN208067214U (en) | 2018-04-04 | 2018-04-04 | Spring machine is made in a kind of linkage production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208067214U (en) |
-
2018
- 2018-04-04 CN CN201820472126.2U patent/CN208067214U/en active Active
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