CN207840812U - A kind of Dual-head chamfering device of cylindrical work - Google Patents
A kind of Dual-head chamfering device of cylindrical work Download PDFInfo
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- CN207840812U CN207840812U CN201820013551.5U CN201820013551U CN207840812U CN 207840812 U CN207840812 U CN 207840812U CN 201820013551 U CN201820013551 U CN 201820013551U CN 207840812 U CN207840812 U CN 207840812U
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Abstract
The utility model is related to machinery equipment field, more particularly to the Dual-head chamfering device of a kind of cylindrical work, including rotating mechanism, feed mechanism and chamfer mechanism, the rotating mechanism includes rotary components, four positioning components and four runner assemblies, four positioning components are circumferentially distributed on the side wall of rotary components, four runner assemblies are separately mounted to the side of four positioning components and are connect respectively with four positioning components, rotary components include electric rotating machine and rotating disk, electric rotating machine output end is fixedly connected with rotating disk, mounting bracket there are four being set on the side wall of rotating disk, each mounting bracket includes four mounting rods disposed in parallel, guide rod there are two being all provided between two mounting rods of homonymy in rotating disk, each guide rod is fixedly connected with mounting rod in the upper and lower ends of cylindrical structure and each guide rod point.The device can be carried out at the same time chamfer machining to the both ends of two cylindrical works simultaneously, increase production efficiency, improve speed of production.
Description
Technical field
The utility model is related to machinery equipment field, more particularly to the Dual-head chamfering device of a kind of cylindrical work.
Background technology
Chamfering is both to be assembled to remove the burr that workpiece generates in process of production also for the group of workpiece is facilitated
It closes, therefore, the accuracy of chamfering and efficiency all affect the quality of workpiece, and two bottom ends of cylindrical work are fallen
Angle processes, and common production mechanism is all to carry out chamfer machining to one end of workpiece, carries out chamfering to its other end again later
When processing, also, being processed simultaneously to multiple workpiece if necessary, worked at the same time using multiple processing equipments so that
Process equipment takes up a large area, and energy consumption increases, and cost improves.
Invention content
The purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of Dual-head chamfering dress of cylindrical work
It sets.
To solve the above problems, the utility model provides following technical scheme：
A kind of Dual-head chamfering device of cylindrical work, including rotating mechanism, feed mechanism and chamfer mechanism, the feeding
Mechanism and chamfer mechanism are respectively positioned on the side of rotating mechanism, and the rotating mechanism includes rotary components, four positioning components and four
A runner assembly, four positioning components are circumferentially distributed on the side wall of rotary components, and four runner assemblies are separately mounted to four
It the side of a positioning component and is connect respectively with four positioning components, the rotary components include electric rotating machine and rotating disk, institute
Electric rotating machine is stated to be fixedly connected with rotating disk in horizontally disposed and its output end, set on the side wall of rotating disk there are four circumferentially divide
The mounting bracket of cloth, each mounting bracket include four mounting rods disposed in parallel, are located at two mounting rods of homonymy in rotating disk
Between be all provided with there are two guide rod, each guide rod is in that the upper and lower ends point of cylindrical structure and each guide rod are fixed with mounting rod and connected
It connects.
Further, each positioning component includes two upper compact heaps, two lower compact heaps and dual-axle motors, described
Upper compact heap and lower compact heap are bonded to be formed in semicircle ring structure and the both ends of upper compact heap and corresponding lower compact heap
The centre of one complete annulus, upper compact heap and lower compact heap is equipped with sliding shoe, and fin is equipped on each sliding shoe, on
Be equipped with the sliding slot being slidably matched with fin on compact heap and lower compact heap, the inside of sliding shoe is equipped with rubber pad, it is described on
The both ends of compact heap are equipped with the guide pad being slidably matched with guide rod, and two upper compact heap sides close to each other are equipped with hinged
Seat, the lower end of two lower compact heaps is fixedly connected with two mounting rods respectively, close to two upper compact heaps two mounting rods it
Between be equipped with the first mounting plate for installing dual-axle motor, dual-axle motor in horizontally disposed and its both ends be equipped with respectively with twin shaft electricity
The rotating wheel that two output ends of machine are fixedly connected is designed with one end and the hinged connection of rotating wheel on the side wall of each rotating wheel
Bar, the other end of connecting rod with and the connecting rod homonymy hinged seat be hinged.
Further, each runner assembly includes rotary electric machine, driving gear, driven gear and rotating cylinder, institute
State rotating cylinder in it is horizontally disposed between two lower compact heaps and the both ends of rotating cylinder respectively with the sliding on two lower compact heaps
Block is fixedly connected, and driven gear is sheathed on the outside of rotating cylinder, between two mounting rods being fixedly connected with two lower compact heaps
Equipped with the second mounting plate for installing rotary electric machine, the output end of rotary electric machine is fixedly connected with driving gear, driving gear
It is engaged with driven gear.
Further, the feed mechanism includes two feeding tracks and two pushing material components, two feeding tracks
It is inclined to set and the both sides of two feeding tracks is equipped with first baffle, close to the end of the first baffle of rotary components side
End is equipped with rounded discharge port, and the end of the first baffle far from rotary components is equipped with connector.
Further, two pushing material components include pusher cylinder and expeller, and two pusher cylinders are in level
It is arranged and is located at the side of two feeding tracks, the output end of two pusher cylinders is respectively facing two connectors, pusher
Block is fixedly mounted on the output end of pusher cylinder, and the front end of each expeller is equipped with rubber block.
Further, side of the rotating disk far from feeding track is set there are two blanking track, and two blanking tracks are equal
It is inclined to set and the both sides of two blanking tracks is equipped with second baffle, be equipped with down close to the front end of the second baffle of rotating disk
Material mouth is equipped with the buffer strip that both ends are fixedly connected with two second baffles respectively between two second baffles.
Further, the chamfer mechanism includes the first chamfer angle component and the second chamfer angle component, first chamfer angle component
It is symmetrical set the side in rotary components with the second chamfer angle component.
Further, first chamfer angle component include the first mounting base, the first fixed plate, two the first electric cylinders, two
First cylinder and two first motors, first fixed plate are in be vertically installed at the upper end of the first mounting base, two first electricity
Cylinder state in a vertical shape is symmetrically disposed on the both sides of the first fixed plate, and the first connecting plate is equipped on the sliding block of two the first electric cylinders,
Two the first cylinders respectively be in be horizontally set on two the first connecting plates and the output end of two the first cylinders towards rotation
Mechanism is arranged, and the front ends of two the first cylinders is equipped with the second connecting plate, and the output ends of two first motors is towards rotating mechanism
And the first connector is equipped on two output ends, the front end of the first connector is equipped with the first chamfering head.
Further, second chamfer angle component include the second mounting base, the second fixed plate, two the second electric cylinders, two
Second cylinder and two the second motors, second fixed plate are in be vertically installed at the upper end of the second mounting base, two second electricity
Cylinder state in a vertical shape is symmetrically disposed on the both sides of the second fixed plate, and third connecting plate is equipped on the sliding block of two the second electric cylinders,
Two the second cylinders respectively be in be horizontally set on two the second connecting plates and the output end of two the second cylinders towards rotation
Mechanism is arranged, and the front ends of two the second cylinders is equipped with the 4th connecting plate, and the output ends of two the second motors is towards rotating mechanism
And the second connector is equipped on two output ends, the front end of the second connector is equipped with the second chamfering head.
Advantageous effect：At work, workpiece passes through two to a kind of Dual-head chamfering device of cylindrical work of the utility model
A feeding track moves to the side of two positioning components, is worked by pusher cylinder so that expeller moves forward and pushes away workpiece
It send to rotating mechanism, while the workpiece of the completion of processing on rotating mechanism being pushed away to the blanking track for dropping down onto the other side by the workpiece
On.Electric rotating machine rotation drives rotating disk rotation, and the workpiece being located on two positioning components is made to rotate together to the first chamfering group
The side of part and the second chamfer angle component, at this point, complete to work to the feeding of other two positioning component workpiece by feed mechanism,
And position and two the second electric cylinders and two of the first chamfering head are adjusted by two the first electric cylinders and two the first cylinder operations
Second cylinder operation adjusts the position of the second chamfering head, and two first motors and the work of two the second motors drive two the respectively
One chamfering head and two the second chamfering heads carry out chamfer machining to two bottom faces of the workpiece on two two components of fourth simultaneously, should
Equipment can be carried out at the same time chamfer machining to the both ends of two cylindrical works simultaneously, increase production efficiency, improve production
Speed.
Description of the drawings
Fig. 1 is the stereoscopic mechanism schematic diagram one of the utility model；
Fig. 2 is the stereoscopic mechanism schematic diagram two of the utility model；
Fig. 3 is the sectional perspective structural scheme of mechanism one of the utility model；
Fig. 4 is the enlarged drawing at A in Fig. 3；
Fig. 5 is the enlarged drawing at B in Fig. 3；
Fig. 6 is the sectional perspective structural scheme of mechanism two of the utility model；
Fig. 7 is the enlarged drawing at C in Fig. 6；
Fig. 8 is the sectional perspective structural scheme of mechanism three of the utility model；
Fig. 9 is the sectional perspective structural scheme of mechanism four of the utility model；
Figure 10 is the sectional perspective structural scheme of mechanism five of the utility model；
Reference sign：Rotating mechanism 1, rotary components 1a, electric rotating machine 1a1, rotating disk 1a2, mounting bracket 1a3, peace
Bar 1a3a, guide rod 1a3b, positioning component 1b, upper compact heap 1b1, lower compact heap 1b2, dual-axle motor 1b3 are filled, sliding shoe 1b4 is convex
Rib 1b4a, rubber pad 1b5, guide pad 1b6, hinged seat 1b7, the first mounting plate 1b8, rotating wheel 1b9, connecting rod 1b10, rotation
Component 1c, rotary electric machine 1c1, driving gear 1c2, driven gear 1c3, rotating cylinder 1c4, the second mounting plate 1c5, feed mechanism 2,
Feeding track 2a, first baffle 2a1, discharge port 2a2, pushing material component 2b, pusher cylinder 2b1, expeller 2b2, rubber block 2b3,
Chamfer mechanism 3, the first chamfer angle component 3a, the first mounting base 3a1, the first fixed plate 3a2, the first electric cylinders 3a3, the first cylinder 3a4,
First motor 3a5, the first connecting plate 3a6, the second connecting plate 3a7, the first connector 3a8, the first chamfering head 3a9, the second chamfering
Component 3b, the second mounting base 3b1, the second fixed plate 3b2, the second electric cylinders 3b3, the second cylinder 3b4, the second motor 3b5, second connects
Fishplate bar 3b6, the second connecting plate 3b7, the second connector 3b8, the second chamfering head 3b9, blanking track 4, second baffle 4a, buffer strip
4b。
Specific implementation mode
With reference to the accompanying drawings of the specification and embodiment, specific embodiment of the utility model is described in further detail：
Referring to figs. 1 to a kind of Dual-head chamfering device of cylindrical work shown in Fig. 10, including rotating mechanism 1, feeder
Structure 2 and chamfer mechanism 3, the feed mechanism 2 and chamfer mechanism 3 are respectively positioned on the side of rotating mechanism 1, and the rotating mechanism 1 wraps
It includes rotary components 1a, four positioning component 1b and four runner assemblies 1c, four positioning component 1b is circumferentially distributed in rotation group
On the side wall of part 1a, four runner assembly 1c be separately mounted to the side of four positioning component 1b and respectively with four positioning components
1b connections, the rotary components 1a includes electric rotating machine 1a1 and rotating disk 1a2, the electric rotating machine 1a1 are in horizontally disposed and it
Output end is fixedly connected with rotating disk 1a2, sets that there are four the mounting bracket 1a3 that are circumferentially distributed on the side wall of rotating disk 1a2, each
Mounting bracket 1a3 include four mounting rod 1a3a disposed in parallel, be located at rotating disk 1a2 on homonymy two mounting rod 1a3a it
Between be all provided with there are two guide rod 1a3b, each guide rod 1a3b be in cylindrical structure and each guide rod 1a3b upper and lower ends point with peace
Dress bar 1a3a is fixedly connected；Workpiece is pushed on rotating mechanism 1 by feed mechanism 2, by positioning component 1b by Workpiece clamping,
It is worked by rotary components 1a so that workpiece moves to the side of chamfer mechanism 3 as positioning component 1b is rotated up to, by rotating group
Part 1c drives workpiece rotation to be polished simultaneously two bottom ends of the workpiece by chamfer angle component simultaneously.
With reference to shown in Fig. 3 to Fig. 5, each positioning component 1b includes two upper compact heap 1b1, two lower compact heaps
1b2 and dual-axle motor 1b3, the upper compact heap 1b1 and lower compact heap 1b2 be in semicircle ring structure and upper compact heap 1b1 and with
The both ends of its corresponding lower compact heap 1b2 are bonded to form a complete annulus, in upper compact heap 1b1 and lower compact heap 1b2
Between be equipped on sliding shoe 1b4, each sliding shoe 1b4 be equipped with it is equal on fin 1b4a, upper compact heap 1b1 and lower compact heap 1b2
Equipped with the sliding slot being slidably matched with fin 1b4a, the inside of sliding shoe 1b4 is equipped with rubber pad 1b5, the upper compact heap 1b1's
Both ends are equipped with the guide pad 1b6 being slidably matched with guide rod 1a3b, and two sides close to each other upper compact heap 1b1 are all provided with hinged
The lower end of joint chair 1b7, two lower compact heap 1b2 are fixedly connected with two mounting rod 1a3a respectively, close to two upper compact heap 1b1
Two mounting rod 1a3a between be equipped with the first mounting plate 1b8 for installing dual-axle motor 1b3, dual-axle motor 1b3 is in level
It is arranged and its both ends is equipped with the rotating wheel 1b9 being fixedly connected respectively with two output ends of dual-axle motor 1b3, each rotating wheel
Be designed with one end and connecting rod 1b10 hinged rotating wheel 1b9 on the side wall of 1b9, the other end of connecting rod 1b10 with and this connect
The hinged seat 1b7 of bar 1b10 homonymies is hinged；When workpiece is located on positioning component 1b, worked the rotation made by dual-axle motor 1b3
Taking turns 1b9 drives connecting rod 1b10 to rotate, and compact heap 1b1 is moved along the length direction of guide rod 1a3b in connecting rod 1b10 promotions, is made
Compact heap 1b1 and lower compact heap 1b2 must be gone up by Workpiece clamping, rubber pad 1b5 can protect workpiece, avoid workpiece and upper compact heap
Collision is generated between 1b1 and lower compact heap 1b2 leads to workpiece damage.
Shown in referring to figure 6 and figure 7, each runner assembly 1c includes rotary electric machine 1c1, driving gear 1c2, driven
Gear 1c3 and rotating cylinder 1c4, the rotating cylinder 1c4 are in horizontally disposed between two lower compact heap 1b2 and rotating cylinder 1c4
Both ends are fixedly connected with the sliding shoe 1b4 on two lower compact heap 1b2 respectively, and driven gear 1c3 is sheathed on the outer of rotating cylinder 1c4
Side is equipped with second for installing rotary electric machine 1c1 between two mounting rod 1a3a being fixedly connected with two lower compact heap 1b2
The output end of mounting plate 1c5, rotary electric machine 1c1 are fixedly connected with driving gear 1c2, and driving gear 1c2 is nibbled with driven gear 1c3
It closes；Driving gear 1c2 is set to rotate by rotary electric machine 1c1 work, band while driven gear 1c3 is rotated with driving gear 1c2
Dynamic rotating cylinder 1c4 rotations, rotating cylinder 1c4 drives the sliding shoe 1b4 rotations on the lower compact heap 1b2 at its both ends, to make to be slided
The workpiece that motion block 1b4 is compressed also rotates therewith.
With reference to shown in Fig. 8, the feed mechanism 2 includes two feeding track 2a and two pushing material component 2b, described in two
Feeding track 2a is inclined to set and the both sides of two feeding track 2a are equipped with first baffle 2a1, close to rotary components 1a
The end of the first baffle 2a1 of side is equipped with rounded discharge port 2a2, the end of the first baffle 2a1 far from rotary components 1a
End is equipped with connector；Workpiece is set to be tumbled successively to the front end of pushing material component 2b by feeding track 2a, first baffle 2a1 is for limiting
The position for determining workpiece avoids workpiece from being tumbled from feeding track 2a.
Two pushing material component 2b include that pusher cylinder 2b1 and expeller 2b2, two pusher cylinder 2b1 are in water
Flat setting and the side for being located at two feeding track 2a, the output end of two pusher cylinder 2b1 are respectively facing two connections
Mouthful, expeller 2b2 is fixedly mounted on the output end of pusher cylinder 2b1, and the front end of each expeller 2b2 is equipped with rubber block
2b3；It is worked by pusher cylinder 2b1 and expeller 2b2 is moved forward and pushes to workpiece on rotating mechanism 1, while by
The workpiece of completion of processing on rotating mechanism 1 is pushed away and drops down onto the other side by the workpiece.
Shown in referring to Fig.1, sides of the rotating disk 1a2 far from feeding track 2a is set there are two blanking track 4, under two
Material track 4 is inclined to set and the both sides of two blanking tracks 4 are equipped with second baffle 4a, close to the second of rotating disk 1a2
The front end of baffle 4a is equipped with feed opening, is fixedly connected respectively with two second baffle 4a equipped with both ends between two second baffle 4a
Buffer strip 4b；It is moved along blanking track 4 by the workpiece for the completion processing that workpiece to be processed is released and completes blanking work, by slow
Punching band 4b increases resistance to workpiece, avoids the workpiece machined completely into 4 preceding one end slide downward of blanking track, causes
Workpiece tilts stuck in blanking track 4.
With reference to shown in Fig. 9 and Figure 10, the chamfer mechanism 3 includes the first chamfer angle component 3a and the second chamfer angle component 3b, institute
It states the side that the first chamfer angle component 3a and the second chamfer angle component 3b is symmetrical set in rotary components 1a and passes through the first chamfer angle component
3a and the second chamfer angle component 3b carries out chamfer machining to the workpiece on rotating mechanism 1 at two positioning component 1b simultaneously.
The first chamfer angle component 3a includes the first mounting base 3a1, the first fixed plate 3a2, two the first electric cylinders 3a3, two
A first cylinder 3a4 and two first motors 3a5, the first fixed plate 3a2 are in be vertically installed at the upper of the first mounting base 3a1
End, two the first electric cylinders 3a3 states in a vertical shape are symmetrically disposed on the both sides of the first fixed plate 3a2, the cunning of two the first electric cylinders 3a3
Be equipped on block the first connecting plate 3a6, two the first cylinder 3a4 respectively be in be horizontally set on two the first connecting plate 3a6 and
The output end of two the first cylinder 3a4 is arranged towards rotating mechanism 1, and the front end of two the first cylinder 3a4 is equipped with the second company
The output end of fishplate bar 3a7, two first motor 3a5 are towards being equipped with the first connector on rotating mechanism 1 and two output ends
The front end of 3a8, the first connector 3a8 are equipped with the first chamfering head 3a9；Pass through the cooperation work of the first electric cylinders 3a3 and the first cylinder 3a4
Make to realize movements of the first chamfering head 3a9 on upper and lower front-rear direction, the first chamfering head is driven by first motor 3a5 work
3a9 rotations to workpiece so that carry out chamfer machining.
The second chamfer angle component 3b includes the second mounting base 3b1, the second fixed plate 3b2, two the second electric cylinders 3b3, two
A second cylinder 3b4 and two second motors 3b5, the second fixed plate 3b2 are in be vertically installed at the upper of the second mounting base 3b1
End, two the second electric cylinders 3b3 states in a vertical shape are symmetrically disposed on the both sides of the second fixed plate 3b2, the cunning of two the second electric cylinders 3b3
Be equipped on block third connecting plate 3b6, two the second cylinder 3b4 respectively be in be horizontally set on two the second connecting plate 3a7 and
The output end of two the second cylinder 3b4 is arranged towards rotating mechanism 1, and the front end of two the second cylinder 3b4 is equipped with the 4th company
The output end of fishplate bar 3b7, two the second motor 3b5 are towards being equipped with the second connector on rotating mechanism 1 and two output ends
The front end of 3b8, the second connector 3b8 are equipped with the second chamfering head 3b9；Pass through the cooperation work of the second electric cylinders 3b3 and the second cylinder 3b4
Make to realize movements of the second chamfering head 3b9 on upper and lower front-rear direction, the second chamfering head is driven by the second motor 3b5 work
3b9 rotations to workpiece so that carry out chamfer machining.
Operation principle：When the utility model at work, workpiece moves to two positioning components by two feeding track 2a
The side of 1b is worked by pusher cylinder 2b1 so that expeller 2b2 is moved forward and pushed to workpiece on rotating mechanism 1, simultaneously
The workpiece of the completion of processing on rotating mechanism 1 is pushed away in the blanking track 4 for dropping down onto the other side by the workpiece.Electric rotating machine 1a1 turns
It is dynamic to drive rotating disk 1a2 rotations, so that the workpiece being located on two positioning component 1b is rotated together to the first chamfer angle component 3a and the
The side of two chamfer angle component 3b, at this point, complete to work to the feeding of other two positioning component 1b workpiece by feed mechanism, and
Position by two the first electric cylinders 3a3 and two first the first chamfering head 3a9 of cylinder 3a4 work adjustment and two the second electric cylinders
The position of 3b3 and two second the second chamfering head 3b9 of cylinder 3b4 work adjustment, two first motor 3a5 and two the second motors
3b5 work drives two the first chamfering head 3a9 and two the second chamfering head 3b9 simultaneously to the workpiece on two two components of fourth respectively
Two bottom faces carry out chamfer machining, mechanism is simple, highly practical.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Go out any restrictions, thus it is any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent
Variation and modification, in the range of still falling within the technical solution of the utility model.
Claims (9)
1. a kind of Dual-head chamfering device of cylindrical work, it is characterised in that：Including rotating mechanism（1）, feed mechanism（2）With fall
Angle mechanism（3）, the feed mechanism（2）And chamfer mechanism（3）It is respectively positioned on rotating mechanism（1）Side, the rotating mechanism（1）
Including rotary components（1a）, four positioning components（1b）With four runner assemblies（1c）, four positioning components（1b）Circumferentially divide
It is distributed in rotary components（1a）Side wall on, four runner assemblies（1c）It is separately mounted to four positioning components（1b）Side and point
Not with four positioning components（1b）Connection, the rotary components（1a）Including electric rotating machine（1a1）And rotating disk（1a2）, described
Electric rotating machine（1a1）In horizontally disposed and its output end and rotating disk（1a2）It is fixedly connected, rotating disk（1a2）Side wall on set
There are four the mounting brackets being circumferentially distributed（1a3）, each mounting bracket（1a3）Include four mounting rods disposed in parallel
（1a3a）, it is located at rotating disk（1a2）Two mounting rods of upper homonymy（1a3a）Between be all provided with there are two guide rod（1a3b）, each lead
Bar（1a3b）It is in cylindrical structure and each guide rod（1a3b）Upper and lower ends point and mounting rod（1a3a）It is fixedly connected.
2. a kind of Dual-head chamfering device of cylindrical work according to claim 1, it is characterised in that：Each positioning
Component（1b）Including two upper compact heaps（1b1）, two lower compact heaps（1b2）And dual-axle motor（1b3）, the upper compact heap
（1b1）With lower compact heap（1b2）It is in semicircle ring structure and upper compact heap（1b1）With corresponding lower compact heap（1b2）'s
Both ends are bonded to form a complete annulus, upper compact heap（1b1）With lower compact heap（1b2）Centre be equipped with sliding shoe
（1b4）, each sliding shoe（1b4）On be equipped with fin（1b4a）, upper compact heap（1b1）With lower compact heap（1b2）On be equipped with
With fin（1b4a）The sliding slot being slidably matched, sliding shoe（1b4）Inside be equipped with rubber pad（1b5）, the upper compact heap
（1b1）Both ends be equipped with and guide rod（1a3b）The guide pad being slidably matched（1b6）, two upper compact heaps（1b1）It is close to each other
Side be equipped with hinged seat（1b7）, two lower compact heaps（1b2）Lower end respectively with two mounting rods（1a3a）It is fixed to connect
It connects, close to two upper compact heaps（1b1）Two mounting rods（1a3a）Between be equipped with for installing dual-axle motor（1b3）First
Mounting plate（1b8）, dual-axle motor（1b3）In horizontally disposed and its both ends be equipped with respectively with dual-axle motor（1b3）Two output
Hold the rotating wheel being fixedly connected（1b9）, each rotating wheel（1b9）Side wall on be designed with one end and rotating wheel（1b9）Hinged
Connecting rod（1b10）, connecting rod（1b10）The other end with and the connecting rod（1b10）The hinged seat of homonymy（1b7）It is hinged.
3. a kind of Dual-head chamfering device of cylindrical work according to claim 2, it is characterised in that：Each rotation
Component（1c）It include rotary electric machine（1c1）, driving gear（1c2）, driven gear（1c3）And rotating cylinder（1c4）, the rotation
Cylinder（1c4）In horizontally disposed and two lower compact heaps（1b2）Between and rotating cylinder（1c4）Both ends respectively with two lower compact heaps
（1b2）On sliding shoe（1b4）It is fixedly connected, driven gear（1c3）It is sheathed on rotating cylinder（1c4）Outside, with two push
Tight block（1b2）Two mounting rods being fixedly connected（1a3a）Between be equipped with for installing rotary electric machine（1c1）The second mounting plate
（1c5）, rotary electric machine（1c1）Output end and driving gear（1c2）It is fixedly connected, driving gear（1c2）With driven gear
（1c3）Engagement.
4. a kind of Dual-head chamfering device of cylindrical work according to claim 1, it is characterised in that：The feed mechanism
（2）Including two feeding tracks（2a）With two pushing material components（2b）, two feeding tracks（2a）Be inclined to set and
Two feeding tracks（2a）Both sides be equipped with first baffle（2a1）, close to rotary components（1a）The first baffle of side（2a1）
End be equipped with rounded discharge port（2a2）, far from rotary components（1a）First baffle（2a1）End be equipped with connection
Mouthful.
5. a kind of Dual-head chamfering device of cylindrical work according to claim 4, it is characterised in that：Two pushers
Component（2b）It include pusher cylinder（2b1）And expeller（2b2）, two pusher cylinders（2b1）It is in horizontally disposed and difference
Positioned at two feeding tracks（2a）Side, two pusher cylinders（2b1）Output end be respectively facing two connectors, expeller
（2b2）It is fixedly mounted on pusher cylinder（2b1）Output end on, each expeller（2b2）Front end be equipped with rubber block
（2b3）.
6. a kind of Dual-head chamfering device of cylindrical work according to claim 5, it is characterised in that：The rotating disk
（1a2）Far from feeding track（2a）Side set there are two blanking track（4）, two blanking tracks（4）Be inclined to set and
Two blanking tracks（4）Both sides be equipped with second baffle（4a）, close to rotating disk（1a2）Second baffle（4a）Front end set
There are feed opening, two second baffles（4a）Between be equipped with both ends respectively with two second baffles（4a）The buffer strip being fixedly connected
（4b）.
7. a kind of Dual-head chamfering device of cylindrical work according to claim 1, it is characterised in that：The chamfer mechanism
（3）Including the first chamfer angle component（3a）With the second chamfer angle component（3b）, first chamfer angle component（3a）With the second chamfer angle component
（3b）It is symmetrical set in rotary components（1a）Side.
8. a kind of Dual-head chamfering device of cylindrical work according to claim 7, it is characterised in that：First chamfering
Component（3a）Including the first mounting base（3a1）, the first fixed plate（3a2）, two the first electric cylinders（3a3）, two the first cylinders
（3a4）With two first motors（3a5）, first fixed plate（3a2）In being vertically installed at the first mounting base（3a1）It is upper
End, two the first electric cylinders（3a3）State in a vertical shape is symmetrically disposed on the first fixed plate（3a2）Both sides, two the first electric cylinders
（3a3）Sliding block on be equipped with the first connecting plate（3a6）, two the first cylinders（3a4）It is in be horizontally set on two first respectively
Connecting plate（3a6）Upper and two the first cylinders（3a4）Output end towards rotating mechanism（1）Setting, two the first cylinders
（3a4）Front end be equipped with the second connecting plate（3a7）, two first motors（3a5）Output end towards rotating mechanism（1）And two
The first connector is equipped on a output end（3a8）, the first connector（3a8）Front end be equipped with the first chamfering head（3a9）.
9. a kind of Dual-head chamfering device of cylindrical work according to claim 7, it is characterised in that：Second chamfering
Component（3b）Including the second mounting base（3b1）, the second fixed plate（3b2）, two the second electric cylinders（3b3）, two the second cylinders
（3b4）With two the second motors（3b5）, second fixed plate（3b2）In being vertically installed at the second mounting base（3b1）It is upper
End, two the second electric cylinders（3b3）State in a vertical shape is symmetrically disposed on the second fixed plate（3b2）Both sides, two the second electric cylinders
（3b3）Sliding block on be equipped with third connecting plate（3b6）, two the second cylinders（3b4）It is in be horizontally set on two second respectively
Connecting plate（3a7）Upper and two the second cylinders（3b4）Output end towards rotating mechanism（1）Setting, two the second cylinders
（3b4）Front end be equipped with the 4th connecting plate（3b7）, two the second motors（3b5）Output end towards rotating mechanism（1）And two
The second connector is equipped on a output end（3b8）, the second connector（3b8）Front end be equipped with the second chamfering head（3b9）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820013551.5U CN207840812U (en) | 2018-01-04 | 2018-01-04 | A kind of Dual-head chamfering device of cylindrical work |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820013551.5U CN207840812U (en) | 2018-01-04 | 2018-01-04 | A kind of Dual-head chamfering device of cylindrical work |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207840812U true CN207840812U (en) | 2018-09-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820013551.5U Expired - Fee Related CN207840812U (en) | 2018-01-04 | 2018-01-04 | A kind of Dual-head chamfering device of cylindrical work |
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| Country | Link |
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| CN (1) | CN207840812U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108296781A (en) * | 2018-01-30 | 2018-07-20 | 成都菲斯普科技有限公司 | A kind of machining equipment for cylindrical work Dual-head chamfering |
| CN109396547A (en) * | 2018-10-20 | 2019-03-01 | 龙南县格林庭园用品有限公司 | A kind of gardens pillar tack steel plug automatic assembly equipment |
-
2018
- 2018-01-04 CN CN201820013551.5U patent/CN207840812U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108296781A (en) * | 2018-01-30 | 2018-07-20 | 成都菲斯普科技有限公司 | A kind of machining equipment for cylindrical work Dual-head chamfering |
| CN109396547A (en) * | 2018-10-20 | 2019-03-01 | 龙南县格林庭园用品有限公司 | A kind of gardens pillar tack steel plug automatic assembly equipment |
| CN109396547B (en) * | 2018-10-20 | 2019-12-06 | 龙南县格林庭园用品有限公司 | Gardens pillar crew cut steel stopper automatic assembly equipment |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180911 Termination date: 20190104 |