CN208773115U - A kind of brake disc Milling Machine - Google Patents
A kind of brake disc Milling Machine Download PDFInfo
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- CN208773115U CN208773115U CN201821394542.1U CN201821394542U CN208773115U CN 208773115 U CN208773115 U CN 208773115U CN 201821394542 U CN201821394542 U CN 201821394542U CN 208773115 U CN208773115 U CN 208773115U
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Abstract
The utility model relates to automobile parts processing technique fields, in particular to a kind of brake disc Milling Machine, including workbench, Working piece positioning device, support device, milling attachment, driving device and speed regulation device, the speed regulation device includes the first transmission component, first regulating module, second transmission component and the second regulating module, the milling attachment includes milling component, the utility model is when needing to adjust the Milling Speed of brake disc, driving force is provided by driving assembly first, the first transmission component is driven to be rotated, first regulating module and the first transmission component have several gear engaged transmission modes, there is provided the first regulating module several different revolving speeds, the rotation of the second regulating module is driven by the first regulating module again, therefore the second transmission component velocity of rotation is adjustable, second transmission component finally drives milling component to be rotated, milling group Part revolving speed is adjustable, and positioning component is mainly used to fix brake disc and adjusts the position of brake disc.
Description
Technical field
The utility model relates to automobile parts processing technique field, in particular to a kind of brake disc Milling Machine.
Background technique
Brake disc is exactly in simple terms a round plate, it is also rotation when car is advanced.Brake caliper is clamped
Brake disc and generate brake force, be exactly that it clamps brake disc and plays the role of slowing down or stopping when touching on the brake.
Brake disc processing can be related to Milling Process many times, and each milling requires difference to milling revolving speed due to precision etc.
It is required that also different, and general Milling Speed is non-adjustable at present, and when brake disc Milling Process may need several different lathes
It completes the process jointly, it is more troublesome.
China's patent publication No.: CN103551891A；Publication date: 2014.02.05 discloses a kind of automobile torsion beam brake disc
Milling tool for end face is installed and is provided with the lining ring to torsion-beam trailing arm both side ends on bottom plate including the bottom plate for placing torsion-beam
The fixed mechanism being fixed and the bracketing block for bracketing torsion-beam trailing arm other side both ends hollow pipe A, the top of bracketing block
It is provided with fixture, the upper surface of the bracketing block is in the plate of indentation shape, which can cut processing washing to brake side surface
When keep brake disc not generate deformation because of stress, but lathe itself does not have speed-regulating function.
Utility model content
The purpose of this utility model is that in view of the deficiencies of the prior art, providing a kind of brake disc Milling Machine.
To solve the above problems, the utility model is the following technical schemes are provided: a kind of brake disc Milling Machine, including work
Platform, the support device that bench-top is arranged in, is arranged by support device the Working piece positioning device that bench-top is arranged in
The milling attachment of side, the driving device being arranged at the top of support device and the speed regulation device being arranged in inside support device, it is described
Working piece positioning device includes positioning component, and the positioning component is slidably disposed in the top of workbench, the support device
Including support component, the support component is fixed at the top of workbench, and the driving device includes driving assembly, described
Driving assembly is fixed at the top of support component and is sequentially connected with speed regulation device, and the speed regulation device includes the first transmission
Component, the first regulating module, the second transmission component and the second regulating module, first transmission component are spindle rotationally arranged in branch
Be sequentially connected in support component and with driving assembly, first regulating module be arranged in support component and with the first transmission component
Transmission connection, second regulating module are arranged on the first regulating module and are sequentially connected with the first regulating module, and described the
The rotatable grafting of two transmission components, which is arranged in support component and transmits with the second regulating module, to be connected, the milling attachment packet
Milling component is included, the milling component is fixed at support component side and is sequentially connected with the second transmission component.
Further, first transmission component includes first rotating shaft, first gear group and the first support base, described
The rotatable grafting in one end of first rotating shaft is arranged in support component, and the rotatable grafting of the other end of the first rotating shaft is set
It sets in the first support base, the first gear group includes integrally formed first stud gear, second stud gear and third
Transmission gear, the first gear group is non-rotatable to be set in first rotating shaft.
Further, first regulating module includes the second shaft, second gear group, shifting device and two stable axis
It holds, the rotatable grafting of the second shaft is arranged in support component, and the both ends of second shaft are arranged with one respectively
Stable bearing, the second gear group include integrally formed first governor gear, the second governor gear and third governor gear,
Fixed interval (FI), the second gear group are equipped between first governor gear, the second governor gear and third governor gear
It is slidable it is non-rotatable be set in the second shaft, the shifting device is spindle rotationally arranged in support component and with second
Gear set is slidably connected, and the second gear group is engaged with first gear group.
Further, the shifting device includes third shaft, driving switch and two gear shifting blocks, and the third shaft can
The grafting of rotation is arranged in support component, the non-rotatable one end for being set in third shaft of the driving switch, and described group
One end of block is set in third shaft, and the other end is plugged in second gear group and is slidably connected with second gear group, described
The both ends of third shaft are arranged a fixing bearing respectively.
Further, second transmission component include the 4th shaft, first gear group and the first umbrella tooth, described 4th turn
The rotatable grafting in axis one end is arranged in support component, and the other end is spindle rotationally arranged in the first support base, and described first
Gear set is non-rotatable to be set in the 4th shaft, described non-rotatable one end that the 4th shaft is arranged in of first umbrella tooth.
Further, second regulating module includes second gear group and shifting device, and the second gear group is slidably
Non-rotatable to be set in the second shaft, the shifting device is spindle rotationally arranged in support component and slides with second gear group
Dynamic connection.
Further, the milling component includes lifting cylinder, the second umbrella tooth, supporting box, milling head and two for solid
The limit film of fixed second umbrella tooth, the supporting box are fixed in support component, and the lifting cylinder is fixed at branch
The top of cabinet is supportted, the output end self-supporting top of the box of the lifting cylinder is passed down through supporting box and extends downwardly, institute
It states the second umbrella tooth slidably to engage on the non-rotatable output end that lifting cylinder is arranged in and with the first umbrella tooth, the milling head is solid
It is arranged on the output end of lifting cylinder calmly, each limit film is arranged in one end of the second umbrella tooth and is set in lifting cylinder
Output end on, the limit film is fixedly connected with supporting box inner sidewall.
Further, the positioning component includes sliding panel and gripper cylinder, the sliding panel can longitudinal sliding motion setting
At the top of workbench, what the gripper cylinder can slide laterally is arranged in the top of sliding panel.
Further, the driving component includes driving motor, driving gear, belt and driven gear, the driving electricity
Machine is fixed in support component, and gear is non-rotatable is set on the output end of driving motor for the driving, it is described from
Moving gear is non-rotatable to be set in first rotating shaft, and the belt is respectively sleeved on driving gear and driven gear.
Further, the support component includes support column and bearing box, and the support column is fixed at workbench
Top, the bearing box are fixed at the top of support column, and the bearing box is hollow structure.
The utility model has the advantages that a kind of brake disc Milling Machine of the utility model, first when needing to adjust the Milling Speed of brake disc
Driving force first is provided by driving assembly, drives the first transmission component to be rotated, the first regulating module and the first transmission component have
Several gear engaged transmission modes, therefore several different revolving speeds of the first regulating module are capable of providing, then by the first regulating module
The second regulating module is driven to rotate, and because the second regulating module and the second transmission component equally have the side of several gear engagements
Formula, therefore the second transmission component velocity of rotation is adjustable, the second transmission component finally drives milling component to be rotated, milling component
Revolving speed is adjustable, and positioning component is mainly used to fix brake disc and adjusts the position of brake disc.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the utility model；
Fig. 2 is the side view of the utility model；
Fig. 3 is the cross-sectional view in Fig. 2 along line A-A；
Fig. 4 is the stereo-resolution structural schematic diagram of the utility model；
Fig. 5 is the partial structural diagram one of the utility model speed regulation device；
Fig. 6 is the partial structural diagram two of the utility model speed regulation device；
Fig. 7 is the enlarged diagram in Fig. 6 at B；
Fig. 8 is the local fractionation structural representation two of the utility model milling attachment；
Fig. 9 is the enlarged diagram in Fig. 8 at C；
Figure 10 is the local fractionation structural representation of the utility model；
Description of symbols: workbench 1, Working piece positioning device 2, positioning component 2a, sliding panel 2b, gripper cylinder 2c, branch
Support arrangement 3, support component 3a, support column 3b, bearing box 3c, milling attachment 4, milling component 4a, lifting cylinder 4b, the second umbrella tooth
4c, supporting box 4d, milling head 4e, limit film 4f, driving device 5, driving assembly 5a, driving motor 5b drive gear 5c, belt
5d, driven gear 5e, speed regulation device 6, the first transmission component 6a, the first regulating module 6b, the second transmission component 6c, second adjusts the speed
Component 6d, first rotating shaft 6e, first gear group 6f, the first support base 6g, the second shaft 6h, second gear group 6i, shifting device 6j,
Stable bearing 6k, third shaft 6m, driving switch 6n, gear shifting block 6p, the 4th shaft 6q, first umbrella tooth 6r.
Specific embodiment
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 brake disc Milling Machine shown in Fig. 10, including workbench 1, the work being arranged at the top of workbench 1
Part positioning device 2, the support device 3 that 1 top of workbench is set, the milling attachment 4 that 3 side of support device is set, setting
Driving device 5 at the top of support device 3 and the speed regulation device 6 that is arranged in inside support device 3, the Working piece positioning device 2
Including positioning component 2a, the positioning component 2a is slidably disposed in the top of workbench 1, and the support device 3 includes branch
Support component 3a, the support component 3a are fixed at the top of workbench 1, and the driving device 5 includes driving assembly 5a, institute
It states driving assembly 5a to be fixed at the top of support component 3a and be sequentially connected with speed regulation device 6, the speed regulation device 6 includes
First transmission component 6a, the first regulating module 6b, the second transmission component 6c and the second regulating module 6d, first transmission component
6a is spindle rotationally arranged in support component 3a and is sequentially connected with driving assembly 5a, and the first regulating module 6b setting is being propped up
It is sequentially connected in support component 3a and with the first transmission component 6a, the second regulating module 6d is arranged on the first regulating module 6b
And be sequentially connected with the first regulating module 6b, the rotatable grafting of the second transmission component 6c is arranged on support component 3a simultaneously
It transmits and connects with the second regulating module 6d, the milling attachment 4 includes milling component 4a, and the milling component 4a is fixed at
Support component 3a side is simultaneously sequentially connected with the second transmission component 6c, and brake disc processing can be related to Milling Process many times, every time
Milling is since precision etc. requires the different requirements to milling revolving speed also different, when needing to adjust the Milling Speed of brake disc,
Driving force is provided by driving assembly 5a first, the first transmission component 6a is driven to be rotated, the first regulating module 6b and first is passed
Dynamic component 6a has several gear engaged transmission modes, therefore is capable of providing several different revolving speeds of the first regulating module 6b, then by
First regulating module 6b drives the second regulating module 6d rotation, and because the second regulating module 6d and the second transmission component 6c is same
There is the mode of several gear engagements, therefore the second transmission component 6c velocity of rotation is adjustable, the second transmission component 6c finally drives milling
It cuts component 4a to be rotated, milling component 4a revolving speed is adjustable, and positioning component 2a is mainly used to fix brake disc and adjustment brake disc
Position.
The first transmission component 6a includes first rotating shaft 6e, first gear group 6f and the first support base 6g, described
The rotatable grafting in one end of first rotating shaft 6e is arranged on support component 3a, and the other end of the first rotating shaft 6e is rotatable
Grafting is arranged in the first support base 6g, and the first gear group 6f includes integrally formed first stud gear, the second speed change
Gear and third transmission gear, the first gear group 6f is non-rotatable to be set on first rotating shaft 6e, as first rotating shaft 6e
Rotation will drive first gear group 6f to rotate, and the first support base 6g is used to that first rotating shaft 6e is supported to rotate.
The first regulating module 6b includes the second shaft 6h, second gear group 6i, shifting device 6j and two stable bearings
6k, the rotatable grafting of the second shaft 6h are arranged on support component 3a, and the both ends of the second shaft 6h are arranged respectively
Having stable bearing a 6k, the second gear group 6i includes integrally formed first governor gear, the second governor gear and
Three governor gears are equipped with fixed interval (FI) between first governor gear, the second governor gear and third governor gear, described
Second gear group 6i is slidably non-rotatable to be set on the second shaft 6h, and the shifting device 6j is spindle rotationally arranged in branch
It is slidably connected on support component 3a and with second gear group 6i, the second gear group 6i is engaged with first gear group 6f, and first becomes
Fast gear, second stud gear and third transmission gear are respectively at the first governor gear, the second governor gear and third timing gear
It takes turns corresponding, the mode of three kinds of gears engagement is provided, so that the second shaft 6h, there are three types of velocity of rotation, shifting device 6j can
The lateral position of second gear group 6i is adjusted, and then plays the role of speed regulation, stable bearing 6k is used to that the second shaft 6h is supported to rotate.
The shifting device 6j includes third shaft 6m, driving switch 6n and two gear shifting blocks 6p, the third shaft 6m
Rotatable grafting is arranged on support component 3a, and the driving switch 6n is non-rotatable to be set in the one of third shaft 6m
End, one end of the shifting block is set on third shaft 6m, the other end be plugged on second gear group 6i and with second gear group
6i is slidably connected, and the both ends of the third shaft 6m are arranged a fixing bearing respectively, being capable of band by rotation driving switch 6n
Dynamic third shaft 6m is rotated, and third shaft 6m rotation will drive two gear shifting block 6p to rotate again, gear shifting block 6p
It stirs second gear group 6i and then achievees the purpose that adjust revolving speed.
The second regulating module 6d include second gear group 6i and shifting device 6j, the second gear group 6i slidably not
It is rotatably set on the second shaft 6h, the shifting device 6j is spindle rotationally arranged on support component 3a and and second gear
Group 6i is slidably connected, and as the second shaft 6h rotates, the second gear group 6i in the second regulating module 6d and then rotates, shifting device
6j can adjust the lateral position of second gear group 6i.
The second transmission component 6c include the 4th shaft 6q, first gear group 6f and the first umbrella tooth 6r, described 4th turn
The rotatable grafting in the one end axis 6q is arranged on support component 3a, and the other end is spindle rotationally arranged in the first support base 6g, institute
State that first gear group 6f is non-rotatable to be set on the 4th shaft 6q, the first umbrella tooth 6r is non-rotatable to be arranged the 4th
One end of shaft 6q, the second gear group 6i in the second regulating module 6d are able to drive the first gear in the second transmission component 6c
Group 6f rotate and can be adjusted three kinds of different speed by shifting device 6j, and then controls the revolving speed of the 4th shaft 6q, the
Four shaft 6q are able to drive the first umbrella tooth 6r and are rotated.
The milling component 4a includes lifting cylinder 4b, the second umbrella tooth 4c, supporting box 4d, milling head 4e and two for solid
The limit film 4f of fixed second umbrella tooth 4c, the supporting box 4d are fixed on support component 3a, and the lifting cylinder 4b is solid
The top of supporting box 4d is set calmly, is passed down through support case at the top of the output end self-supporting cabinet 4d of the lifting cylinder 4b
Body 4d is simultaneously extended downwardly, and the second umbrella tooth 4c is slidably on the non-rotatable output end that lifting cylinder 4b is arranged in and with
One umbrella tooth 6r engagement, the milling head 4e are fixed on the output end of lifting cylinder 4b, and each limit film 4f setting exists
One end of second umbrella tooth 4c is simultaneously set on the output end of lifting cylinder 4b, and the limit film 4f and supporting box 4d inner sidewall are solid
Fixed connection, the first umbrella tooth 6r rotation are able to drive the second umbrella tooth 4c and are rotated, and the second umbrella tooth 4c rotation will be further driven to again
Lifting cylinder 4b output end and milling head 4e are rotated, and lifting cylinder 4b can go up and down milling head 4e, two limit film 4f
The position of the second umbrella tooth 4c is limited, so that the second umbrella tooth 4c maintains certain height.
The positioning component 2a include sliding panel 2b and gripper cylinder 2c, the sliding panel 2b can the setting of longitudinal sliding motion exist
The top of workbench 1, the top that sliding panel 2b is arranged in that the gripper cylinder 2c can slide laterally, sliding panel 2b can be in work
Make longitudinal sliding motion on platform 1, gripper cylinder 2c can slide laterally on sliding panel 2b, and then adjust the horizontal position of brake disc.
The driving component 5a includes driving motor 5b, driving gear 5c, belt 5d and driven gear 5e, the driving electricity
Machine 5b is fixed on support component 3a, the non-rotatable output end for being set in driving motor 5b of the driving gear 5c
On, the driven gear 5e is non-rotatable to be set on first rotating shaft 6e, and the belt 5d is respectively sleeved at driving gear 5c
On driven gear 5e, driving motor 5b is opened, driving motor 5b rotation will drive driving gear 5c to rotate, drive gear
5c rotation will drive belt 5d and driven gear 5e to rotate again, and then drive first rotating shaft 6e rotation.
The support component 3a includes that support column 3b and bearing box 3c, the support column 3b are fixed at workbench 1
Top, the bearing box 3c are fixed at the top of support column 3b, and the bearing box 3c is hollow structure, and support column 3b is used to
Support bearing case 3c, bearing box 3c are used to carry driving assembly 5a and speed regulation device 6.
Working principle: brake disc processing can be related to Milling Process many times, and each milling requires difference right due to precision etc.
The requirement of milling revolving speed is also different, when needing to adjust the Milling Speed of brake disc, opens driving motor 5b, driving motor 5b
Rotation will drive driving gear 5c to rotate, and driving gear 5c rotation will drive belt 5d and driven gear 5e to revolve again
Turn, and then drive first rotating shaft 6e rotation, when first rotating shaft 6e rotation, first gear group 6f will be driven to rotate, first
Support seat 6g is used to that first rotating shaft 6e is supported to rotate, and first stud gear, second stud gear and third transmission gear are respectively at the
One governor gear, the second governor gear and third governor gear are corresponding, provide the mode of three kinds of gears engagement, so that the
There are three types of velocity of rotation, shifting device 6j can adjust the lateral position of second gear group 6i by two shaft 6h, and then plays speed regulation and make
With stable bearing 6k is used to that the second shaft 6h is supported to rotate, and is able to drive third shaft 6m progress by rotating driving switch 6n
Rotation, third shaft 6m rotation will drive two gear shifting block 6p to rotate again, and gear shifting block 6p stirs second gear group 6i
And then achieve the purpose that adjust revolving speed, as the second shaft 6h rotates, the second gear group 6i in the second regulating module 6d is followed
Rotation, shifting device 6j can adjust the lateral position of second gear group 6i, the second gear group 6i energy in the second regulating module 6d
Enough drive the first gear group 6f in the second transmission component 6c rotate and by shifting device 6j can adjust three kinds it is different
Speed, and then the revolving speed of the 4th shaft 6q is controlled, the 4th shaft 6q is able to drive the first umbrella tooth 6r and is rotated, the first umbrella tooth 6r
Rotation is able to drive the second umbrella tooth 4c and is rotated, the second umbrella tooth 4c rotation will be further driven to again lifting cylinder 4b output end and
Milling head 4e is rotated, and lifting cylinder 4b can go up and down milling head 4e, and two limit film 4f limit the position of the second umbrella tooth 4c
Set so that the second umbrella tooth 4c maintains certain height, sliding panel 2b can the longitudinal sliding motion on workbench 1, gripper cylinder 2c energy
It is enough to be slid laterally on sliding panel 2b, and then adjust the horizontal position of brake disc.Friction speed is carried out to brake disc different location
Milling Process.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model
Any restrictions out, 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 (10)
1. a kind of brake disc Milling Machine, it is characterised in that: including workbench (1), the workpiece being arranged at the top of workbench (1) positioning
Device (2), be arranged support device (3) at the top of workbench (1), setting support device (3) side milling attachment (4),
The driving device (5) and setting being arranged at the top of support device (3) speed regulation device (6) internal in support device (3), the work
Part positioning device (2) includes positioning component (2a), and the positioning component (2a) is slidably disposed in the top of workbench (1),
The support device (3) includes support component (3a), and the support component (3a) is fixed at the top of workbench (1), institute
Stating driving device (5) includes driving assembly (5a), and the driving component (5a) is fixed at the top of support component (3a) simultaneously
It is sequentially connected with speed regulation device (6), the speed regulation device (6) includes the first transmission component (6a), the first regulating module (6b), the
Two transmission components (6c) and the second regulating module (6d), first transmission component (6a) are spindle rotationally arranged in support component
It is sequentially connected in (3a) and with driving assembly (5a), the first regulating module (6b) setting is in support component (3a) and with the
One transmission component (6a) transmission connection, second regulating module (6d) are arranged on the first regulating module (6b) and adjust with first
The transmission connection of fast component (6b), the rotatable grafting of second transmission component (6c) are arranged on support component (3a) and with the
Two regulating modules (6d) transmission connection, the milling attachment (4) includes milling component (4a), and milling component (4a) fixation is set
It sets in support component (3a) side and is sequentially connected with the second transmission component (6c).
2. a kind of brake disc Milling Machine according to claim 1, it is characterised in that: first transmission component (6a) includes
It rotatably inserts one end of first rotating shaft (6e), first gear group (6f) and the first support base (6g), the first rotating shaft (6e)
It connects and is arranged on support component (3a), the rotatable grafting of the other end of the first rotating shaft (6e) is arranged in the first support base
In (6g), the first gear group (6f) includes integrally formed first stud gear, second stud gear and third gear teeth
Wheel, the first gear group (6f) is non-rotatable to be set on first rotating shaft (6e).
3. a kind of brake disc Milling Machine according to claim 2, it is characterised in that: first regulating module (6b) includes
Second shaft (6h), second gear group (6i), shifting device (6j) and two stable bearings (6k), second shaft (6h) can turn
Dynamic grafting is arranged on support component (3a), and the both ends of second shaft (6h) are arranged with a stable bearing respectively
(6k), the second gear group (6i) include integrally formed first governor gear, the second governor gear and third governor gear,
Fixed interval (FI), the second gear group are equipped between first governor gear, the second governor gear and third governor gear
(6i) is slidably non-rotatable to be set on the second shaft (6h), and the shifting device (6j) is spindle rotationally arranged in support group
It is slidably connected on part (3a) and with second gear group (6i), the second gear group (6i) is engaged with first gear group (6f).
4. a kind of brake disc Milling Machine according to claim 3, it is characterised in that: the shifting device (6j) includes that third turns
Axis (6m), driving switch (6n) and two gear shifting blocks (6p), the rotatable grafting setting of the third shaft (6m) are supporting
On component (3a), described non-rotatable one end for being set in third shaft (6m) of driving switch (6n), one end of the shifting block
It being set on third shaft (6m), the other end is plugged on second gear group (6i) and is slidably connected with second gear group (6i),
The both ends of the third shaft (6m) are arranged a fixing bearing respectively.
5. a kind of brake disc Milling Machine according to claim 4, it is characterised in that: second transmission component (6c) includes
4th shaft (6q), first gear group (6f) and the first umbrella tooth (6r), the rotatable grafting in described 4th shaft (6q) one end are set
It sets on support component (3a), the other end is spindle rotationally arranged in the first support base (6g), and the first gear group (6f) is no
It is rotatably set in the 4th shaft (6q), first umbrella tooth (6r) is non-rotatable to be arranged the one of the 4th shaft (6q)
End.
6. a kind of brake disc Milling Machine according to claim 5, it is characterised in that: second regulating module (6d) includes
Second gear group (6i) and shifting device (6j), the second gear group (6i) is slidably non-rotatable to be set in the second shaft
On (6h).
7. a kind of brake disc Milling Machine according to claim 6, it is characterised in that: the milling component (4a) includes lifting
Cylinder (4b), the second umbrella tooth (4c), supporting box (4d), milling head (4e) and two are used to fix the limit film of the second umbrella tooth (4c)
(4f), the supporting box (4d) are fixed on support component (3a), and the lifting cylinder (4b) is fixed at support
Output end self-supporting cabinet (4d) top at the top of cabinet (4d), the lifting cylinder (4b) is passed down through supporting box (4d)
And extend downwardly, second umbrella tooth (4c) is slidably non-rotatable to be arranged on the output end of lifting cylinder (4b) and with the
One umbrella tooth (6r) engagement, the milling head (4e) are fixed on the output end of lifting cylinder (4b), each limit film
(4f) is arranged one end in the second umbrella tooth (4c) and is set on the output end of lifting cylinder (4b), the limit film (4f) and branch
Support cabinet (4d) inner sidewall is fixedly connected.
8. a kind of brake disc Milling Machine according to claim 7, it is characterised in that: the positioning component (2a) includes sliding
Plate (2b) and gripper cylinder (2c), the sliding panel (2b) can longitudinal sliding motion setting in the top of workbench (1), the clamping
The setting that cylinder (2c) can slide laterally is at the top of sliding panel (2b).
9. a kind of brake disc Milling Machine according to claim 8, it is characterised in that: the driving component (5a) includes driving
Motor (5b), driving gear (5c), belt (5d) and driven gear (5e), the driving motor (5b) are fixed at support group
On part (3a), on the non-rotatable output end for being set in driving motor (5b) of driving gear (5c), the driven gear
(5e) is non-rotatable to be set on first rotating shaft (6e), and the belt (5d) is respectively sleeved at driving gear (5c) and driven tooth
It takes turns on (5e).
10. a kind of brake disc Milling Machine according to claim 9, it is characterised in that: the support component (3a) includes branch
Dagger (3b) and bearing box (3c), the support column (3b) are fixed at the top of workbench (1), and the bearing box (3c) is solid
At the top of support column (3b), the bearing box (3c) is hollow structure for fixed setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821394542.1U CN208773115U (en) | 2018-08-28 | 2018-08-28 | A kind of brake disc Milling Machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821394542.1U CN208773115U (en) | 2018-08-28 | 2018-08-28 | A kind of brake disc Milling Machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208773115U true CN208773115U (en) | 2019-04-23 |
Family
ID=66158790
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821394542.1U Expired - Fee Related CN208773115U (en) | 2018-08-28 | 2018-08-28 | A kind of brake disc Milling Machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208773115U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112319516A (en) * | 2020-11-16 | 2021-02-05 | 娄底市同丰科技有限公司 | Speed regulating device of mining aerial passenger ropeway |
-
2018
- 2018-08-28 CN CN201821394542.1U patent/CN208773115U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112319516A (en) * | 2020-11-16 | 2021-02-05 | 娄底市同丰科技有限公司 | Speed regulating device of mining aerial passenger ropeway |
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Granted publication date: 20190423 Termination date: 20210828 |