CN207840141U - A kind of motor disc brake face lathe of new energy bicycle - Google Patents
A kind of motor disc brake face lathe of new energy bicycle Download PDFInfo
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- CN207840141U CN207840141U CN201820063600.6U CN201820063600U CN207840141U CN 207840141 U CN207840141 U CN 207840141U CN 201820063600 U CN201820063600 U CN 201820063600U CN 207840141 U CN207840141 U CN 207840141U
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- platform
- ossiculum
- disc brake
- motor disc
- motor
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- 229910052742 iron Inorganic materials 0.000 claims description 16
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Abstract
The utility model discloses a kind of motor disc brake face lathes of new energy bicycle,Solve the problems, such as that motor disc brake is easily damaged in end face processes,Its technical solution be include transmission mechanism,Turning mechanism and detent mechanism,Transmission mechanism includes conveyer belt,Locating wheel group,Positioning plate and lifting platform,Conveyer belt is set in locating wheel group,Locating wheel group connection driving motor is driven,Driving motor is fixedly connected with lifting platform,Locating wheel group connect with positioning plate and can the rotation of relative positioning plate,Positioning plate is located at the upper end of lifting platform one side and is relatively fixed with lifting platform,Detent mechanism is located at the lower section of positioning plate,Motor disc brake is placed on detent mechanism,Turning mechanism is located at the side of motor disc brake,Driving motor controls the rotation of locating wheel group and when lifting platform drives conveyer belt to be contacted with motor disc brake,Conveyer belt drives the rotation of motor disc brake,So as to turning,Design ensure that the end face of motor disc brake will not be damaged in this way.
Description
Technical field
The utility model is related to a kind of lathe, the motor disc brake face vehicle of more particularly to a kind of new energy bicycle
Bed.
Background technology
New energy bicycle is quickly grown in society now, and bicycle is liked by people deeply as walking-replacing tool, voluntarily
Motor disc brake is important one of part in vehicle, and motor disc brake itself is complicated, and structure is big in both ends of the surface diameter, shaft diameter
Small, in the technique of turning end, the other end of motor disc brake is damaged because clamped tight, reduces the finished product of motor disc brake
Rate and quality.
Utility model content
In view of the deficienciess of the prior art, preventing from damaging motor disc brake the purpose of this utility model is to provide a kind of
The motor disc brake face lathe of new energy bicycle.
To achieve the above object, the utility model provides following technical solution：A kind of motor dish of new energy bicycle
Brake face lathe, includes transmission mechanism, turning mechanism and detent mechanism, and the transmission mechanism includes conveyer belt, locating wheel group,
Positioning plate and lifting platform, the conveyer belt are set in locating wheel group, and the locating wheel group connection driving motor is driven, institute
It states driving motor to be fixedly connected with lifting platform, the locating wheel group is connect with positioning plate and energy relative positioning plate rotation, positioning plate
It is relatively fixed positioned at the upper end of lifting platform one side and with lifting platform, the detent mechanism is located at the lower section of positioning plate, localization machine
Motor disc brake is placed on structure, the turning mechanism includes bone platform and lathe tool, and the lathe tool is fixedly connected on bone platform, bone platform
One group of adjacent both sides is respectively connected with driver, the movement of two driver control bone platforms so that bone platform drives lathe tool to motor
Disc brake moves, and turning is carried out to the end face of motor disc brake；Driving motor control locating wheel group rotates and drives transmission V belt translation；It rises
Drop platform control positioning plate moves up and down, to control whether conveyer belt occurs to rub and drive motor with the periphery of motor disc brake
Disc brake rotates.
The bone platform includes ossiculum platform and big bone platform as a further improvement of the utility model, the big bone platform
Trimming bolt is provided on side, the stud of the trimming bolt stretches into great Gu Tai and the bottom end of stud is connected with sliding block, institute
The bottom end for stating ossiculum platform is provided with the second convex block, and the ossiculum platform is installed on big bone platform, and the second convex block includes with sliding block
Inclined-plane and mutually conflict, when rotating trimming bolt, sliding block is relatively moved with the second convex block, to control the height of ossiculum platform
Degree.
Further include as a further improvement of the utility model, having buffer in the turning mechanism, great Gu Tai is adjacent
Driver is both provided on two sides, the big bone platform includes upper bone platform and sending down the fishbone platform, and trimming bolt is located in upper bone platform, small
Bone platform is connect with upper bone platform, and the upper bone platform and sending down the fishbone platform are correspondingly connected with two drivers respectively, and the buffer is opposite to be driven
Dynamic device setting, the upper bone platform and sending down the fishbone platform are both provided with the first convex block corresponding with buffer, when in the driving of driver
When bone platform and sending down the fishbone platform are moved in place, the first convex block and buffer are inconsistent.
The ossiculum platform includes upper ossiculum platform, middle ossiculum platform and lower ossiculum as a further improvement of the utility model,
Platform, upper ossiculum platform can move ossiculum platform in, and middle ossiculum platform can be provided with two in lower ossiculum platform movement, the ossiculum platform
A trimming piece, two trimming pieces are connected on the two sides of middle ossiculum platform and lower ossiculum platform and two trimming pieces are mutual
Vertically, the bottom end of two trimming pieces is connected with upper ossiculum platform and middle ossiculum platform respectively, when rotating trimming piece so that Ge Ge little
It is relatively moved between bone platform；On the side of the middle ossiculum platform and lower ossiculum platform and on the side of upper ossiculum platform and middle ossiculum platform
It is provided with a connection iron plate, connection iron plate is oppositely arranged on both faces with trimming piece, and locking is provided on the connection iron plate
Screw and the slot hole for adapting to lock-screw, when lock-screw unclamps, lock-screw is movable along slot hole with the action of trimming piece,
When lock-screw locks, lock-screw makes ossiculum platform, middle ossiculum platform and lower ossiculum platform not to relatively move.
Further include having air suction mechanism as a further improvement of the utility model, the air suction mechanism includes aspiration channel
And air suction device, the aspiration channel are connect with air suction device, and connection ring is provided on the upper ossiculum platform, the connection ring and lathe tool are same
It side and being sheathed on the tube head of aspiration channel, aspiration channel can be moved together with ossiculum platform, when lathe tool cuts motor disc brake,
Aspiration channel can siphon away the clast cut.
Slinky spring, described slinky spring one end are also arranged on the aspiration channel as a further improvement of the utility model,
It is connected with air suction device, the other end is located at the tube head of aspiration channel.
Further include having shell as a further improvement of the utility model, the transmission mechanism, turning mechanism, localization machine
Structure and motor disc brake are respectively positioned in shell, and the air suction device is provided with integral machine and light path outside shell on the shell, and one
Body machine is located at outside the surface of shell and is electrically connected with driving motor, driver, lifting platform, air suction device and light path, and light path is located at
The both sides of shell port, when light path is stopped, light path control integral machine is stopped.
As a further improvement of the utility model, the detent mechanism include sliding rail, pairs of support element and in pairs
Head part, the support element and head part connect with sliding rail, and support shaft, the support shaft both ends are provided on the motor disc brake
It is located on pairs of support element and the both ends of the surface of support shaft difference face head part, pairs of head part can be moved relative to sliding rail
And it is connected with cylinder respectively, push the both ends of head part and support shaft inconsistent simultaneously by cylinder.
Conehead is provided on the head part as a further improvement of the utility model, the support shaft is provided at both ends with
Cone slot compatible with conehead, the engaging of conehead and cone slot, limits support shaft.
The locating wheel group includes driving wheel, transfers wheel and locating wheel as a further improvement of the utility model, is driven
Driving wheel transfers wheel and locating wheel three in the same plane and distribution triangular in shape, is provided with slide opening on the positioning plate, drives
Wheel is connect with driving motor, is transferred wheel and is adapted to slide opening and can move linearly along slide opening, locating wheel is fixed on positioning plate, is bypassed
Conveyer belt between locating wheel and driving wheel is contacted when positioning plate is moved down with motor disc brake.
The beneficial effects of the utility model, position of the detent mechanism for motor disc brake are fixed, the bone platform in turning mechanism
By the movement in two driver control horizontal directions, lathe tool is used for the end face of turning motor disc brake, locating wheel group electricity driven
Machine driving drives conveyer belt rotation, positioning plate that locating wheel group and lifting platform link together, and lifting platform drives positioning plate movement,
To control whether conveyer belt drives motor disc brake to rotate, conveyer belt compares the design of triangle chuck with the design of locating wheel group,
The damage of motor disc brake end face is avoided, conveyer belt can not only be driven motor disc brake high-speed rotation by frictional force and to motor dish
The shaft of brake is polished so that the shaft of motor disc brake becomes smooth, promotes the texture used.
Description of the drawings
Fig. 1 is a kind of front view of the motor disc brake face lathe of new energy bicycle.
Fig. 2 is a kind of right view of the motor disc brake face lathe of new energy bicycle.
Fig. 3 is a kind of stereogram of the big bone platform of the motor disc brake face lathe of new energy bicycle.
Fig. 4 is the connection figure of big the bone platform and ossiculum platform of a kind of motor disc brake face lathe of new energy bicycle.
Fig. 5 is a kind of stereogram of the ossiculum platform of the motor disc brake face lathe of new energy bicycle.
Fig. 6 is the connection of the head part, support element and support shaft three of a kind of motor disc brake face lathe of new energy bicycle
Stereogram.
Specific implementation mode
The utility model is described in further detail below in conjunction with the embodiment given by attached drawing.
Shown in Fig. 6, a kind of motor disc brake face lathe of new energy bicycle of the present embodiment includes to pass
Motivation structure 1, turning mechanism 2 and detent mechanism 3, transmission mechanism 1 include conveyer belt 11, locating wheel group 12, positioning plate 13 and rise
Platform 14 drops, and conveyer belt 11 is set in locating wheel group 12, and locating wheel group 12 connects driving motor 15 and driven, driving motor 15
It is fixedly connected with lifting platform 14, locating wheel group 12 is connect with positioning plate 13 and energy relative positioning plate 13 rotates, and positioning plate 13 is located at
It the upper end of 14 one side of lifting platform and is relatively fixed with lifting platform 14, detent mechanism 3 is located at the lower section of positioning plate 13, detent mechanism
Motor disc brake 4 is placed on 3, motor disc brake 4 is sheathed on an axis, is positioned in detent mechanism 3 by axis, realizes motor dish
The positioning of brake 4, turning mechanism 2 includes bone platform 7 and lathe tool 23, and lathe tool 23 is fixedly connected on bone platform 7, and 7 one groups of bone platform is adjacent
Both sides be respectively connected with driver 24, two drivers 24 control the movement of bone platform 7, and driver 24 can select cylinder according to demand
Or hydraulic cylinder, select cylinder here, cylinder is in response to soon compared to the advantage of hydraulic cylinder, Operational Figure Of Merit height, can quickly by
Bone platform 7 moves in place, i.e. the movement of lathe tool 23 carries out turning finishing in place and to motor disc brake 4, in turnery processing, driving electricity
Machine 15 drives conveyer belt 11 to be driven by controlling the rotation of locating wheel so that conveyer belt 11 be arranged it is each fixed
Position wheel rotates, i.e., entire locating wheel group 12 is in running order；Driving motor 15 and positioning plate 13 are driven by lifting platform 14
Synchronizing moving so that locating wheel group 12 is moved with conveyer belt 11 until conveyer belt 11 and the shaft periphery of motor disc brake 4 connect
Touch and driven by frictional force the rotation of motor disc brake 4；All around moving for bone platform 7 is controlled by driver 24 so that bone
The endface of lathe tool 23 towards motor disc brake 4 on platform 7 is mobile and carries out turning to the end face of motor disc brake 4, due to motor disc brake 4
Structure be that both ends of the surface diameter is big and than relatively thin, intermediate shaft diameter is smaller than end face, and directly uses triangle chuck in the prior art
It clamps motor disc brake 4 and carries out turning again, the clamping force of triangle chuck is big, can cause unrepairable to the end face of motor disc brake 4
Damage, i.e., conveyer belt 11 compares the design of triangle chuck with the design of locating wheel group 12, avoids the damage of 4 end face of motor disc brake
It is bad, while conveyer belt 11 and the shaft of motor disc brake 4 rub, and can polish the shaft of motor disc brake 4 so that electricity
The shaft of machine disc brake 4 becomes smooth, promotes the texture used.
As a kind of improved specific implementation mode, with reference to shown in Fig. 4, bone platform 7 includes ossiculum platform 22 and big bone platform 21,
Trimming bolt 213 is provided on the side of big bone platform 21, the stud of trimming bolt 213 stretches into great Gu Tai 21 and the bottom end of stud
It is connected with sliding block 214, ossiculum platform 22 is linked together with big bone platform 21 by way of grafting, is offered on big bone platform 21 several
A hole is plugged in the different position of big bone platform 21 for ossiculum platform 22, in turning process, 22 relatively large bone platform 21 of ossiculum platform
It is fixed, you can the locating rod by the way that two and two or more are arranged below ossiculum platform 22 is inserted in the hole on big bone platform 21 simultaneously
The middle positioning for carrying out ossiculum platform 22；Or 22 lower section of ossiculum platform, only with a locating rod, the section of locating rod is non-circular and big
Hole on bone platform 21 is accordingly set as non-circular, i.e., carries out the positioning of ossiculum platform 22, ossiculum platform with the engaging in hole by locating rod
22 bottom end is provided with the second convex block 215, and ossiculum platform 22 is installed on big bone platform 21, and the second convex block 215 includes with sliding block 214
There is inclined-plane and mutually contradict, trimming bolt 213 is not controlled by integral machine 61, is by artificial directly rotation so that fine tuning spiral shell
Bolt 213 is moved axially with movable slider 214 along trimming bolt 213, and the second convex block 215 is limited and is only capable of along vertical big bone platform 21
It is moved on direction, i.e., sliding block 214 and the second convex block 215 are relatively moved along inclined-plane so that 22 about 21 relatively large bone platform of ossiculum platform
It is mobile, to control the turning height of lathe tool 23.
Further include having buffer 25 in turning mechanism 2, greatly with reference to shown in Fig. 3 as a kind of improved specific implementation mode
Driver 24 is both provided on the adjacent two sides of bone platform 21, big bone platform 21 includes upper bone platform 211 and sending down the fishbone platform 212, fine tuning
Bolt 213 is located in upper bone platform 211, and ossiculum platform 22 is connect with upper bone platform 211, upper bone platform 211 and sending down the fishbone platform 212 respectively with two
Driver 24 is correspondingly connected with, and the setting of 25 opposing driver 24 of buffer, upper bone platform 211 and sending down the fishbone platform 212 are both provided with and buffer
25 corresponding first convex block 26 of device, when big bone platform 21 is moved towards motor disc brake 4, the first convex block 26 offsets with buffer 25
It touches, buffer 25 is by the way of hydraulic shock-absorption, and 25 inside of buffer is hydraulically full and is made of piston and fluid cylinder, due to big bone
Platform 21 is driven by the cylinder, and speed is big, and inertia is big, this bumps against to easy in big 21 moving process of bone platform with moving track,
Lathe tool 23 can be made fast close to the speed of 4 end face of motor disc brake and bumped against with the end face of motor disc brake 4, lathe tool 23 and motor are damaged
Disc brake 4 contradicts with buffer 25 by the first convex block 26 and pushes the piston in buffer 25, piston press liquid to flow out fluid cylinder
It moves outside and along fluid cylinder, liquid outflow is slow, i.e., liquid is squeezed, and internal pressure becomes larger, and generates anti-work to the first convex block 26
Firmly so that the speed of the first convex block 26 is slowed down, while the speed of big bone platform 21 slows down so that 23 low speed of lathe tool is close to electricity
Until being contacted with the end face of motor disc brake 4, lathe tool 23 stops mobile and is carried out to the end face of motor disc brake 4 for the end face of machine disc brake 4
Turning, buffer 25 and the first convex block 26 are used cooperatively, and assist the deceleration of big bone platform 21, more stable safely to control lathe tool
23 towards motor disc brake 4 movement and to motor disc brake 4 carry out turning, improve the safety of turning.
As a kind of improved specific implementation mode, referring to Figure 5, ossiculum platform 22 include upper ossiculum platform 223, in
Ossiculum platform 224 and lower ossiculum platform 225, upper ossiculum platform 223 can move ossiculum platform 224 in, middle ossiculum platform 224 can relatively under it is small
Bone platform 225 moves, and there are two trimming pieces 221, two trimming pieces 221 to be connected to middle ossiculum platform 224 for setting on ossiculum platform 22
With on the two sides of lower ossiculum platform 225 and two trimming pieces 221 are mutually perpendicular to, the bottom ends of two trimming pieces 221 respectively with it is upper small
Bone platform 223 is connected with middle ossiculum platform 224；On the side of middle ossiculum platform 224 and lower ossiculum platform 225 and upper 223 He of ossiculum platform
It is both provided with a connection iron plate 226 and the 221 place plane setting of opposite trimming piece on the side of middle ossiculum platform 224, connects iron plate
Be provided with lock-screw 227 on 226 and adapt to the slot hole 228 of lock-screw 227, lock-screw 227 respectively with upper ossiculum platform
223 and middle ossiculum platform 224 be threadedly coupled, in operation, lock-screw 227 is unscrewed, is rotated further by trimming piece 221 so that
The ossiculum platform 224 in of upper ossiculum platform 223 moves or middle ossiculum platform 224 is moved relative to lower ossiculum platform 225, while lock-screw
227 move along slot hole 228, after adjusting, tighten lock-screw 227 so that upper ossiculum platform 223, middle ossiculum platform 224 and under it is small
Bone platform 225 is relatively fixed, trimming piece 221 by limitation work, upper ossiculum platform 223 relatively in ossiculum platform 224 move left and right, middle ossiculum
Platform 224 descends ossiculum platform 225 to be moved forward and backward relatively, when such design is convenient for needing tool changing or the number of remodeling, passes through two and finely tunes
The cooperation limit adjustment processing dimension of part 221.
Further include having air suction mechanism 5, suction ventilator with reference to shown in Fig. 2 and Fig. 4 as a kind of improved specific implementation mode
Structure 5 includes aspiration channel 51 and air suction device 52, and aspiration channel 51 is connect with air suction device 52, and connection ring 222 is provided on ossiculum platform 22,
It connection ring 222 and 23 homonymy of lathe tool and is sheathed on the tube head of aspiration channel 51, aspiration channel 51 is flexible, i.e., aspiration channel 51 is because of connection
The connection of ring 222 can be moved together with ossiculum platform 22, the suction inlet face lathe tool 23 of aspiration channel 51, when lathe tool 23 is to motor disc brake 4
When being cut, air suction device 52 starts, and controls aspiration channel 51 and siphon away the clast for cutting to get off from motor disc brake 4, and clast is logical
The inside for crossing the arrival air suction device 52 of aspiration channel 51 is collected, the design of air suction device 52 and aspiration channel 51, iron when ensure that turning
The timely processing of bits, avoid on lathe tool 23 put aside iron filings and influence turning accuracy, in the prior art can use air blowing by the way of into
The processing of row iron filings, can cause iron filings to fly upward in this way, be not easy to sweep and have injury to human respiratory tract, iron filings are siphoned away and are compared
It blows to iron filings, there is safe, to be convenient to clean advantage.
Slinky spring 53 is also arranged on aspiration channel 51 with reference to shown in Fig. 2 as a kind of improved specific implementation mode, it is soft
53 one end of spring is connected with air suction device 52, and the other end is located at the tube head of aspiration channel 51, since aspiration channel 51 absorbs iron filings
Wind-force is big, and iron filings are beaten the inner wall in aspiration channel 51 and can be damaged, i.e., select the material of aspiration channel 51 be generally plastics or
Rubber, Bending Deformation ability is limited and frequent Bending Deformation can make the intensity fatigue of aspiration channel 51 be easily damaged, slinky spring
53 itself have elasticity and can be bent along aspiration channel 51, and slinky spring 53 is used to assist the bending and reset of aspiration channel 51, extends and inhales
The service life of air hose 51 improves integrally-built stability.
Further include having shell 6 shown in Fig. 2 as a kind of improved specific implementation mode, transmission mechanism 1,
Turning mechanism 2, detent mechanism 3 and motor disc brake 4 are respectively positioned in shell 6, and air suction device 52 is outside shell 6, aspiration channel 51 and soft bullet
In shell 6, another part is located at outside shell 6 the part of spring 53, and integral machine 61 and light path 62 are provided on shell 6, one
Change machine 61 is located at outside the surface of shell 6 and is electrically connected with driving motor 15, driver 24, lifting platform 14, air suction device 52 and light path 62
It connects, light path 62 is located at the both sides of 6 port of shell, and shell 6 is for protecting each parts, when slowing down the accumulation of dust and causing processing
Inconvenient situation, integral machine 61 is arranged on the outer wall of shell 6 carries out operation and control convenient for user, and each parts need
When replacing or safeguarding, user opens shell 6 and reaches into shell 6, and light path 62 is stopped, light path 62 is directly disconnected
Entire circuit is opened, ensure that user when carrying out parts maintenance with replacing, all parts will not be activated, guarantor
Body safety, has user only and exits outside shell 6, i.e., between light path 62, circuit system can be just access, light path 62 at no position
Design be a kind of safeguard procedures, the design of integral machine 61 is convenient for the operation of whole system, and whole operation is easy, safety.
As a kind of improved specific implementation mode, with reference to shown in Fig. 2, detent mechanism 3 includes sliding rail 31, pairs of branch
Support member 32 and pairs of head part 33, support element 32 and head part 33 are connect with sliding rail 31, and support shaft is provided on motor disc brake 4
41,41 both ends of support shaft are located on pairs of support element 32 and the both ends of the surface of support shaft 41 difference face head part 33, in pairs
Head part 33 can opposite sliding rail 31 move and be connected with respectively cylinder, by cylinder while pushing the two of head part 33 and support shaft 41
Hold inconsistent, support element 32 is equipped with U-shaped axial trough, and the both ends of support shaft 41 are located at U-shaped on pairs of support element 32
In axial trough, it is moved to U-shaped lowermost end with U-shaped radian support shaft 41, positioning of the axis 41 easy to support on support element 32 avoids
Support shaft 41 is arbitrarily mobile, and support element 32 is between head part 33 and support shaft 41, when cylinder pushes head part 33 along sliding rail 31
When mobile and head part 33 and the inconsistent end of support shaft 41, pairs of head part 33 from the both ends of support shaft 41 to support shaft 41 into
Row clamps, and motor disc brake 4 is sheathed in support shaft 41 and motor disc brake 4 is internally provided with rolling bearing so that motor disc brake 4 is passed
It in the case of sending band 11 to drive, relatively rotates with support shaft 41 and resistance is small, be convenient for 4 quick rotation of motor disc brake, turning
Effect is good, interts support shaft 41 from the inside of motor disc brake 4, avoids the damage to 4 end face of motor disc brake, pairs of head part 33
Support shaft 41 is clamped by cylinder, clamping force is big, good fixing effect.
Include conehead 35, support shaft 41 on head part 33 with reference to shown in Fig. 6 as a kind of improved specific implementation mode
Both ends include cone slot 34 compatible with conehead 35, and head part 33 designs into a cone shape with the inconsistent one end of support shaft 41, and
By the way that conehead 35 is extend into cone slot 34 so that cone slot 34 and the surface of conehead 35 mutually contradict, and cone slot 34 is along conehead 35
Surface move, the axle center of axis 41 easy to support is consistent with the center of conehead 35, simultaneously support 41 both ends stress of axis sentence it is same
On straight line, it is different to avoid both ends stress point, causes the bending situation of support shaft 41, effectively extends the longevity of support shaft 41
Life, while ensure that 4 work in-process of motor disc brake is stablized, it avoids that 41 both ends of support shaft is caused to move relative to head part 33 because of vibrations
The case where.
Shown referring to Fig.1 as a kind of improved specific implementation mode, locating wheel group 12 includes driving wheel 121, adjusts
Driving wheel 122 and locating wheel 123, driving wheel 121 transfer wheel 122 and 123 three of locating wheel in the same plane and triangular in shape point
Cloth is provided with slide opening 16 on positioning plate 13, and driving wheel 121 is connect with driving motor 15, transfers wheel 122 and adapts to slide opening 16 and energy
It moves linearly along slide opening 16, locating wheel 123 is fixed on positioning plate 13, around the biography between locating wheel 123 and driving wheel 121
Send band 11 that can be contacted with motor disc brake 4, when the periphery of 11 motor disc brake 4 of conveyer belt is bonded to each other a part, conveyer belt 11
It being bent with the periphery of motor disc brake 4, then the conveyer belt 11 of this section will be elongated, transfer wheel 122 and be moved down along slide opening 16,
To reduce transfer wheel 122 respectively between locating wheel 123 and driving wheel 121 conveyer belt 11 length, to make up driving wheel
The length of conveyer belt 11 between 121 and locating wheel 123 is transferred wheel 122 and is connect by spring with positioning plate 13, when 11 band of conveyer belt
When dynamic motor disc brake 4 moves, transfers wheel 122 and move down, spring deformation；When conveyer belt 11 is detached with motor disc brake 4, bullet
Spring restore deformation, transfer wheel 122 reset, slide opening 16 design be conducive to control conveyer belt 11 be in contact with motor disc brake 4 it is effective
Length changes transmission efficiency, is also conducive to be driven the motor disc brake 4 of different size.
The above is only the preferred embodiment of the utility model, and the scope of protection of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the scope of protection of the utility model.It should refer to
Go out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the scope of protection of the utility model.
Claims (10)
1. a kind of motor disc brake face lathe of new energy bicycle, it is characterised in that：Include transmission mechanism (1), turning mechanism
(2) and detent mechanism (3), the transmission mechanism (1) include conveyer belt (11), locating wheel group (12), positioning plate (13) and liter
Platform (14) drops, and the conveyer belt (11) is set in locating wheel group (12), locating wheel group (12) the connection driving motor (15)
It is driven, the driving motor (15) is fixedly connected with lifting platform (14), and the locating wheel group (12) connects with positioning plate (13)
Connect and can relative positioning plate (13) rotate, positioning plate (13) be located at the upper end of lifting platform (14) one side and with lifting platform (14) phase
To fixation, the detent mechanism (3) is located at the lower section of positioning plate (13), and motor disc brake (4), institute are placed on detent mechanism (3)
It includes bone platform (7) and lathe tool (23) to state turning mechanism (2), and the lathe tool (23) is fixedly connected on bone platform (7), bone platform (7)
One group of adjacent both sides is respectively connected with driver (24), the movement of two driver (24) control bone platforms (7) so that bone platform (7)
It drives lathe tool (23) mobile to motor disc brake (4), turning is carried out to the end face of motor disc brake (4)；Driving motor (15) control is fixed
Position wheel group (12) rotates and conveyer belt (11) is driven to be driven；Lifting platform (14) control positioning plate (13) moves up and down, to control
Whether conveyer belt (11) occurs to rub and motor disc brake (4) is driven to rotate with the periphery of motor disc brake (4).
2. a kind of motor disc brake face lathe of new energy bicycle according to claim 1, it is characterised in that：The bone platform
(7) include ossiculum platform (22) and big bone platform (21), trimming bolt (213), institute are provided on the side of the big bone platform (21)
The stud for stating trimming bolt (213) stretches into great Gu Tai (21) and the bottom end of stud is connected with sliding block (214), the ossiculum platform
(22) bottom end is provided with the second convex block (215), and the ossiculum platform (22) is installed on great Gu Tai (21), the second convex block (215)
Include inclined-plane with sliding block (214) and mutually contradicts, when rotating trimming bolt (213), sliding block (214) and the second convex block
(215) it relatively moves, to control the height of ossiculum platform (22).
3. a kind of motor disc brake face lathe of new energy bicycle according to claim 2, it is characterised in that：The turning
Further include having buffer (25) in mechanism (2), driver (24) is both provided on two sides adjacent great Gu Tai (21), it is described big
Bone platform (21) includes Shang Gutai (211) and sending down the fishbone platform (212), and trimming bolt (213) is located in upper bone platform (211), ossiculum platform
(22) it is connect with upper bone platform (211), the upper bone platform (211) and sending down the fishbone platform (212) are corresponding with two driver (24) respectively to be connected
It connects, buffer (25) opposing driver (24) setting, the upper bone platform (211) and sending down the fishbone platform (212) are both provided with and delay
Corresponding first convex block (26) of device (25) is rushed, when bone platform (211) in the driving of driver (24) and sending down the fishbone platform (212) are moved to
When position, the first convex block (26) and buffer (25) are inconsistent.
4. a kind of motor disc brake face lathe of new energy bicycle according to claim 2 or 3, it is characterised in that：It is described
Ossiculum platform (22) includes upper ossiculum platform (223), middle ossiculum platform (224) and lower ossiculum platform (225), and upper ossiculum platform (223) can phase
Centering ossiculum platform (224) is mobile, and middle ossiculum platform (224) can be mobile relative to lower ossiculum platform (225), is arranged on the ossiculum platform (22)
There are two trimming piece (221), two trimming pieces (221) are connected to middle ossiculum platform (224) and lower ossiculum platform (225)
On two sides and two trimming pieces (221) are mutually perpendicular to, the bottom ends of two trimming pieces (221) respectively with upper ossiculum platform (223) and
Middle ossiculum platform (224) is connected, when rotating trimming piece (221) so that relatively moved between each ossiculum platform；The middle ossiculum platform
(224) and on the side of lower ossiculum platform (225) and on the side of upper ossiculum platform (223) and middle ossiculum platform (224) it is both provided with
One connection iron plate (226), connection iron plate (226) are oppositely arranged on both faces with trimming piece (221), the connection iron plate
(226) it is provided with lock-screw (227) on and adapts to the slot hole (228) of lock-screw (227), when lock-screw (227) pine
When opening, lock-screw (227) is with the action of trimming piece (221) along slot hole (228) activity, when lock-screw (227) lock, lock
Tight screw (227) is so that upper ossiculum platform (223), middle ossiculum platform (224) and lower ossiculum platform (225) will not relatively move.
5. a kind of motor disc brake face lathe of new energy bicycle according to claim 4, it is characterised in that：Further include having
Air suction mechanism (5), the air suction mechanism (5) include aspiration channel (51) and air suction device (52), the aspiration channel (51) and air draught
Device (52) connects, and connection ring (222), the connection ring (222) and lathe tool (23) homonymy are provided on the upper ossiculum platform (223)
And be sheathed on the tube head of aspiration channel (51), aspiration channel (51) can be moved together with ossiculum platform (22), in lathe tool (23) to motor
When disc brake (4) is cut, aspiration channel (51) can siphon away the clast cut.
6. a kind of motor disc brake face lathe of new energy bicycle according to claim 5, it is characterised in that：The air draught
It is also arranged with slinky spring (53) on pipe (51), described slinky spring (53) one end is connected with air suction device (52), and the other end, which is located at, to be inhaled
At the tube head of air hose (51).
7. a kind of motor disc brake face lathe of new energy bicycle according to claim 6, it is characterised in that：Further include having
Shell (6), the transmission mechanism (1), turning mechanism (2), detent mechanism (3) and motor disc brake (4) are respectively positioned in shell (6),
The air suction device (52) shell (6) outside, be provided with integral machine (61) and light path (62), integral machine on the shell (6)
(61) be located at shell (6) surface outside and with driving motor (15), driver (24), lifting platform (14), air suction device (52) and light
Road (62) is electrically connected, and light path (62) is located at the both sides of shell (6) port, when light path (62) is stopped, light path (62) control
Integral machine (61) is stopped.
8. a kind of motor disc brake face lathe of new energy bicycle according to claims 1 or 2 or 3 or 5 or 6 or 7, special
Sign is：The detent mechanism (3) includes sliding rail (31), pairs of support element (32) and pairs of head part (33), the branch
Support member (32) and head part (33) are connect with sliding rail (31), and support shaft (41), the support are provided on the motor disc brake (4)
Axis (41) both ends are located on pairs of support element (32) and the both ends of the surface of support shaft (41) difference face head part (33), in pairs
Head part (33) can opposite sliding rail (31) it is mobile and be connected with cylinder respectively, by cylinder while pushing head part (33) and support shaft
(41) both ends are inconsistent.
9. a kind of motor disc brake face lathe of new energy bicycle according to claim 8, it is characterised in that：The head part
(33) conehead (35) is provided on, the support shaft (41) is provided at both ends with and the compatible cone slot (34) of conehead (35), conehead
(35) with the engaging of cone slot (34), support shaft (41) are limited.
10. a kind of motor disc brake face lathe of new energy bicycle according to claims 1 or 2 or 3 or 5 or 6 or 7 or 9,
It is characterized in that：The locating wheel group (12) includes driving wheel (121), transfers wheel (122) and locating wheel (123), driving wheel
(121), it transfers and takes turns (122) and locating wheel (123) three in the same plane and distribution triangular in shape, on the positioning plate (13)
It is provided with slide opening (16), driving wheel (121) is connect with driving motor (15), is transferred wheel (122) and is adapted to slide opening (16) and energy edge
Slide opening (16) moves linearly, and locating wheel (123) is fixed on positioning plate (13), around locating wheel (123) and driving wheel (121) it
Between conveyer belt (11) contacted with motor disc brake (4) when positioning plate (13) is moved down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820063600.6U CN207840141U (en) | 2018-01-15 | 2018-01-15 | A kind of motor disc brake face lathe of new energy bicycle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820063600.6U CN207840141U (en) | 2018-01-15 | 2018-01-15 | A kind of motor disc brake face lathe of new energy bicycle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207840141U true CN207840141U (en) | 2018-09-11 |
Family
ID=63414567
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820063600.6U Expired - Fee Related CN207840141U (en) | 2018-01-15 | 2018-01-15 | A kind of motor disc brake face lathe of new energy bicycle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207840141U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108161029A (en) * | 2018-01-15 | 2018-06-15 | 项灿 | A kind of motor disc brake face lathe of new energy bicycle |
-
2018
- 2018-01-15 CN CN201820063600.6U patent/CN207840141U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108161029A (en) * | 2018-01-15 | 2018-06-15 | 项灿 | A kind of motor disc brake face lathe of new energy bicycle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20181203 Address after: 321000 No. 3777 Jinding Road, Jiangdong Industrial Zone, Jinhua City, Zhejiang Province Patentee after: JINHUA ZHUOYUAN INDUSTRY Co.,Ltd. Address before: 321000 No. 3777 Jinding Road, Jiangdong Industrial Zone, Jinhua City, Zhejiang Province Patentee before: Xiang Can |
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| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180911 |
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| CF01 | Termination of patent right due to non-payment of annual fee |