CN207824008U - A kind of batch drilling equipment for semicircle friction plate braking vane - Google Patents
A kind of batch drilling equipment for semicircle friction plate braking vane Download PDFInfo
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- CN207824008U CN207824008U CN201820035587.3U CN201820035587U CN207824008U CN 207824008 U CN207824008 U CN 207824008U CN 201820035587 U CN201820035587 U CN 201820035587U CN 207824008 U CN207824008 U CN 207824008U
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- braking vane
- cylinder
- block
- pushing tow
- component
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Abstract
The utility model is related to auto-parts processing equipment fields,More particularly to a kind of batch drilling equipment for semicircle friction plate braking vane,It include transmission device,Borehole drill construction and turnover device,The turnover device includes the clamp assemblies of the braking vane for being clamped on transmission device and the overturning component for overturning clamp assemblies,The transmission device includes the conveyer belt for transmitting braking vane and the adjusting mechanism to ajust braking vane,The borehole drill construction includes the position-limiting fixture for limiting braking vane,The pushing tow component that the braking vane on clamp assemblies after being overturn to pushing tow is contradicted with position-limiting fixture and the boring assemblies for drilling to braking vane,The bottom of pushing tow component and position-limiting fixture is provided with rotating platform,The utility model is on the same jig,It can complete two procedures,Improve processing efficiency,Avoid braking vane installation dislocation,Reduce fault rate,Reduce unnecessary cost of labor waste.
Description
Technical field
The utility model is related to auto-parts processing equipment fields, more particularly to a kind of to be used for semicircle friction plate braking vane
Batch drilling equipment.
Background technology
Mounting plate when braking vane for installing brake block, the side that braking vane is mounted on automotive hub are used for braking vehicle
Brake system composition, due to brake block be convex structure, and installation when make along itself radian direction etc.
Spacing arranges, so braking vane is all semicircle shape, two braking vane cooperations make brake block be arranged around automotive hub, so
The edge of braking vane has much along the brake block mounting hole of itself radian direction angularly difference cloth, the both ends of braking vane and in
Section is both provided with the mounting hole for fixing itself and diameter is more than the diameter of brake mounting hole.
In existing braking vane procedure of processing, be all it is single braking vane is fixed after, then brake block is installed one by one
Hole types it out, and is then placed on another localization tool and fixes, then punched in the mounting hole to brake block, is divided into priority two
Procedure punching is completed, and process is slow, inefficiency, uses two localization tools in two processes, is easy to make twice
The position of drilling shifts, and leads to braking vane installation dislocation, fault rate is higher, wastes unnecessary cost of labor.
Utility model content
The purpose of this utility model is that in view of the deficiencies of the prior art, provide a kind of for semicircle friction plate braking vane
Batch drilling equipment.
To solve the above problems, the utility model provides following technical scheme：
A kind of batch drilling equipment for semicircle friction plate braking vane includes to be filled for transmitting the transmission of braking vane
It sets, the borehole drill construction for drilling to braking vane and for overturning the braking vane on transmission device to the brill of borehole drill construction
The turnover device of hole site, the turnover device include the clamp assemblies of the braking vane for being clamped on transmission device and are used for
Overturn the overturning component of clamp assemblies, the transmission device includes conveyer belt for transmitting braking vane and to put braking vane
Positive adjusting mechanism, the borehole drill construction include for the clamping after limiting the position-limiting fixture of braking vane, being overturn to pushing tow
The pushing tow component that braking vane on component is contradicted with position-limiting fixture and the boring assemblies for drilling to braking vane, pushing tow group
The bottom of part and position-limiting fixture is provided with rotating platform.
Further, the adjusting mechanism includes and is separately positioned on the first of conveyer belt both sides to ajust component and the second pendulum
Positive component, described first ajust component and second ajust component structure it is identical, first ajusts component and second to ajust component equal
Include the first cylinder and the second cylinder, the end of the output end of the second cylinder and the first cylinder is hinged, the stage casing of the first cylinder
It is provided with the column spinner that can be rotatablely connected with conveyer belt side, the output end of second cylinder is vertically arranged, column spinner energy
Enough to be rotated along own axes, the axis horizontal of column spinner is perpendicular to the direction of transfer of conveyer belt, and the axis of rotation is perpendicular to the
The outbound course of one cylinder, the output end of the first cylinder is provided perpendicular to the push rod of the first cylinder outbound course, when the first gas
When cylinder is rotated to horizontality, one end and the conveyer belt of push rod contradict, and the first cylinder driving push rod pushes braking vane to overturning group
Part is advanced.
Further, the conveyer belt output end is provided with the plate that holds for bearing clamp assemblies, and adjusting mechanism can be with
Braking vane is pushed to hold and is contradicted with clamp assemblies on plate, the plate that holds is provided between clamp assemblies and conveyer belt
The first proximity sensor for incuding braking vane, the plate that holds are provided with the groove put for clamp assemblies.
Further, the clamp assemblies include the first grip block, with the second hinged grip block of the first grip block and
The driving electric pole for driving the first grip block and the second grip block to open and close, first grip block and the second grip block include arc
Shape grip block and batten is connect with the integrally formed H-type of arc grip block open back, the first grip block and the second grip block
It is open towards identical.
Further, the H-type connection batten of first grip block includes the first connection batten and two second connections
The both ends of batten, the first connection batten are rotatablely connected with two second stage casings for connecting batten respectively, in the first connection batten
Section is connected with driving electric pole, and the H-type connection batten of second grip block includes two third connection battens and connecting rod, is connected
The axis of extension bar connects the length direction of batten perpendicular to two thirds, drives the output end of electric pole through the first connection batten
Stage casing is hinged with connecting rod.
Further, the clamp assemblies are connect by engagement plate with overturning component, and the overturning component includes overturning
Motor, rotary shaft and spill spin block, the equal horizontal vertical of output shaft axis and rotating shaft axis of upset motor is in the transmission of conveyer belt
Direction, rotary shaft are fixedly connected with the output shaft of upset motor, and the spill spin block is fixedly mounted on the stage casing of rotary shaft, engagement plate
It is fixedly connected with spill spin block.
Further, the position-limiting fixture includes the conflict block of columned pedestal and cylinder, pedestal and conflict block
Axis be vertically arranged and not point-blank, the center line of conveyer belt in the transmission direction simultaneously with pedestal and conflict block
Axis intersects vertically, and the top of the pedestal is located at the side of conflict block, and to form the crescent that can accommodate braking vane recessed
Slot, the both ends of the crescent shaped groove are respectively arranged with the limited block contradicted with one end of braking vane.
Further, the pushing tow component includes the first pushing tow hydraulic cylinder and the second pushing tow hydraulic cylinder, first top
Propulsive liquid cylinder pressure and the second pushing tow hydraulic cylinder are symmetrical with the center line of conveyer belt, the first pushing tow hydraulic cylinder and the second pushing tow hydraulic pressure
The output shaft axis of cylinder intersects with the axis of conflict block.
Further, the center line of the rotating platform is overlapped with conflict block axis, the bottom setting of the rotating platform
The useful circular ring type sliding block for its sliding, the bottom of circular ring type sliding block are provided with the circular ring type slideway being slidably matched with it, rotate
Driving motor is connected at mesa base center, the output shaft of driving motor connects with fixation at the center of rotating platform straight up
It connects, the rotary flat edge of table is provided with sensor group, and sensor group is electrically connected with controller, and the sensor group includes
There are several using the center line of rotating platform as the second proximity sensor of axis angularly difference cloth, the side of the rotating platform
There are one the sensor block with the induction cooperation of sensor group, all second proximity sensors to be electrically connected with controller for side setting.
Further, the boring assemblies include that there are two vertical for drilling to the braking vane on position-limiting fixture
Drilling machine, the bit diameter of two upright drills it is different.
Advantageous effect：A kind of batch drilling equipment for semicircle friction plate braking vane of the utility model, by braking vane
It is put on a moving belt according to certain position, is then transported on band and moves braking vane to turnover device, when the first proximity sensor
Braking vane is detected, to controller, controller controls the second cylinder and the first cylinder is driven to rotate to water one electric signal of transmission
Flat, driving push rod ajusts braking vane to latter two right first cylinder simultaneously, then controller control driving electric pole rotation driving the
One grip block and the second grip block coordinate the brake board clamping after ajusting, and afterwards turn over motor rotation and drive clamp assemblies rotation
The braking vane of clamping is placed in crescent shaped groove, then the first pushing tow hydraulic cylinder and the second pushing tow hydraulic cylinder, pushes braking vane
It is contradicted with conflict block, then drives electric pole that the first grip block and the second grip block is driven to open, then electric rotating machine driving clamping
Component returns to original position, and driving motor drives the intermittent rotation of rotating platform, when first the second proximity sensor, in
Between second sensor and the last one second proximity sensor when detecting sensor block, the upright drill pair for boring mounting hole
Braking vane drills, when remaining second sensor detects sensor block, the vertical drilling of the mounting hole for boring brake block
Bed drills to braking vane, on the same jig, can complete two procedures, improve processing efficiency, braking vane is avoided to pacify
Wrongly installed position reduces fault rate, reduces unnecessary cost of labor waste.
Description of the drawings
Fig. 1 is the dimensional structure diagram one of the utility model；
Fig. 2 is the dimensional structure diagram two of the utility model；
Fig. 3 is the dimensional structure diagram of the utility model conveyer belt and adjusting mechanism；
Fig. 4 is the dimensional structure diagram of the utility model turnover device；
Fig. 5 is the dimensional structure diagram of the utility model clamp assemblies；
Fig. 6 is the dimensional structure diagram of the utility model borehole drill construction and rotating platform；
Fig. 7 is the dimensional structure diagram one of the utility model rotating platform and position-limiting fixture；
Fig. 8 is the dimensional structure diagram two of the utility model rotating platform and position-limiting fixture；
Fig. 9 is the dimensional structure diagram three of the utility model rotating platform and position-limiting fixture；
Reference sign：Braking vane 1, transmission device 2, conveyer belt 2a hold plate 2a1, groove 2a2, adjusting mechanism 2b,
First ajusts component 2b1, and second ajusts component 2b2, and the first cylinder 2b3, the second cylinder 2b4, push rod 2b5, column spinner 2b6 are bored
Holes mechanism 3, position-limiting fixture 3a, pedestal 3a1, conflict block 3a2, limited block 3a3, crescent shaped groove 3a4, pushing tow component 3b, first
Pushing tow hydraulic cylinder 3b1, the second pushing tow hydraulic cylinder 3b2, boring assemblies 3c, turnover device 4, clamp assemblies 4a, the first grip block
4a1, the second grip block 4a2, driving electric pole 4a3, the first connection batten 4a4, second connects batten 4a5, and third connects batten
4a6, connecting rod 4a7, overturn component 4b, electric rotating machine 4b1, rotary shaft 4b2, spill spin block 4b3, engagement plate 4b4, rotating platform 5,
Circular ring type sliding block 5a, circular ring type slideway 5b, driving motor 5c, the first proximity sensor 6, the second proximity sensor 7, sensor block 8.
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：
Include for passing referring to figs. 1 to a kind of batch drilling equipment for semicircle friction plate braking vane shown in Fig. 9
Send the transmission device 2 of braking vane 1, the borehole drill construction 3 for drilling to braking vane 1 and for by the brake on transmission device 2
Sweep 1 is overturn to the turnover device 4 of the bore position of borehole drill construction 3, and the turnover device 4 includes for transmission device to be clamped
The clamp assemblies 4a of braking vane 1 on 2 and overturning component 4b for overturning clamp assemblies 4a, the transmission device 2 include using
In the conveyer belt 2a and adjusting mechanism 2b to ajust braking vane 1 of transmission braking vane 1, the borehole drill construction 3 includes useful
It is supported in the position-limiting fixture 3a of limit braking vane 1, to the braking vane 1 and position-limiting fixture 3a on the clamp assemblies 4a after pushing tow overturning
The tactile pushing tow component 3b and boring assemblies 3c for drilling to braking vane 1, the bottom of pushing tow component 3b and position-limiting fixture 3a
Portion is provided with rotating platform 5, and braking vane 1 is transmitted on clamp assemblies 4a by conveyer belt 2a, and then adjusting mechanism 2b is by braking vane 1
It ajusting, clamp assemblies 4a clamps braking vane 1, and the 4b rotations of overturning component drive clamp assemblies 4a and the braking vane 1 of clamping to rotate,
Braking vane 1 is driven to be placed on position-limiting fixture 3a, then then pushing tow component 3b is revolved by 1 pushing tow of braking vane on position-limiting fixture 3a
Turn the rotation of platform 5, braking vane 1 is driven to rotate to immediately below corresponding boring assemblies 3c.
The adjusting mechanism 2b includes to be separately positioned on the first of the both sides conveyer belt 2a and ajust component 2b1 and second to ajust
Component 2b2, described first ajust component 2b1 and second ajust component 2b2 structure it is identical, first ajusts component 2b1 and second
Ajust component 2b2 and include the first cylinder 2b3 and the second cylinder 2b4, the output end of the second cylinder 2b4 and the first cylinder 2b3
End it is hinged, the stage casing of the first cylinder 2b3 is provided with the column spinner 2b6 that can be rotatablely connected with the sides conveyer belt 2a, described
The output end of second cylinder 2b4 is vertically arranged, and column spinner 2b6 can be rotated along own axes, the axis horizontal of column spinner 2b6
Perpendicular to the direction of transfer of conveyer belt 2a, the axis of rotation perpendicular to the first cylinder 2b3 outbound course, the first cylinder 2b3's
Output end is provided perpendicular to the push rod 2b5 of the first cylinder 2b3 outbound courses, when the first cylinder 2b3 is rotated to horizontality,
One end of push rod 2b5 is contradicted with conveyer belt 2a, and the first cylinder 2b3 driving push rods 2b5 pushes braking vane 1 to overturning component 4b rows
Into two second driving cylinders drive the first cylinder 2b3 to rotate to horizontality simultaneously, right latter two first cylinder 2b3 drivings
Push rod 2b5 ajusts braking vane 1.
The conveyer belt 2a output ends are provided with holds plate 2a1 for bear clamp assemblies 4a, and adjusting mechanism 2b can be with
Braking vane 1 is pushed to hold and is contradicted with clamp assemblies 4a on plate 2a1, the plate 2a1 that holds is located at clamp assemblies 4a and transmission
With the first proximity sensor 6 being provided between 2a for incuding braking vane 1, the plate 2a1 that holds is provided with for clamp assemblies
The groove 2a2 that 4a is put, when the first proximity sensor 6 has detected braking vane 1, one electric signal of transmission is to controller, control
Device the second cylinder of control 2b4 drives the first cylinder 2b3 to rotate to level, latter two right the first cylinder 2b3 while driving push rod 2b5
Braking vane 1 is ajusted, then controller control clamp assemblies 4a clamps braking vane 1.
The clamp assemblies 4a includes the first grip block 4a1 and the second hinged the first grip block 4a1 grip block 4a2
With driving the electric pole 4a3, the first grip block 4a1 and the second folder of the first grip block 4a1 of driving and the second grip block 4a2 foldings
It holds plate 4a2 and includes arc grip block and connect batten with the integrally formed H-type of arc grip block open back, the first clamping
The opening of plate 4a1 and the second grip block 4a2 are towards identical, the first grip block 4a1 of controller control driving electric pole 4a3 rotation drivings
Braking vane 1 after being ajusted with the second grip block 4a2 cooperations clamps.
The H-type connection batten of the first grip block 4a1 includes the first connection batten 4a4 and two second connection battens
The both ends of 4a5, the first connection batten 4a4 are rotatablely connected with two second stage casings for connecting batten 4a5 respectively, the first connection batten
The H-type connection batten that the stage casing of 4a4 is connected with driving electric pole 4a3, the second grip block 4a2 includes two third connection straps
The axis of plate 4a6 and connecting rod 4a7, connecting rod 4a7 drive electric pole perpendicular to the length direction of two third connection batten 4a6
The output end of 4a3 is hinged through the stage casing of the first connection batten 4a4 and connecting rod 4a7, then controller control driving electric pole 4a3
Braking vane 1 after rotation the first grip block 4a1 of driving and the second grip block 4a2 cooperations will be ajusted clamps.
The clamp assemblies 4a is connect by engagement plate 4b4 with overturning component 4b, and the overturning component 4b includes overturning
Motor, rotary shaft 4b2 and spill spin block 4b3, the output shaft axis and the equal horizontal vertical of rotary shaft 4b2 axis of upset motor are in transmission
Direction of transfer with 2a, rotary shaft 4b2 are fixedly connected with the output shaft of upset motor, and the spill spin block 4b3 is fixedly mounted on rotation
The stage casing of shaft 4b2, engagement plate 4b4 are fixedly connected with spill spin block 4b3, are afterwards turned over motor rotation and are driven clamp assemblies 4a rotations
The braking vane 1 of clamping is placed on position-limiting fixture 3a.
The position-limiting fixture 3a includes the conflict block 3a2 of columned pedestal 3a1 and cylinder, pedestal 3a1 and conflict
The axis of block 3a2 is vertically arranged and misaligned, the center lines of conveyer belt 2a in the transmission direction simultaneously with pedestal 3a1 and conflict block
The axis of 3a2 intersects vertically, and the side that the top of the pedestal 3a1 is located at conflict block 3a2 forms one and can accommodate braking vane 1
Crescent shaped groove 3a4, the both ends of the crescent shaped groove 3a4 are respectively arranged with the limited block contradicted with one end of braking vane 1
3a3 ensures that braking vane 1 can be just placed on crescent shaped groove 3a4.
The pushing tow component 3b includes the first pushing tow hydraulic cylinder 3b1 and the second pushing tow hydraulic cylinder 3b2, first pushing tow
Hydraulic cylinder 3b1 and the second pushing tow hydraulic cylinder 3b2 are symmetrical with the center line of conveyer belt 2a, the first pushing tow hydraulic cylinder 3b1 and
The output shaft axis of two pushing tow hydraulic cylinder 3b2 intersects with the axis of conflict block 3a2, and upset motor rotation drives clamp assemblies 4a
The braking vane 1 of clamping is placed on crescent shaped groove 3a4 by rotation, then the first pushing tow hydraulic cylinder 3b1 and the second pushing tow hydraulic cylinder
3b2 pushes braking vane 1 to be contradicted with conflict block 3a2.
The center line of the rotating platform 5 is overlapped with conflict block 3a2 axis, and the bottom setting of the rotating platform 5 is useful
For the circular ring type sliding block 5a of its sliding, the bottom of circular ring type sliding block 5a is provided with the circular ring type slideway 5b being slidably matched with it, revolves
Turn to be connected with driving motor 5c at 5 bottom centre of platform, the output shaft of the driving motor 5c center with rotating platform 5 straight up
Place is fixedly connected, and the edge of the rotating platform 5 is provided with sensor group, and sensor group is electrically connected with controller, the biography
Sensor group includes several using the center line of rotating platform 5 as the second proximity sensor 7 of axis angularly difference cloth, described
Rotating platform 5 side setting there are one with sensor group induction cooperation sensor block 8, all second proximity sensors 7 with
Controller is electrically connected, and driving motor 5c drives 5 intermittent rotation of rotating platform, when the second induction in succession of proximity sensor 7
When to sensor block 8, controller control boring assemblies 3c drills to braking vane 1.
The boring assemblies 3c includes that there are two the vertical drillings for drilling to the braking vane 1 on position-limiting fixture 3a
Bed, different, the driving motor 5c driving 5 intermittent rotations of rotating platform, when first of the bit diameter of two upright drills
When a second proximity sensor 7, intermediate second sensor and the last one second proximity sensor 7 detect sensor block 8, use
It drills to braking vane 1 in the upright drill for boring mounting hole, when remaining second sensor detects sensor block 8, is used for
The upright drill for boring the mounting hole of brake block drills to braking vane 1.
Operation principle：Braking vane 1 is placed according to certain position on conveyer belt 2a, is then transported on band 2a by braking vane 1
It is moved to turnover device 4, when the first proximity sensor 6 has detected braking vane 1, one electric signal of transmission is to controller, control
Device the second cylinder of control 2b4 drives the first cylinder 2b3 to rotate to level, latter two right the first cylinder 2b3 while driving push rod 2b5
Braking vane 1 is ajusted, then controller control driving electric pole 4a3 rotation drivings the first grip block 4a1 and the second grip block 4a2 matches
It closes the braking vane 1 after ajusting to clamp, afterwards turns over motor rotation and clamp assemblies 4a rotations is driven to be placed on the braking vane 1 of clamping
On crescent shaped groove 3a4, then the first pushing tow hydraulic cylinder 3b1 and the second pushing tow hydraulic cylinder 3b2, pushes braking vane 1 and conflict block
3a2 is contradicted, and then drives electric pole 4a3 that the first grip block 4a1 and the second grip block 4a2 is driven to open, then electric rotating machine 4b1 drives
Dynamic clamp assemblies 4a returns to original position, and driving motor 5c drives 5 intermittent rotation of rotating platform, connect when first second
When nearly sensor 7, intermediate second sensor and the last one second proximity sensor 7 detect sensor block 8, for boring fixation
The upright drill in hole drills to braking vane 1, when remaining second sensor detects sensor block 8, for boring brake block
The upright drill of mounting hole drill to braking vane 1.
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 (10)
1. a kind of batch drilling equipment for semicircle friction plate braking vane, it is characterised in that：Include for transmitting braking vane
(1) transmission device (2), the borehole drill construction (3) for drilling to braking vane (1) and for will be on transmission device (2)
Braking vane (1) is overturn to the turnover device (4) of the bore position of borehole drill construction (3), and the turnover device (4) includes for pressing from both sides
The clamp assemblies (4a) of the braking vane (1) on transmission device (2) and the overturning component (4b) for overturning clamp assemblies (4a) are held,
The transmission device (2) includes the adjusting machine for transmitting the conveyer belt of braking vane (1) (2a) and to ajust braking vane (1)
Structure (2b), the borehole drill construction (3) include for limit the position-limiting fixture of braking vane (1) (3a), to pushing tow overturn after
Pushing tow component (3b) that braking vane (1) on clamp assemblies (4a) is contradicted with position-limiting fixture (3a) and for braking vane (1) into
The bottom of the boring assemblies (3c) of row drilling, pushing tow component (3b) and position-limiting fixture (3a) is provided with rotating platform (5).
2. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 1, it is characterised in that：Institute
It includes to be separately positioned on the first of the both sides conveyer belt (2a) and ajust component (2b1) and second to ajust component to state adjusting mechanism (2b)
(2b2), described first ajusts component (2b1), and to ajust the structure of component (2b2) with second identical, first ajust component (2b1) and
Second to ajust component (2b2) include the first cylinder (2b3) and the second cylinder (2b4), the output end of the second cylinder (2b4) with
The end of first cylinder (2b3) is hinged, and the stage casing of the first cylinder (2b3) is provided with and can be rotatablely connected with the side conveyer belt (2a)
Column spinner (2b6), the output end of second cylinder (2b4) is vertically arranged, and column spinner (2b6) can be revolved along own axes
Turn, the axis horizontal of column spinner (2b6) is perpendicular to the direction of transfer of conveyer belt (2a), and the axis of rotation is perpendicular to the first cylinder
The outbound course of (2b3), the output end of the first cylinder (2b3) are provided perpendicular to the push rod of the first cylinder (2b3) outbound course
(2b5), when the first cylinder (2b3) is rotated to horizontality, one end and the conveyer belt (2a) of push rod (2b5) contradict, the first gas
Cylinder (2b3) driving push rod (2b5) pushes braking vane (1) to advance to overturning component (4b).
3. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 2, it is characterised in that：Institute
It states conveyer belt (2a) output end and is provided with and hold plate (2a1) for bear clamp assemblies (4a), adjusting mechanism (2b) can will
Braking vane (1) is pushed to hold and be contradicted with clamp assemblies (4a) on plate (2a1), and the plate (2a1) that holds is located at clamp assemblies
The first proximity sensor (6) for incuding braking vane (1) is provided between (4a) and conveyer belt (2a), it is described to hold plate
(2a1) is provided with the groove (2a2) put for clamp assemblies (4a).
4. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 3, it is characterised in that：Institute
State clamp assemblies (4a) include the first grip block (4a1), with hinged the second grip block (4a2) of the first grip block (4a1) and
The driving electric pole (4a3) for driving the first grip block (4a1) and the second grip block (4a2) to open and close, first grip block (4a1) and
Second grip block (4a2) includes arc grip block and connect batten with the integrally formed H-type of arc grip block open back,
The opening of first grip block (4a1) and the second grip block (4a2) is towards identical.
5. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 4, it is characterised in that：Institute
The H-type connection batten for stating the first grip block (4a1) includes that the first connection batten (4a4) and two second connect battens (4a5),
The both ends of first connection batten (4a4) are rotatablely connected with two second stage casings for connecting batten (4a5) respectively, the first connection batten
The stage casing of (4a4) is connected with driving electric pole (4a3), and the H-type connection batten of second grip block (4a2) includes two thirds
Batten (4a6) and connecting rod (4a7) are connected, the axis of connecting rod (4a7) connects the length of batten (4a6) perpendicular to two thirds
The output end in direction, driving electric pole (4a3) is hinged with connecting rod (4a7) through the stage casing of the first connection batten (4a4).
6. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 5, it is characterised in that：Institute
It states clamp assemblies (4a) to connect with overturning component (4b) by engagement plate (4b4), the overturning component (4b) includes overturning electricity
Machine, rotary shaft (4b2) and spill spin block (4b3), the equal horizontal vertical of output shaft axis and rotary shaft (4b2) axis of upset motor in
The direction of transfer of conveyer belt (2a), rotary shaft (4b2) are fixedly connected with the output shaft of upset motor, and the spill spin block (4b3) is solid
Dingan County is mounted in the stage casing of rotary shaft (4b2), and engagement plate (4b4) is fixedly connected with spill spin block (4b3).
7. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 6, it is characterised in that：Institute
State the conflict block (3a2) that position-limiting fixture (3a) includes columned pedestal (3a1) and cylinder, pedestal (3a1) and conflict block
The axis of (3a2) is vertically arranged and misaligned, the center line of conveyer belt (2a) in the transmission direction simultaneously with pedestal (3a1) and support
The axis of contact block (3a2) intersects vertically, the top of the pedestal (3a1) be located at conflict block (3a2) side form one can
The crescent shaped groove (3a4) of braking vane (1) is accommodated, the both ends of the crescent shaped groove (3a4) are respectively arranged with and braking vane (1)
One end contradict limited block (3a3).
8. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 7, it is characterised in that：Institute
It includes the first pushing tow hydraulic cylinder (3b1) and the second pushing tow hydraulic cylinder (3b2), the first pushing tow hydraulic pressure to state pushing tow component (3b)
Cylinder (3b1) and the second pushing tow hydraulic cylinder (3b2) are symmetrical with the center line of conveyer belt (2a), the first pushing tow hydraulic cylinder (3b1)
Intersect with the axis of conflict block (3a2) with the output shaft axis of the second pushing tow hydraulic cylinder (3b2).
9. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 8, it is characterised in that：Institute
The center line for stating rotating platform (5) is overlapped with conflict block (3a2) axis, and the bottom setting of the rotating platform (5) is useful to supply it
The circular ring type sliding block (5a) of sliding, the bottom of circular ring type sliding block (5a) are provided with the circular ring type slideway (5b) being slidably matched with it,
Be connected with driving motor (5c) at rotating platform (5) bottom centre, the output shaft of driving motor (5c) straight up with rotary flat
It is fixedly connected at the center of platform (5), the edge of the rotating platform (5) is provided with sensor group, and sensor group is electrically connected with
Controller, the sensor group include several using the center line of rotating platform (5) as axis angularly difference cloth second
Proximity sensor (7), there are one the sensor block (8) with the induction cooperation of sensor group, institutes for the side setting of the rotating platform (5)
There is the second proximity sensor (7) to be electrically connected with controller.
10. a kind of batch drilling equipment for semicircle friction plate braking vane according to claim 9, it is characterised in that：
The boring assemblies (3c) include there are two for the upright drill that drills to the braking vane (1) on position-limiting fixture (3a),
The bit diameter of two upright drills it is different.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820035587.3U CN207824008U (en) | 2018-01-09 | 2018-01-09 | A kind of batch drilling equipment for semicircle friction plate braking vane |
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| CN201820035587.3U CN207824008U (en) | 2018-01-09 | 2018-01-09 | A kind of batch drilling equipment for semicircle friction plate braking vane |
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| CN207824008U true CN207824008U (en) | 2018-09-07 |
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| CN201820035587.3U Expired - Fee Related CN207824008U (en) | 2018-01-09 | 2018-01-09 | A kind of batch drilling equipment for semicircle friction plate braking vane |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109365662A (en) * | 2018-10-26 | 2019-02-22 | 贵州长江汽车有限公司 | A kind of stabiliser bar transmission clamp device |
| CN109604679A (en) * | 2019-01-22 | 2019-04-12 | 郑州郑飞机械有限责任公司 | A kind of disk type work drilling equipment |
| CN109663939A (en) * | 2019-01-22 | 2019-04-23 | 郑州郑飞机械有限责任公司 | A kind of sustainable drilling equipment |
| CN113477975A (en) * | 2021-07-24 | 2021-10-08 | 湖北龙运汽车配件有限公司 | Drilling equipment of drum-type friction disc |
| CN114603179A (en) * | 2022-03-25 | 2022-06-10 | 铜陵市逸欣机械制造有限公司 | Drilling device for machining bearing bush of automobile engine |
| CN117023087A (en) * | 2023-10-09 | 2023-11-10 | 成都普什制药有限公司 | Detect tilting mechanism for leak hunting BFS production line of packing leakproofness |
| CN118629937A (en) * | 2024-08-13 | 2024-09-10 | 声达半导体设备(江苏)有限公司 | Wafer cleaning equipment for semiconductors |
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2018
- 2018-01-09 CN CN201820035587.3U patent/CN207824008U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109365662A (en) * | 2018-10-26 | 2019-02-22 | 贵州长江汽车有限公司 | A kind of stabiliser bar transmission clamp device |
| CN109365662B (en) * | 2018-10-26 | 2024-02-27 | 贵州长江汽车有限公司 | Stabilizer bar conveying clamping device |
| CN109604679A (en) * | 2019-01-22 | 2019-04-12 | 郑州郑飞机械有限责任公司 | A kind of disk type work drilling equipment |
| CN109663939A (en) * | 2019-01-22 | 2019-04-23 | 郑州郑飞机械有限责任公司 | A kind of sustainable drilling equipment |
| CN113477975A (en) * | 2021-07-24 | 2021-10-08 | 湖北龙运汽车配件有限公司 | Drilling equipment of drum-type friction disc |
| CN114603179A (en) * | 2022-03-25 | 2022-06-10 | 铜陵市逸欣机械制造有限公司 | Drilling device for machining bearing bush of automobile engine |
| CN114603179B (en) * | 2022-03-25 | 2023-10-31 | 铜陵市逸欣机械制造有限公司 | Drilling device for machining automobile engine bearing bush |
| CN117023087A (en) * | 2023-10-09 | 2023-11-10 | 成都普什制药有限公司 | Detect tilting mechanism for leak hunting BFS production line of packing leakproofness |
| CN117023087B (en) * | 2023-10-09 | 2023-12-22 | 成都普什制药有限公司 | Detect tilting mechanism for leak hunting BFS production line of packing leakproofness |
| CN118629937A (en) * | 2024-08-13 | 2024-09-10 | 声达半导体设备(江苏)有限公司 | Wafer cleaning equipment for semiconductors |
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| 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: 20180907 Termination date: 20190109 |