CN107063028B - Flatness detecting device is used in a kind of production of brake clutch piece - Google Patents
Flatness detecting device is used in a kind of production of brake clutch piece Download PDFInfo
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- CN107063028B CN107063028B CN201710230983.1A CN201710230983A CN107063028B CN 107063028 B CN107063028 B CN 107063028B CN 201710230983 A CN201710230983 A CN 201710230983A CN 107063028 B CN107063028 B CN 107063028B
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- bolt
- gear
- sliding
- sliding rail
- guide rod
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/0025—Measuring of vehicle parts
- G01B5/0028—Brakes, brakeshoes, clutches
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B5/00—Measuring arrangements characterised by the use of mechanical techniques
- G01B5/28—Measuring arrangements characterised by the use of mechanical techniques for measuring roughness or irregularity of surfaces
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- General Physics & Mathematics (AREA)
- Transmission Devices (AREA)
Abstract
The present invention relates to a kind of brake clutch piece detection devices more particularly to a kind of production of brake clutch piece to use flatness detecting device.The technical problem to be solved in the present invention is to provide one kind can reduce error, can be improved detection effect, brake clutch piece production flatness detecting device that can be time saving and energy saving.In order to solve the above-mentioned technical problems, the present invention provides such a brake clutch piece production flatness detecting devices, include desktop, tables, reciprocating mechanism, rotating mechanism, hollow bar etc.；The top center of desktop is provided with opening, and tables have been bolted in the bottom of desktop, and the first groove is provided at the top of tables, is equipped with reciprocating mechanism in the first groove.The present invention rotates brake clutch piece by rotating mechanism, then the detecting to brake clutch piece in all directions by detection device, so that error can be reduced by having reached, can be improved detection effect.
Description
Technical field
The present invention relates to a kind of brake clutch piece detection devices more particularly to a kind of brake clutch piece production to be examined with flatness
Survey device.
Background technique
Clutch-plate is the vulnerable part in motor-driven vehicle going system, when in use it should be specifically noted that foot should not when engine operates
It is consistently placed on clutch pedal.
Brake, is also referred to as braked, and is that running locomotive, vehicle and other means of transports or machinery etc. is instigated to stop or subtract
The movement of low velocity.The General Principle of braking is that a wheel or disk are fixed on the high speed shaft of machine, is installed therewith on base
Adaptable brake shoe, band or disk, is allowed to generate braking moment under external force.What brake gear can namely slow down
Mechanical brake device also known as retarder.In simple terms: brake-pedal of automobile in the following, slam brake pedal, then makes to stop in steering wheel
The linkage of vehicle lever, which is pressurized and reaches the brake block on brake rim, blocks brake wheel disc, makes car deceleration or out of service.Automobile
Hand-operated brake is to be connected in brake thick stick by gear.Common also bicycle brake, it is the rod-shaped system by being fixed on vehicle frame
Dynamic device or disk fill brake holding brake etc. to slow down.
It needs to detect its flatness in the production of brake clutch piece, and at present flatness detect generally all
To be by manually being detected that there are detection errors big, detection effect is bad, require a great deal of time and energy lacks
Point, therefore need to research and develop one kind and can reduce error, can be improved detection effect, brake clutch piece production that can be time saving and energy saving
Use flatness detecting device.
Summary of the invention
(1) technical problems to be solved
The present invention manually carries out detection there are detection errors big, detection effect not to brake clutch piece flatness to overcome
It is good, require a great deal of time and the shortcomings that energy, the technical problem to be solved in the present invention is to provide one kind can reduce mistake
Difference can be improved detection effect, brake clutch piece production flatness detecting device that can be time saving and energy saving.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a brake clutch piece productions to be filled with flatness detection
It sets, includes desktop, tables, reciprocating mechanism, rotating mechanism, hollow bar, supporting plate and detection device, in the top of desktop
Between be provided with opening, tables have been bolted in the bottom of desktop, and the first groove is provided at the top of tables, is equipped in the first groove
Reciprocating mechanism, the moving parts of reciprocating mechanism is equipped with rotating mechanism, is connected with hollow bar on rotating mechanism, empty
Heart strut and brake clutch piece cooperate, and the table top in the left side that is open is connected with supporting plate, the right side of supporting plate by bolt vertically
It vertically is provided with the second groove, the supporting plate in the second groove is equipped with detection device.
Preferably, reciprocating mechanism includes the first sliding rail, the first sliding block, transverse slat, the second sliding rail, the second sliding block,
One rack gear, mounting plate, first motor and first gear, there are two the first sliding rail is set, two the first sliding rails bilateral symmetries, two the
The top of one sliding rail passes through bolt and the bottom of desktop connects, and the bottom of two the first sliding rails passes through bolt and the first groove
Connection at the top of interior tables, the first sliding rail are equipped with the first sliding block being slidably matched with it, pass through spiral shell between two the first sliding blocks
It tethers the mode connect and is connected with transverse slat, the top of transverse slat is arranged in rotating mechanism, passes through bolt at the top of the tables in the first groove
It is connected with the second sliding rail vertically, the second sliding rail is located between two the first sliding rails, and is located at the downside of transverse slat, sets on the second sliding rail
There is the second sliding block being slidably matched with it, the right side of the second sliding block is connected with the first rack gear, the first rack gear by bolt vertically
Top connected by the bottom of bolt and transverse slat, there is installation in the left side lower part of the first sliding rail of right side by bolt horizontal connection
The left side of plate, mounting plate is equipped with first motor by bolt, and the output shaft of first motor is connected with first by shaft coupling
Gear, first gear are engaged with the first rack gear.
Preferably, rotating mechanism includes the second motor, second gear and third gear, and the second motor is installed by bolt
Second gear is connected with by shaft coupling in the output shaft of the top right side of transverse slat, the second motor, the left side of second gear is equipped with
Third gear, third gear are engaged with second gear, and the periphery of hollow bar connects in such a way that flat key connects with third gear
It connects.
Preferably, detection device includes slide bar, sliding sleeve, the first cylinder, the first connecting plate, dial gauge and the second cylinder,
The upper and lower ends of slide bar are connect by bolt with the supporting plate in the second groove, and slide bar is equipped with the sliding sleeve being slidably matched with it, sliding
The right side of set is equipped with the first cylinder by bolt, and the first connecting plate has been bolted on the telescopic rod of the first cylinder,
The leading flank of first connecting plate is equipped with dial gauge, and the front side of slide bar is equipped with the second cylinder, passes through bolt at the top of the second cylinder
It is mounted at the top of the supporting plate in the second groove, the telescopic rod of the second cylinder is connected by the top of bolt and sliding sleeve.
It preferably, further include having the first fixed device, hollow bar is equipped with the first fixed device, the first fixed device packet
The first guide rod, movable plate, the first spring, third sliding rail, third sliding block, the first strut, third motor, the 4th gear and are included
The top of two rack gears, hollow bar left side and right side is opened there are two first through hole, and two first through hole are symmetrical above and below, empty
The left side and right side of heart strut are provided with the first guide hole, and the first guide hole is located between two first through hole, in the first guide hole
Equipped with the first guide rod, movable plate has been bolted in the right end of the first guide rod of left end and right side of the first guide rod of left side, living
It is connected with the first spring between the medial surface and hollow bar of movable plate, third sliding rail has been bolted in hollow bar, the
Three sliding rails are located at the lower section of the first guide rod of left side, and third sliding rail is equipped with the third sliding block being slidably matched with it, third sliding block
Top is connect by bolt with the bottom right of the first guide rod of left side, and the first strut has been bolted on third sliding rail, the
One strut is located at the rear side of the first guide rod of left side, and is located at the rear side of third sliding block, and the top of the first strut is installed by bolt
Have a third motor, the output shaft of third motor is connected with the 4th gear by shaft coupling, the top right side of the first guide rod of left side and
The bottom left of the first guide rod of right side, which passes through bolt horizontal connection, the second rack gear, and the second rack gear is engaged with the 4th gear.
It preferably, further include having the second fixed device, the table top on the right side that is open is equipped with the second fixed device, and second is solid
Determining device includes Four-slider, Electric Motor Wheel, drawstring, second spring, the second connecting plate and fixed link, the desktop top on the right side that is open
Portion is laterally provided with sliding slot, the Four-slider being slidably matched with it is equipped in sliding slot, the table top on right side passes through bolt in sliding slot
Electric Motor Wheel is installed, drawstring is wound in Electric Motor Wheel, the end of drawstring is connect with the right side of Four-slider, the left side of Four-slider
It is connected with second spring between the desktop in left side in face and sliding slot, the second connection has been bolted at the top of Four-slider
Plate, by bolt horizontal connection, there are two fixed links for the left side of the second connecting plate, and two fixed links are symmetrical above and below, and upside is consolidated
Fixed pole passes through two first through hole of upside, and the fixed link of downside passes through two first through hole of downside.
Preferably, further include having damping device, fixed link be equipped with damping device, damping device include third spring and
Motion bar, the bottom centre of upside fixed link and the top center of downside fixed link are laterally provided with third groove, third groove
It is evenly spaced in interior fixed link to be connected with multiple third springs, motion bar is connected between the end of third spring.
It preferably, further include having the second guide rod, connecting rod, the 4th spring and supporting plate, the first connecting plate on the right side of dial gauge
On be provided with the second guide hole, the second guide rod is equipped in the second guide hole, there is connecting rod at the top of the second guide rod by bolt horizontal connection,
It is surrounded with the 4th spring outside the second guide rod between connecting rod and the first connecting plate, the bottom end of the second guide rod is connected with supporting plate, support
Plate is contacted with the detector of dial gauge.
Preferably, the bottom of supporting plate is connect with the top of desktop by bolted connection, and the shape of supporting plate is rectangular
Body, the making material of supporting plate are Q235 steel.
Working principle: when initial, rotating mechanism and hollow bar are located in the first groove.Manually start reciprocating mechanism
Move up rotating mechanism, rotating mechanism moves up hollow bar and moves up therewith, wears when hollow bar moves up
It crosses when opening is located at proper height and closes reciprocating mechanism.Manually brake clutch piece is covered in the periphery of hollow bar, so again
Start detection device and rotating mechanism simultaneously afterwards, detection device can carry out flatness detection, rotating mechanism to brake clutch piece
Hollow bar can be made to rotate, hollow bar rotation brake clutch piece rotates with it, and so enables detection device in all directions
Brake clutch piece is detected.It will test device simultaneously after the completion of detection and rotating mechanism closed, then by brake clutch piece
It removes.Brake clutch piece can be detected by repeating aforesaid operations, after the completion of brake clutch piece all detects in starting
Lower mobile mechanism makes rotating mechanism move down reset, and rotating mechanism moves down reset hollow bar and moves down therewith again
Position, hollow bar close reciprocating mechanism after resetting.
Because reciprocating mechanism includes the first sliding rail, the first sliding block, transverse slat, the second sliding rail, the second sliding block, the first tooth
Item, mounting plate, first motor and first gear, there are two the first sliding rail is set, two the first sliding rails bilateral symmetries, two first cunnings
The top of rail passes through bolt and the bottom of desktop connects, and the bottom of two the first sliding rails passes through in bolt and the first groove
Connection at the top of tables, the first sliding rail are equipped with the first sliding block being slidably matched with it, are connected between two the first sliding blocks by bolt
The mode connect is connected with transverse slat, and the top of transverse slat is arranged in rotating mechanism, vertical by bolt at the top of the tables in the first groove
Be connected with the second sliding rail, the second sliding rail is located between two the first sliding rails, and is located at the downside of transverse slat, the second sliding rail be equipped with
The right side of its second sliding block being slidably matched, the second sliding block is connected with the first rack gear, the top of the first rack gear by bolt vertically
Portion is connected by the bottom of bolt and transverse slat, and there is mounting plate in the left side lower part of the first sliding rail of right side by bolt horizontal connection,
The left side of mounting plate is equipped with first motor by bolt, and the output shaft of first motor is connected with the first tooth by shaft coupling
Wheel, first gear are engaged with the first rack gear.It can make first so manually starting first motor and rotating clockwise first gear
Rack gear moves up, and the first rack gear, which moves up, pushes transverse slat to move up, and transverse slat moves up rotating mechanism therewith to moving up
Dynamic, rotating mechanism moves up hollow bar and moves up therewith, and the is closed when hollow bar is moved upward to proper height
One motor.When hollow bar to be made moves down reset, starting first motor rotates counterclockwise first gear, first gear
Rotating counterclockwise makes hollow bar move down reset, closes first motor after the mobile reset of hollow bar.
Because rotating mechanism includes the second motor, second gear and third gear, the second motor is mounted on by bolt
The top right side of transverse slat, the output shaft of the second motor are connected with second gear by shaft coupling, and the left side of second gear is equipped with the
Three gears, third gear are engaged with second gear, and the periphery of hollow bar is connect in such a way that flat key connects with third gear.
Rotate second gear so manually starting the second motor, second gear rotation rotates third gear, and the rotation of third gear is empty
Heart strut rotates with it, hollow bar rotation brake clutch piece rotate with it, so enable detection device in all directions to brake
Vehicle clutch-plate is detected, and the second motor is closed after the completion of detection.
Because detection device includes slide bar, sliding sleeve, the first cylinder, the first connecting plate, dial gauge and the second cylinder, slide bar
Upper and lower ends connect with the supporting plate in the second groove by bolt, slide bar equipped with the sliding sleeve being slidably matched with it, sliding sleeve
Right side is equipped with the first cylinder by bolt, has been bolted the first connecting plate on the telescopic rod of the first cylinder, and first
The leading flank of connecting plate is equipped with dial gauge, and the front side of slide bar is equipped with the second cylinder, and the top of the second cylinder is installed by bolt
At the top of the supporting plate in the second groove, the telescopic rod of the second cylinder is connected by the top of bolt and sliding sleeve.So starting first
Cylinder makes the first connecting plate move right, and the first connecting plate dial gauge that moves right moves right therewith, when the detection of dial gauge
When head is located at the surface on the left of the top of brake clutch piece, the first cylinder of control stops elongation.Then second is manually started
Cylinder moves down sliding sleeve, and sliding sleeve, which moves down, drives the first cylinder to move down, and the first cylinder moves down, first connects
Plate, dial gauge move down therewith, when the detector of dial gauge is moved downward to the top left contact with brake clutch piece
When, the first cylinder is closed, then restarting the second motor rotates brake clutch piece, so can be to brake clutch piece in all directions
Carry out detect.The second motor is closed after the completion of detection.After the completion of brake clutch piece all detection, the first cylinder of starting makes hundred
Point table is moved to the left resets, dial gauge is moved to the left reset after close the first cylinder, then start the second cylinder make dial gauge to
Upper mobile reset, dial gauge close the second cylinder after moving up reset.
Because further including having the first fixed device, hollow bar is equipped with the first fixed device, and the first fixed device includes
There are the first guide rod, movable plate, the first spring, third sliding rail, third sliding block, the first strut, third motor, the 4th gear and second
The top of rack gear, hollow bar left side and right side is opened there are two first through hole, and two first through hole are symmetrical above and below, hollow
The left side and right side of strut are provided with the first guide hole, and the first guide hole is located between two first through hole, sets in the first guide hole
There is the first guide rod, movable plate has been bolted in the right end of the first guide rod of left end and right side of the first guide rod of left side, activity
It is connected with the first spring between the medial surface and hollow bar of plate, third sliding rail, third have been bolted in hollow bar
Sliding rail is located at the lower section of the first guide rod of left side, and third sliding rail is equipped with the third sliding block being slidably matched with it, the top of third sliding block
Portion is connect by bolt with the bottom right of the first guide rod of left side, has been bolted the first strut on third sliding rail, and first
Strut is located at the rear side of the first guide rod of left side, and is located at the rear side of third sliding block, and the top of the first strut is equipped with by bolt
The output shaft of third motor, third motor is connected with the 4th gear, the top right side of the first guide rod of left side and the right side by shaft coupling
The bottom left of the first guide rod of side, which passes through bolt horizontal connection, the second rack gear, and the second rack gear is engaged with the 4th gear.It will stop
Vehicle clutch-plate covers behind the periphery of hollow bar, and manually starting third motor rotates clockwise the 4th gear, and the 4th gear is suitable
Hour hands rotation keeps two the second rack gears mobile to the outside of hollow bar, and two the second rack gears make to the movement of the outside of hollow bar
Two the first guide rods are mobile to the outside of hollow bar, outside moving active plate from the first guide rod to hollow bar therewith to hollow
The outside of strut is mobile, and the first spring is upheld therewith, when two movable plates are close to prop up brake clutch piece with brake clutch piece,
Close third motor.It can so prevent brake clutch piece from moving up and down when rotating, so as to improve detection effect, reduce and miss
Difference.When removing brake clutch piece, starting third motor rotates counterclockwise the 4th gear, and the 4th gear rotates counterclockwise
Two movable sheet resets can be made to unclamp brake clutch piece, close third motor after two movable sheet resets.
Because further including having the second fixed device, the table top on the right side that is open is equipped with the second fixed device, and second is fixed
Device includes Four-slider, Electric Motor Wheel, drawstring, second spring, the second connecting plate and fixed link, the table top on the right side that is open
It is laterally provided with sliding slot, the Four-slider being slidably matched with it is equipped in sliding slot, the table top on right side is pacified by bolt in sliding slot
Equipped with Electric Motor Wheel, drawstring is wound in Electric Motor Wheel, the end of drawstring is connect with the right side of Four-slider, the left side of Four-slider
With in sliding slot left side desktop between be connected with second spring, the second connecting plate has been bolted at the top of Four-slider,
By bolt horizontal connection, there are two fixed links for the left side of second connecting plate, and two fixed links are symmetrical above and below, the fixation of upside
Bar passes through two first through hole of upside, and the fixed link of downside passes through two first through hole of downside.When initial, Four-slider position
In the right side in sliding slot, second spring is in stretched condition.After the first fixed device is fixed by brake clutch piece, manually start
Electric Motor Wheel rotates counterclockwise releasing drawstring, and second spring rebounds therewith is moved to the left Four-slider, and Four-slider is moved to the left
Second connecting plate and fixed link are moved to the left therewith, after fixed link is moved to the left across first through hole, close Electric Motor Wheel.Two
Fixed link can make brake clutch piece be constantly in horizontality, so can further improve detection effect, further
Reduce error.When removing brake clutch piece, starting Electric Motor Wheel, which rotates clockwise, withdraws drawstring, can so make to fix
Bar moves right reset, and fixed link closes Electric Motor Wheel after resetting.
Because further including having damping device, fixed link is equipped with damping device, and damping device includes third spring and work
Lever, among the bottom of the upside fixed link and top center of downside fixed link are laterally provided with third groove, in third groove
Fixed link on it is evenly spaced be connected with multiple third springs, be connected with motion bar between the end of third spring.Third bullet
Spring can make motion bar be close to brake clutch piece, so can carry out damping to brake clutch piece.So as to further
Detection effect is improved, error is further reduced.
Because further including having the second guide rod, connecting rod, the 4th spring and supporting plate, opened on the first connecting plate on the right side of dial gauge
There is the second guide hole, be equipped with the second guide rod in the second guide hole, there is connecting rod at the top of the second guide rod by bolt horizontal connection, connects
Be surrounded with the 4th spring outside the second guide rod between bar and the first connecting plate, the bottom end of the second guide rod is connected with supporting plate, supporting plate with
The detector of dial gauge contacts.Dial gauge moves down supporting plate and moves down therewith, and the 4th spring can make supporting plate be close to brake
Clutch-plate, supporting plate can increase measurement range, so as to improve detection efficiency, and can also further improve detection effect
Fruit, further reduction error.
Because the bottom of supporting plate is connect with the top of desktop by bolted connection, the shape of supporting plate is cuboid,
The making material of supporting plate is Q235 steel, and the ability to bear of Q235 steel is big, is able to extend the service life of supporting plate.
(3) beneficial effect
The present invention by rotating mechanism make brake clutch piece rotate, then by detection device in all directions to brake clutch piece
It is detected, so that error can be reduced by having reached, can be improved detection effect, effect that can be time saving and energy saving.
Detailed description of the invention
Fig. 1 is the schematic cross-sectional view of the first main view of the invention.
Fig. 2 is the schematic cross-sectional view of second of main view of the invention.
Fig. 3 is the schematic view of the front view of the fixed device of the present invention first.
Fig. 4 is the schematic cross-sectional view of the third main view of the invention.
Fig. 5 is the schematic cross-sectional view of the 4th kind of main view of the invention.
Fig. 6 is the schematic view of the front view of damping device of the present invention.
Fig. 7 is the schematic cross-sectional view of the 5th kind of main view of the invention.
The label in accompanying drawing is: 1- desktop, 2- opening, 3- tables, the first groove of 4-, 5- reciprocating mechanism, 6- rotation
Mechanism, 7- hollow bar, 8- supporting plate, the second groove of 9-, 10- detection device, 11- clutch-plate, the first sliding rail of 501-, 502- first
Sliding block, 503- transverse slat, the second sliding rail of 504-, the second sliding block of 505-, the first rack gear of 506-, 507- mounting plate, 508- first motor,
509- first gear, the second motor of 601-, 602- second gear, 603- third gear, 101- slide bar, 102- sliding sleeve, 103-
One cylinder, the first connecting plate of 104-, 105- dial gauge, the second cylinder of 106-, the fixed device of 12- first, 121- first through hole,
The first guide hole of 122-, the first guide rod of 123-, 124- movable plate, the first spring of 125-, 126- third sliding rail, 127- third sliding block,
The first strut of 128-, 129- third motor, the 4th gear of 1210-, the second rack gear of 1211-, the fixed device of 13- second, 131- are sliding
Slot, 132- Four-slider, 133- Electric Motor Wheel, 134- drawstring, 135- second spring, the second connecting plate of 136-, 137- fixed link,
14- damping device, 141- third groove, 142- third spring, 143- motion bar, the second guide hole of 15-, the second guide rod of 16-, 17-
Connecting rod, the 4th spring of 18-, 19- supporting plate.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of brake clutch piece production flatness detecting device includes as shown in figs. 1-7 desktop 1, tables 3, up and down
Mobile mechanism 5, rotating mechanism 6, hollow bar 7, supporting plate 8 and detection device 10, the top center of desktop 1 are provided with opening 2, desktop
Tables 3 have been bolted in 1 bottom, and the top of tables 3 is provided with the first groove 4, is equipped in the first groove 4 and moves up and down machine
Structure 5, the moving parts of reciprocating mechanism 5 are equipped with rotating mechanism 6, are connected with hollow bar 7, hollow branch on rotating mechanism 6
Bar 7 and brake clutch piece 11 cooperate, and are connected with supporting plate 8, the right side of supporting plate 8 vertically by bolt at the top of the desktop 1 in 2 left side of opening
Face is vertically provided with the second groove 9, and the supporting plate 8 in the second groove 9 is equipped with detection device 10.
Embodiment 2
A kind of brake clutch piece production flatness detecting device includes as shown in figs. 1-7 desktop 1, tables 3, up and down
Mobile mechanism 5, rotating mechanism 6, hollow bar 7, supporting plate 8 and detection device 10, the top center of desktop 1 are provided with opening 2, desktop
Tables 3 have been bolted in 1 bottom, and the top of tables 3 is provided with the first groove 4, is equipped in the first groove 4 and moves up and down machine
Structure 5, the moving parts of reciprocating mechanism 5 are equipped with rotating mechanism 6, are connected with hollow bar 7, hollow branch on rotating mechanism 6
Bar 7 and brake clutch piece 11 cooperate, and are connected with supporting plate 8, the right side of supporting plate 8 vertically by bolt at the top of the desktop 1 in 2 left side of opening
Face is vertically provided with the second groove 9, and the supporting plate 8 in the second groove 9 is equipped with detection device 10.
Reciprocating mechanism 5 includes the first sliding rail 501, the first sliding block 502, transverse slat 503, the second sliding rail 504, second cunning
Block 505, the first rack gear 506, mounting plate 507, first motor 508 and first gear 509, there are two the first sliding rail 501 is set, two
First sliding rail, 501 bilateral symmetry, the top of two the first sliding rails 501 pass through bolt and connect with the bottom of desktop 1, and two first
The bottom of sliding rail 501 passes through to be connected at the top of bolt and the tables 3 in the first groove 4, and the first sliding rail 501 is equipped with and slides with it
First sliding block 502 of cooperation is connected with transverse slat 503, rotating mechanism between two the first sliding blocks 502 by bolted connection
6 are arranged in the top of transverse slat 503, are connected with the second sliding rail 504 vertically by bolt at the top of the tables 3 in the first groove 4, and second
Sliding rail 504 is located between two the first sliding rails 501, and is located at the downside of transverse slat 503, and the second sliding rail 504 is equipped with and slides with it
The right side of second sliding block 505 of cooperation, the second sliding block 505 is connected with the first rack gear 506, the first rack gear by bolt vertically
506 top is connect by bolt with the bottom of transverse slat 503, and the left side lower part of the first sliding rail of right side 501 passes through bolt level
It is connected with mounting plate 507, the left side of mounting plate 507 is equipped with first motor 508, the output of first motor 508 by bolt
Axis is connected with first gear 509 by shaft coupling, and first gear 509 is engaged with the first rack gear 506.
Embodiment 3
A kind of brake clutch piece production flatness detecting device includes as shown in figs. 1-7 desktop 1, tables 3, up and down
Mobile mechanism 5, rotating mechanism 6, hollow bar 7, supporting plate 8 and detection device 10, the top center of desktop 1 are provided with opening 2, desktop
Tables 3 have been bolted in 1 bottom, and the top of tables 3 is provided with the first groove 4, is equipped in the first groove 4 and moves up and down machine
Structure 5, the moving parts of reciprocating mechanism 5 are equipped with rotating mechanism 6, are connected with hollow bar 7, hollow branch on rotating mechanism 6
Bar 7 and brake clutch piece 11 cooperate, and are connected with supporting plate 8, the right side of supporting plate 8 vertically by bolt at the top of the desktop 1 in 2 left side of opening
Face is vertically provided with the second groove 9, and the supporting plate 8 in the second groove 9 is equipped with detection device 10.
Reciprocating mechanism 5 includes the first sliding rail 501, the first sliding block 502, transverse slat 503, the second sliding rail 504, second cunning
Block 505, the first rack gear 506, mounting plate 507, first motor 508 and first gear 509, there are two the first sliding rail 501 is set, two
First sliding rail, 501 bilateral symmetry, the top of two the first sliding rails 501 pass through bolt and connect with the bottom of desktop 1, and two first
The bottom of sliding rail 501 passes through to be connected at the top of bolt and the tables 3 in the first groove 4, and the first sliding rail 501 is equipped with and slides with it
First sliding block 502 of cooperation is connected with transverse slat 503, rotating mechanism between two the first sliding blocks 502 by bolted connection
6 are arranged in the top of transverse slat 503, are connected with the second sliding rail 504 vertically by bolt at the top of the tables 3 in the first groove 4, and second
Sliding rail 504 is located between two the first sliding rails 501, and is located at the downside of transverse slat 503, and the second sliding rail 504 is equipped with and slides with it
The right side of second sliding block 505 of cooperation, the second sliding block 505 is connected with the first rack gear 506, the first rack gear by bolt vertically
506 top is connect by bolt with the bottom of transverse slat 503, and the left side lower part of the first sliding rail of right side 501 passes through bolt level
It is connected with mounting plate 507, the left side of mounting plate 507 is equipped with first motor 508, the output of first motor 508 by bolt
Axis is connected with first gear 509 by shaft coupling, and first gear 509 is engaged with the first rack gear 506.
Rotating mechanism 6 includes the second motor 601, second gear 602 and third gear 603, and the second motor 601 passes through spiral shell
Bolt is mounted on the top right side of transverse slat 503, and the output shaft of the second motor 601 is connected with second gear 602 by shaft coupling, and second
The left side of gear 602 is equipped with third gear 603, and third gear 603 is engaged with second gear 602, and the periphery of hollow bar 7 passes through
The mode of flat key connection is connect with third gear 603.
Embodiment 4
A kind of brake clutch piece production flatness detecting device includes as shown in figs. 1-7 desktop 1, tables 3, up and down
Mobile mechanism 5, rotating mechanism 6, hollow bar 7, supporting plate 8 and detection device 10, the top center of desktop 1 are provided with opening 2, desktop
Tables 3 have been bolted in 1 bottom, and the top of tables 3 is provided with the first groove 4, is equipped in the first groove 4 and moves up and down machine
Structure 5, the moving parts of reciprocating mechanism 5 are equipped with rotating mechanism 6, are connected with hollow bar 7, hollow branch on rotating mechanism 6
Bar 7 and brake clutch piece 11 cooperate, and are connected with supporting plate 8, the right side of supporting plate 8 vertically by bolt at the top of the desktop 1 in 2 left side of opening
Face is vertically provided with the second groove 9, and the supporting plate 8 in the second groove 9 is equipped with detection device 10.
Reciprocating mechanism 5 includes the first sliding rail 501, the first sliding block 502, transverse slat 503, the second sliding rail 504, second cunning
Block 505, the first rack gear 506, mounting plate 507, first motor 508 and first gear 509, there are two the first sliding rail 501 is set, two
First sliding rail, 501 bilateral symmetry, the top of two the first sliding rails 501 pass through bolt and connect with the bottom of desktop 1, and two first
The bottom of sliding rail 501 passes through to be connected at the top of bolt and the tables 3 in the first groove 4, and the first sliding rail 501 is equipped with and slides with it
First sliding block 502 of cooperation is connected with transverse slat 503, rotating mechanism between two the first sliding blocks 502 by bolted connection
6 are arranged in the top of transverse slat 503, are connected with the second sliding rail 504 vertically by bolt at the top of the tables 3 in the first groove 4, and second
Sliding rail 504 is located between two the first sliding rails 501, and is located at the downside of transverse slat 503, and the second sliding rail 504 is equipped with and slides with it
The right side of second sliding block 505 of cooperation, the second sliding block 505 is connected with the first rack gear 506, the first rack gear by bolt vertically
506 top is connect by bolt with the bottom of transverse slat 503, and the left side lower part of the first sliding rail of right side 501 passes through bolt level
It is connected with mounting plate 507, the left side of mounting plate 507 is equipped with first motor 508, the output of first motor 508 by bolt
Axis is connected with first gear 509 by shaft coupling, and first gear 509 is engaged with the first rack gear 506.
Rotating mechanism 6 includes the second motor 601, second gear 602 and third gear 603, and the second motor 601 passes through spiral shell
Bolt is mounted on the top right side of transverse slat 503, and the output shaft of the second motor 601 is connected with second gear 602 by shaft coupling, and second
The left side of gear 602 is equipped with third gear 603, and third gear 603 is engaged with second gear 602, and the periphery of hollow bar 7 passes through
The mode of flat key connection is connect with third gear 603.
Detection device 10 includes slide bar 101, sliding sleeve 102, the first cylinder 103, the first connecting plate 104,105 and of dial gauge
Second cylinder 106, the upper and lower ends of slide bar 101 are connect by bolt with the supporting plate 8 in the second groove 9, slide bar 101 equipped with
The right side of its sliding sleeve 102 being slidably matched, sliding sleeve 102 is equipped with the first cylinder 103 by bolt, and the first cylinder 103 is stretched
The first connecting plate 104 is bolted on contracting bar, the leading flank of the first connecting plate 104 is equipped with dial gauge 105, slide bar
101 front side is equipped with the second cylinder 106, and the top of the second cylinder 106 is mounted on the top of the supporting plate 8 in the second groove 9 by bolt
The telescopic rod in portion, the second cylinder 106 is connect by bolt with the top of sliding sleeve 102.
It further include having the first fixed device 12, hollow bar 7 is equipped with the first fixed device 12, and the first fixed device 12 wraps
The first guide rod 123, movable plate 124, the first spring 125, third sliding rail 126, third sliding block 127, the first strut 128, are included
There are two the top of three motors 129, the 4th gear 1210 and the second rack gear 1211,7 left side of hollow bar and right side is opened
First through hole 121, two first through hole 121 are symmetrical above and below, and the left side and right side of hollow bar 7 are provided with the first guide hole
122, the first guide hole 122 is located between two first through hole 121, is equipped with the first guide rod 123, left side first in the first guide hole 122
Movable plate 124, the inside of movable plate 124 has been bolted in the left end of guide rod 123 and the right end of the first guide rod of right side 123
It is connected with the first spring 125 between face and hollow bar 7, third sliding rail 126, third has been bolted in hollow bar 7
Sliding rail 126 is located at the lower section of the first guide rod of left side 123, and third sliding rail 126 is equipped with the third sliding block 127 being slidably matched with it,
The top of third sliding block 127 is connect by bolt with the bottom right of the first guide rod of left side 123, passes through spiral shell on third sliding rail 126
It tethers and is connected to the first strut 128, the first strut 128 is located at the rear side of the first guide rod of left side 123, and is located at third sliding block 127
The top of rear side, the first strut 128 is equipped with third motor 129 by bolt, and the output shaft of third motor 129 passes through shaft coupling
It is connected with the 4th gear 1210, the top right side of the first guide rod of left side 123 and the bottom left of the first guide rod of right side 123 pass through
Bolt horizontal connection has the second rack gear 1211, and the second rack gear 1211 is engaged with the 4th gear 1210.
Further include having the second fixed device 13, the second fixed device 13 is equipped at the top of the desktop 1 on 2 right side of opening, second is solid
Determining device 13 includes Four-slider 132, Electric Motor Wheel 133, drawstring 134, second spring 135, the second connecting plate 136 and fixed link
137,1 top of desktop on 2 right side of opening is laterally provided with sliding slot 131, is equipped with the Four-slider being slidably matched with it in sliding slot 131
132, Electric Motor Wheel 133 is equipped with by bolt at the top of the desktop 1 on right side in sliding slot 131, drawstring 134 is wound in Electric Motor Wheel 133, drawing
The end of rope 134 is connect with the right side of Four-slider 132, the desktop in left side in the left side of Four-slider 132 and sliding slot 131
Second spring 135 is connected between 1, the second connecting plate 136, the second connection has been bolted in the top of Four-slider 132
By bolt horizontal connection, there are two fixed links 137 for the left side of plate 136, and two fixed links 137 are symmetrical above and below, the fixation of upside
Bar 137 passes through two first through hole 121 of upside, and the fixed link 137 of downside passes through two first through hole 121 of downside.
It further include having damping device 14, fixed link 137 is equipped with damping device 14, and damping device 14 includes third spring
142 and motion bar 143, among the bottom of the upside fixed link 137 and top center of downside fixed link 137 is laterally provided with third
Groove 141, it is evenly spaced in the fixed link 137 in third groove 141 to be connected with multiple third springs 142, third spring 142
End between be connected with motion bar 143.
It further include having the second guide rod 16, connecting rod 17, the 4th spring 18 and supporting plate 19, the first of 105 right side of dial gauge connects
It is provided with the second guide hole 15 on fishplate bar 104, the second guide rod 16 is equipped in the second guide hole 15, the top of the second guide rod 16 passes through bolt water
Flushconnection has connecting rod 17, is surrounded with the 4th spring 18 outside the second guide rod 16 between connecting rod 17 and the first connecting plate 104, the
The bottom end of two guide rods 16 is connected with supporting plate 19, and supporting plate 19 is contacted with the detector of dial gauge 105.
The bottom of supporting plate 8 is connect with the top of desktop 1 by bolted connection, and the shape of supporting plate 8 is cuboid, branch
The making material of plate 8 is Q235 steel.
Working principle: when initial, rotating mechanism 6 and hollow bar 7 are located in the first groove 4.It manually starts and moves up and down
Mechanism 5 moves up rotating mechanism 6, and rotating mechanism 6 moves up hollow bar 7 and moves up therewith, when hollow bar 7 to
On move through opening 2 be located at proper height when close reciprocating mechanism 5.Again manually by 11 sets of brake clutch piece in hollow branch
Then the periphery of bar 7 starts detection device 10 and rotating mechanism 6 simultaneously, detection device 10 can carry out brake clutch piece 11
Flatness detection, rotating mechanism 6 can be such that hollow bar 7 rotates, and hollow bar 7 rotates brake clutch piece 11 and rotates with it, such as
This enables the detecting to brake clutch piece 11 in all directions of detection device 10.It will test 10 He of device after the completion of detection simultaneously
Rotating mechanism 6 is closed, and then removes brake clutch piece 11.Brake clutch piece 11 can be examined by repeating aforesaid operations
It surveys, all starting reciprocating mechanism 5 makes rotating mechanism 6 move down reset, whirler to brake clutch piece 11 after the completion for detection
Structure 6 moves down reset hollow bar 7 and moves down reset therewith, and hollow bar 7, which closes reciprocating mechanism 5 after resetting, is
It can.
Because reciprocating mechanism 5 includes the first sliding rail 501, the first sliding block 502, transverse slat 503, the second sliding rail 504,
Two sliding blocks 505, the first rack gear 506, mounting plate 507, first motor 508 and first gear 509, there are two the first sliding rail 501 is set,
Two 501 bilateral symmetries of the first sliding rail, the top of two the first sliding rails 501 pass through bolt and connect with the bottom of desktop 1, and two
The bottom of first sliding rail 501 passes through to be connected at the top of bolt and the tables 3 in the first groove 4, and the first sliding rail 501 is equipped with and it
The first sliding block 502 being slidably matched is connected with transverse slat 503 between two the first sliding blocks 502 by bolted connection, rotates
The top of transverse slat 503 is arranged in mechanism 6, passes through bolt at the top of the tables 3 in the first groove 4 and is connected with the second sliding rail 504 vertically,
Second sliding rail 504 is located between two the first sliding rails 501, and is located at the downside of transverse slat 503, and the second sliding rail 504 is equipped with and it
The right side of the second sliding block 505 being slidably matched, the second sliding block 505 is connected with the first rack gear 506, the first tooth by bolt vertically
The top of item 506 is connect by bolt with the bottom of transverse slat 503, and the left side lower part of the first sliding rail of right side 501 passes through bolt water
Flushconnection has a mounting plate 507, and the left side of mounting plate 507 is equipped with first motor 508 by bolt, first motor 508 it is defeated
Shaft is connected with first gear 509 by shaft coupling, and first gear 509 is engaged with the first rack gear 506.So manually starting first
Motor 508, which rotates clockwise first gear 509, can be such that the first rack gear 506 moves up, and the first rack gear 506, which moves up, to be pushed away
Motion plate 503 moves up, and transverse slat 503 moves up rotating mechanism 6 and moves up therewith, and rotating mechanism 6 moves up hollow
Strut 7 moves up therewith, and first motor 508 is closed when hollow bar 7 is moved upward to proper height.When making hollow branch
When bar 7 moves down reset, starting first motor 508 rotates counterclockwise first gear 509, and first gear 509 turns counterclockwise
It is dynamic that hollow bar 7 is made to move down reset, first motor 508 is closed after hollow bar 7 is mobile to be resetted.
Because rotating mechanism 6 includes the second motor 601, second gear 602 and third gear 603, the second motor 601 is logical
The top right side that bolt is mounted on transverse slat 503 is crossed, the output shaft of the second motor 601 is connected with second gear 602 by shaft coupling,
The left side of second gear 602 is equipped with third gear 603, and third gear 603 is engaged with second gear 602, the periphery of hollow bar 7
It is connect in such a way that flat key connects with third gear 603.Second gear 602 is rotated so manually starting the second motor 601,
The rotation of second gear 602 rotates third gear 603, and third gear 603 rotates hollow bar 7 and rotates with it, and 7 turns of hollow bar
Dynamic brake clutch piece 11 rotates with it, and so enables the detecting to brake clutch piece 11 in all directions of detection device 10, examines
The second motor 601 is closed after the completion of surveying.
Because detection device 10 includes slide bar 101, sliding sleeve 102, the first cylinder 103, the first connecting plate 104, dial gauge
105 and second cylinder 106, the upper and lower ends of slide bar 101 are connect by bolt with the supporting plate 8 in the second groove 9, on slide bar 101
Equipped with the sliding sleeve 102 being slidably matched with it, the right side of sliding sleeve 102 is equipped with the first cylinder 103, the first cylinder by bolt
The first connecting plate 104 is bolted on 103 telescopic rod, the leading flank of the first connecting plate 104 is equipped with dial gauge
105, the front side of slide bar 101 is equipped with the second cylinder 106, and the top of the second cylinder 106 is mounted in the second groove 9 by bolt
8 top of supporting plate, the telescopic rod of the second cylinder 106 are connect by bolt with the top of sliding sleeve 102.So the first cylinder 103 of starting
The first connecting plate 104 is set to move right, the first connecting plate 104 dial gauge 105 that moves right moves right therewith, works as dial gauge
When 105 detector is located at the surface on the left of the top of brake clutch piece 11, the first cylinder 103 of control stops elongation.So
After manually start the second cylinder 106 and move down sliding sleeve 102, sliding sleeve 102, which moves down, drives the first cylinder 103 to moving down
Dynamic, the first cylinder 103 moves down, the first connecting plate 104, dial gauge 105 move down therewith, when the detection of dial gauge 105
When head is moved downward to the top left contact with brake clutch piece 11, the first cylinder 103 is closed, then restarts the second electricity
Machine 601 rotates brake clutch piece 11, so can be to the detecting in all directions of brake clutch piece 11.It is closed after the completion of detection
Second motor 601.After the completion of brake clutch piece 11 all detection, it is multiple that the first cylinder 103 of starting is moved to the left dial gauge 105
Position, dial gauge 105 close the first cylinder 103 after being moved to the left reset, and then starting the second cylinder 106 keeps dial gauge 105 upward
Mobile to reset, dial gauge 105 closes the second cylinder 106 after moving up reset.
Because further including having the first fixed device 12, hollow bar 7 is equipped with the first fixed device 12, the first fixed device
12 include the first guide rod 123, movable plate 124, the first spring 125, third sliding rail 126, third sliding block 127, the first strut
128, it opens on the top of third motor 129, the 4th gear 1210 and the second rack gear 1211,7 left side of hollow bar and right side
There are two first through hole 121, and two first through hole 121 are symmetrical above and below, and the left side and right side of hollow bar 7 are provided with first
Guide hole 122, the first guide hole 122 are located between two first through hole 121, are equipped with the first guide rod 123, left side in the first guide hole 122
Movable plate 124 has been bolted in the left end of first guide rod 123 and the right end of the first guide rod of right side 123, movable plate 124
It is connected with the first spring 125 between medial surface and hollow bar 7, third sliding rail 126 has been bolted in hollow bar 7,
Third sliding rail 126 is located at the lower section of the first guide rod of left side 123, and third sliding rail 126 is equipped with the third sliding block being slidably matched with it
127, the top of third sliding block 127 is connect by bolt with the bottom right of the first guide rod of left side 123, is led on third sliding rail 126
It crosses and has been bolted the first strut 128, the first strut 128 is located at the rear side of the first guide rod of left side 123, and is located at third sliding block
The top of 127 rear side, the first strut 128 is equipped with third motor 129 by bolt, and the output shaft of third motor 129 passes through
Shaft coupling is connected with the 4th gear 1210, the top right side of the first guide rod of left side 123 and the bottom left of the first guide rod of right side 123
There is the second rack gear 1211 by bolt horizontal connection, the second rack gear 1211 is engaged with the 4th gear 1210.By brake clutch piece
11 sets behind the periphery of hollow bar 7, manually starting third motor 129 rotates clockwise the 4th gear 1210, the 4th gear
1210 rotate clockwise and keep two the second rack gears 1211 mobile to the outside of hollow bar 7, and two the second rack gears 1211 are to hollow
The outside of strut 7 is mobile to keep two the first guide rods 123 mobile to the outside of hollow bar 7, and the first guide rod 123 is to hollow bar 7
Outside moving active plate 124 it is mobile to the outside of hollow bar 7 therewith, the first spring 125 is upheld therewith, when two movable plates
124 with brake clutch piece 11 when being close to prop up brake clutch piece 11, closes third motor 129.Brake clutch can so be prevented
Piece 11 moves up and down when rotating, and so as to improve detection effect, reduces error.When removing brake clutch piece 11, open
Dynamic third motor 129 rotates counterclockwise the 4th gear 1210, and the 4th gear 1210, which rotates counterclockwise, can make two movable plates
Brake clutch piece 11 is unclamped in 124 resets, and two movable plates 124 close third motor 129 after resetting.
Because further including having the second fixed device 13, the second fixed device 13 is equipped at the top of the desktop 1 on 2 right side of opening, the
Two fixation devices 13 include Four-slider 132, Electric Motor Wheel 133, drawstring 134, second spring 135, the second connecting plate 136 and consolidate
Fixed pole 137, the top of desktop 1 on 2 right side of opening are laterally provided with sliding slot 131, be equipped in sliding slot 131 be slidably matched with it is the 4th sliding
Block 132 is equipped with Electric Motor Wheel 133 by bolt at the top of the desktop 1 on right side in sliding slot 131, drawstring 134 is wound in Electric Motor Wheel 133,
The end of drawstring 134 is connect with the right side of Four-slider 132, the table in left side in the left side of Four-slider 132 and sliding slot 131
Second spring 135 is connected between face 1, the second connecting plate 136 has been bolted in the top of Four-slider 132, and second connects
By bolt horizontal connection, there are two fixed links 137 for the left side of fishplate bar 136, and two fixed links 137 are symmetrical above and below, and upside is consolidated
Fixed pole 137 passes through two first through hole 121 of upside, and the fixed link 137 of downside passes through two first through hole 121 of downside.Just
When the beginning, Four-slider 132 is located at the right side in sliding slot 131, and second spring 135 is in stretched condition.When the first fixed device 12
After brake clutch piece 11 is fixed, manually starts Electric Motor Wheel 133 and rotate counterclockwise releasing drawstring 134, second spring 135 is anti-therewith
Bullet is moved to the left Four-slider 132, and Four-slider 132 is moved to the left the second connecting plate 136 and fixed link 137 therewith to moving to left
It is dynamic, after fixed link 137 is moved to the left across first through hole 121, close Electric Motor Wheel 133.Two fixed links 137 can make to brake
Clutch-plate 11 is constantly in horizontality, so can further improve detection effect, further reduce error.As general
When brake clutch piece 11 is removed, starting Electric Motor Wheel 133 rotates clockwise and withdraws drawstring 134, can so make fixed link 137 to
Reset is moved right, fixed link 137 closes Electric Motor Wheel 133 after resetting.
Because further including having damping device 14, fixed link 137 is equipped with damping device 14, and damping device 14 includes third
Spring 142 and motion bar 143, the bottom centre of upside fixed link 137 and the top center of downside fixed link 137 are laterally provided with
Third groove 141, it is evenly spaced in the fixed link 137 in third groove 141 to be connected with multiple third springs 142, third bullet
Motion bar 143 is connected between the end of spring 142.Third spring 142 can make motion bar 143 be close to brake clutch piece 11, such as
This can carry out damping to brake clutch piece 11.So as to further improve detection effect, further reduces and miss
Difference.
Because further including having the second guide rod 16, connecting rod 17, the 4th spring 18 and supporting plate 19, the of the right side of dial gauge 105
It is provided with the second guide hole 15 on one connecting plate 104, is equipped with the second guide rod 16 in the second guide hole 15, the top of the second guide rod 16 passes through spiral shell
Bolt horizontal connection has connecting rod 17, is surrounded with the 4th spring outside the second guide rod 16 between connecting rod 17 and the first connecting plate 104
18, the bottom end of the second guide rod 16 is connected with supporting plate 19, and supporting plate 19 is contacted with the detector of dial gauge 105.Dial gauge 105 is to moving down
Dynamic supporting plate 19 moves down therewith, and the 4th spring 18 can make supporting plate 19 be close to brake clutch piece 11, and supporting plate 19 can increase measurement
Range so as to improve detection efficiency, and can also further improve detection effect, further reduction error.
Because the bottom of supporting plate 8 is connect with the top of desktop 1 by bolted connection, the shape of supporting plate 8 is rectangular
The making material of body, supporting plate 8 is Q235 steel, and the ability to bear of Q235 steel is big, is able to extend the service life of supporting plate 8.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (4)
1. a kind of brake clutch piece production flatness detecting device, which is characterized in that include desktop (1), tables (3), on
Lower mobile mechanism (5), rotating mechanism (6), hollow bar (7), supporting plate (8) and detection device (10), the top center of desktop (1)
It being provided with opening (2), the bottom of desktop (1) has been bolted tables (3), the first groove (4) are provided at the top of tables (3),
Reciprocating mechanism (5) are equipped in first groove (4), the moving parts of reciprocating mechanism (5) is equipped with rotating mechanism (6),
It is connected on rotating mechanism (6) hollow bar (7), hollow bar (7) and brake clutch piece (11) cooperate, on the left of opening (2)
It being connected with vertically supporting plate (8) at the top of desktop (1) by bolt, the right side of supporting plate (8) is vertically provided with the second groove (9), and second
Supporting plate (8) in groove (9) is equipped with detection device (10);Reciprocating mechanism (5) includes the first sliding rail (501), first
Sliding block (502), transverse slat (503), the second sliding rail (504), the second sliding block (505), the first rack gear (506), mounting plate (507),
One motor (508) and first gear (509), there are two the first sliding rail (501) is set, two the first sliding rails (501) bilateral symmetries, two
The top of a first sliding rail (501) passes through bolt and connect with the bottom of desktop (1), and the bottom of two the first sliding rails (501) is equal
By connect at the top of bolt and tables (3) in the first groove (4), the first sliding rail (501) is equipped with the to be slidably matched with it
One sliding block (502) is connected with transverse slat (503), rotating mechanism between two the first sliding blocks (502) by bolted connection
(6) the second sliding rail is connected with by bolt vertically at the top of the tables (3) being arranged in the top of transverse slat (503), the first groove (4)
(504), the second sliding rail (504) is located between two the first sliding rails (501), and is located at the downside of transverse slat (503), the second sliding rail
(504) it is equipped with the second sliding block (505) being slidably matched with it, the right side of the second sliding block (505) is connected vertically by bolt
Have the first rack gear (506), the top of the first rack gear (506) is connect by bolt with the bottom of transverse slat (503), the first sliding rail of right side
(501) left side lower part has mounting plate (507) by bolt horizontal connection, and the left side of mounting plate (507) is pacified by bolt
Equipped with first motor (508), the output shaft of first motor (508) is connected with first gear (509), first gear by shaft coupling
(509) it is engaged with the first rack gear (506);Rotating mechanism (6) includes the second motor (601), second gear (602) and third tooth
It takes turns (603), the second motor (601) is mounted on the top right side of transverse slat (503), the output shaft of the second motor (601) by bolt
It is connected with second gear (602) by shaft coupling, the left side of second gear (602) is equipped with third gear (603), third gear
(603) it is engaged with second gear (602), the periphery of hollow bar (7) connects in such a way that flat key connects with third gear (603)
It connects;Detection device (10) includes slide bar (101), sliding sleeve (102), the first cylinder (103), the first connecting plate (104), dial gauge
(105) it is connect by bolt with the supporting plate (8) in the second groove (9) with the second cylinder (106), the upper and lower ends of slide bar (101),
Slide bar (101) is equipped with the sliding sleeve (102) being slidably matched with it, and the right side of sliding sleeve (102) is equipped with the first gas by bolt
Cylinder (103) has been bolted the first connecting plate (104) on the telescopic rod of the first cylinder (103), the first connecting plate (104)
Leading flank be equipped with dial gauge (105), the front side of slide bar (101) is equipped with the second cylinder (106), the top of the second cylinder (106)
Portion is mounted at the top of the supporting plate (8) in the second groove (9) by bolt, and the telescopic rod of the second cylinder (106) passes through bolt and cunning
Cover the top connection of (102);It further include having first fixed device (12), hollow bar (7) is equipped with first fixed device (12),
First fixed device (12) include the first guide rod (123), movable plate (124), the first spring (125), third sliding rail (126),
Third sliding block (127), the first strut (128), third motor (129), the 4th gear (1210) and the second rack gear (1211), it is hollow
The top of strut (7) left side and right side is opened there are two first through hole (121), and two first through hole (121) are symmetrical above and below,
The left side and right side of hollow bar (7) are provided with the first guide hole (122), and the first guide hole (122) is located at two first through hole
(121) between, the first guide rod (123) are equipped in the first guide hole (122), the left end and right side first of the first guide rod of left side (123)
The right end of guide rod (123) has been bolted movable plate (124), the medial surface of movable plate (124) and hollow bar (7) it
Between be connected with the first spring (125), has been bolted third sliding rail (126) in hollow bar (7), third sliding rail (126)
Positioned at the lower section of the first guide rod of left side (123), third sliding rail (126) is equipped with the third sliding block (127) being slidably matched with it, the
The top of three sliding blocks (127) is connect by bolt with the bottom right of the first guide rod of left side (123), is led on third sliding rail (126)
It crosses and has been bolted the first strut (128), the first strut (128) is located at the rear side of the first guide rod of left side (123), and is located at third
The top of the rear side of sliding block (127), the first strut (128) is equipped with third motor (129) by bolt, third motor (129)
Output shaft the 4th gear (1210), the top right side of the first guide rod of left side (123) and right side first are connected with by shaft coupling
The bottom left of guide rod (123), which passes through bolt horizontal connection, to be had the second rack gear (1211), the second rack gear (1211) and the 4th tooth
Take turns (1210) engagement;Further include there are second fixed device (13), the second fixed dress is equipped at the top of the desktop (1) on the right side of opening (2)
It sets (13), second fixed device (13) include Four-slider (132), Electric Motor Wheel (133), drawstring (134), second spring
(135), the second connecting plate (136) and fixed link (137), opening (2) on the right side of desktop (1) at the top of laterally be provided with sliding slot (131),
It is equipped with the Four-slider (132) being slidably matched with it in sliding slot (131), passes through spiral shell at the top of the desktop (1) on right side in sliding slot (131)
Bolt is equipped with Electric Motor Wheel (133), is wound in Electric Motor Wheel (133) drawstring (134), the end and Four-slider (132) of drawstring (134)
Right side connection, in the left side of Four-slider (132) and sliding slot (131) on the left of desktop (1) between be connected with the second bullet
Spring (135) has been bolted the second connecting plate (136) at the top of Four-slider (132), a left side for the second connecting plate (136)
By bolt horizontal connection, there are two fixed link (137) for side, and two fixed links (137) are symmetrical above and below, the fixed link of upside
(137) two first through hole (121) of upside are passed through, the fixed link (137) of downside passes through two first through hole of downside
(121).
2. a kind of brake clutch piece production flatness detecting device according to claim 1, which is characterized in that further include
Have damping device (14), fixed link (137) is equipped with damping device (14), and damping device (14) includes third spring (142)
With motion bar (143), the bottom centre of upside fixed link (137) and the top center of downside fixed link (137) are laterally provided with
Third groove (141), it is evenly spaced in the fixed link (137) in third groove (141) to be connected with multiple third springs
(142), motion bar (143) are connected between the end of third spring (142).
3. a kind of brake clutch piece production flatness detecting device according to claim 2, which is characterized in that further include
There are the second guide rod (16), connecting rod (17), the 4th spring (18) and supporting plate (19), the first connecting plate on the right side of dial gauge (105)
(104) it is provided on the second guide hole (15), is equipped with the second guide rod (16) in the second guide hole (15), the second guide rod passes through at the top of (16)
Bolt horizontal connection has connecting rod (17), and the second guide rod (16) between connecting rod (17) and the first connecting plate (104) surrounds outside
There is the 4th spring (18), the bottom end of the second guide rod (16) is connected with supporting plate (19), the detector of supporting plate (19) and dial gauge (105)
Contact.
4. a kind of brake clutch piece production flatness detecting device according to claim 3, which is characterized in that supporting plate
(8) bottom is connect with the top of desktop (1) by bolted connection, and the shape of supporting plate (8) is cuboid, supporting plate (8)
Making material be Q235 steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710230983.1A CN107063028B (en) | 2017-04-11 | 2017-04-11 | Flatness detecting device is used in a kind of production of brake clutch piece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710230983.1A CN107063028B (en) | 2017-04-11 | 2017-04-11 | Flatness detecting device is used in a kind of production of brake clutch piece |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107063028A CN107063028A (en) | 2017-08-18 |
| CN107063028B true CN107063028B (en) | 2019-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710230983.1A Active CN107063028B (en) | 2017-04-11 | 2017-04-11 | Flatness detecting device is used in a kind of production of brake clutch piece |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107063028B (en) |
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| CN107677187A (en) * | 2017-09-12 | 2018-02-09 | 周航洋 | A kind of silicon chip production measurer for thickness |
| CN107796275B (en) * | 2017-11-13 | 2022-07-15 | 中国计量大学 | Flexible display screen distortion characteristic measuring device |
| CN108772438B (en) * | 2018-05-16 | 2024-06-28 | 丽水职业技术学院 | Automatic intelligent linear slide rail alignment assembly line |
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