CN106813550A - A kind of brake clutch piece production thickness efficient detection device - Google Patents
A kind of brake clutch piece production thickness efficient detection device Download PDFInfo
- Publication number
- CN106813550A CN106813550A CN201710231057.6A CN201710231057A CN106813550A CN 106813550 A CN106813550 A CN 106813550A CN 201710231057 A CN201710231057 A CN 201710231057A CN 106813550 A CN106813550 A CN 106813550A
- Authority
- CN
- China
- Prior art keywords
- bolt
- brake clutch
- clutch piece
- motor
- transverse slat
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- 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
-
- 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
- G01B5/0002—Arrangements for supporting, fixing or guiding the measuring instrument or the object to be measured
-
- 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
- G01B5/02—Measuring arrangements characterised by the use of mechanical techniques for measuring length, width or thickness
- G01B5/06—Measuring arrangements characterised by the use of mechanical techniques for measuring length, width or thickness for measuring thickness
Abstract
The present invention relates to a kind of brake clutch piece production device, more particularly to a kind of brake clutch piece production thickness efficient detection device.The technical problem to be solved in the present invention is to provide one kind can reduce error, it is possible to increase Detection results, cost of manufacture is relatively low, can reduce the brake clutch piece production thickness efficient detection device of testing cost.In order to solve the above-mentioned technical problem, the invention provides such a brake clutch piece production thickness efficient detection device, casing, transverse slat, reciprocating mechanism, installing plate, the first motor, hollow loop bar etc. are included；Transverse slat is bolted at the top of casing, the crown center of transverse slat is provided with first through hole, reciprocating mechanism is provided with casing.The present invention carries out Thickness sensitivity to brake clutch piece by detection means, and rotates brake clutch piece, can reduce error so as to reach, it is possible to increase Detection results, cost of manufacture is relatively low.
Description
Technical field
It is high with thickness the present invention relates to a kind of brake clutch piece production device, more particularly to a kind of production of brake clutch piece
Effect detection means.
Background technology
Clutch-plate is the consumable accessory in motor-driven vehicle going system, when in use it should be specifically noted that when engine is operated, pin should not
It is consistently placed on clutch pedal.
Brake, also referred to as brakes, and is to instigate operating locomotive, vehicle and other means of transports or machinery etc. to stop or subtract
The action 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 support
Adaptable brake shoe, band or disk, are allowed to produce braking moment under external force.What brake gear can namely slow down
Mechanical brake device, also known as decelerator.In simple terms：Brake-pedal of automobile slams brake pedal below steering wheel, then make to stop
The linkage of car lever is pressurized and reaches the brake block on brake rim and blocks brake wheel disc, makes car deceleration or out of service.Automobile
Hand-operated brake is by gear, to be connected in brake thick stick.Common also has bicycle brake, and it is the shaft-like system by being fixed on vehicle frame
Dynamic device or disk fill brake holding brake etc. to be slowed down.
Need to detect its thickness in the production of brake clutch piece, and the thickness to brake clutch piece is examined at present
Survey be typically all that the mode for manually being detected has that detection error is big by manually being detected, that Detection results are not good is scarce
Point, and existing testing equipment cost of manufacture is higher, so as to testing cost can be improved, therefore needs research and development one kind badly and can reduce mistake
Difference, it is possible to increase Detection results, cost of manufacture is relatively low, and the brake clutch piece production thickness that can reduce testing cost is efficiently examined
Survey device.
The content of the invention
（1）The technical problem to be solved
The present invention is in order to the mode detection error for overcoming the artificial thickness to brake clutch piece to be detected is big, Detection results not
It is good, and existing testing equipment cost of manufacture is higher, so as to the shortcoming of testing cost can be improved, the invention solves the problems that technology ask
Topic is to provide one kind can reduce error, it is possible to increase Detection results, cost of manufacture is relatively low, can reduce the brake of testing cost
Clutch-plate production thickness efficient detection device.
（2）Technical scheme
In order to solve the above-mentioned technical problem, filled with thickness efficient detection the invention provides such a brake clutch piece production
Put, include casing, transverse slat, reciprocating mechanism, installing plate, the first motor, hollow loop bar, left/right movement device, riser and
Detection means, has been bolted transverse slat at the top of casing, the crown center of transverse slat is provided with first through hole, is provided with casing
Lower travel mechanism, is connected with installing plate on the moving parts of reciprocating mechanism, the top of installing plate is provided with by bolt
One motor, the output shaft of the first motor is connected with hollow loop bar by shaft coupling, and hollow loop bar coordinates with brake clutch piece, transverse slat
Top left side be laterally provided with the first groove, left/right movement device, the moving parts of left/right movement device are provided with the first groove
On be connected with riser, the right flank of riser is provided with detection means.
Preferably, reciprocating mechanism includes the first slide bar, the first sliding sleeve, tooth bar, the second motor and gear, and first slides
The top of bar is connected by bolt with the bottom of transverse slat, and the bottom of the first slide bar is connected by bolt with the bottom in casing, the
One slide bar is provided with the first sliding sleeve being slidably matched with it, and the left surface of the first sliding sleeve is connected with tooth bar vertically by bolt, peace
The left surface for filling plate is connected by bolt with the right flank of the first sliding sleeve, and the front side in casing is provided with the second electricity by bolt
Machine, the output shaft of the second motor is connected with gear, wheel and rack engagement by shaft coupling.
Preferably, left/right movement device includes the second slide bar, the second sliding sleeve and the first cylinder, the left and right two of the second slide bar
End is connected by transverse slat of the bolt respectively with the left and right sides in the first groove, and the second slide bar is provided with the be slidably matched with it
Two sliding sleeves, the bottom of riser is connected by bolt with the top of the second sliding sleeve, and the first cylinder, first are provided with front side of the second slide bar
Cylinder is arranged in the first groove on the transverse slat in left side by bolt, and the expansion link of the first cylinder is by bolt and the second sliding sleeve
Left surface is connected.
Preferably, detection means includes the first contiguous block, benchmark blade, first bearing seat, the second contiguous block, the 3rd electricity
Machine, screw mandrel, nut and thickness vernier scale, the left surface of the first contiguous block are connected by bolt with the right flank bottom of riser, the
Right side in one contiguous block is provided with benchmark blade, and the first contiguous block built-in type on the left of benchmark blade is provided with clutch shaft bearing
Seat, the leading flank top of benchmark blade has been bolted the second contiguous block, and the second contiguous block top is provided with by bolt
3rd motor, the output shaft of the 3rd motor is connected with screw mandrel by shaft coupling, and screw mandrel is by way of interference is connected and first axle
The bearing connection of bearing, screw mandrel is provided with nut, and the right flank of nut is connected with thickness vernier scale.
Preferably, fixing device is also included, the top of hollow loop bar is provided with fixing device, and fixing device includes cunning
Block, Electric Motor Wheel, the first drawstring, connecting rod, fixed pulley, the second drawstring, supporting plate and the first spring, the left and right on hollow loop bar top
Both sides are provided with the second through hole, and the hollow loop bar medial surface below the second through hole is vertically provided with chute, is provided with and it in chute
The sliding block being slidably matched, Electric Motor Wheel is provided with the hollow loop bar of chute inner underside by bolt, and the first drawing is wound with Electric Motor Wheel
Rope, the end of the first drawstring is connected with the bottom of sliding block, connecting rod has been bolted between two sliding blocks, above chute
Hollow loop bar medial surface is provided with fixed pulley by bolt, and the left and right sides at the top of connecting rod is respectively connected with the second drawstring, left
The end of the drawstring of side second bypasses the fixed pulley in left side, and the second through hole through left side is connected with supporting plate, and right side second is drawn
The end of rope bypasses the fixed pulley on right side, and the second through hole through right side is also connected with supporting plate, the medial surface of supporting plate with
Two the first springs are connected between hollow loop bar, two the first springs are respectively positioned at the both sides up and down of the second drawstring.
Preferably, apparatus for placing is also included, the top right side of transverse slat is provided with apparatus for placing, and apparatus for placing includes second
Bearing block, first rotating shaft, holding tray and cylindrical fixed block, the Embedded right side installed in transverse slat of second bearing seat, second
Bearing on bearing block is connected with first rotating shaft by way of interference is connected, and the top of first rotating shaft has been bolted puts
Disk is put, multiple cylinder fixed blocks, circle are connected with by the way that bolt is evenly spaced vertically on the eccentric position at the top of holding tray
Cylindricality fixed block coordinates with brake clutch piece.
Preferably, whirligig is also included, whirligig is provided with the downside of transverse slat, whirligig includes 3rd bearing
Seat, support plate, the 4th motor, the second rotating shaft, the first belt pulley, the second belt pulley and flat belt, 3rd bearing seat are pacified by bolt
Mounted in the transverse slat bottom of second bearing seat left, the top of casing right flank has been bolted support plate, and the top of support plate leads to
Cross bolt and the 4th motor is installed, the output shaft of the 4th motor is connected with the second rotating shaft by shaft coupling, and the second rotating shaft passed through
The bearing of mode and 3rd bearing seat of connection of being full of be connected, and the periphery of the second rotating shaft is connected with first by way of flat key connection
Belt pulley, the lower periphery of first rotating shaft is connected with the second belt pulley, the second belt pulley and first by way of flat key is connected
Flat belt is connected between belt pulley.
Preferably, second spring, pole, top board, the second cylinder and briquetting are also included, the top of first rotating shaft is vertically opened
There is the second groove, the first rotating shaft top in the second groove is connected with second spring, and the top of second spring is connected with pole, puts
The bottom for putting disk can also be connected by bolt with the top of pole, and there is top board on the top of riser by bolt level connection joint, top
The bottom right of plate is provided with the second cylinder by bolt, and briquetting has been bolted on the expansion link of the second cylinder.
Preferably, block rubber is also included, the lateral surface of two supporting plates is respectively connected with block rubber.
Operation principle：When initial, hollow loop bar is located in casing.When to be detected to the thickness of brake clutch piece,
Manually starting reciprocating mechanism moves up installing plate, and installing plate moves up the first motor and hollow loop bar is upward therewith
It is mobile, when hollow loop bar moves upwards through first through hole positioned at suitable height, close reciprocating mechanism.Manually will again
Brake clutch piece is enclosed within the periphery of hollow loop bar, and then manually starting left/right movement device makes riser move right, and riser is to the right
Motion detection device moves right therewith, when left/right movement device is closed after the correct position that detection means moves right, then
Start detection means simultaneously again and the first motor is rotated, detection means can carry out Thickness sensitivity, the first electricity to brake clutch piece
Machine is rotated rotates hollow loop bar, and hollow loop bar rotates brake clutch piece concomitant rotation, so enables detection means to brake
Clutch-plate carries out comprehensive detection, and the data record that subsequent operating personnel will detect is got off.After the completion of detection, simultaneously close off
Detection means and the first motor are rotated, and then again remove brake clutch piece.Repeating aforesaid operations can be to brake clutch
Piece carries out Thickness sensitivity, and after the completion of brake clutch piece all detection, starting reciprocating mechanism moves down hollow loop bar
Reset, hollow loop bar closes reciprocating mechanism after resetting.Then starting left/right movement device makes detection means be moved to the left again
Position, detection means closes left/right movement device after resetting.So the present invention carries out thickness by detection means to brake clutch piece
Detection, can reduce error, it is possible to increase Detection results, and cost of manufacture is relatively low such that it is able to reduce testing cost.Therefore originally
Invention can reduce error, it is possible to increase Detection results, cost of manufacture is relatively low, can reduce testing cost.
Because reciprocating mechanism includes the first slide bar, the first sliding sleeve, tooth bar, the second motor and gear, the first slide bar
Top be connected with the bottom of transverse slat by bolt, the bottom of the first slide bar is connected by bolt with the bottom in casing, first
Slide bar is provided with the first sliding sleeve being slidably matched with it, and the left surface of the first sliding sleeve is connected with tooth bar vertically by bolt, installs
The left surface of plate is connected by bolt with the right flank of the first sliding sleeve, and the front side in casing is provided with the second motor by bolt,
The output shaft of the second motor is connected with gear, wheel and rack engagement by shaft coupling.So manually starting the second motor makes tooth
Wheel is rotated counterclockwise, and gear is rotated counterclockwise moves up tooth bar, and tooth bar moves up the first sliding sleeve and moves up therewith, the
One sliding sleeve move up drive installing plate upwards with movement, installing plate is upward therewith with mobile first motor and hollow loop bar upwards
It is mobile, when hollow loop bar moves upwards through first through hole positioned at suitable height, close the second motor.When brake clutch piece
When all detection completion will make hollow loop bar move down reset, starting the second motor rotates clockwise gear, so can
Hollow loop bar is set to move down reset, hollow loop bar closes the second motor after resetting.
Because left/right movement device includes the second slide bar, the second sliding sleeve and the first cylinder, the left and right two ends of the second slide bar
It is connected by transverse slat of the bolt respectively with the left and right sides in the first groove, the second slide bar is provided with second be slidably matched with it
Sliding sleeve, the bottom of riser is connected by bolt with the top of the second sliding sleeve, and the first cylinder, the first gas are provided with front side of the second slide bar
Cylinder is arranged in the first groove on the transverse slat in left side by bolt, and the expansion link of the first cylinder is by bolt and a left side for the second sliding sleeve
Side connects.Riser is set to move right so manually starting the first cylinder, the riser detection means that moves right moves right therewith,
When closing the first cylinder after the correct position that detection means moves right.When brake clutch piece, all detection completion will fill detection
Put when being moved to the left reset, starting the first cylinder makes riser be moved to the left reset, and riser is moved to the left resetting detection device therewith
Reset is moved to the left, detection means closes the first cylinder after resetting.
Because detection means include the first contiguous block, benchmark blade, first bearing seat, the second contiguous block, the 3rd motor,
Screw mandrel, nut and thickness vernier scale, the left surface of the first contiguous block are connected by bolt with the right flank bottom of riser, and first connects
Connect the right side in block and be provided with benchmark blade, the first contiguous block built-in type on the left of benchmark blade is provided with first bearing seat,
The leading flank top of benchmark blade has been bolted the second contiguous block, and the second contiguous block top is provided with the 3rd by bolt
Motor, the output shaft of the 3rd motor is connected with screw mandrel by shaft coupling, and screw mandrel is by way of interference is connected and first bearing seat
Bearing connection, screw mandrel is provided with nut, and the right flank of nut is connected with thickness vernier scale.So to make the slightly higher base of hollow loop bar
The inside bottom of object staff body, then brake clutch piece is enclosed within the periphery of hollow loop bar, then move down hollow loop bar, it is hollow
Loop bar moves down brake clutch piece and moves down therewith, when the bottom left and the inside bottom of benchmark blade of brake clutch piece
Stop moving down brake clutch piece during contact.Then restarting the 3rd motor rotates clockwise screw mandrel, and screw mandrel is clockwise
Rotation moves down nut, and nut moves down thickness vernier scale and moves down therewith, when thickness vernier scale move down with
The 3rd motor is closed when the top left side of brake clutch piece is contacted, then restarting the first motor rotates brake clutch piece, such as
This can carry out Thickness sensitivity to brake clutch piece, and operating personnel then again get off the data record on thickness vernier scale.Inspection
Starting the 3rd motor after the completion of survey rotates counterclockwise screw mandrel, and screw mandrel is rotated counterclockwise moves up nut, and nut is moved upwards
Dynamic thickness vernier scale is moved up therewith, and the 3rd motor is closed after thickness vernier scale moves up reset, then will brake from
Piece is closed to remove.
Because also including fixing device, the top of hollow loop bar is provided with fixing device, and fixing device includes sliding block, electricity
Driving wheel, the first drawstring, connecting rod, fixed pulley, the second drawstring, supporting plate and the first spring, the left and right sides on hollow loop bar top
The second through hole is provided with, the hollow loop bar medial surface below the second through hole is vertically provided with chute, is provided with chute and is slided with it
The sliding block of cooperation, Electric Motor Wheel is provided with the hollow loop bar of chute inner underside by bolt, and the first drawstring is wound with Electric Motor Wheel, the
The end of one drawstring is connected with the bottom of sliding block, and connecting rod has been bolted between two sliding blocks, hollow above chute
Loop bar medial surface is provided with fixed pulley by bolt, and the left and right sides at the top of connecting rod is respectively connected with the second drawstring, left side
The end of two drawstrings bypasses the fixed pulley in left side, and the second through hole through left side is connected with supporting plate, the drawstring of right side second
End bypasses the fixed pulley on right side, and the second through hole through right side is also connected with supporting plate, the medial surface of supporting plate with it is hollow
Two the first springs are connected between loop bar, two the first springs are respectively positioned at the both sides up and down of the second drawstring.When initial, first
Spring is located at compressive state.When by brake clutch piece be enclosed within hollow loop bar it is peripheral after, manually start Electric Motor Wheel release first draw
Rope, the first spring rebounds therewith makes outer side shifting of two supporting plates to hollow loop bar, outer sidesway from supporting plate to hollow loop bar
It is dynamic to pull connecting rod to move up by the second drawstring, when two supporting plates are close to prop up brake clutch piece general with brake clutch piece
After brake clutch piece is fixed, Electric Motor Wheel is closed.So it is prevented from being moved up and down when brake clutch piece is rotated and rocks such that it is able to
It is further to reduce error, further improve Detection results.When brake clutch piece is removed, start Electric Motor Wheel and withdraw the
One drawstring, the first drawstring pulls connecting rod to move down, and connecting rod moves down the second drawstring of pulling and moves down, the second drawstring
Move down two support sheet resets of pulling to unclamp brake clutch piece, close Electric Motor Wheel after two support sheet resets.
Because also including apparatus for placing, the top right side of transverse slat is provided with apparatus for placing, and apparatus for placing includes the second axle
Bearing, first rotating shaft, holding tray and cylindrical fixed block, the Embedded right side installed in transverse slat of second bearing seat, the second axle
Bearing in bearing is connected with first rotating shaft by way of interference is connected, and the top of first rotating shaft has been bolted placement
Disk, multiple cylinder fixed blocks, cylinder are connected with the eccentric position at the top of holding tray by the way that bolt is evenly spaced vertically
Shape fixed block coordinates with brake clutch piece.Brake clutch piece is first manually enclosed within the periphery of cylindrical fixed block.When hollow loop bar
On be put into after the completion of the detection of brake clutch piece detection completed brake clutch piece and removes, then manual rotation's first rotating shaft, first turn
Axle rotates holding tray and cylindrical fixed block concomitant rotation, and cylindrical fixed block rotates the brake clutch piece on cylindrical fixed block
Concomitant rotation, stop operating first rotating shaft after the certain angle of brake clutch piece rotation.Then manually by cylindrical fixed block
Brake clutch piece remove to be enclosed within hollow loop bar and detected, so can disposably place more brake clutch piece,
The brake clutch piece that manually need not bend over not detecting repeatedly is picked up such that it is able to time saving and energy saving, it is possible to increase detection efficiency.
Because also including whirligig, be provided with whirligig on the downside of transverse slat, whirligig include 3rd bearing seat,
Support plate, the 4th motor, the second rotating shaft, the first belt pulley, the second belt pulley and flat belt, 3rd bearing seat are arranged on by bolt
The transverse slat bottom of second bearing seat left, the top of casing right flank has been bolted support plate, and the top of support plate passes through spiral shell
Bolt is provided with the 4th motor, and the output shaft of the 4th motor is connected with the second rotating shaft by shaft coupling, and the second rotating shaft is connected by interference
The mode for connecing is connected with the bearing of 3rd bearing seat, and the periphery of the second rotating shaft is connected with the first belt by way of flat key is connected
Wheel, the lower periphery of first rotating shaft is connected with the second belt pulley, the second belt pulley and the first belt by way of flat key is connected
Flat belt is connected between wheel.Manually starting the 4th motor makes the second axis of rotation, and second the first belt pulley of axis of rotation is therewith
Rotate, the first pulley rotation makes the second pulley rotation, the second pulley rotation drive first rotating shaft to rotate by flat belt,
The 4th motor is closed after first rotating shaft turns to certain angle.Manual rotation's first rotating shaft is not needed so such that it is able to
It is more time saving and energy saving, can further improve detection efficiency.
Because also including second spring, pole, top board, the second cylinder and briquetting, the top of first rotating shaft is vertically provided with
Second groove, the first rotating shaft top in the second groove is connected with second spring, and the top of second spring is connected with pole, places
The bottom of disk can also be connected by bolt with the top of pole, and there are top board, top board in the top of riser by bolt level connection joint
Bottom right the second cylinder is provided with by bolt, be bolted briquetting on the expansion link of the second cylinder.Work as brake
Hole position in the middle of the certain angle of clutch-plate rotation and brake clutch piece manually starts the second gas when the surface of hollow loop bar
Cylinder moves down briquetting, and briquetting moves down extruding holding tray moves down holding tray, and holding tray moves down extruding branch
Bar moves down pole, and second spring is compressed therewith.So brake clutch piece can be enclosed within hollow loop bar automatically, so that
Can be more time saving and energy saving, can further improve detection efficiency.Brake clutch piece closes the after being enclosed within hollow loop bar
Two cylinders, then starting the second cylinder makes briquetting move up reset, and briquetting closes the second cylinder after resetting.Second spring with
Bounce-back pole is moved down reset, pole moves down reset holding tray and moves up reset therewith.
Because also including block rubber, the lateral surface of two supporting plates is respectively connected with block rubber, block rubber can increase with
Frictional force between brake clutch piece such that it is able to by the more firm of brake clutch piece fixation, and supporting plate can also be prevented straight
Connect and contacted with brake clutch piece, and then brake clutch piece can be protected.
（3）Beneficial effect
The present invention carries out Thickness sensitivity to brake clutch piece by detection means, and rotates brake clutch piece, so as to reach
Error can be reduced, it is possible to increase Detection results, cost of manufacture is relatively low, the effect of testing cost can be reduced.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the invention.
Fig. 2 is second main structure diagram of the invention.
Fig. 3 is the first main structure diagram of fixing device of the present invention.
Fig. 4 is the third main structure diagram of the invention.
Fig. 5 is the overlooking the structure diagram of apparatus for placing of the present invention.
Fig. 6 is the 4th kind of main structure diagram of the invention.
Fig. 7 is the 5th kind of main structure diagram of the invention.
Fig. 8 is second main structure diagram of fixing device of the present invention.
Mark in accompanying drawing for：1- casings, 2- transverse slats, 3- first through hole, 4- reciprocating mechanisms, 5- installing plates, 6-
One motor, the hollow loop bars of 7-, the grooves of 8- first, 9- left/right movement devices, 10- risers, 11- detection means, 12- brake clutches
Piece, the slide bars of 401- first, the sliding sleeves of 402- first, 403- tooth bars, the motors of 404- second, 405- gears, the slide bars of 901- second, 902-
Second sliding sleeve, the cylinders of 903- first, the contiguous blocks of 111- first, 112- benchmark blades, 113- first bearing seats, 114- second is connected
Block, the motors of 115- the 3rd, 116- screw mandrels, 117- nuts, 118- thickness vernier scales, 13- fixing devices, the through holes of 131- second,
132- chutes, 133- sliding blocks, 134- Electric Motor Wheels, the drawstrings of 135- first, 136- connecting rods, 137- fixed pulleys, the drawstrings of 138- second,
139- supporting plates, the springs of 1310- first, 14- apparatus for placing, 141- second bearing seats, 142- first rotating shafts, 143- holding trays,
144- cylinder fixed blocks, 15- whirligigs, 151- 3rd bearings seat, 152- support plates, the motors of 153- the 4th, second turn of 154-
Axle, the belt pulleys of 155- first, the belt pulleys of 156- second, 157- flat belts, the grooves of 16- second, 17- second springs, 18- poles,
19- top boards, the cylinders of 20- second, 21- briquettings, 1311- block rubbers.
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 thickness efficient detection device, as shown in figures 1-8, include casing 1, transverse slat 2, on move down
Motivation structure 4, installing plate 5, the first motor 6, hollow loop bar 7, left/right movement device 9, riser 10 and detection means 11, casing 1
Top has been bolted transverse slat 2, and the crown center of transverse slat 2 is provided with first through hole 3, casing 1 and is provided with reciprocating mechanism
4, installing plate 5 is connected with the moving parts of reciprocating mechanism 4, the top of installing plate 5 is provided with the first motor by bolt
6, the output shaft of the first motor 6 is connected with hollow loop bar 7 by shaft coupling, and hollow loop bar 7 coordinates with brake clutch piece 12, transverse slat
2 top left side is laterally provided with the first groove 8, and left/right movement device 9, the movement of left/right movement device 9 are provided with the first groove 8
Riser 10 is connected with part, the right flank of riser 10 is provided with detection means 11.
Embodiment 2
A kind of brake clutch piece production thickness efficient detection device, as shown in figures 1-8, include casing 1, transverse slat 2, on move down
Motivation structure 4, installing plate 5, the first motor 6, hollow loop bar 7, left/right movement device 9, riser 10 and detection means 11, casing 1
Top has been bolted transverse slat 2, and the crown center of transverse slat 2 is provided with first through hole 3, casing 1 and is provided with reciprocating mechanism
4, installing plate 5 is connected with the moving parts of reciprocating mechanism 4, the top of installing plate 5 is provided with the first motor by bolt
6, the output shaft of the first motor 6 is connected with hollow loop bar 7 by shaft coupling, and hollow loop bar 7 coordinates with brake clutch piece 12, transverse slat
2 top left side is laterally provided with the first groove 8, and left/right movement device 9, the movement of left/right movement device 9 are provided with the first groove 8
Riser 10 is connected with part, the right flank of riser 10 is provided with detection means 11.
Reciprocating mechanism 4 includes the first slide bar 401, the first sliding sleeve 402, tooth bar 403, the second motor 404 and gear
405, the top of the first slide bar 401 is connected by bolt with the bottom of transverse slat 2, and the bottom of the first slide bar 401 passes through bolt and case
Bottom connection in body 1, the first slide bar 401 is provided with the first sliding sleeve 402 being slidably matched with it, the left side of the first sliding sleeve 402
Face is connected with tooth bar 403 vertically by bolt, and the left surface of installing plate 5 is connected by bolt with the right flank of the first sliding sleeve 402,
Front side in casing 1 is provided with the second motor 404 by bolt, and the output shaft of the second motor 404 connects with teeth by shaft coupling
Wheel 405, gear 405 is engaged with tooth bar 403.
Embodiment 3
A kind of brake clutch piece production thickness efficient detection device, as shown in figures 1-8, include casing 1, transverse slat 2, on move down
Motivation structure 4, installing plate 5, the first motor 6, hollow loop bar 7, left/right movement device 9, riser 10 and detection means 11, casing 1
Top has been bolted transverse slat 2, and the crown center of transverse slat 2 is provided with first through hole 3, casing 1 and is provided with reciprocating mechanism
4, installing plate 5 is connected with the moving parts of reciprocating mechanism 4, the top of installing plate 5 is provided with the first motor by bolt
6, the output shaft of the first motor 6 is connected with hollow loop bar 7 by shaft coupling, and hollow loop bar 7 coordinates with brake clutch piece 12, transverse slat
2 top left side is laterally provided with the first groove 8, and left/right movement device 9, the movement of left/right movement device 9 are provided with the first groove 8
Riser 10 is connected with part, the right flank of riser 10 is provided with detection means 11.
Reciprocating mechanism 4 includes the first slide bar 401, the first sliding sleeve 402, tooth bar 403, the second motor 404 and gear
405, the top of the first slide bar 401 is connected by bolt with the bottom of transverse slat 2, and the bottom of the first slide bar 401 passes through bolt and case
Bottom connection in body 1, the first slide bar 401 is provided with the first sliding sleeve 402 being slidably matched with it, the left side of the first sliding sleeve 402
Face is connected with tooth bar 403 vertically by bolt, and the left surface of installing plate 5 is connected by bolt with the right flank of the first sliding sleeve 402,
Front side in casing 1 is provided with the second motor 404 by bolt, and the output shaft of the second motor 404 connects with teeth by shaft coupling
Wheel 405, gear 405 is engaged with tooth bar 403.
Left/right movement device 9 includes the second slide bar 901, the second sliding sleeve 902 and the first cylinder 903, the second slide bar 901
Left and right two ends are connected by transverse slat 2 of the bolt respectively with the left and right sides in the first groove 8, and the second slide bar 901 is provided with and it
The second sliding sleeve 902 being slidably matched, the bottom of riser 10 is connected by bolt with the top of the second sliding sleeve 902, the second slide bar 901
Front side be provided with the first cylinder 903, the first cylinder 903 is arranged in the first groove 8 on the transverse slat 2 in left side by bolt, first
The expansion link of cylinder 903 is connected by bolt with the left surface of the second sliding sleeve 902.
Embodiment 4
A kind of brake clutch piece production thickness efficient detection device, as shown in figures 1-8, include casing 1, transverse slat 2, on move down
Motivation structure 4, installing plate 5, the first motor 6, hollow loop bar 7, left/right movement device 9, riser 10 and detection means 11, casing 1
Top has been bolted transverse slat 2, and the crown center of transverse slat 2 is provided with first through hole 3, casing 1 and is provided with reciprocating mechanism
4, installing plate 5 is connected with the moving parts of reciprocating mechanism 4, the top of installing plate 5 is provided with the first motor by bolt
6, the output shaft of the first motor 6 is connected with hollow loop bar 7 by shaft coupling, and hollow loop bar 7 coordinates with brake clutch piece 12, transverse slat
2 top left side is laterally provided with the first groove 8, and left/right movement device 9, the movement of left/right movement device 9 are provided with the first groove 8
Riser 10 is connected with part, the right flank of riser 10 is provided with detection means 11.
Reciprocating mechanism 4 includes the first slide bar 401, the first sliding sleeve 402, tooth bar 403, the second motor 404 and gear
405, the top of the first slide bar 401 is connected by bolt with the bottom of transverse slat 2, and the bottom of the first slide bar 401 passes through bolt and case
Bottom connection in body 1, the first slide bar 401 is provided with the first sliding sleeve 402 being slidably matched with it, the left side of the first sliding sleeve 402
Face is connected with tooth bar 403 vertically by bolt, and the left surface of installing plate 5 is connected by bolt with the right flank of the first sliding sleeve 402,
Front side in casing 1 is provided with the second motor 404 by bolt, and the output shaft of the second motor 404 connects with teeth by shaft coupling
Wheel 405, gear 405 is engaged with tooth bar 403.
Left/right movement device 9 includes the second slide bar 901, the second sliding sleeve 902 and the first cylinder 903, the second slide bar 901
Left and right two ends are connected by transverse slat 2 of the bolt respectively with the left and right sides in the first groove 8, and the second slide bar 901 is provided with and it
The second sliding sleeve 902 being slidably matched, the bottom of riser 10 is connected by bolt with the top of the second sliding sleeve 902, the second slide bar 901
Front side be provided with the first cylinder 903, the first cylinder 903 is arranged in the first groove 8 on the transverse slat 2 in left side by bolt, first
The expansion link of cylinder 903 is connected by bolt with the left surface of the second sliding sleeve 902.
Detection means 11 includes the first contiguous block 111, benchmark blade 112, first bearing seat 113, the second contiguous block
114th, the 3rd motor 115, screw mandrel 116, nut 117 and thickness vernier scale 118, the left surface of the first contiguous block 111 pass through bolt
It is connected with the right flank bottom of riser 10, the right side in the first contiguous block 111 is provided with benchmark blade 112, the left side of benchmark blade 112
The built-in type of the first contiguous block 111 first bearing seat 113 is installed, the leading flank top of benchmark blade 112 passes through bolt
The second contiguous block 114 is connected with, the top of the second contiguous block 114 is provided with the 3rd motor 115 by bolt, the 3rd motor 115
Output shaft is connected with screw mandrel 116, bearing of the screw mandrel 116 by way of interference is connected with first bearing seat 113 by shaft coupling
Connection, screw mandrel 116 is provided with nut 117, and the right flank of nut 117 is connected with thickness vernier scale 118.
Fixing device 13 is also included, the top of hollow loop bar 7 is provided with fixing device 13, and fixing device 13 includes sliding block
133rd, Electric Motor Wheel 134, the first drawstring 135, connecting rod 136, fixed pulley 137, the second drawstring 138, the spring of supporting plate 139 and first
1310, the left and right sides on the top of hollow loop bar 7 is provided with the second through hole 131, the inner side of hollow loop bar 7 of the lower section of the second through hole 131
Face is vertically provided with chute 132, chute 132 and is provided with the sliding block 133 being slidably matched with it, the hollow sleeve of the inner underside of chute 132
Electric Motor Wheel 134 is provided with by bolt on bar 7, the first drawstring 135, the end of the first drawstring 135 and cunning are wound with Electric Motor Wheel 134
The bottom connection of block 133, has been bolted connecting rod 136, the hollow loop bar 7 of the top of chute 132 between two sliding blocks 133
Medial surface is provided with fixed pulley 137 by bolt, and the left and right sides at the top of connecting rod 136 is respectively connected with the second drawstring 138, left
The end of the second drawstring of side 138 bypasses the fixed pulley 137 in left side, and the second through hole 131 through left side is connected with supporting plate
139, the end of the second drawstring of right side 138 bypasses the fixed pulley 137 on right side, and the second through hole 131 through right side is also connected with
Supporting plate 139, is connected with two the first springs 1310, two the first springs between the medial surface of supporting plate 139 and hollow loop bar 7
1310 respectively positioned at the both sides up and down of the second drawstring 138.
Apparatus for placing 14 is also included, the top right side of transverse slat 2 is provided with apparatus for placing 14, and apparatus for placing 14 includes second
Bearing block 141, first rotating shaft 142, holding tray 143 and cylindrical fixed block 144, second bearing seat 141 is Embedded to be arranged on
The right side of transverse slat 2, the bearing in second bearing seat 141 is connected with first rotating shaft 142, first rotating shaft by way of interference is connected
142 top has been bolted holding tray 143, uniform vertically by bolt on the eccentric position at the top of holding tray 143
What is be spaced is connected with multiple cylinder fixed blocks 144, and cylindrical fixed block 144 coordinates with brake clutch piece 12.
Whirligig 15 is also included, the downside of transverse slat 2 is provided with whirligig 15, and whirligig 15 includes 3rd bearing
Seat 151, support plate 152, the 4th motor 153, the second rotating shaft 154, the first belt pulley 155, the second belt pulley 156 and flat belt 157,
3rd bearing seat 151 is arranged on the bottom of transverse slat 2 of the left of second bearing seat 141 by bolt, and the top of the right flank of casing 1 passes through
The top that bolt connection has support plate 152, support plate 152 is provided with the 4th motor 153, the output shaft of the 4th motor 153 by bolt
Second rotating shaft 154, axle of second rotating shaft 154 by way of interference is connected with 3rd bearing 151 are connected with by shaft coupling
Connection is held, the periphery of the second rotating shaft 154 is connected with the first belt pulley 155 by way of flat key is connected, under first rotating shaft 142
Portion periphery is connected with the second belt pulley 156 by way of flat key is connected, between the second belt pulley 156 and the first belt pulley 155
It is connected with flat belt 157.
Also include second spring 17, pole 18, top board 19, the second cylinder 20 and briquetting 21, the top of first rotating shaft 142
The second groove 16 vertically is provided with, the top of first rotating shaft 142 in the second groove 16 is connected with second spring 17, second spring 17
Top is connected with pole 18, and the bottom of holding tray 143 can also be connected by bolt with the top of pole 18, the top of riser 10
The bottom right for having top board 19, top board 19 by bolt level connection joint is provided with the second cylinder 20, the second cylinder 20 by bolt
Expansion link on be bolted briquetting 21.
Block rubber 1311 is also included, the lateral surface of two supporting plates 139 is respectively connected with block rubber 1311.
Operation principle：When initial, hollow loop bar 7 is located in casing 1.When being detected to the thickness of brake clutch piece 12
When, manually starting reciprocating mechanism 4 moves up installing plate 5, and installing plate 5 moves up the first motor 6 and hollow loop bar 7
Move up therewith, when hollow loop bar 7 moves upwards through first through hole 3 positioned at suitable height, closing moves up and down machine
Structure 4.Brake clutch piece 12 is manually enclosed within the periphery of hollow loop bar 7 again, then manually starting left/right movement device 9 makes riser 10
Move right, the detection means 11 that moves right of riser 10 moves right therewith, when the correct position that detection means 11 moves right
Left/right movement device 9 being closed afterwards, then being started the motor 6 of detection means 11 and first simultaneously again and is rotated, detection means 11 can be right
Brake clutch piece 12 carries out Thickness sensitivity, and the first motor 6 is rotated rotates hollow loop bar 7, and hollow loop bar 7 rotates brake clutch piece
12 concomitant rotations, so enable detection means 11 that comprehensive detection is carried out to brake clutch piece 12, and subsequent operating personnel will
The data record for detecting is got off.After the completion of detection, simultaneously close off the motor 6 of detection means 11 and first and rotate, will then stop again
Car clutch-plate 12 is removed.Repeating aforesaid operations can carry out Thickness sensitivity to brake clutch piece 12, when brake clutch piece 12
All after the completion of detection, starting reciprocating mechanism 4 makes hollow loop bar 7 move down reset, and hollow loop bar 7 is closed after resetting
Lower travel mechanism 4.Then starting left/right movement device 9 makes detection means 11 be moved to the left reset, and detection means 11 is closed after resetting
Close left/right movement device 9.So the present invention carries out Thickness sensitivity by detection means 11 to brake clutch piece 12, can reduce mistake
Difference, it is possible to increase Detection results, and cost of manufacture is relatively low such that it is able to reduce testing cost.Therefore the present invention can reduce mistake
Difference, it is possible to increase Detection results, cost of manufacture is relatively low, can reduce testing cost.
Because reciprocating mechanism 4 includes the first slide bar 401, the first sliding sleeve 402, tooth bar 403, the and of the second motor 404
Gear 405, the top of the first slide bar 401 is connected by bolt with the bottom of transverse slat 2, and the bottom of the first slide bar 401 passes through bolt
It is connected with the bottom in casing 1, the first slide bar 401 is provided with the first sliding sleeve 402 being slidably matched with it, the first sliding sleeve 402
Left surface is connected with tooth bar 403 vertically by bolt, and the left surface of installing plate 5 is by bolt and the right flank of the first sliding sleeve 402
Connection, the front side in casing 1 is provided with the second motor 404 by bolt, and the output shaft of the second motor 404 is connected by shaft coupling
There is gear 405, gear 405 is engaged with tooth bar 403.Gear 405 is rotated counterclockwise so manually starting the second motor 404, tooth
Wheel 405 is rotated counterclockwise and moves up tooth bar 403, and tooth bar 403 moves up the first sliding sleeve 402 and moves up therewith, and first
Sliding sleeve 402 move up drive installing plate 5 upwards with movement, installing plate 5 upwards with mobile first motor 6 and hollow loop bar 7 with
Move up, when hollow loop bar 7 move upwards through first through hole 3 positioned at suitable height when, close the second motor 404.
When all detection completion will make hollow loop bar 7 move down reset to brake clutch piece 12, starting the second motor 404 makes gear
405 rotate clockwise, and hollow loop bar 7 is moved down reset, and hollow loop bar 7 closes the second motor 404 after resetting.
Because left/right movement device 9 includes the second slide bar 901, the second sliding sleeve 902 and the first cylinder 903, the second slide bar
901 left and right two ends are connected by transverse slat 2 of the bolt respectively with the left and right sides in the first groove 8, and the second slide bar 901 is provided with
The second sliding sleeve 902 being slidably matched with it, the bottom of riser 10 is connected by bolt with the top of the second sliding sleeve 902, and second slides
The front side of bar 901 is provided with the first cylinder 903, and the first cylinder 903 is arranged in the first groove 8 on the transverse slat 2 in left side by bolt,
The expansion link of the first cylinder 903 is connected by bolt with the left surface of the second sliding sleeve 902.So manually starting the first cylinder 903
Riser 10 is set to move right, the detection means 11 that moves right of riser 10 moves right therewith, when detection means 11 moves right it
The first cylinder 903 is closed after correct position.When brake clutch piece 12, all detection completion will be such that detection means 11 is moved to the left again
During position, starting the first cylinder 903 makes riser 10 be moved to the left reset, and riser 10 is moved to the left resetting detection device 11 therewith to the left
Mobile to reset, detection means 11 closes the first cylinder 903 after resetting.
Because detection means 11 includes the first contiguous block 111, benchmark blade 112, first bearing seat 113, second and connects
Block 114, the 3rd motor 115, screw mandrel 116, nut 117 and thickness vernier scale 118, the left surface of the first contiguous block 111 pass through spiral shell
Bolt is connected with the right flank bottom of riser 10, and the right side in the first contiguous block 111 is provided with benchmark blade 112, and benchmark blade 112 is left
The built-in type of first contiguous block 111 of side is provided with first bearing seat 113, and the leading flank top of benchmark blade 112 passes through spiral shell
Tether and be connected to the second contiguous block 114, the top of the second contiguous block 114 is provided with the 3rd motor 115, the 3rd motor 115 by bolt
Output shaft screw mandrel 116 is connected with by shaft coupling, axle of the screw mandrel 116 by way of interference is connected with first bearing seat 113
Connection is held, screw mandrel 116 is provided with nut 117, and the right flank of nut 117 is connected with thickness vernier scale 118.So to make hollow sleeve
The inside bottom of the slightly higher benchmark blade 112 of bar 7, then brake clutch piece 12 is enclosed within the periphery of hollow loop bar 7, then make hollow sleeve
Bar 7 is moved down, and hollow loop bar 7 moves down brake clutch piece 12 and moves down therewith, when the bottom of brake clutch piece 12 is left
Stop moving down brake clutch piece 12 when side contacts with the inside bottom of benchmark blade 112.Then the 3rd motor is restarted
115 rotate clockwise screw mandrel 116, and screw mandrel 116 is rotated clockwise moves down nut 117, and nut 117 moves down thickness
Vernier scale 118 is moved down therewith, is closed when thickness vernier scale 118 is moved down to be contacted with the top left side of brake clutch piece 12
The 3rd motor 115 is closed, then restarting the first motor 6 rotates brake clutch piece 12, and so brake clutch piece 12 can be entered
Row Thickness sensitivity, operating personnel then again get off the data record on thickness vernier scale 118.Start the 3rd electricity after the completion of detection
Machine 115 rotates counterclockwise screw mandrel 116, and screw mandrel 116 is rotated counterclockwise moves up nut 117, and nut 117 moves up thickness
Degree vernier scale 118 is moved up therewith, and the 3rd motor 115 is closed after thickness vernier scale 118 moves up reset, then will be stopped
Car clutch-plate 12 is removed.
Because also including fixing device 13, the top of hollow loop bar 7 is provided with fixing device 13, and fixing device 13 is included
Sliding block 133, Electric Motor Wheel 134, the first drawstring 135, connecting rod 136, fixed pulley 137, the second drawstring 138, supporting plate 139 and first
Spring 1310, the left and right sides on the top of hollow loop bar 7 is provided with the second through hole 131, the hollow loop bar 7 of the lower section of the second through hole 131
Medial surface is vertically provided with chute 132, chute 132 and is provided with the sliding block 133 being slidably matched with it, the sky of the inner underside of chute 132
Electric Motor Wheel 134 is provided with by bolt on heart loop bar 7, the first drawstring 135, the end of the first drawstring 135 are wound with Electric Motor Wheel 134
Bottom with sliding block 133 is connected, and connecting rod 136 has been bolted between two sliding blocks 133, hollow above chute 132
The medial surface of loop bar 7 is provided with fixed pulley 137 by bolt, and the left and right sides at the top of connecting rod 136 is respectively connected with the second drawstring
138, the end of the second drawstring of left side 138 bypasses the fixed pulley 137 in left side, and the second through hole 131 through left side is connected with branch
Fagging 139, the end of the second drawstring of right side 138 bypasses the fixed pulley 137 on right side, and the second through hole 131 through right side also connects
Supporting plate 139 is connected to, two the first springs 1310, two first are connected between the medial surface of supporting plate 139 and hollow loop bar 7
Spring 1310 is respectively positioned at the both sides up and down of the second drawstring 138.When initial, the first spring 1310 is located at compressive state.When will stop
After car clutch-plate 12 is enclosed within the periphery of hollow loop bar 7, manually starts Electric Motor Wheel 134 and release the first drawstring 135, the first spring 1310
Bounce-back therewith makes outer side shifting of two supporting plates 139 to hollow loop bar 7, supporting plate 139 lead to the outer side shifting of hollow loop bar 7
Crossing the second drawstring 138 pulls connecting rod 136 to move up, when two supporting plates 139 are close to prop up brake with brake clutch piece 12
After clutch-plate 12 fixes brake clutch piece 12, Electric Motor Wheel 134 is closed.So it is prevented from upper and lower when brake clutch piece 12 is rotated
Movement is rocked such that it is able to is further reduced error, is further improved Detection results.Removed when by brake clutch piece 12
When, start Electric Motor Wheel 134 withdraw the first drawstring 135, the first drawstring 135 pull connecting rod 136 move down, connecting rod 136 to
The second drawstring 138 of lower mobile pulling is moved down, and the second drawstring 138 moves down two supporting plates 139 of pulling and resets brake
Clutch-plate 12 unclamps, and two supporting plates 139 close Electric Motor Wheel 134 after resetting.
Because also including apparatus for placing 14, the top right side of transverse slat 2 is provided with apparatus for placing 14, and apparatus for placing 14 is included
Second bearing seat 141, first rotating shaft 142, holding tray 143 and cylindrical fixed block 144, the Embedded peace of second bearing seat 141
Mounted in the right side of transverse slat 2, the bearing in second bearing seat 141 is connected with first rotating shaft 142, first by way of interference is connected
The top of rotating shaft 142 has been bolted holding tray 143, on the eccentric position at the top of holding tray 143 by bolt vertically
Evenly spaced to be connected with multiple cylinder fixed blocks 144, cylindrical fixed block 144 coordinates with brake clutch piece 12.It is first artificial
Brake clutch piece 12 is enclosed within the periphery of cylindrical fixed block 144.Completed when the detection of brake clutch piece 12 is put on hollow loop bar 7
Detection is completed into brake clutch piece 12 afterwards to remove, then manual rotation's first rotating shaft 142, the rotation He of holding tray 143 of first rotating shaft 142
The concomitant rotation of cylindrical fixed block 144, cylindrical fixed block 144 rotate brake clutch piece 12 on cylindrical fixed block 144 with
Rotation, brake clutch piece 12 rotates and stop operating after certain angle first rotating shaft 142.Then manually by cylindrical fixed block
Brake clutch piece 12 on 144 is removed to be enclosed within hollow loop bar 7 and detected, so can disposably place more brake
Clutch-plate 12, it is not necessary to which the artificial brake clutch piece 12 for bending over not detecting repeatedly is picked up such that it is able to time saving and energy saving, Neng Gouti
High detection efficiency.
Because also including whirligig 15, the downside of transverse slat 2 is provided with whirligig 15, and whirligig 15 includes the 3rd
Bearing block 151, support plate 152, the 4th motor 153, the second rotating shaft 154, the first belt pulley 155, the second belt pulley 156 and flat belt
157,3rd bearing seat 151 is arranged on the bottom of transverse slat 2 of the left of second bearing seat 141, the top of the right flank of casing 1 by bolt
Be bolted support plate 152, the top of support plate 152 is provided with the 4th motor 153 by bolt, the 4th motor 153 it is defeated
Shaft is connected with the second rotating shaft 154 by shaft coupling, the second rotating shaft 154 by way of interference is connected with 3rd bearing seat 151
Bearing connection, the second rotating shaft 154 periphery flat key connect by way of be connected with the first belt pulley 155, first rotating shaft 142
Lower periphery flat key connect by way of be connected with the second belt pulley 156, the second belt pulley 156 and the first belt pulley 155
Between be connected with flat belt 157.Manually starting the 4th motor 153 rotates the second rotating shaft 154, and the second rotating shaft 154 rotates first
The concomitant rotation of belt pulley 155, the first belt pulley 155 is rotated rotates the second belt pulley 156 by flat belt 157, the second belt
Wheel 156 is rotated and drives first rotating shaft 142 to rotate, and the 4th motor 153 is closed after first rotating shaft 142 turns to certain angle.
Manual rotation's first rotating shaft 142 is not needed so such that it is able to more time saving and energy saving, can further improve detection efficiency.
Because also including second spring 17, pole 18, top board 19, the second cylinder 20 and briquetting 21, first rotating shaft 142
Top is vertically provided with the second groove 16, and the top of first rotating shaft 142 in the second groove 16 is connected with second spring 17, second spring
17 top is connected with pole 18, and the bottom of holding tray 143 can also be connected by bolt with the top of pole 18, riser 10
Top is provided with the second cylinder 20, the second gas by the bottom right that bolt level connection joint has top board 19, top board 19 by bolt
Briquetting 21 has been bolted on the expansion link of cylinder 20.When brake clutch piece 12 rotates certain angle and brake clutch piece 12
When the surface of hollow loop bar 7, manually start the second cylinder 20 moves down briquetting 21 to middle hole position, and briquetting 21 is downward
Mobile extruding holding tray 143 moves down holding tray 143, and holding tray 143 moves down extruding pole 18 makes pole 18 downward
Mobile, second spring 17 is compressed therewith.So brake clutch piece 12 can be enclosed within hollow loop bar 7 automatically such that it is able to more
For time saving and energy saving, detection efficiency can be further improved.Brake clutch piece 12 closes the second gas after being enclosed within hollow loop bar 7
Cylinder 20, then starting the second cylinder 20 makes briquetting 21 move up reset, and briquetting 21 closes the second cylinder 20 after resetting.Second
Spring 17 rebounds therewith makes pole 18 move down reset, and pole 18 moves down reset holding tray 143 and moves up therewith again
Position.
Because also including block rubber 1311, the lateral surface of two supporting plates 139 is respectively connected with block rubber 1311, block rubber
1311 can increase and the frictional force between brake clutch piece 12 such that it is able to by brake clutch piece 12 fix more firmly,
And can also prevent supporting plate 139 from directly being contacted with brake clutch piece 12, and then brake clutch piece 12 can be protected.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations, improvement can also be made and substituted, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. a kind of brake clutch piece is produced and uses thickness efficient detection device, it is characterised in that include casing（1）, transverse slat（2）、
Reciprocating mechanism（4）, installing plate（5）, the first motor（6）, hollow loop bar（7）, left/right movement device（9）, riser（10）With
Detection means（11）, casing（1）Top be bolted transverse slat（2）, transverse slat（2）Crown center be provided with first through hole
（3）, casing（1）Inside it is provided with reciprocating mechanism（4）, reciprocating mechanism（4）Moving parts on be connected with installing plate（5）,
Installing plate（5）Top the first motor is provided with by bolt（6）, the first motor（6）Output shaft be connected with by shaft coupling
Hollow loop bar（7）, hollow loop bar（7）With brake clutch piece（12）Coordinate, transverse slat（2）Top left side be laterally provided with the first groove
（8）, the first groove（8）Inside it is provided with left/right movement device（9）, left/right movement device（9）Moving parts on be connected with riser
（10）, riser（10）Right flank be provided with detection means（11）.
2. a kind of brake clutch piece according to claim 1 is produced and uses thickness efficient detection device, it is characterised in that up and down
Travel mechanism（4）Include the first slide bar（401）, the first sliding sleeve（402）, tooth bar（403）, the second motor（404）And gear
（405）, the first slide bar（401）Top pass through bolt and transverse slat（2）Bottom connection, the first slide bar（401）Bottom pass through
Bolt and casing（1）Interior bottom connection, the first slide bar（401）It is provided with the first sliding sleeve being slidably matched with it（402）, first
Sliding sleeve（402）Left surface tooth bar is connected with by bolt vertically（403）, installing plate（5）Left surface pass through bolt and first
Sliding sleeve（402）Right flank connection, casing（1）Interior front side is provided with the second motor by bolt（404）, the second motor
（404）Output shaft gear is connected with by shaft coupling（405）, gear（405）With tooth bar（403）Engagement.
3. a kind of brake clutch piece according to claim 2 is produced and uses thickness efficient detection device, it is characterised in that left and right
Travel mechanism（9）Include the second slide bar（901）, the second sliding sleeve（902）With the first cylinder（903）, the second slide bar（901）A left side
Right two ends by bolt respectively with the first groove（8）The transverse slat of the interior left and right sides（2）Connection, the second slide bar（901）It is provided with
The second sliding sleeve being slidably matched with it（902）, riser（10）Bottom pass through bolt and the second sliding sleeve（902）Top connection,
Second slide bar（901）Front side be provided with the first cylinder（903）, the first cylinder（903）First groove is arranged on by bolt（8）It is interior
The transverse slat in left side（2）On, the first cylinder（903）Expansion link pass through bolt and the second sliding sleeve（902）Left surface connection.
4. a kind of brake clutch piece according to claim 3 is produced and uses thickness efficient detection device, it is characterised in that detection
Device（11）Include the first contiguous block（111）, benchmark blade（112）, first bearing seat（113）, the second contiguous block（114）、
3rd motor（115）, screw mandrel（116）, nut（117）With thickness vernier scale（118）, the first contiguous block（111）Left surface lead to
Cross bolt and riser（10）Right flank bottom connection, the first contiguous block（111）Interior right side is provided with benchmark blade（112）, base
Object staff body（112）First contiguous block in left side（111）Built-in type is provided with first bearing seat（113）, benchmark blade（112）
Leading flank top be bolted the second contiguous block（114）, the second contiguous block（114）Top is provided with by bolt
Three motors（115）, the 3rd motor（115）Output shaft screw mandrel is connected with by shaft coupling（116）, screw mandrel（116）By interference
The mode and first bearing seat of connection（113）Bearing connection, screw mandrel（116）It is provided with nut（117）, nut（117）The right side
Side is connected with thickness vernier scale（118）.
5. a kind of brake clutch piece according to claim 4 is produced and uses thickness efficient detection device, it is characterised in that also wrapped
Fixing device is included（13）, hollow loop bar（7）Top be provided with fixing device（13）, fixing device（13）Include sliding block
（133）, Electric Motor Wheel（134）, the first drawstring（135）, connecting rod（136）, fixed pulley（137）, the second drawstring（138）, supporting plate
（139）With the first spring（1310）, hollow loop bar（7）The left and right sides on top is provided with the second through hole（131）, the second through hole
（131）The hollow loop bar of lower section（7）Medial surface is vertically provided with chute（132）, chute（132）Inside it is provided with and is slidably matched with it
Sliding block（133）, chute（132）The hollow loop bar of inner underside（7）On Electric Motor Wheel is provided with by bolt（134）, Electric Motor Wheel（134）
On be wound with the first drawstring（135）, the first drawstring（135）End and sliding block（133）Bottom connection, two sliding blocks（133）It
Between be bolted connecting rod（136）, chute（132）The hollow loop bar of top（7）Medial surface is provided with by bolt
Fixed pulley（137）, connecting rod（136）The left and right sides at top is respectively connected with the second drawstring（138）, the drawstring of left side second（138）
End bypass left side fixed pulley（137）, and through second through hole in left side（131）It is connected with supporting plate（139）, right side
Two drawstrings（138）End bypass right side fixed pulley（137）, and through second through hole on right side（131）Also it is connected with support
Plate（139）, supporting plate（139）Medial surface and hollow loop bar（7）Between be connected with two the first springs（1310）, two first
Spring（1310）The second drawstring is located at respectively（138）Both sides up and down.
6. a kind of brake clutch piece according to claim 5 is produced and uses thickness efficient detection device, it is characterised in that also wrapped
Apparatus for placing is included（14）, transverse slat（2）Top right side be provided with apparatus for placing（14）, apparatus for placing（14）Include second bearing
Seat（141）, first rotating shaft（142）, holding tray（143）With cylindrical fixed block（144）, second bearing seat（141）It is Embedded
Installed in transverse slat（2）Right side, second bearing seat（141）On bearing interference connect by way of be connected with first rotating shaft
（142）, first rotating shaft（142）Top be bolted holding tray（143）, holding tray（143）The eccentric position at top
It is upper to be connected with multiple cylinder fixed blocks by the way that bolt is evenly spaced vertically（144）, cylindrical fixed block（144）With brake
Clutch-plate（12）Coordinate.
7. a kind of brake clutch piece according to claim 6 is produced and uses thickness efficient detection device, it is characterised in that also wrapped
Whirligig is included（15）, transverse slat（2）Downside be provided with whirligig（15）, whirligig（15）Include 3rd bearing seat
（151）, support plate（152）, the 4th motor（153）, the second rotating shaft（154）, the first belt pulley（155）, the second belt pulley（156）With
Flat belt（157）, 3rd bearing seat（151）Second bearing seat is arranged on by bolt（141）The transverse slat of left（2）Bottom, case
Body（1）The top of right flank has been bolted support plate（152）, support plate（152）Top by bolt be provided with the 4th electricity
Machine（153）, the 4th motor（153）Output shaft the second rotating shaft is connected with by shaft coupling（154）, the second rotating shaft（154）Pass through
The mode of interference connection and 3rd bearing seat（151）Bearing connection, the second rotating shaft（154）The side that is connected by flat key of periphery
Formula is connected with the first belt pulley（155）, first rotating shaft（142）Lower periphery flat key connect by way of be connected with the second skin
Belt wheel（156）, the second belt pulley（156）With the first belt pulley（155）Between be connected with flat belt（157）.
8. a kind of brake clutch piece according to claim 7 is produced and uses thickness efficient detection device, it is characterised in that also wrapped
Second spring is included（17）, pole（18）, top board（19）, the second cylinder（20）And briquetting（21）, first rotating shaft（142）Top
Vertically it is provided with the second groove（16）, the second groove（16）Interior first rotating shaft（142）Top is connected with second spring（17）, second
Spring（17）Top be connected with pole（18）, holding tray（143）Bottom can also be by bolt and pole（18）Top
Connection, riser（10）Top have top board by bolt level connection joint（19）, top board（19）Bottom right by bolt install
There is the second cylinder（20）, the second cylinder（20）Expansion link on be bolted briquetting（21）.
9. a kind of brake clutch piece according to claim 8 is produced and uses thickness efficient detection device, it is characterised in that also wrapped
Block rubber is included（1311）, two supporting plates（139）Lateral surface be respectively connected with block rubber（1311）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710231057.6A CN106813550A (en) | 2017-04-11 | 2017-04-11 | A kind of brake clutch piece production thickness efficient detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710231057.6A CN106813550A (en) | 2017-04-11 | 2017-04-11 | A kind of brake clutch piece production thickness efficient detection device |
Publications (1)
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Cited By (3)
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| CN107677187A (en) * | 2017-09-12 | 2018-02-09 | 周航洋 | A kind of silicon chip production measurer for thickness |
| CN107894210A (en) * | 2017-11-26 | 2018-04-10 | 金陈敏 | A kind of brake clutch piece production thickness detection apparatus |
| CN110160729A (en) * | 2019-06-19 | 2019-08-23 | 苏州众源测试技术有限公司 | A kind of differential mechanism shock table |
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