CN109780972A - A kind of inclined cylinder detection device of piston assembly - Google Patents
A kind of inclined cylinder detection device of piston assembly Download PDFInfo
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- CN109780972A CN109780972A CN201811587605.XA CN201811587605A CN109780972A CN 109780972 A CN109780972 A CN 109780972A CN 201811587605 A CN201811587605 A CN 201811587605A CN 109780972 A CN109780972 A CN 109780972A
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- installing frame
- ratchet
- guide rod
- reel
- spring
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Abstract
The present invention relates to a kind of detection devices more particularly to a kind of piston to assemble inclined cylinder detection device.Technical problem of the invention is: can fix measurement numerical value when providing a kind of measurement, can reduce camber of spring and the inclined cylinder detection device of the fixable piston assembly of measurement angle.The technical solution of the present invention is as follows: a kind of piston assembles inclined cylinder detection device, it include installing frame, pull handle, guide sleeve, guide rod, clearance gauge, resetting-mechanism, rolling bearing, shaft, reel, torsionspring, ratchet, spring hinge etc.；It is equipped with pull handle at the top of installing frame, installs and is equipped with guide sleeve among frame bottom, mobile in guide sleeve to be equipped with guide rod, equipped with clearance gauge, clearance gauge is located at below installing frame guide rod lower front rotary type.The position of scale bracing wire and reel can be fixed by ratchet, spring hinge and ratchet by the present invention, scale bracing wire bounces back when preventing worker from stopping drag, the numerical value of scale bracing wire is fixed, and worker can carry out judging the inclined cylinder situation of piston by reading the numerical value of scale bracing wire.
Description
Technical field
The present invention relates to a kind of detection devices more particularly to a kind of piston to assemble inclined cylinder detection device.
Background technique
When automobile carries out large repairs after prolonged use, worker needs to measure the mated condition of piston and piston cylinder, if
There are inclined cylinder situations, to judge whether piston or piston cylinder can continue to use, when the distance between piston and piston cylinder compared with
Hour can continue to use, and need replacing piston and piston cylinder when the distance between piston and piston cylinder are larger to go beyond the scope,
The mode that worker carries out the inclined cylinder detection of piston at present is measured using spring scale, is sentenced by the number on observation spring scale
Break the size of inclined cylinder, but this mode is there are the reading of moment when spring scale measurement is inaccurate, the feelings for easily causing reading inaccurate
Condition；Spring in spring scale is chronically at tensional state, will affect the accuracy of measurement for a long time；The measurement angle of spring scale without
Method is fixed, and force resolution can be generated in measurement, and then influence measured value.
Summary of the invention
In order to which there are easily cause reading to be not allowed when spring scale measurement, in spring scale when current worker being overcome to carry out the detection of inclined cylinder
Spring will affect the disadvantage that measurement result and measurement angle can not fix, technical problem of the invention is: providing a kind of measurement
When can measurement numerical value be fixed, can reduce camber of spring and the fixable piston of measurement angle assembles inclined cylinder detection device.
The technical solution of the present invention is as follows: a kind of piston assembles inclined cylinder detection device, includes installing frame, pull handle, guide sleeve, leads
Bar, clearance gauge, resetting-mechanism, rolling bearing, shaft, reel, torsionspring, ratchet, spring hinge, ratchet and scale bracing wire,
It is equipped with pull handle at the top of installing frame, installs and is equipped with guide sleeve among frame bottom, it is mobile in guide sleeve to be equipped with guide rod, guide rod lower front turn
Dynamic formula is equipped with clearance gauge, and clearance gauge is located at below installing frame, and guide rod top is equipped with resetting-mechanism, resetting-mechanism top and top in installing frame
Portion's connection, installing frame left upper portion installation by adhering have rolling bearing, and rotary type is equipped with shaft, shaft left end in rolling bearing
Equipped with reel, it is connected with torsionspring on the right side of reel, torsionspring right end is connect with installing frame, and shaft left end passes through torsion
Spring, reel left side are equipped with ratchet, and installing frame left upper portion is equipped with spring hinge, and spring hinge is located at reel rear, bullet
Spring hinge lower end is equipped with ratchet, and ratchet is located at reel left, and ratchet is engaged with ratchet, and scale bracing wire is wound on reel, carves
Degree bracing wire lower end is connect with resetting-mechanism.
Further, resetting-mechanism includes sliding bar, link block and adjustable spring, and two wall top of installing frame or so is opened
There is sliding groove, both up and down is equipped with sliding bar in sliding groove, connect, leads with scale bracing wire lower end at the top of sliding bar above left side
Bar top is equipped with link block, connect on the left of link block with left sliding bar right end, connects on the right side of link block with right sliding bar left end
It connects, is connected with adjustable spring at the top of link block, adjustable spring upper end is connect with installing frame inner top.
It further, further include having support rod, rotary sleeve, arc strip, the first bolt, compressed spring, connecting rod and rubber
Pad, the installing frame front left and right sides are symmetrically arranged with support rod, and two sides of left and right support rod rear end to be equipped with rotary sleeve, and rotary sleeve, which is located at, leads
In front of bar, the symmetrical rotary type in rotary sleeve left and right ends is equipped with arc strip, and right arc strip is connected with the first bolt by threaded hole,
First bolt is located at guide rod rear, and compressed spring is connected between two side's arc strip rear ends of left and right, and the first bolt left end passes through pressure
Contracting spring, the first bolt left end are connect by screw thread with left arc strip, and left arc strip right side central and right arc strip are left
Middle side part is equipped with connecting rod, and left connecting rod right end and right connecting rod left end are symmetrically arranged with rubber pad, and left rubber pad is right
It is contacted with guide rod on the left of side and right rubber pad.
Further, further include toughness patch and sponge block, be uniformly provided with circular hole on clearance gauge, be placed with sponge in circular hole
Block, the clearance gauge left and right sides are all provided with toughness patch, and viscosity patch is located at the circular hole left and right sides, and sponge block is located at two side's viscosity of left and right and pastes it
Between.
It further, further include having fixing bolt and fixture nut, guide rod lower part is provided with arc groove, clearance gauge top rotary type
Equipped with fixing bolt, fixing bolt rear end passes through arc groove, and fixing bolt rear end is equipped with fixture nut, and fixture nut is located at guide rod
Rear.
When worker needs to detect the inclined cylinder situation of piston, clearance gauge is put between piston and cylinder body by worker, after putting well,
Worker pulls up pull handle again, and pull handle drives installing frame and guide sleeve to move up, and the position of guide rod and clearance gauge is constant, resetting-mechanism
It is stretched, scale bracing wire is stretched, and scale bracing wire drives reel to rotate counterclockwise, and then shaft and ratchet is driven to turn counterclockwise
Dynamic, torsionspring is stretched, and the position of scale bracing wire and reel can be fixed for ratchet, spring hinge and ratchet, prevents
Scale bracing wire bounces back when worker stops drag, and the numerical value of scale bracing wire can be fixed, and worker can be by reading scale bracing wire
Numerical value judge the inclined cylinder situation of piston, determines whether to need replacing piston or cylinder body, after worker's measurement,
Worker first moves down pull handle, then the ratchet on spring hinge is pulled backward, and ratchet is no longer engaged with ratchet, and then no longer
Ratchet is blocked, reel rotates clockwise under the spring-force driven dual of torsionspring, and then by scale guy winding in coiling
On wheel, while installing frame, pull handle and guide sleeve are resetted under the action of resetting-mechanism, so that worker be made to complete the inclined of piston
The detection of cylinder situation.
When worker pulls up pull handle, pull handle drives installing frame and guide sleeve to move up, and sliding groove moves up simultaneously,
Sliding bar slide downward in sliding groove, scale bracing wire are drawn out, and link block position under the action of guide rod is constant, adjustable spring
It is stretched, when worker moves down pull handle, pull handle drives installing frame and guide sleeve to move down, and sliding groove is simultaneously to moving down
Dynamic, sliding bar upward sliding in sliding groove, scale bracing wire is retracted on reel, and installing frame, pull handle and guide sleeve are flexible
It is resetted under the action of spring, consequently facilitating installing frame, pull handle, clearance gauge, guide rod and guide sleeve etc. are returned to original state, for next time
Detection be ready.
When worker, which needs to carry out the inclined cylinder of piston, to be detected, worker first rotates the first bolt positive direction, and then makes the first spiral shell
Bolt is separated with left arc strip, and after the first bolt is separated with left arc strip, worker stops operating the first bolt, two sides of left and right
Arc strip rear end separates outward under the spring-force driven dual of compressed spring, and rotates around rotary sleeve, to make rubber pad no longer
It is contacted with guide rod, such worker can move up and down installing frame, and installing frame drives support rod to be moved, and support rod drives rotation
Set and arc strip are mobile, and after worker's detection, worker will control the two inside side compressions in side's arc strip rear end, compressed spring quilt
Compression, and opposite direction rotates the first bolt, connect the first bolt with left arc strip, and then connect rubber pad with guide rod
Touching, so that the position of guide rod is fixed, prevents adjustable spring to be chronically at stress and generates deformation, be unfavorable for stretching
The use of spring then influences the accuracy of measurement, reduces the service life of adjustable spring.
When worker when being detected, clearance gauge is first put into lubricating oil by worker, and sponge block can suck certain lubricating oil,
Can so people be made to facilitate worker to plug when being detected, reduced because detecting the abrasion to piston cylinder, viscosity patch can
By sponge block control in clearance gauge, it is therefore prevented that sponge block falls to the situation in piston cylinder to worker when detecting, when detection finishes
Afterwards, worker takes out clearance gauge, then viscosity patch after using and sponge block are lost.
When worker needs to adjust the angle of clearance gauge insertion, worker first unscrews fixing bolt and fixture nut, fixed spiral shell
Mother no longer contacts with clearance gauge, and then the angle of clearance gauge insertion can be adjusted in worker, and after adjusting, worker again revolves fixture nut
Tightly, it so that the position of clearance gauge is fixed, is detected convenient for worker.
The invention has the benefit that the present invention can be by scale bracing wire and reel by ratchet, spring hinge and ratchet
Position be fixed, scale bracing wire bounces back when preventing worker from stopping drag, and the numerical value of scale bracing wire is fixed, and worker passes through reading
Take the numerical value of scale bracing wire that can carry out judging the inclined cylinder situation of piston；Two side's arc strips of left and right are connected to by the first bolt
Together, and then contact rubber pad with guide rod, so that adjustable spring be prevented to be chronically at stress and generate deformation；Pass through
Fixing bolt and fixture nut can fix the measurement angle of clearance gauge, consequently facilitating worker detects.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the first part left view structural representation of the invention.
Fig. 3 is the enlarged structure schematic diagram of A of the present invention.
Fig. 4 is partial top structural schematic diagram of the invention.
Fig. 5 is second of part left view structural representation of the invention.
Fig. 6 is the enlarged structure schematic diagram of B of the present invention.
In the figure, it is marked as 1: installing frame, 2: pull handle, 3: guide sleeve, 4: guide rod, 5: clearance gauge, 6: resetting-mechanism, 61: sliding groove,
62: sliding bar, 63: link block, 64: adjustable spring, 7: rolling bearing, 8: shaft, 9: reel, 10: torsionspring, 11: spine
Wheel, 12: spring hinge, 121: ratchet, 13: scale bracing wire, 14: support rod, 15: rotary sleeve, 16: arc strip, 17: threaded hole,
18: the first bolts, 19: compressed spring, 20: connecting rod, 21: rubber pad, 22: circular hole, 24: viscosity patch, 25: sponge block, 26: arc
Shape slot, 27: fixing bolt, 28: fixture nut.
Specific embodiment
Below in conjunction with the drawings and specific embodiments, the present invention will be described in detail, but not as a limitation of the invention.
Embodiment 1
A kind of inclined cylinder detection device of piston assembly includes as shown in figures 1 to 6 installing frame 1, pull handle 2, guide sleeve 3, guide rod 4, clearance gauge
5, resetting-mechanism 6, rolling bearing 7, shaft 8, reel 9, torsionspring 10, ratchet 11, spring hinge 12, ratchet 121 and quarter
Bracing wire 13 is spent, pull handle 2 is equipped at the top of installing frame 1, guide sleeve 3 is equipped among 1 bottom of installing frame, movable type is equipped with guide rod in guide sleeve 3
4,4 lower front rotary type of guide rod is equipped with clearance gauge 5, and clearance gauge 5 is located at 1 lower section of installing frame, and 4 top of guide rod is equipped with resetting-mechanism 6, multiple
Mechanism 6 top in position is connect with 1 inner top of installing frame, and 1 left upper portion installation by adhering of installing frame has rolling bearing 7, rolling bearing 7
Interior rotary type is equipped with shaft 8, and 8 left end of shaft is equipped with reel 9, is connected with torsionspring 10, torsionspring on the right side of reel 9
10 right ends are connect with installing frame 1, and 8 left end of shaft passes through torsionspring 10, and ratchet 11,1 left side of installing frame are equipped on the left of reel 9
Top is equipped with spring hinge 12, and spring hinge 12 is located at 9 rear of reel, and 12 lower end of spring hinge is equipped with ratchet 121, ratchet
121 are located at 9 left of reel, and ratchet 121 is engaged with ratchet 11, and scale bracing wire 13,13 lower end of scale bracing wire are wound on reel 9
It is connect with resetting-mechanism 6.
Embodiment 2
A kind of inclined cylinder detection device of piston assembly includes as shown in figures 1 to 6 installing frame 1, pull handle 2, guide sleeve 3, guide rod 4, clearance gauge
5, resetting-mechanism 6, rolling bearing 7, shaft 8, reel 9, torsionspring 10, ratchet 11, spring hinge 12, ratchet 121 and quarter
Bracing wire 13 is spent, pull handle 2 is equipped at the top of installing frame 1, guide sleeve 3 is equipped among 1 bottom of installing frame, movable type is equipped with guide rod in guide sleeve 3
4,4 lower front rotary type of guide rod is equipped with clearance gauge 5, and clearance gauge 5 is located at 1 lower section of installing frame, and 4 top of guide rod is equipped with resetting-mechanism 6, multiple
Mechanism 6 top in position is connect with 1 inner top of installing frame, and 1 left upper portion installation by adhering of installing frame has rolling bearing 7, rolling bearing 7
Interior rotary type is equipped with shaft 8, and 8 left end of shaft is equipped with reel 9, is connected with torsionspring 10, torsionspring on the right side of reel 9
10 right ends are connect with installing frame 1, and 8 left end of shaft passes through torsionspring 10, and ratchet 11,1 left side of installing frame are equipped on the left of reel 9
Top is equipped with spring hinge 12, and spring hinge 12 is located at 9 rear of reel, and 12 lower end of spring hinge is equipped with ratchet 121, ratchet
121 are located at 9 left of reel, and ratchet 121 is engaged with ratchet 11, and scale bracing wire 13,13 lower end of scale bracing wire are wound on reel 9
It is connect with resetting-mechanism 6.
Resetting-mechanism 6 includes sliding bar 62, link block 63 and adjustable spring 64, and 1 or so two wall top of installing frame is opened
There is sliding groove 61, both up and down is equipped with sliding bar 62 in sliding groove 61,62 top of sliding bar and scale bracing wire 13 above left side
Lower end connection, 4 top of guide rod are equipped with link block 63, and 63 left side of link block is connect with 62 right end of left sliding bar, and link block 63 is right
Side is connect with 62 left end of right sliding bar, and adjustable spring 64,64 upper end of adjustable spring and installing frame 1 are connected at the top of link block 63
Inner top connection.
Embodiment 3
A kind of inclined cylinder detection device of piston assembly includes as shown in figures 1 to 6 installing frame 1, pull handle 2, guide sleeve 3, guide rod 4, clearance gauge
5, resetting-mechanism 6, rolling bearing 7, shaft 8, reel 9, torsionspring 10, ratchet 11, spring hinge 12, ratchet 121 and quarter
Bracing wire 13 is spent, pull handle 2 is equipped at the top of installing frame 1, guide sleeve 3 is equipped among 1 bottom of installing frame, movable type is equipped with guide rod in guide sleeve 3
4,4 lower front rotary type of guide rod is equipped with clearance gauge 5, and clearance gauge 5 is located at 1 lower section of installing frame, and 4 top of guide rod is equipped with resetting-mechanism 6, multiple
Mechanism 6 top in position is connect with 1 inner top of installing frame, and 1 left upper portion installation by adhering of installing frame has rolling bearing 7, rolling bearing 7
Interior rotary type is equipped with shaft 8, and 8 left end of shaft is equipped with reel 9, is connected with torsionspring 10, torsionspring on the right side of reel 9
10 right ends are connect with installing frame 1, and 8 left end of shaft passes through torsionspring 10, and ratchet 11,1 left side of installing frame are equipped on the left of reel 9
Top is equipped with spring hinge 12, and spring hinge 12 is located at 9 rear of reel, and 12 lower end of spring hinge is equipped with ratchet 121, ratchet
121 are located at 9 left of reel, and ratchet 121 is engaged with ratchet 11, and scale bracing wire 13,13 lower end of scale bracing wire are wound on reel 9
It is connect with resetting-mechanism 6.
Resetting-mechanism 6 includes sliding bar 62, link block 63 and adjustable spring 64, and 1 or so two wall top of installing frame is opened
There is sliding groove 61, both up and down is equipped with sliding bar 62 in sliding groove 61,62 top of sliding bar and scale bracing wire 13 above left side
Lower end connection, 4 top of guide rod are equipped with link block 63, and 63 left side of link block is connect with 62 right end of left sliding bar, and link block 63 is right
Side is connect with 62 left end of right sliding bar, and adjustable spring 64,64 upper end of adjustable spring and installing frame 1 are connected at the top of link block 63
Inner top connection.
It further include having support rod 14, rotary sleeve 15, arc strip 16, the first bolt 18, compressed spring 19, connecting rod 20 and rubber
Rubber mat 21,1 front of the installing frame left and right sides are symmetrically arranged with support rod 14, and left and right two side's support rods, 14 rear end is equipped with rotary sleeve 15,
Rotary sleeve 15 is located at 4 front of guide rod, and the symmetrical rotary type in 15 left and right ends of rotary sleeve is equipped with arc strip 16, and right arc strip 16 passes through
Threaded hole 17 is connected with the first bolt 18, and the first bolt 18 is located at 4 rear of guide rod, and left and right connects between two side's arc strips, 16 rear end
There is compressed spring 19,18 left end of the first bolt passes through compressed spring 19, and 18 left end of the first bolt passes through screw thread and left arc strip
16 connections, 16 right side central of left arc strip and 16 left side central portion of right arc strip are equipped with connecting rod 20, left connecting rod 20
Right end and 20 left end of right connecting rod are symmetrically arranged with rubber pad 21,21 right side of left rubber pad and 21 left side of right rubber pad with
Guide rod 4 contacts.
Embodiment 4
A kind of inclined cylinder detection device of piston assembly includes as shown in figures 1 to 6 installing frame 1, pull handle 2, guide sleeve 3, guide rod 4, clearance gauge
5, resetting-mechanism 6, rolling bearing 7, shaft 8, reel 9, torsionspring 10, ratchet 11, spring hinge 12, ratchet 121 and quarter
Bracing wire 13 is spent, pull handle 2 is equipped at the top of installing frame 1, guide sleeve 3 is equipped among 1 bottom of installing frame, movable type is equipped with guide rod in guide sleeve 3
4,4 lower front rotary type of guide rod is equipped with clearance gauge 5, and clearance gauge 5 is located at 1 lower section of installing frame, and 4 top of guide rod is equipped with resetting-mechanism 6, multiple
Mechanism 6 top in position is connect with 1 inner top of installing frame, and 1 left upper portion installation by adhering of installing frame has rolling bearing 7, rolling bearing 7
Interior rotary type is equipped with shaft 8, and 8 left end of shaft is equipped with reel 9, is connected with torsionspring 10, torsionspring on the right side of reel 9
10 right ends are connect with installing frame 1, and 8 left end of shaft passes through torsionspring 10, and ratchet 11,1 left side of installing frame are equipped on the left of reel 9
Top is equipped with spring hinge 12, and spring hinge 12 is located at 9 rear of reel, and 12 lower end of spring hinge is equipped with ratchet 121, ratchet
121 are located at 9 left of reel, and ratchet 121 is engaged with ratchet 11, and scale bracing wire 13,13 lower end of scale bracing wire are wound on reel 9
It is connect with resetting-mechanism 6.
Resetting-mechanism 6 includes sliding bar 62, link block 63 and adjustable spring 64, and 1 or so two wall top of installing frame is opened
There is sliding groove 61, both up and down is equipped with sliding bar 62 in sliding groove 61,62 top of sliding bar and scale bracing wire 13 above left side
Lower end connection, 4 top of guide rod are equipped with link block 63, and 63 left side of link block is connect with 62 right end of left sliding bar, and link block 63 is right
Side is connect with 62 left end of right sliding bar, and adjustable spring 64,64 upper end of adjustable spring and installing frame 1 are connected at the top of link block 63
Inner top connection.
It further include having support rod 14, rotary sleeve 15, arc strip 16, the first bolt 18, compressed spring 19, connecting rod 20 and rubber
Rubber mat 21,1 front of the installing frame left and right sides are symmetrically arranged with support rod 14, and left and right two side's support rods, 14 rear end is equipped with rotary sleeve 15,
Rotary sleeve 15 is located at 4 front of guide rod, and the symmetrical rotary type in 15 left and right ends of rotary sleeve is equipped with arc strip 16, and right arc strip 16 passes through
Threaded hole 17 is connected with the first bolt 18, and the first bolt 18 is located at 4 rear of guide rod, and left and right connects between two side's arc strips, 16 rear end
There is compressed spring 19,18 left end of the first bolt passes through compressed spring 19, and 18 left end of the first bolt passes through screw thread and left arc strip
16 connections, 16 right side central of left arc strip and 16 left side central portion of right arc strip are equipped with connecting rod 20, left connecting rod 20
Right end and 20 left end of right connecting rod are symmetrically arranged with rubber pad 21,21 right side of left rubber pad and 21 left side of right rubber pad with
Guide rod 4 contacts.
Further include toughness patch 24 and sponge block 25, is uniformly provided with circular hole 22 on clearance gauge 5, is placed with sponge block in circular hole 22
25, toughness patch 24 is all provided at left and right sides of clearance gauge 5, viscosity patch 24 is located at 22 left and right sides of circular hole, and sponge block 25 is located at left and right two
Between side's viscosity patch 24.
Embodiment 5
A kind of inclined cylinder detection device of piston assembly includes as shown in figures 1 to 6 installing frame 1, pull handle 2, guide sleeve 3, guide rod 4, clearance gauge
5, resetting-mechanism 6, rolling bearing 7, shaft 8, reel 9, torsionspring 10, ratchet 11, spring hinge 12, ratchet 121 and quarter
Bracing wire 13 is spent, pull handle 2 is equipped at the top of installing frame 1, guide sleeve 3 is equipped among 1 bottom of installing frame, movable type is equipped with guide rod in guide sleeve 3
4,4 lower front rotary type of guide rod is equipped with clearance gauge 5, and clearance gauge 5 is located at 1 lower section of installing frame, and 4 top of guide rod is equipped with resetting-mechanism 6, multiple
Mechanism 6 top in position is connect with 1 inner top of installing frame, and 1 left upper portion installation by adhering of installing frame has rolling bearing 7, rolling bearing 7
Interior rotary type is equipped with shaft 8, and 8 left end of shaft is equipped with reel 9, is connected with torsionspring 10, torsionspring on the right side of reel 9
10 right ends are connect with installing frame 1, and 8 left end of shaft passes through torsionspring 10, and ratchet 11,1 left side of installing frame are equipped on the left of reel 9
Top is equipped with spring hinge 12, and spring hinge 12 is located at 9 rear of reel, and 12 lower end of spring hinge is equipped with ratchet 121, ratchet
121 are located at 9 left of reel, and ratchet 121 is engaged with ratchet 11, and scale bracing wire 13,13 lower end of scale bracing wire are wound on reel 9
It is connect with resetting-mechanism 6.
Resetting-mechanism 6 includes sliding bar 62, link block 63 and adjustable spring 64, and 1 or so two wall top of installing frame is opened
There is sliding groove 61, both up and down is equipped with sliding bar 62 in sliding groove 61,62 top of sliding bar and scale bracing wire 13 above left side
Lower end connection, 4 top of guide rod are equipped with link block 63, and 63 left side of link block is connect with 62 right end of left sliding bar, and link block 63 is right
Side is connect with 62 left end of right sliding bar, and adjustable spring 64,64 upper end of adjustable spring and installing frame 1 are connected at the top of link block 63
Inner top connection.
It further include having support rod 14, rotary sleeve 15, arc strip 16, the first bolt 18, compressed spring 19, connecting rod 20 and rubber
Rubber mat 21,1 front of the installing frame left and right sides are symmetrically arranged with support rod 14, and left and right two side's support rods, 14 rear end is equipped with rotary sleeve 15,
Rotary sleeve 15 is located at 4 front of guide rod, and the symmetrical rotary type in 15 left and right ends of rotary sleeve is equipped with arc strip 16, and right arc strip 16 passes through
Threaded hole 17 is connected with the first bolt 18, and the first bolt 18 is located at 4 rear of guide rod, and left and right connects between two side's arc strips, 16 rear end
There is compressed spring 19,18 left end of the first bolt passes through compressed spring 19, and 18 left end of the first bolt passes through screw thread and left arc strip
16 connections, 16 right side central of left arc strip and 16 left side central portion of right arc strip are equipped with connecting rod 20, left connecting rod 20
Right end and 20 left end of right connecting rod are symmetrically arranged with rubber pad 21,21 right side of left rubber pad and 21 left side of right rubber pad with
Guide rod 4 contacts.
Further include toughness patch 24 and sponge block 25, is uniformly provided with circular hole 22 on clearance gauge 5, is placed with sponge block in circular hole 22
25, toughness patch 24 is all provided at left and right sides of clearance gauge 5, viscosity patch 24 is located at 22 left and right sides of circular hole, and sponge block 25 is located at left and right two
Between side's viscosity patch 24.
It further include having fixing bolt 27 and fixture nut 28,4 lower part of guide rod is provided with arc groove 26,5 top rotary type of clearance gauge
Equipped with fixing bolt 27,27 rear end of fixing bolt passes through arc groove 26, and 27 rear end of fixing bolt is equipped with fixture nut 28, fixed spiral shell
Mother 28 is located at 4 rear of guide rod.
When worker needs to detect the inclined cylinder situation of piston, clearance gauge 5 is put between piston and cylinder body by worker, is put well
Afterwards, worker pulls up pull handle 2 again, and pull handle 2 drives installing frame 1 and guide sleeve 3 to move up, and the position of guide rod 4 and clearance gauge 5 is not
Become, resetting-mechanism 6 is stretched, and scale bracing wire 13 is stretched, and scale bracing wire 13 drives reel 9 to rotate counterclockwise, and then drives
Shaft 8 and ratchet 11 rotate counterclockwise, and torsionspring 10 is stretched, and ratchet 11, spring hinge 12 and ratchet 121 can draw scale
The position of line 13 and reel 9 is fixed, and scale bracing wire 13 bounces back when preventing worker from stopping drag, the numerical value of scale bracing wire 13
It can be fixed, worker can judge the inclined cylinder situation of piston by reading the numerical value of scale bracing wire 13, so that it is determined that being
No to need replacing piston or cylinder body, after worker's measurement, worker first moves down pull handle 2, then will be on spring hinge 12
Ratchet 121 pull backward, ratchet 121 is no longer engaged with ratchet 11, and then no longer blocks ratchet 11, and reel 9 is reversing
It is rotated clockwise under the spring-force driven dual of spring 10, and then scale bracing wire 13 is wrapped on reel 9, while installing frame 1, drawing
Handle 2 and guide sleeve 3 are resetted under the action of resetting-mechanism 6, thus make worker complete piston inclined cylinder situation detection.
When worker pulls up pull handle 2, pull handle 2 drives installing frame 1 and guide sleeve 3 to move up, sliding groove 61 simultaneously to
Upper movement, the slide downward in sliding groove 61 of sliding bar 62, scale bracing wire 13 are drawn out, and link block 63 is under the action of guide rod 4
Position is constant, and adjustable spring 64 is stretched, and when worker moves down pull handle 2, pull handle 2 drives installing frame 1 and guide sleeve 3 downward
Mobile, sliding groove 61 moves down simultaneously, and the upward sliding in sliding groove 61 of sliding bar 62, scale bracing wire 13 is retracted to coiling
On wheel 9, installing frame 1, pull handle 2 and guide sleeve 3 reset under the action of adjustable spring 64, consequently facilitating by installing frame 1, pull handle 2, plug
Ruler 5, guide rod 4 and guide sleeve 3 etc. return to original state, and the detection for next time is ready.
When worker, which needs to carry out the inclined cylinder of piston, to be detected, worker first rotates 18 positive direction of the first bolt, and then makes first
Bolt 18 is separated with left arc strip 16, and after the first bolt 18 is separated with left arc strip 16, worker stops operating the first spiral shell
Bolt 18, left and right two side's arc strips, 16 rear end separate outward under the spring-force driven dual of compressed spring 19, and around 15 turns of rotary sleeve
Dynamic, so that rubber pad 21 be made no longer to contact with guide rod 4, such worker can move up and down installing frame 1, and installing frame 1 drives support
Bar 14 is moved, and support rod 14 drives rotary sleeve 15 and arc strip 16 mobile, and after worker's detection, worker will control two
The inside side compression in square 16 rear end of arc strip, compressed spring 19 are compressed, and opposite direction rotates the first bolt 18, makes the first spiral shell therewith
Bolt 18 is connect with left arc strip 16, and then contacts rubber pad 21 with guide rod 4, so that the position of guide rod 4 is fixed, is prevented
Only adjustable spring 64 is chronically at stress and generates deformation, is unfavorable for the use of adjustable spring 64, then influences measurement
Accuracy reduces the service life of adjustable spring 64.
When worker when being detected, clearance gauge 5 is first put into lubricating oil by worker, and sponge block 25 can suck certain lubrication
Oil can so make people facilitate worker to plug when being detected, reduce because detecting the abrasion to piston cylinder, viscosity patch
24 can control sponge block 25 in clearance gauge 5, it is therefore prevented that and sponge block 25 falls to the situation in piston cylinder to worker when detecting, when
After detection, worker takes out clearance gauge 5, then viscosity patch 24 after using and sponge block 25 are lost.
When worker needs to adjust the angle of the insertion of clearance gauge 5, worker first unscrews fixing bolt 27 and fixture nut 28, Gu
Determine nut 28 no longer to contact with clearance gauge 5, then the angle of the insertion of clearance gauge 5 can be adjusted in worker, and after adjusting, worker will consolidate again
Determine nut 28 to screw, so that the position of clearance gauge 5 is fixed, be detected convenient for worker.
The application is described in detail above, used herein principle and embodiment party of the specific case to the application
Formula is expounded, the description of the example is only used to help understand the method for the present application and its core ideas；Meanwhile it is right
In those of ordinary skill in the art, according to the thought of the application, change is had in specific embodiments and applications
Place, in conclusion the contents of this specification should not be construed as limiting the present application.
Claims (5)
- It include installing frame (1), pull handle (2), guide sleeve (3), guide rod (4) and clearance gauge 1. a kind of piston assembles inclined cylinder detection device (5), pull handle (2) are equipped at the top of installing frame (1), are equipped with guide sleeve (3) among installing frame (1) bottom, guide sleeve (3) interior movable type is equipped with Guide rod (4), guide rod (4) lower front rotary type are equipped with clearance gauge (5), and clearance gauge (5) is located at below installing frame (1), characterized in that also It include resetting-mechanism (6), rolling bearing (7), shaft (8), reel (9), torsionspring (10), ratchet (11), spring hinge Chain (12), ratchet (121) and scale bracing wire (13), guide rod (4) top are equipped with resetting-mechanism (6), at the top of resetting-mechanism (6) and pacify (1) inner top that frames up connection, installing frame (1) left upper portion installation by adhering have rolling bearing (7), rotation in rolling bearing (7) Formula is equipped with shaft (8), and shaft (8) left end is equipped with reel (9), is connected with torsionspring (10) on the right side of reel (9), is reversed Spring (10) right end is connect with installing frame (1), and shaft (8) left end passes through torsionspring (10), and ratchet is equipped on the left of reel (9) (11), installing frame (1) left upper portion is equipped with spring hinge (12), and spring hinge (12) is located at reel (9) rear, spring hinge (12) lower end is equipped with ratchet (121), and ratchet (121) is located at reel (9) left, and ratchet (121) is engaged with ratchet (11), coiling It is wound with scale bracing wire (13) on wheel (9), scale bracing wire (13) lower end is connect with resetting-mechanism (6).
- 2. a kind of piston according to claim 1 assembles inclined cylinder detection device, characterized in that resetting-mechanism (6) includes Sliding bar (62), link block (63) and adjustable spring (64), two wall tops of installing frame (1) left and right are provided with sliding groove (61), sliding Dynamic slot (61) interior both up and down is equipped with sliding bar (62), is connected at the top of sliding bar (62) with scale bracing wire (13) lower end above left side It connects, guide rod (4) top is equipped with link block (63), connect on the left of link block (63) with left sliding bar (62) right end, link block (63) right side is connect with right sliding bar (62) left end, is connected with adjustable spring (64), adjustable spring at the top of link block (63) (64) upper end is connect with installing frame (1) inner top.
- 3. a kind of piston according to claim 2 assembles inclined cylinder detection device, characterized in that further include having support rod (14), rotary sleeve (15), arc strip (16), the first bolt (18), compressed spring (19), connecting rod (20) and rubber pad (21), It being symmetrically arranged with support rod (14) at left and right sides of installing frame (1) front, two side's support rod (14) rear ends of left and right are equipped with rotary sleeve (15), Rotary sleeve (15) is located in front of guide rod (4), and the symmetrical rotary type in rotary sleeve (15) left and right ends is equipped with arc strip (16), right arc Item (16) is connected with the first bolt (18) by threaded hole (17), and the first bolt (18) is located at guide rod (4) rear, two side's arcs of left and right It is connected with compressed spring (19) between shape item (16) rear end, the first bolt (18) left end passes through compressed spring (19), the first bolt (18) left end is connect by screw thread with left arc strip (16), and left arc strip (16) right side central and right arc strip (16) are left Middle side part is equipped with connecting rod (20), and left connecting rod (20) right end and right connecting rod (20) left end are symmetrically arranged with rubber pad (21), it is contacted with guide rod (4) on the right side of left rubber pad (21) with right rubber pad (21) left side.
- 4. a kind of piston according to claim 3 assembles inclined cylinder detection device, characterized in that further include toughness patch (24) It with sponge block (25), is uniformly provided with circular hole (22) on clearance gauge (5), is placed with sponge block (25) in circular hole (22), clearance gauge (5) left and right Two sides are all provided with toughness patch (24), and viscosity patch (24) is located at left and right sides of circular hole (22), and it is viscous that sponge block (25) is located at two sides of left and right Property patch (24) between.
- 5. a kind of piston according to claim 4 assembles inclined cylinder detection device, characterized in that further include having fixing bolt (27) it is provided with arc groove (26) with fixture nut (28), guide rod (4) lower part, clearance gauge (5) top rotary type is equipped with fixing bolt (27), fixing bolt (27) rear end passes through arc groove (26), and fixing bolt (27) rear end is equipped with fixture nut (28), fixture nut (28) it is located at guide rod (4) rear.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811587605.XA CN109780972B (en) | 2018-12-25 | 2018-12-25 | Piston assembly deflection cylinder detection equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811587605.XA CN109780972B (en) | 2018-12-25 | 2018-12-25 | Piston assembly deflection cylinder detection equipment |
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| CN109780972A true CN109780972A (en) | 2019-05-21 |
| CN109780972B CN109780972B (en) | 2020-11-10 |
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Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2154459Y (en) * | 1991-09-26 | 1994-01-26 | 国营湖北华中精密仪器厂 | Straight shift sensor for rolling grating |
| US5459930A (en) * | 1994-09-06 | 1995-10-24 | Crisick; William E. | Alignment gauge for bicycle wheel truing stand |
| CN101446484A (en) * | 2008-12-24 | 2009-06-03 | 哈尔滨工业大学 | Turbocharger shell assembly dimension measuring device |
| CN201313418Y (en) * | 2008-12-09 | 2009-09-23 | 天津市天锻压力机有限公司 | Device for rectifying deviation of sliding block of longitudinal beam hydraulic machine |
| CN104802434A (en) * | 2015-04-09 | 2015-07-29 | 双钱集团（江苏）轮胎有限公司 | Automatic nylon fabric laminating system |
| CN205306325U (en) * | 2016-01-26 | 2016-06-15 | 吉林动画学院 | Indoor decoration is with portable on --spot drawing desk of calculating |
| CN105858363A (en) * | 2016-06-15 | 2016-08-17 | 常州市荣顺电子有限公司 | Video wire unwinding device capable of measuring distance |
| CN107170336A (en) * | 2017-05-25 | 2017-09-15 | 张誉泷 | Elastic force and spring elongation Linear Experiment analogue means |
| CN107167298A (en) * | 2017-07-06 | 2017-09-15 | 中国船舶科学研究中心上海分部 | A kind of flexible pipe component wave energy experimental rig and its test method |
| CN208139993U (en) * | 2018-05-10 | 2018-11-23 | 杨飞 | A kind of bituminous pavement paving thickness measurement ruler |
-
2018
- 2018-12-25 CN CN201811587605.XA patent/CN109780972B/en active Active
Patent Citations (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2154459Y (en) * | 1991-09-26 | 1994-01-26 | 国营湖北华中精密仪器厂 | Straight shift sensor for rolling grating |
| US5459930A (en) * | 1994-09-06 | 1995-10-24 | Crisick; William E. | Alignment gauge for bicycle wheel truing stand |
| CN201313418Y (en) * | 2008-12-09 | 2009-09-23 | 天津市天锻压力机有限公司 | Device for rectifying deviation of sliding block of longitudinal beam hydraulic machine |
| CN101446484A (en) * | 2008-12-24 | 2009-06-03 | 哈尔滨工业大学 | Turbocharger shell assembly dimension measuring device |
| CN104802434A (en) * | 2015-04-09 | 2015-07-29 | 双钱集团（江苏）轮胎有限公司 | Automatic nylon fabric laminating system |
| CN205306325U (en) * | 2016-01-26 | 2016-06-15 | 吉林动画学院 | Indoor decoration is with portable on --spot drawing desk of calculating |
| CN105858363A (en) * | 2016-06-15 | 2016-08-17 | 常州市荣顺电子有限公司 | Video wire unwinding device capable of measuring distance |
| CN107170336A (en) * | 2017-05-25 | 2017-09-15 | 张誉泷 | Elastic force and spring elongation Linear Experiment analogue means |
| CN107167298A (en) * | 2017-07-06 | 2017-09-15 | 中国船舶科学研究中心上海分部 | A kind of flexible pipe component wave energy experimental rig and its test method |
| CN208139993U (en) * | 2018-05-10 | 2018-11-23 | 杨飞 | A kind of bituminous pavement paving thickness measurement ruler |
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| CN109780972B (en) | 2020-11-10 |
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Effective date of registration: 20201021 Address after: 317502, Zhejiang, Taizhou province Wenling town New River foreign Village Applicant after: Wenling Chengda Precision Casting Co., Ltd Address before: Room 201, Building C3, Accelerator of Science and Technology Enterprises, 11 Kaiyuan Avenue, Science City, Guangzhou High-tech Industrial Development Zone, Guangdong 510000 Applicant before: Ai Zhicheng |
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