CN206139525U - Valve stem diameter measuring device - Google Patents
Valve stem diameter measuring device Download PDFInfo
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- CN206139525U CN206139525U CN201620215812.2U CN201620215812U CN206139525U CN 206139525 U CN206139525 U CN 206139525U CN 201620215812 U CN201620215812 U CN 201620215812U CN 206139525 U CN206139525 U CN 206139525U
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Abstract
The utility model discloses a valve stem automatic checkout device belongs to the valve stem check out test set, it includes base plate, feed mechanism, pushing equipment, transport mechanism, detection mechanism and sorting mechanism, feed mechanism (1) comprises pay -off slide, the control mechanism that fixes on this pay -off slide, are pushing equipment (2) by being located slide rail (2 8 )On positioning mechanism, drive the first horizontal cylinder of this positioning mechanism (2 1 )Constitute, is transport mechanism (3) by founding seat (3 5 ), transversely carry module, vertical transport module constitution, are detection mechanism (4) by fixing base (4 1 ), riser (4 3 ), vertical slide (4 2 ), holding ring (4 4 ), the pneumatic measurement head (4 5 ), thimble (4 6 )Constitute, are sorting mechanism (5) by the pin joint at bottom plate (5 9 )On rocking arm (5 8 ), fix adjusting device on this rocking arm, fix two slide bars (5 on this adjusting device 4 ), fix at bottom plate (5 9 )On multiposition cylinder (5 12 )Constitute.
Description
Technical field
This utility model is related to a kind of valve stem detection means, more particularly to one kind can be examined automatically to valve shank diameter
The device surveyed and sort.
Background technology
At present, generally by the way of the measurers such as slide gauge, micrometer, ring gauge or calliper are by manual inspection detecting
The diameter of valve stem, not only high labor intensive, efficiency are low, and are affected also larger by anthropic factor；Measurement result is inaccurate.
The content of the invention
In order to overcome defect present in prior art, this utility model to aim to provide a kind of detection efficiency height, measurement number
According to accurately and reliably, labor intensity is little, high degree of automation valve stem diameter measuring device.
To achieve these goals, this utility model is employed the following technical solutions：It include being fixed on substrate feed mechanism,
Pusher, carrying mechanism, testing agency and sorting mechanism；Wherein：
Feed mechanism is made up of the feeding slideway being fixed on column, the controlling organization being fixed on the feeding slideway；Institute
State feeding slideway by the installing rack being fixed on column, be separately fixed at the installing rack both sides at least two with kidney slot tune
Locking nub, the top adjusting screw rod being separately fixed in the kidney slot, respectively with described in respective side top adjusting screw rod fix connect
The upper slide bar that connects is constituted, the controlling organization by the linear bearing being fixed on installing rack, the slide-bar being located on the linear bearing,
Correspondence be fixed on the slide-bar front and back end front distribution block and rear distribution block, below upper slide bar and correspondence be fixed on above-mentioned two points
Material block on left backing pin and right backing pin, be fixed on linear bearing or column on sub-material cylinder, connect the sub-material cylinder piston rod
Constitute with the first sensor of the contiguous block of slide-bar and the two backing pins synchronization action；
Pusher by slide rail, the positioner on the slide rail, drive the first horizontal gas of positioner motion
Cylinder is constituted；The positioner by the slide plate for being located on slide rail and being connected with the first lateral cylinder piston rod, fix on the slide plate
Vertical rod, inclination be fixed in the vertical rod retainer block, below the retainer block and be fixed on the locating piece in vertical rod, fixation
Second sensor in vertical rod or slide plate is constituted；
Carrying mechanism is made up of stand, sideways transfer module, vertical transfer module；The sideways transfer module is by by horizontal stroke
Horizontal slide rail that plate is fixed on stand, the riser being located in the horizontal slide rail, it is fixed on transverse slat and by piston rod and perpendicular
The horizontal air cylinder of plate connection is constituted, and the vertical transfer module is by two vertical rails being fixed on riser, respectively by perpendicular
Sucker from correspondence vertical rails to slide block that be fixed in, it is fixed on riser and respectively by piston rod and corresponding vertical slide block company
Two lift cylinders for connecing, the proximity switch being separately fixed on sucker, be fixed on left side that vertical slide block on and by revolve
Turning contiguous block drives the motor that sucker of left side is rotated to constitute；
Testing agency by fixed seat, the riser being fixed in the fixed seat, the vertical slide plate being located on the riser, it is supreme and
Under the locating ring that is fixed on the vertical slide plate and Pneumatic measuring head, be fixed in fixed seat and be located at below the Pneumatic measuring head
Thimble constitute；
Sorting mechanism is fixed on the adjusting means on the pivoted arm, fixation by the pivoted arm being articulated on base plate, by gripper shoe
Two slide bars, the multiposition cylinder for being fixed on base plate and being hinged by piston rod and pivoted arm in the adjusting means are constituted,
One piston rod of the multiposition cylinder is hinged with the free bearing being fixed on substrate by joint.
There is the spacing mandril being fixed on by top adjusting screw rod on installing rack above upper slide bar；The kidney-shaped of each regulating block
Bottom adjusting screw rod is fixed with groove, below each upper slide bar, has the downslide that the bottom adjusting screw rod with respective side is connected
Bar.
Column is fixed on substrate by apparatus for adjusting position, the apparatus for adjusting position by the base being fixed on substrate,
The cross slide that is connected with longitudinal slide of the base engagement and column and coordinates with longitudinal slide, it is separately fixed at base
And the adjustment seat on longitudinal slide, the regulating bolt being connected between longitudinal slide and adjustment seat, be connected to cross slide with it is another
Another regulating bolt between one adjustment seat is constituted.
Pusher also include stopping means, the stopping means by support, the mounting rod being fixed on the support, be fixed on
The first limited block, two the first buffers being fixed on slide plate on the mounting rod is constituted.
Positioner, the first lateral cylinder and stopping means are two sets.
The adjusting means by the two clamp blocks, the connecting rod being respectively provided on each clamp block fixed on the supporting plate,
Be respectively provided at the dynamic fixture block in each connecting rod, the connections of fixture blocks are moved positioned at clamp block and the corresponding spring between fixture block, connection two of moving
Plate is constituted, and a slide bar is fixed on connecting plate on the supporting plate, in addition for a slide bar fixation；It is fixed on above slide bar and props up
The limiting plate that the lower section of mounting blocks, the mounting blocks on fagging is fixed further through bolt.
Compare with existing, this utility model can not only avoid what manual measurement was produced as a result of above-mentioned technical proposal
Error, and feeding, blanking, sorting and workpiece transfer completed by machine automatization, has not only been reduced labor intensity but also has been improved
Detection efficiency.
Description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model；
Fig. 2 is the dimensional structure diagram of this utility model feed mechanism；
Fig. 3 is enlarged drawing at A in Fig. 2；
Fig. 4 is the dimensional structure diagram of this utility model pusher；
Fig. 5 is the top view in Fig. 4；
Fig. 6 is the dimensional structure diagram of this utility model carrying mechanism；
Fig. 7 is the dimensional structure diagram of this utility model measuring mechanism；
Fig. 8 is this utility model sorting mechanism dimensional structure diagram.
In figure：Feed mechanism 1, spacing mandril 1-1, installing rack 1-2, column 1-3, slide-bar 1-4, sub-material cylinder 1-5, straight line
Bearing 1-6, front distribution block 1-7, left backing pin 1-8, base 1-9, adjustment seat 1-10, first sensor 1-11, rear distribution block 1-12,
Contiguous block 1-13, regulating block 1-14, drop shot 1-15, upper slide bar 1-16, right backing pin 1-17, cross slide 1-18, longitudinal slide
1-19；
Pusher 2, the first lateral cylinder 2-1, slide plate 2-2, vertical rod 2-3, locating piece 2-4, retainer block 2-5, second pass
Sensor 2-6, the first buffer 2-7, slide rail 2-8, mounting rod 2-9, floating junction 2-10, the first limited block 2-11；
Carrying mechanism 3, vertical slide block 3-1, horizontal slide rail 3-2, transverse slat 3-3, the second buffer 3-4, stand 3-5, sucker
3-6, proximity switch 3-7, Rotary Connection block 3-8, motor 3-9, horizontal air cylinder 3-10, vertical rails 3-11, lift cylinder 3-12,
Riser 3-13, sucker installing rack 3-14；
Testing agency 4, fixed seat 4-1, vertical slide plate 4-2, riser 4-3, locating ring 4-4, Pneumatic measuring head 4-5, thimble
4-6；
Sorting mechanism 5, clamp block 5-1, spring 5-2, connecting rod 5-3, slide bar 5-4, dynamic fixture block 5-5, connecting plate 5-6,
Fagging 5-7, pivoted arm 5-8, base plate 5-9, free bearing 5-10, joint 5-11, multiposition cylinder 5-12, limiting plate 5-13, mounting blocks 5-
14；
Substrate 6, workpiece 7.
Specific embodiment
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings：
As shown in Fig. 1～8：Feed mechanism 1, pusher 2, carrying mechanism 3, testing agency 4 are fixed with substrate 6 and are divided
Select mechanism 5.Wherein：
Feed mechanism 1 is made up of feeding slideway, the controlling organization being fixed on the feeding slideway.The feeding slideway is by solid
The column 1-3 that is scheduled on substrate 6, it is fixed on the column installing rack 1-2 in undercut shape, is separately fixed at the installing rack two
Side it is multiple with kidney slot（Do not indicate in figure）Regulating block 1-14, the top that is separately fixed in the kidney slot adjusts
Screw rod（Do not indicate in figure）, respectively the upper slide bar 1-16 that is connected with the top adjusting screw rod of respective side constitute, each upper cunning
Bar 1-16 is obliquely installed；The controlling organization by the linear bearing 1-6 being fixed on installing rack 1-2, be located on the linear bearing
Slide-bar 1-4, be fixed on the slide-bar front end front distribution block 1-7, be fixed on rear distribution block 1-12 of the slide-bar rear end, positioned at upper
Below slide bar 1-16 and it is fixed on the left backing pin 1-8 in front distribution block 1-7, below upper slide bar 1-16 and is fixed on rear sub-material
Right backing pin 1-17, the sub-material cylinder 1-5 being fixed on linear bearing 1-6 on block 1-12, connect the sub-material cylinder piston rod and
The contiguous block 1-13 of slide-bar 1-4, the first sensor 1-11 being fixed on right backing pin 1-17 are constituted.
Pusher 2 is by the backing plate being fixed on substrate 6（Do not indicate in figure）, be fixed on the backing plate slide rail 2-8,
Positioner on the slide rail, the first lateral cylinder 2-1 for being fixed on the backing plate and driving positioner motion
Constitute.The positioner is by being located on slide rail 2-8 and be connected with the first lateral cylinder 2-1 piston rods by floating junction 2-10
Slide plate 2-2, the vertical rod 2-3 fixed on slide plate 2-2, inclination be fixed on V-shaped block retainer block 2-5, position in the vertical rod
Below the retainer block and it is horizontally fixed on V-shaped block locating piece 2-4 on vertical rod 2-3, second be fixed on vertical rod 2-3
Sensor 2-6 is constituted.Retainer block 2-5 can prevent workpiece 7 from slipping in motor process using being in tilted layout, and locating piece 2-4 can
Realize being accurately positioned to workpiece 7.Pusher 2 is located at the right side of feed mechanism 1；When the first lateral cylinder 2-1 piston rods are moved back
The opening of Hui Shi, retainer block 2-5, the opening of locating piece 2-4 are placed exactly in the slide egress constituted by two upper slide bar 1-16
Lower section.
Carrying mechanism 3 is made up of the stand 3-5, sideways transfer module, vertical transfer module that are fixed on substrate 6.It is described
Sideways transfer module by the transverse slat 3-3 being fixed on stand 3-5, two horizontal slide rails 3-2 being horizontally fixed on the transverse slat, set
Riser 3-13, the horizontal gas for being fixed on transverse slat 3-3 and being connected with riser 3-13 by piston rod in two horizontal slide rails 3-2
Cylinder 3-10 is constituted；The vertical transfer module by two vertical rails 3-11 being fixed on riser 3-13, be fixed on it is each vertical
Vertical slide block 3-1, the sucker installing rack 3-14 being fixed on each vertical slide block 3-1 on slide rail 3-11, it is separately fixed at each suction
Sucker 3-6, the proximity switch 3-7 being separately fixed on each sucker 3-6 on disk installing rack 3-14, it is fixed on riser 3-13 simultaneously
Two lift cylinder 3-12 being connected with corresponding sucker installing rack 3-14 by piston rod respectively, be fixed on the left of that sucker peace
Shelve on 3-14 and drive the motor 3-9 that left side that sucker 3-6 is rotated to constitute by Rotary Connection block 3-8.Shake to reduce
Dynamic and shock, protection cylinder, are further fixed on the second buffer 3-4 on transverse slat 3-3.Carrying mechanism 3 is located at the front end of pusher.
Testing agency 4 by fixed seat 4-1 being fixed on substrate 6, the riser 4-3 being fixed in the fixed seat, be located at this
Vertical slide plate 4-2, the locating ring 4-4 being fixed on the vertical slide plate from top to down and Pneumatic measuring head 4-5, fixation on riser
Thimble 4-6 in fixed seat 4-1 and below the Pneumatic measuring head is constituted.Testing agency 4 is located at the right side of pusher 2
Side, carrying mechanism 3 are located at the front end of testing agency 4 and pusher 2；When carrying mechanism 3 is in original position（I.e. in horizontal
The left side of slide rail 3-2）When, left side that sucker 3-6 is placed exactly in the top of retainer block 2-5, right side that sucker 3-6 just position
In the top of locating ring 4-4.
Sorting mechanism 5 is by the base plate 5-9, pivot joint being fixed on substrate 6 pivoted arm 5-8 on which floor plate, by gripper shoe
Adjusting means that 5-7 is fixed on the pivoted arm, two slide bar 5-4 being fixed in the adjusting means, it is fixed on base plate 5-9 simultaneously
Constituted with the multiposition cylinder 5-12 that pivoted arm 5-8 is hinged by piston rod, a piston rod of the multiposition cylinder passes through joint
5-11 is hinged with the free bearing 5-10 being fixed on substrate 6.The adjusting means is by two clamp blocks being fixed in gripper shoe 5-7
5-1, connecting rod 5-3 being respectively provided on each clamp block 5-1, the dynamic folder for being threadedly secured to each connecting rod 5-3 termination respectively
Block 5-5, between clamp block 5-1 and corresponding dynamic fixture block 5-5, spring 5-2, the connecting plate 5-6 of two dynamic fixture block 5-5 of connection are constituted；
Wherein, slide bar 5-4 be fixed in gripper shoe 5-7, in addition a slide bar 5-4 be fixed on connecting plate 5-6；Slide bar 5-4's
The limiting plate 5-13 that the lower section that there are the mounting blocks 5-14 being fixed in gripper shoe 5-7, the mounting blocks in top is fixed further through bolt.
When carrying mechanism 3 is in carrying final position（Right side i.e. in horizontal slide rail 3-2）When, right side that sucker 3-6 just positions
The top of the chute inlet constituted in two slide bar 5-4.
In order to avoid the valve retainer of workpiece 7 is overlapped, has above upper slide bar 1-16 and fixed by top adjusting screw rod
Spacing mandril 1-1 on installing rack 1-2.In order to avoid workpiece 7 is crooked, ensure its marshalling and can adapt to difference
The valve stem of length, is fixed with bottom adjusting screw rod in the kidney slot of each regulating block 1-14, have below each upper slide bar 1-16 with
The drop shot 1-15 that the bottom adjusting screw rod of respective side is connected.
In order to ensure that controlling organization can be accurately docked with feeding slideway, column 1-3 is fixed on by apparatus for adjusting position
On substrate 6；The apparatus for adjusting position by the base 1-9 and the base engagement being fixed on substrate 6 longitudinal slide 1-19 and
Cross slide 1-18 that column 1-3 is connected and is coordinated with the longitudinal slide, it is separately fixed on base 1-9 and longitudinal slide 1-19
Adjustment seat 1-10, the regulating bolt being connected between longitudinal slide 1-19 and adjustment seat 1-10, be connected to cross slide 1-18
Another regulating bolt between another adjustment seat 1-10 is constituted.
In order to reduce vibration and clash into, protection cylinder, be also equipped with stopping means in pusher 3, the stopping means by
The support being fixed on backing plate（Do not indicate in figure）, be fixed on the support mounting rod 2-9, be fixed on the mounting rod
First limited block 2-11, two the first buffer 2-7 being fixed on slide plate 2-2 are constituted.
In order to improve scrap build amount of redundancy, with realize improve work efficiency, positioner, the first lateral cylinder 2-1 and
Stopping means are two sets.Certainly, carrying mechanism 3, testing agency 4 and sorting mechanism 5 also will correspondingly install two sets.
During measurement, workpiece 7 is continuously sent to the controlling organization of feed mechanism 1, the control by the feeding slideway of feed mechanism 1
Mechanism processed is transported to workpiece 7 on pusher 2 one by one, off and on, and is transported to below carrying mechanism 3 by the pusher,
That sucker 3-6 on the left of the carrying mechanism from pusher 2 draws workpiece 7 and is placed into the plug jet of testing agency 4
Measure in 4-5, measurement is finished draws workpiece 7 by right side that sucker 3-6 of carrying mechanism 3 again from plug jet 4-5
And be transported on sorting mechanism 5, the test result signal that sorting mechanism is given according to system is driven by multiposition cylinder 5-12 and is slided
Bar 5-4 turns to predetermined packet zone position discharging.Concrete operating principle is as follows：
During feeding, workpiece 7 is arranged on upper slide bar 1-16 one by one, now the piston rod of sub-material cylinder 1-5 stretches out and band
Dynamic left pin 1-18 stretches out, right pin 1-17 retractions, and workpiece 7 is snapped down to left pin 1-18 along upper slide bar 1-16 in the effect of deadweight
Place stops；When the piston rod of sub-material cylinder 1-5 is retracted and drives left pin 1-18 retractions, right pin 1-17 to stretch out, workpiece 7 glides
It is obstructed to right pin 1-17；When the piston rod of sub-material cylinder 1-5 is stretched out simultaneously again, left pin 1-18 stretches out again and blocks
Second workpiece 7, at the same right pin 1-17 retraction and make first workpiece 7 glide, so move in circles
Dynamic workpiece 7 is separated into single workpiece one by one, is sent in pusher 2 off and on, and feeding work is completed.
During pusher, realize being set in retainer block 2-5 and locating piece 2-4 that workpiece 7 falls into pusher 2 along the slideway,
Second sensor 2-6 sends action signal, and the first lateral cylinder 2-1 piston rods stretch out and pass through slide plate 2-2 and drive workpiece 7 to move
To carrying mechanism 3；After the carrying mechanism takes workpiece away, second sensor 2-6 sends returns signal, the first lateral cylinder 2-
1 piston rod is retracted, and retainer block 2-5 and locating piece 2-4 returns to original position under the drive of slide plate 2-2 and accepts second workpiece 7.
And so on circulate, pusher action is just completed.
During carrying, horizontal air cylinder 3-10 drives vertical transfer module to move on the left of horizontal slide rail 3-2 by riser 3-13,
That lift cylinder 3-12 positioned at left side drives that sucker 3-6 in left side by that the vertical slide block 3-1 positioned at left side
Move downward, until the spring on the sucker（Not shown in figure）Compressed and triggered corresponding proximity switch 3-7；When left side that
After individual sucker 3-6 draws workpiece 7, that lift cylinder 3-12 in left side rises to original position；Horizontal air cylinder 3-10 is by perpendicular
Plate 3-13 drives vertical transfer module to move on the right side of horizontal slide rail 3-2（Equipped with detection cylinder piston position on horizontal air cylinder 3-10
The magnetic switch put）, that lift cylinder 3-12 in left side is put into workpiece 7 in the locating ring 4-4 of testing agency 4.It is continuous to transport
During row, that lift cylinder 3-12 on right side drives that sucker 3-6 synchronization actions on right side, so as to can be by locating ring 4-4
Workpiece 7 take away and be carried at sorting mechanism 5.
During measurement, carrying mechanism 3 is put the workpiece in the Pneumatic measuring head 4-5 of testing agency 4, meanwhile, carrying mechanism 3
Motor 3-9 drives workpiece 7 to rotate by sucker 3-6 and realizes that external diameter is detected；After the completion of detection, system can record test number automatically
According to and be grouped according to established standardses；
During sorting, according to test result output order to the multiposition cylinder 5-12 in sorting mechanism 5, this is more for measuring system
Position cylinder swings to predetermined position with moving slide-bar 5-4 by pivoted arm 5-8 and adjusting means, and then carrying mechanism 4 is by workpiece 7
It is put in the slideway being made up of two slide bar 5-4 being in tilted layout, workpiece is snapped down in material box automatically by gravity（In figure not
Illustrate）.
Claims (6)
1. a kind of valve stem diameter measuring device；Including the feed mechanism, pusher, carrying mechanism, inspection that are fixed on substrate
Survey mechanism and sorting mechanism；It is characterized in that：
Feed mechanism (1) is made up of feeding slideway, the controlling organization being fixed on the feeding slideway；The feeding slideway is by fixing
Installing rack (1-2) on column (1-3), it is separately fixed at regulating block of the installing rack both sides at least two with kidney slot
(1-14), it is separately fixed at top adjusting screw rod in the kidney slot, is connected with top adjusting screw rod described in respective side respectively
Upper slide bar (1-16) constitute, the controlling organization is by the linear bearing (1-6) being fixed on installing rack (1-2), to be located at this straight
Slide-bar (1-4) that bobbin holds, correspondence are fixed on front distribution block (1-7) and rear distribution block (1-12), the position of the slide-bar front and back end
Left backing pin (the 1- being fixed on below upper slide bar (1-16) and correspondingly on above-mentioned front distribution block (1-7) and rear distribution block (1-12)
8) and right backing pin (1-17), be fixed on linear bearing (1-6) or column (1-3) on sub-material cylinder (1-5), connect the sub-material gas
The contiguous block (1-13) of cylinder piston rod and slide-bar (1-4), and the left backing pin (1-8) and right backing pin (1-17) synchronization action is same
The first sensor (1-11) of step action is constituted；
Pusher (2) by slide rail (2-8), the positioner on the slide rail, drive the first horizontal of positioner motion
Constitute to cylinder (2-1)；The positioner is by being located on slide rail (2-8) and be connected with the first lateral cylinder (2-1) piston rod
Slide plate (2-2), the vertical rod (2-3) fixed on the slide plate, inclination be fixed on retainer block (2-5) in the vertical rod, positioned at the support
Below material block and the locating piece (2-4) being fixed in vertical rod (2-3), the second biography being fixed on vertical rod (2-3) or slide plate (2-2)
Sensor (2-6) is constituted；
Carrying mechanism (3) is made up of stand (3-5), sideways transfer module, vertical transfer module；The sideways transfer module by
It is the horizontal slide rail (3-2) being fixed on stand (3-5) by transverse slat (3-3), the riser (3-13) being located in the horizontal slide rail, solid
The horizontal air cylinder (3-10) for being scheduled on transverse slat (3-3) and being connected with riser (3-13) by piston rod is constituted, the vertical carrying
Module is fixed on correspondence by two vertical rails (3-11) being fixed on riser (3-13), respectively by vertical slide block (3-1)
Sucker (3-6) in vertical rails (3-11), it is fixed on riser (3-13) and respectively by piston rod and corresponding vertical slide block
(3-1) two lift cylinders (3-12) for connecting, the proximity switch (3-7) being separately fixed on sucker (3-6), be fixed on left side
The motor (3-9) rotated on that vertical slide block (3-1) and by Rotary Connection block (3-8) driving that sucker of left side (3-6)
Constitute；
Testing agency (4) is by fixed seat (4-1), the riser (4-3) being fixed in the fixed seat, the vertical cunning being located on the riser
Plate (4-2), the locating ring (4-4) being fixed on the vertical slide plate from top to down and Pneumatic measuring head (4-5), it is fixed on fixed seat
(4-1) thimble (4-6) on and below the Pneumatic measuring head is constituted；
Sorting mechanism (5) is fixed on the pivoted arm by the pivoted arm (5-8) being articulated on base plate (5-9), by gripper shoe (5-7)
Adjusting means, two slide bars (5-4) being fixed in the adjusting means, be fixed on base plate (5-9) and by piston rod with turn
The multiposition cylinder (5-12) that arm (5-8) is hinged is constituted, and a piston rod of the multiposition cylinder passes through joint (5-11) and consolidates
The free bearing (5-10) being scheduled on substrate (6) is hinged.
2. valve stem diameter measuring device according to claim 1, it is characterised in that：Have logical above upper slide bar (1-16)
Cross top adjusting screw rod and be fixed on the spacing mandril (1-1) on installing rack (1-2)；It is fixed in the kidney slot of each regulating block (1-14)
There is bottom adjusting screw rod, below each upper slide bar (1-16), have the drop shot that the bottom adjusting screw rod with respective side is connected
(1-15)。
3. valve stem diameter measuring device according to claim 1 and 2, it is characterised in that：Column (1-3) is adjusted by position
Regulating device is fixed on substrate (6), and the apparatus for adjusting position is by the base (1-9) being fixed on substrate (6), and the base engagement
Longitudinal slide (1-19), and column (1-3) be connected and coordinate with the longitudinal slide cross slide (1-18), be separately fixed at
Adjustment seat (1-10) on base (1-9) and longitudinal slide (1-19), it is connected to longitudinal slide (1-19) and adjustment seat (1-10)
Between regulating bolt, another regulating bolt structure being connected between cross slide (1-18) and another adjustment seat (1-10)
Into.
4. valve stem diameter measuring device according to claim 1 and 2, it is characterised in that：Pusher (2) also includes limit
Position device, the stopping means are by support, the mounting rod being fixed on the support (2-9), the first limit being fixed on the mounting rod
Position block (2-11), two the first buffers (2-7) being fixed on slide plate (2-2) are constituted.
5. valve stem diameter measuring device according to claim 4, it is characterised in that：Positioner, the first lateral cylinder
(2-1) and stopping means are two sets.
6. valve stem diameter measuring device according to claim 1 and 2, it is characterised in that：The adjusting means is by fixing
Two clamp blocks (5-1), the connecting rod (5-3) being respectively provided on each clamp block (5-1) in gripper shoe (5-7), set respectively
The dynamic fixture block (5-5) in each connecting rod (5-3), between clamp block (5-1) and corresponding dynamic fixture block (5-5) spring (5-2),
The connecting plates (5-6) of two dynamic fixture blocks (5-5) of connection are constituted, and slide bar (5-4) is fixed in gripper shoe (5-7), one in addition
Slide bar (5-4) is fixed on connecting plate (5-6)；There is the mounting blocks (5- being fixed in gripper shoe (5-7) above slide bar (5-4)
14) limiting plate (5-13) that, lower section of the mounting blocks is fixed further through bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620215812.2U CN206139525U (en) | 2016-03-21 | 2016-03-21 | Valve stem diameter measuring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620215812.2U CN206139525U (en) | 2016-03-21 | 2016-03-21 | Valve stem diameter measuring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206139525U true CN206139525U (en) | 2017-05-03 |
Family
ID=58615966
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620215812.2U Withdrawn - After Issue CN206139525U (en) | 2016-03-21 | 2016-03-21 | Valve stem diameter measuring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206139525U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105665294A (en) * | 2016-03-21 | 2016-06-15 | 贵阳瑞极精密测量有限公司 | Device for measuring diameter of valve rod |
| CN107051910A (en) * | 2017-06-06 | 2017-08-18 | 麻城市中达精密机械有限公司 | A kind of valve screening installation and method for separating |
| CN114485504A (en) * | 2022-01-16 | 2022-05-13 | 贵州德科纳精密设备制造有限公司 | Engine piston detection equipment |
| CN114570660A (en) * | 2022-01-16 | 2022-06-03 | 贵阳瑞极精密测量有限公司 | Full-automatic detection machine for valve cracks |
-
2016
- 2016-03-21 CN CN201620215812.2U patent/CN206139525U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105665294A (en) * | 2016-03-21 | 2016-06-15 | 贵阳瑞极精密测量有限公司 | Device for measuring diameter of valve rod |
| CN105665294B (en) * | 2016-03-21 | 2017-12-15 | 贵阳瑞极精密测量有限公司 | Valve stem diameter measuring device |
| CN107051910A (en) * | 2017-06-06 | 2017-08-18 | 麻城市中达精密机械有限公司 | A kind of valve screening installation and method for separating |
| CN107051910B (en) * | 2017-06-06 | 2019-02-26 | 麻城市中达精密机械有限公司 | A kind of valve screening installation and method for separating |
| CN114485504A (en) * | 2022-01-16 | 2022-05-13 | 贵州德科纳精密设备制造有限公司 | Engine piston detection equipment |
| CN114570660A (en) * | 2022-01-16 | 2022-06-03 | 贵阳瑞极精密测量有限公司 | Full-automatic detection machine for valve cracks |
| CN114485504B (en) * | 2022-01-16 | 2023-06-27 | 贵州德科纳精密设备制造有限公司 | Engine piston detection equipment |
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