CN108393840A - A kind of inner tube air valve with vacuumizing function upper valve core apparatus automatically - Google Patents
A kind of inner tube air valve with vacuumizing function upper valve core apparatus automatically Download PDFInfo
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- CN108393840A CN108393840A CN201810401009.1A CN201810401009A CN108393840A CN 108393840 A CN108393840 A CN 108393840A CN 201810401009 A CN201810401009 A CN 201810401009A CN 108393840 A CN108393840 A CN 108393840A
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- Prior art keywords
- gas nozzle
- valve inside
- pumping
- inner tube
- valve
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B27/00—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for
- B25B27/14—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for for assembling objects other than by press fit or detaching same
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Automatic Assembly (AREA)
- Details Of Valves (AREA)
Abstract
The invention discloses a kind of inner tube air valves with vacuumizing function to go up valve core apparatus automatically, including fuselage, feeding vibration disk is provided at the top of fuselage, on the top of fuselage, transverse adjustment is set, mounting base is set on the transverse adjustment, it is vertically arranged with vacuum extractor in the mounting base, valve inside mounting device, in the lower part of fuselage, setting one extends upwardly to the guide groove of transverse adjustment, in the lower part of guide groove, drawing mechanism is set, and drawing mechanism is in the underface of mounting base, drawing mechanism is set to move reciprocatingly along guide groove, setting extends downward into the feeder of valve inside mounting device on the feeding vibration disk, make valve inside mounting device and feeder clearance fit.The present invention can realize the autofeed of valve inside, installation, solve the problems, such as that labor intensity is big, defect ware rate is high and damage hand, reduce production cost, improve production efficiency and production economy benefit.
Description
Technical field
The invention belongs to cranked tire valve mounting technique fields, and in particular to it is a kind of it is compact-sized, easy to use have take out
The inner tube air valve of vacuum function goes up valve core apparatus automatically.
Background technology
Valve inside seals, and prevents the gas in tube from overflowing and sheds, ensures tire safety, be tube gas
Accessory must be used on mouth.Valve core structure is compact and small, causes not installing often, if installed with traditional method
Can be relatively more arduous, in the case of thousands of of installation in one day, a large amount of labour is not only needed, the damage for hand is also very tight
Weight；When installing valve inside, once screw thread do not have it is upper why can just cause tire liner damage；And in rotary valve core because
It is time-consuming and laborious all the time by being installed manually for no electric tool, and can be made because of firmly uneven with hand installation
At many defective products.
Therefore, develop it is a kind of for cheaply assemble and disassemble tyre valve core device be that those skilled in the art are badly in need of solving
Problem.
Invention content
The purpose of the present invention is to provide it is a kind of it is easy to use, installation effectiveness is high, and the tool of installation quality can be effectively ensured
There is the inner tube air valve of vacuumizing function to go up valve core apparatus automatically.
The object of the present invention is achieved like this：Including fuselage, feeding vibration disk is provided at the top of fuselage, in fuselage
Top transverse adjustment is set, mounting base is set on the transverse adjustment, is vertically arranged with and vacuumizes in the mounting base
Device, valve inside mounting device, in the lower part of fuselage, setting one extends upwardly to the guide groove of transverse adjustment, in guide groove
Drawing mechanism is arranged in lower part, and drawing mechanism is in the underface of mounting base, and drawing mechanism is made to move reciprocatingly along guide groove,
Setting extends downward into the feeder of valve inside mounting device on the feeding vibration disk, makes valve inside mounting device and feed
Mechanism Clearance coordinates；Wherein, the vacuum extractor includes exhaust tube, pumping seat, gas nozzle seal ring set, gas nozzle fixture and pumping
Lifter, the pumping lifter are set in mounting base, on the top setting pumping seat of pumping lifter, the pumping seat
Setting pumping suction nozzle is provided with exhaust tube in the lower part of pumping suction nozzle and connects vaccum-pumping equipment, is arranged at the top of pumping suction nozzle
Match suitable gas nozzle seal ring set therewith, gas nozzle fixture is set in the top of gas nozzle seal ring set；The valve inside mounting device packet
Installation lifter, rotating seat, rotation driving and valve inside clamping mechanism, the installation lifter is included to be set in mounting base,
Rotating seat is arranged in the top for being evacuated lifter, and rotating seat, which is sequentially connected, rotates driving, and the top of rotating seat is provided with valve inside
Clamping mechanism, the rotation are driven through mounting bracket and are set in mounting base.
Compared with prior art, the present invention has the following technical effects：
1, hollow sections smaller on valve inside can be enable to be placed in downward in valve inside storage tank in the present invention, and valve
The solid cylinder fixing of core is combined with blocker ring cap on the step surface to be formed in latch segment, so that valve inside is not dropped out, is realized gas
The self-locking of door core is fixed；Rotation driving can positive and negative rotation, realize control valve inside direction of rotation, to realize the peace of valve inside
Dress and dismounting；
2, the present invention can realize the auto-sequencing supply of valve inside, and valve inside is accurately and rapidly automatically mounted into the inner tube of a tyre
On gas nozzle, installation quality can be effectively ensured in installation process, solve installation by hand lead to that labor intensity is big, defect ware rate is high and
The problem of damaging hand has liberated labour, reduces labour cost；
3, automatic assembly and disassembly function can also be realized by rotating the positive and negative rotation of driving, it is time saving and energy saving, it realizes the function of a tractor serves several purposes, leads to
It is applied widely with property height；
4, the inner tube of a tyre installs can also carry out vacuumizing and exhausting after valve inside to the inner tube of a tyre automatically, convenient for the follow-up inner tube of a tyre preservation, fill
Gas maintains, and also solves the link of manually vacuumizing and exhausting, reduces labor intensity, improves production efficiency, further drops
Occurring the case where quality problems in the follow-up maintenance of the low inner tube of a tyre occurs.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the right side structural representation of the present invention；
Fig. 3 is the structural schematic diagram of feeder in the present invention；
Fig. 4 is the structural schematic diagram of vacuum extractor and valve inside mounting device in the present invention；
Figure label：1 ~ fuselage, 2 ~ feeding vibration disk, 3 ~ feeder, 4 ~ passage, 5 ~ batching pipe, 6 ~ bearing, 7 ~ connecting rod, 8
~ above match material pin, 9 ~ resetting spring, 10 ~ it is lower match material pin, 11 ~ magnet, 12 ~ transverse adjustment, 13 ~ mounting base, 14 ~ guide groove, 15
~ vacuum extractor, 16 ~ exhaust tube, 17 ~ pumping seat, 18 ~ pumping suction nozzle, 19 ~ gas nozzle seal ring set, 20 ~ gas nozzle fixture, 21 ~ take out
Gas lifter, 22 ~ suction hole, 23 ~ valve inside mounting device, 24 ~ installation lifter, 25 ~ rotating seat, 26 ~ rotation driving, 27 ~
Valve inside clamping mechanism, 28 ~ clamping set, 29 ~ be screwed on set, 30 ~ valve inside storage tank, 31 ~ latch segment, 32 ~ check lock lever, 33 ~ resistance
Baffle ring cap, 34 ~ stretcher, 35 ~ stretch rod, 36 ~ positioning guard ring, 37 ~ position adjusting screw rod, 38 ~ valve inside.
Specific implementation mode
The present invention will be further described below with reference to the drawings, but is not limited in any way to the present invention, base
In present invention teach that made by it is any transform or replace, all belong to the scope of protection of the present invention.
The upper valve core apparatus, including fuselage 1 automatically of the inner tube air valve with vacuumizing function as shown in attached drawing 1 ~ 4,
Feeding vibration disk 2 is provided at the top of fuselage, on the top of fuselage 1 setting transverse adjustment 12, the transverse adjustment 12
Mounting base 13 is set, vacuum extractor 15, valve inside mounting device 23 are vertically arranged in the mounting base 13, in fuselage 1
Lower part setting one extends upwardly to the guide groove 14 of transverse adjustment 12, drawing mechanism is arranged in the lower part of guide groove 14, and draw
The underface that mechanism is in mounting base 13 is stretched, so that drawing mechanism is moved reciprocatingly along guide groove 14, on the feeding vibration disk 2
The feeder 3 for extending downward into valve inside mounting device 23 is set, valve inside mounting device 23 is made to match with 3 gap of feeder
It closes；Wherein, the vacuum extractor 15 includes exhaust tube 16, pumping seat 17, gas nozzle seal ring set 19, gas nozzle fixture 20 and pumping
Lifter 21, the pumping lifter 21 are set in mounting base 13, in the top setting pumping seat 17 of pumping lifter 21, institute
Setting pumping suction nozzle 18 on pumping seat 17 is stated, the lower part of pumping suction nozzle 18, which is provided with exhaust tube 16, connects vaccum-pumping equipment,
Suitable gas nozzle seal ring set 19 is matched in the top setting for being evacuated suction nozzle 18 therewith, and in the top of gas nozzle seal ring set 19, setting gas nozzle presss from both sides
Tool 20；The valve inside mounting device 23 includes installation lifter 24, rotating seat 25, rotation driving 26 and valve inside clamping mechanism
27, the installation lifter 24 is set in mounting base 13, and rotating seat 25, rotating seat 25 is arranged on the top of pumping lifter 21
Be sequentially connected rotation driving 26, the top of rotating seat 25 is provided with valve inside clamping mechanism 27, the rotation driving 26 passes through
Mounting bracket is set in mounting base 13.
The gas nozzle seal ring set 19 at inverted "u"-shaped, the top of gas nozzle seal ring set 19 be provided with
For gas nozzle with suitable through-hole, the gas nozzle seal ring set 19 is socketed in 17 top of pumping seat, makes gas nozzle seal ring set 19 suction hole
22 entangle.
The valve inside clamping mechanism 27 includes clamping set 28, the set 29 that is screwed on, latch segment 31, check lock lever 32 and blocker ring
Cap 33, the set 29 that is screwed on are set to the top of rotating seat 25, clamping set 28 are arranged on the set 29 that is screwed on, on clamping set 28
Valve inside storage tank 30 is set, several latch segments 31 are set in 30 inner periphery of valve inside storage tank, at 31 back side of each latch segment
30 inner wall of valve inside storage tank on be respectively arranged with and, with suitable through-hole, the check lock lever 32 passes through through-hole company with check lock lever 32
Latch segment 31 is connect, the blocker ring cap 33 is set to the top of clamping set 28, and the top of blocker ring cap 33 is provided with connection
The clamping hole of valve inside storage tank 30 makes clamping hole lock block 31 and valve inside 38 is fixed in valve inside storage tank 30.
The drawing mechanism includes stretcher 34, stretch rod 35, and the stretcher 34 is set to the lower part of guide groove 14,
35 one end of the stretch rod is set on stretcher 34, and the other end is pierced by guide groove 14 and is in outside fuselage 1, and stretch rod 35 with
The dynamic cooperation of guide groove 14, enables stretch rod 35 to move reciprocatingly along about 14 guide groove.
The feeder 3 include passage 4, batching pipe 5, bearing 6, connecting rod 7, above match material pin 8, resetting spring 9, under
With material pin 10 and magnet 11, the upper end of the passage 4 connects feeding vibration disk 2, on line segment virtual connection valve inside clamping mechanism 27
Valve inside storage tank 30, the passage 4 middle and lower part be coaxially disposed batching pipe 5, batching pipe 5 upper and lower ends distinguish
It is arranged and matches suitable material through hole of matching with material pin 8, down with material pin 10 with upper, bearing 6, the middle part work of bearing 6 is arranged in the middle part of batching pipe 5
It is dynamic that connecting rod 7 is hingedly set, and bearing 6 is vertically arranged with connecting rod 7, matches material pin 8 in the setting of the upper end of connecting rod 7, under connecting rod 7
End setting is lower to match material pin 10, above matches material pin 8 and lower be each passed through with material pin 10 extends into material through hole in batching pipe 5, the branch
Magnet 11 is arranged on 6 one end opposite with batching pipe 5 in seat, and the resetting spring 9, which is set between connecting rod 7 and batching pipe 5, matches
In material pin 8.
Setting positioning guard ring 36 on the fuselage 1 of 12 top of transverse adjustment, at the middle part of positioning guard ring 36
It is provided with gas nozzle with suitable gas nozzle accommodating hole, and the positioning guard ring 36 is arcuate structure.
The gas nozzle fixture 20 is automatic fixture, and the gas nozzle fixture 20 is set to the bottom surface of gas nozzle fixture 20
On.
The several suction holes 22 of top circumference of the pumping seat 17, the connection pumping suction nozzle 18 of the suction hole 22.
It is respectively arranged with alignment sensor on the vacuum extractor 15, valve inside mounting device 23.
It is respectively arranged with position adjusting screw rod between the pumping lifter 21, installation lifter 24 and mounting base 13
37, the mounting height between 37 bleeding regulating lifter 21 of position adjusting screw rod, installation lifter 24 and mounting base 13.
The transverse adjustment 12, pumping lifter 21, installation lifter 24 are hydraulic cylinder and/or cylinder.
The rotation driving 26 is miniature variable-frequency motor, and is additionally provided with change between rotating seat 25 and rotation driving 26
Fast device.
The magnet 11 is electromagnet.
The stretcher 34 is hydraulic cylinder and/or cylinder.
Control feeding vibration disk 2, gas nozzle fixture 20, transverse adjustment 12, vacuum means are additionally provided on the fuselage 1
Set the industrial personal computer of 15, valve inside mounting device 23 and drawing mechanism.
Operation principle and the course of work of the present invention：When work, operating personnel manually put the inner tube of a tyre one end for being equipped with gas nozzle
It sets on positioning guard ring 36, and gas nozzle is made to be passed down through gas nozzle accommodating hole, the operation of gas nozzle fixture 20 grips gas nozzle,
Inner tube of a tyre one end is placed on stretch rod 35, stretcher 34 downwards driving stretch rod 35, make the inner tube of a tyre be fixed on stretch rod 35 with
Between positioning guard ring 36；Feeding vibration disk 2 is run at this time, and feeding vibration disk 2 passes through guide after valve inside 38 is sorted successively
Pipe 4 is delivered to batching pipe 5, and magnet 11 adsorbs the upper end of connecting rod 7 at this time, and in 7 lower end of connecting rod it is lower with material pin 10 then by
The valve inside 38 fallen of staying is fixed in push-in batching pipe 5.
Secondly, controlling the power-off of magnet 11 by industrial personal computer makes the upper end of connecting rod 7 be detached with magnet 11, the upper end quilt of connecting rod 7
Resetting spring 9, which stretches, withstands down the valve inside 38 with 10 top of material pin in push-in batching pipe 5, and with material pin 10, then this pull-out is matched down
Expects pipe 5 makes former by the lower valve inside storage tank 30 for falling to valve inside clamping mechanism 27 with the valve inside 38 that material pin 10 fixes
On, so that hollow sections smaller on valve inside 38 is placed in downward in valve inside storage tank 30, and the reality of valve inside 38
Stem body fixes on the step surface for combining and being formed with blocker ring cap 33 in latch segment 31, so that valve inside 38 is not dropped out, herein mistake
Cheng Zhong, after valve inside 38 is fallen on valve inside storage tank 30, magnet 11 is powered, and adsorbs the upper end of connecting rod 7, and is in connecting rod
Lower be then pushed into batching pipe 5 with material pin 10 of 7 lower ends fixes the valve inside 38 fallen of staying, and valve inside 38 is made to match material pin 8 from upper
It is fallen on down under place at material pin 10；Then, valve inside mounting device 23 is moved to positioning guard ring 36 by transverse adjustment 12
Immediately below gas nozzle accommodating hole, and slow rise of lifter 24 is installed, valve inside 38 is upwardly into gas nozzle, then, rotation driving
26 drive 28 rotation of clamping set, the rising of cooperation installation lifter 24 that valve inside 38 is screwed in gas nozzle by rotating seat 25,
After the completion of being screwed on, rotation driving 26 is shut down, and installation lifter 24, which declines to reset, to be made, and valve inside clamping mechanism 27 is detached with gas nozzle.
After completing the installation of valve inside 38, transverse adjustment 12, which continues to run with control vacuum extractor 15 and is moved to position, to be prevented
Immediately below the gas nozzle accommodating hole of guard ring 36, then, pumping lifter 21 pushes pumping seat 17 to rise, and pumping seat 17 is made to be socketed in peace
On gas nozzle equipped with valve inside 38, gas nozzle fixture 20 then continue it is clamping live gas nozzle, preventer wobble effects vacuumizing effect, this
When, gas nozzle passes through gas nozzle seal ring set 19 to stretch into the pumping suction nozzle 18 of pumping seat 17, and pumping suction nozzle 18 is made to be isolated from the outside world, with
Vaccum-pumping equipment vacuumizes gas nozzle by exhaust tube 16 afterwards, and after the completion of vacuumizing, suction hole 22 is by effects of air pressure outer
In the gas sucking pumping suction nozzle 18 on boundary, the air pressure of 18 inside and outside of balance pumping suction nozzle, convenient for gas nozzle is removed from aspiration mouth；
And stretcher 34 then drives up the reset of stretch rod 35, unclamps the inner tube of a tyre, gas nozzle fixture 20 also unclamps gas nozzle reset, people easy to operation
Member removes the inner tube of a tyre.
Claims (10)
1. a kind of inner tube air valve with vacuumizing function upper valve core apparatus, including fuselage automatically（1）, in fuselage（1）Top
Portion is provided with feeding vibration disk（2）, it is characterised in that：In fuselage（1）Top be arranged transverse adjustment（12）, described laterally to adjust
Save device（12）Upper setting mounting base（13）, the mounting base（13）On be vertically arranged with vacuum extractor（15）, valve inside installation
Device（23）, in fuselage（1）Lower part setting one extend upwardly to transverse adjustment（12）Guide groove（14）, in guide groove
（14）Lower part drawing mechanism is set, and drawing mechanism is in mounting base（13）Underface, make drawing mechanism along guide groove
（14）It moves reciprocatingly, in the feeding vibration disk（2）Upper setting extends downward into valve inside mounting device（23）Batcher
Structure（3）, make valve inside mounting device（23）With feeder（3）Clearance fit；Wherein, the vacuum extractor（15）Including taking out
Tracheae（16）, pumping seat（17）, gas nozzle seal ring set（19）, gas nozzle fixture（20）With pumping lifter（21）, the pumping liter
Device drops（21）It is set to mounting base（13）On, in pumping lifter（21）Top setting pumping seat（17）, the pumping seat
（17）Upper setting is evacuated suction nozzle（18）, in pumping suction nozzle（18）Lower part be provided with exhaust tube（16）Vaccum-pumping equipment is connected,
It is evacuated suction nozzle（18）Top setting match suitable gas nozzle seal ring set therewith（19）, in gas nozzle seal ring set（19）Top setting
Gas nozzle fixture（20）；The valve inside mounting device（23）Including installing lifter（24）, rotating seat（25）, rotation driving（26）
With valve inside clamping mechanism（27）, the installation lifter（24）It is set to mounting base（13）On, in pumping lifter（21）'s
Rotating seat is arranged in top（25）, rotating seat（25）Be sequentially connected rotation driving（26）, in rotating seat（25）Top be provided with gas
Door core clamping mechanism（27）, the rotation driving（26）It is set to mounting base by mounting bracket（13）On.
2. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The gas nozzle seal ring set（19）At inverted "u"-shaped, in gas nozzle seal ring set（19）Top be provided with and gas nozzle
With suitable through-hole, the gas nozzle seal ring set（19）It is socketed in pumping seat（17）Top makes gas nozzle seal ring set（19）Air-breathing
Hole（22）It entangles.
3. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The valve inside clamping mechanism（27）It is covered including clamping（28）, be screwed on set（29）, latch segment（31）, check lock lever（32）And blocking
Ring cap（33）, the set that is screwed on（29）It is set to rotating seat（25）Top, the set that is screwed on（29）Upper setting clamping set（28）,
It is covered in clamping（28）Upper setting valve inside storage tank（30）, in valve inside storage tank（30）Several latch segments are arranged in inner periphery
（31）, in each latch segment（31）The valve inside storage tank at the back side（30）Be respectively arranged on inner wall with and check lock lever（32）With suitable
Through-hole, the check lock lever（32）Latch segment is connected across through-hole（31）, the blocker ring cap（33）It is set to clamping set（28）
Top, and in blocker ring cap（33）Top be provided with connection valve inside storage tank（30）Clamping hole, so that clamping hole is coordinated
Latch segment（31）Valve inside（38）It fixes in valve inside storage tank（30）In.
4. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The drawing mechanism includes stretcher（34）, stretch rod（35）, the stretcher（34）It is set to guide groove（14）Lower part,
The stretch rod（35）One end is set to stretcher（34）On, the other end is pierced by guide groove（14）In fuselage（1）Outside, and draw
Boom（35）With guide groove（14）Dynamic cooperation, makes stretch rod（35）It can be along guide groove（14）It moves reciprocatingly up and down.
5. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The feeder（3）Including passage（4）, batching pipe（5）, bearing（6）, connecting rod（7）, above match material pin（8）, resetting spring
（9）, down match material pin（10）And magnet（11）, the passage（4）Upper end connect feeding vibration disk（2）, line segment virtual connection valve
Core clamping mechanism（27）On valve inside storage tank（30）, in the passage（4）Middle and lower part be coaxially disposed batching pipe（5）,
In batching pipe（5）Upper and lower ends be respectively set with it is upper match material pin（8）, down match material pin（10）Match material through hole, batching pipe with suitable
（5）Middle part be arranged bearing（6）, bearing（6）Middle part be movably hinged setting connecting rod（7）, and bearing（6）With connecting rod（7）Vertically
Setting, in connecting rod（7）Upper end setting on match material pin（8）, in connecting rod（7）Lower end setting lower match material pin（10）, above match material pin
（8）Match material pin with lower（10）It is each passed through and extends into batching pipe with material through hole（5）In, the bearing（6）With batching pipe（5）Relatively
One end on magnet is set（11）, the resetting spring（9）It is set to connecting rod（7）With batching pipe（5）Between upper match material pin（8）
On.
6. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The transverse adjustment（12）The fuselage of top（1）Upper setting positions guard ring（36）, in positioning guard ring（36）Middle part
It is provided with and matches suitable gas nozzle accommodating hole, and the positioning guard ring with gas nozzle（36）For arcuate structure.
7. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The gas nozzle fixture（20）For automatic fixture, and the gas nozzle fixture（20）It is set to gas nozzle fixture（20）Bottom surface on.
8. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The pumping seat（17）The several suction holes of top circumference（22）, the suction hole（22）Connection pumping suction nozzle（18）.
9. the inner tube air valve according to claim 1 with vacuumizing function goes up valve core apparatus automatically, it is characterised in that：
The vacuum extractor（15）, valve inside mounting device（23）On be respectively arranged with alignment sensor.
10. upper valve core apparatus, feature exist the inner tube air valve according to claim 1 with vacuumizing function automatically
In：The pumping lifter（21）, installation lifter（24）With mounting base（13）Between be respectively arranged with position adjusting screw rod
（37）, position adjusting screw rod（37）Bleeding regulating lifter（21）, installation lifter（24）With mounting base（13）Between installation
Highly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810401009.1A CN108393840B (en) | 2018-04-28 | 2018-04-28 | Automatic valve inside feeding device with vacuumizing function for inner tube air tap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810401009.1A CN108393840B (en) | 2018-04-28 | 2018-04-28 | Automatic valve inside feeding device with vacuumizing function for inner tube air tap |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108393840A true CN108393840A (en) | 2018-08-14 |
| CN108393840B CN108393840B (en) | 2023-08-15 |
Family
ID=63100755
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810401009.1A Active CN108393840B (en) | 2018-04-28 | 2018-04-28 | Automatic valve inside feeding device with vacuumizing function for inner tube air tap |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108393840B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110962073A (en) * | 2019-12-26 | 2020-04-07 | 芜湖通和汽车管路***股份有限公司 | Device for efficiently installing valve core |
| CN111016239A (en) * | 2019-12-27 | 2020-04-17 | 金德橡胶（福建）有限公司 | Air extraction device and method for inner tube |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110962073A (en) * | 2019-12-26 | 2020-04-07 | 芜湖通和汽车管路***股份有限公司 | Device for efficiently installing valve core |
| CN111016239A (en) * | 2019-12-27 | 2020-04-17 | 金德橡胶（福建）有限公司 | Air extraction device and method for inner tube |
Also Published As
| Publication number | Publication date |
|---|---|
| CN108393840B (en) | 2023-08-15 |
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