CN207848509U - A kind of hyper-pressure pressure-loss disconnecting device - Google Patents
A kind of hyper-pressure pressure-loss disconnecting device Download PDFInfo
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- CN207848509U CN207848509U CN201820227452.7U CN201820227452U CN207848509U CN 207848509 U CN207848509 U CN 207848509U CN 201820227452 U CN201820227452 U CN 201820227452U CN 207848509 U CN207848509 U CN 207848509U
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Abstract
The utility model is related to pressure pipeline safe emergencies to cut off valve technology, especially a kind of hyper-pressure pressure-loss disconnecting device, by carrying out process modification to stop valve working method, allow the size for the motion torque that stop valve needs according to stop valve, using single needle roller, double needle rollers, more needle rollers work combination, achieve the purpose that lock main shaft rotation.Ensure that large torque control is simple, it is feasible to facilitate.The present apparatus, by changing the size of different size epithelium drive disk, can meet the control of different pressures rank according to control pressure height, if different control pressure points.It is interacted by a series of locking plates, using lever transmission, ensures that pressure inductor movement is generated without additional drag, be capable of providing high-precision control technology.Device is equipped with routine check hand push button, manual reset axis, is convenient for daily management mission.
Description
Technical field
The utility model is related to pressure pipeline safe emergency cut off valve technology, especially a kind of hyper-pressure pressure-loss disconnecting device,
The device can utilize medium pressure itself in pipe network to drive, and torque is big, cuts off high sensitivity.
Background technology
" scientific and technical innovation, autonomous innovation " has become the mainstream of the current industrial development in China, and China's industrial or agricultural is gradually to intensive
The direction of type, energy-saving and emission-reduction, low-carbon is developed.To ensure the safety of pressure pipeline pumped (conveying) medium, it usually needs be situated between in control pipeline
The technical parameters such as flow, pressure, the temperature of matter just can guarantee that network security is run, and control pressure pipe safety usually has pneumatic tight
The safety equipments such as anxious stop valve, electric emergency cut-off valve, solenoid valve, electrical ball valve.Currently, pressure pipe network safety guard master
If safety is diffused and safety cut-off, safety cut-off valve quality and precision are very big to upstream device security implication, provide reliable
Safety device is the task of top priority.In order to solve problem above, R＆D institution and science and technology in enterprise personnel are constantly studying, are exploring,
Using modern science and technology, the structure of existing safety cut-off valve is improved, although technically achieving some progress,
The technical barrier not yet overcome is remained in practice.
Invention content
The purpose of the utility model is to overcome the above deficiencies, provide a kind of hyper-pressure pressure-loss disconnecting device, which can
Control pressure, allow thereon, in lower range normal operation device, drive using medium pressure itself in pipe network, without outside
Boundary's power drive, carrying out autoprotection makes suitable for being applied on large torque, heavy caliber stop valve especially suitable for high pressure occasion
With the cut-out technology of high-precision control, easy for installation, safe operation can be carried out.
Technical solution adopted by the utility model to solve its technical problems is：Contain reset dial, movable closing piece, lower casing
Body, fixed main shaft seat, main shaft, needle roller, movable closing piece arm, locking plate b, locking plate a, spring adjustment barrel, decompression adjusting bolt, superpressure tune
Save bolt, superpressure spring, decompression spring, link block, resetting spring, hand push button, reset transmission axle, interlock lever, disk on film,
Pallet, diaphragm, film lower wall, torsional spring a, fixed pivot pin a, torsional spring b, fixed pivot pin b, fixed pivot pin c, film lower wall pass through with disk on film
Screw is connected, and diaphragm is fixed on film lower wall and film between disk, and pallet is fixed on film among disk and is in contact with diaphragm, even
It connects block to be fixed on pallet and with decompression adjusting bolt be connected, decompression spring is fixed in decompression adjusting bolt, and spring is adjusted
Cylinder is linked in decompression adjusting bolt, and superpressure adjusting bolt, superpressure spring are fixed in spring adjustment barrel, is resetted transmission axle and is fixed
On lower housing, resetting spring, hand push button, which are fixed on, to be resetted in transmission axle, is interlocked lever and is fixed on link block, interlocks thick stick
Bar is in contact with locking plate b, and locking plate b is fixed on fixed pivot pin b, and locking plate b fastens with locking plate a, and locking plate a is fixed on fixed pivot pin
On a, locking plate a intermediate groove locking activity closing piece arms, movable closing piece arm is fixed on fixed pivot pin c, and fixed pivot pin a, b, c are fixed
In on lower housing, torsional spring a, b are separately mounted in fixed pivot pin a, b, and movable closing piece arm is fixed as one with movable closing piece, living
Dynamic closing piece is fixed on main shaft, and main shaft, which is mounted on, to be fixed on axle bed, and for needle roller half in main shaft, half is mounted on fixed plate
In, fixed main shaft seat is fastened by bolts part with lower housing and is connected, and forms a kind of hyper-pressure pressure-loss disconnecting device.
The utility model use technical principle be：It is designed with physical principle using machinery.Utilize rubber diaphragm sense
Pressure is answered, in the case where diaphragm side generates certain thrust and spring force interaction, generates certain displacement, pushes locking plate to thread off and divides
From.Principal shaft locking part is promoted to discharge, cutoff action quickly executes.It is interacted by a series of locking plates, using lever transmission,
Ensure that pressure inductor movement is generated without additional drag, is capable of providing high-precision control technology.And it can be according to control pressure
Just, if different control pressure points, by changing the size of different size epithelium drive disk, meet the control of different pressures rank.
There is certain rotation torque, movement to be locked by needle roller on main shaft, according to the size of rotation torque on main shaft, the single needle roller of selection,
Double needle rollers, more needle rollers work combination, achieve the purpose that lock main shaft rotation.
The utility model advantageous effect is：By carrying out process modification to stop valve working method, allow stop valve root
Locking master is reached using single needle roller, double needle rollers, more needle rollers work combination according to the size for the motion torque that stop valve needs
The purpose of axis rotation.Ensure that large torque control is simple, it is feasible to facilitate.The present apparatus can be according to control pressure height, if different controls
Pressing pressure point meets the control of different pressures rank by changing the size of different size epithelium drive disk.Pass through a series of locking plates
Interaction ensures that pressure inductor movement is generated without additional drag, is capable of providing high-precision control skill using lever transmission
Art.Device is equipped with routine check hand push button, manual reset axis, is convenient for daily management mission.
Description of the drawings
Here is to be further described in conjunction with the accompanying drawings and embodiments to the utility model：
Fig. 1 is a kind of front view of hyper-pressure pressure-loss disconnecting device.
Fig. 2 is a kind of vertical view of hyper-pressure pressure-loss disconnecting device.
Fig. 3 is a kind of left view of hyper-pressure pressure-loss disconnecting device.
In figure：1. reset dial；2. movable closing piece；3. lower housing；4. fixed main shaft seat；5. main shaft；6. needle roller；7. living
Dynamic closing piece arm；8. locking plate b；9. locking plate a；10. spring adjustment barrel；11. decompression adjusting bolt；12. superpressure adjusting bolt；13. surpass
Pressing spring；14. decompression spring；15. link block；16. resetting spring；17. hand push button；18. resetting transmission axle；19. interlocking thick stick
Bar；20. disk on film；21. pallet；22. diaphragm；23. film lower wall；24. torsional spring a；25. fixed pivot pin a；26. torsional spring b；27. fixing
Pivot pin b；28. fixed pivot pin c.
Specific implementation mode
In Fig. 1, Fig. 2, Fig. 3, film lower wall 23 is connected with disk on film 20 by screw, and diaphragm 22 is fixed on film lower wall 23
Between disk on film 20, pallet 21 is fixed on film among disk 20 and is in contact with diaphragm 22, and link block 15 is fixed on pallet 21
Above and with decompression adjusting bolt 11 it is connected, decompression spring 14 is fixed in decompression adjusting bolt 11,10 fitting of spring adjustment barrel
In decompression adjusting bolt 11, superpressure adjusting bolt 12, superpressure spring 13 are fixed in spring adjustment barrel 10, reset transmission axle 18
It is fixed on lower housing 3, resetting spring 16, hand push button 17, which are fixed on, to be resetted in transmission axle 18, and 19 company of being fixed on of lever is interlocked
It connects on block 15, interlocking lever bar 19 is in contact with locking plate b8, and locking plate b8 is fixed on fixed pivot pin b27, locking plate b8 and locking plate a9 phases
Fastening, locking plate a9 are fixed on fixed pivot pin a25, locking plate a9 intermediate groove locking activity closing pieces arm 7, and movable closing piece arm 7 is fixed
In on fixed pivot pin c28, fixed pivot pin a25, b27, c28 are fixed on lower housing 3, and torsional spring a24, b26 are separately mounted to fix
On pivot pin a25, b27, movable closing piece arm 7 is fixed as one with movable closing piece 2, and movable closing piece 2 is fixed on main shaft 5, main shaft 5
On fixed main shaft seat 4,6 half of needle roller is in main shaft 5, and half is in fixed main shaft seat 4, fixed main shaft seat 4 and lower casing
Body 3 is fastened by bolts part and is connected, and forms a kind of hyper-pressure pressure-loss disconnecting device.
Pipeline internal medium imports in 23 inner cavity of film lower wall, 22 induction medium pressure of rubber diaphragm generate certain thrust in
On pallet 21, pallet 21 is promoted to move upwards, superpressure spring 13 generates certain spring force, bullet under the compression of superpressure adjusting bolt 12
A spring force part acts on lower housing 3, and a part is transmitted to by link block 15 on pallet 21, and pipe medium pressure is normal
When, diaphragm 22 generates thrust and is less than spring force, and gearing lever 19 remains static or fine motion state.When pressure medium increase,
When setting the upper limit more than pressure, the thrust that diaphragm 22 generates is more than 13 active force of superpressure spring, and pallet 21 moves upwards, stroke position
When shifting is more than 1.5mm, gearing lever 19 is driven to be rotated clockwise around fixed pivot pin c28, interlocks 19 front end idler wheel edge lock of lever
Piece b8 upper grooves move upwards, and start locking plate running part.When pressure medium is too low, is less than setting low pressure limit, diaphragm 22
The thrust of generation is less than 14 active force of decompression spring, at this point, 13 active force of superpressure spring all acts on lower housing 3, with company
The separation of block 15 is connect, decompression spring 14 pushes pallet 21 to move downward by link block 15, when travel displacement is more than 1.5mm, drives
It interlocks lever 19 to rotate counterclockwise around fixed pivot pin c28, interlocks 19 front end idler wheel of lever and moved downward along locking plate b8 upper grooves,
Start locking plate running part.
When pipeline medium is normal, interlocks lever 19 and be in horizontality, locking plate b8 under the action of torsional spring b26 with locking plate a9
Fastening, while locking plate a9 intermediate groove locking activity closing pieces arm 7.Pipeline medium is abnormal, before pressure sensitive part interlocks lever 19
End idler wheel is moved downward along locking plate b8 upper grooves, starts locking plate running part, and locking plate b8 turns clockwise around fixed pivot pin b27
Dynamic, locking plate b8 and locking plate a9 threads off when rotating by a certain angle, and locking plate a9 surrounds the fixed pivot pin a25 inverse times under torsional spring a24 effects
Needle rotates, and the lower ends locking plate a9 promotion activity closing piece arm 7 rotates clockwise.Pressure sensitive part abnormal signal passes through locking plate driving section
Divide and is transmitted to movable closing piece arm 7.
The movement for cutting off valve base, makes to generate certain rotation torque on main shaft 5, needle roller or steel ball 6 are in movable closing piece 2
Under rotation forces, into the card slot of main shaft 5, needle roller half is in main shaft 5, and half is in fixed main shaft seat 4, fixed main shaft seat
4 be fixed, locks 5 rotary motion of main shaft.Pressure sensitive part abnormal signal is transmitted to work by locking plate running part
Dynamic closing piece arm 7, locking plate running part dropout discrete state, movable closing piece arm 7 rotates clockwise, and drive activity closing piece 2 is suitable together
Hour hands rotate, and movable closing piece arm 7 is fixed as one with movable closing piece 2.When movable closing piece 2 rotates by a certain angle, the torque of main shaft 5
Needle roller 6 is shifted onto in 2 serrated slot of movable closing piece, the locking release of main shaft 5, main shaft can be moved with 360 degree rotation.
For cutting mechanism under pressure normal condition, locking plate running part presses hand push button 17 in mutually buckle-like state is locked, multiple
Position transmission axle 18 pushes locking plate b8 rotation, and locking plate running part is threaded off separation, so that the locking release of main shaft 5, main shaft can be with
360 degree rotation moves.Practical work instead of pressure sensitive part of hand push button unclamps hand push button 17, and resetting spring 16 can make
Obtain 17 return of hand push button.
Claims (1)
1. a kind of hyper-pressure pressure-loss disconnecting device, containing reset dial, movable closing piece, lower housing, fixed main shaft seat, main shaft, needle roller,
Movable closing piece arm, locking plate b, locking plate a, spring adjustment barrel, decompression adjusting bolt, superpressure adjusting bolt, superpressure spring, decompression bullet
Spring, resetting spring, hand push button, resets transmission axle, interlocks lever, disk, pallet, diaphragm, film lower wall, torsional spring on film link block
A, fixed pivot pin a, torsional spring b, fixed pivot pin b, fixed pivot pin c, it is characterized in that：Film lower wall is connected with disk on film by screw,
Diaphragm is fixed on film lower wall and film between disk, and pallet is fixed on film among disk and is in contact with diaphragm, and link block is fixed on
It is connected on pallet and with decompression adjusting bolt, decompression spring is fixed in decompression adjusting bolt, and spring adjustment barrel is linked in mistake
It presses in adjusting bolt, superpressure adjusting bolt, superpressure spring are fixed in spring adjustment barrel, are resetted transmission axle and are fixed on lower housing
On, resetting spring, hand push button, which are fixed on, to be resetted in transmission axle, is interlocked lever and is fixed on link block, interlocks lever and locking plate b
It is in contact, locking plate b is fixed on fixed pivot pin b, and locking plate b fastens with locking plate a, and locking plate a is fixed on fixed pivot pin a, locking plate a
Intermediate groove locking activity closing piece arm, movable closing piece arm are fixed on fixed pivot pin c, and fixed pivot pin a, b, c are fixed on lower housing
On, torsional spring a, b are separately mounted in fixed pivot pin a, b, and movable closing piece arm is fixed as one with movable closing piece, and movable closing piece is solid
Due on main shaft, mounted on being fixed on axle bed, in main shaft, half is mounted in fixed plate needle roller half main shaft, fixed
Spindle drum is fastened by bolts part with lower housing and is connected, and forms a kind of hyper-pressure pressure-loss disconnecting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820227452.7U CN207848509U (en) | 2018-02-07 | 2018-02-07 | A kind of hyper-pressure pressure-loss disconnecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820227452.7U CN207848509U (en) | 2018-02-07 | 2018-02-07 | A kind of hyper-pressure pressure-loss disconnecting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207848509U true CN207848509U (en) | 2018-09-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820227452.7U Active CN207848509U (en) | 2018-02-07 | 2018-02-07 | A kind of hyper-pressure pressure-loss disconnecting device |
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| CN (1) | CN207848509U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110118280A (en) * | 2018-02-07 | 2019-08-13 | 盐城市大丰燃气设备有限公司 | Hyper-pressure pressure-loss disconnecting device |
| CN111853296A (en) * | 2020-07-23 | 2020-10-30 | 乐山川天燃气输配设备有限公司 | Overpressure automatic cut-off pressure regulator |
-
2018
- 2018-02-07 CN CN201820227452.7U patent/CN207848509U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110118280A (en) * | 2018-02-07 | 2019-08-13 | 盐城市大丰燃气设备有限公司 | Hyper-pressure pressure-loss disconnecting device |
| CN111853296A (en) * | 2020-07-23 | 2020-10-30 | 乐山川天燃气输配设备有限公司 | Overpressure automatic cut-off pressure regulator |
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