CN208024924U - Impact-resistant air bleeding valve - Google Patents
Impact-resistant air bleeding valve Download PDFInfo
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- CN208024924U CN208024924U CN201820484844.1U CN201820484844U CN208024924U CN 208024924 U CN208024924 U CN 208024924U CN 201820484844 U CN201820484844 U CN 201820484844U CN 208024924 U CN208024924 U CN 208024924U
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Abstract
The utility model discloses a kind of impact-resistant air bleeding valves, including valve body, valve body is equipped with exhaust outlet and water inlet, it is equipped with hollow floating body and floating body guider in valve body, sealing valve plate is equipped in valve body, valve body is equipped with valve plate guide holder, sealing valve plate is equipped with exhaust guide pipe, exhaust guide pipe lower part is fixed with elasticity resistance and floats device, and lower end of the lower end less than exhaust guide pipe of device is floated in elasticity resistance, and elasticity resistance is floated hollow floating body after device is shunk and can be resisted against in the lower port in micro- row channel；For the utility model sealing valve plate when being contacted with exhaust outlet, device is floated in elasticity resistance to reduce the impact between parts into row buffering；When a small amount of gas is constantly assembled in valve body, device is floated in elasticity resistance can be with hollow floating body gravity collective effect, micro- row channel is set to open as early as possible, this so that gas-storing capacity is smaller, hollow floating body rises acceleration and is not obvious again, the cushioning effect of device is floated plus elasticity resistance simultaneously, the impact after frequent micro exhaust is obviously eliminated.
Description
Technical field
The utility model is related to a kind of air bleeding valve more particularly to a kind of impact-resistant air bleeding valves.
Background technology
Air bleeding valve is the important device in water delivery pipeline system, is typically mounted on the eminence of water delivery pipeline system or holds one's breath
Place.
The effect of air bleeding valve is：When occurring bulk gas in pipeline, air bleeding valve can work as pipe with the air in discharge line
When generating a small amount of gas in road, a small amount of gas that air bleeding valve can in time in discharge line ensures defeated to reduce water delivery vapour lock
Water stablizes and pipeline safety；When occurring negative pressure in pipeline, air bleeding valve can quickly suck gas, prevent pipeline from being inhaled flat or close
Situations such as envelope is destroyed.
The structure type of existing air bleeding valve is more, and it is entitled " a kind of air bleeding valve " that such as application No. is " 201610299783.7 "
Patent of invention, application No. is " 201620773702.8 " entitled " a kind of air inlet and exhaust valves with micro-exhaust valve " etc., but its
Basic principle is roughly the same.By taking the patent of invention of entitled " a kind of air bleeding valve " application No. is " 201610299783.7 " as an example,
The basic functional principle of air bleeding valve is：(1) when generating bulk gas in pipeline, sealing valve plate and floating ball are all protected under Gravitative Loads
Extreme lower position is held, bulk gas is discharged rapidly by the larger gap between sealing valve plate and valve body exhaust outlet；(2) bulk gas
After discharge, the water in pipeline starts to enter from valve inleting water mouth, and floating ball is begun to ramp up under buoyancy, pushes sealing valve first
The exhaust guide pipe at plate center, closes micro exhaust passage, because exhaust guide pipe is fixedly connected with sealing valve plate, seals
Valve plate is also synchronized and is pushed；(3) floating ball, which pushes, rises until the exhaust outlet of sealing valve plate and valve body is in sealing contact, and valve body is interior to be formed
Confined space keeps under air pressure collective effect of the sealing valve plate in floating ball buoyancy and confined space stablizing, also be formed in pipeline
Voltage stabilizing flow；(4) when there is a small amount of gas evolution, a small amount of gas enters the confined space of valve body, water level decreasing in valve body, floating ball
Decline therewith, the micro exhaust passage being vented on guide pipe is opened, these a small amount of gases are discharged, and it is extensive that water level in rear valve body is discharged
Multiple, floating ball, which rises, again closes micro exhaust passage；(5) when occurring negative pressure in pipeline, water level declines rapidly in valve body, close
Valve plate and floating ball are sealed because air pressure and Gravitative Loads are opened rapidly, ambient atmos quickly enter pipeline.In above-mentioned principle (2) and (3)
Larger gap is sealed when floating ball pushes and seals the sequencing of micro exhaust passage because the structure of different air bleeding valves will produce not
Together, but in principle it is the same that (4), which put all air bleeding valves,.
In actual use, existing air bleeding valve still has some problems according to above-mentioned operation principle, for above-mentioned principle
(2) and for (3), floating ball because hydraulic pressure in pipeline can rapid increase, floating ball buoyancy F at this timeIt is floating> floating ball gravity GBall+ sealing valve
Plate gravity GPlate+ exhaust guide pipe gravity GPipe, floating ball, sealing valve plate and be vented the entirety of guide pipe can be in the trend that centainly accelerates to
Upper movement, therefore sealing valve plate speed can also become larger, in sealing valve plate and exhaust outlet moment in sealing contact, according to punching
Formula F t=mv is measured, sealing valve plate can not only will produce one by the very big reaction force of exhaust ports, this reaction force
Fixed noise, and be easy to cause sealing valve plate generate deformation, while this reaction force can also pass to exhaust guide pipe and
Floating ball because floating ball sheet as thin-wall construction and exhaust guide pipe cross-sectional area it is smaller, the reaction force meeting passed over
It is applied topically to floating ball surface, floating ball is caused to deform upon, according further to the interaction of power, sealing valve plate also can be to exhaust outlet
The sealing ring etc. at place causes to impact, and sealing ring is caused to be easily damaged, so the presence of this impact force, zero more to air bleeding valve
Part is all affected, and is particularly easy to cause damage of components, causes air bleeding valve ineffective.
In addition, for above-mentioned principle (4), when forming confined space in valve body, gas in confined space can be because
Hydraulic pressure effect compression certain volume, forms high pressure gas, at this time floating ball buoyancy FIt is floatingThe relative pressure F of+compressed gasGas=floating ball weight
Power GBall+ sealing valve plate gravity GPlate+ exhaust guide pipe gravity GPipe+ exhaust outlet support force fExhaust outlet, the wherein relative pressure of compressed gas
FGasIt is compressed gas to the pressure of sealing valve plate with ambient atmosphere to the pressure difference of sealing valve plate, floating ball, sealing valve plate and exhaust
Guide pipe keeps stablizing under the balance of above-mentioned active force, and according to F=PS it is found that sealing valve plate area is bigger, air pressure at this time carries
The support force of confession is bigger, this is also that existing sealing valve plate surface area designs all larger reason, and existing sealing valve plate is usually all set
It is calculated as a pot shape, increases the design of surface area but also sealing valve plate intensity itself is weaker, the sealing valve plate seals in front
The impact force being subject to when contact is also easier to make sealing valve plate itself be deformed.After a small amount of gas enters valve body, water level omits
Micro- decline, floating ball buoyancy FIt is floatingReduce, but because the pressure that compressed gas provides be enough to support sealing valve plate and exhaust guide pipe and
Floating ball buoyancy F at this timeIt is floating> floating ball gravity GBall, floating ball is without departing from exhaust guide pipe, as follow-up more a small amount of gases enter
Valve body, water level decreasing incrementally increase, as floating ball buoyancy FIt is floating=floating ball gravity GBallWhen, between floating ball and the lower port of exhaust guide pipe
Because external and internal pressure difference is still not easily disconnected from, water level still constantly declines during the entrance of a small amount of gas at this time, until floating ball
Buoyancy FIt is floatingLess than floating ball gravity GBallAnd GBallEffect can overcome exhaust guide pipe lower end external and internal pressure difference and floating ball buoyancy FIt is floatingWhen, floating ball
It can be just detached from exhaust guide pipe, micro exhaust passage can just be opened；Because compression gas atmosphere is obviously big in valve body confined space
In external atmosphere pressure, gas can drastically be discharged, and because when micro exhaust passage is opened, in original confined space gas-storing capacity compared with
Greatly, can be accelerated to float under buoyancy again by rapid water-filling, floating ball in valve body, final impact again is in the lower end of exhaust guide pipe
On mouth, the floating ball and exhaust that are generated after this frequently micro exhaust are oriented to the impact between infratubal port, also become floating ball rapid wear
Bad key factor.
The reason of above problem occurs be mainly：(1) all it is to contact firmly between floating ball and sealing valve plate, although some are vented
Valve increases rubber sleeve in the lower end of exhaust guide pipe, is used as buffering while improving sealing effect, but rubber sleeve is in frequency
It is numerous impacted in the case of also easily damage, problem does not solve fundamentally；(2) existing air bleeding valve micro exhaust passage is opened
It opens, overcomes buoyancy and exhaust to be oriented to infratubal port inside and outside differential pressure to realize, too by floating ball its own gravity after water level decreasing merely
Be easy to cause that gas-storing capacity in confined space is excessive so that every time after micro exhaust floating ball to be vented the impact of guide pipe compared with
Greatly.
Utility model content
The technical problem to be solved by the utility model is to provide it is a kind of it is simple in structure, using it is reliable, be significantly reduced pair
The impact-resistant air bleeding valve that pipeline hydraulic pressure influences.
In order to solve the above technical problems, the technical solution of the utility model is：Impact-resistant air bleeding valve, including valve body, institute
It states and is respectively equipped with exhaust outlet and water inlet above and below valve body, hollow floating body is equipped in the valve body, is set in the valve body
There is floating body guider, is constituted between the floating body guider and the valve body and be connected to the water inlet and the exhaust outlet
Fluid channel, the valve body is interior to be equipped with sealing valve plate, the sealing valve plate between the hollow floating body and the exhaust outlet
Voltage stabilizing sealing device is equipped between the exhaust outlet, the valve body is equipped with valve plate guide holder, is fixed in the sealing valve plate
Equipped with the exhaust guide pipe being slidably connected with the valve plate guide holder, the endoporus of the exhaust guide pipe constitutes micro- row channel；Institute
It states the part that exhaust guide pipe stretches out below the sealing valve plate and is fixed with the floating device of elasticity resistance, device is floated in the elasticity resistance
Lower end is less than the lower end of the exhaust guide pipe, and the hollow floating body can be resisted against described micro- after the floating device of elasticity resistance is shunk
In the lower port for arranging channel.
It includes being fixed at the exhaust guide pipe lower part that device is floated in the elasticity resistance as a preferred technical solution,
Spring is floated in resistance, and lower end of the lower end less than the exhaust guide pipe of spring is floated in the resistance.
The lower end that spring is floated in the resistance as a preferred technical solution, is fixed with floating body contact locating ring.
The valve plate guide holder is located above the exhaust outlet as a preferred technical solution, and the upper of spring is floated in the resistance
End is fixedly connected with the sealing valve plate.
It is located on the exhaust guide pipe as a preferred technical solution, above the valve plate guide holder and is fixed with low level
Limited block.
As a preferred technical solution, the voltage stabilizing sealing device include be fixed at the exhaust ports voltage stabilizing it is close
Seal.
The floating body guider includes at least three being vertically provided at the interior of the valve body as a preferred technical solution,
Floating body guiding rib on wall constitutes the fluid channel between the adjacent floating body guiding rib.
By adopting the above-described technical solution, impact-resistant air bleeding valve, including valve body, above and below the valve body point
Not She You exhaust outlet and water inlet, hollow floating body is equipped in the valve body, floating body guider is equipped in the valve body, it is described floating
It is constituted between body guider and the valve body and is connected to the fluid channel of the water inlet and the exhaust outlet, position in the valve body
It is equipped with sealing valve plate between the hollow floating body and the exhaust outlet, is equipped between the sealing valve plate and the exhaust outlet steady
Pressure sealing device, the valve body are equipped with valve plate guide holder, are fixed in the sealing valve plate and are slided with the valve plate guide holder
The endoporus of the exhaust guide pipe of dynamic connection, the exhaust guide pipe constitutes micro- row channel；The exhaust guide pipe stretches out described close
Part below envelope valve plate is fixed with elasticity resistance and floats device, and the lower end that device is floated in the elasticity resistance is less than the exhaust guide pipe
Lower end, it is described elasticity resistance float device shrink after the hollow floating body can be resisted against in the lower port in micro- row channel；This reality
With novel seal valve plate when in sealing contact with exhaust outlet, elasticity resistance float device can to buoyancy into row buffering, reduce parts it
Between impact；When a small amount of gas is constantly assembled in valve body, device is floated in elasticity resistance to be made hollow with hollow floating body gravity collective effect
Floating body is detached from exhaust guide pipe and opens micro- row channel as early as possible, because gas-storing capacity is smaller, the micro flighty and impatient body of exhaust space-time rises
Acceleration is not obvious, while the cushioning effect of device is floated plus elasticity resistance, and hollow floating body is led with exhaust after frequent micro exhaust
It is obviously eliminated to the impact between pipe, significantly improves the service life of parts.
Description of the drawings
The following drawings is only intended in doing schematic illustration and explanation to the utility model, does not limit the model of the utility model
It encloses.Wherein：
Fig. 1 is the structural schematic diagram of the utility model embodiment off working state；
Fig. 2 is the structural schematic diagram of the micro exhaust condition of the utility model embodiment；
Fig. 3 is the structural schematic diagram of the utility model embodiment fully sealed position；
Fig. 4 is structure enlargement diagram at the I of Fig. 3.
In figure：1- valve bodies；11- exhaust outlets；12- water inlets；13- gas caps；14- floating body guiding ribs；15- fluid channels；16-
Voltage stabilizing sealing ring；17- seal joints；18- valve plate guide holders；The hollow floating bodies of 2-；3- sealing valve plates；31- is vented guide pipe；32-
Micro- row channel；33- low level limited blocks；The micro- row's sealing shrouds of 34-；Spring is floated in 35- resistances；36- floating bodies contact locating ring.
Specific implementation mode
With reference to the accompanying drawings and examples, the utility model is expanded on further.In the following detailed description, only pass through
Bright mode describes the exemplary embodiment of the utility model.Undoubtedly, those skilled in the art may recognize that
It arrives, it, can be with a variety of different modes to described implementation without departing from the spirit and scope of the utility model
Example is modified.Therefore, attached drawing and description are regarded as illustrative in nature, rather than the protection model for limiting claim
It encloses.
As shown in Figures 1 to 4, impact-resistant air bleeding valve, including valve body 1 are respectively equipped with above and below the valve body 1
Exhaust outlet 11 and water inlet 12 are located at 11 top of the exhaust outlet on valve body 1 described in certain the present embodiment and are equipped with gas cap 13, described
What gas cap 13 was well known to those skilled in the art, details are not described herein.Hollow floating body 2, the valve body are equipped in the valve body 1
It is equipped with floating body guider in 1, is constituted between the floating body guider and the valve body 1 and is connected to the water inlet 12 and described
The fluid channel 15 of exhaust outlet 11.The floating body guider includes at least three being vertically provided on the inner wall of the valve body 1
Floating body guiding rib 14, floating body guiding rib 14 described in the present embodiment is illustrated as four and is circumferentially evenly arranged, adjacent described floating
The fluid channel 15 is constituted between body guiding rib 14.Hollow floating body 2 described in the present embodiment is illustrated as spherical, naturally it is also possible to be
Rectangular-shape, cylindric or other shapes.
Sealing valve plate 3, the sealing are equipped in the valve body 1 between the hollow floating body 2 and the exhaust outlet 11
Voltage stabilizing sealing device is equipped between valve plate 3 and the exhaust outlet 11, the voltage stabilizing sealing device includes being fixed at the row
Voltage stabilizing sealing ring 16 at gas port 11.Voltage stabilizing sealing ring 16 described in the present embodiment is fixedly mounted on the row by seal joint 17
At gas port 11, the internal diameter of the seal joint 17 is more than the outer diameter of the sealing valve plate 3 and less than the voltage stabilizing sealing ring 16
Outer diameter, the in this way seal joint 17 do not interfere the sealing valve plate 3 that can be resisted against on the voltage stabilizing sealing ring 16.
The valve body 1 is equipped with valve plate guide holder 18, and valve plate guide holder 18 is located at the exhaust outlet 11 described in the present embodiment
Top, in this way the valve plate guide holder 18 are also located in 3 top of the sealing valve plate, and valve plate guide holder 18 is logical described in the present embodiment
It crosses rod guide supports bar that three are arranged circumferentially and the valve body 1 is integrally formed, between the rod guide supports bar
Gap is for gas to pass through.
The exhaust guide pipe 31 being slidably connected with the valve plate guide holder 18 is fixed in the sealing valve plate 3, it is described
The endoporus for being vented guide pipe 31 constitutes micro- row channel 32.It is vented on guide pipe 31 described in the present embodiment and is located at the valve plate guide holder
18 tops are fixed with low level limited block 33, and the low level limited block 33 can guarantee when the present embodiment does not work, such as Fig. 1 institutes
Show, without departing from the valve plate guide holder 18, the low level limited block 33 is for the sealing valve plate 3 and the exhaust guide pipe 31
It is threaded onto the stop nut of 31 upper end of the exhaust guide pipe.Certain the present embodiment can also be used the hollow floating body 2
The structure that is raised of lowest order, make the hollow floating body 2 that can still support the sealing valve plate 3 and described in lowest order
Exhaust guide pipe 31 is without departing from going out the valve plate guide holder 18.
The part that the exhaust guide pipe 31 stretches out 3 lower section of the sealing valve plate is fixed with the floating device of elasticity resistance, described
Lower end of the lower end less than the exhaust guide pipe 31 of device is floated in elasticity resistance, and the elasticity resistance is floated described hollow floating after device is shunk
Body 2 can be resisted against in the lower port in micro- row channel 32.It includes being fixed at the exhaust to lead that device is floated in the elasticity resistance
Spring 35 is floated to the resistance of 31 lower part of pipe, it is compressed spring that spring 35 is floated in the resistance, and the resistance floats the lower end of spring 35 less than described
It is vented the lower end of guide pipe 31, because valve plate guide holder 18 described in the present embodiment is located at 3 top of the sealing valve plate, this reality
The upper end that spring 35 is floated in the example resistance is applied to be fixedly connected with the sealing valve plate 3.Certain valve plate guide holder 18 may also set up
Below the sealing valve plate 3, the resistance described in this way is floated spring 35 and is just arranged below the valve plate guide holder 18, and bullet is floated in the resistance
The upper end of spring 35 can be fixed by the disk being fixed on the exhaust guide pipe 31 with the exhaust guide pipe 31
Connection.The lower end that floating spring 35 is hindered described in the present embodiment is fixed with floating body contact locating ring 36, and the floating body contacts locating ring
36 can make the hollow floating body 2 when being risen by buoyancy, and the vertex of the hollow floating body 2 contacts locating ring by the floating body
36 positioning ensure that the exhaust guide pipe 31 will not occur to ensure the hollow floating body 2 while card most in uphill process
After can smoothly seal against the residence channels Shu Weipai 32.To improve micro- row's sealing effect, the present embodiment is in the exhaust guide pipe
31 lower end is equipped with micro- row's sealing shroud 34, and micro- row's sealing shroud 34 is equipped with the micro- round for being connected to micro- row channel 32.
The operation principle of the present embodiment is：(1) when generating bulk gas in pipeline, as shown in Figure 1, the hollow floating body
2, because dead weight is all in lowest order, the floating body guiding rib 14 ensures institute for the sealing valve plate 3 and the exhaust guide pipe 31
State the lowest order of hollow floating body 2, the low level limited block 33 ensures the minimum of the sealing valve plate 3 and the exhaust guide pipe 31
Position, the interior bulk gas generated of pipeline are smoothly discharged by the larger gap between the sealing valve plate 3 and the exhaust outlet 11；
(2) after bulk gas discharge, the water in pipeline starts to enter from the water inlet 12, and the hollow floating body 2 is under buoyancy
It begins to ramp up, hollow floating body 2 described in uphill process contacts locating ring 36 against the floating body first, because of the sealing valve plate
3 and the exhaust guide pipe 31 gravity, the resistance is floated spring 35 and be will produce at this moment shrinks for the first time, and bullet is floated in the resistance
The contraction of spring 35 will produce certain spring force, and it is described that this spring force can so that the hollow floating body described at this time 2 will not touch
Micro- row's sealing shroud 34, to prevent damage of components caused by micro- row's sealing shroud 34 described in 2 direct collision of hollow floating body；This
The buoyancy of the hollow floating bodies of Shi Suoshu 2 floats spring 35 by the resistance and drives the sealing valve plate 3 and the exhaust guide pipe 31 together
Step activity upwards；(3) when the sealing valve plate 3 and the exhaust outlet 11 are in sealing contact, as shown in Fig. 2, spring is floated in the resistance
35 can generate secondary contraction due to the buoyancy suffered by the follow-up hollow floating body 2, and the secondary contraction is to the sealing valve
Plate 3 plays effectively cushioning effect with the contact of the exhaust outlet 11, and according to impluse formulae, the exhaust outlet 11 is to the sealing
The reaction force of valve plate 3 can be obviously reduced, while the secondary contraction can also make the resistance float the spring force that spring 35 generates
Increase, the hollow floating body 2 is made not impact micro- row's sealing shroud 34, it is therefore prevented that the impact of micro- row's sealing shroud 34 is damaged
It is bad；At this time because micro- row channel 32 not yet seals, the water level in the valve body 1 still constantly rises so that described hollow
The buoyancy that floating body 2 is subject to constantly increases, and the resistance floats spring 35 and is forced to generate third time contraction, what the hollow floating body 2 was subject to
Buoyancy finally overcomes the resistance to float the spring force of spring 35, so that the hollow floating body 2 is blocked micro- row channel 32, such as Fig. 3
It is shown, confined space is formed in the valve body 1, the stress of the sealing valve plate 3 and the exhaust guide pipe 31 at this time is：Bullet
Spring force FSpring=3 gravity the G of sealing valve platePlate+ 31 gravity the G of exhaust guide pipePipe+ 11 support force the f of exhaust outletExhaust outlet, this
The stress of the hollow floating bodies of Shi Suoshu 2 is：Buoyancy FIt is floating=spring force FSpring+ floating body gravity GBall, because hydraulic pressure is more than confined space at this time
Interior air pressure forms high pressure gas, the water level in the valve body 1 can be again so the residual gas in confined space can be compressed
Secondary raising continues to increase because the hollow floating body 2 is restricted from, and raised water level can make buoyancy F againIt is floatingBecoming larger becomes
FIt is floating', FIt is floating' sealing effect of micro- row's sealing shroud 34 is improved, the stress of the hollow floating body described at this time 2 is：FIt is floating'=spring force
FSpring+ floating body gravity GBall+ micro- 34 reaction force f of row's sealing shroudSet, at this time the sealing valve plate 3 and it is described exhaust guide pipe 31 by
Power is：Spring force FSpring+fSetThe relative pressure F of+compressed gasGas=3 gravity the G of sealing valve platePlate+ exhaust the guide pipe 31
Gravity GPipe+ 11 support force the f of exhaust outletExhaust outlet', 11 support force f of the exhaust outlet at this time certainlyExhaust outlet' > fExhaust outlet；To described in this
Water level no longer changes in valve body 1, and voltage stabilizing flow is formed in pipeline；(4) when there is a small amount of gas evolution, described in a small amount of gas entrance
Inside valve body 1, water level is begun to decline in the valve body 1, the buoyancy F of the hollow floating body 2It is floatingIt is gradually reduced, as buoyancy FIt is floating=bullet
Spring force FSpring+ floating ball gravity GBallWhen, because of internal and external pressure difference, the hollow floating body 2 does not take off the lower port in micro- row channel 32 yet
From the exhaust guide pipe 31, then after having a small amount of gas to enter, water level slightly declines again in the valve body 1, at this time FIt is floating< FSpring+
GBall, the spring force that spring 35 is floated in the resistance is easy to overcome internal and external pressure difference, pushes the hollow floating body 2 to be detached from the exhaust and lead
To pipe 31, micro- row channel 32 is opened, realizes micro exhaust；From above-mentioned principle, those skilled in the art are very easy to find,
The present embodiment makes the hollow floating body 2 be detached from the exhaust guide pipe 31 to realize that the active force of micro exhaust not only only has the sky
The gravity of flighty and impatient body 2 further includes the spring force that spring 35 is floated in the resistance, when micro- row channel 32 is opened, in confined space
Gas-storing capacity be it is very small, so the present embodiment compared with prior art for, when opening micro- row channel 32, because of institute
The gas-storing capacity stated in valve body 1 is considerably less, and the micro exhaust process of the present embodiment can be very short, and the hollow floating body 2 will not decline too
Big distance, the water level in the valve body 1 restores just more gentle for compared with prior art, in addition the hollow floating body 2 floating
The cushioning effect that spring 35 can be floated by the resistance again in the process, between the hollow floating body 2 and micro- row's sealing shroud 34
Impact is apparent to be eliminated；(5) when occurring negative pressure in pipeline, water level declines rapidly in the valve body 1, the sealing valve plate 3 and institute
Hollow floating body 2 is stated because air pressure and Gravitative Loads are opened rapidly, ambient atmos quickly enter pipeline.
In conclusion sealing valve plate 3 described in the present embodiment, when in sealing contact with the exhaust outlet 11, spring is floated in the resistance
35 can reduce the impact between parts to the buoyancy of the hollow floating body 2 into row buffering；A small amount of gas is not in the valve body 1
When disconnected aggregation, spring 35 is floated in the resistance so that the hollow floating body 2 is taken off as early as possible with the gravity collective effect of the hollow floating body 2
Micro- row channel 32 is opened from the exhaust guide pipe 31, because gas-storing capacity is smaller, when micro exhaust is described hollow floating
Body 2, which rises, to be accelerated to be not obvious, while the cushioning effect of spring 35 is floated plus resistance, the hollow floating body after frequent micro exhaust
Impact between 2 and the exhaust guide pipe 32 between the hollow floating body 2 described in other words and micro- row's sealing shroud 34 obviously disappears
It removes, significantly improves the service life of parts.The present embodiment is solved with better simply structure and is generally faced in the prior art
The technical issues of, there is very high promotional value.
The advantages of basic principles and main features and the utility model of the utility model have been shown and described above.One's own profession
The technical staff of industry is it should be appreciated that the present utility model is not limited to the above embodiments, described in above embodiments and description
Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also
It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model
Claimed range is defined by the appending claims and its equivalent thereof.
Claims (7)
1. impact-resistant air bleeding valve, including valve body, it is respectively equipped with exhaust outlet and water inlet above and below the valve body, it is described
It is equipped with hollow floating body in valve body, floating body guider is equipped in the valve body, between the floating body guider and the valve body
The fluid channel for being connected to the water inlet and the exhaust outlet is constituted, is located at the hollow floating body and the exhaust in the valve body
It is equipped with sealing valve plate between mouthful, voltage stabilizing sealing device is equipped between the sealing valve plate and the exhaust outlet, it is characterised in that：Institute
It states valve body and is equipped with valve plate guide holder, being fixed with the exhaust being slidably connected with the valve plate guide holder in the sealing valve plate leads
The endoporus of Xiang Guan, the exhaust guide pipe constitute micro- row channel；The exhaust guide pipe stretches out the portion below the sealing valve plate
Divide and be fixed with the floating device of elasticity resistance, the elasticity hinders the lower end for floating device less than the lower end for being vented guide pipe, the bullet
Property resistance float device shrink after the hollow floating body can be resisted against in the lower port in micro- row channel.
2. impact-resistant air bleeding valve as described in claim 1, it is characterised in that：It includes fixed setting that device is floated in the elasticity resistance
Spring is floated in resistance in the exhaust guide pipe lower part, and lower end of the lower end less than the exhaust guide pipe of spring is floated in the resistance.
3. impact-resistant air bleeding valve as claimed in claim 2, it is characterised in that：The lower end that spring is floated in the resistance is fixed with floating
Body contacts locating ring.
4. impact-resistant air bleeding valve as claimed in claim 2, it is characterised in that：The valve plate guide holder is located at the exhaust outlet
Top, the upper end that spring is floated in the resistance are fixedly connected with the sealing valve plate.
5. impact-resistant air bleeding valve as claimed in claim 4, it is characterised in that：It is located at the valve plate on the exhaust guide pipe
It is fixed with low level limited block above guide holder.
6. impact-resistant air bleeding valve as described in claim 1, it is characterised in that：The voltage stabilizing sealing device includes fixed setting
In the voltage stabilizing sealing ring of the exhaust ports.
7. the impact-resistant air bleeding valve as described in claim 1 to 6 any claim, it is characterised in that：The floating body is oriented to
Device includes at least three floating body guiding ribs being vertically provided on the inner wall of the valve body, between the adjacent floating body guiding rib
Constitute the fluid channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820484844.1U CN208024924U (en) | 2018-04-04 | 2018-04-04 | Impact-resistant air bleeding valve |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820484844.1U CN208024924U (en) | 2018-04-04 | 2018-04-04 | Impact-resistant air bleeding valve |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208024924U true CN208024924U (en) | 2018-10-30 |
Family
ID=63908649
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820484844.1U Active CN208024924U (en) | 2018-04-04 | 2018-04-04 | Impact-resistant air bleeding valve |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208024924U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108317294A (en) * | 2018-04-04 | 2018-07-24 | 潍坊裕川机械有限公司 | Impact-resistant air bleeding valve |
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2018
- 2018-04-04 CN CN201820484844.1U patent/CN208024924U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108317294A (en) * | 2018-04-04 | 2018-07-24 | 潍坊裕川机械有限公司 | Impact-resistant air bleeding valve |
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