CN101476670A - Distribution valve of gas bottle - Google Patents
Distribution valve of gas bottle Download PDFInfo
- Publication number
- CN101476670A CN101476670A CNA2007101409580A CN200710140958A CN101476670A CN 101476670 A CN101476670 A CN 101476670A CN A2007101409580 A CNA2007101409580 A CN A2007101409580A CN 200710140958 A CN200710140958 A CN 200710140958A CN 101476670 A CN101476670 A CN 101476670A
- Authority
- CN
- China
- Prior art keywords
- valve
- gas
- control knob
- control
- gas bottle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Mechanically-Actuated Valves (AREA)
Abstract
The invention relates to a distributing valve for a gas bottle, which is provided with an inner flow path with a pressure regulator. An isolating valve is arranged between the intrinsic pressure regulator of the flow path and a gas inlet of the valve, and a flow control valve is arranged between the intrinsic pressure regulator of the flow path and a gas outlet for exhausting gas. The isolating valve and the flow control valve can be operated by a single control knob; and when the control knob is set at OFF position, and the isolating valve is closed. The control knob can rotate from the OFF position to select an auxiliary position where discrete calibrational flow rate or gas therein are distributed at regulated pressure through an auxiliary outlet.
Description
Technical field
The present invention relates to be used for gas distributing valve from the pressurized gas bottle distribution of gas.More specifically, the present invention relates to such distribution valve of gas bottle, the flow velocity that wherein provides flow control valve to adjust gas to be allocated, and provide separating valve to cut off gas stream.More specifically, the present invention relates to such distribution valve of gas bottle, wherein single control knob has been adjusted flow control valve and has been activated separating valve.
Background technique
The industrial gas that for example obtain from separation of air can use portable pressurized gas bottle to carry and use.For example, hospital uses the portable gas bottle that has comprised during the patient is resident for respirable pressurized gas of its use routinely.Gas bottle is typically connected to pressure regulator and reduces gas pressure and be connected to flowmeter and come control gaseous to arrive flowing of patient.
The distribution valve of gas bottle that has proposed has merged pressure regulator and flow control valve in valve body.Valve body is designed to be connected to the gas bottle that has comprised the breathable gas that uses for the patient to be allocated.The basic problem of the use of such distributing valve is the tendency of the leakage of valve between its filling and use.This mainly is because the contraction with temperature of employed different materials in valve.
For overcoming this problem, U.S. Pat 5,996,625 provide the distributing valve that has merged separating valve, and separating valve can be set at the gas stream in the cut-off valve.The equipment of setting forth in this patent has merged the separating valve group transverse to the spin axis of the control knob that is positioned at place, valve body top.Separating valve do not setover and by be applied to from the power of the opposite end of the outstanding valve of valve body open and closing position between switch.Separating valve activates by the control knob with tubular member, and this tubular member has covered valve and provided convex colyliform surface brings in the switching separating valve relatively with the contact valve.The top section depression of control knob is adjusted flow control valve to comprise control knob separately, and therefore adjusts the gas flow rate of gas to be allocated.Therefore, valve has been set in opening and closing position and the requirement of adjustment flow velocity by handling two actions that separate of two control knobs.
Have the flow control valve handled by single control knob and the distribution valve of gas bottle of separating valve as discussing, and the invention provides.This has simplified the setting of valve.Therefore in addition, the present invention allows distributing valve to make up in an easy manner and more than the simplicity of design of prior art.
Summary of the invention
The invention is characterized in the gas bottle distribution system or the distribution valve of gas bottle that are used for from the pressurized gas bottle distribution of gas.Disclosed distribution valve of gas bottle comprises and is configured to the valve body that connects with the head part of opening of gas bottle.Main body has the internal flow path that is communicated with between gas access and gas outlet.Pressure regulator has been regulated the gas pressure of the gas stream in the internal flow path, and separating valve is positioned between inherent gas access of internal flow path and the pressure regulator.Isolation valve arrangement is actuated in main body and between closed position and open position.In addition, flow control valve is positioned between internal flow path intrinsic pressure regulator and the gas outlet, with the flow velocity of control gaseous stream.Flow control valve has from the outstanding Spin Control axle of main body to adjust flow control valve, and wherein the rotation of control knob causes separating valve to move between closed position and open position, and control knob has been adjusted flow control valve and therefore controlled gas stream in addition.
Therefore, in the present invention, control knob can be adjusted gas stream to be allocated and actuate separating valve.Thus, the operation of distribution valve of gas bottle is simpler than the design of the prior art of having utilized two buttons for such purpose.In addition, the use of the separating valve of integration allows whole distributing valve to be configured to have the mobile part that separates still less.Other advantages of the present invention will become obvious from following argumentation.
Description of drawings
Though specification thinks that clearly to have pointed out the defending party to the application claim of theme of the present invention sums up, should recognize in order that, when in conjunction with the accompanying drawings, will understand the present invention better, each figure is:
Fig. 1 is the front perspective view according to the embodiment of distribution valve of gas bottle of the present invention;
Figure 1B is the front perspective view according to the alternate embodiment of distribution valve of gas bottle of the present invention;
Fig. 2 is the rear view of illustrated distribution valve of gas bottle among Fig. 1;
Fig. 2 B is the rear view of the embodiment of illustrated distribution valve of gas bottle among Figure 1B;
Fig. 3 is the top view of illustrated distribution valve of gas bottle among Fig. 1;
Fig. 4 is the partial cross section view of the 4-4 intercepting along the line of Fig. 3;
Fig. 5 is the cross sectional view of the 5-5 intercepting along the line of Fig. 1;
Fig. 6 is the cross sectional elevation of the 6-6 intercepting along the line of Fig. 3;
Fig. 7 is the diagrammatic cross-sectional view of illustrated distribution valve of gas bottle among Fig. 1, shows the embodiment at the separating valve of open position;
Fig. 7 B is the diagrammatic cross-sectional view of illustrated distribution valve of gas bottle among Figure 1B, shows the alternate embodiment at the separating valve of open position;
Fig. 8 is the diagrammatic cross-sectional view of illustrated distribution valve of gas bottle among Fig. 1, shows the embodiment at the separating valve of closed position;
Fig. 8 B is the diagrammatic cross-sectional view of illustrated distribution valve of gas bottle among Figure 1B, shows the alternate embodiment at the separating valve of closed position;
Fig. 9 is the partial cross section view of the distribution valve of gas bottle of illustrated line 9-9 intercepting along Fig. 3 in Fig. 1;
Figure 10 is the partial cross section view of the distribution valve of gas bottle of illustrated line 10-10 intercepting along Fig. 3 in Fig. 1; With
Figure 11 is the view of the control knob circle that uses among the embodiment of illustrated distribution valve of gas bottle in Figure 1B and Fig. 2 B.
Embodiment
With reference to figure 1, Fig. 1 illustrates according to distribution valve of gas bottle 1 of the present invention.Illustrated certain embodiments is designed to distribute the therapy breathing gas, and for example oxygen maybe can comprise the gaseous mixture of the oxygen that has helium, nitrogen, carbon dioxide, nitrogen oxide, nitric oxide etc.In other words, such certain embodiments is not thought of as restrictive, make the present invention be equal to applicable to requiring to use pressurized gas bottle and with other gas dispensing applications of the flow velocity distribution of gas of the pressure regulated and adjusting.
Distribution valve of gas bottle 1 provides main body 10, and main body 10 comprises top section 12, and top section 12 has gas outlet 14 to discharge gas to be allocated.As illustrated, gas outlet 14 has the form that is designed to the joint shape counterpart that connects with the flexible pipe that is used to distribute the oxygen that is used for the treatment of purposes.Main body 10 also provides bottom 16, and bottom 16 is configured to partly connect by screw thread 17 with the not shown head of opening of pressurized gas bottle.
In addition referring to figs. 2 and 3, by internal flow path, internal flow path has the internal path in main body 12 that will be described in more detail below from the pressurized gas of gas bottle.Pressurized gas enters such internal flow path by the gas access of the form of the inlet opening 18 in the bottom 16 with main body of being provided at 10, and is discharged from by gas outlet 14 after adjusting.The pressure that provides pressure gauge 19 to measure pressurized gas determining whether recharging pressurized gas bottle, and also confirms when pressurized gas bottle is filled into capacity recharging operation period.In this regard, provide and recharged mouthfuls 20 to allow gas bottle to be recharged with the distribution valve of gas bottle 1 that is attached on it.In the reality, though not shown, recharging mouth 20 can cover with dust cover.Conventional high pressure explosion counterpart 22 is provided.Explosion counterpart 22 is designed to break and keep being attached to the top section 12 of main body 10 because of the excess pressure in the gas bottle.For explosion counterpart 22, rated pressure is used in combination with the gas bottle with the stuffing pressure with about 2200psig between about 3025psig and about 3360pisg.
Pressurized gas flow into the separating valve of being appointed as reference number 96 below then, and then to being designed to that gas pressure is reduced to the level that is suitable for patient's use, for example are reduced to the pressure regulator 24 of 50psig.
The flow velocity of gas is by the flow control valve control that also will discuss in detail below, and flow control valve is adjusted by control knob 26.Flow velocity has been controlled in turning clockwise of control knob 26.Control knob 26 also is used for actuating separating valve by actuation mean, and in this case, actuation mean is the dentation protrusion 28 that suspends from control knob 26, and dentation protrusion 28 provides the leading edge 30 to tilt.When control knob 26 rotated in the counterclockwise direction, dentation protrusion 28 covered the slope shape part 38 of the cap linear element 48 of 40 depression in the leading edge 30 places contact of tilting.The cap linear element 48 of depression has covered the projection 101 of the valve stem part of separating valve 96, to activate separating valve 96 and cutoff high gas flowing in flow path.
Distribution valve of gas bottle 1 is routinely by the forging brass manufacturing.Control knob 26 and lid 40 can be by the impact resistant plastics manufacturings.
With reference to figure 4, pressurized gas enters distribution valve of gas bottle 1 by gas access 18, and gas access 18 is openings of internal flow path, and it is limited in first access 60 of such internal flow path.First access 60 can comprise known porous particulate filter 62, and it is formed by sinterred brass and keeps putting in place by screw-thread fit part 64.
Recharging path 66 is communicated with at first access 60 with between recharging mouthfuls 20.Recharge mouthfuls 20 provide be positioned at recharge mouthfuls 20 amplification recharge path 68.The known valve assembly 70 that recharges is positioned at and recharges path 68, recharges valve assembly 70 and is shown in an open position for illustrated purpose is depicted as.Recharge valve assembly 70 and provide inlet counterpart 72, the filter 74 that inlet counterpart 72 has access 73 and formed by sinterred brass.In addition, removable valve element 76 is biased to open position by spring 78.When recharging bottle, known coupling is attached to and recharges mouthful and gas pressure pushes its illustrated open position with valve element 76.Pressure in the gas bottle maintains normal closed position with removable valve element 76.
With reference to figure 5 and Fig. 8, first access 60 leads in second access 82 and the 3rd access 84, and second access 82 and the 3rd access 84 are respectively in end 86 and 88 places terminate in two peripheral openings 90 and 92 of isolating valve opening 94.
Separating valve 96 is positioned at the bar-shaped structure of isolating valve opening 94 and having prolongation.Separating valve 96 provides valve stem part 98 and valve portion 100.Valve portion 100 is formed by the constriction of separating valve 96, has allowed flow passage when separating valve 96 is shown in an open position, and two O type circle Sealings 102 and 110 provide the sealing of isolating in the valve opening 94.O type circle Sealing 102 and 104 prevents when separating valve 96 is pressed downwardly onto closed position by the top section 12 outstanding projections 101 from main body 10 of valve stem part 98 from isolating the gas flow of valve opening 94.Because O type circle Sealing 102 and 104 directly is exposed to pressurized gas, so gas pressure helps Sealing is pushed against on the isolation valve opening 94 to help sealing.O type circle Sealing 102 and 104 is formed by elastomer compounds, is for example formed by known fluorocarbon.
Separating valve 96 is biased in open position by spring 106, and the shoulder 108 of separating valve 96 and those bottoms in the step 107 of isolating valve opening 94 in spring 106 breastings.As obvious, therefore separating valve 96 and is remained on by lid 40 and isolates in the valve opening 94 in protrusion 101 places are placed in the cap linear element 48 that covers 40 depression.
As illustrated, isolating valve opening 94 opens in relative end.Like this, preferably provide wiper by O type circle Sealing 109 and 111.Other O type circle pressure seal is provided by O type circle 110.
With reference to figure 7 and Fig. 8, Fig. 7 illustrates the separating valve 96 at open position.Pressurized gas flow through second access 82, by peripheral openings 90 and enter into and isolate in the valve opening 94.The open region that is provided by constriction 100 allows gas stream to cross peripheral openings 92 and flow out the 3rd access 84 then.It should be noted that peripheral openings 90 and 92 has more long-pending than second access 82 and the 3rd access 84 little a lot lateral cross section, with the power that prevents pressurized gas separating valve 96 is compressed in and isolates in the valve opening 94.On the other hand, for example can use other valve designs to substitute constriction, the path that has connected that the club shaped structure of separating valve 96 can provide, the via design that has connected for when separating valve 96 is activated into its open position and peripheral openings 90 and 92 pairs directly.Yet this is with the accuracy to a certain degree that requires to be in operation and therefore more complicated for such embodiment.
When 40 slope shape part 38 cover in leading edge 30 contact that rotates to " OFF " position and dentation protrusion 28 when control knob 26, lid 40 was pushed down, from and promotion separating valve 96 to Fig. 8 illustrated closed position.At this point, peripheral openings 90 and therefore second access 82 between O type circle 102 and 104, isolated, flow to the 3rd access 84 to prevent pressurized gas from second access 82.Control knob 26 makes the dentation protrusion 28 that suspends separate from slope shape part 38 from " OFF " position in the rotation of relative direction, turns back to open position to allow separating valve 96.
As illustrated, separating valve 96 is orientated and makes that separating valve 96 can be by the cam-like motion action of dentation protrusion 28 when Spin Control button 26.This provides the compact layout that is used for distribution valve of gas bottle 1.Though not really preferred, separating valve 96 can be transverse to the axis orientation of main body 10, or directed on the direction of control knob 26.In this case, dentation protrusion 28 or other contact members will head-on contact projection 101 to activate separating valve 96.
Another point relates to the biasing of separating valve 96, and separating valve 96 is biased to open position.Any separating valve of can setovering is in the closed position.By with constriction 100 and two O type circle Sealings 102 and 104 positions of reversing simply, make that O type circle Sealing 102 and 104 is isolated peripheral openings 90 when static, this easily finishes with separating valve 96.Yet in such a case, dentation protrusion 28 must be by displacement and 27 extensions around the skirt section, to activate separating valve 96 to its open position.That yes is not really preferred for this, because this will increase operation control knob 26 desired power.
Refer again to Fig. 6, the 3rd access 84 is in the pressure regulator 24 places termination that is used to reduce pressure.Pressure regulator 24 has conventional design.Pressurized gas enter by O type circle Sealing 114 and are sealed in valve seat part 112 in second inlet channel 88.Valve seat part 112 preferably provides not shown filter, to be used for filtered particulate matter.The piston 124 that the inner room 116 that is provided by dome 118 is had periphery O type circle Sealing 126 is divided into high pressure side 120 and low voltage side 122.Dome 118 is kept putting in place by retention nut 127.The valve 128 that integrally forms with piston 124 provides the axial passage (not shown), and this axial passage is communicated with between high pressure side 120 and low voltage side 122.Such passage provides mouthfuls 130,120 passes through axial passage from low voltage side 122 to the high pressure side with the high-pressure gas flow that allows incoming flow.If pressure is lower than pressure set-point, then incoming flow gas driven piston 124 is provided by the biasing that is provided by spring 132, thereby valve 128 is pushed to open position.
If pressure increases, the biasing actuating valve 128 that the pressure opposing of 120 opposing pistons 124 is provided by spring 134 in the high pressure side is to valve base element 112, is driven against valve seat part 112 until the fibrous tip part 136 of valve 128, thereby sealed its inner passage.At this point, do not work against pressure regulator 24 because there is superheated steam, so valve 128 is removed to set up gas stream again from valve base element 112.As skilled in the art to understand, aforementioned operating in together may be vibrated under the pressure.
For the purpose of constructing compactness, Control Shaft 158 provides constriction 161, and constriction 161 allows gas stream from second exit passageway, 144 to the 3rd exit passageways 146.O type circle Sealing 162 and 163 prevents control axis hole 164 effusions of gas from having comprised Control Shaft 158.
Plate-like orifice plates 152 provides no orifice area.Control knob 26 can be manipulated in Fig. 1 the such position that is called as " AUX ".In diagram, this position is in the leftmost side in the skirt section 27 of control knob 26.In such position, gas can not eluting gas outlet 14.Its objective is and allow gas to distribute from the pilot outlet 50 that is connected to chamber 140 by transmission path 170.Can use the different flow restriction by pilot outlet 50, for example gas is in the situation of helium oxygen mixture or nitric oxide mixture but not oxygen therein.
Possible alternate embodiment for the flow control valve that uses plate-like orifice plates 152 is the flow control valve with known vertical effect, and this control valve drives by screwed Control Shaft 158 is provided, to produce the motion that requires.
With reference to Figure 10, control knob 26 is connected to Control Shaft 156 by the maintenance bolt 180 that is positioned at its depression 182.Depression 182 is covered by lid 184.Circle 186 is attached to Control Shaft 156, circle 186 ratchet or the indentures 188 that provide corresponding to the position of Control Shaft 156, and the function of wherein specific demarcation aperture and for example " OFF " and " AUX " is aimed at second exit passageway 142.Can engage indenture so that but control knob 26 is kept putting in place with delivery mode by one or more spring-loaded elements that form by the bearing 190 of spring 192 biasings.
Another relates to the formation of dentation protrusion 28 to the possible modification of distribution valve of gas bottle 1 again.Not really preferred embodiment is dentation protrusion 28 to be attached to arm that is connected to Control Shaft 158 etc.What further substitute is for separating valve 96 provides contact member, as the cam that forms in the lower surface of control knob 26.All requirements be employed specific contact member must be relevant with control knob 26 with control knob 26 rotations.In other words, aforementioned substituting is not preferred, because they do not cause the design for the compactness of illustrated distribution valve of gas bottle.
Yet, provide the alternate embodiment of the distribution valve of gas bottle 1 that separating valve actuates shown in Figure 1B, Fig. 2 B, Fig. 7 B, Fig. 8 B and Figure 11 in different slightly but preferred mode.Thereby alternate embodiment is by having eliminated for the structure of having simplified distribution valve of gas bottle 1 with reference to the needs of dentation protrusion 28 described in the preamble of figure 1, Fig. 2 and Fig. 6, slope shape part 38, lid 40, part 42, groove 46, cap linear element 48, sheet 54, protrusion 56, spring 106 and relevant part.The alternate embodiment of Figure 1B and Fig. 2 B has been used circle 200, has track 202, separating valve guiding element 204 and containment vessel 206.Circle 200 and track 202 illustrate in greater detail in Figure 11, and Figure 11 shows circle 200 and comprises head part 208 and rail portion 210.Rail portion 210 further comprises the lower railway part 212 of depression, the incline section 214 of depression, the part 216 that gets on the right track, lower railway end 218 and the end 220 of getting on the right track of depression.In Figure 11 also as seen in downward mode from enclosing the outstanding rotation retainer 222 of 200 rail portion 210.
The track 202 of circle 200 is suitable for receiving separating valve guiding element 204 or of this sort active element.When separating valve 96 was in the closed position, separating valve guiding element 204 occupy in the lower railway part 212.When control knob 26 rotated in the clockwise direction, separating valve guiding element 204 moved to the part 216 that gets on the right track along incline section 214, and separating valve 96 is shown in an open position herein.When separating valve guiding element 204 moves to getting on the right track during part 216 of circle 200 from lower railway part 212 by incline section 214, isolate valve stem part 98 and be pulled, thereby actuated separating valve 96 to its open position (part Fig. 7 B) in the orientation that makes progress.Similarly, when control knob 26 rotates with counter clockwise direction, separating valve guiding element 204 moves along upper rail part 216, through incline section 214 down to lower railway part 212, isolate valve stem part 98 herein and be pulled, thereby actuated separating valve 96 to its closed position (see figure 8) in downward orientation.When separating valve guiding element 204 arrives when getting on the right track end 220, the rotation of control knob 26 is preferably stopped under the peak flow rate (PFR) by rotation retainer 222, and rotation retainer 222 contact corresponding structure are further rotated preventing.
Forward Fig. 7 B and Fig. 8 B now to, Fig. 7 B illustrates the alternate embodiment of the separating valve 96 that is shown in an open position.The embodiment of Miao Shuing as described above, pressurized gas flow through second access 82, by peripheral openings 90 and to isolating in the valve opening 94.The district that opens that is provided by constriction 100 allows gas stream to cross peripheral openings 92 and flow out the 3rd access 84 then.The cross-section area that it should be noted that peripheral openings 90 and 92 to the second accesies 82 and the 3rd access 84 is much smaller, with the power that prevents pressurized gas separating valve 96 is compressed in and isolates in the valve opening 94.
Fig. 8 B illustrates the alternate embodiment of separating valve in the closed position 96.When control knob 26 rotates to " OFF " position and separating valve guiding element 204 when being pulled to the lower railway part 212 of circle 200, separating valve 96 is pulled to closed position.In closed position, peripheral openings 90 and therefore second access 82 between O type circle 102 and 104, isolate, flow to the 3rd access 84 to prevent pressurized gas from second access 82.Control knob 26 causes the positive displacement of separating valve guiding element 204 along track 202 from " OFF " position in the rotation of opposite direction, so that separating valve 96 is moved back to open position at axial direction.
Except that the operation of separating valve 96, the operation of the every other aspect of the illustrated alternate embodiment of distribution valve of gas bottle 1 is identical or identical substantially with above description in conjunction with first embodiment and Fig. 1 to Fig. 6, Fig. 9 and Figure 10.Therefore be not repeated in this description at this.
Though the present invention describes with reference to several preferred embodiments, those skilled in the art can carry out a plurality of changes, interpolation and omission with expecting and not depart from by the illustrated the spirit and scope of the present invention of claims.
Claims (15)
1. one kind is used for from the distribution valve of gas bottle of pressurized gas bottle distribution of gas, and it comprises:
Be configured to connect and have the main body of the internal flow path that between gas access and gas outlet, is communicated with the head part of opening of gas bottle;
Regulate the pressure regulator of the gas pressure of the gas stream in the internal flow path;
Separating valve, it is positioned between inherent gas access of internal flow path and the pressure regulator, and has the line movement between closed position and open position, and valve rod is outstanding to actuate separating valve from main body;
Flow control valve, it is positioned between internal flow path intrinsic pressure regulator and the gas outlet, and with the flow velocity of control gaseous stream, flow control valve has from the outstanding Spin Control axle of main body, to adjust flow control valve;
Make the control knob of Spin Control axle rotation; With
The actuation mean relevant with control knob moves to separating valve to rotate with control knob and to apply,
Wherein the rotation of control knob causes separating valve to move between closed position and open position, and being further rotated of control knob adjusted flow control valve and therefore controlled gas flow.
2. distribution valve of gas bottle according to claim 1, wherein actuation mean is operationally the valve guiding element relevant with control knob, make the rotation of control knob apply and move to the valve guiding element that the valve guiding element causes separating valve to move again between closed position and open position.
3. distribution valve of gas bottle according to claim 2, wherein control knob further comprises the circle with layout track within it, and the valve guiding element is movably disposed within the track, make the rotation of control knob applied along track move to the valve guiding element, the valve guiding element causes separating valve to move between closed position and open position again.
4. distribution valve of gas bottle according to claim 1, wherein the separating valve rotation that is biased to open position and control knob applies and moves to separating valve with the opposing biasing and cause separating valve to move to closed position.
5. distribution valve of gas bottle according to claim 1, wherein valve opening further defines at least two peripheral openings, and separating valve comprises that further the Sealing of close this peripheral openings is to be cut to the gas stream of pressure regulator when separating valve is in the closed position.
6. distribution valve of gas bottle according to claim 5, wherein separating valve further comprises:
Be suitable for moving to the constriction of contiguous these at least two peripheral openings, gas flows to pressure regulator when performing fighting the position when separating valve is in to allow; With
A plurality of O type circle Sealings of one that separate and be suitable for when separating valve is in the closed position, isolating peripheral openings from constriction.
7. distribution valve of gas bottle according to claim 5, wherein flow path stops at two peripheral openings places of valve opening, and separating valve is configured to when in the closed position at least one of this two peripheral openings of the flow path that sealing and gas access directly be communicated with, to be cut to the gas stream of pressure regulator.
8. distribution valve of gas bottle according to claim 1, wherein actuation mean is the dentation protrusion, the dentation protrusion is configured with cam-like and moves and apply the valve rod that moves to separating valve, with the mobile separating valve of opposing biasing to closed position.
9. distribution valve of gas bottle according to claim 1, wherein:
Flow path has the chamber between pressure regulator and outlet flow passage, and the outlet flow passage at one end is communicated with the chamber and extends to gas outlet at the other end;
The chamber has the rounded seal in load-bearing surface and the load-bearing surface;
One end of outlet flow passage stops at the rounded seal place; With
Flow control valve has the dish type orifice plates of the contiguous load-bearing surface that is positioned at the chamber, the dish type orifice plates is connected to Control Shaft and has periphery demarcates the aperture, each is the specific flow velocity demarcation of gas, and by operating with control knob Spin Control axle to aim at an end of the second outlet flow passage.
10. distribution valve of gas bottle according to claim 9, wherein:
Main body has the pilot outlet that flows and be communicated with the chamber, to discharge gas;
Pilot outlet has the spring-biased valve of the closed position of being biased to, and overflows to prevent gas, and is configured to engage the gas coupling with protrusion, to open spring-biased valve when the gas coupling engages pilot outlet; With
The dish type orifice plates has the auxiliary area of dish that do not have to demarcate opening, and when wishing gas when assist openings is overflowed, it is by being operated by control knob Spin Control axle to aim at an end of the second outlet flow passage.
11. distribution valve of gas bottle according to claim 10 further comprises:
Control knob has indenture, and indenture is relevant with the aperture and the auxiliary area of demarcation, so that control knob is kept putting in place releasedly; With
At least one spring-loaded element is connected to main body top, to engage indenture and therefore releasedly control knob to be kept putting in place.
12. a gas bottle distribution system, it comprises:
Gas bottle with head part of opening;
Be arranged in the therapy breathing gas in the gas bottle;
Be connected to the head part of opening of gas bottle and valve body with the internal flow path that between gas access and gas outlet, is communicated with;
Regulate the pressure regulator of the gas pressure of the gas stream in the internal flow path;
Separating valve, it is positioned between inherent gas access of internal flow path and the pressure regulator, and separating valve is suitable for moving between closed position and open position;
Flow control valve, it is positioned between internal flow path intrinsic pressure regulator and the gas outlet, and with the flow velocity of control gaseous stream, flow control valve has from the outstanding Spin Control axle of main body, to adjust flow control valve;
Make the control knob of Spin Control axle rotation; With
The actuation mean relevant with control knob moves to separating valve to rotate with control knob and to apply, and wherein the rotation of control knob causes separating valve to move between closed position and open position, and adjusted flow control valve and therefore controlled gas flow.
13. gas bottle distribution system according to claim 12, wherein flow control valve is operationally relevant with control knob, and comprise chamber, dish type orifice plates, it is arranged in the chamber and has periphery demarcates the aperture, each is the specific flow velocity demarcation of gas, and can operate to aim at an end of the second outlet flow passage by the rotation of control knob.
14. gas bottle distribution system according to claim 13, wherein:
Valve body has the pilot outlet that flows and be communicated with the chamber, to discharge gas;
Pilot outlet has the valve of the closed position of being biased to, and overflows to prevent gas, and is configured to engage the gas coupling with protrusion, to open valve when the gas coupling engages pilot outlet; With
The dish type orifice plates has the auxiliary area of dish that do not have to demarcate opening, and when wishing gas when assist openings is overflowed, its rotation by control knob can be operated to aim at an end of the second outlet flow passage.
15. gas bottle distribution system according to claim 12, wherein gas is selected from comprise following group: oxygen, have helium oxygen, have nitrogen oxygen, have carbon dioxide oxygen, have the oxygen of nitric oxide or have the oxygen of nitrogen oxide, or their any combination.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007101409580A CN101476670A (en) | 2007-08-15 | 2007-08-15 | Distribution valve of gas bottle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2007101409580A CN101476670A (en) | 2007-08-15 | 2007-08-15 | Distribution valve of gas bottle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101476670A true CN101476670A (en) | 2009-07-08 |
Family
ID=40837424
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2007101409580A Pending CN101476670A (en) | 2007-08-15 | 2007-08-15 | Distribution valve of gas bottle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101476670A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITPN20090049A1 (en) * | 2009-09-10 | 2011-03-11 | Md S R L | REDUCER AND GAS PRESSURE STABILIZER DEVICE FOR GAS SYSTEMS OF VARIOUS TYPES FOR MEDICAL USE |
| CN106917954A (en) * | 2017-04-19 | 2017-07-04 | 四川金瑞气体有限公司 | A kind of Portable oxygen cylinder |
| CN111442186A (en) * | 2019-01-16 | 2020-07-24 | 科帕科技有限公司 | Flow monitoring device for liquefied gas tank |
| CN112074686A (en) * | 2018-05-04 | 2020-12-11 | 恩特格里斯公司 | Regulator stability in pressure regulated storage vessels |
| CN112292070A (en) * | 2018-06-18 | 2021-01-29 | 布里尔发动机有限责任公司 | Hand-held tactile meter |
-
2007
- 2007-08-15 CN CNA2007101409580A patent/CN101476670A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITPN20090049A1 (en) * | 2009-09-10 | 2011-03-11 | Md S R L | REDUCER AND GAS PRESSURE STABILIZER DEVICE FOR GAS SYSTEMS OF VARIOUS TYPES FOR MEDICAL USE |
| EP2306257A1 (en) * | 2009-09-10 | 2011-04-06 | MD S.r.l. | Gas pressure reducing and stabilizing device for gas of various kinds for medical uses |
| CN106917954A (en) * | 2017-04-19 | 2017-07-04 | 四川金瑞气体有限公司 | A kind of Portable oxygen cylinder |
| CN112074686A (en) * | 2018-05-04 | 2020-12-11 | 恩特格里斯公司 | Regulator stability in pressure regulated storage vessels |
| US12025997B2 (en) | 2018-05-04 | 2024-07-02 | Entegris, Inc. | Regulator stability in a pressure regulated storage vessel |
| CN112292070A (en) * | 2018-06-18 | 2021-01-29 | 布里尔发动机有限责任公司 | Hand-held tactile meter |
| CN112292070B (en) * | 2018-06-18 | 2024-04-02 | 布里尔发动机有限责任公司 | Hand-held tactile meter |
| CN111442186A (en) * | 2019-01-16 | 2020-07-24 | 科帕科技有限公司 | Flow monitoring device for liquefied gas tank |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US7237570B2 (en) | Gas cylinder dispensing valve | |
| CN101476670A (en) | Distribution valve of gas bottle | |
| AU2006276343B2 (en) | Inhaler valve | |
| US7004192B2 (en) | Gas pressure regulator | |
| US7748378B2 (en) | Metering valve for a metered dose inhaler providing consistent delivery | |
| WO2006036539A2 (en) | Gas cylinder dispensing valve | |
| US10400903B2 (en) | Fluid control assemblies and flow path inserts | |
| KR102116592B1 (en) | Pressure-reducing valve having a residual pressure function built into the reducing valve | |
| US5520214A (en) | Regulator and fill valve | |
| US6640829B1 (en) | Valve for a tap of a compressed or liquified gas cylinder, and tap provided with such a valve | |
| CN87102179A (en) | Closing and flow control valve of supply cylinder | |
| US7802771B2 (en) | Fluid control device | |
| JP6131958B2 (en) | Gas container valve with flywheel for controlling residual pressure valve and stop valve | |
| KR100869617B1 (en) | Fluid dispenser | |
| JPH0524391B2 (en) | ||
| JP2005316988A (en) | Pressure control valve unit with pressure control valve and plurality of output ports | |
| JP2005316988A5 (en) | ||
| US4418847A (en) | Tip sealing tilt valve structure for viscous flow liquids | |
| AU2307301A (en) | Valve assembly for gas cylinder | |
| US20110162731A1 (en) | Micro-regulator device | |
| BRPI0401658B1 (en) | pump intended to be fixed in a container, and, container | |
| WO2005065752A1 (en) | Syringe assembly with shut off valve | |
| JP4336564B2 (en) | Flow rate setting device with relief mechanism | |
| MXPA02001419A (en) | Surge prevention device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Open date: 20090708 |