CN209253889U - A kind of oxygen humidifying device and a kind of oxygen delivery pipeline of liquid level constant - Google Patents

Abstract

A kind of oxygen humidifying device of liquid level constant, it include: the container that its inner cavity for being connected with oxygen inlet structure and oxygen outlet structure can store humidification fluid, the oxygen approach in oxygen inlet structure is equipped with the first entrance of oxygen access and the second entrance positioned at container intracavity；The oxygen access of oxygen outlet structure is connected to container intracavity and is equipped with container outlet；The liquid injecting structure with liquid injection access being connected with container, it is characterized in that, liquid injection both access and the oxygen access of oxygen outlet structure Space Coupling setting in liquid injecting structure or both is close adjacent, humidification fluid through in liquid inlet, liquid injecting structure liquid injection access, positioned at the liquid outlet of container intracavity enter container intracavity, liquid outlet can be closed by the valve member of buoyancy-driven；The second entrance of oxygen approach is located on liquid level.

Description

A kind of oxygen humidifying device and a kind of oxygen delivery pipeline of liquid level constant

Technical field

The utility model relates to a kind of oxygen humidifying device of liquid level constant and a kind of oxygen delivery pipelines, belong to medical instrument Technical field.

Background technique

Oxygen uptake is the most common clinical treatment means, and when dry medical oxygen use need to carry out effective humidifying, traditional Entering water-wet mode i.e. bubble type humidifying mode, not only slaking process noise is obvious, and can be because the liquid film of bubble is in liquid-vapor interface When rupture by humidification fluid microorganism or small foreign matter bring into and enter respiratory tract in oxygen stream, patent CN101966363B discloses A kind of oxygen surface humidifying device, it is surface moisturizing that humidification fluid is imported one by made of water-absorbent material humidification fluid transport portion The vapor of unit, the body surface that absorbs water in surface moisturizing unit is mixed into oxygen stream, and whole process oxygen does not enter liquid It is noiseless surface moisturizing in state water；But the vapor quantity for the body surface that can absorb water is less than liquid water surface and humidification fluid is defeated Part is sent to be positively correlated the conveying capacity and fluid pressure of liquid water, conveying capacity is synchronized and reduced and final shadow when liquid level decline Ring humidifying effect；Using capillary principle conveying liquid water transport portion and humidification unit can absorb water ontology connection too relaxation or Closely it can seriously affect water supply capacity very much, accessory is various and more demanding to technique；Patent CN203342160.U and CN107648714.A discloses a kind of ventilator liquid feeding humidification device that can make liquid level constant, but liquid injection port and gas feed port Independently setting clinical manipulation is relatively cumbersome.

The utility model provide a kind of air-flow it is unobstructed it is direct utilize liquid water surface enough water steam carry out humidifying, oxygen Air humidity space and liquid level constant, humidification device with liquid spillage-proof function and solution-air used in conjunction with it is synchronous The oxygen delivery pipeline of connection operated conveniently.

Summary of the invention

Purpose of the utility model is realized as follows:

A kind of oxygen humidifying device of liquid level constant, comprising: one is connected with oxygen inlet structure and oxygen outlet structure Container intracavity can store the container of humidification fluid, and the oxygen approach in oxygen inlet structure is equipped with first entrance and the position of oxygen access In the second entrance of container intracavity；The oxygen access of oxygen outlet structure is connected to container intracavity and is equipped with oxygen outlet；With appearance The liquid injecting structure with liquid injection access that device is connected, which is characterized in that the liquid injection in liquid injecting structure is logical Both road and the oxygen access of oxygen outlet structure Space Coupling setting or both is close adjacent, and humidification fluid is through liquid inlet, liquid Liquid injection access in body injecting structure enters container intracavity positioned at the liquid outlet of container intracavity, and liquid outlet can be floated The valve member of power drive is closed；The second entrance of oxygen approach is located on liquid level.

" the Space Coupling setting " refers to that the two includes the Space Coupling setting in mutually interting, being nested in；" the two is tight It is close adjacent " though refer to the non-Space Coupling of oxygen access of liquid the injection access and oxygen outlet structure in liquid injecting structure, But the relative proximity distance that the single finger of operator can touch simultaneously may also comprise the parallel situation of the two.This special designing can Make it possible the simultaneously operating of the lasting injection of the conveying and humidification fluid of oxygen after humidifying, keeps clinical use more convenient.

" second entrance of oxygen approach in oxygen inlet structure " refers to the opening for probeing into container intracavity, and first enters Mouth is the starting opening of oxygen access；Since the liquid outlet on liquid injecting structure can be closed by the valve member of buoyancy-driven, Therefore when liquid level is in certain altitude, valve member by buoyancy-driven uplink has been blocked liquid outlet, makes liquid level constant, and oxygen enters The second entrance of mouth structure is then herein on constant liquid level.

" can be by the valve member of buoyancy-driven " refers to that valve member can be connected with buoyancy member, when buoyancy member is with liquid level Valve member is driven by its drawing when mobile；It is also possible to valve member itself floatability, thus by buoyancy-driven.

Liquid enters container intracavity from liquid outlet；Container intracavity is divided into liquid-retaining volume and oxygen humidification thereon Space, " the oxygen humidification space " refer to that dry oxygen and liquid level saturated steam layer mix the sky for finally making oxygen humidification Between.

" second entrance of oxygen approach is located on the liquid level " purpose is to ensure that oxygen stream does not enter in humidification fluid The surface moisturizing mode for only taking away vapor, avoids the generation of liquid water aerosol.

Further, it includes hanging down that the liquid in the oxygen access Yu liquid injecting structure of oxygen outlet structure, which injects access to be, The Space Coupling setting of interior non-closure is inserted, is nested in direct puncture.

" vertically the interting " refers to that such as some or all of liquid injection access vertical angle from oxygen access is worn It inserts and crosses, naturally it is also possible to be non-perpendicular angle；" non-closure " refers to that there are gaps in interspersed region, without leading to oxygen Road blocks occlusion, i.e., the outer diameter that liquid injection access interts part is less than the internal diameter of oxygen access herein.

" intussusception " refers to such as liquid injection passage portion or is entirely located in oxygen access or oxygen passage portion Or it is entirely located in liquid injection access.

A kind of specific mode, the oxygen access of oxygen outlet structure are with the liquid injection access in liquid injecting structure Interspersed setting including the non-closure in being vertically interspersed in, liquid injection access is interior to be equipped with hollow and has the sharp of liquid inlet Part.

A kind of liquid injection mode, the non-wall-attachment of the liquid outlet of liquid injecting structure are opened in container intracavity.

" the opening up for the non-wall-attachment of liquid outlet " refers to that liquid injecting structure ontology extends to container intracavity to liquid Body outlet it is hanging be located at container intracavity rather than chamber wall；Certainly, the individual components that can also be liquid injecting structure probe into Container intracavity forms, and preferably vertical state probes into, and more conducively liquid outlet is closed by the valve member of buoyancy-driven, valve portion Part itself can float or be connected with a buoyancy member.

Another liquid injection mode, the liquid outlet of liquid injecting structure are opened in container bottom, and valve member is removable In the valve member accommodating chamber of liquid injecting structure, valve member is connected with a buoyancy member.

When the liquid for entering container intracavity reaches certain volume, buoyancy member floating drawing valve member is moved up, and will be located at Subsurface liquid outlet is closed, and the hydrostatic pressing that liquid generates in certain humidifying liquid container also promotes valve member to liquid outlet Closing；At this point, the container intracavity of humidification device is divided into the oxygen humidification space on liquid-retaining volume and liquid level, oxygen or its He needs the gas of humidifying to enter oxygen humidification space via air intake, contacts liquid level directly to bringing moisture in air-flow into, from Gas outlet outflow flows into oxygen delivery pipeline from gas outlet.

" the valve member accommodating chamber of liquid injecting structure " refers to receiving valve member and can be with foreign liquid transfer pipeline The structure of docking can be made of two component enclosings.

Liquid enters valve member accommodating chamber through liquid inlet, enters container intracavity from liquid outlet；Container intracavity is divided into Liquid-retaining volume and oxygen humidification space thereon.

" valve member is movably located in the valve member accommodating chamber of liquid injecting structure " refers to valve member accommodating chamber The space of design can make valve member that can at least move up and down, and accommodate cavity wall or so at least side there are gap with valve member, Liquid can flow in gap.

A kind of valve member driving method is that valve member is connected with buoyancy member, and it includes connecting rod, connection that buoyancy member, which passes through, Connecting component including line is connect with valve member；When buoyancy member is connect by flexible connection line with valve member, valve member It constitutes material specific gravity and is higher than water.

The composition material specific gravity of valve member, which is higher than water, can avoid because the hydrostatic pressing that liquid generates in humidifying liquid container is by specific gravity Valve member lower than water presses to liquid outlet and closes liquid outlet, so that liquid cannot be introduced into liquid-retaining volume.

To avoid oxygen stream from directly blowing to buoyancy member rather than liquid level to reduce humidifying effect, buoyancy member main body is in Cyclic annular, the centrifugal distribution of colyliform.

Cyclic annular, colyliform the complete or partial hollow out of buoyancy member central part, can make dry oxygen contact more liquid Face, to realize better humidifying effect；" the centrifugal distribution " refer to buoyancy member expose liquid level partially away from container Center avoids the interference to oxygen flowing.

Oxygen approach for the flowing convenient for judging oxygen, humidification device container is interior or second entrance is equipped with and flows with gas And mobile air-flow indicate indicator.

" flow and move with gas " refers to that the visions such as this component can rotate, upper and lower or left and right is shaken are easy to see The movement examined, to indicate that gas flows；Further this rotation or shake can make liquid level that fluctuation occur to promote gas Humidifying, because the surface area contacted in the liquid level unit time of fluctuation with dry gas is more greatly and between the liquid level hydrone of fluctuation Hydrogen bond be more easily broken off.

Further, it can be connected with and be flowed with gas and mobile in the oxygen approach of humidification device container or at second entrance And liquid surface fluctuation component that is neighbouring or probeing into liquid level, liquid surface fluctuation component can be strip of sheet flexible (figure omits).

" liquid surface fluctuation " refers to makes liquid level generation to the greatest extent may be used by the direct effect of gas turbulence or liquid surface fluctuation component The irregular evaporation for continuously fluctuating to promote liquid water of energy, promotes humidifying effect.

The pipeline for the flexible thin-walled that oxygen approach at least can be locally latched by inner cavity is constituted, and " at least part locking " is Refer to without pressure difference or pipeline inner cavity is partly or wholly latched when smaller pressure difference, and has the gas of pressure that can then impact inner cavity when entering Expansion；Locking, which can be, completely closed to be also possible to not exclusively be latched；Air-flow is uneven by the way that its thin-walled flexible can be made to occur Expansion and closure with expansion different positions alternately, and make pipeline opening position constantly change, the gas of generation Body turbulent flow continues irregular disturbance liquid level to promote humidifying effect.

To reduce increased production cost packaging efficiency, an individual components thereon tie with oxygen inlet structure or outlet by a part Structure connection, a part is the water diversion part including plate-like, colyliform；The liquid injecting structure of another part formation columnar hollow It is connected with the liquid inlet on container.

Further include discharge accommodation space to prevent humidification fluid from surprisingly sucking respiratory tract, by container casing and container other Body portion is formed by connecting；Discharge accommodation space is connected to oxygen humidification space fluid.

When the liquid in liquid-retaining volume because container lean or buoyancy member, valve member failure and other reasons keep liquid excessive Into container intracavity, surmount liquid-retaining volume volume, then can flow into discharge accommodation space elimination liquid and enter human respiratory Possible risk.

A kind of oxygen delivery pipeline being used cooperatively with above-mentioned liquid level constant oxygen humidifying device, main body are hollow soft Property hose, which is characterized in that the coupling part of oxygen delivery pipeline and humidification device container is the solution-air synchronized links of avoiding misinsertion Part, equipped with the gas connection mouth being connected to oxygen outlet and the fluid connection mouth being connected simultaneously with liquid incoming port；Liquid Communication port is connected to via fluid path with outside liquid entrance, and gas passage is connected to transfer pipeline inner cavity.

" the solution-air synchronized links part " refers to that primary insertion by fluid path and gas circuit while can be connected to, greatly just Operation, " avoiding misinsertion " or error-proof structure, such as gas connection mouth are different from fluid connection mouth size and/or shape, Make its can not wrong plug to avoid may accident generation.

Further, the fluid path of solution-air synchronized links part and gas passage be include it is vertical intert, be nested in Non- closure Space Coupling setting.

It is described " interspersed " to refer to that such as some or all of fluid path is interspersed including vertical angle from gas passage And cross, interting region, there are gaps, occlude without blocking gas passage, i.e., the outer diameter that fluid path interts part is less than The internal diameter of gas passage herein.

" intussusception " refers to such as fluid path portion or is entirely located in gas passage or gas passage part or complete Portion is located in fluid path.

A kind of scheme is that sharp portion that is hollow and having communication port is equipped in the fluid path of solution-air synchronized links part Part, the tip of sharp component is towards outside liquid entrance.

It may be further contemplated, being equipped with sharp portion that is hollow and having communication port in the fluid path of solution-air synchronized links part Part, the tip of sharp component is towards outside liquid entrance；Communication port is closed by an elastomeric element.

Above-mentioned solution-air synchronized links part is linked together with humidifying liquid container for operating easily,.

Further, solution-air synchronized links part is linked together with humidifying liquid container, and humidifying liquid container is in open including center The shape being easily attached on flowmeter including hole or " U shape ".

The beneficial effects of the utility model are:

It is that sterile noiseless constant surface is wet 1. oxygen humidification spatial stability is located on constant humidification fluid liquid level Change.

2. the discharge accommodation space being connected to oxygen humidification space is thoroughly eliminated because of container lean or buoyancy member, valve member Failure and other reasons cause liquid to enter the risk of user's respiratory tract.

3. the oxygen delivery pipeline of solution-air synchronized links uses more convenient.

Detailed description of the invention

The attached drawing for not limiting to the utility model is as follows:

Figure 1A: the perspective cross-sectional structural schematic diagram of the utility model embodiment 1；

Figure 1B: the schematic cross-sectional view of the utility model embodiment 1 shows solution-air synchronized links part；

A kind of Fig. 1 C: the perspective cross-sectional structural schematic diagram of solution-air synchronized links of the utility model part；

Fig. 1 D: the perspective cross-sectional structural schematic diagram of the utility model another kind solution-air synchronized links part；

Fig. 1 E: the three-dimensional broken section knot that a kind of the utility model solution-air synchronized links part is connect with humidifying liquid container Structure schematic diagram；

Fig. 1 F: the schematic diagram that a kind of the utility model solution-air synchronized links part is linked together with humidifying liquid container；

Fig. 2: the perspective cross-sectional structural schematic diagram of the utility model embodiment 2；

Fig. 3 A: the schematic cross-sectional view of the utility model embodiment 3；

Fig. 3 B: the solution-air synchronized links part partial enlargement schematic cross-sectional view of the utility model embodiment 3；

Fig. 4 A: the schematic cross-sectional view of the utility model embodiment 4；

Fig. 4 B: the perspective cross-sectional structural schematic diagram of the utility model embodiment 4；

Fig. 5: the schematic cross-sectional view of the utility model embodiment 5；

Fig. 6: the perspective cross-sectional structural schematic diagram of the utility model embodiment 6；

In figure: 0. humidification fluid；00. humidification fluid liquid level；1. oxygen humidifying device container；1a, 1b, 1c. container casing；10. Container intracavity；100. discharge accommodation space communication port；101. oxygen humidification space；102. liquid-retaining volume；103. discharge holds Receive space；11. oxygen inlet structure；110. oxygen approach；111. oxygen first entrance；112. oxygen second entrance；In 113. Empty diversion component；114. air-flow indicate indicator；115. liquid surface fluctuation component；12. oxygen outlet structure；120. oxygen access； 121. oxygen outlet；3. buoyancy member；The cricoid buoyancy member of 3a.；The buoyancy member of 3b. colyliform；4. valve member；40. connection Component；401. connecting rod；402. connecting line；5. individual components；51. individual components 5 are a part of thereon；52. the diversion division of plate-like Point；53. convex ribs；530. convex ribs opening；54. the liquid injecting structure of individual components 5；6. liquid injecting structure；60. liquid injects Access；600. valve member accommodating chambers；601. accommodating chamber entrances；61. liquid outlet；62. the liquid inlet of liquid injecting structure 6； 63. the sharp component of liquid injection access 60；64. the communication port of sharp component 63；65. foreign liquid transfer pipeline；7. oxygen Flowmeter；8. humidifying liquid container；81. humidification fluid container neck；82. sealing part；9. oxygen delivery pipeline；90. transfer pipeline Inner cavity；91. solution-air synchronized links part；911. gas connection mouths；9110. gas passage；912. fluid connection mouths； 9120. Solution-air synchronized links partially liq access；9121. outside liquid entrance；The communication port of 9123. sharp components 9124；9124. Solution-air synchronized links part sharp component；9125. elastomeric element.

Specific embodiment

Limitation the embodiment of the present invention is not as follows:

Embodiment 1:

As shown in Figure 1A, the oxygen humidifying device of a kind of liquid level constant of the embodiments of the present invention 1, including can store The container 1 of humidification fluid 0 is tightly connected by container casing 1a, shell 1b or more two parts, shell 1a, 1b can be used PP, The medical resins such as PC, ABS are molded；It is oxygen approach 110 that the top shell 1a, which is equipped with oxygen inlet structure 11 in it, and is opened up Have first entrance 111 and a second entrance 112, oxygen second entrance 112 probes into container intracavity 10, and humidification fluid liquid level 00 it On, it is ensured that for it is non-enter water-wet, the present embodiment is to be extended to oxygen second entrance 112 by a hollow diversion component 113 Container intracavity 10, the extension that can also be container casing 1a are constituted；The top shell 1a side is equipped with interior oxygenous access 120 Oxygen outlet structure 12, equipped with to outside connection oxygen outlet 121；Liquid is equipped at close to oxygen outlet structure 12 to inject Structure 6, the present embodiment liquid injecting structure 6 is located at 12 lower section of oxygen outlet structure, interior to be equipped with liquid injection access 60 externally Liquid inlet 62 is offered, liquid injecting structure 6 can be independent component or component is also possible to the one of container casing and has The part of identical function；Humidification fluid 0 injects access 60 through the liquid in liquid inlet 62, liquid injecting structure 6, is located in container The liquid outlet 61 of chamber 10 enters container intracavity 10, when liquid level 00 constantly rises, can be driven by a buoyancy at liquid outlet 61 Dynamic valve member 4 is synchronous to be risen until liquid outlet 61 is closed, and the buoyancy acted on valve member 4 at this time is greater than outside liquid Hydrostatic pressing, liquid level no longer rises；When partial wetting liquid is taken away by dry oxygen, liquid level declines slightly, and liquid outlet 61 is opened It puts, partially liq enters 10 liquid level 00 of container intracavity and rises slightly, and valve member 4 again closes liquid outlet 61 immediately, because of liquid The variation of face 00 is extremely small so kind structure can guarantee the relative constant without making humidifying effect that significant fluctuation occur of liquid level.

It is described to be referred to that valve member 4 can be connected (see embodiment 6) with buoyancy member 3 by the valve member 4 of buoyancy-driven, when floating Valve member 4 is driven by its drawing when power component 3 is mobile with liquid level 00；It is also possible to itself floatability of valve member 4, thus by Buoyancy-driven.This embodiment shows itself floatability of valve member 4.

Described " liquid injecting structure 6 is equipped at close to oxygen outlet structure 12 " refers to the close adjacent i.e. liquid note of the two Though entering structure 6 and the non-Space Coupling of oxygen outlet structure 12, the relative proximity distance that the single finger of operator can touch simultaneously. This special designing can make it possible the simultaneously operating of the lasting injection of the conveying and humidification fluid of oxygen after humidifying, make clinical use It is more convenient.

In addition, when liquid 0 enters container intracavity 10 from liquid outlet 61, container intracavity 10 is divided into liquid-retaining volume 102 and oxygen humidification space 101 thereon, the oxygen humidification space 101 be dry oxygen and 00 saturated steam layer of liquid level Mix the space for finally making oxygen humidification.

Shown in Figure 1B, 1C, a kind of oxygen delivery pipeline 9 being used cooperatively with the oxygen humidifying device of above-mentioned liquid level constant, Main body is hollow flexible hose, and terminal can connect nasal obstruction, mask etc. (figure omits), oxygen delivery pipeline 9 and humidification device container 1 Coupling part 91 be avoiding misinsertion solution-air synchronized links part 91, equipped with the gas connection mouth being connected to oxygen outlet 121 911 and the fluid connection mouth 912 that is connected simultaneously with liquid incoming port 62；Fluid connection mouth 912 via fluid path 9120 with Outside liquid entrance 9121 is connected to, and gas passage 9110 is connected to transfer pipeline inner cavity 90；Vertical arrows and left-hand arrow in figure It is shown liquid flow direction, dextrad arrow show oxygen flow direction.

Solution-air synchronized links part 91 refers to that primary insertion by fluid path and gas circuit while can be connected to, greatly just Operation, the avoiding misinsertion or error-proof structure such as gas connection mouth 911 and 912 size of fluid connection mouth and/or shape not Together, make its can not wrong plug to avoid may accident generation.

Coupling part 91 is independently shown that the solution-air synchronized links in this figure are that fluid path 9120 and gas are logical by Fig. 1 C The Space Coupling connection type of the vertically interspersed non-closure on road 9110.

" interspersed " vertical portion for referring to such as fluid path 9120 is hung down from the gas passage of horizontal development 9110 Direct puncture is inserted and is crossed, and interting region, there are gaps, is occluded without blocking gas passage 9110, i.e., fluid path 9120 is perpendicular The outer diameter of direct puncture plug part is less than the internal diameter of gas passage 9110 herein.

As the accommodation of the present embodiment, Fig. 1 D shows specific in the fluid path 9120 of solution-air synchronized links part 91 It is that sharp component 9124 that is hollow and having communication port 9123 is equipped in its vertical portion, the tip of sharp component 9124 is outside Portion liquid inlet 9121.

As further accommodation, Fig. 1 E shows the tip of sharp component 9124 towards outside liquid entrance 9121；Connection Mouth 9123 is closed by an elastomeric element 9125；It can be with elastic recovery after preferably being pierced through by the tip of sharp component 9124 The elastomeric element for sealing communication port 9123 again, this design are to hold when communication port 9123 is detached from external humidification liquid Liquid will not easily flow out outside container intracavity 10 due to 10 pressure rise of humidification device container intracavity when device 8, can also be in order to Repeatedly replacement humidifying liquid container 8.

Further for convenience of use, as shown in Fig. 1 E, 1F, the solution-air synchronized links part 91 of oxygen delivery pipeline 9 with it is wet Change liquid container 8 to be linked together；Described be linked together can be a part such as neck 81 of humidifying liquid container 8 and partly or entirely probe into Vertical portion in the fluid path 9120 of 9 coupling part 91 of oxygen delivery pipeline, the sealing part of 8 neck 81 of humidifying liquid container 82 do not touch sharp component 9124, when use after gas connection mouth 911 is connect with the oxygen access 120 of humidification device, then with Sharp component 9124 is connected to；Be also possible to not use sharp component 9124, humidifying liquid container 8 be connected to fluid path 9120 and Sealing part 82 is set on fluid connection mouth 912, and sealing part 82 can be the PE film for being easy to tear or being easy to poke, aluminium foil film It is also possible to elastic plug.

Further humidifying liquid container 8 in including center opening or " U-shaped " be easily attached to oxygen flow meter 7 it On shape.

9 coupling part 91 of oxygen delivery pipeline can be made of the medical resin of hard also can be selected material flexible such as silicon rubber Glue, polyvinyl chloride, thermoplastic elastomer (TPE) etc. are also possible to two identical or different components of hardness and are combined into.

Embodiment 2:

As shown in Fig. 2, the liquid on the humidification device in the present embodiment injects knot unlike the scheme of embodiment 1 The liquid injection access 60 of structure 6 is the Space Coupling of vertical interspersed non-closure with the oxygen access 120 of oxygen outlet structure 12 Connection.A part of liquid injection access 60 vertically passes over the oxygen access 120 of horizontal development, and the outer diameter of interspersed part is less than 120 internal diameter of oxygen access of part is passed through, therefore is the interspersed of non-closure.Humidification fluid 0 is through liquid inlet 62, liquid injecting structure 6 Interior liquid injects access 60, the entrance container intracavity 10 of liquid outlet 61 positioned at container intracavity 10；And the oxygen after humidifying from Oxygen outlet 121 flows out；Vertical arrows indicating liquid flow direction in figure, two arrow indicating oxygen flow of air sides horizontally to the right To.

Further, it is equipped with sharp component 63 in the liquid injection access 60 of prominent container 1 in the present embodiment, there is company thereon Port 64, sharp component 63 can pierce through the sealing part 82 of external humidifying liquid container 8, and enter humidification fluid 0 in container Chamber 10.

Embodiment 3:

As shown in Figure 3A, unlike the scheme of embodiment 2, the liquid of the liquid injecting structure 6 on humidification device is infused Enter access 60 to connect with the Space Coupling for the non-closure that the oxygen access 120 of oxygen outlet structure 12 is mutual telescopiform, in figure Show communication port of the portions telescope of liquid injection access 60 in oxygen access 120, under this situation on sharp component 63 As liquid inlet 62.

As shown in Figure 3B, the solution-air synchronized links mode of such situation oxygen delivery pipeline 9 used in conjunction with is also selected The Space Coupling connection type for the telescopiform that fluid path 9120 is sheathed in gas passage 9110 is selected.

It can further select, the solution-air synchronized links part 91 of oxygen delivery pipeline 9 and humidifying liquid container 8 are linked as one Body；Specifically a part of humidifying liquid container 8 such as neck 81 gas for partly or entirely probeing into 9 coupling part 91 of oxygen delivery pipeline In body access 9110, the sealing part 82 of 8 neck 81 of humidifying liquid container can inject access 60 by the liquid of humidification device container 1 The sharp component 63 being inside equipped with pierces through and liquid is made to enter humidification device container intracavity 10.

Downward arrow indicating liquid flow direction in Fig. 3 B, arrow indicating oxygen flow of air direction upwards and to the right.

Oxygen flow direction shown in two upward arrows in Fig. 3 A, oxygen inject access 60 and oxygen access from liquid Communication port outflow between 120.

Embodiment 4:

As shown in Fig. 4 A, 4B, unlike the scheme of above-described embodiment, an individual components 5 a part 51 and oxygen thereon Gas entrance structure 11 or export structure 12 connect (this embodiment attached drawing only shows the case where connecting with entrance structure 11)；A part It is the water diversion part 52 including plate-like, colyliform, lower section is equipped with the formal distributions such as labyrinth-like, involute shape, zigzag shape Interruption or continuous convex ribs 53, there is opening 530 thereon, and opening is arranged on liquid level 00；Another part forms columnar hollow Liquid injecting structure 54 is connected with the liquid inlet 62 on container 1；The entire humidification device main body of such design only there are three component, Shell 1a, 1b and individual components 5, it is easy to assembly low in cost.

Embodiment 5:

As shown in figure 5, be not both the discharge accommodation space 103 for further including container casing 1c formation with above scheme maximum, It is tightly connected by container casing 1c and container casing 1a；Shell 1b then participates in being formed humidification fluid accommodation space 102, the present embodiment its It is fixedly connected on container casing 1a inner wall；Discharge accommodation space 103 and oxygen humidification space 101 are in fluid communication.

Of course, it is possible to be that shell 1c and shell 1a are tightly connected to form space, and shell 1b is located therein；It is also possible to shell After body 1a is connect with shell 1b, shell 1c connect (figure omits) with shell 1b again.

The non-wall-attachment of liquid outlet 61 of liquid injecting structure 6 is opened in container intracavity 10；It is described that " liquid outlet 61 is non- Wall-attachment opens up " refer to that 6 ontology of liquid injecting structure extends to container intracavity 10 to which hanging being located at of liquid outlet 61 is held Device inner cavity 10 rather than chamber wall；Certainly, the individual components that can also be liquid injecting structure 6 probe into container intracavity 10 and shape At preferably vertical state probes into, and more conducively liquid outlet 61 is closed by the valve member 4 of buoyancy-driven, valve member 4 itself It can float or be connected with a buoyancy member 3.

Further, be equipped in the oxygen approach 110 of humidification device container 1 or at second entrance 112 with gas flowing and Mobile air-flow indicate indicator 114.

" flow and move with gas " refers to that the visions such as this component can rotate, upper and lower or left and right is shaken are easy to see The movement examined, to indicate that gas flows；Further, this rotation or shake can make liquid level 00 that fluctuation occur to promote Gas humidification, because the surface area that contact with dry gas is more greatly and the liquid level hydrone that fluctuates in the liquid level unit time of fluctuation Between hydrogen bond be more easily broken off.

When the liquid 0 in liquid-retaining volume 102 because the inclination of container 1 or buoyancy member 3,4 failure and other reasons of valve member make Liquid excessively enters container intracavity 10, surmounts 102 volume of liquid-retaining volume, then can pass through discharge accommodation space communication port 100 Discharge accommodation space 103 is flowed into, the possibility risk that liquid enters human respiratory is eliminated.

Embodiment 6:

As shown in fig. 6, be not both the liquid outlet 61 of liquid injecting structure 6 is opened in 1 bottom of container with embodiment 5, Movably in the valve member accommodating chamber 600 of liquid injecting structure 6, valve member 4 is connected valve member 4 with a buoyancy member 3.

When the liquid 0 for entering container intracavity 10 reaches certain volume, the floating drawing valve member 4 of buoyancy member 3 is moved up, will It is closed positioned at subsurface liquid outlet 61, the hydrostatic pressing that liquid generates in certain humidifying liquid container 8 also promotes valve member to liquid The closing of body outlet 61；At this point, the container intracavity 10 of humidification device is divided into the oxygen on liquid-retaining volume 102 and liquid level 00 Humidifying space 101, oxygen or other need the gas of humidifying via air intake 111 enter oxygen humidification space 101, direct Fluid Contacting It flows out from gas outlet 121 or is flowed into oxygen delivery pipeline 9 from gas outlet 121 to bring moisture in air-flow into face 00.

The valve member accommodating chamber 600 of the liquid injecting structure 6 refers to receiving valve member 4 and can be with foreign liquid delivery pipe The structure that road 65 is docked can be made of two component enclosings.

" valve member 4 is movably in the valve member accommodating chamber 600 of liquid injecting structure 6 " refers to that valve member holds The space of chamber 600 of receiving design can make valve member 4 that can at least move up and down, and with 600 inner wall of valve member accommodating chamber or so at least one There are gap, liquid to flow in gap for side.

Valve member 4 is connected with buoyancy member 3, and buoyancy member 3 passes through the connection including connecting rod 401, connecting line 402 Component 40 is connect with valve member 4；When buoyancy member 3 is connect by flexible connection line 402 with valve member 4, the composition of valve member 4 Material specific gravity is higher than water；Valve member 4 can be spherical shape, double end prismatic, ellipse, cylindricality etc..

The composition material specific gravity of valve member 4, which is higher than water, can avoid to compare because of the hydrostatic pressing that liquid generates in humidifying liquid container 8 Liquid outlet 61 is pressed to lower than the valve member 4 of water again and closes liquid outlet 61, so that liquid 0 cannot be introduced into liquid containing sky Between 102.

Further, when because oxygen delivery pipeline 9 reasons such as closes by folder cause 10 pressure of container intracavity excessive when, valve portion The buoyancy member 3 that part 4 is connected by the connecting component 40 of hard, is pressed towards 601 direction of entrance of valve member accommodating chamber 600, from And closed, humidification fluid 0 will not continue reflux rewetting liquid container 8.

The liquid transmission pipeline 65 can via in container intracavity 10, container intracavity 10 is outer and any side in attached wall path Valve member accommodating chamber 600 is connected by formula with liquid inlet 62, can also be direct by valve member accommodating chamber 600 and humidifying liquid container 8 It is connected.

" the attached wall path " refers to that liquid transmission pipeline 65 at least one, the inside and outside wall of container 1 is attaching state, maximum Degree saves space and shape is more aesthetically pleasing, the inside and outside wall of container including independent liquid transmission pipeline 65 insertion recess, can also To be a component and the inside and outside wall of container is tightly connected and forms liquid transmission pipeline.

65 one end of liquid transmission pipeline of the present embodiment is connected with the liquid inlet 62 on container 1, the other end and valve member The entrance 601 of accommodating chamber 600 is connected.

In humidifying liquid container 8 liquid be introduced into the liquid incoming port 62 of 1 gas outlet of humidification device container, 121 adjacent place again by Liquid transmission pipeline 65 is delivered to valve member accommodating chamber 600, injects the liquid-retaining volume 102 of container intracavity 10, until buoyancy Component 3, which floats, drives valve member 4 to close the liquid outlet 61 of valve member accommodating chamber 600.

Further, 3 main body of buoyancy member can annular in shape, the centrifugal distribution of colyliform.

Cyclic annular, colyliform the complete or partial hollow out of 3 central part of buoyancy member, can make dry oxygen contact more liquid Face 00, to realize better humidifying effect；It is described it is centrifugal distribution refer to buoyancy member expose liquid level 00 partially away from appearance Device center avoids the interference to oxygen flowing.

Further, it in the oxygen approach 110 of humidification device container 1 or can be connected at second entrance 112 and be flowed with gas And liquid surface fluctuation component 115 that is mobile and neighbouring or probeing into liquid level 00, liquid surface fluctuation component 115 can be strip of sheet flexible (figure omits).

" liquid surface fluctuation " is to occur that liquid level 00 to the greatest extent by the direct effect of gas turbulence or liquid surface fluctuation component 115 It irregular may continuously fluctuate to promote the evaporation of liquid water, promotion humidifying effect, this example illustrates disturbance component 115 be blade structure.

A kind of extension of thinking is (figure omits), the pipe for the flexible thin-walled that oxygen approach 110 at least can be locally latched by inner cavity Road is constituted, and pipeline inner cavity is partly or wholly latched when " at least part locking " refers to no pressure difference or smaller pressure difference, and has pressure Inner cavity can then be impacted and be expanded when the gas of power enters；Locking, which can be, completely closed to be also possible to not exclusively be latched；Air-flow is logical Cross can make its thin-walled flexible occur non-uniform expansion and closure with expand different positions alternately, and make pipeline The position of opening constantly changes, and the gas turbulence of generation continues irregular disturbance liquid level to promote humidifying effect.

Claims (16)

1. a kind of oxygen humidifying device of liquid level constant, comprising: one is connected with oxygen inlet structure (11) and oxygen outlet structure (12) container intracavity (10) can store the container (1) of humidification fluid (0), the oxygen approach (110) in oxygen inlet structure (11) The first entrance (111) accessed equipped with oxygen and the second entrance (112) positioned at container intracavity (10)；Oxygen outlet structure (12) Oxygen access (120) be connected to container intracavity (10) and be equipped with oxygen outlet (121)；What is be connected with container (1) has liquid Inject the liquid injecting structure (6) of access (60), which is characterized in that the liquid in liquid injecting structure (6) injects access (60) Close adjacent with oxygen access (120) the two Space Coupling setting of oxygen outlet structure (12) or both, humidification fluid (0) is through liquid Liquid injection access (60) in body entrance (62), liquid injecting structure (6), the liquid outlet (61) positioned at container intracavity (10) Into container intracavity (10), liquid outlet (61) can be closed by the valve member (4) of buoyancy-driven；The second of oxygen approach (110) Entrance (112) is located on liquid level (00).

2. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that oxygen outlet structure (12) oxygen access (120) and liquid injection access (60) in liquid injecting structure (6) be include vertical interting, being nested in The Space Coupling of interior non-closure is arranged.

3. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that oxygen outlet structure (12) oxygen access (120) is to include in vertical be interspersed in liquid injection access (60) in liquid injecting structure (6) The interspersed setting of non-closure, liquid, which injects, is equipped with sharp parts (63) that are hollow and having liquid inlet (62) in access (60).

4. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that liquid injecting structure (6) liquid outlet (61) non-wall-attachment is opened in container intracavity (10).

5. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that liquid injecting structure (6) liquid outlet (61) is opened in container (1) bottom, and valve member (4) is movably located at the valve portion of liquid injecting structure (6) In part accommodating chamber (600), valve member (4) is connected with a buoyancy member (3).

6. a kind of oxygen humidifying device of liquid level constant according to claim 5, which is characterized in that valve member (4) and floating Power component (3) is connected, buoyancy member (3) by connecting component (40) including connecting rod (401), connecting line (402) including and Valve member (4) connection；When buoyancy member (3) are connect by flexible connection line (402) with valve member (4), the structure of valve member (4) It is higher than water at material specific gravity.

7. a kind of oxygen humidifying device of liquid level constant according to claim 5, which is characterized in that buoyancy member (3) is main Body (3a), colyliform (3b) centrifugal distribution annular in shape.

8. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that humidification device container (1) it is equipped in oxygen approach (110) or at second entrance (112) and is flowed and mobile air-flow indicate indicator (114) with gas.

9. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that an individual components (5) A part of (51) are connect with oxygen inlet structure (11) or export structure (12) thereon, and a part is including plate-like, colyliform Water diversion part (52), another part formed columnar hollow liquid injecting structure (54) and container (1) on liquid inlet (62) it is connected.

10. a kind of oxygen humidifying device of liquid level constant according to claim 1, which is characterized in that further include that discharge holds It receives space (103), by container casing (1c), other body parts are formed by connecting with container (1)；Discharge accommodation space (103) and oxygen Air humidity space (101) is in fluid communication.

11. with a kind of a kind of oxygen that the oxygen humidifying device of liquid level constant is used cooperatively described in claim 1-10 any one Letter shoot road (9), main body are hollow flexible hose, which is characterized in that oxygen delivery pipeline (9) and humidification device container (1) coupling part (91) is the solution-air synchronized links part (91) of avoiding misinsertion, is equipped with the gas being connected to oxygen outlet (121) Body communication port (911) and the fluid connection mouth (912) being connected simultaneously with liquid inlet (62)；Fluid connection mouth (912) via Fluid path (9120) is connected to outside liquid entrance (9121), and gas passage (9110) are connected to transfer pipeline inner cavity (90).

12. a kind of oxygen delivery pipeline (9) according to claim 11, which is characterized in that solution-air synchronized links part (91) fluid path (9120) and gas passage (9110) be include it is vertical intert, be nested in non-closure Space Coupling Setting.

13. a kind of oxygen delivery pipeline (9) according to claim 11, which is characterized in that solution-air synchronized links part (91) sharp component (9124) that is hollow and there are communication port (9123), sharp component are equipped in fluid path (9120) (9124) tip is towards outside liquid entrance (9121).

14. a kind of oxygen delivery pipeline (9) according to claim 11, which is characterized in that solution-air synchronized links part (91) sharp component (9124) that is hollow and there are communication port (9123), sharp component are equipped in fluid path (9120) (9124) tip is towards outside liquid entrance (9121)；Communication port (9123) is closed by an elastomeric element (9125).

15. a kind of oxygen delivery pipeline (9) according to claim 11, which is characterized in that solution-air synchronized links part (91) it is linked together with humidifying liquid container (8).

16. a kind of oxygen delivery pipeline (9) according to claim 11, which is characterized in that solution-air synchronized links part (91) it is linked together with humidifying liquid container (8), humidifying liquid container (8) is in be easy to adhere to including center opening or " U-shaped " Shape on flowmeter (7).