CN208741707U - A kind of division of respiratory disease oxygen humidification device - Google Patents
A kind of division of respiratory disease oxygen humidification device Download PDFInfo
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- CN208741707U CN208741707U CN201820653014.7U CN201820653014U CN208741707U CN 208741707 U CN208741707 U CN 208741707U CN 201820653014 U CN201820653014 U CN 201820653014U CN 208741707 U CN208741707 U CN 208741707U
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- oxygen injection
- moisture filter
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Abstract
The utility model discloses a kind of division of respiratory disease oxygen humidification devices, and the cylindrical hollow shell of supporting leg is equipped with including bottom.The utility model first mixes the oxygen for being in low temperature and warm water, oxygen can be subjected to pre- heat effect, the high-temperature vapor in oxygen and air humidifier after preheating is mixed, since oxygen has been warmed up, so the temperature difference between the two is smaller, on the one hand it can be effectively reduced the formation of the larger particle water formed due to temperature difference, on the other hand, oxygen gas component after preheating can be more, effectively increase the quality of finished product, and, the device has moisture filter mechanism, biggish particle water can be filtered effect, so that the small and moist oxygen of carrying passes through, so that the oxygen of patient's sucking is more in line with the demand of patient, reduce the generation of adverse reaction, furthermore, there is the device oxygen to inject control mechanism, the inflow velocity of oxygen can effectively be controlled and prevent the hair of air blow back phenomenon It is raw, it is practical.
Description
Technical field
The utility model relates to the field of medical instrument technology, specially a kind of division of respiratory disease oxygen humidification device.
Background technique
Currently, in hospital's division of respiratory disease, the problem of having in terms of various breathings, for some particular patients 's, need to sucking
Oxygen carry out humidification, and general humidifier be by the moisture of oxygen and humidification mix, since the two is directly to carry out
Mixing, so that the moisture of oxygen and high temperature in low temperature is mixed, there are two big defects；First, temperature difference after mixing
It is larger, it may appear that biggish particle water, so that there is adverse reaction when sucking in patient, second, temperature difference leads to mixing and unevenness
Even, mass effect is poor.
Utility model content
The purpose of this utility model is to provide a kind of division of respiratory disease oxygen humidification devices, to solve in above-mentioned background technique
The problem of proposition.
To achieve the above object, the utility model provides the following technical solutions: a kind of division of respiratory disease oxygen humidification device, packet
The cylindrical hollow shell that bottom is equipped with supporting leg is included, the bottom of the cylindrical hollow interior of shell is provided with fluid storage space,
The inside of the cylindrical hollow shell is being provided with oxygen humidification blending space, institute right above the fluid storage space
The main venthole for being internally provided with multiple circular array settings of cylindrical hollow shell is stated, and the main venthole is connected to liquid
At the top of storage space and oxygen humidification blending space bottom is provided centrally with main exhaust at the top of the oxygen humidification blending space
Hole is provided with the extraneous main card of connection at the top of the main exhaust hole and connects groove structure, and the main card connects the inside of groove structure
One moisture filter mechanism is installed, the side of the cylindrical hollow shell is provided with the liquid injecting tube with its integral structure
Road and liquid discharge pipe road, the liquid injecting tube road is respectively arranged with the inside in liquid discharge pipe road is connected to liquid air storage
Between side top and fluid storage space side bottom liquid injection hole and liquid discharge orifice, the liquid injection hole and liquid
Inserted with main plunger, the other side of the cylindrical hollow shell is provided with air humidifier and is put into pipeline for the inside of discharge orifice,
The extraneous air humidifier with oxygen humidification blending space of connection that is internally provided with that the air humidifier is put into pipeline is put into
Hole, a subpost plug is inserted into the end that the air humidifier is put into hole, and being provided centrally with for the subpost plug is connected to its both ends
The wire guide in face, the center of the cylindrical hollow outer casing bottom are inserted into a cylindricality gas and enter pipeline, and the cylindricality gas into
Enter pipeline and primary seal circle is installed in insertion site, the bottom end that the cylindricality gas enters pipeline is connected to oxygen injection control
The inside of mechanism, the cylindricality gas enter at the top of pipeline be provided with it is multiple with its integral structure and circular array is set
The cirele bend set, one end of the cirele bend are provided with the cylindricality gas emission pipe with its integral structure.
Further, the moisture filter mechanism includes moisture filter mechanism pipeline body, moisture mistake
Filter structure venthole, moisture filter mechanism clamping groove structure, moisture filter mechanism the first torus, tide
The second torus of wet moisture filter mechanism, the first annulus hole of moisture filter mechanism, moisture filter mechanism are with
The second foam-rubber cushion of two annulus holes, the first foam-rubber cushion of moisture filter mechanism and moisture filter mechanism.
Further, moisture filter mechanism is provided centrally with inside the moisture filter mechanism pipeline body
With venthole, the moisture filter mechanism is being located at the moisture filter mechanism venthole with the inside of pipeline body
Both ends be provided with moisture filter mechanism clamping groove structure, the two moisture filter mechanism clamping grooves
The inside of structure is connected with the second annulus of the first torus of moisture filter mechanism and moisture filter mechanism respectively
Body, and the center difference of the second torus of the first torus of the moisture filter mechanism and moisture filter mechanism
It is provided with the second annulus hole of the first annulus hole of moisture filter mechanism and moisture filter mechanism, the moisture
The first torus of filter mechanism and moisture filter mechanism are with the second torus respectively in the moisture filter mechanism
Moisture filter mechanism is inlaid with first with the first annulus hole and moisture filter mechanism with the inside of the second annulus hole
The second foam-rubber cushion of foam-rubber cushion and moisture filter mechanism, the moisture filter mechanism are inserted into main card with pipeline body and connect
The inside of groove structure, and the moisture filter mechanism is located at the side in main exhaust hole with the first torus.
Further, the moisture filter mechanism is filtered with the gap in the first foam-rubber cushion greater than the moisture
Gap size of the mechanism in the second foam-rubber cushion.
Further, the oxygen injection control mechanism includes oxygen injection control mechanism pipeline body, oxygen injection control
Mechanism centre bore processed, oxygen injection control mechanism cylindricality gas enter pipeline clamping port, oxygen input tube road plug
Structure, oxygen injection control mechanism air check valve, oxygen injection control mechanism bottom body groove structure, oxygen injection control
Mechanism processed top body groove structure, oxygen inject control mechanism plate valve body, oxygen injects control mechanism threaded rod,
Oxygen injects control mechanism helicitic texture and oxygen injects control mechanism force application board.
Further, the oxygen that is internally provided with of oxygen injection control mechanism pipeline body one end injects control mechanism
Enter pipeline clamping port with cylindricality gas, the oxygen injection control mechanism is provided with and its one with the other end of pipeline body
The oxygen input tube road plug construction of formula structure, the oxygen injection control mechanism pipeline body and oxygen input tube road plug
Structure is internally provided with the oxygen injection control mechanism centre bore for being connected to its both ends of the surface, and the oxygen injects in control mechanism use
Heart hole enters one oxygen of inside installation of pipeline clamping port one end being located at oxygen injection control mechanism cylindricality gas
Control mechanism air check valve is injected, the inside of the oxygen injection control mechanism pipeline body is being located at oxygen injection
The bottom of control mechanism centre bore is provided with oxygen injection control mechanism bottom body groove structure, the oxygen injection control
Mechanism processed is being provided with oxygen injection control with the inside of pipeline body at the top of oxygen injection control mechanism centre bore
Mechanism processed top body groove structure, the oxygen injection control mechanism centre bore, oxygen inject control mechanism bottom
Valve body recess structure and oxygen injection control mechanism insert an oxygen with the inside of top body groove structure and inject control mechanism
The injection control of one oxygen is installed by bearing with the center of plate valve body, the oxygen injection control mechanism plate body top
Mechanism threaded rod, and the body of rod of oxygen injection control mechanism threaded rod injects control mechanism pipeline through oxygen
Body, and oxygen injection control mechanism threaded rod is in the one end for being located at the oxygen injection external boundary of control mechanism pipeline
One oxygen injection control mechanism force application board is installed, the oxygen injection control mechanism threaded rod is injected through the oxygen
Control mechanism injects control mechanism by oxygen with the position of pipeline body and is connected with helicitic texture.
Further, the oxygen injection control mechanism helicitic texture includes setting in oxygen injection control mechanism pipe
Internal thread structure inside road body and the external thread structure being arranged on oxygen injection control mechanism screw thread club shaft, and it is described
Internal thread structure is meshed with external thread structure.
Further, the thickness of the oxygen injection control mechanism plate valve body and oxygen injection control mechanism are used
Bottom body groove structure and oxygen inject the of same size of control mechanism top body groove structure, and the oxygen injects
The height of control mechanism plate valve body is greater than diameter and the oxygen injection control of oxygen injection control mechanism centre bore
The height of mechanism the sum of bottom body groove structure depth, the oxygen injection control mechanism plate valve body is less than the oxygen
Gas injects the diameter of control mechanism centre bore and oxygen injects control mechanism the sum of top body groove structure depth.
Further, the exhaust port of the oxygen injection control mechanism air check valve injects control machine towards oxygen
Structure cylindricality gas enters pipeline clamping port, and oxygen injection control mechanism cylindricality gas enters pipeline clamping port
It is connected to the bottom part that cylindricality gas enters pipeline.
Compared with prior art, the utility model has the beneficial effects that the utility model first by low temperature oxygen and
Warm water is mixed, and oxygen can be carried out pre- heat effect, the high-temperature vapor in oxygen and air humidifier after preheating into
Row mixing, since oxygen has been warmed up, so temperature difference between the two is smaller, on the one hand can be effectively reduced due to temperature difference
And the formation of the larger particle water formed, on the other hand, the oxygen gas component after preheating can be more, effectively increases the matter of finished product
Amount, moreover, the device have moisture filter mechanism, biggish particle water can be filtered effect so that it is small and
It carries moist oxygen to pass through, so that the oxygen of patient's sucking is more in line with the demand of patient, reduces adverse reaction
Generation, in addition, the device have oxygen inject control mechanism, can effectively control oxygen inflow velocity and prevent air from falling
The generation of flow phenomenon, it is practical.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of division of respiratory disease oxygen humidification device of the utility model；
Fig. 2 is the structural representation of moisture filter mechanism in a kind of division of respiratory disease oxygen humidification device of the utility model
Figure；
Fig. 3 is the structural representation that oxygen injects control mechanism in a kind of division of respiratory disease oxygen humidification device of the utility model
Figure；
In figure: 1, cylindrical hollow shell, 2, supporting leg, 3, fluid storage space, 4, main venthole, 5, oxygen humidification mixing sky
Between, 6, main exhaust hole, 7, main card connect groove structure, 8, liquid injecting tube road, 9, liquid discharge pipe road, 10, liquid injection hole,
11, liquid discharge orifice, 12, main plunger, 13, air humidifier is put into pipeline, 14, and air humidifier is put into hole, 15, subpost plug,
16, wire guide, 17, moisture filter mechanism, 171, moisture filter mechanism pipeline body, 172, moisture filter
Structure venthole, 173, moisture filter mechanism clamping groove structure, 174, the first annulus of moisture filter mechanism
Body, 175, moisture filter mechanism the second torus, 176, moisture filter mechanism the first annulus hole, 177 are moist
Moisture filter mechanism the second annulus hole, 178, moisture filter mechanism the first foam-rubber cushion, 179, moisture filter
Structure the second foam-rubber cushion, 18, cylindricality gas enter pipeline, 19, primary seal circle, 20, and oxygen injects control mechanism, 201, oxygen note
Enter control mechanism pipeline body, 202, oxygen injects control mechanism centre bore, 203, and oxygen injects control mechanism cylindricality gas
Body enter pipeline clamping port, 204, oxygen input tube road plug construction, 205, oxygen inject control mechanism air check valve,
206, oxygen injects control mechanism bottom body groove structure, 207, and oxygen injects control mechanism top body groove knot
Structure, 208, oxygen inject control mechanism plate valve body, 209, and oxygen injects control mechanism threaded rod, 2010, oxygen injection
Control mechanism helicitic texture, 2011, oxygen inject control mechanism force application board, 21, cirele bend, 22, the discharge of cylindricality gas
Pipeline.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Referring to Fig. 1, a kind of embodiment provided by the utility model: being equipped with including bottom outside the cylindrical hollow of supporting leg 2
Shell 1, the bottom inside the cylindrical hollow shell 1 are provided with fluid storage space 3, and the inside of the cylindrical hollow shell 1 exists
The surface in the fluid storage space 3 is provided with oxygen humidification blending space 5, the inside of the cylindrical hollow shell 1
It is provided with the main venthole 4 of multiple circular array settings, and 3 top of the main venthole 4 connection fluid storage space and oxygen
Gas humidifies 5 bottom of blending space, and 5 top of oxygen humidification blending space is provided centrally with main exhaust hole 6, the main exhaust
The top in hole 6 is provided with the extraneous main card of connection and connects groove structure 7, and the inside installation one that the main card connects groove structure 7 is moist
Moisture filter mechanism 17, the side of the cylindrical hollow shell 1 are provided with liquid injecting tube road 8 and liquid with its integral structure
Body discharge tube 9, the liquid injecting tube road 8 is respectively arranged with the inside in liquid discharge pipe road 9 is connected to fluid storage space 3
The liquid injection hole 10 and liquid discharge orifice 11 of 3 side bottom of side top and fluid storage space, the liquid injection hole 10
Inserted with main plunger 12, the other side of the cylindrical hollow shell 1 is provided with air wetting for inside with liquid discharge orifice 11
Device is put into pipeline 13, and the air humidifier is put into being internally provided with for pipeline 13 and is connected to extraneous and oxygen humidification blending space 5
Air humidifier be put into hole 14, a subpost plug 15, and the subpost plug are inserted into the end that the air humidifier is put into hole 14
A cylindricality gas is inserted at the center of 15 wire guide 16 for being provided centrally with its both ends of the surface of connection, 1 bottom of cylindrical hollow shell
Body enters pipeline 18, and the cylindricality gas enters pipeline 18 and is equipped with primary seal circle 19, the cylindricality gas in insertion site
The inside of oxygen injection control mechanism 20 is connected into the bottom end of pipeline 18, the cylindricality gas enters the top of pipeline 18
Multiple cirele bends 21 with its integral structure and circular array setting are provided with, one end of the cirele bend 21 is set
It is equipped with the cylindricality gas emission pipe 22 with its integral structure.
Referring to Fig. 2, the moisture filter mechanism 17 includes moisture filter mechanism pipeline body 171, humidity
Moisture filter mechanism venthole 172, moisture filter mechanism clamping groove structure 173, moisture filter mechanism are used
First torus 174, the second torus 175 of moisture filter mechanism, the first annulus hole of moisture filter mechanism
176, the second annulus hole 177 of moisture filter mechanism, moisture filter mechanism the first foam-rubber cushion 178 and moisture
The second foam-rubber cushion 179 of filter mechanism；Moist water is provided centrally with inside the moisture filter mechanism pipeline body 171
Divide filter mechanism venthole 172, the inside of moisture filter mechanism pipeline body 171 is being located at the moisture
Filter mechanism is provided with moisture filter mechanism clamping groove structure 173, two humidities with the both ends of venthole 172
Moisture filter mechanism is connected with moisture filter mechanism with the first torus 174 with the inside of clamping groove structure 173 respectively
With the second torus 175 of moisture filter mechanism, and the moisture filter mechanism the first torus 174 and humidity
Moisture filter mechanism is respectively arranged with moisture filter mechanism 176 He of the first annulus hole with the center of the second torus 175
The second annulus hole 177 of moisture filter mechanism, the moisture filter mechanism the first torus 174 and moisture
Filter mechanism is with the second torus 175 respectively in the moisture filter mechanism the first annulus hole 176 and moisture mistake
Filter structure is inlaid with moisture filter mechanism the first foam-rubber cushion 178 and moisture mistake with the inside of the second annulus hole 177
The second foam-rubber cushion 179 of filter structure, the moisture filter mechanism pipeline body 171 are inserted into main card and connect groove structure 7
Inside, and the moisture filter mechanism is located at the side in main exhaust hole 6 with the first torus 174；The moisture mistake
Filter structure is greater than gap of the moisture filter mechanism in the second foam-rubber cushion 179 with the gap in the first foam-rubber cushion 178
Size, main function are:, can be by the first foam-rubber cushion of moisture filter mechanism when oxygen and large-scale moisture particle pass through
178 and moisture filter mechanism is filtered with the second foam-rubber cushion 179 so that large-scale particle is filtered, simultaneously because the tide
Wet moisture filter mechanism is greater than the second foam-rubber cushion 179 of the moisture filter mechanism with the gap in the first foam-rubber cushion 178
In gap size, gradually filtered so can be realized, be conducive to improve filter effect.
Referring to Fig. 3, the oxygen injection control mechanism 20 includes that oxygen injects control mechanism pipeline body 201, oxygen
Inject control mechanism centre bore 202, oxygen injection control mechanism cylindricality gas enters pipeline clamping port 203, oxygen is defeated
Enter pipeline plug construction 204, oxygen injection control mechanism air check valve 205, oxygen injection control mechanism bottom body
Groove structure 206, oxygen injection control mechanism top body groove structure 207, oxygen inject control mechanism plate valve body
208, oxygen injection control mechanism threaded rod 209, oxygen injection control mechanism helicitic texture 2010 and oxygen injection control
Mechanism force application board 2011；The oxygen injection 201 one end of control mechanism pipeline body is internally provided with oxygen injection control
Mechanism cylindricality gas enters pipeline clamping port 203, the other end setting of the oxygen injection control mechanism pipeline body 201
There is the oxygen input tube road plug construction 204 with its integral structure, the oxygen injects control mechanism pipeline body 201 and oxygen
Gas input channel plug construction 204 is internally provided with the oxygen injection control mechanism centre bore 202 for being connected to its both ends of the surface, institute
It states oxygen injection control mechanism centre bore 202 and is entering pipeline clamping positioned at oxygen injection control mechanism cylindricality gas
The inside of 203 one end of port installs an oxygen and injects control mechanism air check valve 205, and the oxygen injection control mechanism is used
The inside of pipeline body 201 is being provided with oxygen injection control with the bottom of centre bore 202 positioned at oxygen injection control mechanism
The inside of mechanism bottom body groove structure 206, the oxygen injection control mechanism pipeline body 201 is being located at the oxygen
Injection control mechanism is provided with oxygen injection control mechanism top body groove structure 207 with the top of centre bore 202, described
Oxygen injects control mechanism centre bore 202, oxygen injection control mechanism bottom body groove structure 206 and oxygen injection control
Mechanism processed inserts oxygen injection control mechanism plate valve body 208, the oxygen with the inside of top body groove structure 207
Oxygen injection control mechanism threaded rod 209 is installed by bearing in the center for injecting control mechanism 208 top of plate valve body,
And the body of rod of the oxygen injection control mechanism threaded rod 209 injects control mechanism pipeline body 201 through oxygen, and described
Oxygen injects control mechanism and is being located at the extraneous one end peace of oxygen injection control mechanism pipeline body 201 with threaded rod 209
Oxygen injection control mechanism force application board 2011 is filled, the oxygen injection control mechanism threaded rod 209 is running through the oxygen
The position that gas injects control mechanism pipeline body 201 is injected control mechanism helicitic texture 2010 by oxygen and is connected；The oxygen
Gas injection control mechanism helicitic texture 2010 includes the internal screw thread being arranged in inside oxygen injection control mechanism pipeline body 201
Structure and be arranged in oxygen injection 209 body of rod of control mechanism threaded rod on external thread structure, and the internal thread structure with
External thread structure is meshed；The thickness and the oxygen of the oxygen injection control mechanism plate valve body 208 inject control machine
Structure bottom body groove structure 206 and oxygen inject the of same size of control mechanism top body groove structure 207, and institute
The height for stating oxygen injection control mechanism plate valve body 208 is greater than the straight of oxygen injection control mechanism centre bore 202
Diameter and oxygen inject control mechanism the sum of 206 depth of bottom body groove structure, and the oxygen injects control mechanism plate
The height of valve body 208 is less than diameter and oxygen injection the control mechanism top of oxygen injection control mechanism centre bore 202
The sum of 207 depth of portion's valve body recess structure；The exhaust port of oxygen injection control mechanism air check valve 205 is towards oxygen
Gas injection control mechanism cylindricality gas enters pipeline clamping port 203, and the oxygen injects control mechanism cylindricality gas
It is connected to the bottom part that cylindricality gas enters pipeline 18 into pipeline clamping port 203, main function is: since oxygen is infused
The thickness and the oxygen for entering control mechanism plate valve body 208 inject control mechanism bottom body groove structure 206 and oxygen
Gas injects the of same size of control mechanism top body groove structure 207, and the oxygen injects control mechanism plate valve
The height of body 208 is greater than the oxygen injection control mechanism diameter of centre bore 202 and oxygen injects control mechanism bottom
The height of the sum of 206 depth of valve body recess structure, the oxygen injection control mechanism plate valve body 208 is infused less than the oxygen
Enter the sum of diameter and oxygen injection 207 depth of control mechanism top body groove structure of control mechanism centre bore 202, institute
To inject control mechanism force application board 2011 by rotation oxygen, and because oxygen injects the company of control mechanism threaded rod 209
Relationship is connect, so oxygen injection control mechanism plate valve body 208 is enabled to move up and down, control mechanism is injected by oxygen
With the gap between plate valve body 208 and oxygen injection control mechanism centre bore 202, that is, it can control the speed of discharge and open
It closes, simultaneously as the exhaust port of oxygen injection control mechanism air check valve 205 injects control mechanism towards oxygen
Enter pipeline clamping port 203 with cylindricality gas, so oxygen can only orient discharge, prevents to flow backwards phenomenon.
Specifically used mode: in utility model works, oxygen injection control mechanism 20 being connect with oxygen storage mechanism,
Then, an air humidifier is placed into the inside of oxygen humidification blending space 5, and the conducting wire of air humidifier is passed through
Wire guide 16, then open air humidifier is inserted into subpost plug 15, then takes the water of suitable temperature and pass through the injection of liquid injection hole 10
It is certain note that the liquid level of storage liquid is higher than the water of 22 bottom of cylindricality gas emission pipe to the inside in fluid storage space 3
Plane, the horizontal plane for being lower than 21 bottom of cirele bend simultaneously, at this point, opening oxygen injects control mechanism 20, so that high pressure oxygen
Into oxygen can be first into warm water, and the oxygen of process can be preheated, and the oxygen after preheating passes through main venthole 4
The inside of oxygen humidification blending space 5 is entered, at this point, the vapor that the oxygen after preheating can be formed with air humidifier carries out
Mixing, carries out moist effect, it is moist after air under pneumatic pressure, by moisture filter mechanism 17, the mixture meeting of process
Effect is filtered by moisture filter mechanism 17, is passed through so that meeting the moist oxygen that breathing requires, so the device exists
In use, needing periodically to replace the warm water inside fluid storage space 3.
It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and
And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms
Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new
The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in
All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting
Related claim.
Claims (9)
1. a kind of division of respiratory disease oxygen humidification device is equipped with the cylindrical hollow shell (1) of supporting leg (2), feature including bottom
Be: the internal bottom of the cylindrical hollow shell (1) is provided with fluid storage space (3), the cylindrical hollow shell (1)
Inside is provided with oxygen humidification blending space (5) right above the fluid storage space (3), outside the cylindrical hollow
The main venthole (4) for being internally provided with multiple circular array settings of shell (1), and the main venthole (4) connection liquid storage
Deposit space (3) top and oxygen humidification blending space (5) bottom, the center setting at the top of the oxygen humidification blending space (5)
Have main exhaust hole (6), the extraneous main card of connection is provided at the top of the main exhaust hole (6) and connects groove structure (7), the main card
A moisture filter mechanism (17) is installed in the inside for connecing groove structure (7), and the side of the cylindrical hollow shell (1) is provided with
With the liquid injecting tube road (8) and liquid discharge pipe road (9) of its integral structure, the liquid injecting tube road (8) and liquid row
The inside for putting pipeline (9) is respectively arranged with connection fluid storage space (3) side top and fluid storage space (3) side bottom
Liquid injection hole (10) and liquid discharge orifice (11), the inside of the liquid injection hole (10) and liquid discharge orifice (11) insert
Enter to have main plunger (12), the other side of the cylindrical hollow shell (1) is provided with air humidifier and is put into pipeline (13), the sky
The extraneous air humidifier with oxygen humidification blending space (5) of connection that is internally provided with that gas humidifier is put into pipeline (13) is put into
A subpost plug (15), and the center of the subpost plug (15) are inserted into hole (14), the end that the air humidifier is put into hole (14)
Be provided with the wire guide (16) for being connected to its both ends of the surface, the center of cylindrical hollow shell (1) bottom be inserted into a cylindricality gas into
Enter pipeline (18), and the cylindricality gas enters pipeline (18) and is equipped with primary seal circle (19) in insertion site, the cylindricality gas
The bottom end that body enters pipeline (18) is connected to the inside of oxygen injection control mechanism (20), and the cylindricality gas enters pipeline
(18) multiple cirele bends (21) with its integral structure and circular array setting are provided at the top of, the annular is curved
One end of pipe (21) is provided with the cylindricality gas emission pipe (22) with its integral structure.
2. a kind of division of respiratory disease oxygen humidification device according to claim 1, it is characterised in that: the moisture filtering
Mechanism (17) includes moisture filter mechanism pipeline body (171), moisture filter mechanism venthole (172), humidity
Moisture filter mechanism clamping groove structure (173), moisture filter mechanism the first torus (174), moisture mistake
Filter structure the second torus (175), moisture filter mechanism the first annulus hole (176), moisture filter mechanism are used
Second annulus hole (177), moisture filter mechanism the first foam-rubber cushion (178) and moisture filter mechanism are with the second sponge
It pads (179).
3. a kind of division of respiratory disease oxygen humidification device according to claim 2, it is characterised in that: the moisture filtering
Mechanism pipeline body (171) inside is provided centrally with moisture filter mechanism venthole (172), the moisture mistake
Filter structure is being respectively provided with positioned at the moisture filter mechanism with the both ends of venthole (172) with the inside of pipeline body (171)
There are moisture filter mechanism clamping groove structure (173), the two moisture filter mechanism clamping groove structures
(173) inside is connected with moisture filter mechanism the first torus (174) and moisture filter mechanism with respectively
Two torus (175), and the moisture filter mechanism the first torus (174) and moisture filter mechanism are with second
The center of torus (175) is respectively arranged with moisture filter mechanism the first annulus hole (176) and moisture filter
Structure is used with the second annulus hole (177), the moisture filter mechanism the first torus (174) and moisture filter mechanism
Second torus (175) is respectively in the moisture filter mechanism the first annulus hole (176) and moisture filter mechanism
The first foam-rubber cushion of moisture filter mechanism (178) and moisture filtering are inlaid with the inside of the second annulus hole (177)
Mechanism is inserted into main card with pipeline body (171) and is connect groove structure with the second foam-rubber cushion (179), the moisture filter mechanism
(7) inside, and the moisture filter mechanism is located at the side in main exhaust hole (6) with the first torus (174).
4. a kind of division of respiratory disease oxygen humidification device according to claim 3, it is characterised in that: the moisture filtering
Mechanism is greater than the seam in the second foam-rubber cushion of the moisture filter mechanism (179) with the gap in the first foam-rubber cushion (178)
Gap size.
5. a kind of division of respiratory disease oxygen humidification device according to claim 1, it is characterised in that: the oxygen injection control
Mechanism (20) includes oxygen injection control mechanism pipeline body (201), oxygen injection control mechanism centre bore (202), oxygen
Injection control mechanism cylindricality gas enters pipeline clamping port (203), oxygen input tube road plug construction (204), oxygen note
Enter control mechanism air check valve (205), oxygen injection control mechanism bottom body groove structure (206), oxygen injection
Control mechanism top body groove structure (207), oxygen injection control mechanism plate valve body (208), oxygen injection control
Mechanism threaded rod (209), oxygen injection control mechanism helicitic texture (2010) and oxygen inject control mechanism force application board
(2011)。
6. a kind of division of respiratory disease oxygen humidification device according to claim 5, it is characterised in that: the oxygen injection control
The oxygen injection control mechanism cylindricality gas that is internally provided with of mechanism pipeline body (201) one end enters pipeline clamping port
(203), the oxygen injection control mechanism is provided with the other end of pipeline body (201) inputs with the oxygen of its integral structure
Pipeline plug construction (204), the oxygen inject control mechanism pipeline body (201) and oxygen input tube road plug construction
(204) oxygen injection control mechanism centre bore (202) for being internally provided with its both ends of the surface of connection, the oxygen injection control
Mechanism centre bore (202) is entering pipeline clamping port (203) one positioned at oxygen injection control mechanism cylindricality gas
Oxygen injection control mechanism is installed with air check valve (205) in the inside at end, and the oxygen injects control mechanism pipeline body
(201) inside is being provided with oxygen injection control machine with the bottom of centre bore (202) positioned at oxygen injection control mechanism
Structure is being located at the oxygen with bottom body groove structure (206), the inside of the oxygen injection control mechanism pipeline body (201)
Gas injects control mechanism and injects control mechanism top body groove structure with oxygen is provided at the top of centre bore (202)
(207), the oxygen injection control mechanism centre bore (202), oxygen inject control mechanism bottom body groove structure
(206) oxygen injection control mechanism is inserted with the inside of top body groove structure (207) and is used with oxygen injection control mechanism
Plate valve body (208), the oxygen injection control mechanism install an oxygen by bearing with the center at the top of plate valve body (208)
Control mechanism is injected with threaded rod (209), and the body of rod of oxygen injection control mechanism threaded rod (209) is through oxygen note
Enter control mechanism pipeline body (201), and oxygen injection control mechanism is being located at oxygen injection with threaded rod (209)
The one end in control mechanism pipeline body (201) external world is installed by one oxygen injection control mechanism force application board (2011), the oxygen
Injection control mechanism threaded rod (209) is passing through oxygen through the position of oxygen injection control mechanism pipeline body (201)
Gas injects control mechanism and is connected with helicitic texture (2010).
7. a kind of division of respiratory disease oxygen humidification device according to claim 6, it is characterised in that: the oxygen injection control
Mechanism with helicitic texture (2010) include setting in the internal internal thread structure of oxygen injection control mechanism pipeline body (201) and
It is arranged and injects external thread structure of the control mechanism on threaded rod (209) body of rod, and the internal thread structure and outer spiral shell in oxygen
Line structure is meshed.
8. a kind of division of respiratory disease oxygen humidification device according to claim 6, it is characterised in that: the oxygen injection control
The thickness of mechanism plate valve body (208) and oxygen injection control mechanism bottom body groove structure (206) and oxygen
The of same size of control mechanism top body groove structure (207) is injected, and the oxygen injects control mechanism plate valve
Diameter and oxygen the injection control mechanism that the height of body (208) is greater than oxygen injection control mechanism centre bore (202) are used
The height of the sum of bottom body groove structure (206) depth, the oxygen injection control mechanism plate valve body (208) is less than institute
State the diameter and oxygen injection control mechanism top body groove structure of oxygen injection control mechanism centre bore (202)
(207) the sum of depth.
9. a kind of division of respiratory disease oxygen humidification device according to claim 6, it is characterised in that: the oxygen injection control
The exhaust port of mechanism air check valve (205) enters pipeline clamping port towards oxygen injection control mechanism cylindricality gas
(203), and oxygen injection control mechanism enters pipeline clamping port (203) with cylindricality gas and is connected to the entrance of cylindricality gas
The bottom part of pipeline (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820653014.7U CN208741707U (en) | 2018-05-03 | 2018-05-03 | A kind of division of respiratory disease oxygen humidification device |
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| CN201820653014.7U CN208741707U (en) | 2018-05-03 | 2018-05-03 | A kind of division of respiratory disease oxygen humidification device |
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Effective date of registration: 20200604 Address after: 102208 1005, 1006, 1009, floor 10, building 3, yard 106, Kexing West Road, Changping District, Beijing Patentee after: Beijing Lingzhi Medical Equipment Co., Ltd Address before: 450000 23 group two, Zhai Xi Cun, Zhengzhou, Dengfeng, Henan Patentee before: Kong Zengqia |
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