CN108420565A - A kind of CO suckings models Hypoxia bottle - Google Patents
A kind of CO suckings models Hypoxia bottle Download PDFInfo
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- CN108420565A CN108420565A CN201810149751.8A CN201810149751A CN108420565A CN 108420565 A CN108420565 A CN 108420565A CN 201810149751 A CN201810149751 A CN 201810149751A CN 108420565 A CN108420565 A CN 108420565A
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- bottle
- barrier support
- caisson
- cylinder
- hypoxia
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61D—VETERINARY INSTRUMENTS, IMPLEMENTS, TOOLS, OR METHODS
- A61D7/00—Devices or methods for introducing solid, liquid, or gaseous remedies or other materials into or onto the bodies of animals
- A61D7/04—Devices for anaesthetising animals by gases or vapours; Inhaling devices
Abstract
A kind of CO sucks models Hypoxia bottle, including housing parts and the anoxic bottle that is arranged in housing parts；Set bottle and bottom cylinder are interlocked up and down to enclose the experiment chamber of isolation outside air, and are loaded with the liquid for submerging set bottleneck in the cylinder of bottom；The bottom end of the ventilation and respiration channel that cover the bottom of bottle of bottle is connected with experiment chamber, and the top of ventilation and respiration channel is connected by energy converter with bio signal processing system.Limbers on barrier support is located at the liquid level line of the liquid hereinafter, the inner cavity of barrier support is connected to by the limbers with working chamber；The inner cavity of barrier support is connected to by the venthole on grid baffle with working chamber；The interior intracavitary of barrier support is equipped with caisson, and caisson is connected with draft gear；Anoxic bottle is placed on grid baffle, anoxic bottle includes mesh bottle, sealing cover and soda lime bottle；The bottom end of snorkel on sealing cover is connected to soda lime bottle, and the top of snorkel is connected with ventilation and respiration channel.
Description
Technical field
The present invention relates to a kind of CO to suck models Hypoxia bottle.
Background technology
Acute carbon monoxide poisoning is that China's morbidity and the most acute occupational poisoning of death toll and many countries draw
The most poisonous substance of lethal number during outer liveliness proof of conceiving a design is poisoned.The duplication and its rescue of CO poisoning models are carried out for medico,
The pathogenesis of students anthracemia, the emergency treatment of poisoning is set to judge that the clinical symptoms of anthracemia exist
Have great importance in actual life work.
T-shaped glass hollow pipe (the one of its glass tube generally wears using rubber stopper punching in higher medical universities and colleges at present
The fixed sacculus buffering injection CO in end causes anoxic bottle pressure, and another termination rubber tube is as the channel for injecting CO), 500ml wide-mouths
Bottle as CO sucking make model tool, experiment during can only use ocular estimate monitoring lip, ear, tail color change,
Can not its respiratory stimulant of accurate measurements and ventilatory capacity change, breathing fortune can not be traced automatically with System of organism signal
Moving curve；In an experiment often because closed sex chromosome mosaicism causes the model made not to be true to type or fail, also due to gas leakage causes the time long
Short difference is too many, influences experiment process and rescue effect.
Invention content
In order to overcome disadvantages described above, the present invention to provide a kind of CO suckings models Hypoxia bottle.
Technical proposal that the invention solves the above-mentioned problems is：
A kind of CO sucks models Hypoxia bottle, including housing parts and the anoxic bottle that is arranged in housing parts；
The housing parts include bottom cylinder, grid baffle and set bottle；Set bottle and bottom cylinder interlock outer to enclose isolation up and down
The experiment chamber of boundary's air, and it is loaded with the liquid for submerging set bottleneck in the cylinder of bottom, with the junction of fluid-tight set bottle and bottom cylinder；Cover bottle
Bottom of bottle be equipped with ventilation and respiration channel, ventilation and respiration channel bottom end with experiment chamber be connected, ventilate and
The top of respiration channel is connected by energy converter with bio signal processing system；The real-time pressure of energy converter acquisition experiment intracavitary
Force information, and real time pressure information is conveyed to System of organism signal, System of organism signal is according to reality
When pressure information generate anoxic animal respiratory movement curve；
It tests intracavitary and is equipped with cylindric barrier support, the bottom end of barrier support is fixed on the inner bottom surface of bottom cylinder, baffle
The top of holder is located on the liquid level line of the liquid；Limbers is provided on the side wall of barrier support, limbers is located at described
The liquid level line of liquid hereinafter, and the inner cavity of barrier support be connected to experiment chamber by the limbers；The top of barrier support is spread
Equipped with grid baffle, the inner cavity of barrier support is connected to by the venthole on grid baffle with experiment chamber；
The interior intracavitary of barrier support be equipped with for store CO and can to the interior intracavitary of barrier support release CO caisson；
The caisson is connected with driving caisson and discharges CO to the interior intracavitary of barrier support or stop the traction dress of release CO
It sets, caisson is furnished with gas injection channel, and draft gear and the entrance in the gas injection channel are respectively positioned on outside the cylinder of bottom；
It is placed with anoxic bottle on grid baffle, the anoxic bottle includes mesh bottle and sealing cover, sealing cover and mesh bottle spiral shell
Line connects spiral shell, and is equipped with and connect with the whorl of bottleneck of soda lime bottle soda lime bottle to be hung to the interior spiral shell being located in mesh bottle in sealing cover
Mouthful；Several grid holes being connected with mesh bottle inner cavity are offered on the body of soda lime bottle；Ventilation is additionally provided on sealing cover
The bottom end in hole, venthole is connected to soda lime bottle, and the top of venthole is connected with ventilation and respiration channel.
Further, the caisson is in the hollow hemispherical being located above gas injection channel outlet, the caisson
Inner cavity form air storing cavity for storing CO, Open Side Down and towards the outlet in gas injection channel for caisson, and gas storage fills
It sets and is rotatably arranged in holder；Opposite on the inner wall of holder to be equipped with a pair of radial shaft, the side of caisson is equipped with
A pair of of blind hole, caisson is folded between two radial shafts, and radial shaft is inserted into the blind hole；The draft gear packet
The seal pipe that can be pushed away the hard drag-line that can be drawn and be set in outside drag-line is included, seal pipe is airtight to be run through bottom cylinder, barrier support and be located at
The interior intracavitary of barrier support；The inner end of drag-line is connected through the seal pipe and with the outer surface of caisson, to drive gas storage
The outer end that device rotates the drag-line exposes to pedestal.
Further, the inner wall for covering bottle is equipped with the sinking contradicted on the top surface of grid baffle with restriction set bottle in the cylinder of bottom
The snap ring of depth.
Further, the drag-line is wire digging line.
Further, the outlet in gas injection channel is located at the interior intracavitary of barrier support, and the outlet in gas injection channel is fixed on gas storage
The underface of device opening, with the gas injection into air storing cavity；The entrance in gas injection channel is through bottom cylinder and exposes to bottom cylinder, and gas injection is logical
Road is equipped with switch.
Further, cylindrical shape of the bottom cylinder in opening more than cylinder bottom.
Further, the liquid is water.
Further, the inner surface of sealing cover is equipped with the interior screw socket with the external screw thread bolt on mesh bottle bottleneck.
Beneficial effects of the present invention are mainly manifested in：
1, the present invention uses water as the tool of isolating oxygen bottleneck, has the characteristics that convenient, simple, airtight performance is good and exists
It is promoted and applied in student experimenting, realizes that the normal of respiratory movement curve is traced using air-liquid linkage principle.The present invention is added pre-
The anoxic bottle of adaptability both can avoid a wide range of aggravating activities of animal, and eliminating just to be packed into anoxic bottle and begin to test leads to animal
Anxiety influences the defect of respiratory movement curve normally traced.
2, caisson of the invention setting first passes through gas injection channel injection experiments gas in water, before experiment, avoids reality
Gas is directly injected into when testing causes anaerobic environment internal pressure change dramatically to be more than the normal measurement range of high quick energy converter, causes to gas
Period is unable to measure the problem of respiratory movement curve.
3, the present invention uses the anoxic bottle with reticulated cell, and it is independent that experimental animal is put into the anoxic bottle with reticulated cell before experiment
It is put into after adaptation in anoxic experimental system setup, interference of the nervous excited caused fluctuation of animal to experiment, same time limit can be reduced
The excessive activity space for braking object, conducive to respiratory curve is automatically recorded.
Description of the drawings
Fig. 1 is the Structure explosion diagram one of housing parts；
Fig. 2 is the Structure explosion diagram two of housing parts；
Fig. 3 is the structural schematic diagram of bottom cylinder；
Fig. 4 is the structural schematic diagram of grid；
Fig. 5 is the structural schematic diagram for covering bottle；
Fig. 6 is the Structure explosion diagram one of anoxic bottle；
Fig. 7 is the Structure explosion diagram two of anoxic bottle；
Fig. 8 is the Structure explosion diagram three of housing parts；
Fig. 9 is assembling schematic diagram of the present invention；
Figure 10 is the cooperation schematic diagram of caisson and the outlet in gas injection channel.
01. bottom cylinder, 02. grid baffle, 03. set of bottle, 04. ventilation and respiration channel, 05. wire digging line, 06. gas storage
Device, 07. barrier support, 08. gas injection channel, 09. snap ring, 10. sets of bottle level-one holes, 11. sets of bottle two level holes, 12. mesh
Bottle, 13. soda lime bottles, 14. sealing covers, 15. gaskets.
Specific implementation mode
With reference to attached drawing, a kind of CO suckings models Hypoxia bottle, including housing parts are lacked with what is be arranged in housing parts
Oxygen bottle；
The housing parts include bottom cylinder 01, grid baffle 02 and set bottle 03；Set bottle 03 and about 01 bottom cylinder interlock to enclose
Synthesis isolation outside air experiment chamber, and bottom cylinder 01 in be loaded with submerge set 03 mouthful of bottle liquid, with fluid-tight set bottle 03 with
The junction of bottom cylinder 01；The bottom of bottle for covering bottle 03 is equipped with ventilation and respiration channel 04, ventilation and respiration channel 04
Bottom end is connected with experiment chamber, and the top of ventilation and respiration channel 04 passes through energy converter and bio signal processing system phase
Even；The real time pressure information of energy converter acquisition experiment intracavitary, and real time pressure information is conveyed to biochips diagnosis system
System, System of organism signal generate the respiratory movement curve of anoxic animal according to real time pressure information.The breathing fortune
The horizontal axis of moving curve is the time, and unit is point or the second；The longitudinal axis is the real-time pressure for testing intracavitary, and unit is cmH2O columns.Pass through
The respiratory movement curve can also obtain the respiratory rate and amplitude information of anoxic animal.
Set bottle 03 tips upside down in bottom cylinder 01, and covers 03 mouthful of bottle and be clamped on 01 inner wall of cylinder of bottom, and the inner cavity of set bottle 03 passes through set
The inner cavity air tight communication of bottleneck and bottom cylinder 01.
It tests intracavitary and is equipped with cylindric barrier support 07, the bottom end of barrier support 07 is fixed on the inner bottom surface of bottom cylinder 01
On, the top of barrier support 07 is located on the liquid level line of the liquid；Limbers, water flowing are provided on the side wall of barrier support 07
Hole be located at the liquid level line of the liquid hereinafter, and barrier support 07 inner cavity by the limbers with experiment chamber be connected to；Baffle
The top of holder 07 is equipped with grid baffle 02, and the inner cavity of barrier support 07 passes through the venthole and experiment chamber on grid baffle 02
Connection；And the interior intracavitary of barrier support 07 be equipped with for store CO and can to the interior intracavitary of barrier support release CO caisson
06；The caisson 06 is connected with driving caisson 06 and discharges CO to the interior intracavitary of barrier support or stop release CO's
Draft gear 05, caisson 06 is furnished with gas injection channel 08, and draft gear 05 and the entrance in the gas injection channel 08 are respectively positioned on
Outside bottom cylinder 01, in order to operate；
Be placed with anoxic bottle on grid baffle 02, the anoxic bottle includes mesh bottle 12 and sealing cover 14, sealing cover 14 with
12 screw thread of mesh bottle connects spiral shell, and is equipped with to connect with the whorl of bottleneck of soda lime bottle 13 in sealing cover 14 and be set with hanging soda lime bottle 13
Interior screw socket in mesh bottle 12；Several grids being connected with 12 inner cavity of mesh bottle are offered on the body of soda lime bottle 13
Hole；Venthole is additionally provided on sealing cover 14, the bottom end of venthole is connected to soda lime bottle 13, the top of venthole and ventilation and is exhaled
Measurement channel 04 is inhaled to be connected；
The caisson is in the hollow hemispherical for being located at the outlet of gas injection channel 08 top, the inner cavity of the caisson
Form air storing cavity for storing CO, Open Side Down and towards the outlet in gas injection channel 08 for caisson, and caisson can
It is rotatably arranged in holder 07；Opposite on the inner wall of holder 07 to be equipped with a pair of radial shaft, the side of caisson is equipped with
A pair of of blind hole, caisson is folded between two radial shafts, and radial shaft is inserted into the blind hole；The draft gear packet
The seal pipe that can be pushed away the hard drag-line that can be drawn and be set in outside drag-line is included, seal pipe is airtight to run through bottom cylinder 01, barrier support 07 simultaneously
Positioned at the interior intracavitary of barrier support 07；The inner end of drag-line is connected through the seal pipe and with the outer surface of caisson, to drive
(when Open Side Down for caisson, caisson can be used for gas storage, be opened when caisson turns to it for dynamic caisson rotation
When mouth is upward, the CO in caisson is discharged to the interior intracavitary of barrier support), the outer end of the drag-line exposes to pedestal.
Under the inner wall of set bottle 03 limits set bottle 03 in bottom tin 01 equipped with conflict on the top surface of grid baffle 02
The snap ring of heavy depth.The set bottle 03 includes the set bottle level-one hole 10 positioned at bottom of bottle one end and the second hole positioned at bottleneck one end
Hole 11 is equipped with the snap ring between level-one hole 10 and two level hole 11.
The drag-line is wire digging line.
The outlet in gas injection channel 08 is located at the interior intracavitary of barrier support 07, and the outlet in gas injection channel 08 is fixed on gas storage dress
The underface for setting opening, with the gas injection into air storing cavity；The entrance in gas injection channel 08 is through bottom cylinder 01 and exposes to bottom cylinder 01, and notes
Gas channel 08 is equipped with switch.The CO injected from gas injection channel 08, it is direct by the opening of caisson under the buoyancy of water
Into in air storing cavity.
Cylindrical shape of the bottom cylinder 01 in opening more than cylinder bottom.
The liquid is water.
The inner surface of sealing cover 14 is equipped with the interior screw socket being spirally connected with mesh bottle 12, and interior screw socket is furnished with gasket.
Bottom 01 high 10.5cm of cylinder, average diameter is about 8.5cm, presents the narrow shaped hollow round table in wide middle and lower part, and cylinder bottom is straight
The bottom big 0.5cm of cylinder diameter of diameter ratio 1cm eminences.Since 1cm eminences, upward diameter gradually increases, to opening for 10.5cm eminences
At mouthful, the bottom big 0.5cm of 01 diameter of cylinder of the opening diameter ratio 1cm eminences of bottom cylinder 01.
It is in hollow cylindrical to have the barrier support 07 being connected directly with bottom 01 bottom of cylinder, barrier support 07 in bottom cylinder 01.Gear
The medium position of board mount 07 has several circular limbers, and 07 top of barrier support and the spacing of bottom 01 inner wall of cylinder are 1cm, are kept off
07 high 6.5cm of board mount, 07 inside of barrier support are connected to equipped with caisson and wire digging line outside bottom cylinder 01.Caisson
06 bottom is connected with gas injection channel 08.Grid baffle 02 is in hollow cylindrical structure, and 02 internal diameter of grid baffle compares barrier support
The big 0.3cm of 07 outer diameter, 02 outer diameter of grid baffle are smaller 0.7cm than bottom 01 internal diameter of cylinder, and 02 top surface of grid baffle is laid with netted hole
Venthole；It is in dipolar configuration to cover 03 inner diameter size of bottle, and opening internal diameter is maximum.
Set bottle 03 tips upside down in bottom cylinder 01, and when set 03 outer diameter of bottle is identical as bottom 01 internal diameter of cylinder, set bottle 03 is fixed, no longer left
The right side moves up and down, and grid baffle 02 just into set bottle level-one hole 10 top, and withstand set bottle 03 snap ring, it is ensured that set
Bottle 03 no longer slides down, makes being consistent property of anaerobic environment capacity.03 mouthful of bottle of set gos deep into 2cm or so in water at this time, can be thorough
Isolation is communicated with ambient atmosphere, while water has the function of buffering anaerobic environment internal pressure.When 03 mouthful of moment entered in water of set bottle
Start, set 03 internal pressure of bottle start to increase, at this moment by ventilation and 04 discharge part gas of respiration channel hole outside, water passes through gear
Limbers outflow on board mount 07.Being blocked since set bottle 03, the gas and barrier support of ventilation and respiration channel 04
Stream (being flowed in barrier support 07 from experiment chamber) keeps anoxic bottle internal pressure identical as the external world in limbers on 07, chest when mouse breathing
Wide expansion and contraction cause the pressure oscillation in oxygen consumption device, and being transformed into electric signal by high quick energy converter is transmitted to bio signal
Acquisition processing system traces out respiratory movement curve, and the partial oxidation of consumption can be buffered by the interior stream of water.
Pressure that can be very in accurate measurements oxygen consumption device by respiratory movement curve, respiratory rate and amplitude, are realized
The automatic monitoring of anoxic experiment mice respiratory rate, amplitude and pressure；It can be more acurrate by the real-time observation of respiratory movement curve
Rescue window is grasped, the success rate of experiment is improved.
The present invention use step be：
1) it is put into soda lime in 13 bottles of soda lime bottle, is put into toy in mesh bottle 12, and by sealing cover and soda lime bottle
13 be spirally connected after be spirally connected with mesh bottle 12；
2) 120ml water is added into bottom cylinder 01, CO is injected by gas injection channel 08 and is stored in the hemisphere of caisson 06
In the cavity of shape shape, and close the switch on gas injection channel 08；Grid baffle 02 is put on barrier support 07, then will be equipped with
The anoxic bottle of toy (individually adapting to 10 minutes) is placed on grid baffle 02, then covers set bottle 03.And cover the logical of bottle 03
Gas and respiration channel 04 connect with energy converter, and energy converter is connected i.e. recordable with the input channel of bio signal processing system
Normal breathing movements curve.
Even if 3) pull the CO in wire digging line drag-line caisson 06 to be released into anoxic bottle, the breathing recorded at this time is transported
Respiratory curve when moving curve is CO suckings.
Compared with old device, the present invention has following advantage：
Toy activity space in 500ml wide-mouth bottles is too big, can cause up and down for real-time recording respiration curve movement
Fluctuation is too big, the caused interference wave of aggravating activities is too many, makes the respiratory movement curve of record that can not really reflect respiratory stimulant shape
State is also unable to measure data；Animal is fitted into anoxic bottle before present invention use experiment and is adapted in advance, avoids loading animal i.e. straight
It connects and starts to test, interference of the nervous excited caused fluctuation of animal to experiment can be reduced, while the excessive activity for limiting animal is empty
Between, conducive to respiratory curve is automatically recorded.
The present invention uses hydrolock anoxic bottle, solves the problems, such as frequent gas leakage during anoxic, water is at the same time as pressure
The buffer of power avoids the acutely fluctuation up and down of anaerobic environment internal pressure.It can more constant record nitrite poisoning, CO poisoning anoxics
The respiratory curve of mouse solves hypoxic hypoxia and the excitatoty comparison problem of hemic hypoxia mouse breathing.
Caisson is arranged in water, first injection experiments gas before testing, and avoiding being directly injected into gas when experiment causes to lack
Oxygen environment internal pressure change dramatically is more than the normal measurement range of high quick energy converter, is caused bent to respiratory movement is unable to measure during gas
The problem of line.
Pressure that can be very in accurate measurements oxygen consumption device by respiratory movement curve, respiratory rate and amplitude, are realized
The automatic monitoring of anoxic experiment mice respiratory rate, amplitude and pressure；It can be more acurrate by the real-time observation of respiratory movement curve
Rescue window is grasped, the success rate of experiment is improved.
Content described in this specification embodiment is only enumerating to the way of realization of inventive concept, protection of the invention
Range is not construed as being only limitted to the concrete form that embodiment is stated, protection scope of the present invention also includes art technology
Personnel according to present inventive concept it is conceivable that equivalent technologies mean.
Claims (8)
1. a kind of CO sucks models Hypoxia bottle, it is characterised in that：Including housing parts and it is arranged in housing parts scarce
Oxygen bottle；
The housing parts include bottom cylinder, grid baffle and set bottle；Set bottle and bottom cylinder interlock extraneous empty to enclose isolation up and down
The experiment chamber of gas, and it is loaded with the liquid for submerging set bottleneck in the cylinder of bottom, with the junction of fluid-tight set bottle and bottom cylinder；Cover the bottle of bottle
Bottom is equipped with ventilation and respiration channel, ventilates and the bottom end of respiration channel is connected with experiment chamber, ventilate and breathe
The top for measuring channel is connected by energy converter with bio signal processing system；The real-time pressure letter of energy converter acquisition experiment intracavitary
Breath, and real time pressure information is conveyed to System of organism signal, System of organism signal is according to real-time pressure
Force information generates the respiratory movement curve of anoxic animal；
It tests intracavitary and is equipped with cylindric barrier support, the bottom end of barrier support is fixed on the inner bottom surface of bottom cylinder, barrier support
Top be located on the liquid level line of the liquid；Limbers is provided on the side wall of barrier support, limbers is located at the liquid
Liquid level line hereinafter, and barrier support inner cavity by the limbers with experiment chamber be connected to；The top of barrier support is equipped with
The inner cavity of grid baffle, barrier support is connected to by the venthole on grid baffle with experiment chamber；
The interior intracavitary of barrier support be equipped with for store CO and can to the interior intracavitary of barrier support release CO caisson；It is described
Caisson is connected with driving caisson and discharges CO to the interior intracavitary of barrier support or stop the draft gear of release CO, storage
Device of air is furnished with gas injection channel, and draft gear and the entrance in the gas injection channel are respectively positioned on outside the cylinder of bottom；
Anoxic bottle is placed on grid baffle, the anoxic bottle includes mesh bottle and sealing cover, and sealing cover connects with mesh bottle screw thread
Spiral shell, and be equipped with and connect with the whorl of bottleneck of soda lime bottle soda lime bottle to be hung to the interior screw socket being located in mesh bottle in sealing cover；
Several grid holes being connected with mesh bottle inner cavity are offered on the body of soda lime bottle；Venthole is additionally provided on sealing cover,
The bottom end of venthole is connected to soda lime bottle, and the top of venthole is connected with ventilation and respiration channel.
2. a kind of CO as described in claim 1 sucks models Hypoxia bottle, it is characterised in that：The caisson is in be provide with
Hollow hemispherical above gas injection channel outlet, the inner cavity of the caisson form the air storing cavity for storing CO, gas storage
Open Side Down and towards the outlet in gas injection channel for device, and caisson is rotatably arranged in holder；The inner wall of holder
Upper opposite equipped with a pair of radial shaft, the side of caisson is equipped with a pair of of blind hole, and caisson is folded in two radial direction shafts
Between, and radial shaft is inserted into the blind hole；The draft gear includes that can push away the hard drag-line that can be drawn and be set in drag-line
Outer seal pipe, seal pipe are airtight through bottom cylinder, barrier support and the interior intracavitary for being located at barrier support；Institute is run through in the inner end of drag-line
It states seal pipe and is connected with the outer surface of caisson, pedestal is exposed to the outer end for driving caisson to rotate the drag-line.
3. a kind of CO as claimed in claim 2 sucks models Hypoxia bottle, it is characterised in that：The inner wall of set bottle, which is equipped with, to be supported
It touches on the top surface of grid baffle to limit the snap ring of submergence depth of the set bottle in the cylinder of bottom.
4. a kind of CO as claimed in claim 3 sucks models Hypoxia bottle, it is characterised in that：The drag-line draws for steel wire
Rope.
5. a kind of CO as claimed in claim 4 sucks models Hypoxia bottle, it is characterised in that：The outlet in gas injection channel is located at
The interior intracavitary of barrier support, and the outlet in gas injection channel is fixed on the underface of caisson opening, with the gas injection into air storing cavity；
The entrance in gas injection channel is through bottom cylinder and exposes to bottom cylinder, and gas injection channel is equipped with switch.
6. a kind of CO as claimed in claim 5 sucks models Hypoxia bottle, it is characterised in that：The bottom cylinder is more than in opening
The cylindrical shape at cylinder bottom.
7. a kind of CO as claimed in claim 6 sucks models Hypoxia bottle, it is characterised in that：The liquid is water.
8. a kind of CO as claimed in claim 7 sucks models Hypoxia bottle, it is characterised in that：It is set on the inner surface of sealing cover
There is the interior screw socket with the external screw thread bolt on mesh bottle bottleneck.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810149751.8A CN108420565B (en) | 2018-02-13 | 2018-02-13 | A kind of CO sucking models Hypoxia bottle |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810149751.8A CN108420565B (en) | 2018-02-13 | 2018-02-13 | A kind of CO sucking models Hypoxia bottle |
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| Publication Number | Publication Date |
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| CN108420565A true CN108420565A (en) | 2018-08-21 |
| CN108420565B CN108420565B (en) | 2019-08-23 |
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| CN201810149751.8A Active CN108420565B (en) | 2018-02-13 | 2018-02-13 | A kind of CO sucking models Hypoxia bottle |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103340629A (en) * | 2013-05-29 | 2013-10-09 | 浙江大学 | Method for dynamically determining breathing oxygen consumption and hypoxia device for same |
| CN104116573A (en) * | 2014-08-06 | 2014-10-29 | 南通大学 | Up-and-down type filtered CO poisoning device |
| CN204032033U (en) * | 2014-08-15 | 2014-12-24 | 赵小祺 | A kind of medical experiment anoxia in mice bottle system |
| CN104586533A (en) * | 2014-08-01 | 2015-05-06 | 南通大学 | Filtered internal and external type carbon monoxide poisoning device being simple and easy in experiment operation |
-
2018
- 2018-02-13 CN CN201810149751.8A patent/CN108420565B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103340629A (en) * | 2013-05-29 | 2013-10-09 | 浙江大学 | Method for dynamically determining breathing oxygen consumption and hypoxia device for same |
| CN104586533A (en) * | 2014-08-01 | 2015-05-06 | 南通大学 | Filtered internal and external type carbon monoxide poisoning device being simple and easy in experiment operation |
| CN104116573A (en) * | 2014-08-06 | 2014-10-29 | 南通大学 | Up-and-down type filtered CO poisoning device |
| CN104873295A (en) * | 2014-08-06 | 2015-09-02 | 南通大学 | Vertical type filtered carbon monoxide poisoning device capable of significantly improving working efficiency |
| CN204032033U (en) * | 2014-08-15 | 2014-12-24 | 赵小祺 | A kind of medical experiment anoxia in mice bottle system |
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| CN108420565B (en) | 2019-08-23 |
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