CN209530010U - A kind of respiratory training device that can maintain gas concentration lwevel - Google Patents
A kind of respiratory training device that can maintain gas concentration lwevel Download PDFInfo
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- CN209530010U CN209530010U CN201821885094.5U CN201821885094U CN209530010U CN 209530010 U CN209530010 U CN 209530010U CN 201821885094 U CN201821885094 U CN 201821885094U CN 209530010 U CN209530010 U CN 209530010U
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- impedance
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- branch pipe
- carbon dioxide
- gas concentration
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Abstract
The utility model relates to a kind of respiratory training devices that can maintain gas concentration lwevel, including impedance unit, and are respectively connected with logical breathing unit and carbon dioxide supply unit with impedance unit both ends；The impedance unit includes impedance tube, and spring impedance part is arranged in impedance tube, and the both ends of the spring impedance part are equipped with baffle；The breathing unit includes the first unidirectional branch pipe that the first respiratory siphon and the first respiratory siphon are connected in parallel；The carbon dioxide supply unit includes the carbon dioxide branch pipe that the second respiratory siphon and the second respiratory siphon are connected in parallel, and the carbon dioxide branch pipe end is socketed with air bag, and the carbon dioxide branch pipe is also connected with the second unidirectional branch pipe.A kind of respiratory training device that can maintain gas concentration lwevel that the utility model obtains can effectively prevent causing gas concentration lwevel very few because of hyperpnea hyperventilation, so as to cause trainer's dizziness, and respiratory impedance training can be carried out simultaneously, facilitate trainer to use, effectively improves training effect.
Description
Technical field
The utility model relates to the field of medical instrument technology more particularly to a kind of breathing that can maintain gas concentration lwevel to instruct
Practice device.
Background technique
Respiratory training device is a kind of equipment for training or taking exercise lung function and respiration capability.It both can effectively be helped
The patient for helping breathing impaired improves the elasticity of lung, chest, maintains and increase the mobility of thorax, strengthens respiratory muscle, improves and exhale
The harmony etc. of suction, but can be used to help sportsman improve breathing, enhancing respiratory muscle endurance, improve the effciency of respiratory, delay fatigue,
It reduces blood lactate concentration, extend endurance level, and then improve sports achievement.The carbon dioxide generated in respiratory can pierce
Swash respiratory center, is to maintain an important factor for breathing, if the carbon dioxide in the sucking of big intensity respiratory training process is very few,
The driving force that breathing can be reduced causes trainer dizzy.Existing respiratory training device is not suitable for sportsman's because structure is single
Respiratory training, it is difficult to guarantee gas concentration lwevel in big intensity respiratory impedance training process, influence to train using effect.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of respiratory training that can maintain gas concentration lwevel and fills
It sets, which guarantees the concentration of carbon dioxide in training process, avoids big intensity respiratory training from causing dizziness, and can
Respiratory impedance training is carried out simultaneously, it is user-friendly, effectively improve training effect.
The technical solution adopted in the utility model is: a kind of respiratory training device that can maintain gas concentration lwevel is used for
The respiratory training of user, including impedance unit, and logical breathing unit and titanium dioxide are respectively connected with impedance unit both ends
Carbon feeds unit；
The impedance unit includes impedance tube, and spring impedance part, the spring impedance are horizontally disposed in the impedance tube
The both ends of part are respectively equipped with to close the baffle of impedance tube both ends nozzle；
The breathing unit includes the first respiratory siphon, and one end of first respiratory siphon is connected with blowing nozzle, the other end and
One end nozzle of impedance tube is connected, and further includes the first unidirectional branch pipe being connected in parallel with the first respiratory siphon, and described first is unidirectional
Branch pipe is connected with impedance tube, and the first check valve is arranged in the first unidirectional branch pipe；
The carbon dioxide supply unit includes the second respiratory siphon, the other end of second respiratory siphon one end and impedance tube
Nozzle is connected, and it further includes in parallel with the second respiratory siphon that the other end is communicated with the outside world to control the valve gear of airflow
The carbon dioxide branch pipe of connection, the carbon dioxide branch pipe end are socketed with air bag, are also connected on the carbon dioxide branch pipe
There is the second unidirectional branch pipe, the second unidirectional branch pipe is connected to impedance tube, second one-way valve is arranged in the second unidirectional branch pipe.
It is further limited as to above-mentioned technical proposal, the impedance unit is also connected with impedance adjustment unit, described
Impedance adjustment unit includes being separately connected with spring impedance part both ends, in the adjusting strut of arranged crosswise, in the adjusting strut
Adjustable plate is respectively set in end, and is inserted with adjusting screw respectively on the adjustable plate.
It is further limited as to above-mentioned technical proposal, first respiratory siphon is detachably connected with blowing nozzle.
It is further limited as to above-mentioned technical proposal, the respiratory training device is additionally provided with display unit, described aobvious
Show that unit includes differential flow sensor, display screen, controller and bluetooth module, the differential flow sensor setting
In the first respiratory siphon, the differential flow sensor, display screen, bluetooth module with controller Electricity Federation.
It is further limited as to above-mentioned technical proposal, the impedance adjusts and is enclosed with elastomeric grip outside strut, institute
It states adjusting screw to extend to outside elastomeric grip, the elastomeric grip and the impedance tube are socketed.
Using above-mentioned technology, utility model has the advantages that
A kind of respiratory training device that can maintain gas concentration lwevel described in the utility model, passes through the impedance list added
Member can effectively increase respiratory training resistance, improve training effect；And the setting of carbon dioxide supply unit, ensure respiratory training
Carbon dioxide in process concentration, avoids hyperventilation, causes gas concentration lwevel insufficient, causes user dizzy；In addition, can be same
Shi Jinhang exhalation impedance is trained to train with air-breathing impedance, and trainer is facilitated to use.
The design of impedance adjustment unit described in the utility model can adjust impedance according to different trained degree, increase breathing
Trained flexibility is suitable for the different demands of different crowd, expands use scope.
The design that first respiratory siphon described in the utility model and blowing nozzle are detachably connected facilitates the replacement of blowing nozzle and clear
It washes, improves the spatter property of device.
Display unit described in the utility model is added, and can intuitively show the flow value of exhalation and sucking, and can also be through indigo plant
Tooth module will test data transmission to communication equipment, computer etc., facilitate the training result of detection trainer, and be subsequent instruction
Practice intensity and valid data are provided.
The setting of elastomeric grip described in the utility model effectively improves device comforts of use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment.
In figure: 1- impedance tube；2- spring impedance part；3- baffle；The first respiratory siphon of 4-；The unidirectional branch pipe of 5- first；6- first
Check valve；The second respiratory siphon of 7-；8- valve gear；9- carbon dioxide branch pipe；10- air bag；The unidirectional branch pipe of 11- second；12- second is single
To valve；13- adjusts strut；14- adjustable plate；15- adjusting screw；The differential flow sensor of 16-；17- display screen；18- control
Device；19- bluetooth module；20- elastomeric grip.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the utility model is described in further detail.
As shown in Figure 1, a kind of respiratory training device that can maintain gas concentration lwevel includes impedance unit, and with resistance
Anti- unit both ends are respectively connected with logical breathing unit and carbon dioxide supply unit；
The impedance unit includes impedance tube 1, and spring impedance part 2, the spring resistance are horizontally disposed in the impedance tube 1
The both ends of anti-part 2 are respectively equipped with to close the baffle 3 of 1 both ends nozzle of impedance tube；
The breathing unit includes the first respiratory siphon 4, and one end of first respiratory siphon 4 is connected with blowing nozzle, the other end
It is connected with one end nozzle of impedance tube 1, further includes the first unidirectional branch pipe 5 being connected in parallel with the first respiratory siphon 4, described first
Unidirectional branch pipe 5 is connected with impedance tube 1, and the first check valve 6 is arranged in the first unidirectional branch pipe 5.Specifically, described first is unidirectional
It is connected at branch pipe 5 and 1 side wall of impedance tube, non-nozzle, side wall, the non-pipe that the first unidirectional branch pipe 5 is connected with impedance tube 1
Mouthful place is connected the ipsilateral of nozzle positioned at the first respiratory siphon 4 with impedance tube 1；
The carbon dioxide supply unit includes the second respiratory siphon 7, and described second respiratory siphon, 7 one end is another with impedance tube 1
One end nozzle is connected, and the other end is communicated with the outside world to control the valve gear 8 of airflow, further includes and the second respiratory siphon
The 7 carbon dioxide branch pipes 9 being connected in parallel, 9 end of carbon dioxide branch pipe is socketed with air bag 10, in the carbon dioxide branch pipe
The second unidirectional branch pipe 11 is also connected on 9, the second unidirectional branch pipe 11 is connected to impedance tube 1, in the second unidirectional branch pipe 11
Be arranged second one-way valve 12, specifically, the second unidirectional branch pipe 11 can be connected at the tube wall of impedance tube 1, non-nozzle, institute
It states and is located at the second respiratory siphon 7 at the tube wall, non-nozzle that the second unidirectional branch pipe 11 is connected with impedance tube 1 and is connected with impedance tube 1
Nozzle it is ipsilateral.
Further, the impedance unit is also connected with impedance adjustment unit, and the impedance adjustment unit includes and spring
2 both ends of impedance part are separately connected, in the adjusting strut 13 of arranged crosswise, in the 13 respectively arranged adjusting in end of adjusting strut
Plate 14, and adjusting screw 15 is inserted on the adjustable plate 14 respectively, suitable spring can be adjusted by rotating adjusting screw 15
Impedance improves trained flexibility and practicability.
In addition, first respiratory siphon 4 is detachably connected design with blowing nozzle, it is convenient for changing and cleans, improve device
Cleannes offer convenience to user.
Be additionally provided with display unit in the respiratory training device, the display unit include differential flow sensor 16,
The institute 4 in the first respiratory siphon is arranged in display screen 17, controller 18 and bluetooth module 19, the differential flow sensor 16
Differential flow sensor 16, display screen 17, bluetooth module 19 are stated with 18 Electricity Federation of controller, and differential flow sensor 16 examines
The data transmission of survey is sent into display screen 17 after the processing of controller 18 and is shown, can intuitively show exhalation and sucking to controller 18
Flow value, it is easy to use in addition, can also will test data transmission through bluetooth module 19 to communication equipment, computer etc., favorably
Checking and storing in training information.The display unit can be separate unit, be arranged outside respiratory training device, can also collect
At the top that the impedance tube 1 is set, facilitate trainer to check training effect.
Further, the impedance adjusts and is enclosed with elastomeric grip 20 outside strut, and the adjusting screw 15 extends to bullet
Property handle 20 outside, the elastomeric grip 20 is socketed with the impedance tube 1, is increased the comfort level of trainer, is facilitated trainer's tune
Save spring impedance.
In the valve gear 8, when the 7 internal pressure strong production over-voltage of the second respiratory siphon or negative pressure, valve gear 8 is opened, described
Valve gear 8 can be any valve for realizing the function, specifically can be breather valve.When air bag 10 is full of, the second respiratory siphon 7 is generated
Over-voltage, breather valve are opened, and residual gas is outwardly discharged；When air bag 10 empties, the second respiratory siphon 7 generates negative pressure, breather valve
It opens, ambient atmos enter in the second respiratory siphon 7.
A kind of respiratory training device that can maintain gas concentration lwevel of the utility model when in use, blow by user's alignment
Gas nozzle when carrying out exhaling trained, exhales and firmly blows the baffle 3 of 2 one end of spring impedance part setting open, and the gas of exhalation enters impedance
It in pipe 1, is entered in carbon dioxide branch pipe 9 by the second unidirectional branch pipe 11, is stored in air bag 10, once be full of, second is exhaled
Suction pipe 7 generates excess pressure, and valve gear 8 is opened, and residual gas is outwardly discharged.When and then carrying out air-breathing training, valve gear 8 is closed
Close, the gas in air bag 10 push open 2 other end of spring impedance part setting baffle 3, into impedance tube 1 in through the first unidirectional branch pipe
5 suck in user's body again, and when air bag 10 empties, the second respiratory siphon 7 generates negative pressure, and valve gear 8 is opened, in remaining air-breathing
In circulation, impedance is overcome to suck fresh air.Gas concentration lwevel is effectively ensured in the process of breath cycle training, prevents from excessively exhaling
It inhales, causes gas concentration lwevel insufficient, so as to cause trainer's dizziness.In addition, bullet can be adjusted by the rotation of adjusting screw 15
The hindrance function of spring, therefore the spring impedance part 5 to match, the usability of enhancement device are adjusted according to different training strength.
The foregoing is merely the preferred embodiment of the utility model, but the protection scope of the utility model is not limited to
This, anyone skilled in the art within the technical scope disclosed by the utility model, technology according to the present utility model
Design is subject to the resulting technical solution of equivalent substitution or change, should all be covered by the protection scope of the utility model.
Claims (5)
1. a kind of respiratory training device that can maintain gas concentration lwevel, it is characterised in that: including impedance unit, and and impedance
Unit both ends are respectively connected with logical breathing unit and carbon dioxide supply unit；
The impedance unit includes impedance tube, and spring impedance part is horizontally disposed in the impedance tube, the spring impedance part
Both ends are respectively equipped with to close the baffle of impedance tube both ends nozzle；
The breathing unit includes the first respiratory siphon, and one end of first respiratory siphon is connected with blowing nozzle, the other end and impedance
One end nozzle of pipe is connected, and further includes the first unidirectional branch pipe being connected in parallel with the first respiratory siphon, the first unidirectional branch pipe
It is connected with impedance tube, the first check valve is set in the first unidirectional branch pipe；
The carbon dioxide supply unit includes the second respiratory siphon, the other end nozzle of second respiratory siphon one end and impedance tube
It is connected, the other end is communicated with the outside world to control the valve gear of airflow；It further include being connected in parallel with the second respiratory siphon
Carbon dioxide branch pipe, the carbon dioxide branch pipe end is socketed with air bag, is also connected on the carbon dioxide branch pipe
Two unidirectional branch pipes, the second unidirectional branch pipe are connected to impedance tube, second one-way valve are arranged in the second unidirectional branch pipe.
2. the respiratory training device according to claim 1 that gas concentration lwevel can be maintained, it is characterised in that: the impedance
Unit is also connected with impedance adjustment unit, and the impedance adjustment unit includes being separately connected with spring impedance part both ends, in intersecting
The adjusting strut of arrangement is respectively set adjustable plate in the adjusting strut end, and is inserted with adjusting on the adjustable plate respectively
Screw.
3. the respiratory training device according to claim 1 that gas concentration lwevel can be maintained, it is characterised in that: described first
Respiratory siphon is detachably connected with blowing nozzle.
4. the respiratory training device according to claim 1 that gas concentration lwevel can be maintained, it is characterised in that: the breathing
Training device is additionally provided with display unit, and the display unit includes differential flow sensor, display screen, controller and bluetooth
Module, the differential flow sensor are arranged in the first respiratory siphon, the differential flow sensor, display screen, bluetooth
Module with controller Electricity Federation.
5. the respiratory training device according to claim 2 that gas concentration lwevel can be maintained, it is characterised in that: the impedance
Adjust strut outside be enclosed with elastomeric grip, the adjusting screw extends to outside elastomeric grip, the elastomeric grip with it is described
Impedance tube socket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821885094.5U CN209530010U (en) | 2018-11-15 | 2018-11-15 | A kind of respiratory training device that can maintain gas concentration lwevel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821885094.5U CN209530010U (en) | 2018-11-15 | 2018-11-15 | A kind of respiratory training device that can maintain gas concentration lwevel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209530010U true CN209530010U (en) | 2019-10-25 |
Family
ID=68248366
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821885094.5U Active CN209530010U (en) | 2018-11-15 | 2018-11-15 | A kind of respiratory training device that can maintain gas concentration lwevel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209530010U (en) |
-
2018
- 2018-11-15 CN CN201821885094.5U patent/CN209530010U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220815 Address after: 450000 No. 602, A2 East, Jufang Science Park, No. 179 Yangjin Road, Jinshui District, Zhengzhou City, Henan Province Patentee after: Henan zhiyikang Medical Technology Co.,Ltd. Address before: No. 46, Group 1, Bao Village, Xiangchenggu Town, Qiu County, Handan City, Hebei Province, 057450 Patentee before: Zhang Huaishun |
|
| TR01 | Transfer of patent right |