CN207253663U - A kind of respiration training - Google Patents
A kind of respiration training Download PDFInfo
- Publication number
- CN207253663U CN207253663U CN201721036239.XU CN201721036239U CN207253663U CN 207253663 U CN207253663 U CN 207253663U CN 201721036239 U CN201721036239 U CN 201721036239U CN 207253663 U CN207253663 U CN 207253663U
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- China
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- cover board
- respiratory siphon
- air inlet
- inlet pipe
- valve
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Abstract
The utility model is specifically related to a kind of respiration training, it is therefore an objective to provides a kind of respiration training easy to use.The respiration training includes housing, respiratory siphon, air inlet pipe, air outlet pipe, hand grip, electronic console；In one end grafting respiratory siphon of housing, the front end of respiratory siphon, which is equipped with, leads sputum device, the middle part Cat-in resisting force adjuster of respiratory siphon, the front end of the other end grafting air inlet pipe of housing, the middle part unicom air outlet pipe of air inlet pipe, air outlet pipe unicom outgassing nonreturn valve, the afterbody unicom oxygen supplying tube of air inlet pipe；User can carry out air blowing activity by the silica gel pneumostome of the front end of respiratory siphon, easy to use；Dragulator adjusts air blowing dynamics, and order, which is blown, tempers more science.
Description
Technical field
Medical instruments field is the utility model is related to, more particularly to a kind of respiration training.
Background technology
At present, for pulmonary disease (such as pulmonary emphysema, chronic obstructive pulmonary disease) or being the user of pulmonary surgery, frequently with
Respiration training carries out the recovery training of respiration capability to it., can also be by using exhaling in addition, for the people of health
Inhale training aids and improve lung capacity, improve the health status of body.
The operation principle of existing respiration training is：Corrugated hose is set in respiration training, and is set in pipeline
Inlet end and outlet side are put, inlet end and outlet side separately control the gas of air-breathing and exhalation process by devices such as valves
Flow away to such as a kind of Simple respiratory training device for being used to treat atelectasis that notification number provides for CN2899866Y, including breathing
Pipe, balloon, set inlet end and outlet side inside respiratory siphon, and set intake valve and gas bleeder valve respectively on it, in use,
To breathing treacheal gas insufflation, intake valve open, gas bleeder valve close, gas enter balloon in, when need to blow afloat again practiced when,
Manual unlocking gas bleeder valve discharges gas.The device is convenient for carrying, and be can effectively avoid user's mouth and directly contacted with balloon, is done
Net health, but for respiratory training, there are the following problems：
First, which collects gas when carrying out respiratory training by balloon, the resistance very little and not caused by expiration
Become, therefore the user with atelectasis can only be directed to and practiced, for health or be in pulmonary disease rehabilitation instruction
For the user for practicing the stage, it is impossible to training is adjusted to the resistance of expiration according to self-condition, is also just unable to reach raising
Strengthen the effect of respiration capability.
Second, which needs manual unlocking gas bleeder valve in bleeding process, with this discharge after gas could again into
Row respiratory training, it is comparatively laborious.
Therefore, how to provide one kind to be convenient for carrying, respiration training easy to operate, can be according to the healthy shape of user
Condition and training requirement, are adjusted expiratory resistance, temper lung flesh to reach, strengthen the effect of respiration capability, be this area institute
The technical problem that need to be solved.
The content of the invention
In view of the above-mentioned problems, the utility model aim be to provide it is a kind of it is easy to use, can realize intake and exhaust automatically
A kind of respiration training.
For achieving the above object, technical solution is used by the utility model：A kind of respiration training, it is described
Respiration training includes housing, one end grafting respiratory siphon on housing, in the front end of the other end grafting air inlet pipe of housing；Into
The middle lower surface connection air outlet pipe of tracheae, the rear end connection oxygen supplying tube of air inlet pipe, the rear end connection oxygen tank of oxygen supplying tube；
Low-frequency vibration transmitter unit is fixed with the front inner surface of respiratory siphon, low-frequency vibration transmitter unit connects with storage battery
Connect, low-frequency vibration transmitter unit face is sleeved on the silica gel pneumostome of respiratory siphon front end, and low-frequency vibration transmitter unit leads to controller
Letter connection；Phlegm outlet port is vertically equipped with the front inner surface of respiratory siphon, phlegm outlet port is connected by screw thread with phlegm storage jar；
The front end upper surface of the air inlet pipe sets horizontal rotation axis, and rotation axis is vertically arranged relative to air inlet pipe；
The lateral surface of rotation axis is connected with electronic console, electronic console connection controller, controller connection supply unit；In air inlet
The front end upper inner surface of pipe is fixed with air flow direction sensor, and air velocity sensing is fixed with the front end lower inner surface of air inlet pipe
Device, the air flow direction sensor, air flow rate sensor are all communicated to connect with controller；The rear end of air inlet pipe be equipped with into
Gas check valve, breather check valve connection oxygen supplying tube；
The inside of the oxygen supplying tube sets gradually filter screen, activated carbon fiber layers along its axis direction, METAL HEATING PROCESS net,
Temperature sensor, humidity sensor, oxygen valve, oxygen tank；Steam pipe one end insertion oxygen supplying tube middle part, steam pipe it is another
End connection steam valve, the top of steam valve are connected with vapor can, and steam pipe insertion supports the lateral surface of tube portion to set multiple circles
Hole；The temperature sensor, humidity sensor, steam valve, oxygen valve are all communicated to connect with controller；
The lower inner surface of the air outlet pipe is equipped with lambda sensor, the lower end connection outgassing nonreturn valve of air outlet pipe, outlet
The lower end of check valve and atmosphere.
Preferably, the lower surface of the housing sets long circular ring shape hand grip.
Preferably, main dragulator, secondary dragulator are inserted into the middle part of the respiratory siphon；Main dragulator bag
Mutually be stacked together the first rounded cover board, the second cover board are included, first cover board, the second cover board are located at respiratory siphon
It is vertically arranged inside pipeline and with the axis of respiratory siphon；The disc of second cover board is divided into three sectors, each sector region
The circular hole of varying number is inside dispersed with, the disc of first cover board sets sector notch, the size of sector notch and the second lid
The sector region area of plate is identical, and the lateral surface of first cover board and one end of release handle connect, and the other end of release handle is stretched
Go out on respiratory siphon side wall the straight slot opened up；Secondary dragulator is by the 3rd rounded cover board, the 4th of being mutually stacked together
Cover board is formed, and the 3rd cover board, the 4th cover board are located inside the pipeline of respiratory siphon and are vertically arranged with the axis of respiratory siphon；
The center of 3rd cover board sets a circular through hole, and the 4th cover board sets an eccentric crescent through hole, the 4th cover board
Lateral surface be connected with one end of another release handle, the other end of another release handle stretch out on respiratory siphon side wall open up it is logical
Groove.
The utility model has the advantages that：Breather check valve is set in air inlet pipe, outlet list is set in air outlet pipe
To valve, therefore user sucks gas in air-breathing by air inlet pipe breather check valve and through respiratory siphon, through respiratory siphon during expiration
And by the outgassing nonreturn valve exhaled gas in air outlet pipe, it can be achieved that auto-admission and exhaust, convenient for users to being exhaled according to itself
Energy-absorbing power and training needs are adjusted so that and the respiration capability of user constantly strengthens, and since the front end of respiratory siphon is set
There is low-frequency vibration transmitter unit, user can launch low frequency wave when exhaling, and low frequency wave can vibrate accumulates in belly bottom for a long time
The mucus of layer, thus user can expectoration accumulate in the mucus of belly bottom for a long time；Avoided with reeded silica gel pneumostome
Oral cavity and tube body directly contact, convenient and healthy and be easy to be engaged.
Brief description of the drawings
Fig. 1 is respiration training schematic diagram；
Fig. 2 is main dragulator schematic diagram；
Fig. 3 is secondary dragulator schematic diagram；
Fig. 4 is oxygen supplying tube sectional view；
Fig. 5 is respiration training circuit control schematic diagram.
Embodiment
A kind of respiration training as Figure 1-Figure 5, the respiration training includes housing 19, on housing 19
One end grafting respiratory siphon 3, in the front end of the other end grafting air inlet pipe 8 of housing 19；The middle lower surface connection outlet of air inlet pipe 8
Pipe 9, the rear end connection oxygen supplying tube 35 of air inlet pipe 8, the rear end connection oxygen tank 29 of oxygen supplying tube 35；
Main dragulator 2, secondary dragulator 20 are inserted into the middle part of the respiratory siphon 3；Main dragulator 2 includes
Mutually be stacked together the first rounded cover board 16, the second cover board 15, and first cover board 16, the second cover board 15, which are located at, exhales
It is vertically arranged inside the pipeline of suction pipe 3 and with the axis of respiratory siphon 3；The disc of second cover board 15 is divided into three sectors, often
The circular hole of varying number is dispersed with a sector region, the disc of first cover board 16 sets sector notch, sector notch
Size is identical with the sector region area of the second cover board 15, and the lateral surface of first cover board 16 and one end of release handle connect,
The other end of release handle stretches out on 3 side wall of respiratory siphon the straight slot opened up；Secondary dragulator 20 is to be in by being mutually stacked together
Circular 3rd cover board 34, the 4th cover board 33 are formed, and the 3rd cover board 34, the 4th cover board 33 are located at the pipeline of respiratory siphon 3
It is internal and be vertically arranged with the axis of respiratory siphon 3；The center of 3rd cover board 34 sets a circular through hole, the 4th cover board 33
One eccentric crescent through hole is set, and the lateral surface of the 4th cover board 33 is connected with one end of another release handle, another tune
The other end of section handle stretches out on 3 side wall of respiratory siphon the straight slot opened up；Low-frequency vibration hair is fixed with the front inner surface of respiratory siphon 3
Unit 21 is penetrated, low-frequency vibration transmitter unit 21 is connected with storage battery 22, before 21 face of low-frequency vibration transmitter unit is sleeved on respiratory siphon 3
The silica gel pneumostome 1 at end, low-frequency vibration transmitter unit 21 are communicated to connect with controller 6；It is perpendicular on the front inner surface edge of respiratory siphon 3
Nogata is connected to equipped with phlegm outlet port 24, phlegm outlet port 24 by screw thread with phlegm storage jar 23；
The front end upper surface of the air inlet pipe 8 sets horizontal rotation axis 4, and rotation axis 4 is vertically set relative to air inlet pipe 8
Put；The lateral surface of rotation axis 4 is connected with electronic console 18, and electronic console 18 connects controller 6, and controller 6 connects power supply
Device 5；Air flow direction sensor 7 is fixed with the front end upper inner surface of air inlet pipe 8, is consolidated in the front end lower inner surface of air inlet pipe 8
Surely have an air flow rate sensor 17, the air flow direction sensor 7, air flow rate sensor 17 all with 6 communication link of controller
Connect；Breather check valve 14 is equipped with the rear end of air inlet pipe 8, breather check valve 14 connects oxygen supplying tube 35；
The inside of the oxygen supplying tube 35 sets gradually filter screen 13, activated carbon fiber layers 12, metal along its axis direction
Heating net 25, temperature sensor 26, humidity sensor 28, oxygen valve 36, oxygen tank 29；One end insertion oxygen supplying tube of steam pipe 27
35 middle part, the other end connection steam valve 30 of steam pipe 27, the top of steam valve 30 are connected with vapor can 31, and steam pipe 27 is inserted
Enter to support the lateral surface of 35 part of pipe that multiple circular holes are set；The temperature sensor 26, humidity sensor 28, steam valve 30,
Oxygen valve 36 is all communicated to connect with controller 6；
The lower inner surface of the air outlet pipe 9 is equipped with lambda sensor 32, the lower end connection outgassing nonreturn valve of air outlet pipe 9
11, the lower end of outgassing nonreturn valve 11 and atmosphere；
Preferably embodiment is：The lower surface of the housing 19 sets long circular ring shape hand grip 10；
The application method of the respiration training is：In use, open the supply unit 5 of controller 6, at this time oxygen valve
36 and steam valve 30 enter open mode under the open instructions that controller 6 is sent；Mouth is directed at silica gel pneumostome by user
1, and blow in backward respiration training and expiration acts；Oxygen during air-breathing in oxygen tank 29 enters by oxygen valve 36 to be supplied
Oxygen pipe 35, oxygen first pass around humidity sensor 28 in oxygen supplying tube 35, and humidity sensor 28 passes the humidity information collected
To controller 6, controller 6 is made opening and closing to steam valve 30 after analysis and made orders again, and then oxygen is sprayed in steam pipe 27
The humidity of needed by human body is brought up under the vapor action gone out, then oxygen passes through temperature sensor 26, and temperature sensor 26 will be adopted
The temperature information collected is transmitted to controller 6, and controller 6 makes the life for making work or closing after analysis to METAL HEATING PROCESS net 25
Order, oxygen reach the temperature of human body adaptation after METAL HEATING PROCESS net 25, and then oxygen is by activated carbon fiber layers 12, filter screen
13rd, breather check valve 14 enters air inlet pipe 8, and oxygen is in air inlet pipe 8 by air flow direction sensor 7, air flow rate sensor
Enter respiratory siphon 3 after 17；The data collected are transmitted to controller 6 by air flow direction sensor 7, air flow rate sensor 17, control
Result is transmitted to electronic console 18 by device 6 processed after making analysis, and electronic console 18 comes out the results show of analysis；Make at this time
User rotates the release handle of main dragulator 2 according to the situation of itself, and release handle drives the first cover board 16 to rotate, the first cover board
16 block the circular hole of the second cover board 15, reach different respiratory resistances according to the circular hole quantity difference blocked, user is also
The release handle of the 4th cover board 33 can be adjusted, the 4th cover board 33 is blocked the different area of 33 circular through hole of the 3rd cover board, main resistance
Draught control mechanism realizes the coarse regulation of inspiratory resistance, and secondary dragulator is realized the accurate adjustment of inspiratory resistance, reached with this
Meet the respiratory resistance of user；Oxygen enters silica gel pneumostome 1 after main dragulator, secondary dragulator, then
Into the lung of user；User suitably can increase or reduce as needed respiratory resistance, achieve the purpose that to temper lung tension force；
The hunting frequency of cilium in normal air flue is 10-15Hz, and frequency effectively can discharge foreign matter in this section,
And foreign matter is thoroughly discharged by respiratory tract by cough and swallowing act.While using, storage battery 22 shakes user to low frequency
Dynamic emitter 21 is powered, and low-frequency vibration emitter 21 can launch the low frequency wave of 10Hz -15Hz, and low frequency wave can shake
Move the cilium in air flue, frequency is updated to 10Hz -15Hz after cilium receives the vibration of low frequency wave, with this respiratory tract
Foreign matter can be discharged in respiratory siphon 3, and foreign matter flows into phlegm storage jar 23 by the phlegm outlet port 24 of 3 front end of respiratory siphon, and phlegm storage jar 23 is with going out
Phlegm mouth 24 is connected through a screw thread, and is cleared up convenient for users to removing phlegm storage jar 23；
When blowing, the exhaust gas of lung is entered in respiratory siphon 3 user by silica gel pneumostome 1, and exhaust gas is in respiratory siphon 3
Air outlet pipe 9 is reached by housing 19 after main dragulator 2, secondary dragulator 20, exhaust gas is in air outlet pipe 9 through peroxide
Oxygen content information in exhaust gas is transmitted to controller 6 by sensor 32, lambda sensor 32, and controller 6 passes result after making analysis
Electron display 18, electronic console 18 show oxygen content；Then exhaust gas enters big after outgassing nonreturn valve 11
In gas.
Claims (3)
- A kind of 1. respiration training, it is characterised in that：The respiration training includes housing (19), and one on housing (19) Grafting respiratory siphon (3) is held, in the front end of the other end grafting air inlet pipe (8) of housing (19)；The middle lower surface of air inlet pipe (8) connects Pick out tracheae (9), the rear end connection oxygen supplying tube (35) of air inlet pipe (8), the rear end connection oxygen tank (29) of oxygen supplying tube (35)；Be fixed with low-frequency vibration transmitter unit (21) in the front inner surface of respiratory siphon (3), low-frequency vibration transmitter unit (21) with Storage battery (22) connects, and low-frequency vibration transmitter unit (21) face is sleeved on the silica gel pneumostome (1) of respiratory siphon (3) front end, low frequency Transmitter unit (21) is vibrated to communicate to connect with controller (6)；Phlegm is vertically equipped with out in the front inner surface of respiratory siphon (3) Mouth (24), phlegm outlet port (24) are connected by screw thread with phlegm storage jar (23)；The front end upper surface of the air inlet pipe (8) sets horizontal rotation axis (4), and rotation axis (4) is hung down relative to air inlet pipe (8) It is straight to set；The lateral surface of rotation axis (4) is connected with electronic console (18), electronic console (18) connection controller (6), control Device (6) connection supply unit (5)；Air flow direction sensor (7) is fixed with the front end upper inner surface of air inlet pipe (8), in air inlet The front end lower inner surface of pipe (8) is fixed with air flow rate sensor (17), the air flow direction sensor (7), air velocity Sensor (17) is all communicated to connect with controller (6)；Breather check valve (14) is equipped with the rear end of air inlet pipe (8), air inlet is unidirectional Valve (14) connection oxygen supplying tube (35)；The inside of the oxygen supplying tube (35) sets gradually filter screen (13), activated carbon fiber layers (12) along its axis direction, gold Belong to heating net (25), temperature sensor (26), humidity sensor (28), oxygen valve (36), oxygen tank (29)；Steam pipe (27) The middle part of one end insertion oxygen supplying tube (35), the other end connection steam valve (30) of steam pipe (27), the top of steam valve (30) connect Vapor can (31) is connected to, the lateral surface of steam pipe (27) insertion oxygen supplying tube (35) part sets multiple circular holes；The temperature passes Sensor (26), humidity sensor (28), steam valve (30), oxygen valve (36) are all communicated to connect with controller (6)；The lower inner surface of the air outlet pipe (9) is equipped with lambda sensor (32), the lower end connection outgassing nonreturn valve of air outlet pipe (9) (11), the lower end of outgassing nonreturn valve (11) and atmosphere.
- A kind of 2. respiration training according to claim 1, it is characterised in that：The lower surface of the housing (19) sets length Circular ring shape hand grip (10).
- A kind of 3. respiration training according to claim 1, it is characterised in that：The middle part insertion of the respiratory siphon (3) Main dragulator (2), secondary dragulator (20)；Main dragulator (2) includes mutually being stacked together rounded the One cover board (16), the second cover board (15), first cover board (16), the second cover board (15) are located in the pipeline of respiratory siphon (3) Portion and it is vertically arranged with the axis of respiratory siphon (3)；The disc of second cover board (15) is divided into three sectors, each sector region Inside it is dispersed with the circular hole of varying number, the disc of first cover board (16) sets sector notch, the size of sector notch and the The sector region area of two cover boards (15) is identical, and the lateral surface of first cover board (16) and one end of release handle connect, and adjust The other end of handle stretches out on respiratory siphon (3) side wall the straight slot opened up；Secondary dragulator (20) is to be in by being mutually stacked together Circular 3rd cover board (34), the 4th cover board (33) are formed, and the 3rd cover board (34), the 4th cover board (33) are located at respiratory siphon (3) it is vertically arranged inside pipeline and with the axis of respiratory siphon (3)；The center of 3rd cover board (34) sets a circle to lead to Hole, the 4th cover board (33) is middle to set an eccentric crescent through hole, lateral surface and another release handle of the 4th cover board (33) One end connection, the other end of another release handle stretches out on respiratory siphon (3) side wall the straight slot opened up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721036239.XU CN207253663U (en) | 2017-08-18 | 2017-08-18 | A kind of respiration training |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721036239.XU CN207253663U (en) | 2017-08-18 | 2017-08-18 | A kind of respiration training |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207253663U true CN207253663U (en) | 2018-04-20 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721036239.XU Expired - Fee Related CN207253663U (en) | 2017-08-18 | 2017-08-18 | A kind of respiration training |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207253663U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111760252A (en) * | 2020-06-11 | 2020-10-13 | 赵东升 | Multi-parameter respiratory training device and respiratory training method |
| CN114618132A (en) * | 2022-02-28 | 2022-06-14 | 重庆大学 | Fatty liver treatment system |
-
2017
- 2017-08-18 CN CN201721036239.XU patent/CN207253663U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111760252A (en) * | 2020-06-11 | 2020-10-13 | 赵东升 | Multi-parameter respiratory training device and respiratory training method |
| CN114618132A (en) * | 2022-02-28 | 2022-06-14 | 重庆大学 | Fatty liver treatment system |
| CN114618132B (en) * | 2022-02-28 | 2023-10-20 | 重庆大学 | Fatty liver treatment system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180420 Termination date: 20190818 |