CN212235673U - Integral type oxygen suppliment equipment - Google Patents
Integral type oxygen suppliment equipment Download PDFInfo
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- CN212235673U CN212235673U CN202021670575.1U CN202021670575U CN212235673U CN 212235673 U CN212235673 U CN 212235673U CN 202021670575 U CN202021670575 U CN 202021670575U CN 212235673 U CN212235673 U CN 212235673U
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- oxygen suppliment
- oxygen supply
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Abstract
The utility model relates to an integral type oxygen supply equipment detects height of sea level and user's actual respiratory state respectively through absolute pressure sensor and differential pressure sensor (7), and control system breathes the size of valve (2) according to the detection data adjustment of two sensors to adjustment oxygen output flow. The utility model discloses a communication assembly realizes remote interaction, reaches long-range emergency control's purpose to collect positional information, the emergency rescue of being convenient for, and supply oxygen volume according to altitude automatic adjustment, need not artificial regulation and control, the precision is high and can not appear forgetting the condition of adjustment oxygen output quantity. Ensuring the physiological demand of the user for oxygen supply.
Description
Technical Field
The utility model relates to an oxygen supply equipment technical field, especially an integral type oxygen supply equipment.
Background
When a patient with weak lung function and dyspnea is treated, oxygen supply equipment is usually used for supplying oxygen to the patient, so that the patient is prevented from being seriously ill due to the dyspnea. In the case of different altitudes, the oxygen pressure to be supplied is different, so that the medical staff needs to adjust the oxygen supply pressure of the oxygen supply equipment when reaching different altitudes. Or the same oxygen supply equipment, when each oxygen supply equipment arrives at areas with different altitudes, local medical personnel need to adjust the oxygen supply pressure of the equipment. However, the experience and skill of the worker are important to adjust the oxygen supply pressure, and thus the results of the adjustment are different among different persons. And once medical personnel forget to adjust the oxygen supply pressure, the treatment of the patient is seriously influenced. And along with the change of the altitude, medical staff can not adjust the output pressure of the oxygen supply device at any time, and for the areas which do not need to adjust the pressure at ordinary times, the medical staff in the areas can not adjust the output pressure of the oxygen supply device once the medical staff enters the high altitude areas.
And the oxygen supply amount of different altitudes is different, the adjustment of the oxygen supply mode is easier, only medical staff are needed to adjust the equipment, but the adjustment precision of the oxygen supply amount is not high, and the adjustment method basically depends on the experience and proficiency of the medical staff. And doctors often have no time to count and regulate the oxygen supply of patients along with the change of the illness state of the patients. In different altitude areas, if the oxygen supply quantity does not meet the requirement, the treatment of the patient is influenced non-negligibly.
Meanwhile, people entering the plateau area are prone to discomfort caused by the problem of low oxygen content in the air, and even more serious conditions occur, so that the people need to be supplied with oxygen independently, and the people gradually adapt to the plateau area or an anoxic environment to ensure the respiratory safety of the people. At present, oxygen supply to people of this kind needs to pass through a single oxygen supply device, and an oxygen bottle for supplying oxygen can be used for many times, but the mask for supplying oxygen needs to be additionally treated after being recycled, so the recycling cost is higher, and the direct discarding can cause waste. And when controlling the oxygen supply volume, a lot of users do not know how to adjust the oxygen supply volume to reach the purpose of reducing the oxygen waste, and the oxygen supply volume that different altitude areas need is also different, therefore to same kind of product, the user still uses the same oxygen supply volume at different altitude, thereby has caused the waste of oxygen, or because the not enough demand that can't satisfy the user of oxygen supply volume.
SUMMERY OF THE UTILITY MODEL
The utility model aims to overcome the defects of the prior art and provide an oxygen supply device which can automatically adjust the oxygen supply amount according to the altitude.
The purpose of the utility model is realized through the following technical scheme: the utility model provides an integral type oxygen supply equipment, includes oxygen supply bottle, oxygen suppliment face guard, oxygen suppliment pipe, pressure sensing pipe, respiratory valve, differential pressure sensor, absolute pressure sensor and control system, the gas outlet of oxygen supply bottle is connected with the oxygen suppliment face guard through oxygen suppliment pipe, respiratory valve sets up on oxygen suppliment pipe, pressure sensing pipe one end is connected with the oxygen suppliment face guard, and the other end is connected with differential pressure sensor, differential pressure sensor and absolute pressure sensor's signal output part all is connected with control system, control system's signal output part is connected with respiratory valve, be provided with in the control system and be used for the interactive communication assembly of remote data.
Specifically, the absolute pressure sensor is a sensor for collecting absolute pressure, converts the detected pressure into altitude, and transmits altitude data to the control system, and the control system automatically adjusts the opening degree of the breathing valve according to the altitude so that the output oxygen flow can meet the physiological requirements of users.
The pressure difference sensor is used for monitoring the breathing action of the human body and measuring the change of the breathing pressure difference, so that the control assembly can calculate the breathing frequency and automatically adjust the size of the opening of the breathing valve conveniently.
Therefore, under the cooperative action of the differential pressure sensor and the absolute pressure sensor, the control system not only adjusts the oxygen supply amount according to the altitude, but also controls the oxygen supply amount according to the actual breathing condition of the user. And through the communication assembly, doctors can manually adjust the oxygen supply mode and the oxygen supply amount of users according to the data of the differential pressure sensor.
Specifically, be provided with the oxygen suppliment interface on the oxygen suppliment face mask, be provided with oxygen suppliment passageway and pressure sensing passageway on the oxygen suppliment interface to be provided with the switch that is used for opening and close oxygen suppliment passageway and pressure sensing passageway, still be provided with oxygen suppliment nozzle and pressure sensing mouth on the oxygen suppliment interface, oxygen suppliment nozzle and oxygen suppliment passageway intercommunication are and be located the both sides of interface body respectively, oxygen suppliment passageway and pressure sensing mouth intercommunication are and be located the both sides of interface body respectively.
Specifically, the oxygen suppliment interface includes that interior stationary blade and external fixation piece are two, oxygen suppliment passageway, pressure sensing passageway and switch all are located the external fixation piece, oxygen suppliment nozzle and pressure sensing mouth are located the internal fixation piece, be provided with filter disc and diaphragm between internal fixation piece and the external fixation piece, filter disc and diaphragm are located the intercommunication passageway of oxygen suppliment passageway and oxygen suppliment nozzle. Filter piece and diaphragm filter carrying oxygen, when need not carrying out the oxygen suppliment, the filter piece can filter the air, the diaphragm is then the gas of the user's exhalation of being convenient for discharge, the diaphragm is the one-way ventilation diaphragm, be convenient for with the gas outgoing of user's exhalation, in order to prevent that the diaphragm from blockking oxygen entering, when interior stationary blade and outer stationary blade are connected, have a pipeline and directly pass the diaphragm middle part, the diaphragm middle part has the through-hole promptly and is convenient for the pipeline to pass, thereby can not prevent oxygen entering.
Specifically, be provided with the buckle structure of mutual matching between interior stationary blade and the outer stationary blade to outer stationary blade passes through buckle structural connection as an organic whole with the interior stationary blade, the connected mode of oxygen suppliment interface and oxygen suppliment face guard is for sewing up any one of being connected, buckle connection, extrusion connection or welded connection. The inner fixing sheet and the outer fixing sheet can be opened for replacing the membrane and the filter disc.
Specifically, the switch is a sliding switch, the sliding switch simultaneously controls two-position two-way valves, the two-position two-way valves respectively act on the oxygen supply channel and the pressure sensing channel, when the valve core is located at an opening position, the oxygen supply channel and the pressure sensing channel are simultaneously communicated, when the valve core is located at a closing position, the oxygen supply channel and the pressure sensing channel are simultaneously closed, when the connector is connected with the oxygen supply interface, the valve core of the two-position two-way valve is pushed, the two-position two-way valve is changed into an opening state, and when the connector is taken down, the two-position two-way valve automatically returns to the closing state; the return of the two-position and two-way valve can be realized by arranging a spring in the valve. When oxygen supply is not needed, the switch is turned off, and at the moment, outside air can not directly enter the inlet cover through the pressure sensing channel and the oxygen supply channel. When needs carried out the oxygen suppliment, connect on the oxygen suppliment interface through the connector, when connector and oxygen suppliment interface connection, not only can communicate oxygen suppliment passageway and pressure sensing passageway respectively, can also promote the case of switch, make the switch be in the on-state, the oxygen suppliment interface is opened promptly, can carry out the oxygen suppliment.
Be provided with spacing recess and the spacing arch of mutual matching between oxygen suppliment interface and the connector for ensure that the hookup location of slidingtype switch and connector is errorless, firstly make pressure sensing pipe and oxygen suppliment pipe and pressure sensing passageway and oxygen suppliment passageway intercommunication, secondly ensure that the slidingtype switch can open, if spacing recess and spacing arch are not adjusted well, then connector and oxygen suppliment interface are unable to be connected.
Wherein oxygen supply pipe and pressure sensing pipe pass through connector and oxygen supply interface connection, be provided with two connecting holes that are used for connecting oxygen suppliment passageway and response passageway on the connector, two connecting holes mutually independent do not feed through, and two connecting hole one end are connected with oxygen suppliment passageway and response passageway respectively, and the other end is connected in oxygen supply pipe and the pressure sensing pipe on the oxygen supply equipment respectively.
The utility model has the advantages of it is following:
1. the altitude can be automatically calculated according to the local actual pressure, the control system directly calculates the oxygen flow required by the user according to the altitude data, and the control system continuously adjusts the position of the breathing valve according to the information detected by the differential pressure sensor so that the oxygen flow meets the requirement of the user;
2. the doctor can count and adjust the breathing state of each user conveniently, so that the user is always in a proper oxygen supply condition, and the treatment of the user is facilitated;
3. the communication assembly can realize that user and equipment carry out remote data interaction, and user's breathing data accessible APP and remote platform monitor. The remote platform can send a control instruction to the equipment after counting, processing and predicting the breathing data of the user, carry out information prompt or emergency control, and collect position information, thereby facilitating emergency rescue.
Drawings
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic structural diagram of an oxygen supply interface;
FIG. 3 is a schematic view of the oxygen mask in use;
FIG. 4 is a flow chart of the control system of the present invention;
in the figure: 1-oxygen supply bottle, 2-breathing valve, 3-oxygen supply pipe, 4-oxygen supply interface, 5-oxygen supply mask, 6-pressure sensing pipe, 7-differential pressure sensor, 8-switch, 9-internal fixing piece, 10-external fixing piece, 11-oxygen supply channel, 12-connector, 13-pressure sensing port, 14-oxygen supply nozzle and 15-pressure sensing channel.
Detailed Description
The invention will be further described with reference to the accompanying drawings, but the scope of the invention is not limited to the following description.
As shown in fig. 1 and 4, an integral type oxygen supply equipment, including oxygen supply bottle 1, oxygen suppliment face guard 5, oxygen supply pipe 3, pressure-sensitive pipe 6, respiratory valve 2, differential pressure sensor 7, absolute pressure sensor and control system, oxygen supply bottle 1's gas outlet is connected with oxygen suppliment face guard 5 through oxygen supply pipe 3, respiratory valve 2 sets up on oxygen supply pipe 3, pressure-sensitive pipe 6 one end is connected with oxygen suppliment face guard 5, and the other end is connected with differential pressure sensor 7, differential pressure sensor 7 and absolute pressure sensor's signal output part all is connected with control system, control system's signal output part is connected with respiratory valve 2, be provided with in the control system and be used for the interactive communication subassembly of remote data.
Preferably, the breathing valve 2 is an electromagnetic throttle valve, and the flow can be adjusted in an electric control mode. The breathing valve 2 can also be a valve controlled by other electromagnetic valves or driving components, and the control system controls the breathing valve 2 through the other electromagnetic valves or driving components.
The absolute pressure sensor is a sensor used for collecting absolute pressure, converts the detected pressure into altitude, transmits altitude data to the control system, and the control system automatically adjusts the opening degree of the breathing valve 2 according to the altitude so that the output oxygen flow can meet the physiological requirements of users.
The pressure difference sensor 7 is used for monitoring the breathing action of the human body and measuring the change of the breathing pressure difference, so that the control assembly can calculate the breathing frequency and automatically adjust the opening size of the breathing valve 2.
Therefore, under the cooperative action of the differential pressure sensor 7 and the absolute pressure sensor, the control system not only adjusts the amount of oxygen supply according to the altitude, but also controls through the actual breathing condition of the user. And through the communication assembly, doctors can manually adjust the oxygen supply mode and the oxygen supply amount of users according to the data of the differential pressure sensor 7.
As shown in fig. 2 and 3, an oxygen supply interface 4 is arranged on the oxygen supply mask 5, an oxygen supply channel 11 and a pressure sensing channel 15 are arranged on the oxygen supply interface 4, a switch 8 for opening and closing the oxygen supply channel 11 and the pressure sensing channel 15 is arranged, an oxygen supply nozzle 14 and a pressure sensing port 13 are further arranged on the oxygen supply interface 4, the oxygen supply nozzle 14 is communicated with the oxygen supply channel 11 and is respectively located on two sides of the interface body, and the oxygen supply channel 11 is communicated with the pressure sensing port 13 and is respectively located on two sides of the interface body.
Specifically, oxygen suppliment interface 4 includes internal fixation piece 9 and external fixation piece 10 two, oxygen suppliment passageway 11, pressure sensing passageway 15 and switch 8 all are located external fixation piece 10, oxygen suppliment nozzle 14 and pressure sensing mouth 13 are located internal fixation piece 9, be provided with filter disc and diaphragm between internal fixation piece 9 and the external fixation piece 10, filter disc and diaphragm are located oxygen suppliment passageway 11 and oxygen suppliment nozzle 14's intercommunication passageway. The filter disc and the membrane are used for filtering the conveyed oxygen, and the filter disc can be used for filtering the air when oxygen supply is not needed.
Specifically, be provided with the buckle structure of mutual matching between interior stationary blade 9 and the outer stationary blade 10 to outer stationary blade 10 is as an organic whole through buckle structural connection with interior stationary blade 9, the connected mode of oxygen suppliment interface 4 and oxygen suppliment face guard 5 is for sewing up any one of connection, buckle connection, extrusion connection or welded connection. The internal and external fixing plates 9, 10 can be opened for replacing the membrane and the filter.
Specifically, the switch 8 is a slide switch, the slide switch controls two-position two-way valves at the same time, the two-position two-way valves act on the oxygen supply channel 11 and the pressure sensing channel 15 respectively, when the valve core is located at an opening position, the oxygen supply channel and the pressure sensing channel are communicated at the same time, when the valve core is located at a closing position, the oxygen supply channel and the pressure sensing channel are closed at the same time, when the connector 8 is connected with the oxygen supply interface, the valve core of the two-position two-way valve is pushed, so that the two-position two-way valve is changed into an opening state, and when the connector 8 is taken down, the two-position two; the return of the two-position and two-way valve can be realized by arranging a spring in the valve. When oxygen supply is not needed, the switch 8 is closed, and at the moment, the outside air can not directly enter the mask through the pressure sensing channel 15 and the oxygen supply channel 11. When oxygen supply is needed, the oxygen supply connector is connected to the oxygen supply interface 4 through the connector 12, when the connector 12 is connected to the oxygen supply interface 4, the oxygen supply channel 11 and the pressure sensing channel 15 can be communicated respectively, the valve core of the switch 8 can be pushed, the switch 8 is in an open state, namely, the oxygen supply interface 4 is opened, and oxygen supply can be carried out.
Wherein oxygen supply pipe 3 and pressure sensing pipe 6 pass through connector 12 and oxygen suppliment interface 4 and are connected, be provided with two connecting holes that are used for connecting oxygen suppliment passageway 11 and response passageway on the connector 12, two connecting holes mutually independent do not feed through, two connecting hole one end respectively with oxygen suppliment passageway 11 and response passageway are connected, the other end is connected in oxygen suppliment pipe 3 and the pressure sensing pipe 6 on the oxygen supply equipment respectively.
The working process of the utility model is as follows: the control assembly automatically switches the lung type oxygen supply mode into the continuous oxygen supply mode when the user breathes abnormally or the breathing frequency exceeds 20 times/min, so that the normal physiological state of a human body is ensured. The user can also switch the oxygen supply mode through a manual mode switch. The communication assembly can realize that user and equipment carry out remote data interaction, and user's breathing data accessible APP and remote platform monitor. The remote platform can send a control instruction to the equipment after counting, processing and predicting the breathing data of the user, carry out information prompt or emergency control, and collect position information, thereby facilitating emergency rescue.
Meanwhile, statistics of data is convenient for doctors to visually know the change of the breathing state of the user, so that the control system is remotely operated according to the obtained information, and the purpose of timely adjusting the oxygen supply mode and the oxygen supply amount of the user is achieved.
Claims (5)
1. An integral type oxygen suppliment equipment which characterized in that: including oxygen supply bottle (1), oxygen suppliment face guard (5), oxygen suppliment pipe (3), pressure sensing pipe (6), breathing valve (2), differential pressure sensor (7), absolute pressure sensor and control system, the gas outlet of oxygen supply bottle (1) is connected with oxygen suppliment face guard (5) through oxygen suppliment pipe (3), breathing valve (2) set up on oxygen suppliment pipe (3), pressure sensing pipe (6) one end is connected with oxygen suppliment face guard (5), and the other end is connected with differential pressure sensor (7), differential pressure sensor (7) and absolute pressure sensor's signal output part all are connected with control system, control system's signal output part and breathing valve (2) are connected, be provided with in the control system and be used for the interactive communication subassembly of remote data.
2. The integrated oxygen supply apparatus of claim 1, wherein: be provided with oxygen suppliment interface (4) on oxygen suppliment face guard (5), be provided with oxygen suppliment passageway (11) and pressure sensing passageway (15) on oxygen suppliment interface (4) to be provided with and be used for opening and close switch (8) of oxygen suppliment passageway (11) and pressure sensing passageway (15), still be provided with oxygen suppliment nozzle (14) and pressure sensing mouth (13) on oxygen suppliment interface (4), oxygen suppliment nozzle (14) and oxygen suppliment passageway (11) intercommunication and be located the both sides of interface body respectively, oxygen suppliment passageway (11) and pressure sensing mouth (13) intercommunication and be located the both sides of interface body respectively.
3. The integrated oxygen supply apparatus of claim 2, wherein: oxygen suppliment interface (4) are including internal fixation piece (9) and external fixation piece (10) two, oxygen suppliment passageway (11), pressure sensing passageway (15) and switch (8) all are located external fixation piece (10), oxygen suppliment nozzle (14) and pressure sensing mouth (13) are located internal fixation piece (9), be provided with filter disc and diaphragm between internal fixation piece (9) and external fixation piece (10), filter disc and diaphragm are located the intercommunication passageway of oxygen suppliment passageway (11) and oxygen suppliment nozzle (14).
4. The integrated oxygen supply apparatus of claim 3, wherein: be provided with the buckle structure of mutual matching between interior stationary blade (9) and the outer stationary blade (10) to outer stationary blade (10) are as an organic whole through buckle structural connection with interior stationary blade (9), the connected mode of oxygen suppliment interface (4) and oxygen suppliment face guard (5) is for sewing up any one of connection, buckle connection, extrusion connection or welded connection.
5. The integrated oxygen supply apparatus of claim 3, wherein: the switch (8) is a sliding switch, the sliding switch simultaneously controls two-position two-way valves, and the two-position two-way valves respectively act on the oxygen supply channel (11) and the pressure sensing channel (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021670575.1U CN212235673U (en) | 2020-08-12 | 2020-08-12 | Integral type oxygen suppliment equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021670575.1U CN212235673U (en) | 2020-08-12 | 2020-08-12 | Integral type oxygen suppliment equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212235673U true CN212235673U (en) | 2020-12-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021670575.1U Active CN212235673U (en) | 2020-08-12 | 2020-08-12 | Integral type oxygen suppliment equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212235673U (en) |
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2020
- 2020-08-12 CN CN202021670575.1U patent/CN212235673U/en active Active
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