阅读说明：本技术 一种新型理疗舱 (Novel physiotherapy cabin ) 是由 刘文杰 张作鹏 宋健梁 于 2021-08-05 设计创作，主要内容包括：本发明提供一种新型理疗舱,包括舱体及附属设备,舱体及附属设备的外侧分别安装有压力控制系统、供排氧系统、温度控制系统、空气净化系统、通讯交流系统和AI及云服务系统,多功能按摩椅安装于舱体及附属设备的侧面,数据采集系统安装于多功能按摩椅的外侧,理疗舱能够提高人体机体血氧分压,增加血氧含量及血浆中物理溶解氧,使氧的弥散力增强,从而改善机体组织的供氧状况,这一效应在机体缺氧的状态下更能得到体现,能改善缺氧、缺血器官组织的血流状况,改善血细胞的流变性,增强机体的抗氧化酶活力,提高机体对自由基损伤的抵抗能力。(The invention provides a novel physiotherapy cabin, which comprises a cabin body and accessory equipment, wherein the outer sides of the cabin body and the accessory equipment are respectively provided with a pressure control system, an oxygen supply and discharge system, a temperature control system, an air purification system, a communication alternating current system, an AI (artificial intelligence) and cloud service system, a multifunctional massage chair is arranged on the side surfaces of the cabin body and the accessory equipment, a data acquisition system is arranged on the outer side of the multifunctional massage chair, and the physiotherapy cabin can improve the partial pressure of blood oxygen of a human body organism, increase the content of the blood oxygen and physically dissolved oxygen in plasma, enhance the dispersion force of the oxygen and further improve the oxygen supply condition of organism tissues.)

1. The utility model provides a novel physiotherapy cabin, includes cabin body and accessory equipment (1), its characterized in that: the multifunctional massage armchair is characterized in that the outer sides of the cabin body and the accessory equipment (1) are respectively provided with a pressure control system (2), an oxygen supply and discharge system (3), a temperature control system (4), an air purification system (5), a communication exchange system (6) and an AI and cloud service system (9), the multifunctional massage armchair (8) is arranged on the side surfaces of the cabin body and the accessory equipment (1), and the data acquisition system (7) is arranged on the outer side of the multifunctional massage armchair (8).

2. The novel physiotherapy cabin of claim 1, characterized in that: the cabin body and auxiliary equipment (1), the pressure control system (2), the oxygen supply and discharge system (3), the temperature control system (4), the air purification system (5), the communication alternating current system (6), the data acquisition system (7), the multifunctional massage chair (8) and the AI and cloud service system (9) are electrically connected with the power supply through power lines, and the data acquisition system (7) is electrically connected with the multifunctional massage chair (8).

3. The novel physiotherapy cabin of claim 1, characterized in that: the air purification system (5) is an H14-grade composite filtering system.

4. The novel physiotherapy cabin of claim 1, characterized in that: the data acquisition system (7) is compounded in the topological structure of the piezoelectric sensor in the multifunctional massage chair (8) and the algorithm thereof, and comprises the following components: heart rate monitoring and respiratory frequency monitoring; and generating a physical sign report by comprehensively collecting the physical sign data, and pushing the physical sign report to the user through the server.

5. The novel physiotherapy cabin of claim 1, characterized in that: the sealing and pressure design of the pressure control system (2) refers to GBT12130-2005, and the controllable interval of the pressure design is as follows: 0.00-0.03 MPa; the boosting rate: the range of 0.00-0.03MPa is not more than 0.005 MPa/min; the pressure reduction rate: the range of 0.03-0.00 MPa is not more than 0.005 MPa/min; pressure leak rate: not more than 5%/hr.

6. The novel physiotherapy cabin of claim 1, characterized in that: the oxygen supply and discharge system (3) can control the oxygen production concentration of 21-93%, and if the oxygen supply and discharge system is used for medical detection of the oxygen concentration in an oxygen source cabin with the external concentration of more than 93%, the oxygen supply concentration is not more than 28%, and the detection precision is +/-0.2%.

7. The novel physiotherapy cabin of claim 1, characterized in that: the physiotherapy cabin equipment adopts piezoelectric type sensing measurement, and data acquisition and calculation are carried out according to the continuous accumulated time of a user in the cabin, because the piezoelectric sensor array of the distributed topological structure type is integrated in the backrest of the multifunctional massage chair.

Technical Field

The invention relates to the technical field of physiotherapy, in particular to a novel physiotherapy cabin.

Background

The micro hyperbaric oxygen is a process of improving the oxygen content and oxygen storage quantity in tissues and improving the oxygen deficiency state of an organism by utilizing a micro hyperbaric oxygen chamber and increasing the blood oxygen content and the physical dissolved oxygen in blood plasma through increasing the partial pressure of blood oxygen of the organism of a human body, wherein the pressure of 0.12-0.15 MPa is called as micro hyperbaric oxygen, and the breathing oxygen in the micro hyperbaric environment is called as micro hyperbaric oxygen;

the existing hyperbaric oxygen chambers are usually adopted for oxygen absorption, and because the hyperbaric oxygen chambers have hyperbaric environments, certain pressure exists on human bodies when the hyperbaric environments are used for a long time;

the micro hyperbaric oxygen chamber is innovative intelligent application oxygen therapy equipment, forms a micro pressure environment harmless to a human body through micro pressure environment modeling, can assist oxygen to be efficiently absorbed under the environment, plays roles in body recovery, regulation, optimization and the like, and can be widely applied to the fields of medical treatment, health maintenance and body recovery.

Disclosure of Invention

In order to solve the above technical problems, the present invention provides a novel physiotherapy cabin to solve the above problems described in the background art.

The purpose and the efficacy of the novel physiotherapy cabin are achieved by the following specific technical means:

the utility model provides a novel physiotherapy cabin, includes the cabin body and auxiliary assembly, pressure control system, confession oxygen discharging system, temperature control system, air purification system, communication exchange system and AI and cloud service system are installed respectively to the outside of the cabin body and auxiliary assembly, and multi-functional massage armchair is installed in the side of the cabin body and auxiliary assembly, and data acquisition system installs in the outside of multi-functional massage armchair.

Further, the cabin body, the accessory equipment, the pressure control system, the oxygen supply and discharge system, the temperature control system, the air purification system, the communication and communication system, the data acquisition system, the multifunctional massage chair, the AI and cloud service system are electrically connected with the power supply through power lines, and the data acquisition system is electrically connected with the multifunctional massage chair.

Further, the air purification system is an H14-grade composite filtering system.

Further, the topological structure of the piezoelectric sensor of the data acquisition system compounded in the multifunctional massage chair and the algorithm thereof comprise: heart rate monitoring and respiratory frequency monitoring; and generating a physical sign report by comprehensively collecting the physical sign data, and pushing the physical sign report to the user through the server.

Further, the sealing and pressure design of the pressure control system refers to GBT12130-2005, and the controllable interval of pressure design is as follows: 0.00-0.03 MPa; the boosting rate: the range of 0.00-0.03MPa is not more than 0.005 MPa/min; the pressure reduction rate: the range of 0.03-0.00 MPa is not more than 0.005 MPa/min; pressure leak rate: not more than 5%/hr.

Furthermore, the oxygen production concentration of the oxygen supply and discharge system is 21-93% controllable, and if the oxygen supply and discharge system is used for medical detection of the oxygen concentration in an oxygen source cabin with the external concentration of more than 93%, the oxygen supply concentration is not more than 28%, and the detection precision is +/-0.2%.

Has the advantages that:

1. the physiotherapy cabin can improve the partial pressure of blood oxygen of a human body organism, increase the content of blood oxygen and physically dissolved oxygen in blood plasma, and enhance the dispersion force of oxygen, thereby improving the oxygen supply condition of organism tissues, the effect can be better reflected under the anoxic state of the organism, the blood flow condition of anoxic and ischemic organ tissues can be improved, the rheological property of blood cells can be improved, the activity of antioxidant enzyme of the organism can be enhanced, and the resistance of the organism to free radical damage can be improved;

2. regulating myocardial metabolism, lowering heart rate, prolonging diastole, increasing cardiac output, reducing oxygen consumption of myocardium, relieving organism anoxia, and distributing blood for transporting oxygen and other nutrients to organs most required for exercise after heavy load exercise. Therefore, the anti-hypoxia capability of the body is improved, the exercise fatigue can be delayed, the antioxidant enzyme activity of the body is increased, the oxygen radical removing capability of the body is improved, the fatigue is rapidly relieved, the brain of a human body has low tolerance to oxygen, and the exercise type brain hypoxia is easy to occur in long-term strenuous exercise, so that the strong fatigue feeling is generated, the solving of the brain hypoxia is an effective means for rapidly recovering and reducing the fatigue feeling, the micro-hyperbaric oxygen can rapidly eliminate lactic acid, blood urea nitrogen and blood ammonia accumulated by the body after the exercise and reduce the oxygen radical, the structural integrity of body cells after the exercise is protected, the normal functions of the cells are maintained, and the exercise fatigue and the exercise injury are fundamentally solved.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

FIG. 2 is a flow chart of the physiotherapy of the micro hyperbaric oxygen chamber of the invention.

In fig. 1-2, the correspondence between the component names and the reference numbers is:

1-cabin and accessory equipment, 2-pressure control system, 3-oxygen supply and discharge system, 4-temperature control system, 5-air purification system, 6-communication system, 7-data acquisition system, 8-multifunctional massage chair, 9-AI and cloud service system.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and all other embodiments obtained by a person of ordinary skill in the art without creative efforts based on the embodiments of the present invention belong to the protection scope of the present invention.

Example (b):

as shown in figures 1 to 2:

example 1: a novel physiotherapy cabin comprises a cabin body and accessory equipment 1, wherein a pressure control system 2, an oxygen supply and discharge system 3, a temperature control system 4, an air purification system 5, a communication exchange system 6 and an AI and cloud service system 9 are respectively arranged on the outer sides of the cabin body and the accessory equipment 1, a multifunctional massage chair 8 is arranged on the side surfaces of the cabin body and the accessory equipment 1, and a data acquisition system 7 is arranged on the outer side of the multifunctional massage chair 8;

wherein: the cabin body and accessory equipment 1, the pressure control system 2, the oxygen supply and discharge system 3, the temperature control system 4, the air purification system 5, the communication and exchange system 6, the data acquisition system 7, the multifunctional massage chair 8 and the AI and cloud service system 9 are electrically connected with a power supply through power lines, and the data acquisition system 7 is electrically connected with the multifunctional massage chair 8;

the air purification system 5 is an H14-grade composite filtration system;

the topological structure of the piezoelectric sensor of the data acquisition system 7 compounded in the multifunctional massage chair 8 and the algorithm thereof comprise: heart rate monitoring and respiratory frequency monitoring; generating a physical sign report by comprehensively collecting the physical sign data, and pushing the physical sign report to a user through a server;

the sealing and pressure design of the pressure control system 2 refers to GBT12130-2005, and the controllable interval of the pressure design is as follows: 0.00-0.03 MPa; the boosting rate: the range of 0.00-0.03MPa is not more than 0.005 MPa/min; the pressure reduction rate: the range of 0.03-0.00 MPa is not more than 0.005 MPa/min; pressure leak rate: not more than 5%/hr;

the oxygen supply and discharge system 3 can control the oxygen production concentration of 21-93%, and if the oxygen supply and discharge system is used for detecting the oxygen concentration in a medical oxygen source cabin with the concentration of more than 93%, the oxygen concentration is not more than 28%, and the detection precision is +/-0.2%. (ii) a

Wherein: the physical therapy cabin equipment adopts piezoelectric sensing measurement, carry out data acquisition and calculation according to the continuous accumulative total time of user in the cabin, because the piezoelectric sensor array integration of distributed topological structure pattern is inside the back of multi-functional massage armchair, the theory of operation is that user's health and massage armchair back laminate naturally, there is the sensor to catch human breathing and heartbeat and produce little action, arouse the sensor chip and produce the signal of telecommunication, these signals of telecommunication are digital signal with the form conversion of high-low level, carry out the operation of corresponding algorithm by the control system in little hyperbaric oxygen cabin, obtain human sign data.

Example 2:

firstly, entering a cabin, then opening a cabin door to ensure good states of a power supply and equipment, enabling a user to move to the cabin and sit well, paying attention to the head and feet when entering the cabin to prevent the user from being injured and falling down, preparing for use, entering the cabin, and wearing a mask according to the guidance of working personnel, so that the user can better take oxygen, avoiding walking or forcibly leaving the cabin without intentionally hindering the closing of the cabin door when the cabin door is closed, ensuring that the feet, clothes and objects related to the user are properly arranged in the cabin when the cabin door is closed, closing the cabin door after all the objects are ready, and ensuring that the micro hyperbaric oxygen cabin automatically judges that the micro hyperbaric oxygen cabin enters a safety protection state when any special conditions occur by monitoring the environment in the cabin and the user through a sensing system algorithm in the using process of the equipment, so that the micro hyperbaric oxygen cabin can automatically stop, and the oxygen cabin can be automatically stopped, The conditions of cabin door opening, safety prompt and the like;

when user's sign and under-deck environment have abnormal change, in-deck detecting system can report to the police suggestion or open the cabin, when outage or environment abnormal change, in-deck supervisory equipment can indicate the manual emergent cabin of opening of staff, in-deck emergency button arranges in on the bulkhead of the handrail upside of the left and right sides of in-deck multi-functional massage armchair, there is the sign suggestion, the extravehicular emergency button is located the rear portion in equipment compartment, warning loudspeaker's right side, need press emergency button for a long time when artifical emergent cabin of opening, personnel can withdraw from the under-deck until in-deck, emergency button and the electric putter of hatch door can normally open when the outage for guaranteeing, little hyperbaric oxygen cabin equipment under-deck has been equipped with uninterrupted power supply.

Example 3: referring to the attached figure 2 of the specification, a physical therapy process of a micro hyperbaric oxygen chamber comprises the following steps:

firstly, scanning a two-dimensional code of the equipment by using a scanning function, paying attention to a public number, entering the public number, clicking a 'cabin for scanning' button at the lower left corner of the public number, scanning the two-dimensional code of the equipment again, selecting or manually inputting time length after entering a service page, clicking a 'cabin for starting' button to start service, after the service time is up, prompting 2min for pressure reduction by voice, asking for quiet waiting, ending the pressure reduction, and automatically opening the cabin door.

Example 4:

the physiotherapy cabin can improve the partial pressure of blood oxygen of a human body organism, increase the content of blood oxygen and physically dissolved oxygen in blood plasma, and enhance the dispersion force of oxygen, thereby improving the oxygen supply condition of organism tissues, the effect can be better reflected under the anoxic state of the organism, the blood flow condition of anoxic and ischemic organ tissues can be improved, the rheological property of blood cells can be improved, the activity of antioxidant enzyme of the organism can be enhanced, and the resistance of the organism to free radical damage can be improved;

regulating myocardial metabolism, lowering heart rate, prolonging diastole, increasing cardiac output, reducing oxygen consumption of myocardium, relieving organism anoxia, and distributing blood for transporting oxygen and other nutrients to organs most required for exercise after heavy load exercise. Therefore, the anti-hypoxia capability of the body is improved, the exercise fatigue can be delayed, the antioxidant enzyme activity of the body is increased, the oxygen radical removing capability of the body is improved, the fatigue is rapidly relieved, the brain of a human body has low tolerance to oxygen, and the exercise type brain hypoxia is easy to occur in long-term strenuous exercise, so that the strong fatigue feeling is generated, the solving of the brain hypoxia is an effective means for rapidly recovering and reducing the fatigue feeling, the micro-hyperbaric oxygen can rapidly eliminate lactic acid, blood urea nitrogen and blood ammonia accumulated by the body after the exercise and reduce the oxygen radical, the structural integrity of body cells after the exercise is protected, the normal functions of the cells are maintained, and the exercise fatigue and the exercise injury are fundamentally solved.