Sojourn health-care intelligent system

Abstract

A sojourn health-care intelligent system belongs to the field of sojourn health-care and comprises a portable monitoring unit, a mobile phone edge terminal, a remote terminal and an early warning unit. The portable monitoring unit comprises a positioning module, a body temperature monitoring module, a pulse monitoring module, a humidity monitoring module, a power supply module, a wireless signal receiving module, a wireless signal sending module and a warning module; according to the invention, the health condition and the environment condition of the wearer can be monitored in real time, and the wearer can be reminded in time when related data of the wearer is abnormal, so that the wearer can have a rest in time, and the effect of health care of sojourn is improved; meanwhile, according to the corresponding health condition of the wearer and the corresponding environment condition, the corresponding dangerous area in the area where the wearer wants to play can be selected in real time according to the health condition of the wearer, the situation that the wearer enters the dangerous area by mistake to cause body injury is avoided, and therefore the effect of health care of the sojourn is ensured.

Description

Technical Field

[0001] The present invention belongs to the field of travel and health care, and specifically relates to an intelligent travel and health care system. Background Art

[0002] Travel and health care is a new type of health care model. Its main purpose is health or retirement. It chooses a place with a pleasant climate and superior natural environment for medium- to long-term residence, and enjoys comprehensive health management activities such as medical care, health services, and cultural experiences during the travel.

[0003] Initially, travel-based health care was mainly targeted at the elderly, but it has now gradually expanded to people with sub-health or those who pursue a healthy lifestyle.

[0004] Travel and wellness can alleviate chronic diseases and stress through the healing power of natural environments and professional health management. It can also boost local industries like tourism, healthcare, and real estate, creating a new engine for the "silver economy." Travel and wellness is an innovative solution for an aging society, offering the dual benefits of improving health and enhancing quality of life.

[0005] However, at present, during the process of travel and health care, it may sometimes be necessary to travel through mountains and rivers, and most of the people who travel and health care have poor physical fitness. If they continue to play sports when their physical functions are poor, it will not only have no health care effect, but also cause a burden on the body. In addition, most of the scenic spots with superior natural environments visited by people who travel and health care are natural scenic spots. There will also be temporary dangerous areas in nature due to weather changes. Therefore, it is also necessary to prevent people who travel and health care from entering dangerous areas (such as people with mobility problems should avoid going to areas with slippery roads). Therefore, there is an urgent need for an intelligent system to avoid the above problems. Summary of the Invention

[0006] The present invention provides an intelligent travel and health care system to solve the defects in the prior art.

[0007] The present invention is achieved through the following technical solutions:

[0008] A travel and health care intelligent system, comprising a portable monitoring unit, a mobile edge terminal, a remote terminal, and an early warning unit;

[0009] The portable monitoring unit includes a positioning module, a body temperature monitoring module, a pulse monitoring module, a humidity monitoring module, a power supply module, a wireless signal receiving module, a wireless signal sending module, and an alarm module. The portable monitoring unit can monitor the wearer's body temperature, pulse, ambient humidity, and location in real time, exchange information with the mobile phone edge terminal in real time, and issue an alarm message to the wearer in the event of an abnormal situation.

[0010] The mobile phone edge terminal can receive information from the body-worn monitoring unit in real time and process and analyze the information sent by the body-worn monitoring unit, and at the same time regularly send relevant information of the wearer to the remote terminal. If the mobile phone edge terminal finds any problems after processing and analyzing the information sent by the body-worn monitoring unit, it will send warning information to both the body-worn monitoring unit and the remote terminal.

[0011] The remote terminal is used to receive information from the mobile phone edge terminal and transmit the information to the early warning unit when sub-health phenomena or health problems occur. At the same time, the remote terminal will also save the relevant data of each wearer for a period of time, so as to be able to monitor the wearer's data over a certain period of time for a long time;

[0012] The early warning unit can receive information from the remote terminal, and the early warning unit stores communication information of relevant personnel of the corresponding wearer. When the remote terminal sends information to the early warning unit, the early warning unit will send early warning information to the relevant personnel of the corresponding wearer when the wearer has problems, thereby ensuring that when the wearer has problems and does not pay attention to them, an early warning can be issued through the relevant personnel of the corresponding wearer, so that the relevant personnel of the corresponding wearer can effectively supervise the corresponding wearer in a timely manner.

[0013] In the intelligent travel and health care system as described above, the positioning module, body temperature monitoring module, pulse monitoring module, humidity monitoring module, power supply module, wireless signal receiving module, wireless signal sending module and warning module are integrated into a smart bracelet for easy wearing.

[0014] In the intelligent travel and health care system as described above, the positioning module adopts the Beidou positioning system for positioning, and the mobile phone edge terminal can obtain the wearer's real-time position through the positioning module in real time, and feed back its position to the virtual map in real time. The wearer can set the travel route in advance during the travel. The remote terminal generates a virtual map after obtaining map information according to the travel route, and marks the dangerous areas in the virtual map in advance. When the wearer approaches the dangerous area, the mobile phone edge terminal will send a warning or early warning information to the warning module of the portable monitoring unit and the remote terminal; at the same time, the remote terminal will also update the dangerous areas of the virtual map in real time according to the weather forecast in the wearer's travel area, and temporarily update the dangerous areas of the virtual map in the event of sudden weather changes by obtaining weather information in real time.

[0015] In the intelligent travel and health care system as described above, the body temperature monitoring module and the pulse monitoring module can obtain the wearer's body temperature and pulse data in real time, so that when abnormal body temperature or pulse occurs, the mobile phone edge terminal can obtain and process the information in time. The humidity monitoring module can obtain the ambient humidity in real time, and the physical health condition of the corresponding wearer is input into the mobile phone edge terminal, so as to set a reasonable body temperature range, pulse range and ambient humidity suitable for their play and exercise according to the health condition of different wearers.

[0016] In the above-mentioned intelligent travel and health care system, the power supply module is a rechargeable ternary lithium battery, the ternary lithium battery can be charged by connecting it to a data cable through a charging interface, and the charging interface of the ternary lithium battery is a Type-C charging interface.

[0017] In the above-mentioned intelligent travel and health care system, the wireless signal receiving module and the wireless signal sending module can transmit information to the mobile phone edge terminal through Bluetooth connection, WiFi hotspot connection or 4 / 5G signal connection.

[0018] In the above-mentioned intelligent travel and health care system, the warning module includes a voice speaker and a warning light. After receiving the information, it warns the wearer by issuing a voice prompt and flashing the warning light. At the same time, it can also issue a warning reminder to charge in time when the power is low.

[0019] In the above-mentioned intelligent travel and health care system, the mobile phone edge terminal can be a mobile phone APP, a mobile phone applet, or a mobile phone HTML web page.

[0020] In the above-mentioned intelligent travel and health care system, the remote terminal can store the wearer's relevant data information in the past 14 days, and will process and analyze the relevant data information in the next 14 days. If a certain data information is within the normal range, but after a long period of time, if it continues to be high or low in the normal range, it proves that the wearer is in a sub-healthy state, and it is necessary to promptly remind the wearer and the wearer's related personnel.

[0021] In the intelligent travel and health care system as described above, the communication information of the relevant personnel corresponding to the wearer stored in the early warning unit needs to be updated according to the wearer's travel and health care plan, and priority is given to filling in the relevant personnel traveling with the wearer, and the communication information filled in by the relevant personnel will be verified after the communication information is completed.

[0022] The advantages of the present invention are: the present invention can monitor the health status and environmental conditions of the wearer in real time, and can promptly remind the wearer when relevant data of the wearer is abnormal, ensuring that the wearer can rest in time, thereby improving the effect of travel and health care; at the same time, the present invention can select the corresponding dangerous area in the area where the wearer wants to play according to the wearer's corresponding health status and corresponding environmental conditions in real time according to his or her own health condition, avoiding the wearer from accidentally entering the dangerous area and causing physical injury, thereby ensuring the effect of travel and health care. DETAILED DESCRIPTION

[0023] To make the objectives, technical solutions, and advantages of the embodiments of the present invention more clear, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts shall fall within the scope of protection of the present invention.

[0024] A travel and health care intelligent system, comprising a portable monitoring unit, a mobile edge terminal, a remote terminal, and an early warning unit;

[0025] The portable monitoring unit includes a positioning module, a body temperature monitoring module, a pulse monitoring module, a humidity monitoring module, a power supply module, a wireless signal receiving module, a wireless signal sending module, and an alarm module. The portable monitoring unit can monitor the wearer's body temperature, pulse, ambient humidity, and location in real time, exchange information with the mobile phone edge terminal in real time, and issue an alarm message to the wearer in the event of an abnormal situation.

[0026] The mobile phone edge terminal can receive information from the body-worn monitoring unit in real time and process and analyze the information sent by the body-worn monitoring unit, and at the same time regularly send relevant information of the wearer to the remote terminal. If the mobile phone edge terminal finds any problems after processing and analyzing the information sent by the body-worn monitoring unit, it will send warning information to both the body-worn monitoring unit and the remote terminal.

[0027] The remote terminal is used to receive information from the mobile phone edge terminal and transmit the information to the early warning unit when sub-health phenomena or health problems occur. At the same time, the remote terminal will also save the relevant data of each wearer for a period of time, so as to be able to monitor the wearer's data over a certain period of time for a long time;

[0028] The early warning unit can receive information from the remote terminal, and the early warning unit stores communication information of relevant personnel of the corresponding wearer. When the remote terminal sends information to the early warning unit, the early warning unit will send early warning information to the relevant personnel of the corresponding wearer when the wearer has problems, thereby ensuring that when the wearer has problems and does not pay attention to them, an early warning can be issued through the relevant personnel of the corresponding wearer, so that the relevant personnel of the corresponding wearer can effectively supervise the corresponding wearer in a timely manner.

[0029] Specifically, the positioning module, body temperature monitoring module, pulse monitoring module, humidity monitoring module, power supply module, wireless signal receiving module, wireless signal sending module and warning module described in this embodiment are integrated into a smart bracelet for easy wearing.

[0030] Specifically, the positioning module described in this embodiment adopts the Beidou positioning system for positioning. The mobile phone edge terminal can obtain the wearer's real-time location through the positioning module in real time, and feed back its location to the virtual map in real time. The wearer can set the travel route in advance. The remote terminal generates a virtual map after obtaining map information according to the travel route, and marks the dangerous area in the virtual map in advance. When the wearer approaches the dangerous area, the mobile phone edge terminal will send a warning or early warning information to the warning module of the portable monitoring unit and the remote terminal; at the same time, the remote terminal will also update the dangerous area of ​​the virtual map in real time according to the weather forecast in the wearer's travel area, and temporarily update the dangerous area of ​​the virtual map in the event of sudden weather changes by obtaining weather information in real time.

[0031] More specifically, the body temperature monitoring module and pulse monitoring module described in this embodiment can obtain the wearer's body temperature and pulse data in real time, so that when abnormal body temperature or pulse occurs, the mobile phone edge terminal can obtain and process the information in time. The humidity monitoring module can obtain the ambient humidity in real time, and the physical health status of the corresponding wearer is input into the mobile phone edge terminal, so as to set a reasonable body temperature range, pulse range and environmental humidity suitable for their play and exercise according to the health status of different wearers, thereby realizing real-time and effective monitoring according to the health status of different human bodies.

[0032] More specifically, the power supply module described in this embodiment is a rechargeable ternary lithium battery. The ternary lithium battery can be charged by connecting it to a data cable through a charging interface. The charging interface of the ternary lithium battery is a Type-C charging interface.

[0033] More specifically, the wireless signal receiving module and the wireless signal sending module described in this embodiment can transmit information to the mobile phone edge terminal through Bluetooth connection, WiFi hotspot connection, or 4 / 5G signal connection.

[0034] Furthermore, the warning module described in this embodiment includes a voice speaker and a warning light. After receiving the information, it warns the wearer by issuing a voice prompt and flashing the warning light. At the same time, it can also issue a warning to remind the wearer to charge in time when the power is low.

[0035] Furthermore, the mobile phone edge terminal described in this embodiment can be a mobile phone APP, a mobile phone applet, or a mobile phone HTML web page.

[0036] Furthermore, the remote terminal described in this embodiment can store the wearer's relevant data information in the past 14 days, and will process and analyze the relevant data information in the next 14 days. If a certain data information is within the normal range, but after a long period of time, if it continues to be a high or low value within the normal range, it proves that the wearer is in a sub-healthy state, and it is necessary to remind the wearer and the wearer's related personnel in time.

[0037] Furthermore, the communication information of relevant personnel corresponding to the wearer stored in the early warning unit described in this embodiment needs to be updated according to the wearer's travel and health care plan, and priority is given to filling in relevant personnel traveling with the wearer. After the communication information of the relevant personnel is filled in, the communication information filled in by them will be verified to ensure the accuracy of the filled-in communication information.

[0038] It has been proven through actual use that the travel and health-care effect of the relevant personnel has been improved by an average of more than 10% by using the present invention, thereby effectively ensuring the travel and health-care effect.

[0039] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the various embodiments of the present invention.

Claims

1. A travel and health care intelligent system, characterized by: It includes a portable monitoring unit, a mobile edge terminal, a remote terminal, and an early warning unit; The portable monitoring unit includes a positioning module, a body temperature monitoring module, a pulse monitoring module, a humidity monitoring module, a power supply module, a wireless signal receiving module, a wireless signal sending module, and an alarm module. The portable monitoring unit can monitor the wearer's body temperature, pulse, ambient humidity, and location in real time, exchange information with the mobile phone edge terminal in real time, and issue an alarm message to the wearer in the event of an abnormal situation. The mobile phone edge terminal can receive information from the body-worn monitoring unit in real time and process and analyze the information sent by the body-worn monitoring unit, and at the same time regularly send relevant information of the wearer to the remote terminal. If the mobile phone edge terminal finds any problems after processing and analyzing the information sent by the body-worn monitoring unit, it will send warning information to both the body-worn monitoring unit and the remote terminal. The remote terminal is used to receive information from the mobile phone edge terminal and transmit the information to the early warning unit when sub-health phenomena or health problems occur. At the same time, the remote terminal will also save the relevant data of each wearer for a period of time, so as to be able to monitor the wearer's data over a certain period of time for a long time; The early warning unit can receive information from the remote terminal, and the early warning unit stores communication information of relevant personnel of the corresponding wearer. When the remote terminal sends information to the early warning unit, the early warning unit will send early warning information to the relevant personnel of the corresponding wearer when the wearer has problems, thereby ensuring that when the wearer has problems and does not pay attention to them, an early warning can be issued through the relevant personnel of the corresponding wearer, so that the relevant personnel of the corresponding wearer can effectively supervise the corresponding wearer in a timely manner.

2. The intelligent travel and health care system according to claim 1, characterized in that: The positioning module, body temperature monitoring module, pulse monitoring module, humidity monitoring module, power supply module, wireless signal receiving module, wireless signal sending module and warning module are integrated into a smart bracelet for easy wearing.

3. The intelligent travel and health care system according to claim 1, characterized in that: The positioning module adopts the Beidou positioning system for positioning. The mobile phone edge terminal can obtain the real-time location of the wearer through the positioning module in real time, and feed back its location to the virtual map in real time. The wearer can set the travel route in advance. The remote terminal generates a virtual map after obtaining map information according to the travel route, and marks the dangerous areas in the virtual map in advance. When the wearer approaches the dangerous area, the mobile phone edge terminal will send a warning or early warning information to the warning module of the portable monitoring unit and the remote terminal; at the same time, the remote terminal will also update the dangerous areas of the virtual map in real time according to the weather forecast in the wearer's travel area, and temporarily update the dangerous areas of the virtual map in the event of sudden weather changes by obtaining weather information in real time.

4. The intelligent travel and health care system according to claim 1, characterized in that: The body temperature monitoring module and pulse monitoring module can obtain the wearer's body temperature and pulse data in real time, so that when abnormal body temperature or pulse occurs, the mobile phone edge terminal can obtain and process the information in time. The humidity monitoring module can obtain the ambient humidity in real time. The physical health condition of the corresponding wearer is input into the mobile phone edge terminal, so as to set a reasonable body temperature range, pulse range and ambient humidity suitable for their entertainment and sports according to the health condition of different wearers.

5. The intelligent travel and health care system according to claim 1, characterized in that: The power supply module is a rechargeable ternary lithium battery. The ternary lithium battery can be charged by connecting it to a data cable through a charging interface. The charging interface of the ternary lithium battery is a Type-C charging interface.

6. The intelligent travel and health care system according to claim 1, characterized in that: The wireless signal receiving module and the wireless signal sending module can transmit information to the mobile phone edge terminal through Bluetooth connection, WiFi hotspot connection or 4 / 5G signal connection.

7. The intelligent travel and health care system according to claim 1, characterized in that: The warning module includes a voice speaker and a warning light. After receiving the information, it warns the wearer by issuing a voice prompt and flashing the warning light. At the same time, it can also issue a warning to remind the wearer to charge in time when the battery is low.

8. The intelligent travel and health care system according to claim 1, characterized in that: The mobile phone edge terminal can be a mobile phone APP, a mobile phone applet, or a mobile phone HTML web page.

9. The intelligent travel and health care system according to claim 1, characterized in that: The remote terminal can store the wearer's relevant data information in the past 14 days, and will process and analyze the relevant data information in the next 14 days. If a certain data information is within the normal range, but after a long period of time, if it continues to be high or low within the normal range, it proves that the wearer is in a sub-healthy state, and it is necessary to promptly remind the wearer and the wearer's related personnel.

10. The intelligent travel and health care system according to claim 1, characterized in that: The communication information of the relevant personnel corresponding to the wearer stored in the early warning unit needs to be updated according to the wearer's travel and health care plan, and priority is given to filling in the relevant personnel traveling with the wearer. After the communication information of the relevant personnel is filled in, the communication information filled in by them will be verified.