CN115910258B - Health detecting system based on intelligence is dressed - Google Patents
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Abstract
The invention provides a health detection system based on intelligent wearing, which is characterized in that intelligent wearing equipment is configured for a plurality of users with health detection requirements and is used as an intelligent wearing equipment carrier node of the system to carry out health information interaction, when a specific intelligent wearing equipment carrier user interacts with other users, the health information of the users can be shared or hidden timely according to the three-dimensional data sharing priority of the system by referring to the body information data and the movement condition of the other users, health information of the users is acquired from a specific health information source user, and based on the acquired health information, the health detection dynamic adjustment of the system user is realized under the condition of the functional robustness of the differentiated user, and meanwhile, the privacy and the safety of the system user when the intelligent wearing equipment is used are ensured.
Description
Technical Field
The invention belongs to the technical field of new generation information, and particularly relates to a health detection system based on intelligent wearing.
Background
With the increasing reduction of the size and the gradual strengthening of the functions of electronic portable devices, more and more intelligent wearable devices are beginning to be applied to various fields of technical production and daily life.
Smart wearable devices are also referred to simply as wearable devices. The wearable device is in close contact with a user, can collect various human body data, and provides various interactive experiences such as vision, touch sense, hearing, health monitoring and the like; the wearable equipment is an extension of the use habit of the mobile phone, and the functions of part of message notification, music listening, phone making, health detection and the like can be realized without picking out the mobile phone, so that the wearable equipment is convenient to use and can develop towards the direction of the independent mobile terminal in the future. Along with technological progress and the development of the internet of things, the wearable equipment is higher and higher in integration level, smaller and smaller in size and stronger in practicality, so that people have more imaginative space in the future.
The support technology of the intelligent wearable equipment also relates to a plurality of categories, such as software support, data interaction, cloud big data and other related industry chains, and powerful technical support is provided for popularization of the intelligent wearable equipment, so that functions such as health monitoring, data analysis, information feedback, solutions and the like are realized.
Along with the gradual deepening of the development trend of medical electronics and informatization, the application of the intelligent wearable device in the medical health field is also wider, wherein the wearable intelligent health detection watch and the bracelet are more particularly suitable. The intelligent watch has moderate price, most of the intelligent watches have customized personalized dials, can also shoulder human health monitoring functions, is linked with intelligent home, and the like, and a few of the intelligent watches have complete mobile phone functions and can be used independently and separately from mobile phones. The intelligent bracelet can be regarded as a simplified intelligent watch, and has the advantages of focused functions and light design.
The common intelligent wearable equipment is used for only recording the physical condition information of the user and performing medical intervention judgment according to the information, so that the functional logic is simple and single, the normal and reference health tracking management mode of the user is not realized, and meanwhile, the priority level of the user is single, and the locking function and the information hiding function of the user are not fully considered. The invention provides a health detection system based on intelligent wearing, which is characterized in that intelligent wearing equipment is configured for a plurality of users with health detection requirements and is used as an intelligent wearing equipment carrier node of the system to carry out health information interaction, when a specific intelligent wearing equipment carrier user interacts with other users, the health information of the users can be shared or hidden timely according to the three-dimensional data sharing priority of the system by referring to the body information data and the movement condition of the other users, health information of the users is acquired from a specific health information source user, and based on the acquired health information, the health detection dynamic adjustment of the system user is realized under the condition of the functional robustness of the differentiated user, and meanwhile, the privacy and the safety of the system user when the intelligent wearing equipment is used are ensured.
Disclosure of Invention
The invention aims to provide a health detection system based on intelligent wearing, which is superior to the prior art.
In order to achieve the above object, the technical scheme of the present invention is as follows:
a health detection system based on intelligent wear, the system comprising:
the intelligent wearable device comprises a plurality of intelligent wearable device carriers, wherein the intelligent wearable device carriers bear users for devices of the intelligent wearable device, the intelligent wearable device carriers have intelligent wearable device carrier priorities, and the intelligent wearable device carrier priorities come from system definitions of a health detection system;
the intelligent wearable equipment comprises a plurality of intelligent wearable equipment, a plurality of intelligent wearable equipment carrier, a plurality of user-carried data collection and a plurality of user-carried data collection, wherein the plurality of intelligent wearable equipment is attached to the intelligent wearable equipment carrier one by one and records the intelligent wearable equipment carrier, namely, the equipment of the intelligent wearable equipment carries a user's mark data collection and a user's movement data collection;
the marker data set is used for characterizing body marker information of the user, the body marker information at least comprising: height/weight ratio, body fat rate;
the motion data set is used for representing motion information of the user, and the motion information at least comprises: number of walking/running in a cycle, time of walking/running in a cycle, distance of walking/running in a cycle;
the health detection system based on intelligent wearing obtains health information of the user through the intelligent wearing equipment, wherein the health information at least comprises a marking data set and a movement data set;
the first intelligent wearable device carrier has a first intelligent wearable device carrier priority, the first intelligent wearable device carrier priority is from a system algorithm of the health detection system, and the algorithm is specifically:
the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information;
the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system;
the health detection system based on intelligent wearing determines the first intelligent wearing equipment carrier according to the first priority setting parameter and the second priority setting parameter, namely, the first intelligent wearing equipment carrier priority of the equipment carrying user of the first intelligent wearing equipment;
when the first intelligent wearable device carrier, namely the device carrying user of the first intelligent wearable device and the second intelligent wearable device carrier, namely the device carrying user of the second intelligent wearable device approach to within a specific distance threshold, the first intelligent wearable device and the second intelligent wearable device mutually perform near-field sensing, perform interaction between device information of both sides and the first intelligent wearable device carrier priority and between the first intelligent wearable device carrier priority and the second intelligent wearable device carrier priority, determine the priority of both sides, and then keep the two-way communication channel silent;
if the first intelligent wearable device carrier is a high-priority party, after the reference mark is started, the first intelligent wearable device can initiate a health information acquisition request to a second intelligent wearable device to acquire health information of the second intelligent wearable device carrier, wherein the health information comprises a mark data set and a motion data set;
the reference mark is automatically opened when the high-priority party has the health information requirement for referring to the low-priority party;
the first intelligent wearable device carrier determines whether the second intelligent wearable device marker data set is selected as a health detection template;
when the first intelligent wearable device carrier determines that the second intelligent wearable device marking data set is selected as a health detection template, the second intelligent wearable device movement data set is used as system health detection standard reaching data;
the first intelligent wearable device detects a motion data set of the first intelligent wearable device carrier in a period, and if the motion data set of the first intelligent wearable device carrier does not exceed the system health detection standard reaching data, a health detection alarm is sent to the first intelligent wearable device carrier.
Preferably, the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information, specifically:
when a device bearing user of the first intelligent wearable device acquires the first intelligent wearable device, a device distribution server sets a user identifier of the device bearing user; the user identification at least comprises a user ID and a user medical attention identification;
the user ID characterizes the user identity;
the user medical attention identifier characterizes a degree of medical treatment that a user should receive in the smart wearable based health detection system;
when a user logs in the system, a system administrator acquires the user ID and the user medical attention identification, and determines corresponding first priority setting parameters based on the user medical attention identification.
Preferably, the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system, specifically:
the device carrying user of the first intelligent wearable device acquires user system login permission when registering in a system, wherein the user system login permission is preset by the system and allocated to the user when registering;
the user system login authority at least comprises:
lock authority: when the lock authority is opened, the system is used for allowing the user to lock the health information to the local, not allowing sharing, otherwise allowing the user to share the health information among system users within a specific distance threshold;
hiding permission: when the hidden permissions are open, they are used to allow the user to be unaware of even when within a certain distance threshold from other users, and vice versa.
Preferably, the user medical attention identifier is at least divided into the following:
a medical node identification to characterize that a user is only a medical participating node of the smart wearable based health detection system to collect their health information and share to other users in a specific case;
the medical monitoring device comprises a medical monitoring identifier, a data processing module and a data processing module, wherein the medical monitoring identifier is used for representing that a user is in a conventional medical monitoring mode, health information of the user needs to be collected, and the health information is locally reserved under the condition that the user does not actively share the health information;
and the medical focus mark is used for representing that the user is in a key medical monitoring mode, and health information of the user needs to be collected and medical information feedback is carried out on the health information.
Preferably, the system administrator acquires the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, which at least includes:
and when the medical attention mark of the user is the medical node mark, determining the first priority setting parameter as the information sharing level 1.
Preferably, the system administrator acquires the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, which at least includes:
and when the medical attention mark of the user is a medical monitoring mark, determining that the first priority setting parameter is the information sharing level 2.
Preferably, the system administrator acquires the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, which at least includes:
and when the medical focus mark of the user is the medical focus mark, determining the first priority setting parameter as the information sharing level 3.
Preferably, the health information of the medical node identification is collected and shared to other users under specific conditions, at least comprising:
the user medical attention identification of the other user should be a medical monitoring identification or a medical attention identification;
the medical node identifies that a user is within a particular distance threshold from the other users.
Preferably, the period is set to 7 days or 30 days.
Preferably, the specific distance threshold is set to 10m.
The invention provides a health detection system based on intelligent wearing, which is characterized in that intelligent wearing equipment is configured for a plurality of users with health detection requirements and is used as an intelligent wearing equipment carrier node of the system to carry out health information interaction, when a specific intelligent wearing equipment carrier user interacts with other users, the health information of the users can be shared or hidden timely according to the three-dimensional data sharing priority of the system by referring to the body information data and the movement condition of the other users, health information of the users is acquired from a specific health information source user, and based on the acquired health information, the health detection dynamic adjustment of the system user is realized under the condition of the functional robustness of the differentiated user, and meanwhile, the privacy and the safety of the system user when the intelligent wearing equipment is used are ensured.
Drawings
FIG. 1 is a basic system block diagram of a smart wearable based health detection system shown in the present invention;
FIG. 2 is a schematic diagram of a preferred embodiment of a system architecture in which a first smart wearable device carrier is interconnected with each module of the smart wearable based health detection system of the present invention;
FIG. 3 is a schematic diagram of a preferred embodiment of a system architecture in which a second smart wearable device carrier is interconnected with each module of the smart wearable based health detection system of the present invention;
FIG. 4 is a diagram of a preferred embodiment of the smart wear based health detection system of the present invention wherein a first smart wear device is interconnected with a second smart wear device;
FIG. 5 is a schematic diagram of a preferred embodiment of the system platform end of the present invention interconnected with other system modules.
Detailed Description
Several embodiments and advantages of the smart wear-based health detection system and method as claimed herein are described in detail below to facilitate more detailed examination and resolution of the present invention.
For a better understanding of the technical solution of the present invention, the following detailed description of the embodiments of the present invention refers to the accompanying drawings.
It should be understood that the described embodiments are merely some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The terminology used in the embodiments of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in this application and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.
It should be understood that the term "and/or" as used herein is merely one relationship describing the association of the associated objects, meaning that there may be three relationships, e.g., a and/or B, may represent: a exists alone, A and B exist together, and B exists alone. In addition, the character "/" herein generally indicates that the front and rear associated objects are an "or" relationship.
It should be understood that although the terms first, second, etc. may be used in embodiments of the invention to describe a method and corresponding device, these terms should not be limited to these terms. These terms are only used to distinguish keywords from one another. For example, the first priority setting parameter, the first smart wearable carrier, etc. may also be referred to as the second priority setting parameter, the second smart wearable carrier, etc. and similarly, the second priority setting parameter, the second smart wearable carrier, etc. may also be referred to as the first priority setting parameter, the first smart wearable carrier, etc. without departing from the scope of the embodiments of the present invention.
Depending on the context, the word "if" as used herein may be interpreted as "at … …" or "at … …" or "in response to a determination" or "in response to detection". Similarly, the phrase "if determined" or "if detected (stated condition or event)" may be interpreted as "when determined" or "in response to determination" or "when detected (stated condition or event)" or "in response to detection (stated condition or event), depending on the context.
1-5 in the accompanying drawings, one embodiment of the intelligent wearable health detection system and a specific containing module thereof claimed in the present invention includes:
the intelligent wearable device comprises a plurality of intelligent wearable device carriers, wherein the intelligent wearable device carriers bear users for devices of the intelligent wearable device, the intelligent wearable device carriers have intelligent wearable device carrier priorities, and the intelligent wearable device carrier priorities come from system definitions of a health detection system;
the intelligent wearable equipment comprises a plurality of intelligent wearable equipment, a plurality of intelligent wearable equipment carrier, a plurality of user-carried data collection and a plurality of user-carried data collection, wherein the plurality of intelligent wearable equipment is attached to the intelligent wearable equipment carrier one by one and records the intelligent wearable equipment carrier, namely, the equipment of the intelligent wearable equipment carries a user's mark data collection and a user's movement data collection;
the marker data set is used for characterizing body marker information of the user, the body marker information at least comprising: height/weight ratio, body fat rate;
the motion data set is used for representing motion information of the user, and the motion information at least comprises: number of walking/running in a cycle, time of walking/running in a cycle, distance of walking/running in a cycle;
the health detection system based on intelligent wearing obtains health information of the user through the intelligent wearing equipment, wherein the health information at least comprises a marking data set and a movement data set;
the first intelligent wearable device carrier has a first intelligent wearable device carrier priority, the first intelligent wearable device carrier priority is from a system algorithm of the health detection system, and the algorithm is specifically:
the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information;
the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system;
the health detection system based on intelligent wearing determines the first intelligent wearing equipment carrier according to the first priority setting parameter and the second priority setting parameter, namely, the first intelligent wearing equipment carrier priority of the equipment carrying user of the first intelligent wearing equipment;
when the first intelligent wearable device carrier, namely the device carrying user of the first intelligent wearable device and the second intelligent wearable device carrier, namely the device carrying user of the second intelligent wearable device approach to within a specific distance threshold, the first intelligent wearable device and the second intelligent wearable device mutually perform near-field sensing, perform interaction between device information of both sides and the first intelligent wearable device carrier priority and between the first intelligent wearable device carrier priority and the second intelligent wearable device carrier priority, determine the priority of both sides, and then keep the two-way communication channel silent;
if the first intelligent wearable device carrier is a high-priority party, after the reference mark is started, the first intelligent wearable device can initiate a health information acquisition request to a second intelligent wearable device to acquire health information of the second intelligent wearable device carrier, wherein the health information comprises a mark data set and a motion data set;
the reference mark is automatically opened when the high-priority party has the health information requirement for referring to the low-priority party;
the first intelligent wearable device carrier determines whether the second intelligent wearable device marker data set is selected as a health detection template;
when the first intelligent wearable device carrier determines that the second intelligent wearable device marking data set is selected as a health detection template, the second intelligent wearable device movement data set is used as system health detection standard reaching data;
the first intelligent wearable device detects a motion data set of the first intelligent wearable device carrier in a period, and if the motion data set of the first intelligent wearable device carrier does not exceed the system health detection standard reaching data, a health detection alarm is sent to the first intelligent wearable device carrier.
As a stackable preferred embodiment, the health detection system based on intelligent wearing further comprises a system platform, wherein the system platform is used for sending intelligent wearing equipment carrier health information updating instructions to each intelligent wearing equipment, and the intelligent wearing equipment is used for feeding back intelligent wearing equipment carrier health information to the system platform regularly and storing and updating the intelligent wearing equipment carrier health information at a platform end.
The system platform is also used for storing priority information of the plurality of intelligent wearable device carriers.
As a stackable preferred embodiment, the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information, specifically:
when a device bearing user of the first intelligent wearable device acquires the first intelligent wearable device, a device distribution server sets a user identifier of the device bearing user; the user identification at least comprises a user ID and a user medical attention identification;
the user ID characterizes the user identity;
the user medical attention identifier characterizes a degree of medical treatment that a user should receive in the smart wearable based health detection system;
when a user logs in the system, a system administrator acquires the user ID and the user medical attention identification, and determines corresponding first priority setting parameters based on the user medical attention identification.
As another stackable preferred embodiment, the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system, specifically:
the device carrying user of the first intelligent wearable device acquires user system login permission when registering in a system, wherein the user system login permission is preset by the system and allocated to the user when registering;
the user system login authority at least comprises:
lock authority: when the lock authority is opened, the system is used for allowing the user to lock the health information to the local, not allowing sharing, otherwise allowing the user to share the health information among system users within a specific distance threshold;
hiding permission: when the hidden permissions are open, they are used to allow the user to be unaware of even when within a certain distance threshold from other users, and vice versa.
As another stackable preferred embodiment, the user medical attention identifier is at least divided into the following:
a medical node identification to characterize that a user is only a medical participating node of the smart wearable based health detection system to collect their health information and share to other users in a specific case;
the medical monitoring device comprises a medical monitoring identifier, a data processing module and a data processing module, wherein the medical monitoring identifier is used for representing that a user is in a conventional medical monitoring mode, health information of the user needs to be collected, and the health information is locally reserved under the condition that the user does not actively share the health information;
and the medical focus mark is used for representing that the user is in a key medical monitoring mode, and health information of the user needs to be collected and medical information feedback is carried out on the health information.
As another stackable preferred embodiment, the system administrator obtains the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, where the first priority setting parameter at least includes:
and when the medical attention mark of the user is the medical node mark, determining the first priority setting parameter as the information sharing level 1.
As another stackable preferred embodiment, the system administrator obtains the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, where the first priority setting parameter at least includes:
and when the medical attention mark of the user is a medical monitoring mark, determining that the first priority setting parameter is the information sharing level 2.
As another stackable preferred embodiment, the system administrator obtains the user ID and the user medical attention identifier, and determines the corresponding first priority setting parameter based on the user medical attention identifier, where the first priority setting parameter at least includes:
and when the medical focus mark of the user is the medical focus mark, determining the first priority setting parameter as the information sharing level 3.
As a stackable preferred embodiment, the determining, by the health detection system based on intelligent wearing, the first intelligent wearing device carrier, that is, the first intelligent wearing device carrier priority of the device carrying the user of the first intelligent wearing device, according to the first priority setting parameter and the second priority setting parameter, specifically includes: the health detection system based on intelligent wearing determines a first priority setting parameter and a second priority setting parameter of the first intelligent wearing equipment carrier, if the first priority setting parameter is the information sharing level 1, ignoring the second priority setting parameter and directly setting the second priority setting parameter as a low priority; if the first priority setting parameter is the information sharing level 2, the second priority setting parameter is the lock authority switch and the hidden authority switch, setting the second priority setting parameter as the next lowest priority; if the first priority setting parameter is the information sharing level 2 and the second priority setting parameter is the lock authority opening, setting the first priority setting parameter as the medium priority; if the first priority setting parameter is the information sharing level 2, the second priority setting parameter is the lock authority switch and the hidden authority is opened, setting the second priority setting parameter as the next highest priority; if the first priority setting parameter is the information sharing level 3, the first priority setting parameter is directly set to be high priority. The priority is as follows from high to low: high priority, next highest priority, medium priority, next lowest priority, low priority.
When the first intelligent wearable device carrier, namely the device carrying user of the first intelligent wearable device and the second intelligent wearable device carrier, namely the device carrying user of the second intelligent wearable device are close to within a specific distance threshold, the first intelligent wearable device and the second intelligent wearable device are mutually subjected to near-field sensing, interaction of device information of both sides, the first intelligent wearable device carrier priority and the second intelligent wearable device carrier priority information is carried out, and the priority of both sides is determined, but the bidirectional communication channel is silent. The high priority party user has the request authority for requesting to acquire the health information of the other party. And allows a high priority party to obtain the set of tagged data and the set of athletic data from a low priority party.
As another stackable preferred embodiment, collecting health information of the medical node identification and sharing to other users in a specific case, at least comprises:
the user medical attention identification of the other user should be a medical monitoring identification or a medical attention identification;
the medical node identifies that a user is within a particular distance threshold from the other users.
As another stackable preferred embodiment, the period is set to 7 days or 30 days. The specific distance threshold is set to 10m.
The invention provides a health detection system based on intelligent wearing, which is characterized in that intelligent wearing equipment is configured for a plurality of users with health detection requirements and is used as an intelligent wearing equipment carrier node of the system to carry out health information interaction, when a specific intelligent wearing equipment carrier user interacts with other users, the health information of the users can be shared or hidden timely according to the three-dimensional data sharing priority of the system by referring to the body information data and the movement condition of the other users, health information of the users is acquired from a specific health information source user, and based on the acquired health information, the health detection dynamic adjustment of the system user is realized under the condition of the functional robustness of the differentiated user, and meanwhile, the privacy and the safety of the system user when the intelligent wearing equipment is used are ensured.
In all the above embodiments, in order to achieve the requirements of some special data transmission and read/write functions, devices, modules, devices, hardware, pin connections or memories and processor differences may be added to the operation process of the above method and the corresponding devices to expand the functions.
It will be clearly understood by those skilled in the art that, for convenience and brevity of description, specific working procedures of the above-described method, apparatus and unit may refer to corresponding procedures in the foregoing method embodiments, which are not repeated herein.
In the several embodiments provided in the present invention, it should be understood that the disclosed systems, devices, and methods may be implemented in other manners. For example, the apparatus embodiments described above are merely illustrative, e.g., the division of method steps is merely a logical or functional division, and there may be additional divisions when actually implemented, e.g., multiple units or components may be combined or integrated into another system, or some features may be omitted, or not performed. Alternatively, the coupling or direct coupling or communication connection shown or discussed with each other may be an indirect coupling or communication connection via some interfaces, devices or units, which may be in electrical, mechanical or other form.
The units described as the steps of the method and the separation components of the device may or may not be logically or physically separated, may not be physical units, may be located in one place, or may be distributed over a plurality of network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
In addition, each method step, implementation and functional unit in each embodiment of the present invention may be integrated in one processing unit, or each unit may exist alone physically, or two or more units may be integrated in one unit. The integrated units may be implemented in hardware or in hardware plus software functional units.
The above-described methods and apparatus may be implemented as integrated units in the form of software functional units, which may be stored in a computer readable storage medium. The software functional unit is stored in a storage medium, and includes several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) or a Processor (Processor) to perform part of the steps of the methods according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (Random Access Memory, RAM), an NVRAM, a magnetic disk, or an optical disk, or other various media capable of storing program codes.
The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather to enable any modification, equivalent replacement, improvement or the like to be made within the spirit and principles of the invention.
It should be noted that: the above embodiments are only for more clearly explaining and illustrating the technical solution of the present invention, and are not limiting thereof; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (1)
1. A health detection system based on intelligent wear, the system comprising:
the intelligent wearable device comprises a plurality of intelligent wearable device carriers, wherein the intelligent wearable device carriers bear users for devices of the intelligent wearable device, the intelligent wearable device carriers have intelligent wearable device carrier priorities, and the intelligent wearable device carrier priorities come from system definitions of a health detection system;
the intelligent wearable equipment comprises a plurality of intelligent wearable equipment, a plurality of intelligent wearable equipment carrier, a plurality of user-carried data collection and a plurality of user-carried data collection, wherein the plurality of intelligent wearable equipment is attached to the intelligent wearable equipment carrier one by one and records the intelligent wearable equipment carrier, namely, the equipment of the intelligent wearable equipment carries a user's mark data collection and a user's movement data collection;
the marker data set is used for characterizing body marker information of the user, the body marker information at least comprising: height/weight ratio, body fat rate;
the motion data set is used for representing motion information of the user, and the motion information at least comprises: number of walking/running in a cycle, time of walking/running in a cycle, distance of walking/running in a cycle;
the health detection system based on intelligent wearing obtains health information of the user through the intelligent wearing equipment, wherein the health information at least comprises a marking data set and a movement data set;
the first intelligent wearable device carrier has a first intelligent wearable device carrier priority, the first intelligent wearable device carrier priority comes from a system algorithm of the health detection system, and the algorithm is specifically:
the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information;
the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system;
the health detection system based on intelligent wearing determines the first intelligent wearing equipment carrier according to the first priority setting parameter and the second priority setting parameter, namely, the first intelligent wearing equipment carrier priority of the equipment carrying user of the first intelligent wearing equipment;
when the first intelligent wearable device carrier, namely the device carrying user of the first intelligent wearable device and the second intelligent wearable device carrier, namely the device carrying user of the second intelligent wearable device approach to within a specific distance threshold, the first intelligent wearable device and the second intelligent wearable device mutually perform near-field sensing, perform interaction between device information of both sides and the first intelligent wearable device carrier priority and between the first intelligent wearable device carrier priority and the second intelligent wearable device carrier priority, determine the priority of both sides, and then keep the two-way communication channel silent;
if the first intelligent wearable device carrier is a high-priority party, after the reference mark is started, the first intelligent wearable device can initiate a health information acquisition request to a second intelligent wearable device to acquire health information of the second intelligent wearable device carrier, wherein the health information comprises a mark data set and a motion data set; the reference mark is automatically opened when the high-priority party has the health information requirement of the reference low-priority party;
the first intelligent wearable device carrier determines whether the second intelligent wearable device marker data set is selected as a health detection template;
when the first intelligent wearable device carrier determines that the second intelligent wearable device marking data set is selected as a health detection template, the second intelligent wearable device movement data set is used as system health detection standard reaching data;
the first intelligent wearable device detects a motion data set of the first intelligent wearable device carrier in a period, and if the motion data set of the first intelligent wearable device carrier does not exceed the system health detection standard reaching data, a health detection alarm is sent to the first intelligent wearable device carrier;
the health detection system based on intelligent wearing further comprises a system platform, wherein the system platform is used for sending intelligent wearing equipment carrier health information updating instructions to each intelligent wearing equipment, and is used for feeding back the intelligent wearing equipment carrier health information to the system platform at regular intervals and storing and updating the intelligent wearing equipment carrier health information at a platform end;
the system platform is further used for storing priority information of the plurality of intelligent wearable equipment carriers;
the health detection system based on intelligent wearing determines a first priority setting parameter according to user system login information, specifically:
when a device bearing user of the first intelligent wearable device acquires the first intelligent wearable device, a device distribution server sets a user identifier of the device bearing user; the user identification at least comprises a user ID and a user medical attention identification;
the user ID characterizes the user identity;
the user medical attention identifier characterizes a degree of medical treatment that a user should receive in the smart wearable based health detection system;
when a user logs in a system, a system administrator acquires a user ID and a user medical attention identifier, and determines a corresponding first priority setting parameter based on the user medical attention identifier;
the health detection system based on intelligent wearing determines a second priority setting parameter according to the login authority of the user system, specifically:
the device carrying user of the first intelligent wearable device acquires user system login permission when registering in a system, wherein the user system login permission is preset by the system and allocated to the user when registering;
the user system login authority at least comprises:
lock authority: when the lock authority is opened, the system is used for allowing the user to lock the health information to the local, not allowing sharing, otherwise allowing the user to share the health information among system users within a specific distance threshold;
hiding permission: when the hidden permission is opened, the hidden permission is used for allowing the user to be not perceived even if the hidden permission is within a specific distance threshold with other users, and vice versa;
the user medical attention mark is at least divided into the following:
a medical node identification to characterize that a user is only a medical participating node of the smart wearable based health detection system to collect their health information and share to other users in a specific case; the medical monitoring device comprises a medical monitoring identifier, a data processing module and a data processing module, wherein the medical monitoring identifier is used for representing that a user is in a conventional medical monitoring mode, health information of the user needs to be collected, and the health information is locally reserved under the condition that the user does not actively share the health information;
the medical focus identification is used for representing that a user is in a key medical monitoring mode, health information of the user needs to be collected, and medical information feedback is carried out on the health information;
the system administrator obtains the user ID and the user medical attention identifier, and determines corresponding first priority setting parameters based on the user medical attention identifier, wherein the method at least comprises the following steps:
when the medical attention mark of the user is a medical node mark, determining that a first priority setting parameter of the medical attention mark is an information sharing level 1;
the system administrator obtains the user ID and the user medical attention identifier, and determines corresponding first priority setting parameters based on the user medical attention identifier, wherein the method at least comprises the following steps:
when the medical attention mark of the user is a medical monitoring mark, determining that a first priority setting parameter of the medical attention mark is an information sharing level 2;
the system administrator obtains the user ID and the user medical attention identifier, and determines corresponding first priority setting parameters based on the user medical attention identifier, wherein the method at least comprises the following steps:
when the medical attention mark of the user is a medical focus mark, determining that a first priority setting parameter of the user is an information sharing level 3;
the health detection system based on intelligent wearing determines the first intelligent wearing equipment carrier according to the first priority setting parameter and the second priority setting parameter, namely, the first intelligent wearing equipment carrier priority of the equipment carrying user of the first intelligent wearing equipment is specifically as follows: the health detection system based on intelligent wearing determines a first priority setting parameter and a second priority setting parameter of the first intelligent wearing equipment carrier, if the first priority setting parameter is the information sharing level 1, ignoring the second priority setting parameter, and directly setting the second priority setting parameter as a low priority; if the first priority setting parameter is the information sharing level 2, the second priority setting parameter is the lock authority switch and the hidden authority switch, setting the second priority setting parameter as the next lowest priority; if the first priority setting parameter is the information sharing level 2 and the second priority setting parameter is the lock authority opening, setting the first priority setting parameter as the medium priority; if the first priority setting parameter is the information sharing level 2, the second priority setting parameter is the lock authority switch and the hidden authority is opened, setting the second priority setting parameter as the next highest priority; if the first priority setting parameter is the information sharing level 3, directly setting the first priority setting parameter as a high priority; the priority is as follows from high to low: high priority, next highest priority, medium priority, next lowest priority, low priority;
collecting health information identified by the medical nodes and sharing the health information to other users under specific conditions at least comprises: the user medical attention identification of the other user should be a medical monitoring identification or a medical attention identification;
the medical node identifying that a user is within a particular distance threshold from the other users;
the period is set to 7 days or 30 days;
the specific distance threshold is set to 10m.
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