CN112669927A - Household health service system - Google Patents
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Abstract
The invention provides a household health service system which comprises a mobile working end and a cloud system platform, wherein the mobile working end is connected with the cloud system platform through a wireless communication system; the mobile working end comprises a power amplifier module, a voice input module and a networking module; on the basis of a traditional loudspeaker box used by the old, a cloud system platform is arranged, so that the loudspeaker box has medical functions of medical health consultation, supervision, pre-diagnosis, emergency help seeking and the like; on the other hand, the data transmission mode of the traditional sound box and the mobile intelligent device is greatly expanded, and meanwhile, a plurality of advantages of mutual parallel connection, linkage operation and the like of a plurality of devices can be conveniently realized.
Description
Technical Field
The invention relates to the technical field of medical health, in particular to a household health service system.
Background
At present, various forms appear in the market for intelligent sound box products, intelligent function has been increased on traditional audio amplifier's basis to it, technically, it provides wireless connection's such as wifi/BT (bluetooth) function, can carry out radio communication, and functionally, it provides wireless communication system services such as music, audio books, still provides the intelligent house control service of scene.
The conventional intelligent sound box generally comprises intelligent voice recognition, control and power amplification functions, the conventional user groups are generally young people, but the frequency of using the sound box is higher for the old people at present, but the sound box suitable for the old people in the market at present has a single function, generally only has a music playing function, and can not work in parallel when a plurality of sound boxes are connected with each other, and the conventional music data source is an SD card or is connected with intelligent mobile equipment through Bluetooth, but the two connection modes have obvious defects and can not well meet the requirements of the old people; on the other hand, the aging situation of the population in China is severe at present, and the physical conditions of a large number of old people are in the current situation without supervision.
Disclosure of Invention
In order to solve the problems, the invention provides a household health service system, which is provided with a cloud system platform on the basis of a traditional sound box used by the old, so that the system has medical functions of medical health consultation, supervision, pre-diagnosis, help seeking and the like; on the other hand, the data transmission mode of the traditional sound box and the mobile intelligent device is greatly expanded, and meanwhile, the linkage operation of a plurality of devices can be conveniently realized.
The technical scheme adopted by the invention is as follows:
a home health service system comprises a mobile working end and a cloud system platform, wherein the mobile working end is connected with the cloud system platform through a wireless communication system;
the mobile working end comprises a power amplifier module, a voice input module and a networking module;
the voice input module is used for collecting voice instructions and health voice information of a user;
the cloud system platform is used for receiving the voice instruction from the voice input module and feeding back corresponding response information according to the voice instruction information; meanwhile, a health report generated according to the health information is fed back according to the health information from the voice input module;
the networking module is used for being connected with an intelligent mobile terminal of a user or realizing the mutual connection of a plurality of mobile working ends;
the power amplification module transmits voice information from the intelligent mobile terminal of the user, response information from the cloud system platform and health report information to the user.
In one embodiment, the voice input module comprises a sound pickup, and the sound pickup converts the collected voice commands of the user and the collected health voice information into electric signals and transmits the electric signals to the cloud system platform through a wireless communication system.
In one embodiment, the cloud system platform is used for analyzing according to the voice instruction from the voice input module, then automatically retrieving the corresponding medical information in the cloud system platform, and feeding the medical information back to the power amplification module through the wireless communication system; meanwhile, the cloud system platform establishes a medical health model specially belonging to an individual according to the health information from the voice input module, automatically generates a health report according to the uploaded health information, and feeds the health report back to the power amplification module through a wireless communication system.
In one embodiment, the networking module comprises a type-c interface, and information interaction and charging operation are realized with the intelligent mobile terminal of a user through the type-c interface; meanwhile, the networking module realizes the linkage operation of the mobile working ends of the simultaneous digital stations in a mobile network or WIFI communication mode provided by a built-in mobile phone card.
In one embodiment, the power amplifier module comprises a voice broadcaster, and the voice broadcaster is used for feeding back voice information from the intelligent mobile terminal of the user, response information from the cloud system platform and the content of the health report to the user in real time.
In one embodiment, the power amplifier module further comprises a touch display screen, and the touch display screen is used for displaying text information from the intelligent mobile terminal of the user, response information from the cloud system and text contents of the health report, and is also used for inputting instruction information and health information of the user.
In one embodiment, a camera is arranged on the touch display screen, the cloud system platform is arranged in a hospital, and hospital staff can perform medical follow-up visits on a user through the cloud system platform and the mobile working end or the user can realize video voice communication with the hospital staff through the cloud system platform and the mobile working end.
In one embodiment, the user can make appointment registration and registration charging through the mobile working end and the cloud system platform.
In one embodiment, the mobile working end further comprises an identity authentication module, and the identity authentication module is used for authenticating identity information of a user to determine whether the user is authorized to log in and use the mobile working end.
In one embodiment, the mobile working end further comprises an emergency call module, and the emergency call module is used for enabling a user to directly connect various emergency mechanisms in case of emergency.
Compared with the prior art, the household health service system provided by the invention has the following advantages:
1. on the basis of the traditional loudspeaker box used by the old, the cloud system platform arranged in the hospital is matched, so that the medical functions of personal medical health consultation, supervision, pre-diagnosis registration, emergency help seeking and the like of the old are realized, and the body condition of the old is favorably and effectively monitored.
2. By arranging the networking module, the type-c interface included in the networking module can conveniently realize quick and effective connection with the intelligent mobile terminal of a user, so that the operation is simple, the use of the old people is convenient, and meanwhile, the data interaction and charging operation between the sound box and the intelligent mobile terminal can be realized; on the other hand, through the networking module, linkage operation between a plurality of mobile working ends can be conveniently realized, and the convenience of equipment use is greatly improved.
Drawings
FIG. 1 is a block diagram schematically illustrating the structure of the present invention;
FIG. 2 is a schematic diagram of a basic flow of protocol authorization in the present invention;
FIG. 3 is a schematic diagram of a knowledge-graph building process in the present invention;
FIG. 4 is a schematic diagram of an off-line batch analysis in accordance with the present invention.
Detailed Description
As shown in fig. 1, a home health service system includes a mobile working end and a cloud system platform, wherein the mobile working end is connected with the cloud system platform through a wireless communication system;
the mobile working end comprises a power amplifier module, a voice input module and a networking module;
the voice input module is used for collecting voice instructions and health voice information of a user;
the cloud system platform is used for receiving the voice instruction from the voice input module and feeding back corresponding response information according to the voice instruction information; meanwhile, a health report generated according to the health information is fed back according to the health information from the voice input module;
the networking module is used for being connected with an intelligent mobile terminal of a user or realizing the mutual connection of a plurality of mobile working ends;
the power amplification module transmits voice information from the intelligent mobile terminal of the user, response information from the cloud system platform and health report information to the user.
Specifically, before using the mobile working end of the present invention, a user needs to perform authentication through an authentication module, and the authentication method is as follows:
the user uploads three user certificate photos of the front side, the back side and the hand of the user, and after the application is successful, hospital personnel verify the certificates through the cloud system platform to check the identities;
or the cloud system platform automatically interfaces with an Ali information system and an Tencent real-name authentication system to realize real-name and face recognition calling, so that the complicated step of uploading the certificate can be avoided, if the WeChat real name of the application is consistent with the patient, the patient does not need the face recognition step;
if the WeChat real name of the initiated application is inconsistent with the patient, the hospital personnel need to call face recognition and compare the identity real name information to determine the identity information of the user;
after the identity information is confirmed, if the identity information is confirmed to be correct, the user can enter the system to perform corresponding operation, if the identity information does not pass through the identity verification link, the user can only enter the system by the identity of the tourist, the system is performed by the identity of the tourist, and the system can not record and store the operation information performed by the user.
The voice input module comprises a sound pick-up, and the collected voice instruction of the user and the collected health voice information are converted into electric signals by using the sound pick-up and a related circuit and are transmitted to the cloud system platform through the wireless communication system; the cloud system platform is used for analyzing according to the voice instruction from the voice input module, automatically searching corresponding medical information in the cloud system platform, and feeding the medical information back to the power amplification module through the wireless communication system; meanwhile, the cloud system platform establishes a medical health model special for an individual according to the health information from the voice input module, automatically generates a health report according to the uploaded health information, and feeds the health report back to the power amplification module through the wireless communication system; for example, a user issues an instruction to the device through sound, and the mobile working end transmits the instruction to the voice platform of the cloud system platform through the wireless communication system for processing. For example, if the old wants to know the latest health video, the cloud system platform looks up health information collected in the system immediately as long as the old says 'health open health' to the mobile working end, and then reads the information to the user through the power amplifier module by the mobile working end; if the old people are uncomfortable and suddenly feel headache and dizziness, if the mobile working end says 'healthy headache', the cloud system platform can automatically recognize the symptom information, inquire the duration of the headache of the old people, broadcast the symptom information to the old people through the mobile working end, continuously inquire whether the symptom information suddenly appears or slowly appears after the old people answer the duration of the headache, collect detailed symptom information of the old people in a question-and-answer mode, give an old people symptom solution after the question-and-answer mode, help the old people to solve the body discomfort in a mode of recommending nutrition diet, life notes and the like, and form an exclusive electronic medical record; the mobile working end can remind the old people whether to seek medical advice nearby according to the symptom severity of the old people, the old people reply to 'health medical advice', the hospital department of visiting medical advice is recommended intelligently immediately, reservation registration service is provided, and the old people can complete the reservation registration service by clicking the reservation registration service function on the screen. The mobile working end realizes data acquisition of dynamic health indexes of the old, and as long as the old says 'healthy blood pressure 120/80' towards the mobile working end, the cloud system platform can automatically judge the information as the numerical values of systolic pressure and diastolic pressure of the blood pressure of the old at that time, and the health card punching on the same day is completed. Through the voice conversation between the old and the mobile working end, the old directly speaks index values such as body temperature, blood pressure, pulse, height, weight, sleeping time, blood sugar and blood oxygen, the cloud system platform automatically records health condition information, and according to the health information, a health life quality index model dynamically updates the index values.
Preferably, the networking module comprises a type-c interface, information interaction and charging operation are achieved through the type-c interface and an intelligent mobile terminal of a user, and the networking module has the advantages of being fast and stable in data transmission and the like; meanwhile, when the outdoor mobile terminal is located outdoors and has no wired network, the networking module realizes simultaneous mobile working end linkage operation through a mobile network provided by a mobile phone card arranged in the mobile working end; when the indoor wired network exists, the networking module can realize simultaneous mobile working end linkage operation through a WIFI communication mode.
Preferably, the power amplifier module comprises a voice broadcaster, and is used for broadcasting voice information from the intelligent mobile terminal of the user in real time, such as music playing information and multimedia voice playing information from the intelligent mobile terminal of the user, through a loudspeaker contained in the power amplifier module;
and the cloud system platform automatically updates health index numerical values in the health model generated for each user according to response information of the cloud system about the problems consulted by the user and health information uploaded by the user every time, and generates a corresponding health report to be fed back to the user through the loudspeaker voice broadcast, so that the user can know the self body condition in time and make corresponding medical measures, and the health of the old is facilitated.
Preferably, the power amplifier module further comprises a touch display screen, wherein the touch display screen is used for displaying text information from the intelligent mobile terminal of the user, response information from the cloud system and text contents of the health report, and is also used for inputting instruction information and health information of the user;
through addding the touch-control display screen, avoided appearing the inconvenient condition of operation because of the old man that some hearing is not good appearing, simultaneously, the user can also input the instruction information of oneself through this touch-control display screen, has realized pronunciation and the dual input mode of text, great improvement the convenience that this equipment used.
Specifically, remove the work end and still include the camera, high in the clouds system platform sets up in the hospital, hospital staff accessible high in the clouds system platform and remove the work end and carry out the follow-up visit or the user accessible in the aspect of the medical treatment to the user high in the clouds system platform and remove the work end and hospital staff realizes video voice communication, for example: the voice and video communication between the remote server and the user is realized by inquiring the postoperative rehabilitation condition, regularly inquiring a signed family doctor and the like;
preferably, the user can make appointment registration and registration charging through the mobile working end and the cloud system platform; when the old man says 'health reservation registration' to the mobile working end, the system immediately and intelligently recommends the hospital department of seeing a doctor and provides reservation registration service, the old man can complete the reservation registration service by clicking the reservation registration service function on the screen, and collects the required cost of registration on line, thereby saving a plurality of time-consuming processes such as registration, queuing and payment in the hospital.
The system is installed in a mobile phone application mode, a WeChat applet, a WeChat public number or can provide a service advisor, online consultation, online medicine purchasing, online rehabilitation and nursing service appointment, check detection reports, check examination reports, check electronic files, check health life quality indexes and check health credit point indexes for a user through a browser and other operation modes.
According to the household health service system provided by the invention, a user can complete daily health index value recording directly through voice video conversation; if physical discomfort occurs, the system can directly inquire by voice, and a solution can be provided; if the rehabilitation nursing service is needed, the user can directly make a reservation service order by voice; the mental health service is carried out on the user in a voice communication mode without operating mobile equipment such as a mobile phone, so that the operation steps of the user are greatly reduced, and the use communication frequency between the working end and the user is enhanced; the physical health condition and the psychological health condition of the user are supervised by providing rehabilitation service, rescue service, consultation service, health knowledge service, psychological counseling service and other services which are urgently needed by the user.
In the wireless communication system in this embodiment, a 2G, 3G, 4G, or 5G mobile communication technology of china mobile, china unicom, or chinese telecom operation may be used for a long-distance call, a WLAN wireless local area network, ZigBee, Bluetooth (Bluetooth), Ultra Wide Band (Ultra Wide Band), or Near Field Communication (NFC) may be used for a short-distance call, and which wireless communication system is specifically used may be determined according to a local network construction situation.
By utilizing an oauth2.0 protocol, the mobile working end controls the central video equipment to be in butt joint with the third-party service through the intelligent equipment; and the third-party platform performs authentication and authorization according to the protocol, and can be accessed into a service module of the platform after authentication and authorization so as to provide services for the user.
As shown in FIG. 2, the basic flow of the protocol is as follows, (1) a Client requests the authorization of an RO, and the request generally includes information such as a resource path to be accessed, an operation type, and the identity of the Client. (2) The RO approves the authorization and sends "proof of authorization" to the Client. This is something outside the protocol as to how the RO is approved. Typically, the AS provides an authorization and approval interface for the RO to display approval. (3) The Client requests an "Access Token (Access Token)" from the AS. At this time, the Client needs to provide the AS with the "proof of authority" of the RO and the credentials of the Client's own identity. (4) And after the AS passes the verification, returning an access token to the Client. There are also multiple types of access tokens, and if the access token is of the bearer type, who holds the access token, and who can access the resource. (5) The Client carries the access token to access the resource on the RS, and the Client can carry the token to access the resource for many times within the validity period of the token. (6) The RS verifies the validity of the token, such as whether the token is forged or not, whether the token is unauthorized or not and whether the token is expired or not, and the RS can provide the service only after the verification is passed.
The working end needs to perform real-name authentication firstly when using the system function, the real-name authentication is that after uploading an identity card front photo by a user, face identification authentication is needed, the identity degrees of the identity card photo and the face photo are compared, and more than 85% of the identity degrees are regarded as the same person; after the system real-name authentication is passed, the system can call an interface provided by the health service committee, and obtain the basic file information of the user according to the ID card code, and the basic information forms the basic electronic file information of the user.
And giving an initial health index of the user by using a trained health life quality model according to index dimensions such as age, gender, marital condition, occupation, education level, economic condition, physical health condition, living condition and the like in the basic electronic file information of the user.
Combining a Bayesian generalized linear model and a Bayesian beta regression model, two beta mixed effect models are defined, wherein the first model assumes that the precision parameters are consistent in all observations, and the second model comprises a mixed effect model (fixed effect and random effect) fitting the precision parameters. Let y1 …, ym be a continuous independent random vector, where yi ═ T (yi1 …, yini) represents the observed vector of the dependent variable of the ith sample, and for each vector component yij there is its distribution interval ((0, 1)
G(E(yi/bi))＝Xiβ+Zibi
i 1.... m, where G (-) is a vector function connecting the conditional mean vector E (yi/bi), which is a linear mixed-effect model structure, η i ═ Xi β + Zibi, Xi is a nixp design matrix corresponding to the regression coefficient vector β ═ β 1,. …, β ip) T (fixed effect), Zi is a nixq design matrix corresponding to the vector bi ═ b 1, …, bip) T (random effect),
through user real name authentication, a user electronic file is established, and a user health index value is initialized according to a model.
The system access equipment and the service management (ETL) system are accessed into the mobile equipment through a uniform adapter interface, wherein the mobile equipment comprises a bracelet, a blood glucose monitor and other equipment, and supervises the daily health condition and body index report of a user; the system accesses a detection physical examination report service and a rehabilitation report service through a unified authentication interface; the system accesses a third party to provide services including online medicine purchasing and appointment registration through a third party authentication interface; the system acquires user file data through interfacing government interfaces such as Weijia committee and the like, and communicates with a user in a question-answer mode through interfacing Tianmao eidolon voice and video equipment to complete the acquisition of health indexes of the user and the provision of required services.
As shown in fig. 3, the system comprises a disease profile and a personalized health diet profile; generally speaking, the knowledge graph has two construction modes of top-down and bottom-up, wherein the top-down means that a body and a data mode are defined for the knowledge graph firstly, and then an entity is added into a knowledge base, and the construction mode needs to use some existing structured knowledge bases as a basic knowledge base; and the bottom-up method comprises the steps of extracting entities from the selected data source, selecting the entities with high confidence degree to be added into a knowledge base, and then constructing a top-level data mode. The system provided by the invention adopts a construction mode combining two modes, firstly defines the mode at the top layer, then extracts high-confidence-degree knowledge from data sources such as data and the like to add the knowledge into a knowledge base, and updates the data mode, and is mainly based on a bottom-up construction mode.
The method comprises the steps of establishing a disease knowledge map, utilizing a doctor in a hospital to arrange and review a disease inquiry flow and inquiry problems, crawling medical knowledge of diseases, symptoms and the like through a wireless communication system, and combining the medical knowledge with the medical knowledge to form a self-owned disease inquiry flow and an electronic file; mainly comprises the following steps of
Extracting knowledge, namely enabling a computer to read and understand a large amount of medical documents, and extracting to summarize tens of thousands of writing rules aiming at certain knowledge; for example, in relation to "disease < → > symptoms", the literature describes a pattern of: "(X disease) symptoms (Y symptoms)", "(X disease) clinical manifestations (Y symptoms)", "(X disease) easily causes (Y symptoms) and other discomfortable symptoms", and the like; the 'knowledge rule' automatic discovery technology and the high-performance extraction tool.
Knowledge representation includes knowledge vectorization (i.e. correspondence between medical professional terms and popular language, such as anorexia, belongs to medical professional terms, and correspondence between popular language is 'eating' and 'eating') and knowledge relationship probabilistic (a disease may include multiple symptoms, one symptom may be common to multiple diseases, and correspondence between the two has a certain probability). Logic application? This involves query analysis and human-computer interaction, ultimately presenting search results.
And professional auditing, namely submitting the data learned by a computer to a doctor in a third hospital for professional knowledge auditing and inquiry flow optimization, so that the accuracy, integrity and authority of a knowledge network are improved.
The method comprises the steps of establishing an individualized healthy diet knowledge map, wherein the main data source of the knowledge map is knowledge in a dietetic suggestion provided by a nutrilogist and knowledge in a diet text on a menu website, the data layer is also divided into two layers, namely a concept layer and an example layer, entities extracted from the data source become examples, and the concept layer is formed by consulting the nutrilogist and the entities obtained according to data analysis.
The structure of the nutriology knowledge map is defined from the aspects of structural specification, entities, relationships and the like, and is explained by combining the actual situation and the design significance. Firstly, summarizing structure and classification, giving a construction principle and distinguishing a mode layer from a strength layer, giving a public structure, giving entity classification and private attributes of each entity, giving semantic relation definition, giving a marking sample and existence significance, and explaining a special relation; the relationship data between the entities is established by crawling and sorting the data of the recipe website, extracting the entities and extracting the relationship in the semi-structured data through rules.
The user consults the working end by voice according to the symptom condition of the user, the working end can give answers according to the problems of the user, question questioning is dynamically carried out according to a disease knowledge map, inquiry records of the user are recorded, after inquiry is finished, the system can give an electronic medical record file, a medical waiter and a solution for improving the physical condition, and the system can automatically extract the medical history information, the allergy information and the like of the user according to the basic electronic file information and inquiry records of the user, so that a dish list which best accords with the physical condition of the user can be recommended. The user supplements the personal basic information into the electronic file in the inquiry process, and dynamically changes the health life quality index according to the inquiry result report. The system collects body indexes of a user according to the mobile equipment, the user actively reports diet conditions, the system automatically records motion conditions to reflect that the user follows a solution recommended by the system, and the system increases health credit points according to the user conditions, wherein the points are objective indexes and can better represent the current health condition of the user.
The user behavior analysis, the interaction events of the user in the system, the daily log is analyzed through the log analysis engine, the use time of the user in the system module and the module use frequency in the day are analyzed, the health credit points are increased according to different health credit points given by each use module, and the higher the use system frequency of the user is, the easier the user can follow the self health scheme given by the system. From the mass data, the behavior of the user can be analyzed, so that the method is applied to intelligent prediction or abnormal detection.
As shown in fig. 4, the logs are warehoused to Kafka via Flume, Spark Streaming consumes Kafka's data and warehoused to MySQL; meanwhile, a part of data is stored in the HDFS, and offline batch analysis is performed through MR and Spark.
Establishing an objective health credit point index system, wherein the data acquisition is that community workers acquire the health condition of a user, nursing workers evaluate the health index of the user on the spot, and health nutritionists acquire the physiological function, the body pain, the general health condition, the energy, the social function, the emotional function, the mental health and the health change of the user in a questioning mode according to the content of an SF-36 scale, and acquire the operation behavior of the user by analyzing a log to establish the health credit point of the user. Establishing the following evaluation dimension: self-assessment health: the assessment of the respondent's current health status. Second, daily life activity ability dimension: the multifunctional dining chair consists of two basic daily living activity abilities (BADL) and instrumental daily living activity abilities (IADL), and has 12 indexes including defecation control, self-eating, self-dressing, indoor activities, self-going to the toilet, self-bathing, self-trimming toenails, self-cooking, self-managing property, self-going upstairs and downstairs, self-riding and self-going out for shopping, and the difficulty of independently completing the activities of a user is measured. ③ emotional character dimension: and (4) psychological condition self-evaluation, namely, examining the subjective feeling of the respondents on the psychological condition of the respondents. Fourthly, memory function dimension: the memory function can be reflected by two indexes of short-term memory and long-term memory. Social adaptation dimension: and the social relationship self-evaluation is to measure the social function of the user to the user, such as the interpersonal relationship. When calculating the index score, the indexes with 5 classes of rating are defined as follows, for the positive index, the score is the rating of the index, and for the negative index, the score is '6-the rating of the index'; indexes with 3 grades are rated, positive indexes are sequentially 1, 3 and 5, and negative indexes are sequentially 5, 3 and 1; indexes with the rating level of 2 are sequentially 1 and 5 in positive indexes and 5 and 1 in negative indexes. A composite score reflecting the user's mouth health related quality of life may be obtained by a weighted average. The formula is
ZHJK ═ 0.376 × QTJN +0.215 × SHHDNL +0.215 × QXXG +0.074 × JYGN +0.121 × SHSY, where ZHJK, QTJN, SHHDNL, QXXG, JYGN, SHSY represent general health, physical function, daily life activity, emotional character, memory function, and social adaptation, respectively. Similarly, the health level of the user in each dimension can be calculated by performing weighted average on the indexes in each dimension. The measuring tool carries out validity verification based on a large sample amount in a community user group, and tests are carried out on the structure validity, the discrimination validity, the internal reliability and the semi-reliability respectively, and the result display table validity is better. The specific confidence factor index is that the confidence coefficient (Cronbach alpha) is 0.789, and the confidence coefficient of each dimension is between 0.684 and 0.903; the correlation coefficient of the two half scales is 0.521, the reliability of the total scale is determined that Equal-length Spearman is 0.873, and Guttman Split-half has 0.865; factor analysis of structural validity showed that Kaiser Meyer Okin (KMO) was 0.761, Bartltt' sx2 was 14231.9, P < 0.001; the extracted factors may account for 67.37% of the total variance. The upper index shows that the scale has higher reliability and validity for measuring the health-related life quality of the user.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. The household health service system is characterized by comprising a mobile working end and a cloud system platform, wherein the mobile working end is connected with the cloud system platform through a wireless communication system;
the mobile working end comprises a power amplifier module, a voice input module and a networking module;
the voice input module is used for collecting voice instructions and health voice information of a user;
the cloud system platform is used for receiving the voice instruction from the voice input module and feeding back corresponding response information according to the voice instruction information; meanwhile, a health report generated according to the health information is fed back according to the health information from the voice input module;
the networking module is used for being connected with an intelligent mobile terminal of a user or realizing the mutual connection of a plurality of mobile working ends;
the power amplification module transmits voice information from the intelligent mobile terminal of the user, response information from the cloud system platform and health report information to the user.
2. The home health service system of claim 1, wherein the voice input module comprises a microphone, and the microphone converts the collected voice commands and health voice information of the user into electric signals and transmits the electric signals to the cloud system platform through a wireless communication system.
3. The home health service system according to claim 1, wherein the cloud system platform is configured to analyze the voice command from the voice input module, automatically retrieve medical information corresponding to the voice command from the cloud system platform, and feed the medical information back to the power amplifier module through the wireless communication system; meanwhile, the cloud system platform establishes a medical health model specially belonging to an individual according to the health information from the voice input module, automatically generates a health report according to the uploaded health information, and feeds the health report back to the power amplification module through a wireless communication system.
4. The home health service system according to claim 1, wherein the networking module comprises a type-c interface, and information interaction and charging operation are realized with an intelligent mobile terminal of a user through the type-c interface; meanwhile, the networking module realizes the linkage operation of the mobile working ends of the simultaneous digital stations in a mobile network or WIFI communication mode provided by a built-in mobile phone card.
5. The home health service system of claim 1, wherein the power amplifier module comprises a voice broadcaster for feeding back voice information from the smart mobile terminal of the user, and the response information and the health report from the cloud system platform to the user in real time.
6. The home health service system according to claim 5, wherein the power amplifier module further comprises a touch display screen, and the touch display screen is used for displaying text information from the intelligent mobile terminal of the user, response information from the cloud system and text contents of the health report, and is also used for inputting instruction information and health information of the user.
7. The home health service system according to claim 6, wherein a camera is arranged on the touch display screen, the cloud system platform is arranged in a hospital, and hospital staff can perform medical follow-up visits on a user through the cloud system platform and the mobile working end or the user can realize video voice communication with the hospital staff through the cloud system platform and the mobile working end.
8. The home health service system of claim 7, wherein the user can make appointment registration and registration charging through the mobile working end and the cloud system platform.
9. The home health service system of claim 8, wherein the mobile workstation further comprises an authentication module, the authentication module is configured to verify the identity information of the user to determine whether the user is authorized to log in and use the mobile workstation.
10. The home health service system according to claim 9, wherein the mobile working end further comprises an emergency call module, and the emergency call module is used for a user to directly connect various emergency mechanisms in case of emergency.
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