CN112700853B - Rehabilitation system - Google Patents
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Abstract
The embodiment of the invention relates to a rehabilitation therapy system, which comprises: the system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal. According to the embodiment of the invention, the traditional rehabilitation equipment in the hospital is split into the first bedside terminal for data transmission and the first wireless treatment terminal for treatment, so that the occupied area of the rehabilitation equipment is reduced, and the number of rehabilitation facilities in the hospital is increased; the reservation processing of the first hospital treatment is integrated into the processing flow of the first evaluation terminal, so that the reservation efficiency of the treatment object is improved; after the treatment object is treated in the hospital for the first time, the first mobile terminal and the second wireless treatment terminal with the treatment function are used for carrying out subsequent treatment at home, so that a subsequent reservation link is omitted, and the rehabilitation period of the treatment object is shortened.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a rehabilitation therapy system.
Background
When muscle tissue is in muscle function decline caused by long-term inactivity, surgery or external injury, the myoelectric stimulation technology can be used to help the muscle tissue to perform function reconstruction, and the reconstruction process is called rehabilitation therapy process. The traditional rehabilitation therapy scene is that after a therapy object is registered and documented in a hospital, a doctor formulates a corresponding rehabilitation scheme according to an evaluation and inspection result of the therapy object, and then the therapy object is led to a rehabilitation center of the hospital to reserve and guide technicians and rehabilitation equipment by itself to perform rehabilitation therapy. Because the rehabilitation equipment of the hospital cannot be reserved on line, the treatment object needs to be reserved in person to the hospital every time; and because the equipment is limited by the field, the equipment number of the rehabilitation center cannot be increased limitlessly, and the requirement of continuous treatment of a treatment object is difficult to meet.
Disclosure of Invention
The present invention aims to overcome the drawbacks of the prior art, and provides a rehabilitation system, which comprises: the system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal; based on the system provided by the embodiment of the invention, the traditional rehabilitation equipment in the hospital can be split into the first bedside terminal for data transmission and the first wireless treatment terminal for treatment, so that the occupied area of the rehabilitation equipment is reduced, and the number of rehabilitation facilities in the hospital is increased; the system provided by the embodiment of the invention integrates the reservation processing of the first hospital treatment into the processing flow of the first evaluation terminal, thereby being beneficial to improving the reservation efficiency of the treatment object; based on the system provided by the embodiment of the invention, after the treatment object is treated in the hospital for the first time, the first mobile terminal and the second wireless treatment terminal with the treatment function can be used for carrying out subsequent treatment at home, so that a subsequent reservation link is omitted, and the recovery period of the treatment object is shortened.
To achieve the above object, an embodiment of the present invention provides a rehabilitation system, including:
The system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal;
the first evaluation terminal is connected with a first platform processing unit of the first data platform; the first evaluation terminal is used for acquiring basic information of a user and generating first user data; and carrying out comprehensive evaluation processing on the user; calling the first platform processing unit, and performing user profiling processing according to the first user data and the comprehensive evaluation result; the user profiling processing is successful, the first platform processing unit is called to carry out bedside terminal allocation processing;
the first bedside terminal is respectively connected with the first platform processing unit and the first wireless treatment terminal; the first bedside terminal is used for acquiring first identity identification data input by a user; calling the first platform processing unit according to the first identity identification data to perform first treatment scheme query processing; according to the query result, carrying out first treatment terminal configuration processing on the first wireless treatment terminal; the first treatment terminal is successfully configured and processed, and the first wireless treatment terminal is called to perform first treatment on the user; and invoking the first platform processing unit to update the first treatment result;
The first mobile terminal is respectively connected with the first platform processing unit and the second wireless treatment terminal; the first mobile terminal is used for acquiring second identity data input by a user; calling the first platform processing unit according to the second identity data to perform query processing of a second treatment scheme; and according to the query result, performing a second treatment terminal configuration process on the second wireless treatment terminal; the second treatment terminal is successfully configured and processed, and the second wireless treatment terminal is called to perform second treatment on the user; and invoking the first platform processing unit to update the second treatment result;
the first query terminal is connected with the first platform processing unit; the first query terminal is used for acquiring third identity data input by a user; calling the first platform processing unit according to the third identity data to perform user information query processing;
the first data platform comprises a first platform processing unit, a first user diagnosis and treatment database, a first bedside terminal database and a first mobile terminal database; the first platform processing unit is respectively connected with the first user diagnosis and treatment database, the first bedside terminal database and the first mobile terminal database; the first user diagnosis and treatment database is used for storing diagnosis and treatment information related to a treatment object; the first bedside terminal database is used for storing terminal information related to bedside terminals; the first mobile terminal database is used for storing terminal information related to the mobile terminal.
Preferably, the method comprises the steps of,
the first user diagnosis and treatment database comprises a plurality of first user diagnosis and treatment data files; the first user diagnosis and treatment data file at least comprises first user identification data, first user basic data, first user evaluation data, first user scheme data and a first treatment data set; the first treatment data set includes a plurality of first treatment outcome data;
the first bedside terminal database comprises a plurality of first bedside terminal data records; the first bedside terminal data record at least comprises first bedside terminal identification data and a first bedside terminal allocation data set; the first bedside terminal assignment data set includes a plurality of first bedside terminal assignment data; the first bedside terminal distribution data comprises first use time period data and first user identification data;
the first mobile terminal database comprises a plurality of first mobile terminal data records; the first mobile terminal data record includes at least first mobile terminal identification data.
Preferably, the method comprises the steps of,
the first evaluation terminal is specifically configured to perform myoelectricity detection evaluation processing, pressure detection evaluation processing, and emotion detection evaluation processing on a user when the comprehensive evaluation processing is performed, and display a detection evaluation result as first evaluation data to a doctor; after the treatment plan information corresponding to the first evaluation data input by the doctor is acquired, generating first plan data according to the input treatment plan information; and taking the first evaluation data and the first scheme data as the comprehensive evaluation result;
The first evaluation terminal is specifically configured to perform user profiling instruction packaging processing according to the first user data, the first evaluation data and the first scheme data during the user profiling processing, so as to generate first instruction data; the first instruction data is sent to the first platform processing unit; and receiving said first user identification data sent back from said first platform processing unit; when the first user identification data is not empty, the user profiling processing is successful;
the first evaluation terminal is specifically configured to perform packaging processing of an inquiry instruction of the free bedside terminal when the bedside terminal is allocated, and generate second instruction data; the second instruction data is sent to the first platform processing unit; receiving a first free bedside terminal list sent back from the first platform processing unit, wherein the first free bedside terminal list comprises a plurality of first free bedside terminal records, and the first free bedside terminal records comprise first free bedside terminal identification data and a plurality of first free time period data; submitting the first free bedside terminal list to a user corresponding to the first user identification data for bed selection processing; after an idle bedside terminal selection result and an idle time period selection result returned by a user are obtained, the idle bedside terminal selection result is used as first selection data, and the idle time period selection result is used as second selection data; according to the first user identification data, the first selection data and the second selection data, idle bedside terminal selection instruction packaging processing is carried out, and third instruction data is generated; and sending the third instruction data to the first platform processing unit; and receiving first instruction state data sent back from the first platform processing unit; and when the first instruction state data is successful in selection, submitting the first user identification data, the first selection data and the second selection data to a user as a bedside terminal allocation processing result.
Preferably, the method comprises the steps of,
the first bedside terminal is specifically configured to perform bedside terminal treatment plan query instruction packaging processing according to the first identity identification data when the first treatment plan query processing is performed, so as to generate fourth instruction data; transmitting the fourth instruction data to the first platform processing unit; and receiving the first user base data and the first user plan data sent back from the first platform processing unit; when the first user basic data and the first user proposal data are not empty, the first treatment proposal inquiry processing is successful, and the first user basic data and the first user proposal data are used as inquiry results of the first treatment proposal inquiry processing;
the first bedside terminal is specifically configured to generate first result data according to a treatment result of the first treatment process when the first treatment result is updated; according to the first identity identification data and the first result data, bedside terminal treatment result updating instruction packaging processing is carried out, and fifth instruction data are generated; transmitting the fifth instruction data to the first platform processing unit; and receiving first update status data returned from the first platform processing unit; and when the first updating state data is successful in updating, the first treatment result updating process is successful.
Preferably, the method comprises the steps of,
the first mobile terminal is specifically configured to perform mobile terminal treatment plan query instruction packaging processing according to the second identification data and a preset mobile terminal identification code when the second treatment plan query processing is performed, so as to generate sixth instruction data; and transmitting the sixth instruction data to the first platform processing unit; and receiving the first user base data and the first user plan data sent back from the first platform processing unit; when the first user basic data and the first user scheme data are not empty, the second treatment scheme query processing is successful, and the first user basic data and the first user scheme data are used as query results of the second treatment scheme query processing;
the first mobile terminal is specifically configured to generate second result data according to a treatment result of the second treatment process when the second treatment result is updated; and according to the mobile terminal identification code, the second identification data and the second result data, carrying out mobile terminal treatment result updating instruction packaging processing to generate seventh instruction data; transmitting the seventh instruction data to the first platform processing unit; and receiving second update status data returned from the first platform processing unit; and when the second updating state data is updated successfully, the second treatment result updating process is successful.
Preferably, the method comprises the steps of,
the first query terminal is specifically configured to perform user information query instruction packaging processing according to the third identity data during the user information query processing, so as to generate eighth instruction data; transmitting the eighth instruction data to the first platform processing unit; receiving the first user diagnosis and treatment data file returned from the first platform processing unit; and performing user information display processing on the first user diagnosis and treatment data file.
Preferably, the method comprises the steps of,
the first platform processing unit is specifically configured to perform instruction recognition on the first instruction data sent from the first evaluation terminal when the first instruction data is received; extracting the first user data, the first evaluation data, and the first pattern data from the first instruction data when the first instruction data is identified as a user profiling instruction; according to the first user data, all the first user diagnosis and treatment data files of the first user diagnosis and treatment database are polled; when all the first user basic data of the polled first user diagnosis and treatment data files cannot be matched with the first user data, creating a first user diagnosis and treatment data file in the first user diagnosis and treatment database as a first current file; initializing the first current file, allocating a unique identifier as the first user identifier data for the user, setting the first user basic data as the first user data, setting the first user evaluation data as the first evaluation data, setting the first user proposal data as the first proposal data, and setting the first treatment data group as null; and sending the first user identification data back to the first evaluation terminal;
The first platform processing unit is specifically configured to perform instruction recognition on the second instruction data sent from the first evaluation terminal when the second instruction data is received; when the second instruction data is identified as an idle bedside terminal inquiry instruction, marking all the first bedside terminal allocation data with the first user identification data being empty as first mark allocation data, marking the first using time period data of the first mark allocation data as first mark time period data, and marking the first bedside terminal data record containing the first mark allocation data as first mark record in the first bedside terminal database; sequentially extracting the first mark record from the first bedside terminal database as a current mark record, extracting the first bedside terminal identification data of the current mark record as the first idle bedside terminal identification data, extracting all the first mark time period data of the current mark record as the plurality of first idle time period data, forming a first idle bedside terminal record corresponding to the current mark record by the first idle bedside terminal identification data and the plurality of first idle time period data, and finally forming a first idle bedside terminal list by all the first idle bedside terminal records; and sending back the first free bedside list to the first evaluation terminal; when the third instruction data sent from the first evaluation terminal is received, the third instruction data is subjected to instruction identification; when the third instruction data is identified as an idle bedside terminal selection instruction, extracting the first user identification data, the first selection data and the second selection data from the third instruction data; marking the first bedside terminal data record matched with the first selecting data as a first selecting record in the first bedside terminal database; in the first selection record, the first bedside terminal distribution data matched with the first using time period data and the second selection data is marked as first selection distribution data; setting the first user identification data of the first selection allocation data as the first user identification data; after the setting is successful, setting the first instruction state data as successful selection and sending the first instruction state data to the first evaluation terminal;
The first platform processing unit is specifically configured to identify the fourth instruction data sent from the first bedside terminal when the fourth instruction data is received; when the fourth instruction data is identified as a bedside terminal treatment plan query instruction, extracting the first identity identification data from the fourth instruction data; marking the first user diagnosis and treatment data file matched with the first user identification data as a second current file in the first user diagnosis and treatment database; extracting the first user basic data and the first user scheme data from the second current archive, and sending the first user basic data and the first user scheme data to the first bedside terminal;
the first platform processing unit is specifically configured to identify the fifth instruction data sent from the first bedside terminal when the fifth instruction data is received; when the fifth instruction data is identified as a bedside terminal treatment result updating instruction, extracting the first identity identification data and the first result data from the fifth instruction data; marking the first user diagnosis and treatment data file matched with the first user identification data as a third current file in the first user diagnosis and treatment database; the first result data is used as the first treatment result data and added to the first treatment data group in the third current file; after the addition is successful, setting the first update state data as successful update and sending the first update state data to the first bedside terminal;
The first platform processing unit is specifically configured to perform instruction recognition on the sixth instruction data sent from the first mobile terminal when the sixth instruction data is received; when the sixth instruction data is identified as a mobile terminal treatment plan query instruction, extracting the second identification data and the mobile terminal identification code from the sixth instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fourth current file in the first user diagnosis and treatment database; extracting the first user basic data and the first user scheme data from the fourth current archive, and sending the first user basic data and the first user scheme data to the first mobile terminal;
the first platform processing unit is specifically configured to perform instruction recognition on the seventh instruction data sent from the first mobile terminal when the seventh instruction data is received; when the seventh instruction data is identified as a mobile terminal treatment result updating instruction, extracting the mobile terminal identification code, the second identification data and the second result data from the seventh instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fifth current file in the first user diagnosis and treatment database; the second result data is used as the first treatment result data and added to the first treatment data group in the fifth current file; after the addition is successful, setting the second updating state data as successful updating and sending the second updating state data to the first mobile terminal;
The first platform processing unit is specifically configured to identify the eighth instruction data sent from the first query terminal when the eighth instruction data is received; when the eighth instruction data is identified as a user information inquiry instruction, extracting the third identification data from the eighth instruction data; and sending the first user diagnosis and treatment data file matched with the third identification data in the first user diagnosis and treatment database to the first query terminal.
Preferably, the first mobile terminal is a mobile terminal device loaded with a rehabilitation mobile terminal application program.
Preferably, the therapeutic functions of the first wireless therapeutic terminal and the second wireless therapeutic terminal each include a muscle electrical stimulation therapeutic function, and or a myoelectric triggering electrical stimulation therapeutic function, and or a circulatory electrical stimulation function.
Preferably, the method comprises the steps of,
the first platform processing unit of the first data platform is connected with the first evaluation terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first evaluation terminals at the same time;
The first platform processing unit of the first data platform is connected with the first bedside terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first bedside terminals at the same time;
the first platform processing unit of the first data platform is connected with the first mobile terminal through a wireless network; the first platform processing unit can be connected with a plurality of first mobile terminals at the same time;
the first platform processing unit of the first data platform is connected with the first query terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first query terminals at the same time;
the first bedside terminal is connected with the first wireless treatment terminal through a wireless network, a Bluetooth communication channel or a short-distance wireless communication channel; the first bedside terminal may be connected to a plurality of the first wireless therapy terminals;
the first mobile terminal is connected with the second wireless treatment terminal through a wireless network, a Bluetooth communication channel or a short-distance wireless communication channel; the first mobile terminal may be connected to a plurality of the second wireless therapy terminals.
The embodiment of the invention provides a rehabilitation therapy system, which comprises: the system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal; based on the system provided by the embodiment of the invention, the traditional rehabilitation equipment in the hospital can be split into the first bedside terminal for data transmission and the first wireless treatment terminal for treatment, so that the occupied area of the rehabilitation equipment is reduced, and the number of rehabilitation facilities in the hospital is increased; the system provided by the embodiment of the invention integrates the reservation processing of the first in-hospital treatment into the processing flow of the first evaluation terminal, so that the reservation efficiency of the treatment object is improved; based on the system provided by the embodiment of the invention, after the treatment object is treated in the hospital for the first time, the first mobile terminal and the second wireless treatment terminal with the treatment function can be used for carrying out subsequent treatment at home, so that the subsequent reservation link is omitted, and the recovery period of the treatment object is shortened.
Drawings
Fig. 1 is a schematic structural diagram of a rehabilitation system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail below with reference to the accompanying drawings, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. 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 embodiment of the invention provides a rehabilitation therapy system, as shown in fig. 1, which is a schematic structural diagram of the rehabilitation therapy system provided by the embodiment of the invention, and the system mainly comprises: a first evaluation terminal 101, a first data platform 102, a first bedside terminal 103, a first wireless therapy terminal 104, a first mobile terminal 105, a second wireless therapy terminal 106 and a first query terminal 107.
Before describing the system, in order to facilitate understanding of the related processing of the terminal call data platform in the following description, first, description will be made on the first data platform 102, especially the content of three databases of the data platform.
As shown in fig. 1, the first data platform 102 includes a first platform processing unit 1021, a first user diagnosis and treatment database 1022, a first bedside terminal database 1023, and a first mobile terminal database 1024; the first platform processing unit 1021 is respectively connected with the first user diagnosis and treatment database 1022, the first bedside terminal database 1023 and the first mobile terminal database 1024; the first user diagnosis and treatment database 1022 is used for storing diagnosis and treatment information related to a treatment object; the first bedside terminal database 1023 is used for storing terminal information related to bedside terminals; the first mobile terminal database 1024 is used for storing terminal information related to mobile terminals;
Wherein the first user diagnosis and treat database 1022 includes a plurality of first user diagnosis and treat data files; the first user diagnostic data archive includes at least first user identification data, first user base data, first user assessment data, first user protocol data, and a first treatment data set; the first treatment data set includes a plurality of first treatment outcome data;
the first bedside terminal database 1023 includes a plurality of first bedside terminal data records; the first bedside terminal data record comprises at least first bedside terminal identification data and a first bedside terminal assignment data set; the first bedside terminal assignment data set includes a plurality of first bedside terminal assignment data; the first bedside terminal allocation data comprises first use period data and first user identification data;
the first mobile terminal database 1024 includes a plurality of first mobile terminal data records; the first mobile terminal data record includes at least first mobile terminal identification data.
Here, the three databases of the first data platform 102 are the first user diagnosis and treatment database 1022, the first bedside terminal database 1023, and the first mobile terminal database 1024, respectively.
Here, in the first user diagnosis and treatment database 1022, each first user diagnosis and treatment data file corresponds to one treatment object; the first user identification data is a unique identification code allocated to the treatment object by the system; the first user basic data stores basic information of a treatment object, such as basic information of name, gender, age, identity card information and the like; the first user evaluation data stores evaluation information obtained after the doctor detects and evaluates the treatment object; the first user plan data stores rehabilitation treatment plan information customized by a doctor for a treatment object according to evaluation information, wherein the plan information comprises, but is not limited to, total treatment course times of the treatment object, specific treatment measures, specific treatment course duration, specific configuration parameters of a wireless treatment terminal and the like; the first treatment data set is initially empty, and after each treatment, one first treatment result data is generated, where the first treatment result data is treatment result information returned by the first bedside terminal 103 or the first mobile terminal 105 after completing a single treatment, and the information includes, but is not limited to, treatment configuration parameters, treatment duration, treatment experience effect, user feedback information, and the like.
Here, in the first bedside terminal database 1023, each first bedside terminal data record corresponds to one first bedside terminal 103; the first bedside terminal identification data is a unique identification code assigned by the system to the first bedside terminal 103; the first bedside terminal allocation data set stores reservation information of each first bedside terminal 103; all the first use period data in the first bedside terminal allocation data set is preset, for example, the first bedside terminal data record stores only a period of 1 day, each day is divided into 5 periods from 9 a in the morning to 6 a in the evening, each period is 1 hour, and equipment is maintained for 1 hour between every two periods, so that the first bedside terminal allocation data set comprises 5 first bedside terminal allocation data, and the first use period data of the 5 first bedside terminal allocation data are respectively: 9:00-10:00, 11:00-12:00, 13:00-14:00, 15:00-16:00, and 17:00-18:00; the first user identification data in the first bedside terminal allocation data set is a unique identification code of the treatment object reserved in the corresponding time period, for example, the first user identification data of the third treatment object is 001, the first user identification data of the fourth third treatment object is 002, the third treatment object is about 9:00-10:00, 11:00-12:00, 13:00-14:00, and the fourth third treatment object is about 15:00-16:00 and 17:00-18:00 in 5 time periods, and then the 5 first bedside terminal allocation data in the first bedside terminal allocation data set are: (9:00-10:00, 001), (11:00-12:00, 001), (13:00-14:00, 001), (15:00-16:00, 002), (17:00-18:00, 002), if the first user identification data in a certain first usage period data is empty, indicating that this period the bedside terminal is idle.
Here, in the first mobile terminal database 1024, each first mobile terminal data record corresponds to one first mobile terminal 105; the first mobile terminal identification data is a unique identification code assigned by the system to the first mobile terminal 105.
The first evaluation terminal 101 is connected to a first platform processing unit 1021 of the first data platform 102; the first evaluation terminal 101 is configured to obtain basic information of a user, and generate first user data; and carrying out comprehensive evaluation processing on the user; and invoking a first platform processing unit 1021 to perform user profiling processing according to the first user data and the comprehensive evaluation result; and if the user profiling processing is successful, the first platform processing unit 1021 is called to perform bedside terminal allocation processing.
Here, the first evaluation terminal 101 is connected to the first platform processing unit 1021 of the first data platform 102 through a wireless network or a wired network; the first platform processing unit 1021 may be simultaneously connected with a plurality of first evaluation terminals 101.
Here, the first evaluation terminal 101 is a desktop computer, a notebook computer, a computer-integrated machine, a custom terminal device, or a server with myoelectricity detection evaluation, stress detection evaluation, or emotion detection evaluation functions; the first user data includes, but is not limited to, basic information of the name, sex, age, identification card information, etc. of the subject.
In a specific implementation manner provided by the embodiment of the present invention, the first evaluation terminal 101 is specifically configured to perform myoelectricity detection evaluation processing, or pressure detection evaluation processing, or emotion detection evaluation processing on a user during comprehensive evaluation processing, and display a detection evaluation result as first evaluation data to a doctor; after the treatment plan information corresponding to the first evaluation data input by the doctor is acquired, generating first plan data according to the input treatment plan information; and taking the first evaluation data and the first scheme data as comprehensive evaluation results.
Here, myoelectric detection evaluation refers to detecting myoelectric parameters of a treatment object, and evaluating the activity state of muscles according to the myoelectric parameters; the pressure detection evaluation or emotion detection evaluation refers to the quantitative evaluation of bioelectrical information of a treatment object to obtain the activity state of a nervous system related to rehabilitation treatment; all single item evaluation information is contained in the first evaluation data; after browsing the first evaluation data, the doctor can customize a corresponding rehabilitation therapy scheme, namely first scheme data, for the therapeutic object according to the first evaluation data, wherein the first scheme data comprises, but is not limited to, specific therapeutic measures for the therapeutic object, specific duration of treatment course, specific configuration parameters of a wireless therapeutic terminal which is required to be used, and the like.
In another specific implementation manner provided by the embodiment of the present invention, the first evaluation terminal 101 is specifically configured to perform, during user profiling processing, user profiling instruction packaging processing according to the first user data, the first evaluation data, and the first scheme data, and generate first instruction data; and transmits the first instruction data to the first platform processing unit 1021; and receives the first user identification data sent back from the first platform processing unit 1021; when the first user identification data is not empty, the user profiling process is successful.
Here, the first evaluation terminal 101 is an initiating terminal for user profiling, after the doctor obtains the basic information of the treatment object, performs detection evaluation on the basic information and makes a rehabilitation treatment scheme, the doctor needs to profile the basic information, evaluation data and scheme data in the first user diagnosis and treatment database 1022 through the first platform processing unit 1021 of the first data platform 102 at the back end; after the back end completes profiling, the returned first user identification data is the unique identification code allocated by the system for the current profiling user.
In another specific implementation manner provided by the embodiment of the present invention, the first evaluation terminal 101 is specifically configured to perform packaging processing of an idle bedside terminal query instruction during bedside terminal allocation processing, and generate second instruction data; and transmits the second instruction data to the first platform processing unit 1021; and receiving a first free bedside terminal list sent back from the first platform processing unit 1021, the first free bedside terminal list including a plurality of first free bedside terminal records, the first free bedside terminal records including first free bedside terminal identification data and a plurality of first free time period data; submitting a first free bedside terminal list to a user corresponding to the first user identification data for bed selection processing; after an idle bedside terminal selection result and an idle time period selection result returned by a user are obtained, the idle bedside terminal selection result is used as first selection data, and the idle time period selection result is used as second selection data; according to the first user identification data, the first selection data and the second selection data, packaging the idle bedside terminal selection instruction, and generating third instruction data; and transmits the third instruction data to the first platform processing unit 1021; and receives the first instruction status data sent back from the first platform processing unit 1021; and when the first instruction state data is successful in selection, submitting the first user identification data, the first selection data and the second selection data to the user as a bedside terminal distribution processing result.
Here, after the completion of profiling, the doctor initiates reservation of the first intra-hospital rehabilitation treatment for the treatment subject through the first evaluation terminal 101; because the reserved object is the first bedside terminal 103, the first platform processing unit 1021 is firstly required to query the first bedside terminal database 1023 at the back end to obtain the idle time periods of all the first bedside terminals 103; in the first free bedside terminal list returned by the back-end first platform processing unit 1021, each first free bedside terminal record corresponds to a first bedside terminal 103 with a free time period, the first free bedside terminal identification data in each first free bedside terminal record is the unique identification code of the bedside terminal, and a plurality of first free time period data are the free time period sets of the bedside terminal; after acquiring a first free bedside terminal list, a doctor displays information to a treatment object, the treatment object selects bedside terminals and time periods from the list according to the actual situation of the doctor, and finally, the doctor can acquire certain bedside terminal identification data, namely first selection data and certain time period data, namely second selection data; the purpose of sending the first user identification data and the first and second selection data to the back end is to set, by the first platform processing unit 1021, the first user identification data that is originally empty in the first bedside terminal allocation data corresponding to the second selection data in the first bedside terminal data record corresponding to the first selection data in the first bedside terminal database 1023, as the first user identification data of the current treatment object, which indicates that the time period of the bedside terminal has been reserved by the treatment object.
The first bedside terminal 103 is connected with the first platform processing unit 1021 and the first wireless treatment terminal 104, respectively; the first bedside terminal 103 is used for acquiring first identity identification data input by a user; according to the first identity identification data, a first platform processing unit 1021 is called to perform first treatment scheme query processing; and according to the query result, performing a first treatment terminal configuration process on the first wireless treatment terminal 104; if the first treatment terminal configuration processing is successful, the first wireless treatment terminal 104 is called to perform first treatment processing on the user; and invokes the first stage processing unit 1021 to perform a first treatment result update process.
Here, the first wireless therapy terminal 104 is a wireless device or a wireless terminal apparatus having a muscle electrical stimulation therapy function, and/or a muscle electrical triggering electrical stimulation therapy function, and/or a cyclic electrical stimulation function; the first wireless treatment terminal 104 is connected with the first bedside terminal 103 through a wireless network, a Bluetooth communication channel or a short-range wireless communication channel; the first bedside terminal 103 may be connected to the plurality of first wireless therapy terminals 104 on the one hand, and may be connected to the first platform processing unit 1021 of the first data platform 102 through a wireless network or a wired network on the other hand; the first platform processing unit 1021 may be simultaneously connected with a plurality of first bedside terminals 103.
In another specific implementation manner provided by the embodiment of the present invention, the first bedside terminal 103 is specifically configured to perform, when performing query processing of the first treatment plan, packaging processing of a query instruction of the treatment plan of the bedside terminal according to the first identity identification data, and generate fourth instruction data; and transmits the fourth instruction data to the first platform processing unit 1021; and receives the first user base data and the first user scheme data sent back from the first platform processing unit 1021; when the first user basic data and the first user proposal data are not empty, the first treatment proposal inquiry processing is successful, and the first user basic data and the first user proposal data are used as inquiry results of the first treatment proposal inquiry processing.
Here, after the treatment object finds the corresponding bedside terminal according to the bedside terminal identification data provided by the doctor, the own user identification data, that is, the first identification data, is input to the first bedside terminal 103, the first bedside terminal 103 transmits the data to the back end, and the first platform processing unit 1021 queries the corresponding first user diagnosis and treatment data file in the first user diagnosis and treatment database 1022 according to the first identification data, and returns the first user base data and the first user plan data in the queried first user diagnosis and treatment data file of the current treatment object to the current first bedside terminal 103.
Then, the identity of the treatment object or a rehabilitation technician accompanying the treatment object is confirmed again through the first user basic data, after the identity is confirmed without errors, specific treatment measures, specific treatment period duration and specific configuration parameters of the wireless treatment terminal are extracted from the first user scheme data, the specific configuration parameters of the wireless treatment terminal are used for configuring the first wireless treatment terminal 104, the treatment mode of the first wireless treatment terminal 104, such as a muscle electric stimulation treatment mode, a muscle electric triggering electric stimulation treatment mode, a circulating electric stimulation mode and the like, is selected according to the specific treatment measures, the working duration of the first wireless treatment terminal 104 is set according to the specific treatment period duration, and finally the rehabilitation treatment is carried out on the treatment object by using the first wireless treatment terminal 104.
In another specific implementation manner provided by the embodiment of the present invention, the first bedside terminal 103 is specifically configured to generate first result data according to a treatment result of the first treatment process when the first treatment result is updated; according to the first identity identification data and the first result data, carrying out bedside terminal treatment result updating instruction packaging processing to generate fifth instruction data; and transmits the fifth instruction data to the first platform processing unit 1021; and receives the first update status data returned from the first platform processing unit 1021; when the first updating state data is successful in updating, the first treatment result updating process is successful.
Here, after the treatment object completes the current rehabilitation treatment, the first bedside terminal 103 counts information related to the current treatment, for example, configuration parameter information, treatment duration information, treatment experience effect information of the first wireless treatment terminal 104, feedback information recorded by the treatment object or a rehabilitation technician accompanying the treatment object, and the like, and sends the information as treatment result data, that is, first result data to the back end, and the first platform processing unit 1021 adds the result data to the first treatment data set of the first user diagnosis and treatment data file corresponding to the current treatment object in the first user diagnosis and treatment database 1022 as an archive of treatment results.
The first mobile terminal 105 is connected to the first platform processing unit 1021 and the second wireless treatment terminal 106, respectively; the first mobile terminal 105 is configured to obtain second identification data input by a user; according to the second identity data, the first platform processing unit 1021 is called to perform the query processing of the second treatment scheme; and according to the query result, performing a second treatment terminal configuration process on the second wireless treatment terminal 106; if the second treatment terminal configuration processing is successful, the second wireless treatment terminal 106 is called to perform second treatment processing on the user; and invokes the first stage processing unit 1021 to perform a second treatment result update process.
Here, the first mobile terminal 105 is a mobile terminal device loaded with a rehabilitation therapy mobile terminal application; the second wireless therapy terminal 106 is similar to the first wireless therapy terminal 104, and is a wireless device or wireless terminal equipment having a muscle electrical stimulation therapy function, and/or a myoelectric triggering electrical stimulation therapy function, and/or a cyclic electrical stimulation function; the second wireless treatment terminal 106 is connected to the first mobile terminal 105 through a wireless network, or a bluetooth communication channel, or a short-range wireless communication channel; the first mobile terminal 105 may be connected to the plurality of second wireless therapy terminals 106 on the one hand, and the first platform processing unit 1021 of the first data platform 102 via a wireless network on the other hand; the first platform processing unit 1021 may be simultaneously connected with a plurality of first mobile terminals 105.
In another specific implementation manner provided by the embodiment of the present invention, the first mobile terminal 105 is specifically configured to perform, when performing query processing of the second treatment plan, package processing of a query instruction of the treatment plan of the mobile terminal according to the second identification data and a preset mobile terminal identification code, and generate sixth instruction data; and transmits the sixth instruction data to the first stage processing unit 1021; and receives the first user base data and the first user scheme data sent back from the first platform processing unit 1021; when the first user basic data and the first user scheme data are not empty, the second treatment scheme query processing is successful, and the first user basic data and the first user scheme data are used as query results of the second treatment scheme query processing.
Here, after the first treatment in the hospital is completed, the treatment object can continue the subsequent treatment at home through the first mobile terminal 105 and the second wireless treatment terminal 106, so as to achieve the purpose of continuous treatment; when a therapeutic object uses the first mobile terminal 105 and the second wireless therapeutic terminal 106 to perform rehabilitation therapy, firstly, user identification data, namely second identification data, of the therapeutic object needs to be input on the first mobile terminal 105, the data is transmitted to the first data platform 102 at the rear end through the first mobile terminal 105, the first platform processing unit 1021 of the first data platform 102 queries a corresponding first user diagnosis and treatment data file in the first user diagnosis and treatment database 1022 according to the second identification data, and the first user basic data and the first user scheme data in the queried first user diagnosis and treatment data file of the current therapeutic object are returned to the current first mobile terminal 105; the difference from the use of the first bedside terminal 103 to obtain the protocol data is that in order to identify that the first mobile terminal 105 is an external network device that is allowed to be accessed, it is necessary to upload the identification data of the first mobile terminal 105, that is, the mobile terminal identification code preset on the first mobile terminal 105, in addition to the second identification data of the treatment object when uploading the data.
And then, the identity of the treatment object is confirmed again through the first user basic data, after the identity confirmation is completed, specific treatment measures, specific treatment period duration and specific configuration parameters of the wireless treatment terminal are extracted from the first user scheme data, the specific configuration parameters of the wireless treatment terminal are used for configuring the second wireless treatment terminal 106, the treatment mode of the second wireless treatment terminal 106, such as a muscle electric stimulation treatment mode, a cyclic electric stimulation mode and the like, is selected according to the specific treatment measures, the working duration of the second wireless treatment terminal 106 is set according to the specific treatment period duration, and finally rehabilitation treatment is carried out by using the second wireless treatment terminal 106.
In another specific implementation manner provided by the embodiment of the present invention, the first mobile terminal 105 is specifically configured to generate, when the second treatment result is updated, second result data according to the treatment result of the second treatment process; according to the mobile terminal identification code, the second identification data and the second result data, the mobile terminal treatment result updating instruction packaging processing is carried out, and seventh instruction data is generated; and transmits the seventh instruction data to the first stage processing unit 1021; and receives second update status data returned from the first platform processing unit 1021; and when the second updating state data is successful in updating, the second treatment result updating process is successful.
Here, after the current rehabilitation therapy is completed, the first mobile terminal 105 counts information related to the current therapy, for example, configuration parameter information of the second wireless therapy terminal 106, therapy duration information, therapy experience effect information, feedback information recorded by the therapy object, and the like, and sends the information as therapy result data, that is, second result data, to the back end, and the first platform processing unit 1021 adds the result data to the first therapy data set of the first user diagnosis and treatment data file corresponding to the current therapy object in the first user diagnosis and treatment database 1022 as an archive of the therapy result.
The first inquiry terminal 107 is connected to the first platform processing unit 1021; the first query terminal 107 is configured to obtain third identification data input by a user; and according to the third identification data, the first platform processing unit 1021 is called to perform user information query processing.
Here, the first inquiry terminal 107 is connected to the first platform processing unit 1021 of the first data platform 102 through a wireless network or a wired network; the first platform processing unit 1021 may be simultaneously connected with a plurality of first inquiry terminals 107.
In another specific implementation manner provided by the embodiment of the present invention, the first query terminal 107 is specifically configured to perform, when performing the user information query processing, user information query instruction packaging processing according to the third identification data, to generate eighth instruction data; and transmits the eighth instruction data to the first stage processing unit 1021; and receives a first user diagnosis and treatment data file returned from the first platform processing unit 1021; and displaying and processing the user information on the first user diagnosis and treatment data file.
Here, the first query terminal 107 is a device or terminal equipment with an information entry component and an information display component; the first query terminal 107 uses the unique identification code input by the user as the third identification data, and sends the third identification data to the first platform processing unit 1021 of the first data platform 102 at the back end; the first platform processing unit 1021 extracts the content of the first user diagnosis and treatment data file corresponding to the first user diagnosis and treatment data file in the first user diagnosis and treatment database 1022 and returns the content to the first query terminal 107; the first query terminal 107 extracts information such as first user identification data and first user basic data from the received first user diagnosis and treatment data file for basic information display, extracts first user evaluation data for evaluation information display, extracts first user plan data for plan information display, and extracts first treatment data set for treatment process information display.
As can be seen from the foregoing, the first data platform 102 is a core platform of the system according to the embodiment of the invention, and the first platform processing unit 1021 is a core unit of the first data platform 102; the first platform processing unit 1021 is not only used for matching with the first evaluation terminal 101 to complete user profiling processing and bedside terminal distribution processing; the first bedside terminal 103 is also used for completing the inquiry processing of the first treatment scheme and the updating processing of the first treatment result; the second mobile terminal 105 is further configured to complete a second treatment plan query process and a second treatment result update process; and is further configured to complete the user information query processing in cooperation with the first query terminal 107. In order to better understand the functional characteristics of the first platform processing unit 1021, the steps of each processing flow thereof will be described below.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the first instruction data sent from the first evaluation terminal 101; when the first instruction data is identified as a user profiling instruction, extracting first user data, first evaluation data and first scheme data from the first instruction data; according to the first user data, all first user diagnosis and treatment data files of the first user diagnosis and treatment database 1022 are polled; when all the first user basic data of the polled first user diagnosis and treatment data files cannot be matched with the first user data, creating a first user diagnosis and treatment data file in the first user diagnosis and treatment database 1022 as a first current file; initializing a first current file, allocating a unique identifier as first user identification data for the user, setting first user basic data as first user data, setting first user evaluation data as first evaluation data, setting first user scheme data as first scheme data, and setting a first treatment data set as null; and returns the first user identification data to the first evaluation terminal 101.
Here, the description of the current specific implementation manner is that the first platform processing unit 1021 cooperates with the first evaluation terminal 101 to complete the flow steps of the user profiling process; the first platform processing unit 1021, after receiving the first instruction data, extracts first user data, first evaluation data, and first pattern data therefrom; then checking whether there is a first user diagnosis and treat data file, such as name, gender, age, identity card information, etc., in which the first user basic data matches with the first user data by polling the first user diagnosis and treat database 1022; if the data file does not exist as a result of the polling, the first platform processing unit 1021 creates a first user diagnosis and treatment data file corresponding to the current treatment object in the first user diagnosis and treatment database 1022; when creating a first user diagnosis and treatment data file, the first platform processing unit 1021 firstly allocates a unique identification code for the current treatment object to be used as first user identification data of the new file, then uses the received first user data as first user basic data of the new file, uses the received first evaluation data as first user evaluation data of the new file, and uses the received first scheme data as first user scheme data of the new file; because no treatment is currently occurring, the first treatment data set in the new archive for storing treatment results is initialized to empty; after completing the setting of the new file, the first platform processing unit 1021 returns the newly allocated first user identification data to the first evaluation terminal 101, so that the above-mentioned process flow of the user profiling process is completed.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the second instruction data sent from the first evaluation terminal 101; when the second instruction data is identified as an idle bedside terminal inquiry instruction, in the first bedside terminal database 1023, marking all first bedside terminal allocation data for which the first user identification data is empty as first mark allocation data, marking first use period data of the first mark allocation data as first mark period data, and marking first bedside terminal data records containing the first mark allocation data as first mark records; sequentially extracting first mark records from a first bedside terminal database 1023 as current mark records, extracting first bedside terminal identification data of the current mark records as first idle bedside terminal identification data, extracting all first mark time period data of the current mark records as a plurality of first idle time period data, forming first idle bedside terminal records corresponding to the current mark records by the first idle bedside terminal identification data and the plurality of first idle time period data, and finally forming a first idle bedside terminal list by all the first idle bedside terminal records; and returns the first free bedside list to the first evaluation terminal 101; and performs instruction recognition on the third instruction data transmitted from the first evaluation terminal 101 when it is received; when the third instruction data is identified as an idle bedside terminal selection instruction, extracting first user identification data, first selection data and second selection data from the third instruction data; and in the first bedside terminal database 1023, marking the first bedside terminal data record matching the first bedside terminal identification data with the first selection data as a first selection record; in the first selection record, the first bedside terminal distribution data matched with the first using time period data and the second selection data is marked as first selection distribution data; setting first user identification data of the first selection allocation data as first user identification data; after the setting is successful, the first instruction status data is set as the selection success, and is sent to the first evaluation terminal 101.
Here, the description of the present embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first evaluation terminal 101 to complete the bedside terminal allocation process; after receiving the second instruction data, the first platform processing unit 1021 marks all the first bedside terminal allocation data that does not include the user information, that is, the first bedside terminal allocation data that corresponds to the first user identification data being empty, in the first bedside terminal database 1023 as first mark allocation data, marks the first usage period data inside the first bedside terminal allocation data as first mark period data, and marks the first bedside terminal data record that includes the first mark allocation data as first mark record, where the first mark record is essentially the bedside terminal data record that includes the idle period; then, counting all the bedside terminal data records with idle time periods to obtain a first idle bedside terminal list, wherein each first idle bedside terminal record in the first idle bedside terminal list corresponds to one first bedside terminal 103, the first idle bedside terminal identification data in the record is the first bedside terminal identification data of the first mark record corresponding to the first bedside terminal 103, and a plurality of first idle time period data in the record are a plurality of first mark time period data in the first mark record corresponding to the first bedside terminal 103; finally, the first platform processing unit 1021 uses the first list of free bedside terminals as a query result of the query instruction of the free bedside terminals, and sends back the query result to the first evaluation terminal 101;
Then, after the first evaluation terminal 101 receives the first free bedside terminal list, information is displayed to the treatment object, the treatment object selects the bedside terminal and the time period from the list according to the actual situation of the treatment object, and then the first evaluation terminal 101 will identify the identification data of the treatment object, that is, the first user identification data, and the selection result of the treatment object: a first platform processing unit 1021, which packages a certain bedside terminal identification data, i.e., first selection data, and a certain time period data, i.e., second selection data, into third instruction data and sends the third instruction data to the back end;
then, after receiving the third instruction data, the first platform processing unit 1021 sets, in the first bedside terminal database 1023, the first user identification data, which is originally empty, in the first bedside terminal allocation data corresponding to the second selection data, in the first bedside terminal data record corresponding to the first selection data, as the first user identification data representing the identity of the current treatment object, so that the reservation operation on the bedside terminal, that is, the processing flow of the bedside terminal allocation process described above, is completed.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving fourth instruction data sent from the first bedside terminal 103; when the fourth instruction data is identified as a bedside terminal treatment scheme query instruction, extracting first identity identification data from the fourth instruction data; and in the first user diagnosis and treat database 1022, marking the first user diagnosis and treat data file with the first user identification data matched with the first identification data as a second current file; and extracts the first user base data and the first user plan data from the second current profile and transmits the first user base data and the first user plan data to the first bedside terminal 103.
Here, the description of the present embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first bedside terminal 103 to complete the query processing of the first treatment plan; after receiving the fourth instruction data, the first platform processing unit 1021 queries the first user diagnosis and treatment database 1022 for the first user diagnosis and treatment data file matching the first identity data, and if the data file exists, returns the first user base data and the first user plan data in the matched first user diagnosis and treatment data file as a query result of the first treatment plan query processing to the first bedside terminal 103, so as to complete the processing flow of the first treatment plan query processing described above.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the fifth instruction data sent from the first bedside terminal 103; when the fifth instruction data is identified as a bedside terminal treatment result updating instruction, extracting first identity identification data and first result data from the fifth instruction data; and marking the first user diagnosis and treatment data file matched with the first user identification data as a third current file in the first user diagnosis and treatment database 1022; the first result data is used as first treatment result data and added into a first treatment data group in a third current file; after the addition is successful, the first update status data is set to be updated successfully and sent to the first bedside terminal 103.
Here, the description of the present embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first bedside terminal 103 to complete the first treatment result updating process; after receiving the fifth instruction data, the first platform processing unit 1021 extracts the first identification data and the first result data from the fifth instruction data, and uses the first user diagnosis and treatment data file matched with the first identification data as a data file to be updated in the first user diagnosis and treatment database 1022, and uses the first result data as first treatment result data in the data file to be added into the first treatment data group; when data is added to the first treatment data set, if the first treatment data set is empty, the current first result data is the first treatment result data of the first treatment data set, and if the first treatment data set is not empty, the current first result data is added to other existing first treatment result data to be used as newly added first treatment result data; this completes the processing flow of the first treatment result updating process described above.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the sixth instruction data sent from the first mobile terminal 105; when the sixth instruction data is identified as a mobile terminal treatment scheme query instruction, extracting second identification data and a mobile terminal identification code from the sixth instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database 1024, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fourth current file in the first user diagnosis and treatment database 1022; and extracts the first user base data and the first user plan data from the fourth current profile, and transmits the first user base data and the first user plan data to the first mobile terminal 105.
Here, the description of the present embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first mobile terminal 105 to complete the query processing of the second treatment plan; after receiving the sixth instruction data, the first platform processing unit 1021 verifies whether the first mobile terminal 105 is allowed to be accessed before querying the data file, namely, queries the first mobile terminal database 1024 through the received mobile terminal identification code, and if the database contains the first mobile terminal identification data matched with the mobile terminal identification code, the current first mobile terminal 105 is indicated to be allowed to be accessed; after the access verification is completed for the first mobile terminal 105, the first platform processing unit 1021 queries the first user diagnosis and treatment data file matched with the second identification data in the first user diagnosis and treatment database 1022, and if the data file exists, returns the first user basic data and the first user plan data in the matched first user diagnosis and treatment data file as the query result of the second treatment plan query processing to the first mobile terminal 105, so that the above-mentioned processing flow of the second treatment plan query processing is completed.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the seventh instruction data sent from the first mobile terminal 105; when the seventh instruction data is identified as a mobile terminal treatment result updating instruction, extracting a mobile terminal identification code, second identification data and second result data from the seventh instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database 1024, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fifth current file in the first user diagnosis and treatment database 1022; the second result data is used as first treatment result data and added to the first treatment data group in the fifth current file; after the addition is successful, the second update status data is set as successful update and sent to the first mobile terminal 105.
Here, what is described in the current embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first mobile terminal 105 to complete the second treatment result updating process; after receiving the seventh instruction data, the first platform processing unit 1021 extracts the second identification data and the second result data from the seventh instruction data; because the first mobile terminal 105 is accessed through the external network, before querying the data file, it is first verified whether the first mobile terminal 105 is allowed to be accessed, that is, the first mobile terminal database 1024 is queried through the received mobile terminal identification code, and if the database contains the first mobile terminal identification data matched with the mobile terminal identification code, it is indicated that the current first mobile terminal 105 is allowed to be accessed; after the access verification is completed for the first mobile terminal 105, the first platform processing unit 1021 uses the first user diagnosis and treatment data file matched with the second identification data as a data file to be updated in the first user diagnosis and treatment database 1022, and adds the second result data as first treatment result data in the data file; when data is added to the first treatment data set, if the first treatment data set is empty, the current second result data is the first treatment result data of the first treatment data set, and if the first treatment data set is not empty, the current second result data is added to other existing first treatment result data to be used as newly added first treatment result data; this completes the processing flow of the second treatment result updating process described above.
In another specific implementation manner provided by the embodiment of the present invention, the first platform processing unit 1021 is specifically configured to perform instruction identification when receiving the eighth instruction data sent from the first query terminal 107; when the eighth instruction data is identified as the user information inquiry instruction, extracting third identity identification data from the eighth instruction data; the first user diagnosis and treatment data file in which the first user identification data and the third identification data are matched in the first user diagnosis and treatment database 1022 is sent to the first query terminal 107.
Here, what is described in the current embodiment is a flow step in which the first platform processing unit 1021 cooperates with the first query terminal 107 to complete the user information query processing; after receiving the eighth instruction data, the first platform processing unit 1021 extracts the unique identifier representing the identity of the inquirer, that is, the third identification data, from the eighth instruction data; and querying a first user diagnosis and treatment data file corresponding to the third identity data in the first user diagnosis and treatment database 1022, and if the data file exists, sending the data file back to the first query terminal 107 as a query result of user information query processing; this completes the above-described processing flow of the user information inquiry processing.
In summary, an embodiment of the present invention provides a rehabilitation system, including: the system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal; based on the system provided by the embodiment of the invention, the traditional rehabilitation equipment in the hospital can be split into the first bedside terminal for data transmission and the first wireless treatment terminal for treatment, so that the occupied area of the rehabilitation equipment is reduced, and the number of rehabilitation facilities in the hospital is increased; the system provided by the embodiment of the invention integrates the reservation processing of the first in-hospital treatment into the processing flow of the first evaluation terminal, so that the reservation efficiency of the treatment object is improved; based on the system provided by the embodiment of the invention, after the treatment object is treated in the hospital for the first time, the first mobile terminal and the second wireless treatment terminal with the treatment function can be used for carrying out subsequent treatment at home, so that the subsequent reservation link is omitted, and the recovery period of the treatment object is shortened.
Those of skill would further appreciate that the various illustrative elements and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative elements and steps are described above generally in terms of function in order to clearly illustrate the interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the solution. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.
The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied in hardware, in a software module executed by a processor, or in a combination of the two. The software modules may be disposed in Random Access Memory (RAM), memory, read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.
The foregoing description of the embodiments has been provided for the purpose of illustrating the general principles of the invention, and is not meant to limit the scope of the invention, but to limit the invention to the particular embodiments, and any modifications, equivalents, improvements, etc. that fall within the spirit and principles of the invention are intended to be included within the scope of the invention.
Claims (4)
1. A rehabilitation therapy system, the system comprising: the system comprises a first evaluation terminal, a first data platform, a first bedside terminal, a first wireless treatment terminal, a first mobile terminal, a second wireless treatment terminal and a first query terminal;
the first evaluation terminal is connected with a first platform processing unit of the first data platform; the first evaluation terminal is used for acquiring basic information of a user and generating first user data; and carrying out comprehensive evaluation processing on the user; calling the first platform processing unit, and performing user profiling processing according to the first user data and the comprehensive evaluation result; the user profiling processing is successful, the first platform processing unit is called to carry out bedside terminal allocation processing;
The first bedside terminal is respectively connected with the first platform processing unit and the first wireless treatment terminal; the first bedside terminal is used for acquiring first identity identification data input by a user; calling the first platform processing unit according to the first identity identification data to perform first treatment scheme query processing; according to the query result, carrying out first treatment terminal configuration processing on the first wireless treatment terminal; the first treatment terminal is successfully configured and processed, and the first wireless treatment terminal is called to perform first treatment on the user; and invoking the first platform processing unit to update the first treatment result;
the first mobile terminal is respectively connected with the first platform processing unit and the second wireless treatment terminal; the first mobile terminal is used for acquiring second identity data input by a user; calling the first platform processing unit according to the second identity data to perform query processing of a second treatment scheme; and according to the query result, performing a second treatment terminal configuration process on the second wireless treatment terminal; the second treatment terminal is successfully configured and processed, and the second wireless treatment terminal is called to perform second treatment on the user; and invoking the first platform processing unit to update the second treatment result;
The first query terminal is connected with the first platform processing unit; the first query terminal is used for acquiring third identity data input by a user; calling the first platform processing unit according to the third identity data to perform user information query processing;
the first data platform comprises a first platform processing unit, a first user diagnosis and treatment database, a first bedside terminal database and a first mobile terminal database; the first platform processing unit is respectively connected with the first user diagnosis and treatment database, the first bedside terminal database and the first mobile terminal database; the first user diagnosis and treatment database is used for storing diagnosis and treatment information related to a treatment object; the first bedside terminal database is used for storing terminal information related to bedside terminals; the first mobile terminal database is used for storing terminal information related to the mobile terminal;
the first user diagnosis and treatment database comprises a plurality of first user diagnosis and treatment data files; the first user diagnosis and treatment data file at least comprises first user identification data, first user basic data, first user evaluation data, first user scheme data and a first treatment data set; the first treatment data set includes a plurality of first treatment outcome data;
The first bedside terminal database comprises a plurality of first bedside terminal data records; the first bedside terminal data record at least comprises first bedside terminal identification data and a first bedside terminal allocation data set; the first bedside terminal assignment data set includes a plurality of first bedside terminal assignment data; the first bedside terminal distribution data comprises first use time period data and first user identification data;
the first mobile terminal database comprises a plurality of first mobile terminal data records; the first mobile terminal data record at least comprises first mobile terminal identification data;
the first evaluation terminal is specifically configured to perform myoelectricity detection evaluation processing, pressure detection evaluation processing, and emotion detection evaluation processing on a user when the comprehensive evaluation processing is performed, and display a detection evaluation result as first evaluation data to a doctor; after the treatment plan information corresponding to the first evaluation data input by the doctor is acquired, generating first plan data according to the input treatment plan information; and taking the first evaluation data and the first scheme data as the comprehensive evaluation result;
The first evaluation terminal is specifically configured to perform user profiling instruction packaging processing according to the first user data, the first evaluation data and the first scheme data during the user profiling processing, so as to generate first instruction data; the first instruction data is sent to the first platform processing unit; and receiving said first user identification data sent back from said first platform processing unit; when the first user identification data is not empty, the user profiling processing is successful;
the first evaluation terminal is specifically configured to perform packaging processing of an inquiry instruction of the free bedside terminal when the bedside terminal is allocated, and generate second instruction data; the second instruction data is sent to the first platform processing unit; receiving a first free bedside terminal list sent back from the first platform processing unit, wherein the first free bedside terminal list comprises a plurality of first free bedside terminal records, and the first free bedside terminal records comprise first free bedside terminal identification data and a plurality of first free time period data; submitting the first free bedside terminal list to a user corresponding to the first user identification data for bed selection processing; after an idle bedside terminal selection result and an idle time period selection result returned by a user are obtained, the idle bedside terminal selection result is used as first selection data, and the idle time period selection result is used as second selection data; according to the first user identification data, the first selection data and the second selection data, idle bedside terminal selection instruction packaging processing is carried out, and third instruction data is generated; and sending the third instruction data to the first platform processing unit; and receiving first instruction state data sent back from the first platform processing unit; when the first instruction state data is successful in selection, submitting the first user identification data, the first selection data and the second selection data to a user as a bedside terminal allocation processing result;
The first bedside terminal is specifically configured to perform bedside terminal treatment plan query instruction packaging processing according to the first identity identification data when the first treatment plan query processing is performed, so as to generate fourth instruction data; transmitting the fourth instruction data to the first platform processing unit; and receiving the first user base data and the first user plan data sent back from the first platform processing unit; when the first user basic data and the first user proposal data are not empty, the first treatment proposal inquiry processing is successful, and the first user basic data and the first user proposal data are used as inquiry results of the first treatment proposal inquiry processing;
the first bedside terminal is specifically configured to generate first result data according to a treatment result of the first treatment process when the first treatment result is updated; according to the first identity identification data and the first result data, bedside terminal treatment result updating instruction packaging processing is carried out, and fifth instruction data are generated; transmitting the fifth instruction data to the first platform processing unit; and receiving first update status data returned from the first platform processing unit; when the first updating state data is updated successfully, the first treatment result updating process is successful;
The first mobile terminal is specifically configured to perform mobile terminal treatment plan query instruction packaging processing according to the second identification data and a preset mobile terminal identification code when the second treatment plan query processing is performed, so as to generate sixth instruction data; and transmitting the sixth instruction data to the first platform processing unit; and receiving the first user base data and the first user plan data sent back from the first platform processing unit; when the first user basic data and the first user scheme data are not empty, the second treatment scheme query processing is successful, and the first user basic data and the first user scheme data are used as query results of the second treatment scheme query processing;
the first mobile terminal is specifically configured to generate second result data according to a treatment result of the second treatment process when the second treatment result is updated; and according to the mobile terminal identification code, the second identification data and the second result data, carrying out mobile terminal treatment result updating instruction packaging processing to generate seventh instruction data; transmitting the seventh instruction data to the first platform processing unit; and receiving second update status data returned from the first platform processing unit; when the second updating state data is updated successfully, the second treatment result updating process is successful;
The first query terminal is specifically configured to perform user information query instruction packaging processing according to the third identity data during the user information query processing, so as to generate eighth instruction data; transmitting the eighth instruction data to the first platform processing unit; receiving the first user diagnosis and treatment data file returned from the first platform processing unit; and carrying out user information display processing on the first user diagnosis and treatment data file;
the first platform processing unit is specifically configured to perform instruction recognition on the first instruction data sent from the first evaluation terminal when the first instruction data is received; extracting the first user data, the first evaluation data, and the first pattern data from the first instruction data when the first instruction data is identified as a user profiling instruction; according to the first user data, all the first user diagnosis and treatment data files of the first user diagnosis and treatment database are polled; when all the first user basic data of the polled first user diagnosis and treatment data files cannot be matched with the first user data, creating a first user diagnosis and treatment data file in the first user diagnosis and treatment database as a first current file; initializing the first current file, allocating a unique identifier as the first user identifier data for the user, setting the first user basic data as the first user data, setting the first user evaluation data as the first evaluation data, setting the first user proposal data as the first proposal data, and setting the first treatment data group as null; and sending the first user identification data back to the first evaluation terminal;
The first platform processing unit is specifically configured to perform instruction recognition on the second instruction data sent from the first evaluation terminal when the second instruction data is received; when the second instruction data is identified as an idle bedside terminal inquiry instruction, marking all the first bedside terminal allocation data with the first user identification data being empty as first mark allocation data, marking the first using time period data of the first mark allocation data as first mark time period data, and marking the first bedside terminal data record containing the first mark allocation data as first mark record in the first bedside terminal database; sequentially extracting the first mark record from the first bedside terminal database as a current mark record, extracting the first bedside terminal identification data of the current mark record as the first idle bedside terminal identification data, extracting all the first mark time period data of the current mark record as the plurality of first idle time period data, forming a first idle bedside terminal record corresponding to the current mark record by the first idle bedside terminal identification data and the plurality of first idle time period data, and finally forming a first idle bedside terminal list by all the first idle bedside terminal records; and sending back the first free bedside list to the first evaluation terminal; when the third instruction data sent from the first evaluation terminal is received, the third instruction data is subjected to instruction identification; when the third instruction data is identified as an idle bedside terminal selection instruction, extracting the first user identification data, the first selection data and the second selection data from the third instruction data; marking the first bedside terminal data record matched with the first selecting data as a first selecting record in the first bedside terminal database; in the first selection record, the first bedside terminal distribution data matched with the first using time period data and the second selection data is marked as first selection distribution data; setting the first user identification data of the first selection allocation data as the first user identification data; after the setting is successful, setting the first instruction state data as successful selection and sending the first instruction state data to the first evaluation terminal;
The first platform processing unit is specifically configured to identify the fourth instruction data sent from the first bedside terminal when the fourth instruction data is received; when the fourth instruction data is identified as a bedside terminal treatment plan query instruction, extracting the first identity identification data from the fourth instruction data; marking the first user diagnosis and treatment data file matched with the first user identification data as a second current file in the first user diagnosis and treatment database; extracting the first user basic data and the first user scheme data from the second current archive, and sending the first user basic data and the first user scheme data to the first bedside terminal;
the first platform processing unit is specifically configured to identify the fifth instruction data sent from the first bedside terminal when the fifth instruction data is received; when the fifth instruction data is identified as a bedside terminal treatment result updating instruction, extracting the first identity identification data and the first result data from the fifth instruction data; marking the first user diagnosis and treatment data file matched with the first user identification data as a third current file in the first user diagnosis and treatment database; the first result data is used as the first treatment result data and added to the first treatment data group in the third current file; after the addition is successful, setting the first update state data as successful update and sending the first update state data to the first bedside terminal;
The first platform processing unit is specifically configured to perform instruction recognition on the sixth instruction data sent from the first mobile terminal when the sixth instruction data is received; when the sixth instruction data is identified as a mobile terminal treatment plan query instruction, extracting the second identification data and the mobile terminal identification code from the sixth instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fourth current file in the first user diagnosis and treatment database; extracting the first user basic data and the first user scheme data from the fourth current archive, and sending the first user basic data and the first user scheme data to the first mobile terminal;
the first platform processing unit is specifically configured to perform instruction recognition on the seventh instruction data sent from the first mobile terminal when the seventh instruction data is received; when the seventh instruction data is identified as a mobile terminal treatment result updating instruction, extracting the mobile terminal identification code, the second identification data and the second result data from the seventh instruction data; if the first mobile terminal identification data matched with the mobile terminal identification code can be found in the first mobile terminal database, continuing to mark the first user diagnosis and treatment data file matched with the first user identification data and the second identification data as a fifth current file in the first user diagnosis and treatment database; the second result data is used as the first treatment result data and added to the first treatment data group in the fifth current file; after the addition is successful, setting the second updating state data as successful updating and sending the second updating state data to the first mobile terminal;
The first platform processing unit is specifically configured to identify the eighth instruction data sent from the first query terminal when the eighth instruction data is received; when the eighth instruction data is identified as a user information inquiry instruction, extracting the third identification data from the eighth instruction data; and sending the first user diagnosis and treatment data file matched with the third identification data in the first user diagnosis and treatment database to the first query terminal.
2. The rehabilitation therapy system according to claim 1, wherein,
the first mobile terminal is mobile terminal equipment loaded with a rehabilitation mobile terminal application program.
3. The rehabilitation therapy system according to claim 1, wherein,
the treatment functions of the first wireless treatment terminal and the second wireless treatment terminal comprise a muscle electrical stimulation treatment function and/or a myoelectric triggering electrical stimulation treatment function and/or a circulating electrical stimulation function.
4. The rehabilitation therapy system according to claim 1, wherein,
the first platform processing unit of the first data platform is connected with the first evaluation terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first evaluation terminals at the same time;
The first platform processing unit of the first data platform is connected with the first bedside terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first bedside terminals at the same time;
the first platform processing unit of the first data platform is connected with the first mobile terminal through a wireless network; the first platform processing unit can be connected with a plurality of first mobile terminals at the same time;
the first platform processing unit of the first data platform is connected with the first query terminal through a wireless network or a wired network; the first platform processing unit can be connected with a plurality of first query terminals at the same time;
the first bedside terminal is connected with the first wireless treatment terminal through a wireless network, a Bluetooth communication channel or a short-distance wireless communication channel; the first bedside terminal may be connected to a plurality of the first wireless therapy terminals;
the first mobile terminal is connected with the second wireless treatment terminal through a wireless network, a Bluetooth communication channel or a short-distance wireless communication channel; the first mobile terminal may be connected to a plurality of the second wireless therapy terminals.
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