CN101989317A - Remote care system for leading patient to select symptom diagnosis algorithm and method thereof - Google Patents
Remote care system for leading patient to select symptom diagnosis algorithm and method thereof Download PDFInfo
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- CN101989317A CN101989317A CN2009101660169A CN200910166016A CN101989317A CN 101989317 A CN101989317 A CN 101989317A CN 2009101660169 A CN2009101660169 A CN 2009101660169A CN 200910166016 A CN200910166016 A CN 200910166016A CN 101989317 A CN101989317 A CN 101989317A
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Abstract
The invention discloses a remote care system for leading a patient to select a symptom diagnosis algorithm and a method thereof. The system is provided with a care server, at least one first client and at least one second client, each first client can upload at least one program file (containing the symptom diagnosis algorithm) to the care server, and each second client can select the program file through the care server, upload physiological parameter data to the care server for leading the care server to carry out operation on the uploaded physiological parameter data by the algorithm in the program file and sending operation result back to the second client. Therefore, a user can select the proper program file against various diseases of the user and carry out operation on the physiological parameter data through the care server, thereby leading the user or medical staff to obtain the corresponding operation result in a real-time manner, know the personal physiological state of the user more precisely and objectively and accordingly take corresponding treatment countermeasures and actions.
Description
Technical field
The present invention is about selecting to be fit to the long-range care system of the syndromic diagnosis algorithm of oneself for the patient, especially refer to a kind of medical expert that special essence can be arranged for each medical field, program file with the various syndromic diagnosis algorithms researched and developed, be uploaded to one and look after the data in server storehouse, making this look after server can provide the user abundanter, novel and polynary program file, and allow the user can be at the various diseases of self, select to use the program file that is more suitable for, and upload physiological parameter data and look after server to this, to look after server by this this physiological parameter data is carried out computing, make user or medical personnel can obtain corresponding operation result in real time, with the long-range care system of the physiological situation of recognizing user individual more accurately and objectively.
Background technology
In recent years, lifting along with people's quality of life and economic condition, people not only pursue comfortable living environment or material life, and more and more pay attention to the physiological health situation of self, expectation can be lived healthyly and be long-lived, so, be engaged in medical-care health food, the relevant dealer of equipment or utensil, be certain about this business opportunity, all numerous and confused great manpower and the fund of dropping into developed and studied, in the hope of the medical-care health food of being developed, equipment or utensil can make user's health and illness obtain significant the improvement, and then acquisition consumers in general's favor, therefrom to obtain relative profit.
For example, common now a kind of long-range care system, promptly under this trend, be born, this long-range care system comprises looks after server and at least one physiological parameter detecting device, wherein these a plurality of physiological parameter detecting devices can be worn with oneself for the user, or be installed on the ad-hoc location (as: by the sick bed), these a plurality of physiological parameter detecting devices can detect and retrieve user's physiological parameter data (as: cardiogram constantly, blood pressure data, blood glucose level data, oximetry data ... etc.), and with wired (as: ADSL, optical fiber) or wireless (as: 802.11, wimax, WiFi, 3G...... etc.) mode, see through network, looking after server with this is connected, detecting, the a plurality of physiological parameter data of this that retrieves transfer to this and look after server, succeed, this looks after server can be with in these a plurality of physiological parameter data storages database within it, and see through this and look after predefined syndromic diagnosis algorithm in the server and (as: calculate the whether stable within a certain period of time cardiac arrhythmia algorithm of palmic rate, calculate the heartbeat algorithm that the heartbeat per minute is beated several ... etc.), this physiological parameter data is analyzed, at last, again analysis result is transferred to this physiological parameter detecting device, make the user can recognize the physiological situation of self, and take corresponding action (as: to move according to this, dietotherapy or take medicine), perhaps, this is looked after server and also this analysis result can be returned and deposit to this database, make medical personnel to look after physiological parameter data stored in the server and analysis result according to this, judge user's physiological situation in real time, and learning that user's health generation discomfort or life state take place when critical, (as: notifying the user to return as quickly as possible examines to take corresponding treatment countermeasure and action according to this, emergency dispatch rescue personnel goes to relief or undergos surgery at once ... etc.), with the gold opportunity of the rescue that avoids delay.
So, by this long-range care system, not only medical personnel can get rid of the restriction of space, distance, momentarily observe user's physiological situation, the user also can learn the physiological situation of oneself in real time, and takes suitable corresponding measure, make chronic disease (as: heart disease, gout, diabetes, hepatopathy ... etc.) user or common people, can be in private place or the area that lacks of medical resource, be subjected to the medical care of medical personnel's specialty unceasingly.
But still there is following shortcoming in the traditional long-range care system of this kind in the use:
(1) because, this looks after the syndromic diagnosis algorithm in the server, be to adopt predefined mode, so, when the user is conscious other symptom is arranged, or be prevention and health care, and need carry out other syndromic diagnosis when analyzing, user or medical personnel also can't see through this physiological parameter detecting device, and maybe this looks after server, select to be fit to the syndromic diagnosis algorithm of oneself, therefore, not only will make medical personnel carry out more abundant and comprehensive medical care user's individual physiological situation, also the military order user can't at large learn the individual physiological situation, causes medical treatment, the problem that the gold of rescue is delaied opportunity.
(2) moreover, because this looks after the syndromic diagnosis algorithm in the server, be to adopt predefined mode, so, each medical field is learned the medical expert that special essence is arranged, just can't in real time this syndromic diagnosis algorithm be revised or upgrade, so, may look after server because of this, continue to use old constantly or have the illness diagnosis algorithm of error, physiological parameter data to the user is analyzed, and produces wrong analysis result, causes medical personnel to judge user's physiological situation by accident, or the user judges individual's physiological situation by accident, cause the serious harm of user's personal safety, even, take place irremediable sorry.
Therefore, how to design a kind of long-range care system, make the medical expert that each medical field is learned special essence, can be with the various syndromic diagnosis algorithms of being researched and developed, be uploaded to this and look after the data in server storehouse, to provide the user abundanter, novel and polynary syndromic diagnosis algorithm, or revise or upgrade old syndromic diagnosis algorithm, allow the user can be at the various diseases of self, select to use the program file that is more suitable for, to look after server by this this physiological parameter data is analyzed, make user or medical personnel can obtain corresponding operation result in real time, to recognize user individual's physiological situation more accurately and objectively, promptly become the important topic that at present relevant dealer endeavours to study and desire most ardently solution.
Summary of the invention
Because foregoing problems and shortcoming, the inventor is basis practical experience and a research experiment for many years, finally development and Design goes out a kind of " being available for users to select be fit to the long-range care system and the method thereof of the syndromic diagnosis algorithm of oneself " of the present invention, can't provide abundanter, novel and polynary syndromic diagnosis algorithm in the hope of can effectively solve traditional long-range care system by the present invention, and can't make the user select to be fit to the problem of the syndromic diagnosis algorithm of oneself voluntarily.
A purpose of the present invention, provide a kind of long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself, comprise and look after server, at least one first client (as: medical expert's computer equipment) and at least one second client (as: user's computer equipment or communication device), this looks after server can receive respectively at least one program file of this first client upload (comprising a syndromic diagnosis algorithm), and provide respectively this second client to choose to be stored in this to look after in the server respectively this program file, and receive respectively at least one physiological parameter data (as: cardiogram of this second client upload, blood pressure data, blood glucose level data, oximetry data ... etc.), succeed, this looks after server can be with the algorithm in respectively this program file that is selected, respectively this physiological parameter data of uploading is carried out an operation program, and pass operation result (as: palmic rate whether normal information) back corresponding respectively this second client, so, the medical expert of each medical field can be with the program file of the various syndromic diagnosis algorithms researched and developed, be uploaded to this database, with newly-increased, correction or renewal be this program file respectively, making this look after server can provide the user more accurate, abundant, novel and polynary program file, and allow the user can be at the various diseases (as: heart disease of self, gout, diabetes, hepatopathy ... etc.), select to use the program file that is more suitable for, and look after server by this this physiological parameter data is respectively carried out computing, to recognize user individual's physiological situation more accurately and objectively.
Another object of the present invention, be respectively to be respectively equipped with a physiology parameter detection device on this second client, so, the user can see through this physiological parameter detecting device, detect and retrieve respectively this physiological parameter data of individual constantly, succeed, see through respectively this second client, the transmission respectively this physiological parameter data to looking after server, to look after server analysis, computing by this, make user or medical personnel can obtain corresponding operation result in real time, to recognize user individual's physiological situation more accurately and objectively.
Another purpose of the present invention, provide a kind of method that is applied in aforementioned long-range care system, to make the medical expert can be with the program file of the various syndromic diagnosis algorithms researched and developed, be uploaded to this and look after server, and make that the user can be at the various diseases of self, select to use the program file that is more suitable for, and upload physiological parameter data and look after server to this, to look after server by this this physiological parameter data is carried out computing, make user or medical personnel can obtain corresponding operation result in real time.
Can be for just your juror to structure of the present invention, design concept and effect thereof, understanding be arranged further and understand, enumerate embodiment now, and cooperate graphicly, be described in detail as follows.
Description of drawings
Shown in Figure 1 is the block schematic diagram of a preferred embodiment of the long-range care system of the present invention;
Shown in Figure 2 is the synoptic diagram of operation screen of the present invention;
Shown in Figure 3 is the synoptic diagram of operation result picture of the present invention;
Shown in Figure 4 is the process flow diagram that long distance of the present invention is looked after a preferred embodiment of method; And
Shown in Figure 5 is another process flow diagram that long distance of the present invention is looked after a preferred embodiment of method.
[main element symbol description]
Long-range care system ... ... ... 1
Look after server ... ... ... 10
Database ... ... ... 100
Arithmetic element ... ... ... 101
Authentication unit ... ... ... 102
Statistic unit ... ... ... 103
Charging Detail Record unit ... ... ... 104
The default storage space ... ... ... 105
First client ... ... ... 11
Second client ... ... ... 12
Physiological parameter detecting device ... ... ... 120
Display screen ... ... ... 121
Operation screen ... ... ... 20
Can select field for use ... ... ... 200
Selected field ... ... ... 201
The operation result picture ... ... ... 30
Embodiment
The present invention is a kind of long-range care system and method thereof that is available for users to select be fit to the syndromic diagnosis algorithm of oneself, in a preferred embodiment of the present invention, see also shown in Figure 1, this long-range care system 1 comprises looks after server 10, at least one first client 11 (as: medical expert's computer equipment) and at least one second client 12 (as: user's computer equipment or communication device), wherein this is looked after server 10 and is provided with a database 100, this database 100 can be for storing a plurality of program files and many archive informations, this archive information is the program file title, update date, relevant program parameter, be used number of times, running program or description of use ... etc., respectively this first client 11 can be with wired (as: ADSL, optical fiber) or wireless (as: 802.11, wimax, WiFi, 3G...... etc.) mode, see through network, looking after server 10 with this is connected, and login to this in this first client 11 respectively and to look after server 10, and through after this looks after the checking of server 10, respectively this first client 11 can be uploaded at least one program file to this database 100, respectively whether stable this program file comprise a syndromic diagnosis algorithm respectively and (as: calculate the within a certain period of time cardiac arrhythmia algorithm of palmic rate, calculate the heartbeat algorithm that the heartbeat per minute is beated several ... etc.) program code, and respectively this second client 12 also can be in wired or wireless mode, see through network, looking after server 10 with this is connected, and look after server 10 logining to this, and through after this looks after the checking of server 10, see through this and look after server 10, according to the needs of self, in this database 100, choose respectively this program file, and upload at least one physiological parameter data (as: cardiogram, blood pressure data, blood glucose level data, oximetry data ... etc.) look after server 10 to this, make this look after an arithmetic element 101 of server 10, can be with the algorithm in respectively this program file that is selected, respectively this physiological parameter data of uploading is carried out an operation program, succeed, this looks after server 10 can with the form of figure or literal, pass corresponding respectively this second client 12 back with operation result (as: whether normally palmic rate information).
So, each medical field is learned has the medical expert of special essence can see through long-range care system 1 of the present invention, program file with the various syndromic diagnosis algorithms researched and developed, be uploaded to this database 100, with newly-increased, correction or renewal be this program file respectively, making this look after server 10 can provide the user abundanter, novel and polynary program file, and allow the user can be at the various diseases (as: heart disease of self, gout, diabetes, hepatopathy ... etc.), select to use the program file that is more suitable for, and look after server 10 by this, the physiological parameter data of uploading is carried out computing, make user or medical personnel can obtain corresponding operation result in real time, to recognize user individual's physiological situation more accurately and objectively, and take corresponding treatment countermeasure and action (as: to move according to this, dietotherapy, take medicine, send doctor or operation), and then make user or medical personnel can effectively grasp the gold opportunity of medical treatment and rescue.
In this embodiment, see also shown in Figure 1, respectively be respectively equipped with a physiology parameter detection device 120 on this second client 12, to detect and to retrieve respectively this physiological parameter data of user, this physiological parameter detecting device 120 can be designed to portable (as: being combined on the portable electron devices such as mobile phone or PDA......), so, the user can wear this physiological parameter detecting device 120 with oneself, momentarily to see through this physiological parameter detecting device 120, detect and retrieve respectively this physiological parameter data of individual constantly, succeed, see through respectively these second client, 12 transmission respectively this physiological parameter data to looking after server 10, analyze to look after server 10 by this, computing makes user or medical personnel can obtain corresponding operation result in real time, to recognize user individual's physiological situation more accurately and objectively.
Moreover, see also Figure 1 and Figure 2, in this embodiment, respectively be respectively equipped with a display screen 121 on this second client 12, when user's desire sees through respectively this second client 12, when choosing this a plurality of program file, respectively this second client 12 can read these a plurality of program files in this database 100, and see through this display screen 121, in regular turn (as: according to each symptom lead-in stroke, the disease location of each symptom correspondence, historical utilization rate of this program file respectively, the respectively evaluation that is used of this program file ... wait classification) archive information of this program file respectively, arrangement is shown in selected for use the field 200 of an operation screen 20 of this display screen 121, choose for the user, again, this operation screen 20 comprises that still one has selected field 201, so, after the user chooses respectively this program file, the archive information of respectively this program file that is selected, will arrange in regular turn and be presented at this and selected in the field 201, confirm for the user, so, the user can not only pass through this second client 12, converge and put in order all available programs files that are listed in this database 100, make the user can pass through this succinct operation screen 20 expediently, choose the program file that needs usefulness, still can avoid the user after choosing respectively this program file, which be arranged because of confirming the program file of before having selected, and the problem of choosing mistake or repeating to choose.
In this embodiment, see also Fig. 1 and shown in Figure 3, look after the arithmetic element 101 of server 10 at this, with the algorithm in respectively this program file that is selected, respectively this physiological parameter data of uploading is carried out this operation program, and after finishing this operation program, this looks after server 10 will pass operation result back this second client 12, succeed, this second client 12 can see through the display screen 121 on it, this operation result is presented in the operation result picture 30 of display screen 121, so, the user can learn individual's physiological situation in real time by this operation result picture 30, and take corresponding treatment countermeasure and action according to this, make user's health status and personal safety obtain preferable guarantee.
Moreover, in this embodiment, still be provided with at least one default storage space 105 in this database 100, to store the respectively operation result of this second client 12 respectively, so, this arithmetic element 101 of looking after server 10 is after finishing this operation program, also operation result can be stored in this database 100, in the default storage space 105 of corresponding respectively this second client 12, so, the user also can extract this operation result respectively in the future, converges with wholely transferring to the professional medical personnel and judge illness, make the healthcare givers can more effectively carry out the diagnosis and treatment operation, and then guarantee user's health status.
See also shown in Figure 1 again, in this embodiment, this is looked after server 10 and still is provided with an authentication unit 102, to upload respectively this program file in this first client 11 respectively to the state of this database 100, this algorithm is respectively carried out a proving program, and delete by the program file of this proving program, wherein this proving program can comprise the wherein a kind of of following three kinds of verification modes at least:
1), verifies respectively whether the treatment effeciency of this program file meets a predetermined process efficient;
2), verify that respectively whether this program file is through the international standard approval; And
3), the checking respectively this program file whether not tool endanger the virus code that this looks after server 10.
So,, can guarantee the running quality and the usefulness of this long-range care system 1 effectively, and then guarantee the rights and interests of each user when using this long-range care system 1 by 102 pairs of proving programs that respectively this program file carried out of this authentication unit.
Again, in this embodiment, see also Figure 1 and Figure 2 again, this is looked after server 10 and still is provided with a statistics unit 103, with the number of times that used by this second client 12 respectively of this program file respectively of statistics respectively, and will be used number of times and form a archive information that should program file, so, the user can be when selecting respectively this program file, by the display screen 121 of this second client 12 respectively, the number of times (being utilization rate) of watching this program file respectively to be used in the past is to use the respectively foundation of the reference of this program file as the user.
See also shown in Figure 1 again, in this embodiment, this is looked after server 10 and still is provided with a Charging Detail Record unit 104, so, when the user sees through respectively this second client 12, use respectively this program file, when detecting self physiological situation, or, the user is online to this when looking after server 10 when seeing through respectively this second client 12, this Charging Detail Record unit 104 can carry out an accounting routine, so that the dealer of this long-range care system 1 is provided or the respectively medical expert of this program file is provided, can collect deserved remuneration according to the charging result that is calculated.
In addition, in this embodiment, see also Fig. 1 and shown in Figure 4, this method is to be applied on this long-range care system 1, can make this look after server 10 and carry out according to the following step:
(400) receive respectively this program file that this first client 11 is respectively uploaded;
(401) see through an authentication unit 102, this program file is respectively carried out a proving program, and the deletion program file by this proving program;
(402) respectively this program file is stored in this database 100;
(403) receive respectively this second client 12 in this database 100, choose one of this program file respectively and choose instruction;
(404) receive at least one the physiological parameter data that this second client 12 is respectively uploaded;
(405) see through arithmetic element 101,, this physiological parameter data is respectively carried out operation program, to calculate user's physiological situation with the algorithm in respectively this program file that is selected;
(406), pass corresponding respectively this second client 12 back with the form of operation result with figure or literal;
(407), be stored in this database 100 in the default storage space 105 corresponding to this second client 12 respectively with the form of this operation result with figure or literal;
(408) see through a statistics unit 103, respectively the statistics number of times that used by this second client 12 respectively of this program file respectively; And
(409) see through a Charging Detail Record unit 104, under the state that uses this program file respectively in this second client 12 respectively, or look after under the state that server 10 is connected, carry out an accounting routine at this second client 12 respectively and this.
See also Fig. 1 and shown in Figure 4 again, in this embodiment, for shortening and simplify the program of aforementioned respectively this embodiment, to promote the execution efficient that this looks after server 10, program file in this database 100 is enough, and respectively this program file all is updated or revises and finish, or need not be when upgrading or revise in the short time, step (400 shown in Fig. 4,401), promptly about receiving respectively this program file that this first client 11 is respectively uploaded, and respectively this program file is stored in this database 100 and partly can omits, so, this is looked after server 10 and can only handle merely and choose instruction and this physiological parameter data respectively from this second client 12 respectively, and carry out this operation program, and need not receive or handle from respectively this program file of this first client 11 respectively, so, can reduce this running of looking after server 10 load effectively.
Again, in this embodiment, see also Fig. 1, Fig. 2 and shown in Figure 5, this method still can make respectively this second client 12 carry out according to the following step:
(500) read these a plurality of program files in this database 100, and see through the respectively display screen 121 of this second client 12, (as: according to the disease location of each symptom lead-in stroke, each symptom correspondence, the respectively historical utilization rate of this program file, the respectively evaluation that is used of this program file ... wait classification) archive information of this program file respectively in regular turn, arrangement is shown in selected for use the field 200 of operation screen 20 of this display screen 121, chooses for the user; And
(501) after the user chose respectively this program file, the archive information of respectively this program file that is selected will be arranged in the selection field 201 that is presented at this operation screen 20 in regular turn, confirms for the user.
In addition, see also Fig. 1 and shown in Figure 5, in this embodiment, respectively on this second client 12 if be provided with fixed selector button, be available for users to choose respectively this program file, because the user can directly see through the selector button of entity, to know selected program file, then the step among Fig. 5 (500), (501) can be omitted, so, the dealer can reduce the raw materials cost of making display screen 121, and reduces respectively this second client 12 simultaneously and look after 10 loads that transmit data of server with this.
In sum, see also shown in Figure 1 again, by the present invention, mainly be that the medical expert that each medical field is learned special essence can be provided, program file with the various syndromic diagnosis algorithms researched and developed, be uploaded to this database of looking after server 10 100, making this look after server 10 can provide the user abundanter, novel and polynary program file, and reach and allow the user can be at the various diseases of self, select to use the program file that is more suitable for, and upload physiological parameter data and look after server 10 to this, to carry out computing, make user or medical personnel can obtain corresponding operation result in real time, with the purpose of the physiological situation of recognizing user individual more accurately and objectively.The above only is preferred embodiment of the present invention, the interest field that the present invention advocated; be not limited thereto, press all this skill personages that is familiar with, according to the disclosed technology contents of the present invention; can think easily and equivalence change, all should belong to and not break away from protection category of the present invention.
Claims (13)
1. a long distance that is available for users to select be fit to the syndromic diagnosis algorithm of oneself is looked after method, this method is applied to a long-range care system, this long-range care system comprises looks after server, at least one first client and at least one second client, wherein this is looked after server and is provided with a database, this database can be for storing a plurality of program files and many archive informations, respectively this first client and second client can be respectively see through network and look after server with this and be connected, respectively at least one program file that can upload of this first client is to this database, respectively this program file comprises the program code of a syndromic diagnosis algorithm respectively, and this method makes this look after server and carries out the following step:
Receiving this second client respectively chooses one of this program file respectively and chooses instruction in this database;
Receive respectively at least one physiological parameter data of this second client upload;
See through an arithmetic element,, this physiological parameter data is respectively carried out an operation program with the algorithm in respectively this program file that is selected; And
Pass operation result back corresponding respectively this second client.
2. the long distance that is available for users to select be fit to own syndromic diagnosis algorithm according to claim 1 is looked after method, it is characterized in that, this method still comprises makes this look after server execution the following step:
Receive respectively respectively this program file of this first client upload; And
Respectively this program file is stored in this database.
3. the long distance that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 1 and 2 is looked after method, it is characterized in that this method still comprises respectively this second client executing the following step of order:
Read these a plurality of program files in this database, and see through a respectively display screen of this second client, incite somebody to action the respectively archive information of this program file in regular turn, arrange in selected for use the field of an operation screen that is shown in this display screen, choose for the user.
4. the long distance that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 3 is looked after method, it is characterized in that this operation screen comprises that still one has selected field, and this method still comprises respectively this second client executing the following step of order:
After the user chose respectively this program file, the archive information of respectively this program file that is selected will be arranged in regular turn and is presented at this and selected to confirm for the user in the field.
5. the long distance that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 4 is looked after method, it is characterized in that, after receiving respectively this program file of this first client upload respectively, this method comprises that still making this look after server carries out the following step:
See through an authentication unit, this program file is respectively carried out a proving program, and the deletion program file by this proving program.
6. long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself comprises:
One looks after server, is provided with a database, and this database can be for storing a plurality of program files and many archive informations;
At least one first client can look after server with this through network and be connected, and respectively this first client can be uploaded at least one program file to this database, and respectively this program file comprises the program code of a syndromic diagnosis algorithm respectively; And
At least one second client, can look after server with this through network is connected, and see through this and look after server, in this database, choose respectively this program file, and upload at least one physiological parameter data and look after server, make this look after an arithmetic element of server to this, can be with the algorithm in respectively this program file that is selected, respectively this physiological parameter data of uploading is carried out an operation program, and pass operation result back corresponding respectively this second client.
7. the long-range care system that is available for users to select be fit to own syndromic diagnosis algorithm according to claim 6 is characterized in that, respectively is respectively equipped with a physiology parameter detection device on this second client, with detection and retrieve respectively this physiological parameter data.
8. the long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 7, it is characterized in that, respectively be respectively equipped with a display screen on this second client, in order to show the archive information of these a plurality of program files that this second client respectively reads in this database, and this archive information is arranged in selected for use the field of an operation screen that is presented at this display screen in regular turn, choose for the user, or in order to show that this looks after the operation result that server is passed back.
9. the long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 8, it is characterized in that, this operation screen comprises that still one has selected field, in order to show the archive information of respectively this program file that the user chooses, and this archive information is arranged in regular turn be presented at this and selected in the field, confirm for the user.
10. the long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 9, it is characterized in that, this is looked after server and still is provided with an authentication unit, with this first client upload respectively respectively this program file to the state of this database, this program file is respectively carried out a proving program, and the deletion program file by this proving program.
11. the long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 9, it is characterized in that, this is looked after server and still is provided with a statistics unit, with the number of times that used by this second client respectively of this program file respectively of statistics respectively.
12. the long-range care system that is available for users to select be fit to the syndromic diagnosis algorithm of oneself according to claim 9, it is characterized in that, this is looked after server and still is provided with a Charging Detail Record unit, under the state that uses this program file respectively in this second client respectively, or respectively this second client is looked after under the state that server is connected with this, carries out an accounting routine.
13. the long-range care system that is available for users to select be fit to own syndromic diagnosis algorithm according to claim 9 is characterized in that, still is provided with at least one default storage space in this database, with the operation result of this second client respectively of storage respectively.
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| CN2009101660169A CN101989317A (en) | 2009-08-07 | 2009-08-07 | Remote care system for leading patient to select symptom diagnosis algorithm and method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108122612A (en) * | 2017-12-20 | 2018-06-05 | 姜涵予 | The foundation of database, various dimensions health risk grade determine method and device |
| CN110957031A (en) * | 2019-12-13 | 2020-04-03 | 重庆首厚智能科技研究院有限公司 | Disease prevention information service platform |
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2009
- 2009-08-07 CN CN2009101660169A patent/CN101989317A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108122612A (en) * | 2017-12-20 | 2018-06-05 | 姜涵予 | The foundation of database, various dimensions health risk grade determine method and device |
| CN110957031A (en) * | 2019-12-13 | 2020-04-03 | 重庆首厚智能科技研究院有限公司 | Disease prevention information service platform |
| CN110957031B (en) * | 2019-12-13 | 2023-09-22 | 重庆首厚智能科技研究院有限公司 | Disease prevention information service platform |
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