CN108172299B - Medical data remote computing system and method - Google Patents
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- CN108172299B CN108172299B CN201711425036.4A CN201711425036A CN108172299B CN 108172299 B CN108172299 B CN 108172299B CN 201711425036 A CN201711425036 A CN 201711425036A CN 108172299 B CN108172299 B CN 108172299B
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Abstract
The invention discloses a medical data remote computing system and a method, relating to the technical field of office informatization, wherein the device comprises the following components: the system comprises a first processing module, a database and a plurality of second processing modules. The interface module is used for receiving a historical medical data query request of a patient from the mobile terminal; and sending the historical medical data query result to the mobile terminal. The first processing module is used for receiving a historical medical data query request of a patient, generating and sending medical data range information; receiving the size of the data volume of the medical data, and generating and sending a plurality of sub-processing information according to the number of split parts required by calculation; and receiving and integrating a plurality of pieces of sub-result information, and generating and transmitting historical medical data query results. The database is used for receiving the medical data range information and returning the data attribute information of the size of the medical data volume; and receiving the data request information and sending the sub-data information. A second processing module receives a sub-processed message and sends a data request message to the database.
Description
Technical Field
The invention relates to the technical field of office informatization, in particular to a medical data remote computing system and a method.
Background
When a patient goes to a doctor, medical staff often first checks the medical history of the patient, and in addition to preventing medical accidents such as drug mixed poisoning, food allergy and the like, the medical staff also aims to deepen understanding of the current physical state and mental state of the patient. However, as the technology is developed and the medical level is improved, the medical records of individuals are more and more diversified, such as diet, exercise, body posture change and the like, and as the kinds and the scale of the information are continuously increased, the data of the individuals are not only recorded on the medical book, and the medical records of the individuals are gradually stored in a database of a special intranet of a government or a hospital. When a patient goes to a doctor, a medical staff needs to extract data needed by the patient from a large amount of data and carries out certain processing, for example, the personal motion index needs to be judged, the number of steps, the running distance and the like of a person walking every day in a plurality of months, and the motion index is calculated by combining the physical condition of the patient, so that the medical staff can gradually know the physical condition of the patient and make medical diagnosis fitting the patient.
However, these data are generally stored in a database, and do not provide a processing function such as server calculation or a complete processing function, so when the size of the patient data is huge, the medical staff needs to download the data of the medical staff after a long time, and after the data is downloaded, the data needs to wait for a long time to be calculated because of the huge data. Such a treatment mode delays the condition of the medical personnel and also causes the efficiency of the hospital to treat the patient to be reduced.
Meanwhile, in case of emergency or major accident, medical staff need to directly arrive at the scene to rescue the wounded, if the data of hospital and government internal network cannot be obtained from external network or the large-scale data needs to be downloaded for a long time and the calculation is undoubtedly irrecoverable, the medical staff usually do not take the general rescue measures according to the personal medical data, and once the patient has special medical treatment limit, the patient is very likely to be unsuccessfully rescued. There is therefore a need for a remote system that enables medical personnel to obtain the required medical data calculations directly from the external network. Therefore, medical staff can perform rescue more quickly and accurately according to personal conditions.
In addition, medical data of medical staff belongs to individual privacy, the medical staff accesses intranet data from an external network and downloads the intranet data, data leakage can be caused, and the medical staff can be lost or hurt when the data leakage is acquired by an illegal person.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide a medical data remote computing system and method, which are convenient for medical staff to process large-scale medical data of an intranet.
In order to achieve the above purposes, the technical scheme adopted by the invention is as follows:
a medical data remote computing system, comprising:
the interface module is used for receiving a historical medical data query request of a patient from the mobile terminal, and is also used for sending a historical medical data query result to the mobile terminal, wherein the historical medical data query request of the patient comprises a medical data range;
the first processing module is used for receiving the historical medical data query request of the patient, generating and sending medical data range information to a database according to the medical data range of the historical medical data query request of the patient, acquiring the data volume of the medical data, calculating the number of required split parts according to the data volume of the medical data, splitting the medical data to form a plurality of sub-processing information and sending the sub-processing information, wherein the number of the sub-processing information is the same as the number of the split parts, and the first processing module is further used for receiving and integrating a plurality of sub-result information and generating and sending historical medical data query results;
the database is used for receiving the medical data range information and returning the size of the medical data volume, and is also used for receiving data request information and sending subdata information;
and one second processing module receives one piece of sub-processing information and sends data request information to the database according to the sub-processing information, and the second processing module is also used for receiving the sub-data information, processing the sub-data information according to the received sub-processing information and then sending sub-result information to the first processing module.
On the basis of the technical scheme, the medical data inquiry system further comprises a management module, wherein the management module is arranged between the interface module and the first processing module and used for inquiring and authenticating the historical medical data of the patient.
On the basis of the technical scheme, the system further comprises a data checking module, wherein the data checking module is arranged between the database and the second sub-module and used for checking the subdata information.
On the basis of the technical scheme, the medical data query system further comprises a backup module, wherein the backup module is used for storing the historical medical data query request of the patient and the corresponding historical medical data query result.
On the basis of the technical scheme, the medical data backup system further comprises a repeated checking module, and the repeated checking module is used for directly feeding back the historical medical data query result corresponding to the historical medical data query request of the patient existing in the backup module.
On the basis of the technical scheme, the medical data remote computing method is characterized by comprising the following steps:
A. the interface module receives a patient historical medical data query request from the mobile terminal and forwards the request to the first processing module;
B. the first processing module generates and sends medical data range information to a database according to the historical medical data query request of the patient;
C. after receiving the medical data range information, the database counts the required data, generates and sends the size of the medical data volume to the first processing module;
D. the first processing module calculates the number of required split copies according to the size of the medical data volume and forms sub-processing information, and then the sub-processing information is sent to a second processing module;
E. the second processing module sends data request information to the database according to the sub-processing information;
F. the database sends the subdata information to the second processing module after receiving the data request information;
G. the second processing module processes the sub data information according to the sub processing information and sends the obtained sub result information to the first processing module;
H. the first processing module integrates the sub-result information into historical medical data query results, and sends the historical medical data query results to the mobile terminal through the interface module.
On the basis of the technical scheme, the step A is specifically
A1, receiving a historical medical data query request of a patient from a mobile terminal;
a2, authenticating the historical medical data query request of the patient, if the historical medical data query request of the patient is not authorized, feeding back unauthorized information to the mobile terminal, otherwise, performing the step A3;
a3, sending a request for historical medical data of a patient to a first processing module.
On the basis of the above technical solution, the step F specifically is:
f1, the database receives a data request;
f2, sending the subdata information to the data verification module according to the data request;
f3, the data checking module checks whether the subdata information has errors and leaks, if yes, the data checking module resends the data request to the database, and the step F1 is skipped to, otherwise, the step F4 is carried out;
and F4, transmitting the sub data information to the second processing module.
On the basis of the technical scheme, the step H specifically comprises the following steps:
h1, the first processing module integrates a plurality of sub-result information and generates a historical medical data query result;
h2, sending the historical medical data query result to the interface module and the backup module;
h3, the backup module stores the historical medical data query request of the patient and the corresponding historical medical data query result, and the interface module sends the historical medical data query result to the mobile terminal.
On the basis of the technical scheme, the step A specifically comprises the following steps:
a1, the interface module receives the historical medical data query request of the patient from the mobile terminal and sends the request to the repeated checking module;
a2, retrieving the backup module by the duplication check module, inquiring whether the backup module has the same historical medical data inquiry request of the patient, if so, extracting the historical medical data inquiry result corresponding to the historical medical data inquiry request of the patient from the backup module and sending the historical medical data inquiry result to the interface module, otherwise, sending the historical medical data inquiry request of the patient to the first processing module by the duplication check module.
Compared with the prior art, the invention has the advantages that:
(1) the medical data remote computing system and the medical data remote computing method enable medical staff to access the data of the internal network even in the external network, and simultaneously use a plurality of processing modules to process the medical data with higher efficiency, thereby capturing seconds for rescue.
(2) The medical data remote computing system and the medical data remote computing method are provided with the management module, the medical data of the intranet can be contacted only by verifying the authority of a user, and the medical data safety of a patient is effectively protected.
(3) The medical data remote computing system and method provided by the invention are provided with the calibration module, so that errors in segmentation and transmission of medical data are prevented, the probability of data computing errors is reduced, and misdiagnosis caused by wrong information provided for medical personnel is avoided.
(4) The medical data remote computing system and the medical data remote computing method are provided with the backup module, and backup is carried out on each medical data request and medical result, so that management of system management personnel is facilitated.
(5) The medical data remote computing system and the method provided by the invention are provided with the repeated verification module, and the result is directly returned to the historical medical data query request of the patient which is requested once, so that the system feedback speed is increased, and the system resources are saved.
Drawings
FIG. 1 is a block diagram of an embodiment of a remote computing system for medical data according to the present invention;
FIG. 2 is a diagram of a relationship between a first processing module and a second processing module of a remote computing system for medical data in accordance with the present invention;
fig. 3 is a flow chart of a remote medical data calculation method according to the present invention.
In the figure: the system comprises an interface module 1, a first processing module 2, a database 3, a second processing module 4, a management module 5, a data checking module 6, a backup module 7, a repeated checking module 8 and a medical staff 9.
Detailed Description
Embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.
Referring to fig. 1, an embodiment of the present invention provides a medical data remote computing system and method, including an interface module 1, a first processing module 2, a database 3, and a plurality of second processing modules 4.
The interface module 1 is configured to receive a historical medical data query request from a mobile terminal for a patient, and further configured to send a historical medical data query result to the mobile terminal, where the historical medical data query request for the patient includes a medical data range.
After the interface module 1 acquires the historical medical data query request of the patient, the first processing module 2 generates medical data range information according to the medical data range contained in the historical medical data request of the patient and sends the medical data range information to the database 3, and the database 3 feeds back the size of the medical data amount to the first processing module 2 according to the medical data range information. In this way, the first processing module 2 can know the size of the data volume of the historical medical data of the patient requested by the medical staff 9 at the mobile terminal, and calculate the number of copies to be split according to the size of the data volume of the medical data to split the medical data into a plurality of pieces of sub-processing information and send the sub-processing information, wherein the number of the pieces of sub-processing information is the same as the number of the copies to be split.
The number of the second processing modules 4 is the same as the number of the split copies, and each second processing module 4 receives one piece of sub-processing information. The second processing module 4 sends the data request information to the database 3 after receiving the sub-processing information, and the database 3 receives the data request information of each second processing module 4 and sends the sub-data information to the second processing module 4. The second processing module 4 processes the sub-data information according to the received sub-processing information after the database 3 responds to the data request information and feeds back the sub-data information, and sends the sub-result information to the first processing module 2 after the sub-data information is processed. And the first processing module 2 integrates the sub-result information after receiving the sub-result information and generates a historical medical data query result to the mobile terminal.
As shown in figure 2, the system is provided with a first processing module 2 for splitting historical medical data of a patient to be calculated for a plurality of second processing modules, so that the large-scale historical data of the patient can be divided into a plurality of data, and the data are calculated by the second processing modules 4 one by one, the processing speed of the historical medical data of the patient is increased, the downloading time is saved, medical staff 9 at a mobile terminal can obtain required relevant information of the patient more quickly, meanwhile, the medical staff 9 only obtains a historical medical data query result, the historical medical data of the patient still remain in a server and a database 3 and are not downloaded, and the individual privacy of the patient and the data safety of a hospital are ensured.
In order to ensure that hospital data can still ensure safety when the mobile terminal is lost, and the like, a management module 5 is arranged on the interface module 1 and the first processing module 2 and is used for authenticating a received historical medical data query request of a patient. Preferably, the authentication method is to match the login information of the medical staff 9 at the mobile terminal, intercept the historical medical data query request of the patient if the medical staff 9 at the mobile terminal is not authorized to send the historical medical data query request, feed back unauthorized operation information to the interface module 1, and warn the medical staff 9 at the mobile terminal through the interface module 1. After the management module 5 is arranged, only authorized medical staff 9 can inquire relevant medical data of the patient, and the safety of hospital data is improved, so that the patient is more relieved.
Preferably, the medical data remote computing system is provided with a data checking module 6 between the database 3 and the second sub-module. Because the data splitting may cause data deviation or errors, the data checking module 6 is arranged to check the subdata information sent by the database 3 to the second processing module 4, the data checking module can check that the data 3 sends wrong or deviated subdata information to the second processing module 4 to immediately request the database 3 to resend the wrong subdata information, the avoided medical staff 9 at the mobile terminal receives the wrong information to carry out wrong nursing and treatment, the condition that the data processing is required to resend the subdata information by the database 3 after the data processing is mistaken is also avoided, the data processing efficiency of the system is accelerated, and meanwhile, the data calculation accuracy of the system is improved.
Preferably, the remote computing system for medical data is further provided with a backup module 7. The module can store historical medical data query requests for patients and corresponding historical medical data query results. Medical personnel 9 at the mobile terminal may need to check the same data of the same patient for many times and compare other data, after the backup module 7 is set, the medical personnel 9 do not need to repeatedly send a historical medical data query request to the system, the query result before extraction in the backup module 7 can be checked, and the backup module 7 enables the system to be easy to use and convenient to query.
Furthermore, the medical data remote computing system is also provided with a repeated checking module, and the repeated checking module can extract the existing historical medical data query request of the patient and the corresponding historical medical data query result from the backup module 7. After the patient is rescued by the medical staff 9 at the mobile terminal, the patient needs to obtain further treatment at other medical staff 9, and other medical staff 9 need to send the same patient historical medical data request to the system again, after the repeated checking module is arranged and the repeated patient historical medical data request is checked, the patient historical medical data query request and the corresponding historical medical data query result are extracted from the backup module 7 and sent to the medical staff 9. The feedback of the repeated requests saves communication and calculation resources of the system, quickens the calculation of historical medical data query requests of other patients, and can feed back results more quickly, so that medical staff 9 can obtain needed data more quickly, and the patients can be treated more quickly.
Referring to fig. 3, an embodiment of the present invention provides a remote medical data calculation method, which includes the following steps:
A. the interface module 1 receives a patient historical medical data query request from a mobile terminal and forwards the request to the first processing module 2; the interface module 1 enables the medical staff 9 at the mobile end to send a request at a far end, and the medical staff 9 can work conveniently.
B. The first processing module 2 generates and sends medical data range information to the database 3 according to the historical medical data query request of the patient.
C. After receiving the medical data range information, the database 3 counts the required data, generates and sends the size of the medical data volume to the first processing module 2.
D. The first processing module 2 calculates the number of required split copies according to the data volume of the medical data, splits the medical data to form a plurality of sub-processing information and sends the sub-processing information, and one sub-processing information is sent to a second processing module 4; after the size of the data volume of the medical data is obtained, the first processing module 2 splits the large-scale medical data, so that the situation that one processing module directly processes the large-scale data is avoided.
E. The second processing module 4 sends data request information to the database 3 according to the sub-processing information;
F. the database 3 sends the subdata information to the second processing module 4 after receiving the data request information;
G. the second processing module 4 processes the sub data information according to the sub processing information and sends the obtained sub result information to the first processing module 2; the large-scale medical data of the patient is divided into a plurality of subdata to be processed by the second processing module 4 one by one, so that the calculation speed of the historical medical data of the patient is accelerated.
H. The first processing module 2 integrates a plurality of sub-result information into a historical medical data query result, and sends the historical medical data query result to the mobile terminal through the interface module 1.
By the method, the historical medical data of the patient can be processed simultaneously through the plurality of processing modules, and the utilization rate of resources is improved. Preferably, the first processing module 2 and the second processing module 4 are both servers. The plurality of servers are linked to process large-scale data, so that the medical staff 9 at the mobile end can acquire required data results more quickly, and a patient can receive related treatment more quickly.
Preferably, the step a in the medical data remote calculation method specifically is:
a1, receiving a historical medical data query request of a patient from a mobile terminal;
a2, authenticating the historical medical data query request of the patient, if the historical medical data query request of the patient is not authorized, feeding back unauthorized information to the mobile terminal, otherwise, entering the step A3;
a3, sending a request for historical medical data of the patient to the first processing module 2.
Through authenticating the medical staff 9 at the mobile end, only authorized medical staff 9 can inquire the relevant medical data of the patient, and the safety of hospital data is improved, so that the patient is more reassured.
Preferably, step F in the remote medical data calculation method specifically is:
f1, receiving a data request by the database 3;
f2, sending the subdata information to the data verification module 6 according to the data request;
f3, the data checking module 6 checks whether the subdata information has errors and leaks, if yes, the data checking module resends the data request to the database 3, and jumps to the step F1, otherwise, the step F4 is carried out;
and F4, transmitting the sub data information to the second processing module 4.
Because the data splitting may cause data deviation or errors, the data checking module 6 is used for checking the character data in the step, the data checking module can check that the database 3 sends wrong or deviated subdata information to the second processing module 4 to immediately request the database 3 to resend the wrong subdata information, the avoided medical staff 9 at the mobile end receives the wrong information to carry out wrong nursing and treatment, the condition that the database 3 resends the subdata information after the data processing errors is also avoided, the data processing efficiency of the system is accelerated, and meanwhile, the data calculation accuracy of the system is improved.
Preferably, step H in the remote medical data calculation method specifically is:
h1, the first processing module 2 integrates a plurality of sub-result information and generates a historical medical data query result;
h2, sending the historical medical data query result to the interface module 1 and the backup module 7;
h3, the backup module 7 stores the historical medical data query request of the patient and the historical medical data query result corresponding to the historical medical data query request of the patient, and the interface module 1 sends the historical medical data query result to the mobile terminal.
Because the medical staff 9 at the mobile terminal may need to check the unified data of the same patient for multiple times and compare other data, in the method, after the backup module 7 is used for storing the historical medical data query request of the patient and the historical medical data query result corresponding to the historical medical data query request of the patient, the medical staff 9 does not need to repeatedly send the historical medical data query request of the patient to the system, the historical medical data query request of the patient can be checked only by extracting the previous query result from the backup module 7, and the backup module 7 enables the system to be easy to use and convenient to query.
Preferably, the step a in the medical data remote calculation method specifically is:
a1, the interface module 1 receives the historical medical data query request of the patient from the mobile terminal and sends the request to the repeated checking module;
a2, the checking module retrieves the backup module 7, and inquires whether the backup module 7 has the same historical medical data inquiry request of the patient, if yes, the historical medical data inquiry result corresponding to the historical medical data inquiry request of the patient is extracted from the backup module 7 and sent to the interface module 1, otherwise, the checking module sends the historical medical data inquiry request of the patient to the first processing module 2.
After the patient is rescued by the medical staff 9 at the mobile terminal, further treatment needs to be obtained at other medical staff 9, and other medical staff 9 need to send the same patient historical medical data request to the system again, steps a1 and a2 use the repeated check module to check the patient historical medical data query request, and after the repeated patient historical medical data request is checked, the patient historical medical data query request and the corresponding historical medical data query result are extracted from the direct backup module 7 and sent to the medical staff 9. This feedback to the repeat request saves communication and computational resources of the system, speeds up the computation of the historical medical data query requests of other patients, and at the same time can feedback the result faster, so that the medical staff 9 can obtain the required data faster, and the patient can be treated as soon as possible.
The present invention is not limited to the above-mentioned preferred embodiments, and any other products in various forms can be obtained by anyone with the teaching of the present invention, but any changes in the shape or structure thereof, which have the same or similar technical solutions as the present invention, are within the protection scope.
Claims (6)
1. A medical data remote computing system, comprising:
the medical data query system comprises an interface module (1) and a mobile terminal, wherein the interface module (1) is used for receiving a historical medical data query request of a patient from the mobile terminal, the interface module (1) is also used for sending a historical medical data query result to the mobile terminal, and the historical medical data query request of the patient comprises a range of medical data;
the first processing module (2) is used for receiving the historical medical data query request of the patient, generating and sending medical data range information to a database (3) according to the medical data range of the historical medical data query request of the patient, acquiring the data volume of the medical data, calculating the number of required split parts according to the data volume of the medical data, splitting the medical data to form a plurality of sub-processing information and sending the sub-processing information, wherein the number of the sub-processing information is the same as the number of the split parts, and receiving and integrating a plurality of sub-result information and generating and sending a historical medical data query result;
the database (3) is used for receiving the medical data range information and returning the size of the medical data volume, and the database (3) is also used for receiving data request information and sending subdata information;
the second processing modules (4), one second processing module (4) receives one piece of sub-processing information and sends data request information to the database (3) according to the sub-processing information, and the second processing module (4) is also used for receiving the sub-data information, processing the sub-data information according to the received sub-processing information and then sending sub-result information to the first processing module;
the medical data query system further comprises a backup module (7), wherein the backup module (7) is used for storing the historical medical data query requests of the patients and the corresponding historical medical data query results;
the medical data backup system further comprises a repeated checking module (8), and the repeated checking module (8) is used for directly feeding back the historical medical data query result corresponding to the historical medical data query request of the patient existing in the backup module (7).
2. The medical data remote computing system of claim 1, wherein: the medical data inquiry system further comprises a management module (5), wherein the management module (5) is arranged between the interface module (1) and the first processing module (2) and is used for inquiring and requesting authentication on the historical medical data of the patient.
3. The medical data remote computing system of claim 1, wherein: the system also comprises a data checking module (6), wherein the data checking module (6) is arranged between the database (3) and the second sub-module and is used for checking the subdata information.
4. A method for performing remote computation of medical data using a remote computing system of medical data as claimed in claim 1, comprising the steps of:
A. the interface module (1) receives a patient historical medical data query request from a mobile terminal and forwards the request to the first processing module (2);
B. the first processing module (2) generates and sends medical data range information to the database (3) according to the historical medical data query request of the patient;
C. after receiving the medical data range information, the database (3) counts the required data, generates and sends the size of the medical data volume to the first processing module;
D. the first processing module (2) calculates the number of required split copies according to the size of the medical data volume and forms sub-processing information, and then the sub-processing information is sent to a second processing module (4);
E. the second processing module (4) sends data request information to the database (3) according to the sub-processing information;
F. the database (3) sends the subdata information to the second processing module (4) after receiving the data request information;
G. the second processing module (4) processes the sub data information according to the sub processing information and sends the obtained sub result information to the first processing module (2);
H. the first processing module (2) integrates a plurality of pieces of sub-result information into historical medical data query results, and sends the historical medical data query results to the mobile terminal through the interface module (1);
the step H is specifically as follows:
h1, the first processing module (2) integrates a plurality of sub-result information and generates a historical medical data query result;
h2, sending the historical medical data query result to the interface module (1) and the backup module (7);
h3, the backup module (7) stores the historical medical data query request of the patient and the corresponding historical medical data query result, and the interface module (1) sends the historical medical data query result to the mobile terminal;
the step A specifically comprises the following steps:
a1, the interface module (1) receives the historical medical data query request of the patient at the mobile terminal and sends the request to the repeated verification module (8);
a2, retrieving the backup module (7) by the repetition check module (8), inquiring whether the backup module (7) has the same historical medical data inquiry request of the patient, if so, extracting the historical medical data inquiry result corresponding to the historical medical data inquiry request of the patient from the backup module (7) and sending the historical medical data inquiry result to the interface module (1), otherwise, sending the historical medical data inquiry request of the patient to the first processing module (2) by the repetition check module (8).
5. The method of claim 4, wherein: the step A is specifically that
A1, receiving a historical medical data query request of a patient from a mobile terminal;
a2, authenticating the historical medical data query request of the patient, if the historical medical data query request of the patient is not authorized, feeding back unauthorized information to the mobile terminal, otherwise, performing the step A3;
a3, sending a request for inquiring the historical medical data of the patient to the first processing module (2).
6. The method of claim 4, wherein: the step F specifically comprises the following steps:
f1, the database (3) receives the data request;
f2, sending the subdata information to the data checking module (6) according to the data request;
f3, the data checking module (6) checks whether the subdata information has errors and leaks, if yes, the data checking module resends the data request to the database (3), and jumps to the step F1, otherwise, the step F4 is carried out;
and F4, transmitting the sub data information to the second processing module (4).
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