CN106230975A - Based on master index cloud platform across institute's data sharing, Real-Time Sharing method and system - Google Patents

Abstract

The invention discloses based on master index cloud platform across institute's data sharing, Real-Time Sharing method and system；Including patient information master index cloud platform, including cloud data base, described cloud data base stores the patient information of server for receiving and store the patient data from Different hospital；The also patient data for Different hospital is inquired about server and is provided patient information；First patient data storage server, is deployed in hospital, for storing essential information and the medical information of patient；The essential information of patient and the medical information one_to_one corresponding of patient；Patient data inquiry server, it is deployed in hospital, for receiving the query statement of patient information, and from the cloud data base of patient information master index cloud platform, obtain patient information according to query statement, or from the data base of the first patient data storage server, obtain patient information according to query statement.Present invention achieves the data sharing of the patient basis between various big hospital and medical information.

Description

Cross-hospital data sharing and real-time sharing method and system based on master index cloud platform

technical field

The invention relates to a cross-hospital data sharing and real-time sharing method and system based on a master index cloud platform.

Background technique

There are following technical problems in current prior art:

1. At present, the patient information management system of each hospital exists as an independent unit, which cannot interact and share data with other hospital information systems. As a result, patients need to repeatedly enter personal information when they visit different hospitals. Information, repeatedly narrate the medical history and diagnosis and treatment data to the doctor;

Moreover, the same natural person will generate multiple copies of patient data in different hospitals. If the diagnosis and treatment data are lost, the patient will need to do many repeated checks after changing hospitals; therefore, hospital data sharing is a technical problem that needs to be solved urgently;

2. Another problem with hospital data sharing is that there will be a time delay when synchronizing patient information and patient diagnosis and treatment information. At present, if a patient has undergone an examination in Hospital A, the examination result has not yet come out, and the patient for some reason It is urgent to transfer to hospital B. For severe patients, it is impossible to wait for the results of the inspection report in hospital A, and the results of the inspection report often contain important information such as photos; Whether hospital B can save time for the diagnosis and treatment of critically ill patients is a problem that plagues doctors and patients at present. Therefore, how to ensure timely, safe and effective cross-hospital data sharing is also a technical problem that needs to be solved urgently.

3. If the patient has undergone a diagnosis and treatment examination in Hospital A, when the doctor of Hospital A believes that the patient’s condition cannot be determined based on the examination results, the support of Hospital C, the superior hospital, is needed. Upload it to Hospital C, the superior hospital, for review. This issue is currently unresolved.

4. If the patient has undergone a diagnosis and treatment examination in Hospital A, and the patient is transferred to Hospital B for further treatment, at this time, if Hospital A needs to continue to pay attention to the development of the patient's condition, then Hospital B needs to upload the treatment status of the patient after the transfer to A in time Hospital review; this issue is currently unresolved.

5. In the case of expert consultation, experts from major hospitals discuss patients’ difficult conditions on the same platform. This platform needs to update the patient’s condition information in a timely manner. At this time, the hospital needs to share the data in a timely manner. At present, this problem has not yet been solved. solve.

Contents of the invention

The purpose of the present invention is to solve the above problems, and provide a method and system for cross-hospital data sharing and real-time sharing based on the main index cloud platform, which has the advantage of realizing the timeliness of cross-hospital data sharing.

In order to achieve the above object, the present invention adopts the following technical solutions:

Cross-hospital data sharing system based on the main index cloud platform, including:

The patient information master index cloud platform includes: a cloud database, which is used to receive and store patient information from patient data storage servers in different hospitals; also provide patient information for patient data query servers in different hospitals;

The first patient data storage server, deployed in the hospital, includes: the first patient basic information database and the first patient diagnosis and treatment information database, the first patient basic information database is used to store the patient's basic information, and the first patient diagnosis and treatment information database The information database is used to store the diagnosis and treatment information of the patients; the basic information of the patients corresponds to the diagnosis and treatment information of the patients;

The patient data query server, deployed in the hospital, is used to receive query instructions for patient information, and obtain patient information from the cloud database of the patient information main index cloud platform according to the query instructions, or obtain patient information from the first patient data storage server according to the query instructions. The patient information is obtained from the basic information database and the patient diagnosis and treatment information database.

The patient information includes: basic information of the patient and diagnosis and treatment information of the patient.

The basic information of the patient includes: the patient's ID number, name, and address.

The diagnosis and treatment information of the patient includes: outpatient data, test data, examination data and medical record information.

A cross-academy data sharing method based on the main index cloud platform, including:

Step (1): The first patient basic information database of the first patient data storage server deployed in the first hospital obtains the entered patient basic information; the first patient diagnosis and treatment information database of the first patient data storage server obtains the entered patient's information medical information;

Step (2): The first patient data storage server judges whether the data in the first patient basic information database and the first patient diagnosis and treatment information database are updated, and if so, uploads the updated data to the cloud of the patient information main index cloud platform In the database, establish the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient; if not, continue to judge;

Step (3): The patient data query server deployed in the second hospital receives the query instruction of patient information: if the second patient data storage server deployed in the second hospital is found to have the medical records of the queried patient, Then end; if it is found through the query that there is no medical record of the queried patient, then directly query from the cloud database of the patient information main index cloud platform, and use the patient's basic information to query the patient's diagnosis and treatment information through the main index; the patient's basic information It is stored synchronously with the diagnosis and treatment information on the second patient data storage server of the second hospital.

The step of described step (2) is as follows:

The basic information of the patient and the diagnosis and treatment information of the patient in the first patient data storage server are uploaded to the patient information main index cloud platform at every set time interval; the patient information main index cloud platform uses the ID card number in the patient's basic information as the main index code;

The patient information main index cloud platform scans the main index code in the cloud database according to the ID number in the patient's basic information, and judges whether the basic information of the patient already exists in the cloud database.

If the patient's basic information does not exist, store the patient's basic information, and use the ID number in the patient's basic information as the main index number corresponding to the patient's basic information;

If the patient's basic information exists, continue to judge whether the patient's basic information already exists in the business data table of the cloud database,

If the basic information of the patient already exists in the business data table of the cloud database, update the patient's diagnosis and treatment information, and the corresponding primary index number of the patient remains unchanged; if the basic information of the patient does not exist in the business data table of the cloud database, just Store the patient's basic information in the business data table of the cloud database, and then store the patient's diagnosis and treatment information.

Real-time cross-hospital data sharing system based on the main index cloud platform, including:

The patient information master index cloud platform includes: a cloud database and a message server, and the cloud database is used to receive and store patient information from patient data storage servers in different hospitals; it also provides patient information for patient data query servers in different hospitals; The message server is used to receive the message update request sent by the first message client, and obtain the updated data in the second patient data storage server corresponding to the first message client according to the message update request, and store the obtained data in the cloud database In the middle; at the same time, the message server also notifies the second message client to obtain the update data in real time;

The second patient data storage server, deployed in the first hospital, includes: a first message client, a second patient basic information database and a second patient diagnosis and treatment information database, the first message client is used to detect the second patient data Whether the storage server generates new data, if it does, it sends a message update request to the message server, and receives the message server's update completion notification; the second patient basic information database is used to store the basic information of the first hospital-seeing patient , the second patient diagnosis and treatment information database is used to store the diagnosis and treatment information of the first hospital-seeing patient; the basic information of the patient is in one-to-one correspondence with the diagnosis and treatment information of the patient;

The third patient data storage server, deployed in the second hospital, includes: a second message client, a third patient basic information database and a third patient diagnosis and treatment information database, the second message client receives the data update notification from the message server After receiving the data update notification, download the updated data from the cloud database, and store the downloaded updated data, the third patient basic information database is used to store the basic information of the patients in the second hospital. The third patient diagnosis and treatment information database is used to store the diagnosis and treatment information of patients in the second hospital; the basic information of the patient corresponds to the diagnosis and treatment information of the patient;

The patient data query server, deployed in the second hospital, is used to receive patient information query instructions, and obtain patient information from the cloud database of the patient information master index cloud platform according to the query instructions, or from the third patient data storage according to the query instructions Obtain patient information from the patient basic information database and patient diagnosis and treatment information database of the server.

The patient information includes: basic information of the patient and diagnosis and treatment information of the patient.

A real-time data sharing method across hospitals based on the main index cloud platform, including:

Step (1): the second patient basic information database of the second patient data storage server obtains the patient basic information entered; the second patient diagnosis and treatment information database of the second patient data storage server obtains the diagnosis and treatment information of the patient entered;

Step (2): The first message client deployed in the first hospital judges whether the data in the second patient's basic information database or the second patient's diagnosis and treatment information database has been updated, and if so, the first message client sends a message to the patient information host. The message server of the index cloud platform sends a message update request, uploads the updated data to the cloud database of the patient information main index cloud platform, and establishes the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient; if not, continue judge;

Step (3): The message server of the patient information main index cloud platform is used to receive the message update request sent by the first message client, and receive the updated information in the second patient data storage server corresponding to the first message client according to the message update request. data, and store the obtained data in the cloud database; at the same time, the message server also sends a data update notification to the second message client deployed in the second hospital;

Step (4): The second message client receives the data update notification from the message server; after receiving the data update notification, it downloads the updated data from the cloud database, stores the downloaded updated data, and stores it in the second hospital's On the third patient data storage server, the stored data is used for real-time data query by the patient data query server of the second hospital.

Described step (2) uploads the updated data to the cloud database of the patient information main index cloud platform, and sets up the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient, and the steps are as follows:

The patient's basic information and the patient's diagnosis and treatment information in the second patient data storage server are uploaded to the patient information main index cloud platform at every set time; the patient information main index cloud platform uses the ID card number in the patient's basic information as the main index code;

The patient information main index cloud platform scans the main index code in the cloud database according to the ID number in the patient's basic information, and judges whether the basic information of the patient already exists in the cloud database.

If the patient's basic information does not exist, store the patient's basic information, and use the ID number in the patient's basic information as the main index number corresponding to the patient's basic information;

If the patient's basic information exists, continue to judge whether the patient's basic information already exists in the business data table of the cloud database,

If the basic information of the patient already exists in the business data table of the cloud database, update the patient's diagnosis and treatment information, and the corresponding primary index number of the patient remains unchanged; if the basic information of the patient does not exist in the business data table of the cloud database, just Store the patient's basic information in the business data table of the cloud database, and then store the patient's diagnosis and treatment information.

Beneficial effects of the present invention:

1 Established a cloud patient main index platform. Through the main index, the patient information of different hospitals and the residents' information in different regions are unified and integrated, which simplifies the process of viewing or operating a certain patient information.

2. For cross-system business, when it is necessary to operate on the same patient information, there is no need to transmit redundant information to verify the patient's identity.

3 By deploying the first message client on the second patient data storage server of the first hospital, deploying the second message client on the third patient data storage server of the second hospital, and deploying the second message client on the patient information main index cloud platform Deploying a message server realizes the timeliness of sharing basic patient information and patient diagnosis and treatment information among different hospitals when patients are transferred.

4. Similarly, the present invention can also realize that when the patient does not transfer to another hospital, the lower-level hospital uploads the data to the patient information main index cloud platform, and the data storage server of the upper-level hospital downloads the patient's diagnosis and treatment information from the patient information main index cloud platform in time, so as to achieve no Transfer patients can enjoy the advice of doctors in higher-level hospitals.

5. Similarly, the present invention can also realize that after the patient is transferred, the new hospital uploads the data to the patient information main index cloud platform, and the data storage server of the original hospital downloads the patient's diagnosis and treatment information from the patient information main index cloud platform in time to realize the transfer Afterwards, the doctors of the original hospital can still understand the development of the patient's condition in real time, so that the experts of the two hospitals before and after the transfer can communicate with the patient's condition.

6. In the same way, the present invention can also realize expert consultation. Experts from major hospitals discuss the patient's difficult illness on the same platform. The hospital where the patient is located uploads the data to the main index cloud platform for patient information. The data storage server downloads patient diagnosis and treatment information from the patient information main index cloud platform in a timely manner, enabling experts from major hospitals to discuss patients' difficult conditions on the same platform.

Description of drawings

Figure 1 is the architecture diagram of the cross-hospital data sharing system based on the main index cloud platform;

Figure 2 is a flow chart of patient registration where patient master index information already exists in the cloud patient master index system;

Fig. 3 is a flow chart of patient registration in which the patient master index information does not exist in the cloud patient master index system;

Figure 4 is a real-time system architecture diagram of cross-hospital data sharing based on the main index cloud platform;

Figure 5 is a flowchart of real-time data sharing between two hospitals.

detailed description

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

As shown in Figure 1, the cross-hospital data sharing system based on the main index cloud platform includes:

The patient information master index cloud platform includes: a cloud database, which is used to receive and store patient information from patient data storage servers in different hospitals; also provide patient information for patient data query servers in different hospitals;

The first patient data storage server, deployed in the hospital, includes: the first patient basic information database and the first patient diagnosis and treatment information database, the first patient basic information database is used to store the patient's basic information, and the first patient diagnosis and treatment information database The information database is used to store the diagnosis and treatment information of the patients; the basic information of the patients corresponds to the diagnosis and treatment information of the patients;

The patient data query server, deployed in the hospital, is used to receive query instructions for patient information, and obtain patient information from the cloud database of the patient information main index cloud platform according to the query instructions, or obtain patient information from the first patient data storage server according to the query instructions. The patient information is obtained from the basic information database and the patient diagnosis and treatment information database.

The patient information includes: basic information of the patient and diagnosis and treatment information of the patient.

The basic information of the patient includes: the patient's ID number, name, and address.

The diagnosis and treatment information of the patient includes: outpatient data, test data, examination data and medical record information.

As shown in Figure 1, the cross-academy data sharing method based on the main index cloud platform includes:

Step (1): The first patient basic information database of the first patient data storage server deployed in the first hospital obtains the entered patient basic information; the first patient diagnosis and treatment information database of the first patient data storage server obtains the entered patient's information medical information;

Step (2): The first patient data storage server judges whether the data in the first patient basic information database and the first patient diagnosis and treatment information database are updated, and if so, uploads the updated data to the cloud of the patient information main index cloud platform In the database, establish the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient; if not, continue to judge;

Step (3): The patient data query server deployed in the second hospital receives the query instruction of patient information: if the second patient data storage server deployed in the second hospital is found to have the medical records of the queried patient, Then end; if it is found through the query that there is no medical record of the queried patient, then directly query from the cloud database of the patient information main index cloud platform, and use the patient's basic information to query the patient's diagnosis and treatment information through the main index; the patient's basic information It is stored synchronously with the diagnosis and treatment information on the second patient data storage server of the second hospital.

The step of described step (2) is as follows:

The basic information of the patient and the diagnosis and treatment information of the patient in the first patient data storage server are uploaded to the patient information main index cloud platform at every set time interval; the patient information main index cloud platform uses the ID card number in the patient's basic information as the main index code;

The patient information main index cloud platform scans the main index code in the cloud database according to the ID number in the patient's basic information, and judges whether the basic information of the patient already exists in the cloud database.

If the patient's basic information does not exist, store the patient's basic information, and use the ID number in the patient's basic information as the main index number corresponding to the patient's basic information;

If the patient's basic information exists, continue to judge whether the patient's basic information already exists in the business data table of the cloud database,

If the basic information of the patient already exists in the business data table of the cloud database, update the patient's diagnosis and treatment information, and the corresponding primary index number of the patient remains unchanged; if the basic information of the patient does not exist in the business data table of the cloud database, just Store the patient's basic information in the business data table of the cloud database, and then store the patient's diagnosis and treatment information.

As shown in Figure 4, the cross-academy data real-time sharing system based on the main index cloud platform includes:

The patient information master index cloud platform includes: a cloud database and a message server, and the cloud database is used to receive and store patient information from patient data storage servers in different hospitals; it also provides patient information for patient data query servers in different hospitals; The message server is used to receive the message update request sent by the first message client, and obtain the updated data in the second patient data storage server corresponding to the first message client according to the message update request, and store the obtained data in the cloud database In the middle; at the same time, the message server also notifies the second message client to obtain the update data in real time;

The second patient data storage server, deployed in the first hospital, includes: a first message client, a second patient basic information database and a second patient diagnosis and treatment information database, the first message client is used to detect the second patient data Whether the storage server generates new data, if it does, it sends a message update request to the message server, and receives the message server's update completion notification; the second patient basic information database is used to store the basic information of the first hospital-seeing patient , the second patient diagnosis and treatment information database is used to store the diagnosis and treatment information of the first hospital-seeing patient; the basic information of the patient is in one-to-one correspondence with the diagnosis and treatment information of the patient;

The third patient data storage server, deployed in the second hospital, includes: a second message client, a third patient basic information database and a third patient diagnosis and treatment information database, the second message client receives the data update notification from the message server After receiving the data update notification, download the updated data from the cloud database, and store the downloaded updated data, the third patient basic information database is used to store the basic information of the patients in the second hospital. The third patient diagnosis and treatment information database is used to store the diagnosis and treatment information of patients in the second hospital; the basic information of the patient corresponds to the diagnosis and treatment information of the patient;

The patient data query server, deployed in the second hospital, is used to receive patient information query instructions, and obtain patient information from the cloud database of the patient information master index cloud platform according to the query instructions, or from the third patient data storage according to the query instructions Obtain patient information from the patient basic information database and patient diagnosis and treatment information database of the server.

The patient information includes: basic information of the patient and diagnosis and treatment information of the patient.

As shown in Figure 4, the real-time sharing method of inter-hospital data based on the master index cloud platform includes:

Step (1): the second patient basic information database of the second patient data storage server obtains the patient basic information entered; the second patient diagnosis and treatment information database of the second patient data storage server obtains the diagnosis and treatment information of the patient entered;

Step (2): The first message client deployed in the first hospital judges whether the data in the second patient's basic information database or the second patient's diagnosis and treatment information database has been updated, and if so, the first message client sends a message to the patient information host. The message server of the index cloud platform sends a message update request, and uploads the updated data to the cloud database of the patient information main index cloud platform, and establishes the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient; if not, continue judge;

Step (3): The message server of the patient information main index cloud platform is used to receive the message update request sent by the first message client, and receive the updated information in the second patient data storage server corresponding to the first message client according to the message update request. data, and store the obtained data in the cloud database; at the same time, the message server also sends a data update notification to the second message client deployed in the second hospital;

Step (4): The second message client receives the data update notification from the message server; after receiving the data update notification, it downloads the updated data from the cloud database, stores the downloaded updated data, and stores it in the second hospital's On the third patient data storage server, the stored data is used for real-time data query by the patient data query server of the second hospital.

Described step (2) uploads the updated data to the cloud database of the patient information main index cloud platform, and sets up the main index in the cloud database according to the basic information of the patient and the diagnosis and treatment information of the patient, and the steps are as follows:

The patient's basic information and the patient's diagnosis and treatment information in the second patient data storage server are uploaded to the patient information main index cloud platform at every set time; the patient information main index cloud platform uses the ID card number in the patient's basic information as the main index code;

The patient information main index cloud platform scans the main index code in the cloud database according to the ID number in the patient's basic information, and judges whether the basic information of the patient already exists in the cloud database.

If the patient's basic information does not exist, store the patient's basic information, and use the ID number in the patient's basic information as the main index number corresponding to the patient's basic information;

If the patient's basic information exists, continue to judge whether the patient's basic information already exists in the business data table of the cloud database,

If the basic information of the patient already exists in the business data table of the cloud database, update the patient's diagnosis and treatment information, and the corresponding primary index number of the patient remains unchanged; if the basic information of the patient does not exist in the business data table of the cloud database, just Store the patient's basic information in the business data table of the cloud database, and then store the patient's diagnosis and treatment information.

Establish a unified patient information main index cloud platform, regularly synchronize the basic information of patients from different hospitals, and build a complete set of indexes on the cloud platform based on the basic information of patients and diagnosis and treatment information. When the hospital checks the information of a certain patient, if it finds that the patient has never been treated in the hospital, it can directly query the main index of the cloud platform to obtain the basic information of the patient, and synchronize the basic information of the patient to the hospital.

As shown in Figure 2 and Figure 3, the main steps to synchronize patient data are:

Synchronize patient data, query whether there is a patient in the cloud main index according to the basic information or name + gender + age + home address, if it exists, add it, if it does not exist, create a new patient information;

According to the synchronously completed patient information, the diagnosis and treatment data in the hospital are extracted, including outpatient data, inspection data, inspection data, medical record information, etc.

After the patient master index is established, cross-hospital or cross-system business processes need to be carried out, and the cloud master index data can be directly accessed through the patient data query server to query the required patient information; for sensitive data or inconvenient direct access to the master index database, The open interface service of the cloud main index system is required for other systems to call.

With the patient's main index, when viewing the data of patients who are not in the hospital in a certain hospital, it can be determined which medical data belong to which patient.

Make a real-time message system. The message server is placed on the cloud platform, and the message client is placed on the internal server of the hospital that needs to share data. When a hospital generates new data, the message client deployed in the hospital immediately sends a message to the same hospital. Other hospitals in a medical consortium can achieve the effect of timely data sharing.

Taking two hospitals A and B as an example, these two hospitals form a medical consortium. The patient data storage servers deployed in the hospital are patient data storage server A and patient data storage server B respectively. When the patient data storage server A generates new diagnosis and treatment data, it can share the data to the patient data storage server B in a timely manner. The implementation process is shown in Figure 5:

1. Patient data storage server A generates new diagnosis and treatment data;

2. In order to ensure data security and transmission speed, the data is encrypted and compressed;

3. In order to let the patient data storage server B in the same cloud platform as the patient data storage server A share the newly generated data in time, submit the new data to the cloud platform immediately, and notify the patient data storage server B to obtain the new data ;

4. Store the data on the cloud platform;

5. Notify the patient data storage server A that the message has been obtained by the cloud platform;

6. The cloud platform forwards the notification message to the patient data storage server B;

7. The patient data storage server B acquires new data according to the notification message;

8. Store the new data of the patient data storage server A to the patient data storage server B.

In this way, combined with the patient information main index cloud platform and the instant message system, the diagnosis and treatment data generated by patients in the hospital can be synchronized to the cloud platform in a timely, safe and accurate manner, and the patient can be diagnosed and treated through big data tools such as hadoop, hbase, hive, etc. Analyze the data, extract information with medical value, and contribute to the health status of residents.

Although the specific implementation of the present invention has been described above in conjunction with the accompanying drawings, it does not limit the protection scope of the present invention. Those skilled in the art should understand that on the basis of the technical solution of the present invention, those skilled in the art do not need to pay creative work Various modifications or variations that can be made are still within the protection scope of the present invention.

Claims (8)

1. based on master index cloud platform it is characterized in that across institute's data-sharing systems, including:

Patient information master index cloud platform, including: cloud data base, described cloud data base is for receiving and storing from Different hospital Patient data storage server patient information；The also patient data for Different hospital is inquired about server and is provided patient information；

First patient data storage server, is deployed in hospital, including: the first patient basis data base and the first patient examine Treating information database, described first patient basis data base, for storing the essential information of patient, described first patient examines Treat information database, for storing the medical information of patient；The essential information of patient and the medical information one_to_one corresponding of patient；

Patient data inquiry server, is deployed in hospital, for receiving the query statement of patient information, and according to query statement from The cloud data base of patient information master index cloud platform obtains patient information, or deposits from the first patient data according to query statement The patient basis data base of storage server and patient medical information data base obtain patient information.

2. as claimed in claim 1 based on master index cloud platform it is characterized in that across institute's data-sharing systems,

Described patient information includes: the essential information of patient and the medical information of patient.

3. based on master index cloud platform it is characterized in that across institute's data sharing method, including:

Step (1): be deployed in the first patient basis data base of the first patient data storage server of first hand hospital Obtain the patient basis of typing；First patient medical information data base of the first patient data storage server obtains typing The medical information of patient；

Step (2): the first patient data storage server judges the first patient basis data base and first patient's diagnosis and treatment letter Whether the data in breath data base have renewal, if having, the data of renewal are just uploaded to the cloud of patient information master index cloud platform In data base, in cloud data base, set up master index according to the essential information of patient and the medical information of patient；If the most just continuing Continuous judgement；

Step (3): be deployed in the patient data inquiry server of second hospital, the query statement of reception patient information: if warp Cross inquiry and find to be deployed in the second patient data storage server of second hospital, have the diagnosis records being queried patient, then Terminate；If finding not to be queried the diagnosis records of patient through inquiry, then directly from the cloud of patient information master index cloud platform Data base inquires about, utilizes the essential information of patient to be inquired the medical information of patient by master index；By the basic letter of patient Breath and medical information synchronize storage to the second patient data storage server of second hospital.

4. as claimed in claim 3 based on master index cloud platform it is characterized in that across institute's data sharing method, described step (2) step is as follows:

At interval of the time of setting just by essential information and the medical information of patient of the patient of the first patient data storage server Upload to patient information master index cloud platform；Patient information master index cloud platform is by the ID (identity number) card No. in the essential information of patient As master index code；

Patient information master index cloud platform scans the main rope in cloud data base according to the ID (identity number) card No. in the essential information of patient Draw code, it is judged that cloud data base has existed the essential information of patient,

If there is no the essential information of patient, just store the essential information of patient, and by the identity in the essential information of patient Card number is as master index number corresponding to the essential information of patient；

If there is the essential information of patient, continue to judge the business of the essential information the most Already in cloud data base of patient Inside tables of data,

If the business datum the exterior and the interior face of the essential information of patient Already in cloud data base, carry out the medical information of patient Updating, master index number corresponding to patient is constant；If the essential information of patient is not present in the business datum table of cloud data base The inside, just stores the essential information of patient the business datum the exterior and the interior face of cloud data base, then carries out the medical information of patient Storage.

5. based on master index cloud platform it is characterized in that across institute's real-time data sharing system, including:

Patient information master index cloud platform, including: cloud data base and message server, described cloud data base is used for receiving and storing Patient data from Different hospital stores the patient information of server；It it is also the patient data inquiry server of Different hospital Patient information is provided；The information updating request that described message server sends for receiving the first information client side, and according to disappearing Breath updates the data updated in the second patient data storage server that acquisition request the first information client side is corresponding, by obtain Data store in cloud data base；Message server informs about the second information client side and obtains more new data in real time simultaneously；

Second patient data storage server, is deployed in first hand hospital, basic including: the first information client side, the second patient Information database and the second patient medical information data base, described first information client side is for detection the second patient data storage Whether server produces new data, if producing, sending information updating request to message server, receiving messenger service simultaneously The complete notice of renewal of device；Described second patient basis data base, for being stored in the base of first hand hospital admission patient This information, described second patient medical information data base, for being stored in the medical information of first hand hospital admission patient；Patient The medical information one_to_one corresponding of essential information and patient；

3rd patient data storage server, is deployed in second hospital, basic including: the second information client side, the 3rd patient Information database and the 3rd patient medical information data base, described second information client side receives the data of message server and updates Notice；After receiving data update notification, the data of down loading updating from cloud data base, and the more new data downloaded is deposited Storage, described 3rd patient basis data base, for being stored in the essential information of second hospital admission patient, the described 3rd Patient medical information data base, for being stored in the medical information of second hospital admission patient；The essential information of patient and trouble The medical information one_to_one corresponding of person；

Patient data inquiry server, is deployed in second hospital, for receiving the query statement of patient information, and according to inquiry Instruction obtains patient information from the cloud data base of patient information master index cloud platform, or according to query statement from the 3rd patient The patient basis data base of data storage server and patient medical information data base obtain patient information.

6. as claimed in claim 5 based on master index cloud platform it is characterized in that across institute's real-time data sharing system, described trouble Person's information includes: the essential information of patient and the medical information of patient.

7. based on master index cloud platform it is characterized in that across institute's real-time data sharing method, including:

Step (1): the patient that the second patient basis data base of the second patient data storage server obtains typing is basic Information；Second patient medical information data base of the second patient data storage server obtains the medical information of the patient of typing；

Step (2): the first information client side being deployed in first hand hospital judges the second patient basis data base or second Whether the data in patient medical information data base have renewal, if having, the first information client side is put down to patient information master index cloud The message server of platform sends information updating request, and the data of renewal are uploaded to the cloud data of patient information master index cloud platform In storehouse, in cloud data base, set up master index according to the essential information of patient and the medical information of patient；If not continuing to sentence Disconnected；

Step (3): the message server of patient information master index cloud platform is for receiving the message that the first information client side sends More newly requested, and according to information updating request receive the first information client side corresponding second patient data storage server in more The data of acquisition are stored in cloud data base by new data；Message server is also to being deployed in the of second hospital simultaneously Two information client sides send the notice that data update；

Step (4): the second information client side receives the data update notification of message server；After receiving data update notification, The data of down loading updating from cloud data base, and the more new data downloaded is stored, storage is to the 3rd of second hospital On patient data storage server, the data of storage carry out the reality of data for the patient data inquiry service end of second hospital Time inquiry.

8. as claimed in claim 7 based on master index cloud platform it is characterized in that across institute's real-time data sharing method, described step Suddenly the data of renewal being uploaded in the cloud data base of patient information master index cloud platform, according to the essential information of patient of (2) Setting up master index in cloud data base with the medical information of patient, step is as follows:

At interval of the time of setting just by essential information and the medical information of patient of the patient of the second patient data storage server Upload to patient information master index cloud platform；Patient information master index cloud platform is by the ID (identity number) card No. in the essential information of patient As master index code；

Patient information master index cloud platform scans the main rope in cloud data base according to the ID (identity number) card No. in the essential information of patient Draw code, it is judged that cloud data base has existed the essential information of patient,

If there is no the essential information of patient, just store the essential information of patient, and by the identity in the essential information of patient Card number is as master index number corresponding to the essential information of patient；

If there is the essential information of patient, continue to judge the business of the essential information the most Already in cloud data base of patient Inside tables of data,

If the business datum the exterior and the interior face of the essential information of patient Already in cloud data base, carry out the medical information of patient Updating, master index number corresponding to patient is constant；If the essential information of patient is not present in the business datum table of cloud data base The inside, just stores the essential information of patient the business datum the exterior and the interior face of cloud data base, then carries out the medical information of patient Storage.