CN116032976B - Medical information transfer method and system based on data routing - Google Patents
Medical information transfer method and system based on data routing Download PDFInfo
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- CN116032976B CN116032976B CN202310295235.7A CN202310295235A CN116032976B CN 116032976 B CN116032976 B CN 116032976B CN 202310295235 A CN202310295235 A CN 202310295235A CN 116032976 B CN116032976 B CN 116032976B
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Abstract
The invention discloses a medical information circulation method and a system based on data routing, wherein the method comprises the following steps: deploying data routes and lightweight data nodes between each data production client and each data consumption client respectively; when the service information received by the data production client is obtained, medical data and a data abstract containing various identification information of the medical seeker are respectively extracted from the service information, and the data are stored in a lightweight data node and a data route; when the data consumption client needs to perform data consumption, searching out a corresponding target data abstract matched with various identification information and returning the target data abstract to the data consumption client; medical data in the corresponding target lightweight data node is read, and the medical data is downloaded locally for use in a medical business process. The invention solves the problem that the orderly work of outpatients and medical staff can not be ensured when the data center node fails in the prior art.
Description
Technical Field
The invention relates to the field of data processing, in particular to a medical information circulation method and system based on data routing.
Background
Hospital information systems, whether they are C/S architecture (client/server) or B/S architecture (browser/application server/server), rely heavily on database servers (data center nodes). Once a data center node has network failure, server failure or insufficient computing power, the most busy clinic business of a hospital is directly influenced.
Currently, there are outpatient emergency scenarios in offline mode. When the data center node fails, the mode is manually switched, and the outpatient registration information is temporarily stored in the local client. And after the fault of the central node is repaired, manually uploading the system data to a database server. The biggest disadvantage is that the real-time circulation of the outpatient in a plurality of outpatient diagnosis and treatment nodes (registration tollgate, doctor station, outpatient pharmacy and the like) can not be ensured under the fault state. Therefore, the scheme can only ensure that the data is not lost, but can not ensure orderly work of outpatients and medical staff.
In order to ensure that the hospital outpatient information system runs normally for 7x24 hours, a real-time circulation method of outpatient information under the fault state of a central node is needed, the outpatient medical order is ensured, and the outpatient work is ensured to be orderly carried out.
Disclosure of Invention
Therefore, the invention aims to provide a medical information circulation method and system based on data routing, which aims to solve the problem that orderly work of outpatients and medical staff cannot be guaranteed when a data center node fails in the prior art.
The embodiment of the invention is realized as follows:
the utility model provides a information circulation method of seeking medical advice based on data route, is applied to among the information circulation system of seeking medical advice, the information circulation system of seeking medical advice includes data center node and respectively with data production customer end and the data consumption customer end of data center node communication connection, the method includes:
deploying data routes and lightweight data nodes between each of the data production clients and the data consumption clients, respectively;
when the service information received by the data production client is acquired, medical data and a data abstract containing various identification information of a medical applicant are respectively extracted from the service information, the medical data are stored in the lightweight data nodes, and the data abstract is cached in the data route;
when the data consumption client needs to consume data, and when the data center node is out of service, collecting a data route which contains various identification information of the doctor and is sent to any data production client in a request message form, so as to find out a corresponding target data abstract matched with the various identification information and return the target data abstract to the data consumption client;
And accessing a corresponding target data production client according to the received target data abstract, reading medical data in a corresponding target lightweight data node in the target data production client, and downloading the medical data to a local place for medical service flow.
Further, the method for transferring medical information based on data routing, wherein the steps of deploying the data routing and the lightweight data nodes between each data production client and each data consumption client respectively include:
clustering the data production clients and the data consumption clients according to preset rules, and deploying data routes and light-weight data nodes between the clustered data production clients and the clustered data consumption clients.
Further, in the medical information circulation method based on the data route, the clustering processing is performed on the data production client and the data consumption client according to the preset rule, and the step of deploying the data route and the lightweight data node between the clustered data production client and the clustered data consumption client includes:
respectively acquiring a stereogram of a building where the data consumption client and the data production client are located and boundary coordinate information of the stereogram;
Mapping the building into a preset coordinate system according to the three-dimensional map of the building and boundary coordinate information of the three-dimensional map to obtain a corresponding three-dimensional model;
determining a corresponding longitudinal section line according to the outer contour of the three-dimensional model, and utilizing the longitudinal section line to section the three-dimensional model in the preset coordinate system;
and taking any longitudinal section after the three-dimensional model section as a projection reference plane, respectively projecting the data consumption client and the data production client onto the longitudinal section so as to cluster the data consumption client and the data production client respectively.
Further, the method for transferring medical information based on data routing, wherein the step of determining the corresponding longitudinal section line according to the outer contour of the three-dimensional model includes:
when the outer contour of the three-dimensional model is a regular graph, the longitudinal section line is arranged along the middle position of the three-dimensional model;
and when the outer contour of the three-dimensional model is an irregular graph, determining the trend of the longitudinal section line according to the outer contour of the three-dimensional model so as to determine the longitudinal section line.
Further, in the method for circulation of medical information based on data routing, the step of collecting the data routing including multiple kinds of identification information of the medical seeker and sending the data routing to any one of the data production clients in a request message form to find out a corresponding target data abstract matched with the multiple kinds of identification information includes:
When judging that the current data abstract of the data production client is matched with the plurality of identification information, determining the current data abstract of the data production client as the target data abstract;
and when judging that the current data abstract of the data production client is not matched with the plurality of identification information, sending data inquiry broadcast to the rest data route to match the rest data abstract, and determining the matched data abstract as a target data abstract.
Further, the method for transferring medical information based on the data route, wherein the method further comprises the following steps:
coordinate information of each data route of a data consumption client or a data production client in the medical information circulation system is obtained;
according to the coordinate information of the data route, determining a distribution area of the data route and determining a circumcircle of the distribution area of the data route;
dividing the circumscribed circle into equally divided areas which are preset equally divided, forming equally divided points on the boundary line of the circumscribed circle, and determining the middle points of two adjacent equally divided points of the circumscribed circle as clustered reference points;
determining the data route closest to the clustering reference point in each equal area as a cluster head route, and determining other routing nodes except the cluster head route in the equal area as a common route to form a route cluster group consisting of a plurality of cluster head routes and the common route;
Collecting various identification information of the medical seeker and sending the information to a cluster head route of any route cluster group in a request message form so as to find out a corresponding target data abstract matched with the various identification information;
and when judging that the current data abstract of the data production client is not matched with the plurality of identification information, sending data inquiry broadcast to the rest common routes through the cluster head route in the route cluster group so as to match the rest data abstract.
Further, in the method for circulation of medical information based on data routing, the step of determining the data routing closest to the clustering reference point in each of the equal division areas as a cluster head routing and determining other routing nodes except the cluster head routing in the equal division areas as a common routing to form a routing cluster group consisting of a plurality of the cluster head routing and the common routing further includes:
when a cluster head replacement request reported by any target cluster head route is received, determining a target common route which is closest to the target cluster head route and is not over the cluster head among the target cluster head routes according to the coordinate information of each common route among target cluster routes in which the target cluster head route is located, and replacing the target common route with the cluster head route.
Another object of the present invention is to provide a system for transferring information of medical treatment based on data routing, which is applied in the system for transferring information of medical treatment, wherein the system for transferring information of medical treatment includes a data center node, and a data production client and a data consumption client which are respectively connected with the data center node in a communication manner, and the system includes:
the deployment module is used for deploying data routes and lightweight data nodes between each data production client and each data consumption client respectively;
the storage module is used for respectively extracting medical data and a data abstract containing various identification information of a medical applicant from the service information when the service information received by the data production client is acquired, storing the medical data to the lightweight data node and caching the data abstract into the data route;
the searching module is used for collecting data routes which contain various identification information of the doctor and are sent to any data production client in the form of request messages when the data consumption client needs to consume data and when the data center node is out of service, so as to find out corresponding target data abstracts matched with the various identification information and return the target data abstracts to the data consumption client;
And the downloading module is used for accessing the corresponding target data production client according to the received target data abstract, reading medical data in the corresponding target lightweight data node in the target data production client, and downloading the medical data to the local for medical service flow.
It is a further object of the present invention to provide a readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of the method of any of the above.
It is a further object of the invention to provide an electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, which processor implements the steps of the method described above when executing the program.
According to the invention, the data routing service and the lightweight data nodes are deployed in each client node and are used for data storage and data service in the subsequent emergency state, and the data production client service does not directly store data to the central data service end, but stores the data in the client lightweight data nodes. Meanwhile, key words in business information are used for generating data abstracts and caching the data abstracts to a data route, a data consumption client sends patient key retrieval information to a data route service as request messages (key words), after the data route service of any data production client receives a data service request, the data route service of any data production client searches the local cache data abstracts according to request conditions (key words) to determine target data abstracts and returns the target data abstracts to the data consumption client, and the data consumption client accesses accurate data production clients according to the received data abstracts, reads client data, downloads the client data to the local and is used for medical business processes, so that normal circulation of outpatient information under the condition of a hospital data center fault can be ensured, outpatient medical behaviors are not affected, and the problem that orderly work of outpatients and medical staff cannot be ensured due to the fact that medical information cannot be normally circulated when the data center node fails in the prior art is solved.
Drawings
Fig. 1 is a flowchart of a method for transferring medical information based on data routing according to a first embodiment of the present invention;
fig. 2 is a schematic diagram of data route clustering in a data route-based medical information circulation method according to an embodiment of the present invention;
fig. 3 is a schematic clustering diagram of one of data consumption clients in a data routing-based medical information circulation method according to an embodiment of the present invention;
fig. 4 is another clustering schematic diagram of a data consumption client in a data routing-based medical information circulation method according to an embodiment of the present invention;
fig. 5 is a block diagram of a medical information circulation system based on data routing according to a third embodiment of the present invention.
The invention will be further described in the following detailed description in conjunction with the above-described figures.
Detailed Description
In order that the invention may be readily understood, a more complete description of the invention will be rendered by reference to the appended drawings. Several embodiments of the invention are presented in the figures. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.
It will be understood that when an element is referred to as being "mounted" on another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," and the like are used herein for illustrative purposes only.
Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used herein in the description of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The term "and/or" as used herein includes any and all combinations of one or more of the associated listed items.
Hospital information systems, whether they are C/S architecture (client/server) or B/S architecture (browser/application server/server), rely heavily on database servers (data center nodes). Once a data center node has network failure, server failure or insufficient computing power, the most busy clinic business of a hospital is directly influenced.
Currently, there are outpatient emergency scenarios in offline mode. When the central node fails, the mode is manually switched, and the outpatient registration information is temporarily stored in the local client. And after the fault of the central node is repaired, manually uploading the system data to a database server. The biggest disadvantage is that the real-time circulation of the outpatient in a plurality of outpatient diagnosis and treatment nodes (registration tollgate, doctor station, outpatient pharmacy and the like) can not be ensured under the fault state. Therefore, the scheme can only ensure that the data is not lost, but can not ensure orderly work of outpatients and medical staff.
In order to ensure that the hospital outpatient information system runs normally for 7x24 hours, a real-time circulation method of outpatient information under the fault state of a central node is needed, the outpatient medical order is ensured, and the outpatient work is ensured to be orderly carried out.
How to ensure real-time circulation of outpatient information in a data center node failure state is described in detail below in connection with specific embodiments and figures.
Example 1
Referring to fig. 1, a data routing-based medical information transfer method in a first embodiment of the present invention is applied to a medical information transfer system, where the medical information transfer system includes a data center node, and a data production client and a data consumption client which are respectively connected with the data center node in a communication manner, and the method includes steps S10 to S13.
Step S10, deploying data routes and lightweight data nodes between each of the data production clients and the data consumption clients, respectively.
Specifically, the data production client is one end for producing data, the data consumption client is one end for consuming the produced data, wherein the data production client and the data consumption client are opposite and do not refer to specific clients, for example, one data production client can be a consumption client of another data production client, one data consumption client can also be a production client of another data consumption client, in a medical information flow system, an exemplary registration charging place is a data production client of a doctor station, a doctor station (an outpatient department) is a data consumption client of a registration charging place, an outpatient department is a data consumption client of a doctor station (outpatient department) and the like, medical data produced by the registration charging place can be consumed by the doctor station (outpatient department), and medical data produced by the doctor station (outpatient department) can be consumed by the outpatient department, in the prior art, the data production client and the data consumption client pass through a data center node, namely, a plurality of data production charging places are shared by the doctor stations and the doctor station, and the doctor station is used for storing all data in a data service node after the data center, and the data is deployed at each data center node, and all the data consumption nodes are arranged, and all the data nodes are in a data service node is in a data service node and a data service node is in a data service node.
Step S11, when the service information received by the data production client is obtained, medical data and a data abstract containing various identification information of the medical seeker are respectively extracted from the service information, the medical data is stored in the lightweight data node, and the data abstract is cached in the data route.
The data production client service does not directly store the data to the server of the central data node, but stores the data in the lightweight data node of the client and then stores the data to the server of the central data node. Meanwhile, key words in the service information are used for generating a data abstract, for example, key retrieval information (including various identification information of identity identification of a doctor) such as a patient card number, an identity card number, a name and the like is combined into a group of character strings, the character strings are cached in a data route, other medical data such as current symptoms generated by the doctor in a registration clinic, and a department hung on the doctor is stored in a lightweight data node.
Step S12, when the data consumption client needs to consume data, and when the data center node is out of service, collecting data routes which contain various identification information of the doctor and are sent to any data production client in the form of request messages, so as to find out corresponding target data summaries matched with the various identification information and return the target data summaries to the data consumption client.
When the doctor needs to obtain the doctor information when the doctor finishes the preliminary registration charge at the registration charge place, the doctor needs to obtain the doctor information when the doctor finishes the preliminary acquisition, namely, the consumption process, and the data consumption client first tries to acquire data from the server end of the central data node, accesses the data routing service of the service node (the data production client) of the previous flow in the preset service flow under the condition that the central data service node is judged to be free of data or refused to serve (fail), converts the key retrieval information of the doctor into a request message, and sends the request message containing the key retrieval information of the doctor to any data production client. If the data is successful, namely the data digest matching is successful, the data is directly returned to the requester from the data node, namely the data consumption client.
In addition, in some optional embodiments of the present invention, the step of collecting the data route including the plurality of identification information of the doctor-in-doctor and sending the data route to any one of the data production clients in the form of a request message to find a corresponding target data summary matching the plurality of identification information includes:
When judging that the current data abstract of the data production client is matched with the plurality of identification information, determining the current data abstract of the data production client as the target data abstract;
and when judging that the current data abstract of the data production client is not matched with the plurality of identification information, sending data inquiry broadcast to the rest data route to match the rest data abstract, and determining the matched data abstract as a target data abstract.
After receiving a data service request (i.e. receiving a request message), the data routing service of any data production client searches for a local cache data abstract according to a request condition (various identification information formed by keywords during search of a doctor). If the corresponding data exist, namely the matching is successful, determining the data abstract as a target data abstract; if the data is not related, the data route transmits data query broadcast (i.e. batch message transmission) to the same-level data route (such as all clients at the clinic registration place), and after the data route of the data production client receives the broadcast, the data route searches the local data abstract. If so, the data digest is determined to be the target data digest and returned to the requested data route. If not, the data information is returned to the requested data route, and the data route for sending the broadcast returns the received target data abstract to the data consumption client.
In addition, in some optional embodiments of the present invention, in order to facilitate data broadcasting between routes and more efficiently find out the target data digest, the method further includes:
coordinate information of each data route of a data consumption client or a data production client in the medical information circulation system is obtained;
mapping the data route into a preset coordinate system according to the coordinate information of the data route, determining a distribution area of the data route in the preset coordinate system, and determining a circumcircle of the distribution area of the data route;
dividing the circumscribed circle into equally divided areas which are preset equally divided, forming equally divided points on the boundary line of the circumscribed circle, and determining the middle points of two adjacent equally divided points of the circumscribed circle as clustered reference points;
determining the data route closest to the clustering reference point in each equal area as a cluster head route, and determining other routing nodes except the cluster head route in the equal area as a common route to form a route cluster group consisting of a plurality of cluster head routes and the common route;
collecting various identification information of the medical seeker and sending the information to a cluster head route of any route cluster group in a request message form so as to find out a corresponding target data abstract matched with the various identification information;
When judging that the current data abstract of the data production client is not matched with the plurality of identification information, in the routing cluster, sending data inquiry broadcast to the rest common routes through the cluster head route so as to match the rest data abstract;
the data consumption client and the data production client can be respectively acquired and then the cluster group is determined, and because the data consumption client and the data production client are opposite, the cluster group is basically the same, and the specific coordinate information of the data route can be acquired based on a positioning module of the data route configuration or manually input by a worker when the data route is arranged, and in the embodiment, the coordinate information is preferably a two-dimensional coordinate, and the preset coordinate system is preferably a two-dimensional coordinate system, namely, the height factor is not considered.
In a specific implementation, the distribution area of each data route can be determined based on the coordinate information of each data route, and since the data routes are arranged in the hospital and most of the hospital building bases are in a regular shape, such as a rectangle, a rectangular area containing the distribution of the data routes can be determined after the coordinate information of each data route is determined. Then, determining an circumscribed circle of the rectangular area, dividing the circumscribed circle into preset equally-divided areas, forming equally-divided points on the boundary lines of the circumscribed circle, determining middle points of two adjacent equally-divided points of the circumscribed circle as clustered reference points, for example, dividing the circumscribed circle into four equally-divided points, wherein the middle points of the four equally-divided points are respectively clustered reference points, and determining four clustered reference points altogether.
Further, the data route closest to the clustering reference point in each equally divided area can be determined as the cluster head route, other routes except the equally divided area cluster head route are determined as the common route to form a plurality of route cluster groups consisting of the cluster head route and the common route, and in the concrete implementation, after the cluster head route is determined, because each cluster head route has a specific identification code, the broadcast can be issued to each cluster head route respectively, after the broadcast is received by the cluster head route, the cluster head route knows that the cluster head is determined, and the cluster head route broadcasts out the message of the cluster head, so that the common route received by the cluster head broadcast can be automatically added into the cluster group where the cluster head node closest to the cluster head is located, thereby forming a plurality of cluster groups; the method is characterized in that when searching for the first data abstract, the request can be issued by taking the cluster group as a unit, the searching time of the data abstract is shortened, and when the first searching is unsuccessful, the broadcast is issued to other common routes through the cluster head route, so that the searching efficiency is shortened, and in practice, the data route issuing the broadcast needs to bear the functions of forwarding and collecting the data abstract in a large number of other data routes, and the data processing burden of the data route can be reduced through the cluster group mode.
Further, in some optional embodiments of the present invention, the step of determining, as a cluster head route, the data route closest to the cluster reference point in each of the equal division areas, and determining, as a normal route, other routing nodes outside the cluster head route in the equal division areas, so as to form a routing cluster group consisting of a plurality of the cluster head routes and the normal route, further includes:
when a cluster head replacement request reported by any target cluster head route is received, determining a target common route which is closest to the target cluster head route and is not over the cluster head among the target cluster head routes according to the coordinate information of each common route among target cluster routes in which the target cluster head route is located, and replacing the target common route with the cluster head route.
It should be noted that, the cluster head route needs to collect and store data of itself, and send out instructions and other common routes, so that the data processing pressure of the cluster head route is greater than that of the common routes in the same cluster, when the data processing amount of the cluster head route is greater, the data processing efficiency of the cluster group where the cluster head route is located is reduced. Meanwhile, the newly replaced cluster head route is still not fixed for a long time, and the cluster head can still be actively requested to be replaced based on the condition of data processing, so that the phenomenon that the data processing overload occurs on a certain data route in the cluster group is effectively avoided, and the data processing efficiency is affected.
As shown in fig. 2, after mapping each data route to a preset coordinate system, the data routes may be represented by black dots at corresponding positions in the preset coordinate system, so as to form a cluster head route B in the preset coordinate system, where the area covered by the cluster head route B is a distribution area of the data routes, in practice, a rectangular distribution area may be determined according to the position of the outermost data route, where the distribution area is known, a circumcircle of the distribution area may be determined, specifically, the circumcircle is preset and equally divided, so as to determine a cluster reference point a on a line of the circumcircle, after determining the cluster reference point a, a data route closest to the cluster reference point a is found, and then the cluster head route B will broadcast a message that becomes the cluster head, so that a common route closer to the cluster head route B automatically joins the cluster Q1 where the cluster head route B is located, and it is necessary to describe that other clusters (Q2-Q3) are not consistent.
And step S13, accessing a corresponding target data production client according to the received target data abstract, reading medical data in a corresponding target lightweight data node in the target data production client, and downloading the medical data to the local for medical service flow.
Specifically, the data consumption client can access the accurate data production client according to the received data abstract, so that the data stored by the light-weight data node corresponding to the data production client can be read, downloaded to the local and used for the medical service flow. Meanwhile, data is stored locally, a corresponding data abstract is generated, a data routing service is provided for the next flow node, in some optional embodiments of the invention, after the data center service end is recovered to be normal, business data can be automatically and incrementally uploaded to the data center node by the data routing service, and the data integrity of the data center node is ensured. The doctor station client accesses the accurate data address again, acquires data, saves the data to the local, and normally completes the diagnosis and treatment business of the patient.
In summary, according to the data routing-based medical information circulation method in the above embodiment of the present invention, by deploying a data routing service and a lightweight data node at each client node, the data routing service and the lightweight data node are used for data storage and data service in a subsequent emergency state, and the data production client service does not directly store data to the central data server, but stores data in the client lightweight data node. Meanwhile, key words in business information are used for generating data abstracts and caching the data abstracts to a data route, a data consumption client sends patient key retrieval information to a data route service as request messages (key words), after the data route service of any data production client receives a data service request, the data route service of any data production client searches the local cache data abstracts according to request conditions (key words) to determine target data abstracts and returns the target data abstracts to the data consumption client, and the data consumption client accesses accurate data production clients according to the received data abstracts, reads client data, downloads the client data to the local and is used for medical business processes, so that normal circulation of outpatient information under the condition of a hospital data center fault can be ensured, outpatient medical behaviors are not affected, and the problem that orderly work of outpatients and medical staff cannot be ensured due to the fact that medical information cannot be normally circulated when the data center node fails in the prior art is solved.
Example two
The data-route-based medical information transfer method in the present embodiment is different from the data-route-based medical information transfer method in the first embodiment in that:
the step S10 includes:
clustering the data production clients and the data consumption clients according to preset rules, and deploying data routes and light-weight data nodes between the clustered data production clients and the clustered data consumption clients.
On the premise that normal circulation of the medical information circulation system can be guaranteed when the data center node breaks down, in order to further reduce resource consumption, clustering processing is conducted on the data production client and the data consumption client, and data routing and light-weight data nodes are deployed on the clustered data production client and the data consumption client. Data routing and placement of lightweight data nodes is reduced, thereby reducing resource consumption.
Specifically, in some alternative embodiments of the present invention, the clustering of the data production clients and the data consumption clients may be implemented as follows:
respectively acquiring a stereogram of a building where the data consumption client and the data production client are located and boundary coordinate information of the stereogram;
mapping the building into a preset coordinate system according to the three-dimensional map of the building and boundary coordinate information of the three-dimensional map to obtain a corresponding three-dimensional model;
determining a corresponding longitudinal section line according to the outer contour of the three-dimensional model, and utilizing the longitudinal section line to section the three-dimensional model in the preset coordinate system;
and taking any longitudinal section after the three-dimensional model section as a projection reference plane, respectively projecting the data consumption client and the data production client onto the longitudinal section so as to cluster the data consumption client and the data production client respectively.
Specifically, a stereogram of a building in which a data consumption client or a data production client is located and corresponding coordinate information are obtained, so that the building can be mapped into a preset coordinate system to obtain a three-dimensional model, in the coordinate system, the three-dimensional model of the building is subjected to a longitudinal section, coordinates of each data consumption client and each data production client are determined, and the data consumption clients and the data production clients are projected onto the longitudinal section, so that clustering is performed on a projection reference plane.
Further, in some optional embodiments of the present invention, the step of determining the corresponding longitudinal section line according to the outer contour of the three-dimensional model includes:
when the outer contour of the three-dimensional model is a regular graph, the longitudinal section line is arranged along the middle position of the three-dimensional model;
and when the outer contour of the three-dimensional model is an irregular graph, determining the trend of the longitudinal section line according to the outer contour of the three-dimensional model so as to determine the longitudinal section line.
When the outer contour of the three-dimensional model is in a regular pattern, the longitudinal section line can be used for carrying out cross section along the middle position of the three-dimensional model, after the cross section, the data consumption client or the data production client is projected onto a reference surface corresponding to the cross section line, so that clustering is carried out according to the distance, and when the outer contour of the three-dimensional model is in an irregular pattern, the longitudinal section line is determined according to the outer contour of the three-dimensional model, specifically, the trend of the longitudinal section line is determined according to the outer contour of the three-dimensional model, and after the cross section of the three-dimensional model is clustered.
Specifically, as shown in fig. 3 and fig. 4, when the outer contour of the three-dimensional model is a regular pattern, for example, a rectangle D, after the section of the longitudinal section line E, the data consumption end C is projected on the section reference plane and clustered according to the distance to form a cluster F, and when the outer contour of the three-dimensional model is an irregular pattern, the outer contour of the three-dimensional model determines the trend of the longitudinal section line E and cross-sections the three-dimensional model, and then clusters according to the distance to form the cluster F.
In summary, according to the data routing-based medical information circulation method in the above embodiment of the present invention, by deploying a data routing service and a lightweight data node at each client node, the data routing service and the lightweight data node are used for data storage and data service in a subsequent emergency state, and the data production client service does not directly store data to the central data server, but stores data in the client lightweight data node. Meanwhile, key words in business information are used for generating data abstracts and caching the data abstracts to a data route, a data consumption client sends patient key retrieval information to a data route service as request messages (key words), after the data route service of any data production client receives a data service request, the data route service of any data production client searches the local cache data abstracts according to request conditions (key words) to determine target data abstracts and returns the target data abstracts to the data consumption client, and the data consumption client accesses accurate data production clients according to the received data abstracts, reads client data, downloads the client data to the local and is used for medical business processes, so that normal circulation of outpatient information under the condition of a hospital data center fault can be ensured, outpatient medical behaviors are not affected, and the problem that orderly work of outpatients and medical staff cannot be ensured due to the fact that medical information cannot be normally circulated when the data center node fails in the prior art is solved.
Example III
Referring to fig. 5, a data routing-based medical information circulation system according to a third embodiment of the present invention is shown, where the system includes:
a deployment module 100 for deploying data routes and lightweight data nodes between each of the data production clients and data consumption clients, respectively;
a storage module 200, configured to, when service information received by the data production client is obtained, extract medical data and a data summary containing multiple identification information of a medical applicant from the service information, store the medical data to the lightweight data node, and cache the data summary in the data route;
the searching module 300 is configured to collect, when the data consuming client needs to perform data consumption and when the data center node is out of service, a data route including multiple kinds of identification information of the doctor and sent to any one of the data producing clients in a request message form, so as to find a corresponding target data abstract matching with the multiple kinds of identification information and return the target data abstract to the data consuming client;
and the downloading module 400 is configured to access the corresponding target data production client according to the received target data summary, read medical data in the corresponding target lightweight data node in the target data production client, and download the medical data to a local area for use in a medical service process.
Further, in some optional embodiments of the present invention, the deployment module includes:
and the clustering unit is used for carrying out clustering processing on the data production client and the data consumption client according to preset rules respectively, and deploying data routes and light-weight data nodes between the clustered data production client and the clustered data consumption client.
Further, in some optional embodiments of the present invention, the clustering unit includes:
the acquisition subunit is used for respectively acquiring the stereogram of the building where the data consumption client and the data production client are located and the boundary coordinate information of the stereogram;
the mapping subunit is used for mapping the building into a preset coordinate system according to the three-dimensional map of the building and the boundary coordinate information of the three-dimensional map so as to obtain a corresponding three-dimensional model;
the section subunit is used for determining a corresponding longitudinal section line according to the outer contour of the three-dimensional model and utilizing the longitudinal section line to section the three-dimensional model in the preset coordinate system;
and the clustering subunit is used for respectively projecting the data consumption client and the data production client onto the longitudinal sections by taking any longitudinal section after the three-dimensional model section as a projection reference plane so as to respectively cluster the data consumption client and the data production client.
Further, in some optional embodiments of the present invention, the cross-section subunit is specifically configured to:
when the outer contour of the three-dimensional model is a regular graph, the longitudinal section line is arranged along the middle position of the three-dimensional model;
and when the outer contour of the three-dimensional model is an irregular graph, determining the trend of the longitudinal section line according to the outer contour of the three-dimensional model so as to determine the longitudinal section line.
Further, in some optional embodiments of the present invention, the searching module includes:
the first searching unit is used for determining the current data abstract of the data production client as the target data abstract when judging that the current data abstract of the data production client is matched with the plurality of identification information;
and the second searching unit is used for sending data inquiry broadcast to the rest data route to match the rest data abstract when judging that the current data abstract of the data production client is not matched with the plurality of identification information, and determining the matched data abstract as a target data abstract.
Further, in some optional embodiments of the present invention, the system further comprises:
The coordinate information acquisition module is used for acquiring coordinate information of each data route of the data consumption client or the data production client in the medical information circulation system;
the determining module is used for determining a distribution area of the data route and determining a circumcircle of the distribution area of the data route according to the coordinate information of the data route;
the dividing module is used for dividing the circumscribed circle into preset equally-divided areas, forming equally-divided points on the boundary line of the circumscribed circle, and determining the middle points of two adjacent equally-divided points of the circumscribed circle as clustering reference points;
the composition module is used for respectively determining the data route closest to the clustering reference point of the clustering reference point in each equal division area as a cluster head route, and determining other routing nodes except the cluster head route in the equal division area as common routes so as to form a routing cluster group consisting of a plurality of cluster head routes and the common routes;
the request module is used for collecting various identification information of the medical seeker and sending the information to the cluster head route of any route cluster in the form of a request message so as to find out a corresponding target data abstract matched with the various identification information;
And the query module is used for sending data query broadcast to the rest common routes through the cluster head route in the route cluster when judging that the current data abstract of the data production client is not matched with the plurality of identification information so as to match the rest data abstract.
Further, in some optional embodiments of the present invention, the system further comprises:
and the replacing module is used for determining a target common route which is closest to the target cluster head route and is not over the cluster head among the target route cluster groups according to the coordinate information of each common route among the target route cluster groups where the target cluster head route is located when a cluster head replacing request reported by any target cluster head route is received, and replacing the target common route with the cluster head route.
The functions or operation steps implemented when the above modules are executed are substantially the same as those in the above method embodiments, and are not described herein again.
Example IV
In another aspect, the present invention provides a readable storage medium having stored thereon a computer program, which when executed by a processor, implements the steps of the method according to any one of the first to second embodiments.
Example five
In another aspect, the present invention provides an electronic device, including a memory, a processor, and a computer program stored on the memory and executable on the processor, where the processor executes the program to implement the steps of the method according to any one of the first to second embodiments.
The technical features of the above embodiments may be arbitrarily combined, and for brevity, all of the possible combinations of the technical features of the above embodiments are not described, however, they should be considered as the scope of the description of the present specification as long as there is no contradiction between the combinations of the technical features.
Those of skill in the art will appreciate that the logic and/or steps represented in the flow diagrams or otherwise described herein, e.g., a ordered listing of executable instructions for implementing logical functions, can be embodied in any computer-readable storage medium for use by or in connection with an instruction execution system, apparatus, or device, such as a computer-based system, processor-containing system, or other system that can fetch the instructions from the instruction execution system, apparatus, or device and execute the instructions. For the purposes of this description, a "computer-readable storage medium" can be any means that can contain, store, communicate, propagate, or transport the program for use by or in connection with the instruction execution system, apparatus, or device.
More specific examples (a non-exhaustive list) of the computer-readable storage medium would include the following: an electrical connection (electronic device) having one or more wires, a portable computer diskette (magnetic device), a Random Access Memory (RAM), a read-only memory (ROM), an erasable programmable read-only memory (EPROM or flash memory), an optical fiber device, and a portable compact disc read-only memory (CDROM). In addition, the computer-readable storage medium may even be paper or other suitable medium upon which the program is printed, as the program may be electronically captured, via, for instance, optical scanning of the paper or other medium, then compiled, interpreted, or otherwise processed in a suitable manner, if necessary, and then stored in a computer memory.
It is to be understood that portions of the present invention may be implemented in hardware, software, firmware, or a combination thereof. In the above-described embodiments, the various steps or methods may be implemented in software or firmware stored in a memory and executed by a suitable instruction execution system. For example, if implemented in hardware, as in another embodiment, may be implemented using any one or combination of the following techniques, as is well known in the art: discrete logic circuits having logic gates for implementing logic functions on data signals, application specific integrated circuits having suitable combinational logic gates, programmable Gate Arrays (PGAs), field Programmable Gate Arrays (FPGAs), and the like.
In the description of the present specification, a description referring to terms "one embodiment," "some embodiments," "examples," "specific examples," or "some examples," etc., means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the present invention. In this specification, schematic representations of the above terms do not necessarily refer to the same embodiments or examples. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
The foregoing examples illustrate only a few embodiments of the invention and are described in detail herein without thereby limiting the scope of the invention. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the invention, which are all within the scope of the invention. Accordingly, the scope of protection of the present invention is to be determined by the appended claims.
Claims (10)
1. The utility model provides a information circulation method of seeking medical advice based on data route which characterized in that is applied to among the information circulation system of seeking medical advice, the information circulation system of seeking medical advice includes data center node and respectively with data center node communication connection's data production customer end and data consumption customer end, the method includes:
Deploying data routes and lightweight data nodes between each of the data production clients and the data consumption clients, respectively;
when the service information received by the data production client is acquired, medical data and a data abstract containing various identification information of a medical applicant are respectively extracted from the service information, the medical data are stored in the lightweight data nodes, and the data abstract is cached in the data route;
when the data consumption client needs to consume data, and when the data center node is out of service, collecting a data route which contains various identification information of the doctor and is sent to any data production client in a request message form, so as to find out a corresponding target data abstract matched with the various identification information and return the target data abstract to the data consumption client;
and accessing a corresponding target data production client according to the received target data abstract, reading medical data in a corresponding target lightweight data node in the target data production client, and downloading the medical data to a local place for medical service flow.
2. The data routing-based hospitality information flow method of claim 1, wherein the step of deploying data routing and lightweight data nodes between each of the data production clients and data consumption clients, respectively, comprises:
clustering the data production clients and the data consumption clients according to preset rules, and deploying data routes and light-weight data nodes between the clustered data production clients and the clustered data consumption clients.
3. The method for circulation of medical information based on data routing according to claim 2, wherein the step of clustering the data production clients and the data consumption clients according to preset rules, and deploying data routing and lightweight data nodes between the clustered data production clients and data consumption clients comprises:
respectively acquiring a stereogram of a building where the data consumption client and the data production client are located and boundary coordinate information of the stereogram;
mapping the building into a preset coordinate system according to the three-dimensional map of the building and boundary coordinate information of the three-dimensional map to obtain a corresponding three-dimensional model;
Determining a corresponding longitudinal section line according to the outer contour of the three-dimensional model, and utilizing the longitudinal section line to section the three-dimensional model in the preset coordinate system;
and taking any longitudinal section after the three-dimensional model section as a projection reference plane, respectively projecting the data consumption client and the data production client onto the longitudinal section so as to cluster the data consumption client and the data production client respectively.
4. The data routing-based hospitalizing information flow method of claim 3, wherein the step of determining a corresponding longitudinal section line from the outer contour of the three-dimensional model comprises:
when the outer contour of the three-dimensional model is a regular graph, the longitudinal section line is arranged along the middle position of the three-dimensional model;
and when the outer contour of the three-dimensional model is an irregular graph, determining the trend of the longitudinal section line according to the outer contour of the three-dimensional model so as to determine the longitudinal section line.
5. The method for circulation of medical information based on data route according to claim 1, wherein the step of collecting the data route including a plurality of kinds of identification information of the medical seeker and being sent to any one of the data production clients in the form of a request message to find out a corresponding target data digest matching with the plurality of kinds of identification information includes:
When judging that the current data abstract of the data production client is matched with the plurality of identification information, determining the current data abstract of the data production client as the target data abstract;
and when judging that the current data abstract of the data production client is not matched with the plurality of identification information, sending data inquiry broadcast to the rest data route to match the rest data abstract, and determining the matched data abstract as a target data abstract.
6. The data routing-based hospitalization information transfer method of claim 5, further comprising:
coordinate information of each data route of a data consumption client or a data production client in the medical information circulation system is obtained;
according to the coordinate information of the data route, determining a distribution area of the data route and determining a circumcircle of the distribution area of the data route;
dividing the circumscribed circle into equally divided areas which are preset equally divided, forming equally divided points on the boundary line of the circumscribed circle, and determining the middle points of two adjacent equally divided points of the circumscribed circle as clustered reference points;
determining the data route closest to the clustering reference point in each equal area as a cluster head route, and determining other routing nodes except the cluster head route in the equal area as a common route to form a route cluster group consisting of a plurality of cluster head routes and the common route;
Collecting various identification information of the medical seeker and sending the information to a cluster head route of any route cluster group in a request message form so as to find out a corresponding target data abstract matched with the various identification information;
and when judging that the current data abstract of the data production client is not matched with the plurality of identification information, sending data inquiry broadcast to the rest common routes through the cluster head route in the route cluster group so as to match the rest data abstract.
7. The method according to claim 6, wherein the step of determining, as a cluster head route, data routes closest to the cluster reference point in each of the equal division areas, and determining, as a normal route, route nodes other than the cluster head route in the equal division area, so as to form a route cluster group consisting of a plurality of the cluster head routes and the normal route, further comprises:
when a cluster head replacement request reported by any target cluster head route is received, determining a target common route which is closest to the target cluster head route and is not over the cluster head among the target cluster head routes according to the coordinate information of each common route among target cluster routes in which the target cluster head route is located, and replacing the target common route with the cluster head route.
8. The utility model provides a information circulation system of seeking medical advice based on data route, its characterized in that is applied to among the information circulation system of seeking medical advice, the information circulation system of seeking medical advice includes data center node and respectively with data center node communication connection's data production customer end and data consumption customer end, the system includes:
the deployment module is used for deploying data routes and lightweight data nodes between each data production client and each data consumption client respectively;
the storage module is used for respectively extracting medical data and a data abstract containing various identification information of a medical applicant from the service information when the service information received by the data production client is acquired, storing the medical data to the lightweight data node and caching the data abstract into the data route;
the searching module is used for collecting data routes which contain various identification information of the doctor and are sent to any data production client in the form of request messages when the data consumption client needs to consume data and when the data center node is out of service, so as to find out corresponding target data abstracts matched with the various identification information and return the target data abstracts to the data consumption client;
And the downloading module is used for accessing the corresponding target data production client according to the received target data abstract, reading medical data in the corresponding target lightweight data node in the target data production client, and downloading the medical data to the local for medical service flow.
9. A readable storage medium, on which a computer program is stored, characterized in that the program, when being executed by a processor, implements the steps of the method according to any one of claims 1 to 7.
10. An electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the steps of the method according to any one of claims 1 to 7 when the program is executed.
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