CN115662657A - Online inquiry system based on internet hospital - Google Patents
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Abstract
The invention provides an online inquiry system based on an internet hospital, which comprises a patient end, an inquiry end and a hospital end, wherein the patient end, the inquiry end and the hospital end form a block chain, a processing platform is arranged in the block chain, the patient end is used for establishing patient information and inquiry appointment, the inquiry end is used for acquiring inquiry conditions of a patient by a doctor, forming inquiry results and making disease diagnosis, the hospital end is used for providing a medical record storage database, the processing platform comprises an information acquisition unit, a medical record temporary storage unit and a diagnosis unit, and the information acquisition unit is used for acquiring inquiry appointment application from the patient end, confirmation information from the inquiry end and index ID returned by the block chain; the medical record temporary storage unit is used for acquiring and temporarily storing medical record information of the patient, and the diagnosis unit is used for generating an auxiliary diagnosis result according to the medical record information of the patient and an inquiry result input by a doctor and sending the auxiliary diagnosis result to an inquiry end.
Description
Technical Field
The invention relates to the technical field of digital movies, in particular to an online inquiry system based on an internet hospital.
Background
With the popularization of internet medical science and technology, doctor interface reservation, medical information feedback based on consultation and diagnosis functions can be realized through an online inquiry system. The existing inquiry method does not pay attention to the safety of information transmission when the inquiry information is transmitted, for example, in the existing patent "CN202111026316.4," a new online inquiry system and method based on internet hospital "which realizes instant transmission of inquiry information by IM-based communication, but the safety of information transmission is low, and can not provide auxiliary diagnosis for doctors during the inquiry process.
Disclosure of Invention
The invention aims to provide an online inquiry system based on an Internet hospital, which is used for solving the problems in the background technology.
The invention is realized by the following technical scheme: an online inquiry system based on an internet hospital comprises a patient end, an inquiry end and a hospital end, wherein the patient end, the inquiry end and the hospital end form a block chain, a processing platform is arranged in the block chain, the patient end is used for establishing patient information, inquiry appointment and medical record uploading, the inquiry end is used for acquiring the inquiry condition of a patient by a doctor, forming an inquiry result and making a disease diagnosis, the hospital end is used for providing a medical record storage database, the processing platform comprises an information acquisition unit, a medical record temporary storage unit and a diagnosis unit,
the information acquisition unit is used for acquiring an inquiry appointment application from a patient side, confirmation information from the inquiry side and an index ID returned by the block chain;
the medical record temporary storage unit is used for acquiring and temporarily storing medical record information of a patient, wherein the medical record information of the patient comprises first medical record information or second medical record information;
and the diagnosis unit is used for generating an auxiliary diagnosis result according to the patient medical record information and the inquiry result input by the doctor and sending the auxiliary diagnosis result to the inquiry terminal.
Optionally, the patient side comprises a user registration module, a user login module, an appointment registration module, and a detection result uploading module,
the user registration module is used for the patient user to register an account number through a user name, an identity card number and a mobile phone number and to pass the account number;
the user login module is used for the patient user to log in through the mobile phone number and the verification code, the mobile phone number and the password or the identity card number and the password;
and the appointment registration module is used for generating an inquiry appointment application according to the information input by the patient and forwarding the inquiry appointment application to the inquiry terminal and the processing platform.
Optionally, the inquiry terminal comprises an inquiry processing module, a session establishing module and a patient information collecting module,
the inquiry processing module is used for confirming an inquiry appointment application of a patient and forwarding confirmation information to the processing platform, wherein the confirmation information comprises appointment time;
the session establishing module is used for establishing an online inquiry session interface between a patient and a doctor according to an inquiry appointment application, and the online inquiry session interface can display case information and auxiliary diagnosis results;
and the patient information collection module is used for recording the inquiry result of the doctor, collecting keywords in the on-line inquiry session process, and sending the inquiry result and the keywords to the diagnosis unit.
Optionally, after extracting the patient information from the inquiry appointment application, the information obtaining unit forwards the patient information to the hospital side, and the hospital side searches a medical record consistent with the patient information in its own database,
if a medical record matched with the patient information is searched, forming a first medical record information by using a search result, establishing a first public key and a first private key by using an ABE encryption algorithm at a hospital end, encrypting the first medical record information by using the first public key, uploading the encrypted first medical record information to a block chain for distributed storage, returning an index ID to a processing platform by using the block chain, and establishing a contrast relation between the index ID and the patient information by using an information acquisition unit;
and if the medical record matched with the patient information is not searched, the hospital side sends the shortage information to the patient side, and the patient side prompts the patient according to the shortage information and requires to upload other examination results.
Optionally, the patient side further includes a detection result uploading module, when the patient uploads other examination results according to a prompt, the detection result uploading module forms second medical record information with each type of examination result uploaded by the patient, creates a second public key and a second private key by using an ECDSA elliptic curve algorithm, encrypts the second medical record information by using the second public key, uploads the encrypted second medical record information to a block chain for distributed storage, the block chain returns an index ID to the processing platform, and the information obtaining unit establishes a comparison relationship between the index ID and the patient information.
Optionally, an intelligent contract is deployed in the blockchain, and if a medical record matched with the patient information is searched, the first private key is uploaded to the intelligent contract, and the intelligent contract establishes a comparison relationship between the index ID and the first private key;
and if the duration of the illness matched with the patient information is not searched, uploading the second private key to an intelligent contract, and establishing a contrast relation between the index ID and the second private key by the intelligent contract.
Optionally, the inquiry terminal further includes a timing module, the timing module is configured to output real-time, and when the real-time is consistent with the appointment time, the inquiry terminal sends patient information to the processing platform, and the processing platform determines an index ID according to the patient information and obtains patient case information from the block chain by using the index ID.
Optionally, the processing platform further includes a locking module, configured to set the patient case information of the reserved patient acquired in the medical record temporary storage unit to be in a locked state, where the patient case information in the locked state cannot be viewed and downloaded, and when the online inquiry session interface is successfully established, the locking module releases the locked state of the patient case information.
Optionally, a machine diagnosis model is arranged in the diagnosis unit, and after the online inquiry session interface is successfully established, the machine diagnosis model obtains the patient medical record information, the inquiry result and the keywords in the medical record temporary storage unit, and outputs an auxiliary diagnosis result according to the patient medical record information, the keywords and the inquiry result.
Optionally, the processing platform further includes a data collecting unit, and the data collecting unit is configured to collect medical record information of the patient, inquiry information, auxiliary diagnosis results, and doctor diagnosis results, and store the collected medical record information, inquiry information, auxiliary diagnosis results, and doctor diagnosis results into the block chain in a unified manner.
Compared with the prior art, the invention has the following beneficial effects:
the invention provides an online inquiry system based on an Internet hospital, which is characterized in that the input and the registration of patient user information are realized through a patient side, the input and the registration of doctor user information are realized through an inquiry side, the hospital side can correspond to different hospitals and is used for opening an access port of an internal case to a processing platform, when the online inquiry system is used specifically, a patient user selects a doctor through the patient side and makes an inquiry appointment to form an inquiry appointment application, the doctor user confirms the inquiry appointment application through the inquiry side to form confirmation information, the inquiry appointment application and the confirmation information are both forwarded to the processing platform, the processing platform searches a case history consistent with the patient information from the hospital side and stores the search result into a case history information block chain, the case history information is stored into a block chain, the block chain returns an index ID (identity) capable of referring to a storage address to the processing platform, the processing platform obtains a case history of a specific patient user from the block chain according to the index ID and stores the case history information into a temporary storage unit, the case history information of the inquiry platform can conveniently and respond to the inquiry request of the inquiry end user in time, and a diagnosis result set by the processing platform can be more convenient for more accurate diagnosis of a doctor.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only preferred embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without inventive exercise.
Fig. 1 is a structural diagram of an internet hospital-based online inquiry system according to the present invention;
FIG. 2 is a block diagram of a patient end provided by the present invention;
fig. 3 is a structural diagram of an interrogation station provided by the present invention.
In the figure, the patient terminal 010, the inquiry terminal 011, the hospital terminal 012, the processing platform 013, the information acquiring unit 110, the medical record temporary storage unit 112, the diagnosis unit 113, the data aggregating unit 114, the user registration module 210, the user login module 211, the appointment registration module 212, the detection result uploading module 213, the inquiry processing module 310, the session establishing module 311, the patient information collecting module 312, the timing module 313, and the block chain 1 are shown.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, exemplary embodiments according to the present invention will be described in detail below with reference to the accompanying drawings. It is to be understood that the described embodiments are merely a subset of embodiments of the invention and not all embodiments of the invention, with the understanding that the invention is not limited to the example embodiments described herein. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the invention described herein without inventive step, shall fall within the scope of protection of the invention.
In the following description, numerous specific details are set forth in order to provide a more thorough understanding of the present invention. It will be apparent, however, to one skilled in the art, that the present invention may be practiced without one or more of these specific details. In other instances, well-known features have not been described in order to avoid obscuring the present invention.
It is to be understood that the present invention may 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, and will fully convey the scope of the invention to those skilled in the art.
The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise. It will be further understood that the terms "comprises" and/or "comprising," when used in this specification, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof. As used herein, the term "and/or" includes any and all combinations of the associated listed items.
In order to provide a thorough understanding of the present invention, a detailed structure will be set forth in the following description in order to explain the present invention. Alternative embodiments of the invention are described in detail below, however, the invention can be practiced otherwise than as specifically described.
Referring to fig. 1, an online inquiry system based on an internet hospital comprises a patient end 010, an inquiry end 011 and a hospital end 012, wherein the patient end 010, the inquiry end 011 and the hospital end 012 form a block chain 1, a processing platform 013 is deployed in the block chain 1, the patient end 010 is used for establishing patient information, making an inquiry appointment and uploading medical records, the inquiry end 011 is used for a doctor to acquire the inquiry condition of a patient, forming an inquiry result and making a disease diagnosis, the hospital end 012 is used for providing a medical record storage database, the processing platform 013 comprises an information acquisition unit 110, a medical record temporary storage unit 112 and a diagnosis unit 113,
the information acquiring unit 110 is configured to acquire an inquiry reservation application from the patient end 010, confirmation information from the inquiry end 011, and an index ID returned by the block chain 1;
the medical record temporary storage unit 112 is configured to acquire and temporarily store medical record information of a patient, where the medical record information of the patient includes first medical record information or second medical record information;
the diagnosis unit 113 is configured to generate an auxiliary diagnosis result according to the patient medical record information and the inquiry result input by the doctor, and send the auxiliary diagnosis result to the inquiry terminal 011.
The invention discloses an online inquiry system based on an internet hospital, which is characterized in that the input and registration of patient user information are realized through a patient end 010, the input and registration of doctor user information are realized through an inquiry end 011, a hospital end 012 can correspond to different hospitals and is used for opening an access port of an internal case to a processing platform 013, when the system is used specifically, the patient user selects a doctor through the patient end 010 and makes a doctor appointment to form an inquiry appointment application, the doctor user confirms the inquiry appointment application through the inquiry end 011 to form confirmation information, the inquiry appointment application and the confirmation information are both forwarded to the processing platform 013, an information acquisition unit 110 of the processing platform 013 extracts the patient information from the inquiry appointment application and forwards the patient information to the hospital end 012, and the hospital end 012 searches a medical record consistent with the patient information in a self database,
if the medical records matched with the patient information are searched, the search results are formed into case information and stored in the blockchain 1, and the blockchain 1 returns an index ID capable of indicating a storage address to the processing platform 013;
if no medical record matched with the patient information is searched, the hospital terminal 012 sends the vacancy information to the patient terminal 010, the patient terminal 010 prompts the patient according to the vacancy information and requests to upload other examination results, after the patient user uploads the examination results, the patient terminal 010 forms the examination results into case information and stores the case information into a block chain 1, and the block chain 1 returns an index ID which can refer to a storage address to a processing platform 013;
before the inquiry begins, the processing platform 013 acquires case information of a specific patient user from the blockchain 1 according to the index ID and stores the case information into the case history temporary storage unit 112, so as to conveniently and timely respond to a case history viewing request of a doctor user from the inquiry end 011.
Referring to fig. 2, in detail, the patient end 010 includes a user registration module 210, a user login module 211, an appointment registration module 212, and a detection result uploading module 213,
the user registration module 210 is configured to register an account number of a patient user through a user name, an identity card number, and a mobile phone number, and pass the account number;
the user login module 211 is used for the patient user to log in through the mobile phone number and the verification code, the mobile phone number and the password or the identification number and the password;
the appointment registration module 212 is configured to generate an inquiry appointment application according to information input by the patient, and forward the inquiry appointment application to the inquiry terminal 011 and the processing platform 013.
Referring to fig. 3, in detail, the interrogation terminal 011 includes an interrogation processing module 310, a session establishing module 311, a patient information collecting module 312,
the inquiry processing module 310 is configured to confirm the inquiry appointment application of the patient, and forward confirmation information to the processing platform 013, where the confirmation information includes appointment time;
the session establishing module 311 is configured to establish an online inquiry session interface between a patient and a doctor according to an inquiry appointment application, where the online inquiry session interface can display case information and an auxiliary diagnosis result;
the patient information collecting module 312 is configured to record the inquiry result of the doctor, collect keywords in the online inquiry session, and send the inquiry result and the keywords to the diagnosing unit 113.
Specifically, the information acquiring unit 110 extracts patient information from the inquiry appointment application, and then forwards the patient information to the hospital side 012, the hospital side 012 searches its own database for a medical record that matches the patient information,
if a medical record matched with the patient information is searched, a first medical record information is formed by a search result, the hospital terminal 012 uses an ABE encryption algorithm to create a first public key and a first private key, the first public key is used to encrypt the first medical record information, the encrypted first medical record information is uploaded to the block chain 1 for distributed storage, the block chain 1 returns an index ID to the processing platform 013, and the information acquisition unit 110 establishes a comparison relationship between the index ID and the patient information;
if no medical record matching with the patient information is searched, the hospital end 012 sends the shortage information to the patient end 010, and the patient end 010 prompts the patient according to the shortage information and requests to upload other examination results.
Specifically, the patient end 010 further includes a detection result uploading module 213, when the patient uploads other examination results according to a prompt, the detection result uploading module 213 forms second medical record information with each type of examination result uploaded by the patient, creates a second public key and a second private key by using an ECDSA elliptic curve algorithm, encrypts the second medical record information by using the second public key, improves security in a data transmission process, uploads the encrypted second medical record information to the block chain 1 for distributed storage, the block chain 1 returns an index ID to the processing platform 013, and the information obtaining unit 110 establishes a comparison relationship between the index ID and the patient information.
Specifically, an intelligent contract is deployed in the block chain 1, if a medical record matched with the patient information is searched, a first private key is uploaded to the intelligent contract, and the intelligent contract establishes a comparison relationship between an index ID and the first private key;
and if the duration of the illness matched with the patient information is not searched, uploading the second private key to an intelligent contract, and establishing a contrast relation between the index ID and the second private key by the intelligent contract.
Specifically, the inquiry terminal 011 further includes a timing module 313, where the timing module 313 is configured to output real-time, and when the real-time is consistent with the appointment time, the inquiry terminal 011 sends the patient information to the processing platform 013, the processing platform 013 determines the index ID according to the patient information, obtains the first medical record information or the second medical record information from the block chain 1 by the index ID, and obtains the first private key or the second private key from the intelligent contract according to the index ID at the same time, and when the index ID corresponds to the first medical record information, obtains the first private key from the intelligent contract according to the index ID to decrypt the encrypted first medical record information, and temporarily stores the decrypted first medical record information in the medical record temporary storage unit 112;
when the index ID corresponds to the second medical record information, the second private key is obtained from the intelligent contract according to the index ID to decrypt the encrypted second medical record information, and the decrypted second medical record information is temporarily stored in the medical record temporary storage unit 112.
It should be noted that, if the hospital end 012 searches for a medical record matching with the patient information and forms the first case information, the hospital end 012 does not actively send the shortage information to the patient end 010, the patient end 010 does not require to upload other examination results, if the hospital end 012 does not search for a medical record matching with the patient information, the hospital end 012 does not actively send the shortage information to the patient end 010, and the patient end 010 requires to upload other examination results at this time to form the second case result.
Specifically, the processing platform 013 further includes a locking module, configured to set the patient case information of the reserved patient acquired in the medical record temporary storage unit 112 to be in a locked state, the patient case information in the locked state cannot be viewed or downloaded, and when the online inquiry session interface is successfully established, the locking module releases the locked state of the patient case information, and can timely respond to the medical record viewing request of the inquiry terminal 011 doctor user.
Specifically, the diagnosis unit 113 is provided with a machine diagnosis model, and after the online inquiry session interface is successfully established, the machine diagnosis model obtains the patient medical record information, the inquiry result and the keywords in the medical record temporary storage unit 112, and outputs the auxiliary diagnosis result according to the patient medical record information, the keywords and the inquiry result.
Specifically, the processing platform 013 further includes a data collecting unit 114, and the data collecting unit 114 is configured to collect patient medical record information, inquiry information, auxiliary diagnosis results, and doctor diagnosis results, and store the collected patient medical record information, inquiry information, auxiliary diagnosis results, and doctor diagnosis results into the block chain 1 in a unified manner.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and should not be taken as limiting the scope of the present invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. An online inquiry system based on an internet hospital is characterized by comprising a patient end, an inquiry end and a hospital end, wherein the patient end, the inquiry end and the hospital end form a block chain, a processing platform is arranged in the block chain, the patient end is used for establishing patient information, inquiry appointment and medical record uploading, the inquiry end is used for acquiring the inquiry condition of a patient by a doctor, forming an inquiry result and making a disease diagnosis, the hospital end is used for providing a medical record storage database, the processing platform comprises an information acquisition unit, a medical record temporary storage unit and a diagnosis unit,
the information acquisition unit is used for acquiring an inquiry appointment application from a patient end, confirmation information from the inquiry end and an index ID returned by the block chain;
the medical record temporary storage unit is used for acquiring and temporarily storing medical record information of a patient, and the medical record information of the patient comprises first medical record information or second medical record information;
and the diagnosis unit is used for generating an auxiliary diagnosis result according to the patient medical record information and the inquiry result input by the doctor and sending the auxiliary diagnosis result to the inquiry terminal.
2. The Internet hospital-based online inquiry system of claim 1, wherein said patient side comprises a user registration module, a user login module, an appointment registration module, and a test result uploading module,
the user registration module is used for the patient user to register an account number through a user name, an identity card number and a mobile phone number and to pass the account number;
the user login module is used for the account login of the patient user through a mobile phone number and a verification code, a mobile phone number and a password or an identity card number and a password;
and the appointment registration module is used for generating an inquiry appointment application according to the information input by the patient and forwarding the inquiry appointment application to the inquiry terminal and the processing platform.
3. The on-line inquiry system based on the Internet hospital as claimed in claim 2, wherein said inquiry terminal comprises an inquiry processing module, a session establishing module, a patient information collecting module,
the inquiry processing module is used for confirming an inquiry appointment application of a patient and forwarding confirmation information to the processing platform, wherein the confirmation information comprises appointment time;
the session establishing module is used for establishing an online inquiry session interface between a patient and a doctor according to inquiry appointment application, and the online inquiry session interface can display case information and auxiliary diagnosis results;
and the patient information collection module is used for recording the inquiry result of the doctor, collecting keywords in the on-line inquiry session process, and sending the inquiry result and the keywords to the diagnosis unit.
4. The online inquiry system based on the internet hospital as claimed in claim 3, wherein said information acquisition unit extracts the patient information from the inquiry appointment application, and then transfers the patient information to the hospital side, which searches the medical record in the database thereof in accordance with the patient information,
if a medical record matched with the patient information is searched, forming a first medical record information by using a search result, establishing a first public key and a first private key by using an ABE encryption algorithm at a hospital end, encrypting the first medical record information by using the first public key, uploading the encrypted first medical record information to a block chain for distributed storage, returning an index ID to a processing platform by using the block chain, and establishing a contrast relation between the index ID and the patient information by using an information acquisition unit;
and if the medical record matched with the patient information is not searched, the hospital side sends the shortage information to the patient side, and the patient side prompts the patient according to the shortage information and requires to upload other examination results.
5. The internet hospital based on-line inquiry system of claim 4, wherein the patient side further comprises a detection result uploading module, when the patient uploads other examination results according to a prompt, the detection result uploading module forms second medical record information from each type of examination result uploaded by the patient, creates a second public key and a second private key by using an ECDSA elliptic curve algorithm, encrypts the second medical record information by using the second public key, uploads the encrypted second medical record information to a block chain for distributed storage, the block chain returns an index ID to the processing platform, and the information obtaining unit establishes a comparison relationship between the index ID and the patient information.
6. The online inquiry system based on the internet hospital as claimed in claim 5, wherein an intelligent contract is deployed in the blockchain, and if a medical record matching with the patient information is searched, the first private key is uploaded to the intelligent contract, and the intelligent contract establishes a comparison relationship between the index ID and the first private key;
and if the duration of the illness matched with the patient information is not searched, uploading the second private key to an intelligent contract, and establishing a contrast relation between the index ID and the second private key by the intelligent contract.
7. The online inquiry system based on the internet hospital as claimed in claim 6, wherein said inquiry terminal further comprises a timing module, said timing module is configured to output real-time, when the real-time is consistent with the scheduled time, the inquiry terminal sends the patient information to the processing platform, said processing platform determines the index ID according to the patient information, and obtains the patient case information from the block chain by the index ID.
8. The online inquiry system based on the internet hospital as claimed in claim 7, wherein the processing platform further comprises a locking module, configured to set the patient case information of the reserved patient acquired from the medical record temporary storage unit to a locked state, the patient case information in the locked state cannot be viewed or downloaded, and the locking module releases the locked state of the patient case information after the online inquiry session interface is successfully established.
9. The online inquiry system based on the internet hospital as claimed in claim 8, wherein said diagnosis unit is equipped with a machine diagnosis model, and when said online inquiry session interface is successfully established, said machine diagnosis model obtains the patient medical record information, the inquiry results and the keywords in the medical record temporary storage unit, and outputs the auxiliary diagnosis results according to the patient medical record information, the keywords and the inquiry results.
10. The internet hospital based on online inquiry system of claim 9, wherein the processing platform further comprises a data collecting unit, and the data collecting unit is used for collecting and uniformly storing the patient medical record information, the inquiry information, the auxiliary diagnosis result and the doctor diagnosis result into the block chain.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116646065A (en) * | 2023-05-25 | 2023-08-25 | 浙江蕙康科技有限公司 | Internet hospital data security management method and device |
| CN117789952B (en) * | 2024-02-23 | 2024-05-07 | 吉林大学 | Nursing information online sharing system based on computer |
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