CN114496226A - Medical diagnosis system capable of encrypting privacy of patient - Google Patents

Abstract

A medical diagnosis system that can encrypt patient privacy belongs to the technical field of medical diagnosis systems. In order to solve the problem that the existing medical diagnosis system is open to doctors, doctors can directly view patient case information after logging in to the system, and patient privacy is compromised. Infringement; and the authenticity of the case information transferred out of the hospital record when the patient is transferred for treatment is questioned, which affects the patient's treatment; the present invention encrypts the patient's case information through an encryption protection module, and the attending doctor of the patient distributes random data through the encryption protection module. After the doctor's private key is authenticated, log in to the system to view the patient's case. Other doctors use the random public key and the patient's own authorization to log in to the system to retrieve data when viewing the patient's case, and back up and protect the patient's case data. The data is modified and compared in the abstract, and the doctor in charge of the patient performs case transfer and docking; the present invention fully protects the privacy and security of the patient.

Description

A medical diagnosis system that can encrypt patient privacy

technical field

The invention relates to the technical field of medical diagnosis systems, in particular, to a medical diagnosis system that can encrypt patient privacy.

Background technique

Information security means that the information system (including hardware, software, data, people, physical environment and its infrastructure) is protected from being damaged, altered or leaked by accidental or malicious reasons, and the system operates continuously, reliably and normally. Information services are not interrupted, ultimately achieving business continuity. Information security mainly includes the following five aspects, that is, it is necessary to ensure the confidentiality, authenticity, integrity, unauthorized copying and security of parasitic systems of information. Confidentiality means that network information is not disclosed to unauthorized users, entities or processes. That is, the information is only available to authorized users. Confidentiality is an important means to ensure the security of network information on the basis of reliability and availability.

Nowadays, when patients visit a doctor, they are often accompanied by the establishment of a complete case information in the hospital diagnosis system, which records the patient's etiology and treatment plan, etc., especially for some rare disease patients, the recorded cases can be used for subsequent research and development. learning function. However, the case information of these patients is related to the patient's privacy. The existing medical diagnosis system is open to doctors. All doctors can directly view the case information of the target patient after logging in to the system. For patients, their privacy is compromised. In addition, the case information recorded by the existing medical system is only applicable to the current hospital. After the patient is transferred for treatment, the authenticity of the case information recorded by the transferred hospital will be questioned. It is impossible to believe its authenticity, and the reference of the case is greatly reduced and affects the treatment of patients.

Therefore, we introduce a medical diagnosis system that can encrypt patient privacy.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a medical diagnosis system that can encrypt patient privacy, aiming to solve the above-mentioned background technology, the existing medical diagnosis system is open to doctors, and all doctors can directly view the target after logging in to the system The patient's case information, the privacy of the patient has been violated, and the case information recorded by the existing medical system is only applicable to the current hospital. After the patient is transferred for treatment, the case information recorded by the transferred out hospital is true Sexuality will be questioned, and the doctor who sees it cannot believe the authenticity of the previous patient case information, and the reference of the case is greatly reduced, which affects the treatment of the patient.

In order to achieve the above purpose, the present invention provides the following technical solutions: a medical diagnosis system that can encrypt patient privacy, including a central processing module that controls the operation and a user login module that is electrically connected to the central processing module, and data for storing data. The storage module, the data storage module is electrically connected to the information acquisition module, and the information acquisition module is used to collect the basic information of the patient to assist in establishing case files; the central processing module is electrically connected to the doctor service module, the encryption protection module, the verification module and the access authorization module in turn. The service module is used for doctors to perform corresponding diagnostic services on patients; the encryption protection module is used to encrypt and protect the collected and stored patient case information; the verification module is used to authenticate the doctors who visit and view the patient case information; and The access authorization module is used to grant access authorization to the doctor who agrees to view the patient's case information; and the central processing module is also electrically connected to the access record module, which is used to record the access track of the doctor who accesses and views the patient's case information in real time;

The verification module includes an identity verification module and a key verification module. The identity verification module is used to authenticate doctors who access and view patient case information based on face recognition, and the key verification module is used to access and view patient case information. The random secret held by the doctor. The key is used for verification. The private key is divided into a doctor's private key and a doctor's public key, which are used for verification when the patient's attending doctor and other doctors visit and view the patient's case information.

Further, the verification process of the verification module for visiting doctors is as follows:

S1: Based on the information collection module, the patient user inputs his basic information and condition information into the data storage module by means of camera collection and voice input, and imports the electronic case information into the data storage module, which records with images and texts way to record patient information retention system;

S2: After the patient information is stored in the system, the encryption protection module performs encryption protection processing on it, and the encryption protection module generates a complete set of doctor's private key and doctor's public key, and the doctor's private key and doctor's public key are randomly distributed to the patient's attending doctor and other doctors;

S3: After the patient's attending doctor logs in to the diagnosis system, a random doctor's private key is obtained. Within one week's validity period, the attending doctor logs in to the system according to the private key for identity verification, and then directly enters the doctor service module for diagnosis operations, and checks the records in the data storage module. patient information;

S4: When other doctors want to view the patient's case information, they log in to the diagnosis system, and randomly obtain a single valid doctor's public key, and log in to the system according to this public key for identity verification. After the identity verification is successful, the central processing module submits the access application to the patient's user terminal. In the access authorization module, the patient authorizes autonomously according to the reasons submitted by the doctor. After the authorization is successful, the doctor enters the system to retrieve the case information stored in the data storage module.

Further, the central processing module is electrically connected to the registration module, the payment module and the display module. The registration module allows the user to make an appointment and registration when the patient checks their body; the payment module is used for online payment of various expenses of the patient during treatment; and the display module user performs operation diagnosis. Various data information displayed in the system; and the central processing module is also electrically connected to the report printing module and the one-key calling module, the report printing module is used to print out the patient inspection report; and the one-key calling module is used to call the medical staff for the patient. Provide diagnosis and treatment services; the payment module is electrically connected to the pharmacy system, and the pharmacy system is used to package medicines for patients.

Further, the information collection module includes a camera module for photographing and collecting information and a voice input module for voice input information, and an electronic case module and an information confirmation module are also provided in the information collection module, and the electronic case module is used to generate and record the patient's condition. The information confirmation module is used for patients to review and confirm the electronic case information, and after confirmation, the electronic case is uploaded to the diagnostic system for retention; the doctor service module includes a case file module for retrieving and retrieving patient case information and a pair of The diagnosis module for diagnosing the patient's condition, the doctor service module is also provided with a doctor's order module, a medicine list module and a push module in turn. The doctor's order module is used for the doctor to issue a doctor's order after diagnosing and treating the patient, and inform the patient of the precautions during treatment; the medicine list; module, which is used by doctors to issue a corresponding list of therapeutic drugs for the patient’s condition; and the push module is used for doctors to prescribe the drug list for patients and push the drug list to the pharmacy system; and the doctor service module is also provided with a file transfer module, which It is used for the transfer and docking of patient case information between the patient's attending physicians when the patient's machine is transferred for treatment.

Further, the operation flow of the file transfer module is as follows:

S510: The patient is transferred to a hospital, and the attending doctor of the receiving hospital submits a transfer application for the patient's case file;

S520: After the transfer-out hospital accepts the application and agrees, the attending doctor in charge of the patient in the hospital will perform the file transfer operation;

S530: The attending doctor of the receiving hospital receives the patient's case information, and the patient checks to confirm whether the case file is true and complete, and the complete file retention system. If it is incomplete, submit a second application for review, and the attending doctor of the transferred out hospital will carry out the patient's case review. Track down and transmit again.

Further, the case file module includes a backup record module for backing up patient case information and a modification application module for modifying patient case information, and the case file module is also provided with a modification summary module, a big data comparison module and an alarm. Module, the modification summary module is used to list the modification summary and mark the modification information when the doctor modifies the patient case data; the big data comparison module is used to compare the backup and saved case data according to the marked modification summary, and view the modification summary and Whether the modification is consistent; and the alarm module is used to alarm when the modification summary is checked and the modification is inconsistent, reminding the doctor to modify the patient case data according to the modification summary.

Further, the information collection module collects information based on the collection equipment, the collection equipment includes a base and a body arranged on the upper end of the base, a touch screen display screen is arranged on the side wall of the body, and the side wall of the body above the touch screen display screen is sequentially arranged. There are cameras and sound transmission holes, fixed plates are arranged on both sides of the top of the base on the outside of the body, and a flip cover is movably arranged between the side walls of the fixed plate. The ends of the connecting rod are respectively movably connected to the side walls at both ends of the sterilizing piece, and the two ends of the sterilizing piece are movably engaged in the limit chute on the side wall of the body; and the outer walls of the fixed end of the flip cover on the same side of the cushion block are respectively provided with magnetic columns, and the top of the base corresponding to the magnetic columns are respectively provided with sockets. The bottom of the block is flush with the lower end of the base.

Further, the sterilizing part includes a casing movably connected to the end of the movable link and a partition plate arranged between the side walls of the casing, the top of the partition plate is provided with a micro-atomizer, and the suction pipe of the micro-atomizer runs through and extends to In the liquid storage cavity at the lower end of the partition plate, and the end of the output cylinder of the micro-atomizer is connected with a drainage tube, the drainage tube is arranged parallel to the touch screen display screen, and the outer wall of the drainage tube near the touch screen display screen is evenly arranged with a jet tube , the jet pipe runs through and extends to the outside of the casing, and the outer wall of the casing outside the end of the jet pipe is provided with cleaning cotton, the cleaning cotton wraps the jet pipe and is installed and fits the outer wall of the touch screen display screen, and the casing on both sides of the cleaning cotton bulges move. The elastic member is arranged on the outer wall of the top of the housing protrusion in the limit chute.

Further, the cleaning cotton includes a mounting plate and a raised block arranged on the outer wall of one side of the mounting plate, the mounting plate is fixed by the raised block being inserted into the installation groove on the outer wall of the housing, and a receiving cavity is provided on the top of the raised block, A turntable is arranged between the inner walls on both sides of the storage cavity, and a metal baffle is fixedly connected to the outer wall of one side of the turntable. A slot is provided on the top of the casing corresponding to the metal baffle, the slot is communicated with the installation slot, and the slot is spaced from the jet pipe. Set up, and a magnetic block is engaged in the slot, when the protruding block is engaged in the installation slot, the magnetic block attracts the metal baffle and rotates and engages in the slot port, and the outer wall of the mounting plate away from the protruding block is evenly distributed on the outer wall. A positioning column is arranged, and a cleaning cotton body is arranged on the card sleeve on the outer wall of the positioning column.

Further, the jet pipe is engaged in the gap of the mounting plate and the top of the cleaning cotton body, and a limit cavity is arranged between the inner walls of the port of the jet pipe, and an adjustment bead is movably engaged in the limit cavity, and one end of the adjustment bead is provided with a first The inside of the other end of the channel is evenly provided with several second channels, the second channels are all connected with the first channel, and the top of the adjustment bead is fixedly connected with a rotating rod, and the rotating rod penetrates and extends to the outside of the jet pipe.

Compared with the prior art, the beneficial effects of the present invention are as follows:

1. A medical diagnosis system that can encrypt patient privacy proposed by the present invention, patient users input their own basic information and condition information into the data storage module by means of camera acquisition and voice input based on the information acquisition module, and electronically The case information is imported into the data storage module, and the data storage module records the patient information retention system in the form of image and text records; after the patient information is retained in the system, the encryption protection module encrypts and protects it, and the encryption protection module generates a complete set of the doctor's private key and The doctor's public key, doctor's private key and doctor's public key are randomly assigned to the patient's attending doctor and other doctors; the patient's attending doctor logs in to the diagnosis system to obtain a random doctor's private key, and the attending doctor logs in to the system according to this private key within the validity period of one week. After identity verification, directly enter the doctor service module to perform diagnostic operations, and view the patient visit information recorded in the data storage module; other doctors log in to the diagnosis system when they want to view patient case information, and randomly obtain a single valid doctor's public key. After the authentication is successful, the central processing module submits the access application to the access authorization module of the patient user terminal. The patient authorizes independently according to the reasons submitted by the doctor. After the authorization is successful, the doctor enters the system to retrieve the data storage module. The case information stored in the device is encrypted and protected by the encryption protection module, and the doctor's private key and public key with random timeliness and public key are used in combination with face recognition to verify the patient's attending doctor and other doctors. Doctors can view their case information only after the patient's access authorization, which greatly enhances the confidentiality of the patient's case information.

2. A medical diagnosis system that can encrypt the patient's privacy proposed by the present invention, the backup record module backs up the patient's case information, and the doctor needs to apply before modifying the patient's case data. After the administrator agrees, he enters the system for modification. In the modification summary module, the modification summary is listed and the modification information is marked. After modifying the data according to the summary, the big data comparison module compares the backup and saved case data according to the marked modification summary, and checks whether the modification summary is consistent with the modification. When there is inconsistency, the alarm module will alarm, reminding the doctor to revise the patient case data according to the modification summary, and the patient will be transferred to the hospital. The attending doctor of the receiving hospital will apply for the transfer of the patient case file; The attending doctor performs the file transfer operation; the attending doctor of the receiving hospital receives the patient's case information, and the patient checks to confirm whether the case file is true and complete, and the complete file retention system is completed. On the premise of ensuring the confidentiality of the patient's case, through the case transfer docking of the attending doctor before and after the transfer, the patient's case data is strictly controlled to prevent malicious tampering and ensure the transfer of patient case information. Real and complete, to achieve rapid treatment of patients after hospital.

3. A medical diagnosis system that can encrypt patient privacy proposed by the present invention, the two ends of the outer wall of the flip cover close to the touch screen display screen are respectively movably connected to the movable connecting rod, and the ends of the movable connecting rod are respectively movably connected to the two ends of the disinfection part. On the side wall of the end, a partition is arranged between the side walls of the shell, and a micro-atomizer is arranged on the top of the partition. The end of the cylinder is connected with a drainage tube, which is arranged parallel to the touch screen display screen. The outer wall of the drainage tube close to the touch screen display screen is evenly arranged with a jet tube. A cleaning cotton is arranged on the outer wall, and the cleaning cotton wraps the jet pipe and is arranged to fit the outer wall of the touch screen display screen. An elastic part is set on the outer wall of the top, and the patient opens the flip and deflects downwards so that the magnetic column on the outer wall is attached to the socket on the base, and the pad at the bottom of the flip end contacts the table to keep the device stable, and the patient clicks on the touch screen display. To operate, when the flip cover is turned down, use the movable link to pull the disinfection piece to slide down the touch screen display, and simultaneously start the micro atomizer inside the shell. Then, from the jet pipe, the atomized disinfectant is sprayed on the touch screen display screen through the cleaning cotton. When the movable link pulls and slides up and down, it sprays and disinfects the full screen of the touch screen display screen. The automatic disinfection of the touch screen display when the flip is opened and closed, to avoid cross-infection caused by the virus in the subsequent use of patients, which is convenient and practical.

Description of drawings

1 is an overall architecture diagram of a medical diagnosis system capable of encrypting patient privacy according to the present invention;

Fig. 2 is the verification module architecture diagram of the medical diagnosis system that can encrypt patient privacy according to the present invention;

Fig. 3 is the authorization flow chart of the access authorization module of the medical diagnosis system that can encrypt the patient's privacy according to the present invention;

Fig. 4 is the verification module verification flow chart of the medical diagnosis system that can encrypt patient privacy according to the present invention;

Fig. 5 is the information acquisition module structure diagram of the medical diagnosis system that can encrypt the patient's privacy according to the present invention;

6 is an architectural diagram of a doctor service module of a medical diagnosis system capable of encrypting patient privacy according to the present invention;

Fig. 7 is the case file module architecture diagram of the medical diagnosis system that can encrypt patient privacy according to the present invention;

Fig. 8 is the operation flow chart of the file transfer module of the medical diagnosis system capable of encrypting patient privacy according to the present invention;

FIG. 9 is a schematic structural diagram of the closed state of the acquisition device of the medical diagnosis system capable of encrypting patient privacy according to the present invention;

10 is a schematic structural diagram of the open state of the acquisition device of the medical diagnosis system capable of encrypting patient privacy according to the present invention;

11 is a schematic structural diagram of a sterilizer of a medical diagnosis system capable of encrypting patient privacy according to the present invention;

12 is a schematic diagram of the installation structure of the cleaning cotton of the medical diagnosis system that can encrypt patient privacy according to the present invention;

13 is a cross-sectional view of the jet tube of the medical diagnostic system that can encrypt patient privacy according to the present invention.

In the figure: 1, central processing module; 2, user login module; 3, data storage module; 4, information acquisition module; 41, camera module; 42, voice input module; 43, electronic case module; 44, information confirmation module; 5. Doctor service module; 51. Case file module; 511. Backup record module; 512. Modify application module; 513. Modify summary module; 514. Big data comparison module; 515. Alarm module; 52. Diagnosis module; 53. Doctor's order module; 54, medication list module; 55, push module; 56, file transfer module; 6, encryption protection module; 7, verification module; 71, identity verification module; 72, key verification module; 8, access authorization module; 9 , access record module; 10, registration module; 11, payment module; 12, display module; 13, report printing module; 14, one-key call module; 15, pharmacy system; 16, acquisition equipment; 161, base; 162, body ; 163, touch screen display; 164, camera; 165, sound transmission hole; 166, fixed plate; 167, flip cover; 168, movable link; 169, disinfection part; 1691, shell; 1692, partition plate; 1693, Micro atomizer; 1694, suction tube; 1695, drainage tube; 1696, jet tube; 16961, limit cavity; 16962, adjustment bead; 16963, first channel; 16964, second channel; 16965, rotary rod; 1697 , cleaning cotton; 16971, mounting plate; 16972, raised block; 16973, storage cavity; 16974, turntable; 16975, metal baffle; 16976, positioning column; 16977, cleaning cotton body; 1698, elastic part; 1699, mounting groove ; 16910, slot; 16911, magnet; 1610, limit chute; 1611, spacer; 1612, magnetic column; 1613, jack.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

In order to solve the problem that the existing medical diagnosis system is open to doctors, all doctors can directly view the case information of the target patient after logging in to the system. For patients, their privacy has been violated, please refer to Figure 1-5. Provide the following preferred technical solutions:

A medical diagnosis system that can encrypt patient privacy, comprising a central processing module 1 for controlling operation, a user login module 2 electrically connected to the central processing module 1, and a data storage module 3 for storing data, and the data storage module 3 is electrically connected. The information collection module 4 is connected, and the information collection module 4 is used to collect the basic information of the patient to assist in the establishment of case files; the central processing module 1 is electrically connected to the doctor service module 5, the encryption protection module 6, the verification module 7 and the access authorization module 8 in turn. The service module 5 is used for doctors to perform corresponding diagnostic services on patients; the encryption protection module 6 is used to encrypt and protect the collected and stored patient case information; the verification module 7 is used to identify the doctors who visit and view the patient case information. Verification; and the access authorization module 8 is used for the access authorization to the doctor who agrees to view the patient's case information; and the central processing module 1 is also electrically connected to the access record module 9, which is used for real-time record access to view the doctor's access track of the patient's case information; The central processing module 1 is electrically connected to the registration module 10, the payment module 11 and the display module 12. The registration module 10 allows the user to make an appointment and registration when the patient checks the body; the payment module 11 is used for online payment of various expenses of the patient during treatment; and the display module 12 Displays various data information when the user operates the diagnostic system; and the central processing module 1 is also electrically connected to the report printing module 13 and the one-key calling module 14, and the report printing module 13 is used to print out the patient inspection report; and the one-key calling The module 14 is used to call medical staff to provide diagnosis and treatment services for the patient; the payment module 11 is electrically connected to the pharmacy system 15, and the pharmacy system 15 is used to provide medicine packaging services to patients.

The verification module 7 includes an identity verification module 71 and a key verification module 72. The identity verification module 71 is used to authenticate the doctor who accesses and views the patient case information based on face recognition, and the key verification module 72 is used to access and view the patient case information. The random secret key held by the information doctor is used for verification. The secret key is divided into the doctor's private key and the doctor's public key, which are respectively used for the verification when the patient's attending doctor and other doctors visit and view the patient's case information.

The information collection module 4 includes a camera module 41 for capturing information by camera and a voice input module 42 for inputting information by voice. The information collection module 4 is also provided with an electronic case module 43 and an information confirmation module 44. The electronic case module 43 is used for An electronic case for recording the patient's condition data is generated; and the information confirmation module 44 is used for the patient to review and confirm the electronic case information, and after confirmation, the electronic case is uploaded to the diagnosis system for storage.

Specifically, based on the information collection module 4, the patient user inputs his basic information and disease information into the data storage module 3 by means of camera collection and voice input, and imports the electronic case information into the data storage module 3, and the data storage module 3 The patient information retention system is recorded in the form of images and text records; after the patient information retention system, the encryption protection module 6 performs encryption protection processing on it, and the encryption protection module 6 generates a complete set of doctor private key and doctor public key, doctor private key and doctor The public key is randomly assigned to the patient's attending doctor and other doctors; the patient's attending doctor will obtain a random doctor's private key after logging in to the diagnosis system. Within one week's validity period, the attending doctor will log in to the system according to this private key for identity verification and directly enter the doctor service module 5 Perform diagnostic operations, and view the patient visit information recorded in the data storage module 3; other doctors log in to the diagnosis system when they want to view patient case information, and randomly obtain a single valid doctor's public key, and log in to the system according to this public key for identity verification. After the identity verification is successful, the central processing module 1 submits the access application to the access authorization module 8 of the patient user terminal. The patient authorizes autonomously according to the reasons submitted by the doctor. After the authorization is successful, the doctor enters the system to retrieve the cases stored in the data storage module 3. The information is encrypted and protected by the encryption protection module 6, and the doctor's private key and public key with random timeliness and public key are used in combination with face recognition to verify the patient's attending doctor and other doctors. The patient's case information can only be viewed after the patient's access authorization, which greatly enhances the confidentiality of the patient's case information.

In order to solve the problem that the case information recorded by the existing medical system is only applicable to the current hospital, after the patient is transferred for treatment, the authenticity of the case information recorded by the transferred hospital will be questioned, and the reference of the case will be greatly reduced. For treatment problems, please refer to Figure 1 and Figure 6-8, providing the following preferred technical solutions:

The doctor service module 5 includes a case file module 51 for retrieving patient case information and a diagnosis module 52 for diagnosing the patient's condition. The doctor service module 5 is also provided with a doctor order module 53, a medicine list module 54 and a push module 55 in turn. , the doctor's order module 53 is used for the doctor to issue a doctor's order after diagnosing and treating the patient, informing the patient of the precautions during treatment; the medicine list module 54 is used for the doctor to issue a corresponding list of therapeutic drugs for the patient's condition; and the push module 55 is used for the doctor. After the patient's treatment medicine is prescribed, the medicine list is pushed to the pharmacy system 15; and the doctor service module 5 is also provided with a file transfer module 56, which is used for transferring the patient's case information between the patient's attending doctors when the patient's machine is transferred for treatment. Transfer docking.

The case file module 51 includes a backup record module 511 for backing up patient case information and a modification application module 512 for modifying patient case information. The case file module 51 is also provided with a modification summary module 513 and a big data comparison module. 514 and the alarm module 515, the modification summary module 513 is used to list the modification summary and mark the modification information when the doctor makes modification to the patient case data; the big data comparison module 514 is used to perform big data on the backup and saved case data according to the marked modification summary. By comparison, check whether the modification summary is consistent with the modification; and the alarm module 515 is used for alarming when the modification summary and modification are inconsistent, reminding the doctor to modify the patient case data according to the modification summary.

Specifically, the backup record module 511 backs up the records of the patient case information. The doctor needs to apply before modifying the patient case data. After the administrator agrees, he enters the system to modify it. When modifying, the modification summary is listed in the modification summary module 513 and the modification information is marked. After modifying the data according to the summary, the big data comparison module 514 performs a big data comparison on the case data saved in the backup according to the marked modification summary, and checks whether the modification summary is consistent with the modification. When the patient's case data is modified, the patient is transferred to a hospital, and the attending doctor of the receiving hospital applies for the transfer of the patient's case file; after the transfer-out hospital accepts the application and agrees, the attending doctor who was in charge of the patient in the hospital performs the file transfer operation; the attending doctor of the receiving hospital Receive the patient's case information, and the patient will check to confirm whether the case file is true and complete. The complete file retention system will submit a second application for review if it is not complete. On the premise of ensuring the confidentiality of the patient's case, through the docking of the case transfer of the attending doctor before and after the transfer, the patient's case data is strictly controlled to prevent malicious tampering, to ensure the authenticity and integrity of the patient's case information transfer, and to achieve rapid post-hospital treatment of patients. treat.

In order to avoid the transfer of germs on the patient to the operation screen of the equipment when the voice input information is used, which will cause cross-infection for the subsequent use of the patient, as shown in Figure 9-11, the following preferred technical solutions are provided:

The information collection module 4 collects information based on the collection device 16 . The collection device 16 includes a base 161 and a body 162 arranged on the upper end of the base 161 . A camera 164 and a sound transmission hole 165 are arranged on the side wall of the 162 in sequence, and a fixed plate 166 is arranged on both sides of the top of the base 161 outside the body 162. A flip 167 is movably arranged between the side walls of the fixed plate 166, and the flip 167 is close to the touch screen display screen. The two ends of the outer wall of one side of 163 are respectively movably connected with movable connecting rods 168, and the ends of the movable connecting rods 168 are respectively movably connected to the side walls at both ends of the disinfection piece 169, and the two ends of the disinfection piece 169 are movably engaged with the side walls of the body 162. in the limit chute 1610 on the upper limit.

The end of the outer wall of the flip cover 167 away from the movable link 168 is provided with a cushion block 1611, and the outer walls of the two sides of the fixed end of the flip cover 167 on the same side of the cushion block 1611 are respectively provided with magnetic columns 1612, and the top of the base 161 is respectively provided with the magnetic columns 1612 There is an insertion hole 1613 . When the magnetic column 1612 is inserted into the insertion hole 1613 , the flip cover 167 and the base 161 are arranged horizontally, and the bottom of the cushion block 1611 is flush with the lower end of the base 161 .

The sterilizing element 169 includes a housing 1691 movably connected to the end of the movable link 168 and a partition 1692 arranged between the side walls of the housing 1691. The top of the partition 1692 is provided with a micro atomizer 1693. The liquid pipe 1694 runs through and extends into the liquid storage cavity at the lower end of the partition plate 1692, and the liquid storage cavity stores the disinfectant, and the end of the output cylinder of the micro atomizer 1693 is connected with a drainage pipe 1695, and the drainage pipe 1695 is parallel to the touch screen display screen 163. Arrangement, the outer wall of the drainage tube 1695 near the touch screen display screen 163 is evenly provided with a jet tube 1696, the jet tube 1696 extends through and extends to the outside of the housing 1691, and the outer wall of the housing 1691 outside the end of the jet tube 1696 is provided with cleaning cotton 1697, clean the cotton 1697, wrap the jet pipe 1696, set it up and fit the outer wall of the touch screen display screen 163, clean the shells 1691 on both sides of the cotton 1697 and snap into the limit chute 1610, and the shell in the limit chute 1610 An elastic member 1698 is provided on the outer wall of the convex top of the body 1691.

Specifically, the patient opens the flip 167 and deflects it downward, so that the magnetic column 1612 on the outer wall is adsorbed and inserted into the socket 1613 on the base 161, and the pad 1611 at the bottom of the end of the flip 167 contacts the table to keep the device stable, and the patient clicks the touch screen to display the The screen 163 is operated. When the flip 167 is turned down, the sterilizing member 169 is pulled down by the movable link 168 along the touch screen display screen 163, and the micro atomizer 1693 inside the housing 1691 is activated at the same time. The micro atomizer 1693 uses the suction tube 1694 The disinfectant is extracted and atomized, and after being drained by the drainage tube 1695, the atomized disinfectant is sprayed from the air jet tube 1696 through the cleaning cotton 1697 to the touch screen display screen 163, and is pulled up and down by the movable link 168. The 163 full screen is sprayed for disinfection, and the cotton 1697 is wiped and cleaned at the same time, so as to realize the automatic disinfection of the touch screen display screen 163 every time the flip 167 is turned on and off, so as to avoid cross-infection caused by the subsequent use of patients affected by the virus, which is convenient and practical.

As shown in Fig. 12, the cleaning cotton 1697 includes a mounting plate 16971 and a raised block 16972 arranged on the outer wall of one side of the mounting plate 16971. The mounting plate 16971 is inserted into the mounting groove 1699 on the outer wall of the housing 1691 through the raised block 16972 for fixing , and the top of the protruding block 16972 is provided with a receiving cavity 16973, a turntable 16974 is arranged between the inner walls on both sides of the receiving cavity 16973, and a metal baffle 16975 is fixedly connected to one outer wall of the turntable 16974, and the top of the housing 1691 corresponds to the metal baffle 16975 A slot 16910 is opened, the slot 16910 is communicated with the installation slot 1699, the slot 16910 and the jet pipe 1696 are spaced apart, and a magnetic block 16911 is engaged in the slot 16910, and the raised block 16972 is engaged in the installation slot 1699. , the magnetic block 16911 absorbs the metal baffle 16975 and is rotated and snapped into the port of the slot 16910. The outer wall of the mounting plate 16971 away from the raised block 16972 is evenly provided with a positioning column 16976. The outer wall of the positioning column 16976 is provided with cleaning cotton. Body 16977.

Specifically, after the cleaning cotton body 16977 is clamped on the outer wall of the positioning post 16976, the mounting plate 16971 is inserted into the mounting groove 1699 on the outer wall of the housing 1691 through the protruding block 16972, and then the magnetic block 16911 is inserted into the housing 1691 In the slot 16910 at the top, the magnetic block 16911 attracts the metal baffle 16975 to drive the turntable 16974 to rotate, deflects the metal baffle 16975 to the port of the slot 16910, and uses the metal baffle 16975 to block the slot 16910 port to the installation board. 16971 and the cleaning cotton body 16977 are fixed. On the contrary, after the magnetic block 16911 is pulled out, the metal baffle 16975 is automatically deflected back to the storage cavity 16973 on the top of the raised block 16972 due to gravity, and the mounting plate 16971 can be removed to replace the cleaning cotton body. 16977, easy to operate.

As shown in FIG. 13 , the air injection pipe 1696 is engaged in the notch of the mounting plate 16971 and the top of the cleaning cotton body 16977, and a limiting cavity 16961 is arranged between the inner walls of the air injection pipe 1696 port, and the adjustment beads are movably engaged in the limiting cavity 16961 16962, one end of the adjusting bead 16962 is provided with a first channel 16963, and the other end is evenly provided with a number of second channels 16964, the second channels 16964 are all communicated with the first channel 16963, and the top of the adjusting bead 16962 is fixedly connected with a rotating The rod 16965 and the rotating rod 16965 extend through to the outside of the jet pipe 1696 .

Specifically, rotate the rotating rod 16965 on the top of the jet pipe 1696, the rotating rod 16965 drives the adjusting bead 16962 to rotate, and selects the first channel 16963 of the single-port inside the adjusting bead 16962 or the second channel 16964 of the dispersed multi-port port to face the jet. Outside the port of the trachea 1696, the first channel 16963 and the second channel 16964 are rotated and switched, so as to control the coverage area and angle of the sprayed atomized disinfectant from the jet tube 1696, so as to efficiently disinfect the touch screen display screen 163.

It should be noted that, in this document, relational terms such as first and second are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any relationship between these entities or operations. any such actual relationship or sequence exists. Moreover, the terms "comprising", "comprising" or any other variation thereof are intended to encompass a non-exclusive inclusion such that a process, method, article or device that includes a list of elements includes not only those elements, but also includes not explicitly listed or other elements inherent to such a process, method, article or apparatus.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the present invention is defined by the appended claims and their equivalents.

Claims (10)

1. a medical diagnosis system that can encrypt patient privacy, is characterized in that, comprises the central processing module (1) of control operation and the user login module (2) electrically connected with central processing module (1), and is used for storing The data storage module (3) of the data, the data storage module (3) is electrically connected to the information acquisition module (4), and the information acquisition module (4) is used for collecting the basic information of the patient to assist in establishing a case file; the central processing module (1) is in turn The doctor service module (5), the encryption protection module (6), the verification module (7) and the access authorization module (8) are electrically connected, and the doctor service module (5) is used for the doctor to perform corresponding diagnostic services on the patient; the encryption protection module ( 6), it is used to encrypt and protect the patient case information collected and stored; the verification module (7) is used to authenticate the doctor who visits and sees the patient case information; and the access authorization module (8) is used to agree to the patient. The doctor who views his own case information performs access authorization; and the central processing module (1) is also electrically connected to the access recording module (9), which is used for real-time recording of the access track of the doctor who accesses and views the patient's case information; The verification module (7) includes an identity verification module (71) and a key verification module (72), and the identity verification module (71) is used to perform identity verification based on face recognition for doctors who visit and view patient case information, while the key verification module (72) It is used to verify the random secret key held by doctors who visit and view patient case information. The secret key is divided into doctor private key and doctor public key, which are respectively used for the verification when the patient's attending doctor and other doctors visit and view patient case information. . 2. a kind of medical diagnosis system that can encrypt patient privacy as claimed in claim 1 is characterized in that: verification module (7) is as follows to the verification process of visiting doctor: S1: Based on the information collection module (4), the patient user inputs his basic information and condition information into the data storage module (3) by means of camera collection and voice input, and imports the electronic case information into the data storage module (3) , the data storage module (3) records the patient information retention system in the form of images and text records; S2: After the patient information is stored in the system, the encryption protection module (6) performs encryption protection processing on it, and the encryption protection module (6) generates a complete set of the doctor's private key and the doctor's public key, and the doctor's private key and the doctor's public key are randomly assigned to the patient's attending physicians and other physicians; S3: The attending doctor of the patient obtains a random private key of the doctor after logging in to the diagnosis system. Within the validity period of one week, the attending doctor logs in to the system according to the private key for authentication and directly enters the doctor service module (5) to perform diagnosis operations and view the data storage module. (3) The patient's visit information recorded in the document; S4: When other doctors want to view the patient's case information, they log in to the diagnosis system, and randomly obtain a single valid doctor's public key, and log in to the system according to this public key for identity verification. After the identity verification is successful, the central processing module (1) submits the access application to In the access authorization module (8) of the patient user terminal, the patient authorizes autonomously according to the reasons submitted by the doctor. After the authorization is successful, the doctor enters the system to retrieve the case information stored in the data storage module (3). 3. A medical diagnosis system capable of encrypting patient privacy as claimed in claim 2, wherein the central processing module (1) is electrically connected to the registration module (10), the payment module (11) and the display module (12) , the registration module (10) the user makes an appointment registration when the patient checks the body; the payment module (11) is used for online payment of various expenses of the patient during treatment; and the display module (12) The user performs various data information when operating the diagnosis system display; and the central processing module (1) is also electrically connected to the report printing module (13) and the one-key calling module (14), and the report printing module (13) is used to print out the patient examination report; and the one-key calling module (14) ) is used to call medical staff to provide diagnosis and treatment services for patients; the payment module (11) is electrically connected to the pharmacy system (15), and the pharmacy system (15) is used to provide medicine packaging services to patients. 4. A medical diagnosis system capable of encrypting patient privacy as claimed in claim 3, wherein the information acquisition module (4) comprises a camera module (41) for capturing information by camera and a camera module (41) for inputting information by voice. The voice input module (42) is also provided with an electronic case module (43) and an information confirmation module (44) in the information acquisition module (4), and the electronic case module (43) is used to generate an electronic case for recording the patient's condition data; and the information The confirmation module (44) is used for the patient to examine and confirm the electronic case information, and after confirmation, the electronic case is uploaded to the diagnosis system for storage; the doctor service module (5) includes a case file module (51) for retrieving and retrieving the patient case information and a diagnosis module (52) for diagnosing the patient's condition, the doctor service module (5) is also provided with a doctor's order module (53), a medicine list module (54) and a push module (55) in turn, and the doctor's order module (53) is used for The doctor issues a doctor's order after diagnosing and treating the patient, informing the patient of the precautions during treatment; the medicine list module (54) is used for the doctor to issue a list of corresponding treatment medicines according to the patient's condition; and the push module (55) is used for the doctor to issue the patient After receiving the treatment medicine, the medicine list is pushed to the pharmacy system (15); and the doctor service module (5) is also provided with a file transfer module (56), which is used for transferring the patient's machine for treatment. Transfer and docking of patient case information. 5. a kind of medical diagnosis system that can encrypt patient privacy as claimed in claim 4, is characterized in that: the operational process of file transfer module (56) is as follows: S510: The patient is transferred to a hospital, and the attending doctor of the receiving hospital submits a transfer application for the patient's case file; S520: After the transfer-out hospital receives the application and agrees, the attending doctor who was in charge of the patient in the hospital before performs the file transfer operation; S530: The attending doctor of the receiving hospital receives the patient's case information, and the patient checks to confirm whether the case file is true and complete, and the complete file retention system. If it is incomplete, submit a second application for review, and the attending doctor of the transferred out hospital will carry out the patient's case review. Track down and transmit again. 6. a kind of medical diagnosis system that can encrypt patient privacy as claimed in claim 5, is characterized in that: case file module (51) comprises the backup record module (511) that is used for backing up records of patient case information and is used for A modification application module (512) for modifying patient case information, the case file module (51) is further provided with a modification summary module (513), a big data comparison module (514) and an alarm module (515), and a modification summary module (513) ) is used to list the modification summary and mark the modification information when the doctor makes modification to the patient case data; the big data comparison module (514) is used to perform big data comparison on the backup and saved case data according to the marked modification summary, and check the modification summary and modification The alarm module (515) is used for alarming when checking the revision summary and revision inconsistency, and reminding the doctor to revise the patient case data according to the revision summary. 7. A medical diagnosis system capable of encrypting patient privacy as claimed in claim 6, wherein the information collection module (4) collects information based on a collection device (16), and the collection device (16) comprises a base (161). ) and a body (162) arranged on the upper end of the base (161), a touch screen display screen (163) is arranged on the side wall of the body (162), and a side wall of the body (162) above the touch screen display screen (163) A camera (164) and a sound transmission hole (165) are arranged in sequence, fixing plates (166) are arranged on both sides of the top of the base (161) outside the body (162), and a flip (167) is movably arranged between the side walls of the fixing plate (166). ), the two ends of the outer wall of the flip cover (167) close to the touch screen display screen (163) are respectively movably connected with movable connecting rods (168), and the ends of the movable connecting rods (168) are respectively movably connected with the two ends of the disinfection part (169). On the end wall, both ends of the sterilizing member (169) are movably engaged in the limit chute (1610) on the side wall of the body (162), and the flip cover (167) is away from the end of the outer wall on the side of the movable link (168). A spacer (1611) is provided, and magnetic columns (1612) are respectively provided on the outer walls of the two sides of the fixed end of the flip cover (167) on the same side of the spacer (1611), and the top of the base (161) corresponding to the magnetic column (1612) is respectively provided There is a jack (1613), when the magnetic column (1612) is inserted into the jack (1613), the flip cover (167) and the base (161) are arranged horizontally, and the bottom of the cushion block (1611) is flush with the lower end of the base (161). 8. A medical diagnostic system capable of encrypting patient privacy as claimed in claim 7, wherein the sterilizing element (169) comprises a housing (1691) movably connected to the end of the movable link (168) and a housing (1691) disposed on the The partition (1692) between the side walls of the housing (1691), the top of the partition (1692) is provided with a micro-atomizer (1693), and the suction pipe (1694) of the micro-atomizer (1693) extends through to the partition Inside the liquid storage chamber at the lower end of the plate (1692), and the end of the output cylinder of the micro atomizer (1693) is connected with a drainage tube (1695), the drainage tube (1695) is arranged parallel to the touch screen display screen (163), and the drainage tube ( 1695) A jet tube (1696) is evenly arranged on the outer wall on the side close to the touch screen display screen (163), the jet tube (1696) extends through and extends to the outside of the housing (1691), and the housing on the outer side of the end of the jet tube (1696) (1691) A cleaning cotton (1697) is arranged on the outer wall, the cleaning cotton (1697) wraps the jet pipe (1696) and is installed and fits the outer wall of the touch screen display screen (163), and the shells (1691) on both sides of the cleaning cotton (1697) The protrusion is movably engaged in the limit chute (1610), and an elastic member (1698) is provided on the outer wall of the convex top of the casing (1691) in the limit chute (1610). 9. A medical diagnostic system capable of encrypting patient privacy as claimed in claim 8, characterized in that: the cleaning cotton (1697) comprises a mounting plate (16971) and a protrusion arranged on one side of the outer wall of the mounting plate (16971) Lifting block (16972), the mounting plate (16971) is fixed by inserting the protrusion block (16972) into the mounting groove (1699) on the outer wall of the housing (1691), and a receiving cavity (16973) is opened on the top of the protrusion block (16972). ), a turntable (16974) is arranged between the inner walls on both sides of the storage cavity (16973), a metal baffle (16975) is fixedly connected to one outer wall of the turntable (16974), and the top of the casing (1691) corresponds to the metal baffle (16975). ) is provided with a slot (16910), the slot (16910) is communicated with the installation slot (1699), the slot (16910) and the jet pipe (1696) are spaced apart, and a magnetic block ( 16911), when the protruding block (16972) is snapped into the mounting slot (1699), the magnetic block (16911) attracts the metal baffle (16975) and rotates and snaps into the slot (16910) port, and the mounting plate (16971) keeps away A positioning column (16976) is evenly arranged on the outer wall of one side of the raised block (16972), and a cleaning cotton body (16977) is arranged on the outer wall of the positioning column (16976). 10. A medical diagnostic system capable of encrypting patient privacy as claimed in claim 9, characterized in that: the air jet tube (1696) is engaged in the gap on the top of the mounting plate (16971) and the cleaning cotton body (16977), In addition, a limiting cavity (16961) is arranged between the inner walls of the port of the jet pipe (1696), a regulating bead (16962) is movably engaged in the limiting cavity (16961), and a first channel (16963) is arranged inside one end of the regulating bead (16962). , a number of second channels (16964) are evenly arranged inside the other end, the second channels (16964) are all communicated with the first channel (16963), and the top of the adjustment bead (16962) is fixedly connected with a rotating rod (16965), The rotating rod (16965) extends through to the outside of the jet tube (1696).

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