Verification system and method for verifying authenticity of service personnel in large health industry

Abstract

A verification system for authenticity verification of service personnel in the large health industry relates to the technical field of information, and manages and controls scenes of registration and actual task execution of the service personnel so as to realize authenticity verification of the service personnel and authenticity verification of task execution, thereby ensuring that collected information has authenticity. Comprising a server end and a mobile end which are electrically connected. The mobile terminal comprises a registration module, and the registration module is used for registration of service personnel; the login module logs in the system through the unique identification code and the biological information, and the task processing module is used for service personnel to receive tasks and upload task data; the server side comprises a task issuing module used for acquiring task issuing; the information receiving module is used for receiving registration information and task completion condition information of service personnel; the information processing module is used for information processing and classification, and the storage module is used for classifying and storing data processed by the information processing module.

Description

Technical Field

[0001] The present invention relates to the field of information technology, and in particular to a verification system and method for verifying the authenticity of service personnel in the big health industry. Background Art

[0002] Since 2016, the industry has vigorously promoted the evaluation of the quality and efficacy consistency of generic drugs, and is committed to improving the quality and safety of generic drugs to ensure that they meet the same standards as original drugs in terms of quality and efficacy. Enterprises have continuously improved the quality and stability of cooperative products by introducing internationally advanced production equipment, optimizing production processes, and strengthening the construction of quality management systems.

[0003] Based on this background, companies hope to gain an in-depth understanding of the actual feedback of cooperative products in clinical practice and the interactions between drugs through the collection of combined drug use cases. The goal is to explore the synergistic effects between drugs and find the best combination with other drugs, thereby optimizing the treatment plan and maximizing the treatment effect. This process not only helps to improve the safety and effectiveness of patients' medication.

[0004] However, there are some problems when collecting medication records, including how to ensure the high standards and compliance of the entire chain of service transactions, how to ensure that patient information will not be leaked or abused when collecting cases, and how to ensure that the collected data is compliant and authentic, and can provide traceability guarantees for subsequent production. Summary of the invention

[0005] 1. Technical Problems Solved

[0006] In view of the deficiencies in the prior art, the present invention proposes a verification system for authenticity verification of service personnel in the big health industry, which manages and controls the service personnel's registration and actual task execution scenarios to achieve authenticity verification of the service personnel and authenticity verification of task execution, thereby ensuring the authenticity of the collected information.

[0007] 2. Specific technical solutions

[0008] A verification system for authenticity verification of service personnel in the big health industry, comprising an electrically connected server end and a mobile end; the mobile end comprises a registration module, a login module and a task processing module, the registration module is used for service personnel registration, and the service personnel register in the registration module through a unique device identification code, biometric information, identity information and educational information; the login module is used for service personnel login, and the service personnel log in to the system through a unique identification code and biometric information, and the task processing module is used for service personnel to receive tasks and upload completed task data; the server end comprises a task publishing module, an information receiving module, an information processing module and a storage module, the task publishing module is used for collecting task publishing; the information receiving module is used for receiving the registration information and task completion status information of the service personnel; the information processing module is used for classifying the service personnel according to the educational information of the service personnel, and is also used for processing and classifying the task completion status, and the storage module is used for classifying and storing the data processed by the information processing module.

[0009] Implementation principle and working principle:

[0010] Among them, the registration module of the mobile terminal adopts a unique identification code, biometric information, identity information and educational information, which can ensure the authenticity and uniqueness of the service personnel, and also ensure that the service personnel have the qualifications to perform the corresponding tasks; the login module of the mobile terminal uses the unique identification code and biometric information of the mobile terminal for login, which can ensure the authenticity of the service personnel when performing the task, and ensure the authenticity of the service personnel who perform the task; when the information processing module of the server receives the personal information of the service personnel, it classifies them according to the educational information and the work experience of the service personnel. When the task publishing module publishes the task, it matches the task content with the category of the service personnel, ensuring that the service personnel have the service qualifications and avoiding the possibility of fraud due to the service personnel's lack of qualifications; the information processing module also classifies the collected task data, and then transmits it to the storage module for classified storage, so as to facilitate the subsequent unified processing of the task data and reduce the workload.

[0011] As a preferred embodiment: when the service personnel use the registration module to register, it also includes the registration of bank card real-name information. When the real-name information of the bank card matches the real-name information in the service personnel's identity information and educational information, the registration is successful; if they do not match, the applicant will be marked, and manual review is required for the second registration; the beneficial effect of this preferred embodiment is that the real-name information of the bank card is used as one of the registration information of the service personnel, which can further ensure the authenticity of the information provided by the service personnel. Manual review can avoid data recognition failures or misoperations, ensure the accuracy of personnel registration, and further avoid fraud scenarios, wherein the second registration is specifically a registration operation after the first registration fails.

[0012] Preferably, the task processing module also includes a positioning submodule, which is used to obtain real-time positioning data of service personnel when performing tasks, and upload the acquired real-time positioning data to the server in real time. When the task processing module uploads the completed task data, it will set a timestamp on the completed task data, and the uploaded task data also includes a unique identification code of the device; the beneficial effect of this preferred embodiment is that through the real-time positioning data and the unique identification code, the location of the corresponding mobile terminal can be determined when executing the corresponding task. If it does not comply with the settings and does not comply with the positioning of the task location, the task data uploaded by the mobile terminal will be marked, and the further uploaded data will be authentic.

[0013] Preferably, the information processing module also includes an information judgment submodule, which obtains real-time positioning data for a set period before the upload time based on the timestamp of the task data upload, the acquired real-time positioning data includes motion trajectory and dwell time, and matches the real-time positioning data, motion trajectory and dwell time before the upload time with the set task completion time threshold; if it is lower than the set time threshold, the uploaded task data is marked; the beneficial effect of this preferred embodiment is that, through the setting of the judgment submodule, any one of the positioning data, motion trajectory and dwell time can be matched with the set task completion time threshold, and it can further determine whether the task personnel have actually performed the task, thereby further ensuring the authenticity of the submitted task data.

[0014] Preferably, the task publishing module is used to select corresponding service personnel to publish tasks according to task categories; the published tasks include task execution templates, and the service personnel supplement data when executing tasks according to the set task execution templates. The beneficial effect of this preferred embodiment is that, through the task execution template, the filled task data is unified, which can effectively reduce the workload of executing data collection on the one hand, and further improve the subsequent data processing efficiency on the other hand.

[0015] Preferably, the task publishing module also includes the task location release when publishing the task, and the login information of the login module also includes the positioning information login; the beneficial effect of this preference is that when logging into the system during task execution, login can only be performed in the positioning area of ​​the set time and set location, further ensuring that the service personnel actually go to the task location, and thus ensuring the authenticity of the task data collected by the service personnel.

[0016] This solution also provides a verification method for the authenticity verification of service personnel in the big health industry, which uses the verification system for the authenticity verification of service personnel in the big health industry as described in any one of claims 1 to 6 to perform authenticity verification, including the following steps:

[0017] S1. Service personnel system registration. The data required for service personnel system registration includes the unique identification code of the registered device, biometric information, identity information, educational information and bank card real-name information;

[0018] S2. Service personnel system login. After registration is completed, the service personnel log in through the device unique identification code and the service personnel's biometric information, where the biometric information includes fingerprints, pupils and faces;

[0019] S3, the server matches the type of service personnel according to the industry experience and education information required to perform the task, and sends the task to the mobile terminal of the corresponding category of service personnel;

[0020] S4. The service personnel carry the mobile terminal to the task location to perform the assigned data collection task according to the task assigned by the mobile terminal. When performing the task, they need to log in to the system. When logging in to the system to perform the task, the location information of the mobile terminal, the unique identification code of the mobile terminal and the biometric information of the service personnel are required;

[0021] S5. When the service personnel are performing data collection tasks, the mobile terminal will upload the service personnel's movement trajectory and stay time in real time. When the service personnel complete the data collection task, they will upload the completed task data, where the uploaded task data also includes a timestamp. When the server receives the task data, it will match the real-time positioning data and movement trajectory before uploading the task with the set task completion time threshold. If it is lower than the set time threshold, the uploaded task data will be marked. Otherwise, it will be transmitted to the storage module for storage after processing.

[0022] The beneficial effects of the present invention are:

[0023] 1. This solution effectively manages the process of service personnel registration and service personnel performing tasks, which can ensure that service personnel have the qualifications required to perform tasks, thereby avoiding the collected task data from being reasonable data and ensuring its authenticity; the tasks performed and the service personnel categories match each other, further ensuring that the collected data is reasonable and correct data.

[0024] 2. When logging into the system, the service personnel's unique device identification code, biometric information and real-time positioning information are required to log in. This can effectively prevent the service personnel from committing fraud and ensure the authenticity of the data collected during the service personnel's visits or field work.

[0025] 3. When registering, the real-name information of the bank card is matched with the identity information and educational information of the service personnel. The authority of the real-name information in the bank system further ensures the accuracy and reliability of the service personnel's information, thereby ensuring the authenticity of the reading personnel and reducing the workload and difficulty of identity verification for service personnel. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 It is a schematic diagram of the logical structure of the present invention. DETAILED DESCRIPTION

[0027] The preferred embodiments of the present invention are described in detail below in conjunction with the accompanying drawings so that the advantages and features of the present invention can be more easily understood by those skilled in the art, thereby making a clearer and more explicit definition of the protection scope of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0028] Example:

[0029] like Figure 1 As shown, a verification system for authenticity verification of service personnel in the big health industry includes an electrically connected server end and a mobile end; specifically, the mobile end can be a movable terminal such as a mobile phone, a tablet, or a laptop computer, and the server end can be a cloud server such as Huawei Cloud, Alibaba Cloud or other servers, wherein the mobile end and the server end are connected via network communication.

[0030] The mobile terminal runs the system through a built-in APP, applet or web page, and the mobile terminal includes a registration module, a login module and a task processing module;

[0031] Among them, the service personnel complete the registration through the registration module. The information registered by the service personnel includes the unique identification code of the device, biometric information, identity information and educational information. The unique identification code can ensure one person and one device, and can ensure the traceability of the collected task data. When the collected data is leaked, it can be traced and located in time to reduce losses; among them, the biometric information is specifically fingerprints, pupils or faces, which are convenient and difficult to copy, and can further ensure one person and one device; identity information is the real-name information of the individual and the resume of the relevant work performed, etc. Identity information and educational information are convenient for classifying service personnel, ensuring that the service personnel and the task are matched, and further ensuring that the service personnel are fully aware of the collected task data, thereby ensuring the authenticity of the collected data;

[0032] Specifically, when actually registering, the registration information also includes the real-name information of the bank card. Using the real-name information of the bank card as one of the registration information of the service personnel can further ensure the authenticity of the information provided by the service personnel; the authority of the real-name information of the bank system further ensures the accuracy and reliability of the service personnel's information, thereby ensuring the authenticity of the reading personnel, and also reducing the workload and operational difficulty of identity verification for service personnel; when registering, it is also necessary to ensure that the real-name information of the bank card matches the identity information and educational information. If it does not match, the applicant will be marked, and manual review will be required for the second registration; manual review can avoid data recognition failures or misoperations, ensure the accuracy of personnel registration, and further avoid fraud scenarios, where the second registration is specifically a registration operation after the first registration fails.

[0033] Among them, the login module also includes a login sub-module, wherein the login sub-module is only used for logging in when the task is executed. When the service personnel log in to the system, the unique identification code and biometric information of the device are required. When the unique identification code and the service personnel's biometric information are verified, the system login can be completed. The advantage of this is that it can ensure one person and one machine, and ensure the authenticity of data collection. The difference between the login sub-module and the login module is that when the task is executed, the login of the login sub-module also requires the real-time location information of the mobile terminal, which further improves the one person and one machine, and can be used as one of the criteria for judging the authenticity of the collected data and the service personnel.

[0034] Among them, the task processing module is used to receive tasks issued by the server and upload completed task data to the server. Specifically, the task processing module includes a positioning submodule, wherein the positioning submodule obtains real-time positioning data when executing the task, and uploads the obtained real-time positioning data to the server, wherein the real-time positioning data includes real-time positioning data, motion trajectory data and the residence time of each position; during implementation, the task processing module also includes setting a timestamp for the completed task data when uploading the task data, and the uploaded task data also includes a unique identification code of the device; through the real-time positioning data and the unique identification code, the position of the corresponding mobile terminal can be determined when executing the corresponding task. If it does not meet the settings and does not meet the positioning of the task location, the task data uploaded by the mobile terminal will be marked, and the further uploaded data will be authentic.

[0035] The server side includes a task publishing module, an information receiving module, an information processing module and a storage module.

[0036] Task release module, the task release module is used for collecting task release; wherein, the task release module will match the task content with the service personnel's information or category to ensure that the service personnel and the tasks they perform are relevant, and ensure that the data collected by the service personnel has a certain rationality; when the task release module is performing task release, it will also release the task execution template. Through the task execution template, the filled task data is unified, which can effectively reduce the workload of executing data collection on the one hand, and further improve the subsequent data processing efficiency on the other hand; when the service personnel are not familiar with the task, the task execution template can reduce the difficulty of the service personnel to perform the task to a certain extent, and reduce the possibility of fabricating data; when the task release module is performing task release, it also includes the location release of the task location, and the login information of the login module includes the location information login; when logging in to the system through the login submodule, it can only log in at the location area of ​​the set time and the set location, further ensuring that the service personnel actually go to the task location, thereby ensuring the authenticity of the task data collected by the service personnel.

[0037] The information receiving module is used to receive the registration information and task completion status information of the service personnel; when receiving the registration information of the service personnel, the information receiving module will initially screen the registration information and then transmit it to the information processing module for processing, so as to facilitate the subsequent targeted task release. When receiving the task completion status, the information receiving module will classify the received tasks according to the different released tasks, so as to reduce the difficulty of task data processing of the information processing module.

[0038] The information processing module is used to classify service personnel according to their educational background information, and is also used to process and classify the task completion status; the information processing module also includes an information judgment submodule, which will obtain the real-time positioning data of the set period before the upload time according to the timestamp of the task data upload, and the obtained real-time positioning data includes movement trajectory and dwell time, and matches the real-time positioning data, movement trajectory and dwell time before the upload time with the set task completion time threshold. If it is lower than the set time threshold, the uploaded task data is marked; through the setting of the judgment submodule, any one of the positioning data, movement trajectory and dwell time can be matched with the set task completion time threshold, and it can further judge whether the task personnel have actually performed the task, and further ensure the authenticity of the submitted task data. The main function of the storage module is to classify and store the data processed by the information processing module.

[0039] This solution also provides a verification method for authenticity verification of service personnel in the big health industry, using the above system to verify authenticity, including the following steps:

[0040] S1. Use the mobile registration module to register the service personnel system. The data required for the service personnel system registration includes the unique identification code of the registration device, biometric information, identity information, educational information and bank card real-name information;

[0041] S2. The service personnel log in to the system using the login module. After registration, the service personnel log in using the device's unique identification code and the service personnel's biometric information, where the biometric information includes fingerprints, pupils, and faces. The uploaded task data can be queried through system login. When executing a task, it is necessary to log in to the login submodule. At this time, the required login information is the biometric information, the unique identification code, and the real-time positioning information that matches the task, to further ensure the authenticity of the task execution.

[0042] S3, the server matches the type of service personnel according to the industry experience and education information required for performing the task, and sends the task to the task processing module of the mobile terminal of the corresponding type of service personnel;

[0043] S4. The service personnel carry the mobile terminal to the task location to perform the assigned data collection task according to the task assigned by the mobile terminal. When performing the task, they need to log in to the system. When logging in to the system to perform the task, they need to log in in the login submodule and enter the real-time positioning information, the unique identification code of the mobile terminal and the biometric information of the service personnel before they can collect the task data;

[0044] S5. When the service personnel are performing data collection tasks, the mobile terminal will upload the service personnel's movement trajectory and stay time in real time. When the service personnel complete the data collection task, they will upload the completed task data, where the uploaded task data also includes a timestamp. When the server receives the task data, it will match the real-time positioning data and movement trajectory before uploading the task with the set task completion time threshold. If it is lower than the set time threshold, the uploaded task data will be marked. Otherwise, it will be transmitted to the storage module for storage after processing.

[0045] The beneficial effects of this program are:

[0046] Effective management of the process from service personnel registration to service personnel performing tasks can ensure that service personnel have the qualifications required to perform tasks, thereby avoiding that the collected task data is reasonable data and ensuring its authenticity; the tasks performed and service personnel categories match each other, further ensuring that the collected data is reasonable and correct data; in terms of logging into the system, it is necessary to use the service personnel's device unique identification code, biometric information and real-time positioning information to log in, which can effectively avoid scenarios where service personnel engage in fraud and can avoid the authenticity of data collected during service personnel's visits or field work; when registering, the real-name information of the bank card is also used to match the service personnel's identity information and educational information, and the authority of the real-name information of the bank system further ensures the accuracy and reliability of the service personnel's information, thereby ensuring the authenticity of the reading personnel and reducing the workload and difficulty of identity verification for service personnel.

[0047] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims.

Claims

1. A verification system for authenticity verification of service personnel in the big health industry, characterized by: Including an electrically connected server and mobile terminal; The mobile terminal includes a registration module, a login module and a task processing module. The registration module is used for service personnel to register. Service personnel register in the registration module through the unique device identification code, biometric information, identity information and educational information; the login module is used for service personnel to log in. Service personnel log in to the system through the unique identification code and biometric information. The task processing module is used for service personnel to receive tasks and upload completed task data; The server side includes a task publishing module, an information receiving module, an information processing module and a storage module; The task release module is used to collect task releases; the information receiving module is used to receive the registration information and task completion status information of the service personnel; the information processing module is used to classify the service personnel according to their educational information, and is also used to process and classify the task completion status; the storage module is used to classify and store the data processed by the information processing module.

2. The verification system for authenticity verification of service personnel in the big health industry according to claim 1 is characterized by: When service personnel use the registration module to register, the real-name information of the bank card is also registered. When the real-name information of the bank card matches the real-name information in the service personnel's identity information and educational information, the registration is successful. If they do not match, the applicant will be marked and manual review will be required for the second registration.

3. The verification system for authenticity verification of service personnel in the big health industry according to claim 1 is characterized by: The task processing module also includes a positioning submodule, which is used to obtain real-time positioning data when the service personnel perform the task, and upload the obtained real-time positioning data to the server in real time. When the task processing module uploads the completed task data, it will set a timestamp on the completed task data. The uploaded task data also includes a unique identification code of the device.

4. The verification system for authenticity verification of service personnel in the big health industry according to claim 3 is characterized by: The information processing module also includes an information judgment submodule, which obtains real-time positioning data for a set period before the upload time based on the timestamp of the task data upload. The acquired real-time positioning data includes motion trajectory and dwell time, and matches the real-time positioning data, motion trajectory and dwell time before the upload time with the set task completion time threshold. If it is lower than the set time threshold, the uploaded task data will be marked.

5. The verification system for authenticity verification of service personnel in the big health industry according to claim 1 is characterized by: The task publishing module is used to select corresponding service personnel to publish tasks according to task categories; the published tasks include task execution templates, and the service personnel supplement data when executing tasks according to the set task execution templates.

6. The verification system for authenticity verification of service personnel in the big health industry according to claim 1 is characterized by: When the task publishing module is publishing the task, it also includes publishing the task location, and the login information of the login module also includes location information login.

7. A verification method for authenticity verification of service personnel in the big health industry, characterized in that: The verification system for verifying the authenticity of service personnel in the big health industry according to any one of claims 1 to 6 is used to verify the authenticity, comprising the following steps: S1. Service personnel system registration. The data required for service personnel system registration includes the unique identification code of the registered device, biometric information, identity information, educational information and bank card real-name information; S2. Service personnel system login. After registration is completed, the service personnel log in through the device unique identification code and the service personnel's biometric information, where the biometric information includes fingerprints, pupils and faces; S3, the server matches the type of service personnel according to the industry experience and education information required to perform the task, and sends the task to the mobile terminal of the corresponding category of service personnel; S4. The service personnel carry the mobile terminal to the task location to perform the assigned data collection task according to the task assigned by the mobile terminal. When performing the task, they need to log in to the system. When logging in to the system to perform the task, the location information of the mobile terminal, the unique identification code of the mobile terminal and the biometric information of the service personnel are required; S5. When the service personnel are performing data collection tasks, the mobile terminal will upload the service personnel's movement trajectory and stay time in real time. When the service personnel complete the data collection task, they will upload the completed task data, where the uploaded task data also includes a timestamp. When the server receives the task data, it will match the real-time positioning data and movement trajectory before uploading the task with the set task completion time threshold. If it is lower than the set time threshold, the uploaded task data will be marked. Otherwise, it will be transmitted to the storage module for storage after processing.

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