Electronic transfer method based on mobile terminal
By introducing the format recording and comparison mechanism of the data entry module, the transmission detection module and the data locking module in the electronic handover method of the mobile terminal, the problems of data entry errors and network instability are solved, and the accurate and stable data transmission is achieved.
Patent Information
- Application Number
- CN202411641225.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-18
- Publication Date
- 2025-03-07
AI Technical Summary
In the existing electronic handover method, mobile staff are prone to errors when entering data, resulting in system identification problems, resulting in data confusion and errors in the results.
An electronic handover method based on mobile terminal is designed, including data acquisition module, data entry module, wireless data transmission module, transmission detection module, background terminal, visual organization module, data interaction module, data detection module and data locking module. The data entry module conducts self-checking through the format recording and format comparison module to prevent data format errors; the transmission detection module detects the network status to ensure stable data transmission; the data locking module locks data after data collection to prevent tampering.
It effectively avoids data confusion and system judgment errors caused by data format errors and network instability, and ensures the accuracy and completeness of the data.
Smart Images
Figure CN119583010A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of electronic handover, and in particular to an electronic handover method based on a mobile terminal. Background Art
[0002] The electronic transfer method is a method of collecting data on a mobile terminal and transmitting the collected data back to the terminal. It is a method of transferring the collected data to the terminal through a wireless network.
[0003] In the existing electronic transfer method, the mobile terminal usually enters the data, and then the staff will manually enter the collected data in a certain format, so as to transmit it to the terminal for use. However, if the mobile terminal staff accidentally fills in the wrong format of the data, the system's recognition will have problems, which will cause the data processed by the system to be disordered, resulting in the system's results being wrong, affecting the system's judgment. Summary of the invention
[0004] The purpose of the present invention is to provide an electronic handover method based on a mobile terminal to solve the problems raised in the above background technology.
[0005] To achieve the above purpose, the present invention provides the following technical solutions: including a data acquisition module, a data entry module, a wireless data transmission module, a transmission detection module, a background terminal, a visualization sorting module, a data interaction module, a data detection module, and a data locking module, characterized in that: the data acquisition module uses the camera, sensor and other functions of the mobile device to collect on-site data, and can take photos of the device assets through the mobile device to record the appearance, nameplate information, etc., and obtain location information, environmental parameters, etc. through the sensor; The data entry module can enter the data collected by the data acquisition module and perform self-check on the entry status to avoid errors in the entered data format; The data entry module includes a data entry module, a format recording module, a format comparison module and an error marking module. The data entry module facilitates the staff to enter the collected data into the system, and sets a form on the mobile application to facilitate the staff to enter detailed information such as the device name, model, specification, installation location, and operating status; The format recording module can record the data format input by the data entry module each time, so as to facilitate subsequent self-checking; The format comparison module can compare the format stored in the format recording module with the data input by the data entry module, thereby detecting whether the format of the data entered by the data entry module is correct; The error marking module can mark the errors and abnormalities compared by the format comparison module, so as to remind the data entry staff, thereby facilitating the data entry staff to find and solve the problems.
[0006] Preferably, the wireless data transmission module can transmit the data entered in the data entry module to the background terminal in a wireless manner.
[0007] Preferably, the transmission detection module can detect the wireless data transmission module, and can temporarily store data when a network anomaly occurs in the wireless data transmission module, and then transmit the data after the network is restored.
[0008] Preferably, the transmission detection module includes a transmission detection module, a wired transmission module, a storage module and a clearing module. The transmission detection module can detect the network status of the wireless data transmission module. When the network status of the wireless data transmission module is not good, data transmission will be performed through the wired transmission module. The wired transmission module can transfer the input data information to the storage module for temporary storage when the transmission effect of the wireless data transmission module is not good; The storage module can temporarily store the input data, and after the network status of the wireless data transmission module is restored, the data can be transmitted to the background terminal again through the wireless data transmission module; The clearing module can clear the data inside the storage module after the data transmission of the storage module is completed, so as to avoid excessive accumulation of data in the storage module and affect subsequent effects.
[0009] Preferably, the background terminal is a data receiving terminal, which can store and record the data transmitted by the wireless data transmission module for subsequent retrieval and use.
[0010] Preferably, the visualization arrangement module can visualize the data in the background terminal, provide visualization functions in the mobile application, display the device location in the form of a map to facilitate search and management, and use a 3D model to display the device structure to help understand the device composition.
[0011] Preferably, the data interaction module will interact with the data, realize the interaction between the mobile terminal and other related systems, connect with the asset management system, realize the seamless connection of equipment asset information, and integrate with the work order system to automatically generate a maintenance work order when the equipment is handed over.
[0012] Preferably, the data detection module can detect the data entering the background terminal. If there are errors or abnormalities in the data, it will be verified by the staff and the data will be unlocked to facilitate the staff on the mobile terminal to modify the data.
[0013] Preferably, the data detection module includes an intelligent verification module, an abnormal warning module, a manual screening module and an unlocking module. The intelligent verification module can perform intelligent detection on the data in the background terminal, thereby detecting whether the data in the background terminal has abnormal parts; The abnormal warning module can alarm when the intelligent verification module detects an abnormality, so that the staff can find the problem in time; The manual screening module can facilitate the staff to manually check the data and communicate with the mobile terminal staff when the abnormal warning module alarms; The unlocking module can unlock the data locking module, so that when errors occur in the data, it is convenient for the mobile terminal staff to re-operate the data acquisition module and modify the data.
[0014] Preferably, the data locking module can lock the data collected by the data acquisition module after the data acquisition module collects the data, so as to prevent other persons from modifying or falsifying the data.
[0015] Compared with the prior art, the present invention has the following beneficial effects: 1. The system records the historical record formats through the format recording module, so that when the staff enters data, the format comparison module will perform a self-check based on the historical situation, which can facilitate the staff to find and correct format problems in time, thereby avoiding system recording errors caused by format problems and affecting the system's data judgment. The error marking module will mark the errors or abnormal uncertain places differently, and then the staff will confirm whether they are correct for the second time. 2. The system detects the wireless data transmission module through the transmission detection module to ensure that the network is in a stable state when the input data is transmitted, avoiding certain data loss during the data transmission process due to network instability. When the transmission detection module detects that there is a problem with the network of the wireless data transmission module, it will temporarily store the data through the storage module, so that the system can transmit after the data is stable, avoiding data loss during transmission.
[0016] 3. The data locking module of the system can lock the data after data collection to prevent data tampering and affect system operation. When the staff finds that the collected data is wrong, it must be confirmed by the terminal staff before the unlocking module can be controlled through the manual screening module, so that the unlocking module generates an unlocking password to unlock the data locking module, so that the data collection module can work and perform secondary data collection. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] Figure 1 It is the overall system flow chart of the present invention; Figure 2 This is a flow chart of the data entry module of the present invention; Figure 3 This is a flow chart of the transmission detection module of the present invention; Figure 4 This is a flow chart of the data detection module of the present invention.
[0018] In the figure: 1. Data acquisition module; 2. Data entry module; 201. Data entry module; 202. Format recording module; 203. Format comparison module; 204. Error marking module; 3. Wireless data transmission module; 4. Transmission detection module; 401. Transmission detection module; 402. Wired transmission module; 403. Storage module; 404. Clear module; 5. Backend terminal; 6. Visual sorting module; 7. Data interaction module; 8. Data detection module; 801. Intelligent verification module; 802. Abnormal warning module; 803. Manual screening module; 804. Unlocking module; 9. Data locking module. DETAILED DESCRIPTION
[0019] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. 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.
[0020] See also Figure 2 The present invention provides a technical solution: including a data acquisition module 1, a data entry module 2, a wireless data transmission module 3, a transmission detection module 4, a background terminal 5, a visualization sorting module 6, a data interaction module 7, a data detection module 8, and a data locking module 9. The data acquisition module 1 uses the camera, sensor and other functions of the mobile device to collect data on site. The mobile device can take photos of the equipment assets to record the appearance, nameplate information, etc., and obtain the location information, environmental parameters, etc. through the sensor; The output end of the data acquisition module 1 is connected to the data entry module 2, which can enter the data collected by the data acquisition module 1 and perform self-check on the entry status to avoid errors in the format of the entered data; The data entry module 2 includes a data entry module 201, a format recording module 202, a format comparison module 203 and an error marking module 204, and the output end of the data entry module 201 is connected to the format recording module 202, the output end of the format recording module 202 is connected to the format comparison module 203, and the output end of the format comparison module 203 is connected to the error marking module 204. The data entry module 201 facilitates the staff to enter the collected data into the system, and sets a form on the mobile application to facilitate the staff to enter detailed information such as the device name, model, specification, installation location, and operating status; The format recording module 202 can record the data format input by the data entry module 201 each time, so as to facilitate subsequent self-checking; The format comparison module 203 can compare the format stored in the format recording module 202 with the data input by the data entry module 201, thereby detecting whether the format of the data input by the data entry module 201 is correct; The error marking module 204 can mark the errors and abnormalities compared by the format comparison module 203, so as to remind the data entry staff, so that the data entry staff can find and solve the problems easily; The format recording module 202 records the historical recording formats, so that when the staff inputs data, the format comparison module 203 will perform a self-check based on the historical situation, which can help the staff to find and correct format problems in time, thereby avoiding system recording errors caused by format problems and affecting the system's data judgment. The error marking module 204 will mark the errors or abnormal uncertain places differently, and then the staff will confirm whether they are correct for the second time.
[0021] like Figure 1 As shown, the output end of the data entry module 2 is connected to a wireless data transmission module 3, and the wireless data transmission module 3 can transmit the data entered in the data entry module 2 to the background terminal 5 in a wireless manner; The input and output of the wireless data transmission module 3 are connected to the transmission detection module 4, and the transmission detection module 4 and the data entry module 2 are connected in parallel. The transmission detection module 4 can detect the wireless data transmission module 3. When a network abnormality occurs in the wireless data transmission module 3, data can be temporarily stored and transmitted after the network is restored.
[0022] like Figure 3 As shown, the transmission detection module 4 includes a transmission detection module 401, a wired transmission module 402, a storage module 403 and a clearing module 404, and the output end of the transmission detection module 401 is connected to the wired transmission module 402, the output end of the wired transmission module 402 is connected to the storage module 403, and the input end of the storage module 403 is connected to the clearing module 404, the clearing module 404 and the wired transmission module 402 are connected in parallel, the transmission detection module 401 can detect the network status of the wireless data transmission module 3, and when the network status of the wireless data transmission module 3 is not good, data transmission will be performed through the wired transmission module 402; The wired transmission module 402 can transfer the input data information to the storage module 403 for temporary storage when the transmission effect of the wireless data transmission module 3 is not good; The storage module 403 can temporarily store the input data, and after the network status of the wireless data transmission module 3 is restored, the data is transmitted to the background terminal 5 again through the wireless data transmission module 3; After the data transmission of the storage module 403 is completed, the clearing module 404 can clear the data inside the storage module 403 to avoid excessive accumulation of data in the storage module 403 and affect subsequent effects; The wireless data transmission module 3 is detected through the transmission detection module 401 to ensure that the network is in a stable state when the input data is transmitted, avoiding certain data loss during the data transmission process due to network instability. When the transmission detection module 401 detects that there is a problem with the network of the wireless data transmission module 3, the data will be temporarily stored through the storage module 403, so that the system can transmit after the data is stable to avoid data loss during transmission.
[0023] like Figure 1 As shown, the output end of the wireless data transmission module 3 is connected to a background terminal 5, and the background terminal 5 is connected in parallel with the transmission detection module 4. The background terminal 5 is a data receiving terminal, which can store and record the data transmitted by the wireless data transmission module 3 for subsequent extraction and use; The output end of the backend terminal 5 is connected to a visualization arrangement module 6, which can visualize the data in the backend terminal 5, provide visualization functions in the mobile terminal application, display the device location in the form of a map, facilitate search and management, and use a 3D model to display the device structure to help understand the device composition; The output end of the visualization arrangement module 6 is connected to the data interaction module 7, which interacts with the data to realize the interaction between the mobile terminal and other related systems, connects with the asset management system, realizes the seamless connection of equipment asset information, and combines with the work order system to automatically generate a maintenance work order after the equipment is handed over; The output end of the background terminal 5 is connected to a data detection module 8, and the data detection module 8 and the visualization organization module 6 are connected in parallel. The data detection module 8 can detect the data entering the background terminal 5. If there are errors or abnormalities in the data, it will be verified by the staff and the data will be unlocked to facilitate the mobile terminal staff to modify the data.
[0024] like Figure 4As shown, the data detection module 8 includes an intelligent verification module 801, an abnormal warning module 802, a manual screening module 803 and an unlocking module 804, and the output end of the intelligent verification module 801 is connected to the abnormal warning module 802, the output end of the abnormal warning module 802 is connected to the manual screening module 803, and the output end of the manual screening module 803 is connected to the unlocking module 804, and the intelligent verification module 801 can perform intelligent detection on the data in the background terminal 5, so as to detect whether the data in the background terminal 5 has an abnormal part; The abnormal warning module 802 can alarm when the intelligent verification module 801 detects an abnormality, so that the staff can find the problem in time; The manual screening module 803 can facilitate the staff to manually check the data and communicate with the mobile terminal staff when the abnormal warning module 802 generates an alarm; The unlocking module 804 can unlock the data locking module 9, so that when there is an error in the data, it is convenient for the mobile terminal staff to re-operate the data acquisition module 1 and modify the data; The output end of the data detection module 8 is connected to a data locking module 9, which can lock the data collected by the data acquisition module 1 after the data acquisition module 1 collects the data, so as to prevent other personnel from modifying or falsifying the data; The data locking module 9 can lock the data after data collection to prevent the data from being tampered with and affecting the system operation. When the staff finds that the collected data is wrong, it must be confirmed by the terminal staff before the manual screening module 803 can be used to control the unlocking module 804, so that the unlocking module 804 generates an unlocking password to unlock the data locking module 9, so that the data collection module 1 can work and perform secondary data collection.
[0025] Working principle: First, data is collected through the data acquisition module 1, and on-site data collection is carried out using the camera, sensor and other functions of the mobile device. Mobile devices include smart phones and tablets, etc. The staff can choose according to the actual situation. For equipment assets, photos can be taken through mobile devices to record the appearance, nameplate information, etc., and location information, environmental parameters, etc. can be obtained through sensors to realize data collection.
[0026] The data collected by the data acquisition module 1 will be transmitted to the data entry module 2 for entry. Through the data entry module 201, the staff can enter the collected data into the system, set up a form on the mobile application, and facilitate the staff to enter the equipment name, model, specification, installation location, operating status and other detailed information. After the data is entered in the data entry module 201, it will be transmitted to the format recording module 202 for data entry. The format recording module 202 mainly records the format of the data, and will not record specific data information, so as to avoid the occurrence of data information leakage caused by residual data in the mobile terminal. At the same time, the data entered by the data entry module 201 will also be transmitted to the format recording module 202. In the comparison module 203, the format comparison module 203 will extract the historical format information from the format recording module 202, so that when the data enters the format comparison module 203, it will be compared with the historical data format. If it is found that the format is wrong or uncertain, it will be marked by the error marking module 204, and then sent to the data entry module 201 by the error marking module 204, so that the staff can find the format problem in time and correct it, avoiding the format error from entering the main system and causing the recognition error of the main system. When the data entry module 2 confirms that there is no error in the entered data, it will send the data to the wireless data transmission module 3 for transmission.
[0027] The wireless data transmission module 3 utilizes the wireless network to transmit the data collected and entered by the mobile terminal to the background server in real time, and at the same time improves the transmission efficiency by compressing the data. While the wireless data transmission module 3 transmits the data, the transmission detection module 401 will detect the transmission channel. When the transmission is normal, the wireless data transmission module 3 will directly transmit the data to the background terminal 5. If the transmission detection module 401 detects that there is a problem with the transmission channel of the wireless data transmission module 3, such as no network or unstable network, the transmission detection module 401 will transmit the data inside the wireless data transmission module 3 to the wired transmission module 402, and then transmit the entered data to the background terminal 5 through the wired transmission module 402. The data is stored in the storage module 403, which is installed on the mobile terminal. After the data is transmitted to the storage module 403, it will be stored in the storage module 403 for a short time, which will not affect the subsequent data collection work of the mobile device. This is because the transmission detection module 401 is in the process of continuously detecting the wireless data transmission module 3. When the transmission detection module 401 detects that the wireless data transmission module 3 is restored, the storage module 403 will directly transmit the stored data to the background terminal 5 through the wireless data transmission module 3, and after the data in the storage module 403 is transmitted, the clearing module 404 will clear the data in the storage module 403, so as to facilitate the subsequent continued use and avoid the accumulation of data in the storage module 403, which affects the subsequent storage effect.
[0028] After the entered data enters the background terminal 5, the data in the background terminal 5 is visualized and organized through the visualization organization module 6, and a visualization function is provided in the mobile application to display the equipment location in the form of a map to facilitate search and management. The 3D model is used to display the equipment structure to help understand the equipment composition. At this time, the mobile terminal only has a viewing function and cannot modify the actual data. At the same time, the data interaction module 7 will interact with the data to realize the interaction between the mobile terminal and other related systems, connect with the asset management system, realize seamless connection of equipment asset information, and combine with the work order system to automatically generate a maintenance work order when the equipment is handed over.
[0029] When the data enters the background terminal 5, it will also be intelligently verified by the intelligent verification module 801. If the intelligent verification module 801 finds that there are errors or abnormalities in the data in the background terminal 5, it will issue an alarm through the abnormal warning module 802. At this time, the staff at the background terminal 5 will observe the data through the manual screening module 803, and the staff at the background terminal 5 can communicate with the staff on the mobile terminal by phone to determine whether the data is wrong. When the staff at the background terminal 5 finds that there is indeed a problem, the staff can use the manual screening module 803 to unlock the unlocking module 804 and thus unlock the data locking module 9. At this time, the data on the mobile terminal can re-collect and modify the transmitted data. The data locking module 9 will lock the collected data after the staff on the mobile terminal completes the operation of the data collection module 1 to prevent someone from deliberately modifying the data.
[0030] 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 and their equivalents.
Claims
1. A mobile-based electronic handover method, comprising a data acquisition module (1), a data entry module (2), a wireless data transmission module (3), a transmission detection module (4), a background terminal (5), a visualization arrangement module (6), a data interaction module (7), a data detection module (8), and a data locking module (9), characterized in that: The data acquisition module (1) uses the camera, sensor and other functions of the mobile device to collect on-site data. The mobile device can take photos of the equipment assets to record the appearance, nameplate information, etc., and obtain location information, environmental parameters, etc. through sensors; The data entry module (2) is capable of entering the data collected by the data collection module (1) and performing self-checking on the entered data to avoid errors in the entered data format; The data entry module (2) comprises a data entry module (201), a format recording module (202), a format comparison module (203) and an error marking module (204), wherein the data entry module (201) facilitates the staff to enter the collected data into the system, and sets a form on the mobile terminal application to facilitate the staff to enter detailed information such as the device name, model, specification, installation location, and operating status; The format recording module (202) can record the data format input by the data input module (201) each time, so as to facilitate subsequent self-checking; The format comparison module (203) can compare the format stored in the format recording module (202) with the data input by the data entry module (201), thereby detecting whether the format of the data input by the data entry module (201) is correct; The error marking module (204) can mark the errors and abnormalities compared by the format comparison module (203), thereby reminding the data entry staff, making it easier for the data entry staff to find and solve the problems.
2. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The wireless data transmission module (3) can transmit the data entered in the data entry module (2) to the backend terminal (5) in a wireless manner.
3. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The transmission detection module (4) is capable of detecting the wireless data transmission module (3) and can temporarily store data when a network anomaly occurs in the wireless data transmission module (3), and then transmit the data after the network is restored.
4. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The transmission detection module (4) comprises a transmission detection module (401), a wired transmission module (402), a storage module (403) and a clearing module (404); the transmission detection module (401) is capable of detecting the network status of the wireless data transmission module (3); when the network status of the wireless data transmission module (3) is not good, data transmission is performed through the wired transmission module (402); The wired transmission module (402) can transmit the input data information to the storage module (403) for temporary storage when the transmission effect of the wireless data transmission module (3) is poor; The storage module (403) is capable of temporarily storing the input data, and after the network status of the wireless data transmission module (3) is restored, the data is again transmitted to the background terminal (5) through the wireless data transmission module (3); The clearing module (404) can clear the data inside the storage module (403) after the data transmission of the storage module (403) is completed, so as to avoid excessive accumulation of data in the storage module (403) and affect subsequent effects.
5. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The background terminal (5) is a data receiving terminal, and is capable of storing and recording the data transmitted by the wireless data transmission module (3) for easy subsequent retrieval and use.
6. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The visualization arrangement module (6) can visualize the data in the background terminal (5), provide visualization functions in the mobile application, display the device location in the form of a map to facilitate search and management, and use a 3D model to display the device structure to help understand the device composition.
7. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The data interaction module (7) interacts with the data to realize the interaction between the mobile terminal and other related systems, connects with the asset management system to realize the seamless connection of equipment asset information, and combines with the work order system to automatically generate a maintenance work order when the equipment is handed over.
8. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The data detection module (8) is capable of detecting the data entering the backend terminal (5). If there is an error or anomaly in the data, it will be verified by the staff and the data will be unlocked to facilitate the staff at the mobile terminal to modify the data.
9. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The data detection module (8) comprises an intelligent verification module (801), an abnormal warning module (802), a manual screening module (803) and an unlocking module (804); the intelligent verification module (801) is capable of performing intelligent detection on the data in the background terminal (5), thereby detecting whether the data in the background terminal (5) has an abnormal part; The abnormality warning module (802) can issue an alarm when the intelligent verification module (801) detects an abnormality, so that the staff can find the problem in time; The manual screening module (803) can facilitate the staff to manually check the data and communicate with the mobile terminal staff when the abnormal warning module (802) generates an alarm; The unlocking module (804) can unlock the data locking module (9), so that when an error occurs in the data, it is convenient for the mobile terminal staff to re-operate the data acquisition module (1) and modify the data.
10. The method for electronic handover based on a mobile terminal according to claim 1, characterized in that: The data locking module (9) can lock the data collected by the data collection module (1) after the data collection module (1) collects the data, thereby preventing other personnel from modifying or falsifying the data.