Built-in information transmission terminal system integrated on meter box

Abstract

The invention relates to the technical field of power grids, in particular to a built-in information transmission terminal system integrated on a meter box, which comprises a sensor information acquisition module, and a data protection module comprises a data analysis module, an alarm module, an emergency backup module and a safety protection module, the data analysis module is used for analyzing data stored in the storage module so as to analyze whether a problem occurs or not according to the difference of the data, and the alarm module can give an alarm to a worker when the data analysis module finds the problem. The system has a shell detection function, data backup and alarm can be carried out when the shell is damaged, data backup can also be carried out when the detection equipment breaks down, the situation that operation of the system is affected by the equipment fault is avoided, the system has a data transmission channel selection function, different transmission modes are selected firstly under different conditions, and the data transmission efficiency is improved. And data loss can be well prevented.

Description

Technical Field

[0001] The present invention relates to the technical field of power grids, and in particular to a built-in information transmission terminal system integrated on a meter box. Background Art

[0002] The built-in information transmission terminal system integrated in the meter box is a device installed inside the meter box, which is used to collect, process and transmit information of the meter and related equipment. Through this built-in information transmission terminal system integrated in the meter box, real-time monitoring and remote management of the data in the meter box can be achieved, thereby improving the efficiency and accuracy of power management.

[0003] During operation, the existing built-in information transmission terminal system integrated in the meter box will not back up the data because it detects that the problem is on the device side. During operation, the existing built-in information transmission terminal system integrated in the meter box will only back up the system's important data for problems that exist in the system itself. In this way, it is easy for the system to not have enough time to back up data when the system is affected by equipment problems, resulting in certain data loss. Summary of the invention

[0004] The object of the present invention is to provide a built-in information transmission terminal system integrated on a meter box to solve the problems raised in the above background technology.

[0005] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: including a sensor information acquisition module, a microprocessor module, a storage module, a data protection module, a data transmission module, a remote backup, a fault alarm module, a shell detection module, an information transmission selection module, an information encryption module and a terminal display, the data protection module includes a data analysis module, an alarm module, an emergency backup module and a security protection module, the data analysis module can analyze the data stored in the storage module, so as to analyze whether there is a problem according to the difference of the data; The alarm module can alarm the staff when the data analysis module finds a problem; The emergency backup module can back up the data in the storage module when the data analysis module finds that there is a problem with the data, so as to avoid the loss of data in the storage module due to system crash; The security protection module can protect the data backed up by the emergency backup module, and prevent the system from interfering with the backup files of the emergency backup module.

[0006] Preferably, the sensor information acquisition module has a high-speed sampling capability to quickly convert the analog signal of the sensor into a digital signal.

[0007] Preferably, the microprocessor module can process the information collected by the sensor information collection module, thereby removing interference components in the information, thereby making it easier to display the collected data.

[0008] Preferably, the storage module is capable of storing data processed by the microprocessor module, thereby forming historical data.

[0009] Preferably, the data transmission module is capable of transmitting the data stored in the storage module, thereby transmitting the data stored in the storage module to a backup location for backup.

[0010] Preferably, the remote backup can transfer the data in the storage module through the data transmission module, thereby forming a backup effect and avoiding data loss.

[0011] Preferably, the fault alarm module can alarm when the outer shell of the meter box is damaged, so that the staff can find the problem of the outer shell in time and repair it; The shell detection module can detect the shell of the meter box, and when the shell is damaged, it will send a signal to the fault alarm module, causing the fault alarm module to alarm.

[0012] Preferably, the information transmission selection module can control the transmission channel of the data transmission module according to actual conditions, so that the system uses different transmission channels in different situations.

[0013] Preferably, the information transmission selection module includes a transmission selection module, an overload transmission start module, a transmission channel detection module, a single-channel information transmission module and a multi-channel information transmission module, and the transmission selection module can select a channel for data transmission according to specific circumstances; The overload transmission start module can control whether the transmission selection module performs overload operation according to specific circumstances. Overload operation means that all available transmission channels are used, and non-overload operation means that only one of the data transmission channels is used. The transmission channel detection module detects the data transmission channel, so that the transmission selection module can accurately select an operable data transmission channel when performing data transmission; The single-channel information transmission module can select the channel with the fastest transmission speed during the single-channel data transmission process according to the detection structure of the transmission channel detection module; The multi-channel information transmission module will use all operable data transmission channels under special circumstances and allocate transmission according to the data transmission speed of each channel.

[0014] Preferably, the information encryption module can encrypt the information transmitted by the data transmission module; The terminal display will display the data encrypted by the information encryption module, and then the staff will decrypt and read the data displayed on the terminal display.

[0015] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention detects the shell of the meter box through the shell detection module. When the shell detection module detects that the shell of the meter box is damaged, it will alarm the staff through the fault alarm module, so that the staff can find the problem of the meter box shell in time and repair the meter box shell to prevent the meter box shell from being damaged and not being repaired in time, resulting in water leakage, electromagnetic interference and other problems affecting the operation of the system. At the same time, the fault alarm module will also transmit the data inside the storage module to the remote backup through the data transmission module for backup at the same time as the alarm, to avoid damage or loss of data in the storage module due to lack of timely repair, thereby affecting the operation of the equipment. 2. The present invention analyzes the data collected in the storage module through the data analysis module. When a problem is found in the data collected by the storage module, the data analysis module will transmit the data in the storage module to the emergency backup module for emergency backup, and perform security protection on the emergency backup data in the emergency backup module through the security protection module to avoid the loss or theft of the emergency backup data. After the staff has detected and resolved the problem, the emergency backup of the emergency backup module can be released, thereby preventing the problem on the device side from affecting the system, causing the system to be unable to be backed up in time, affecting the work of the system.

[0016] 3. The present invention detects the transmission channel used by the system through the transmission channel detection module. In normal data transmission, the transmission channel is selected by the transmission selection module, so that the single-channel information transmission module performs single-channel data transmission according to the required channel. When data is transmitted when the data is abnormal, if the fault is more dangerous, the transmission selection module will be controlled by the overload transmission startup module, so that the transmission selection module controls the multi-channel information transmission module to start, so that all the available channels detected by the transmission channel detection module are operated, so that the input data of the storage module is quickly transmitted to the emergency backup module for backup. If the analyzed fault is less harmful, the transmission selection module will select the single-channel information transmission module to work and transmit the data to the emergency backup module for backup, so that there is no need to overload the transmission channel of the system, so that the system will not be damaged. When data is transmitted when the shell is damaged, the overload transmission startup module will be directly started, so that the transmission selection module controls the multi-channel information transmission module to work, and the data in the storage module is divided into multiple copies according to the number of operable channels and synchronously transmitted to the remote backup, so that the remote backup is first saved and then slowly sorted, so that sudden damage caused by damage to the shell can be avoided, which directly leads to data loss. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is the overall flow chart of the present invention; Figure 2 This is a flow chart of the data protection module of the present invention; Figure 3 This is a flow chart of the information transmission selection module of the present invention.

[0018] In the figure: 1. Sensor information acquisition module; 2. Microprocessor module; 3. Storage module; 4. Data protection module; 401. Data analysis module; 402. Alarm module; 403. Emergency backup module; 404. Security protection module; 5. Data transmission module; 6. Remote backup; 7. Fault alarm module; 8. Shell detection module; 9. Information transmission selection module; 901. Transmission selection module; 902. Overload transmission start module; 903. Transmission channel detection module; 904. Single-channel information transmission module; 905. Multi-channel information transmission module; 10. Information encryption module; 11. Terminal display. 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 sensor information acquisition module 1, a microprocessor module 2, a storage module 3, a data protection module 4, a data transmission module 5, a remote backup 6, a fault alarm module 7, a shell detection module 8, an information transmission selection module 9, an information encryption module 10 and a terminal display 11, the data protection module 4 includes a data analysis module 401, an alarm module 402, an emergency backup module 403 and a security protection module 404, the output end of the storage module 3 is connected to the data analysis module 401, the function of the data analysis module 401 is to analyze the data stored in the storage module 3, so as to analyze whether there is a problem according to the difference in the data; The output end of the data analysis module 401 is connected to an alarm module 402, and the alarm module 402 can alarm the staff when the data analysis module 401 finds a problem; The output end of the data analysis module 401 is connected to the emergency backup module 403, and the alarm module 402 and the emergency backup module 403 are connected in parallel. When the data analysis module 401 finds that there is a problem with the data, the emergency backup module 403 can back up the data inside the storage module 3 to avoid the loss of data inside the storage module 3 due to system crash; The input end of the emergency backup module 403 is connected to a security protection module 404. The data analysis module 401 and the security protection module 404 are connected in parallel. The security protection module 404 can protect the data backed up by the emergency backup module 403 to prevent the system from interfering with the backup files of the emergency backup module 403. The data collected in the storage module 3 is analyzed by the data analysis module 401. When a problem is found in the data collected by the storage module 3, the data analysis module 401 will transmit the data in the storage module 3 to the emergency backup module 403 for emergency backup, and the emergency backup data in the emergency backup module 403 will be protected by the security protection module 404 to avoid the loss or theft of the emergency backup data. After the staff has detected and resolved the problem, the emergency backup of the emergency backup module 403 can be released, thereby preventing the problem on the device side from affecting the system, resulting in the system being unable to be backed up in time and affecting the system's work.

[0021] like Figure 1 As shown, the sensor information acquisition module 1 has a high-speed sampling capability and can quickly convert the analog signal of the sensor into a digital signal.

[0022] like Figure 1 As shown, the output end of the sensor information acquisition module 1 is connected to the microprocessor module 2, and the microprocessor module 2 can process the information collected by the sensor information acquisition module 1, thereby removing interference components in the information, so as to facilitate the display of the collected data.

[0023] like Figure 1 As shown, the output end of the microprocessor module 2 is connected to the storage module 3, and the storage module 3 can store the data processed by the microprocessor module 2 to form historical data.

[0024] like Figure 1 As shown, the output end of the storage module 3 is connected to the data transmission module 5, and the data analysis module 401 and the data transmission module 5 are connected in parallel. The data transmission module 5 can transmit the data stored in the storage module 3, thereby transmitting the data stored in the storage module 3 to the backup location for backup.

[0025] like Figure 1 As shown, the output end of the data transmission module 5 is connected to the remote backup 6, and the remote backup 6 can transmit the data in the storage module 3 through the data transmission module 5, thereby forming a backup effect and avoiding data loss.

[0026] like Figure 1As shown, the input end of the data transmission module 5 is connected to a fault alarm module 7, and the fault alarm module 7 is connected in parallel with the storage module 3. The fault alarm module 7 can alarm when the shell of the meter box is damaged, so that the staff can find the problem of the shell in time and repair it; The input end of the fault alarm module 7 is connected to a housing detection module 8, which can detect the housing of the meter box. When the housing is damaged, a signal will be sent to the fault alarm module 7 to make the fault alarm module 7 sound an alarm.

[0027] like Figure 1 As shown, the input end of the data transmission module 5 is connected to the information transmission selection module 9, and the information transmission selection module 9 is connected in parallel with the fault alarm module 7. The information transmission selection module 9 can control the transmission channel of the data transmission module 5 according to the actual situation, so that the system uses different transmission channels in different situations; The shell of the meter box is inspected by the shell detection module 8. When the shell detection module 8 detects that the shell of the meter box is damaged, the fault alarm module 7 will alarm the staff, so that the staff can find the problem of the meter box shell in time and repair the meter box shell to prevent the meter box shell from being damaged and not being repaired in time, resulting in water leakage, electromagnetic interference and other problems affecting the operation of the system. At the same time, the fault alarm module 7 will also transmit the data in the storage module 3 to the remote backup 6 for backup through the data transmission module 5 when issuing an alarm to avoid damage or loss of data in the storage module 3 due to lack of timely repair, thereby affecting the operation of the equipment.

[0028] like Figure 3 As shown, the information transmission selection module 9 includes a transmission selection module 901, an overload transmission start module 902, a transmission channel detection module 903, a single-channel information transmission module 904 and a multi-channel information transmission module 905. The transmission selection module 901 can select a channel for data transmission according to specific circumstances; The input end of the transmission selection module 901 is connected to the overload transmission start module 902. The overload transmission start module 902 can control whether the transmission selection module 901 performs overload operation according to specific circumstances. Overload operation means that all available transmission channels are used, and non-overload operation means that only one of the data transmission channels is used. The input end of the overload transmission start module 902 is connected to the data analysis module 401 and the shell detection module 8; The input end of the transmission selection module 901 is connected to a transmission channel detection module 903, which is connected in parallel with the overload transmission start module 902. The transmission channel detection module 903 detects the data transmission channel, so that the transmission selection module 901 can accurately select an operable data transmission channel when performing data transmission. The output end of the transmission selection module 901 is connected to a single-channel information transmission module 904, which can select the channel with the fastest transmission speed in the single-channel data transmission process according to the detection structure of the transmission channel detection module 903; The output end of the transmission selection module 901 is connected to a multi-channel information transmission module 905, and the single-channel information transmission module 904 and the multi-channel information transmission module 905 are connected in parallel. In special cases, the multi-channel information transmission module 905 will use all operable data transmission channels and allocate transmission according to the data transmission speed of each channel; The transmission channel used by the system is detected by the transmission channel detection module 903. In normal data transmission, the transmission channel is selected by the transmission selection module 901, so that the single-channel information transmission module 904 performs single-channel data transmission according to the required channel. In data transmission under abnormal data conditions, if the fault is dangerous, the transmission selection module 901 is controlled by the overload transmission start module 902, so that the transmission selection module 901 controls the multi-channel information transmission module 905 to start, so that all available channels detected by the transmission channel detection module 903 are operated, so as to quickly transmit the transmission data of the storage module 3 to the emergency backup module 403 for backup. The degree of harm caused by the analyzed fault is relatively small. At this time, the transmission selection module 901 will select the single-channel information transmission module 904 to work, and transmit the data to the emergency backup module 403 for backup. In this way, there is no need to overload the transmission channel of this system, which will not cause damage to the system. When data is transmitted when the shell is damaged, the overload transmission startup module 902 will be directly started to enable the transmission selection module 901 to control the multi-channel information transmission module 905 to work, and divide the data in the storage module 3 into multiple copies according to the number of operable channels and transmit them to the remote backup 6 synchronously. The remote backup 6 is first saved and then slowly sorted. This can avoid sudden damage caused by damage to the shell and directly lead to data loss.

[0029] like Figure 1 As shown, the output end of the data transmission module 5 is connected to the information encryption module 10, and the information encryption module 10 is connected in parallel with the remote backup 6. The information encryption module 10 can encrypt the information transmitted by the data transmission module 5; The output end of the information encryption module 10 is connected to a terminal display 11 , which displays the data encrypted by the information encryption module 10 , and then the staff can decrypt and read the data displayed on the terminal display 11 .

[0030] Working principle: First, the sensor information acquisition module 1 has high-speed sampling capability, which can quickly convert the analog signal of the sensor into a digital signal, and then transmits the generated data information to the microprocessor module 2 for processing through the sensor information acquisition module 1. Then the microprocessor module 2 processes the data after detection by the sensor information acquisition module 1, and transmits the processed data to the storage module 3 for storage. At this time, the data stored in the storage module 3 will be transmitted to the information encryption module 10 for encryption through the data transmission module 5, and then the encrypted data will be transmitted to the terminal display 11. At this time, the user only needs to verify the encryption to display the transmitted data on the terminal display 11, which is convenient for the staff to process the data.

[0031] During operation, the system detects the outer shell of the meter box through the outer shell detection module 8. When the outer shell detection module 8 detects that the outer shell of the meter box is damaged, it will alarm the staff through the fault alarm module 7, so that the staff can promptly discover the problem of the meter box outer shell and repair the meter box outer shell to prevent the meter box outer shell from being damaged and not being repaired in time, resulting in water leakage, electromagnetic interference and other problems affecting the operation of the system. At the same time, the fault alarm module 7 will also transmit the data in the storage module 3 to the remote backup 6 for backup through the data transmission module 5 while issuing an alarm to avoid damage or loss of data in the storage module 3 due to lack of timely repair, thereby affecting the operation of the equipment.

[0032] During operation, the system analyzes the data collected in the storage module 3 through the data analysis module 401. When a problem is found in the data collected by the storage module 3, an alarm will be issued through the alarm module 402 to alert the staff, so that the staff will find that there is an error in the data collected by the system, and the staff can promptly detect the sensors and detection equipment, determine the error points and repair them. At the same time, the data analysis module 401 will also transmit the data in the storage module 3 to the emergency backup module 403 for emergency backup, and the emergency backup data in the emergency backup module 403 will be protected by the security protection module 404 to avoid the loss or theft of the emergency backup data. After the staff has detected and resolved the problem, the emergency backup of the emergency backup module 403 can be released.

[0033] In the above three transmission states, namely, data transmission in normal state, data transmission in abnormal state and data transmission in case of shell damage, the information transmission selection module 9 needs to select the transmission mode during data transmission. In normal data transmission, the transmission channel used by the system is first detected by the transmission channel detection module 903 to find the channel with the best working state among all channels, and then the transmission channel is selected by the transmission selection module 901, so that the single-channel information transmission module 904 performs single-channel data transmission according to the required channel.

[0034] When data is transmitted when data is abnormal, the transmission channel used by this system is first detected by the transmission channel detection module 903, and then according to the fault situation analyzed by the data analysis module 401, if the fault is relatively dangerous, the transmission selection module 901 will be controlled by the overload transmission start module 902, so that the transmission selection module 901 controls the multi-channel information transmission module 905 to start, so that all the available channels detected by the transmission channel detection module 903 are operated, so as to quickly transmit the input data of the storage module 3 to the emergency backup module 403 for backup. If the analyzed fault is of small degree of harm and there is no danger to this system for the time being, the transmission selection module 901 will select the single-channel information transmission module 904 to work and transmit the data to the emergency backup module 403 for backup. In this way, there is no need to overload the transmission channel of this system, which will not cause damage to the system.

[0035] When the shell is damaged, the data transmission will directly start the overload transmission start module 902, so that the transmission selection module 901 controls the multi-channel information transmission module 905 to work, and divides the data in the storage module 3 into multiple copies according to the number of operable channels and transmits them to the remote backup 6 synchronously. The remote backup 6 is first saved and then slowly sorted. This can avoid sudden damage caused by the damage of the shell, which directly leads to data loss.

[0036] 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 built-in information transmission terminal system integrated on a meter box, comprising a sensor information acquisition module (1), a microprocessor module (2), a storage module (3), a data protection module (4), a data transmission module (5), a remote backup (6), a fault alarm module (7), a housing detection module (8), an information transmission selection module (9), an information encryption module (10) and a terminal display (11), characterized in that: The data protection module (4) comprises a data analysis module (401), an alarm module (402), an emergency backup module (403) and a safety protection module (404); the data analysis module (401) is capable of analyzing the data stored in the storage module (3), thereby analyzing whether a problem occurs based on differences in the data; The alarm module (402) can alarm the staff when the data analysis module (401) finds a problem; The emergency backup module (403) can back up the data in the storage module (3) when the data analysis module (401) finds that there is a problem with the data, so as to avoid the loss of data in the storage module (3) due to system crash; The security protection module (404) can protect the data backed up by the emergency backup module (403), thereby preventing the system from interfering with the backup files of the emergency backup module (403).

2. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The sensor information acquisition module (1) has a high-speed sampling capability and can quickly convert the analog signal of the sensor into a digital signal.

3. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The microprocessor module (2) is capable of processing the information collected by the sensor information collection module (1), thereby removing interference components and the like in the information, thereby making it easier to display the collected data.

4. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The storage module (3) is capable of storing data processed by the microprocessor module (2), thereby forming historical data.

5. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The data transmission module (5) is capable of transmitting the data stored in the storage module (3), thereby transmitting the data stored in the storage module (3) to a backup location for backup.

6. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The remote backup (6) can transfer the data in the storage module (3) via the data transmission module (5), thereby forming a backup effect and avoiding data loss.

7. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The fault alarm module (7) can sound an alarm when the outer shell of the meter box is damaged, thereby enabling staff to promptly discover problems with the outer shell and perform repairs; The shell detection module (8) is capable of detecting the shell of the meter box, and when the shell is damaged, a signal is sent to the fault alarm module (7), causing the fault alarm module (7) to sound an alarm.

8. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The information transmission selection module (9) can control the transmission channel of the data transmission module (5) according to actual conditions, so that the system uses different transmission channels in different situations.

9. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The information transmission selection module (9) comprises a transmission selection module (901), an overload transmission start module (902), a transmission channel detection module (903), a single-channel information transmission module (904) and a multi-channel information transmission module (905), and the transmission selection module (901) can select a channel for data transmission according to specific circumstances; The overload transmission start module (902) can control the transmission selection module (901) to perform overload operation according to specific circumstances. Overload operation means that all available transmission channels are used, and non-overload operation means that only one of the data transmission channels is used. The transmission channel detection module (903) detects the data transmission channel, so that the transmission selection module (901) can accurately select an operable data transmission channel when performing data transmission; The single-channel information transmission module (904) can select the channel with the fastest transmission speed during the single-channel data transmission process according to the detection structure of the transmission channel detection module (903); The multi-channel information transmission module (905) will use all operable data transmission channels under special circumstances and allocate transmission according to the data transmission speed of each channel.

10. The built-in information transmission terminal system integrated on a meter box according to claim 1, characterized in that: The information encryption module (10) is capable of encrypting information transmitted by the data transmission module (5); The terminal display (11) will display the data encrypted by the information encryption module (10), and then the staff will decrypt and read the data displayed on the terminal display (11).

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