Intelligent aerial view intelligent fusion terminal information collection and feedback system

Abstract

The invention relates to the technical field of power grid information collection and feedback, in particular to an intelligent aerial view intelligent fusion terminal information collection and feedback system which comprises working equipment which is working equipment in a power grid and mainly supports working operation of the whole power grid. The data feedback module can receive and process data detected by the operation monitoring module and then feed back the processed data to the power supply selection module; and the power supply compensation module can control the compensation circuit to compensate the voltage, current and the like of the power supply circuit of the power supply module according to the detection result of the operation monitoring module, so that the power supply module is kept in a stable power supply state. The system and the equipment have a display end control function, so that a user can operate display conditions at different display ends more conveniently.

Description

Technical Field

[0001] The present invention relates to the technical field of power grid information collection and feedback, and in particular to a smart fusion terminal information collection and feedback system. Background Art

[0002] Zhikan intelligent fusion terminal information collection and feedback system is a comprehensive technical solution that aims to collect information from various terminals through intelligent means, and process, analyze and integrate the information, and then provide valuable results or feedback to relevant users, systems or decision-makers. The system usually integrates a variety of advanced technologies, such as sensor technology, data acquisition technology, communication technology, data analysis technology and artificial intelligence algorithms.

[0003] The existing Zhikan intelligent fusion terminal information collection and feedback system only detects equipment during operation. However, the working equipment relies on electricity to operate, and the system also relies on electricity to work. At this time, a stable power supply is required to assist the system. The existing system lacks this auxiliary function, so the system and working equipment will have unstable power supply during operation, which can easily lead to incomplete or lost system data. Summary of the invention

[0004] The purpose of the present invention is to provide a smart fusion terminal information collection and feedback system 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 working equipment, power-on control module, sensor, semi-permanent branch monitoring unit, data processing module, data storage module, communication module, display selection module, the working equipment is the working equipment in the power grid, mainly supporting the operation of the entire power grid; The power-on control module includes an operation monitoring module, a data feedback module, a power selection module, a circuit break detection module, a power-on control module, a power compensation module and a power-on module. The operation monitoring module can detect circuit data such as voltage and current of the working equipment; The data feedback module can receive and process the data detected by the operation monitoring module, and then feed the processed data back to the power selection module; The power selection module can select the power supply circuit of the power-on module according to the feedback data of the data feedback module, so as to ensure the normal power supply of the operation monitoring module; The circuit-breaking detection module can detect the circuit on and off of the working equipment. When it is found that the circuit of the working equipment is in a circuit-breaking state, the power selection module will be controlled to make the power-on control module replace the power supply circuit of the power-on module; The power-on control module can receive the selection result of the power selection module and control the power-on module to make the power-on module change the power supply channel; The power compensation module can control the compensation circuit to compensate the voltage, current, etc. of the power supply circuit of the power-on module according to the detection result of the operation monitoring module, so that the power-on module remains in a stable power supply state.

[0006] Preferably, the sensor can monitor environmental parameters and some working conditions of the working equipment, such as temperature, humidity, light and other data.

[0007] Preferably, the semi-permanent branch monitoring unit can temporarily store the data detected by the sensor, and at the same time the semi-permanent branch monitoring unit detects the working status of the sensor. When it is determined that all sensors are in normal working condition, the semi-permanent branch monitoring unit transmits the stored data to the data processing module.

[0008] Preferably, the data processing module can process the filtered data transmitted by the semi-permanent branch monitoring unit, thereby making the data collected by the system more concise and facilitating the staff to intuitively discover problems.

[0009] Preferably, the data storage module can store the data processed by the data processing module, so that the system can retrieve and use it at any time.

[0010] Preferably, the communication module can transmit the data just stored in the data storage module to the display selection module for display, and the communication module can select Bluetooth, Zigbee, Wi-Fi or wired Ethernet interface for data transmission according to demand.

[0011] Preferably, the display selection module includes an intelligent analysis and decision module, a display selection module, a display module, a display judgment and a user control interface. The intelligent analysis and decision module can analyze the data transmitted by the communication module to determine the port that needs to be displayed.

[0012] Preferably, the display selection module can control the display port of the display module according to the decision of the intelligent analysis and decision module, so as to display the data to the mobile phone, computer and other ports according to the needs of the staff.

[0013] Preferably, the display module is mainly used to display the data processed by the system; The display judgment will judge the selection of the display selection module. If the display channel selected by the display selection module supports user control, then the user control interface will be displayed on the display module through the display judgment control.

[0014] Preferably, the user control interface can be easily manipulated by the staff, thereby affecting the intelligent analysis and decision-making module and changing the display results of the display module.

[0015] Compared with the prior art, the present invention has the following beneficial effects: 1. The operation monitoring module of the present invention monitors the power supply condition of the working equipment, processes the data checked by the operation monitoring module through the data feedback module, and feeds back to the power selection module according to the processing condition. If the data feedback module finds that the current, voltage and other data fluctuate too much, the power selection module selects the power connection according to the data. At this time, the selection result of the power selection module is transmitted to the power-on control module, so that the power-on control module controls the power-on access terminal of the power-on module, so that the power-on terminal can be replaced in time when there is a problem with the power supply of the working equipment, so as to keep the voltage, current and other factors of the working equipment stable, so that the working equipment can work normally, and avoid the power supply of the circuit from being switched, which affects the operation of the system or the working equipment. 2. The current, voltage and other data fed back by the data feedback module of the present invention only show a small range of fluctuations. At this time, the power-on control module will not control the power-on module, but will control the power compensation module. By transferring the current and voltage in the compensation circuit to the power-on module, and cooperating with the existing circuit, a stable voltage and current effect can be achieved, so that extremely small circuit fluctuations will not affect the operation of the equipment.

[0016] 3. The present invention selects the display end of the display module through the display selection module, and then it can be displayed on the display ends such as mobile phones and computers according to the needs of the staff. At the same time, the display judgment will judge the selection of the display selection module. If the display channel selected by the display selection module supports user control, then the user control interface will be displayed on the display module through the display judgment control. At this time, the staff can manipulate the user control interface to affect the intelligent analysis and decision-making module, so that the display result of the display module is changed, which makes it easier for the staff to observe the working status of the system. 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 power-on control module of the present invention; Figure 3 A flow chart of selecting a module is shown for the present invention.

[0018] In the figure: 1. working equipment; 2. power-on control module; 201. operation monitoring module; 202. data feedback module; 203. power selection module; 204. circuit break detection module; 205. power-on control module; 206. power compensation module; 207. power-on module; 3. sensor; 4. semi-permanent branch monitoring unit; 5. data processing module; 6. data storage module; 7. communication module; 8. display selection module; 801. intelligent analysis and decision module; 802. display selection module; 803. display module; 804. display judgment; 805. user control interface. 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 working device 1, a power-on control module 2, a sensor 3, a semi-permanent branch monitoring unit 4, a data processing module 5, a data storage module 6, a communication module 7, and a display selection module 8. The working device 1 is a working device in a power grid, which mainly supports the operation of the entire power grid; The input and output of the working device 1 are connected to the power-on control module 2, which includes an operation monitoring module 201, a data feedback module 202, a power selection module 203, a circuit break detection module 204, a power-on control module 205, a power compensation module 206 and a power-on module 207. The operation monitoring module 201 can detect circuit data such as voltage and current of the working device 1; The output end of the operation monitoring module 201 is connected to a data feedback module 202, which can receive and process the data detected by the operation monitoring module 201, and then feed back the processed data to the power selection module 203; The output end of the data feedback module 202 is connected to a power selection module 203, which can select the power supply circuit of the power-on module 207 according to the feedback data of the data feedback module 202, thereby ensuring the normal power supply of the operation monitoring module 201; The input end of the power selection module 203 is connected to a circuit break detection module 204, which is connected in parallel with the data feedback module 202. The circuit break detection module 204 can detect the on-off state of the circuit of the working device 1. When it is found that the circuit of the working device 1 is in a circuit break state, the power selection module 203 is controlled to make the power control module 205 replace the power supply circuit of the power module 207. The output end of the power selection module 203 is connected to the power control module 205, which can receive the selection result of the power selection module 203 and control the power module 207 to change the power supply channel; The output end of the power-on control module 205 is connected to a power compensation module 206, and the power compensation module 206 can control the compensation circuit to compensate the voltage and current of the power supply circuit of the power-on module 207 according to the detection result of the operation monitoring module 201, so that the power-on module 207 is kept in a stable power supply state; The operation monitoring module 201 monitors the power supply condition of the working equipment 1, processes the data checked by the operation monitoring module 201 through the data feedback module 202, and feeds back to the power selection module 203 according to the processing condition. If the data feedback module 202 finds that the current, voltage and other data fluctuate too much, the power selection module 203 selects the power connection according to the data. At this time, the selection result of the power selection module 203 is transmitted to the power-on control module 205, so that the power-on control module 205 controls the power-on access terminal of the power-on module 207, so that the power-on terminal can be replaced in time when there is a problem with the power supply of the working equipment 1, and the voltage, current and other factors of the working equipment 1 can be kept stable, so that the working equipment 1 can work normally and avoid the power supply fluctuation of the circuit, which affects the operation of the system or the working equipment.

[0021] The current, voltage and other data fed back by the data feedback module 202 only show a small range of fluctuations. At this time, the power-on control module 205 will not control the power-on module 207, but will make the power-on control module 205 control the power compensation module 206. By transferring the current and voltage in the compensation circuit to the power-on module 207, and cooperating with the currently used circuit, a stable voltage and current effect can be achieved, so that extremely small circuit fluctuations will not affect the operation of the equipment.

[0022] like Figure 1 As shown, the output end of the working device 1 is connected to a sensor 3, and the sensor 3 can monitor the environmental parameters and some working conditions of the working device 1, such as temperature, humidity, light and other data.

[0023] like Figure 1As shown, the output end of the sensor 3 is connected to a semi-permanent branch monitoring unit 4, which can temporarily store the data detected by the sensor 3. At the same time, the semi-permanent branch monitoring unit 4 detects the working status of the sensor 3. When it is determined that all sensors 3 are in normal working condition, the semi-permanent branch monitoring unit 4 transmits the stored data to the data processing module 5.

[0024] like Figure 1 As shown, the output end of the semi-permanent branch monitoring unit 4 is connected to a data processing module 5, which can process the filtered data transmitted by the semi-permanent branch monitoring unit 4, thereby making the data collected by the system more concise and facilitating the staff to intuitively find problems.

[0025] like Figure 1 As shown, the output end of the data processing module 5 is connected to the data storage module 6, and the data storage module 6 can store the data processed by the data processing module 5, so that the system can retrieve and use it at any time.

[0026] like Figure 1 As shown, the output end of the data storage module 6 is connected to the communication module 7, which can transmit the data just stored in the data storage module 6 to the display selection module 8 for display. The communication module 7 can select Bluetooth, Zigbee, Wi-Fi or wired Ethernet interface for data transmission according to needs.

[0027] like Figure 3 As shown, the output end of the communication module 7 is connected to the display selection module 8, and the display selection module 8 includes an intelligent analysis and decision module 801, a display selection module 802, a display module 803, a display judgment 804 and a user control interface 805. The intelligent analysis and decision module 801 can analyze the data transmitted by the communication module 7 to determine the port that needs to be displayed.

[0028] like Figure 3 As shown, the output end of the intelligent analysis and decision module 801 is connected to the display selection module 802, and the display selection module 802 can control the display port of the display module 803 according to the decision of the intelligent analysis and decision module 801, so as to display the data to the mobile phone, computer and other ports according to the needs of the staff.

[0029] like Figure 3 As shown, the output end of the display selection module 802 is connected to the display module 803, and the display module 803 is mainly used to display the data processed by the system; The output end of the display selection module 802 is connected to the display judgment 804, and the display judgment 804 and the display module 803 are connected in parallel. The display judgment 804 will judge the selection of the display selection module 802. If the display channel selected by the display selection module 802 supports user control, then the user control interface 805 will be controlled by the display judgment 804 to be displayed on the display module 803.

[0030] like Figure 3 As shown, the output end of the display judgment 804 is connected to a user control interface 805, and the user control interface 805 can be easily manipulated by the staff, thereby affecting the intelligent analysis and decision module 801 and changing the display result of the display module 803; The display end of the display module 803 is selected through the display selection module 802. At this time, it can be displayed on the display ends such as mobile phones and computers according to the needs of the staff. At the same time, the display judgment 804 will judge the selection of the display selection module 802. If the display channel selected by the display selection module 802 supports user control, then the user control interface 805 will be controlled by the display judgment 804 to be displayed on the display module 803. At this time, the staff can manipulate the user control interface 805 to affect the intelligent analysis and decision module 801, so that the display result of the display module 803 is changed, which makes it easier for the staff to observe the working status of the system.

[0031] Working principle: First, the working device 1 will monitor the working device 1 through the operation monitoring module 201 during the working process. The operation monitoring module 201 monitors the power supply situation of the working device 1, such as current, voltage, etc., and then processes the data checked by the operation monitoring module 201 through the data feedback module 202, and feeds back to the power selection module 203 according to the processing situation. If the data feedback module 202 finds that the current, voltage and other data fluctuate too much, the power selection module 203 will select the power connection according to the data. At this time, the selection result of the power selection module 203 will be transmitted to the power-on control module 205, so that the power-on control module 205 controls the power-on access end of the power-on module 207, so that the power-on end can be replaced in time when there is a problem with the power supply of the working device 1, so as to keep the voltage, current and other factors of the working device 1 stable, so that the working device 1 can work normally.

[0032] If the current, voltage and other data fed back by the data feedback module 202 only show a small range of fluctuations, the power-on control module 205 will not control the power-on module 207, but will control the power compensation module 206, and transfer the current and voltage in the compensation circuit to the power-on module 207, in coordination with the currently used circuit, to achieve a stable voltage and current effect.

[0033] When the circuit breaking detection module 204 detects that the circuit of the working device 1 is directly broken, it will directly perform a quick line selection through the power selection module 203, and control the power-on module 207 through the power-on control module 205 to achieve a fast and better line, so that the working device 1 can continue to work and prevent the working device 1 from being unable to work due to damage to the access line, thereby causing huge losses.

[0034] During the operation of the working equipment 1, the sensor 3 will detect the temperature, humidity, light and other environmental parameters of the working equipment 1, and the semi-permanent branch monitoring unit 4 will temporarily store the data in the sensor 3. At the same time, the semi-permanent branch monitoring unit 4 also detects the sensor 3 to ensure the normal operation of the sensor 3. If the semi-permanent branch monitoring unit 4 detects that the sensor 3 is in normal working state, it will transmit the data detected by the sensor 3 to the data processing module 5 for processing. If the semi-permanent branch monitoring unit 4 detects that the sensor 3 has a problem or is damaged, the semi-permanent branch monitoring unit 4 will not transmit the data to the data processing module 5. At this time, the semi-permanent branch monitoring unit 4 will directly alarm to enable the staff to maintain the sensor 3.

[0035] The data processed by the data processing module 5 is transmitted to the data storage module 6 for storage, and then the communication module 7 selects the communication channel, so that the data in the data storage module 6 is transmitted to the display selection module 8 for display.

[0036] The data sent by the communication module 7 is analyzed and optimized through the intelligent analysis and decision module 801, so that the data transmitted by the communication module 7 is more convenient for the staff to directly observe. The display end of the display module 803 is selected through the display selection module 802. At this time, it can be displayed on the display ends such as mobile phones and computers according to the needs of the staff. At the same time, the display judgment 804 will judge the selection of the display selection module 802. If the display channel selected by the display selection module 802 supports user control, then the user control interface 805 will be controlled by the display judgment 804 to be displayed on the display module 803. At this time, the staff can control the user control interface 805 to affect the intelligent analysis and decision module 801, so that the display result of the display module 803 is changed, which is more convenient for the staff to observe the working status of the system.

[0037] 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 smart fusion terminal information collection and feedback system, comprising a working device (1), a power-on control module (2), a sensor (3), a semi-permanent branch monitoring unit (4), a data processing module (5), a data storage module (6), a communication module (7), and a display selection module (8), characterized in that: The working equipment (1) is working equipment in the power grid, mainly supporting the operation of the entire power grid; The power-on control module (2) comprises an operation monitoring module (201), a data feedback module (202), a power selection module (203), a circuit break detection module (204), a power-on control module (205), a power compensation module (206) and a power-on module (207); the operation monitoring module (201) is capable of detecting circuit data such as voltage and current of the working device (1); The data feedback module (202) is capable of receiving and processing the data detected by the operation monitoring module (201), and then feeding back the processed data to the power selection module (203); The power selection module (203) can select the power supply circuit of the power supply module (207) according to the feedback data of the data feedback module (202), thereby ensuring the normal power supply of the operation monitoring module (201); The circuit breaking detection module (204) is capable of detecting whether the circuit of the working device (1) is on or off. When it is found that the circuit of the working device (1) is in a circuit breaking state, the power selection module (203) is controlled to cause the power-on control module (205) to replace the power supply circuit of the power-on module (207); The power-on control module (205) is capable of receiving the selection result of the power selection module (203), and controlling the power-on module (207) so that the power-on module (207) changes the power supply channel; The power compensation module (206) can control the compensation circuit to compensate for the voltage, current, etc. of the power supply circuit of the power-on module (207) according to the detection result of the operation monitoring module (201), so that the power-on module (207) is maintained in a stable power supply state.

2. According to claim 1, the intelligent fusion terminal information collection and feedback system is characterized by: The sensor (3) is capable of monitoring environmental parameters and some working conditions of the working equipment (1), such as temperature, humidity, light and other data.

3. According to claim 1, the intelligent fusion terminal information collection and feedback system is characterized by: The semi-permanent branch monitoring unit (4) is capable of temporarily storing data detected by the sensor (3). At the same time, the semi-permanent branch monitoring unit (4) detects the working state of the sensor (3). When it is determined that all sensors (3) are in a normal working state, the semi-permanent branch monitoring unit (4) transmits the stored data to the data processing module (5).

4. According to claim 1, the intelligent fusion terminal information collection and feedback system is characterized by: The data processing module (5) is capable of processing the filtered data transmitted by the semi-permanent branch monitoring unit (4), thereby making the data collected by the system more concise and facilitating the staff to intuitively discover problems.

5. According to claim 1, the intelligent fusion terminal information collection and feedback system is characterized by: The data storage module (6) can store the data processed by the data processing module (5), thereby facilitating the system to retrieve and use the data at any time.

6. The intelligent terminal information collection and feedback system according to claim 1 is characterized by: The communication module (7) can transmit the data just stored in the data storage module (6) to the display selection module (8) for display. The communication module (7) can select Bluetooth, Zigbee, Wi-Fi or wired Ethernet interface for data transmission according to demand.

7. The intelligent terminal information collection and feedback system according to claim 1 is characterized by: The display selection module (8) comprises an intelligent analysis and decision module (801), a display selection module (802), a display module (803), a display judgment (804) and a user control interface (805). The intelligent analysis and decision module (801) can analyze the data transmitted by the communication module (7) to determine the port to be displayed.

8. The intelligent terminal information collection and feedback system according to claim 7 is characterized by: The display selection module (802) can control the display port of the display module (803) according to the decision of the intelligent analysis and decision module (801), so as to display the data to the mobile phone, computer and other ports according to the needs of the staff.

9. The intelligent terminal information collection and feedback system according to claim 8 is characterized by: The display module (803) is mainly used to display the data processed by the system; The display judgment (804) will judge the selection of the display selection module (802). If the display channel selected by the display selection module (802) supports user control, then the user control interface (805) will be controlled by the display judgment (804) to be displayed on the display module (803).

10. The intelligent terminal information collection and feedback system according to claim 9 is characterized in that: The user control interface (805) can be easily manipulated by the staff, thereby influencing the intelligent analysis and decision module (801) and changing the display result of the display module (803).

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