Intelligent energy routing device control system

Abstract

The invention relates to the technical field of intelligent energy routing device control, in particular to an intelligent energy routing device control system, which comprises a network communication module, an information processing module, an infrared sensing module and an energy routing module, and realizes intelligent monitoring and efficient energy management of household appliances. The intelligent monitoring module monitors the network connection state and switching time of the household appliance in real time, and intelligently controls the household appliance according to a control command signal of a user. Meanwhile, efficient distribution and adjustment of energy are achieved through the energy routing module, and the equipment capacity and the manufacturing cost are reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent energy routing device control, and in particular to an intelligent energy routing device control system. Background Art

[0002] With the rapid development of modern power electronics technology and information technology, smart home systems have gradually become an important part of people's lives. However, existing home routers have a single function, mainly supporting network sharing, and cannot achieve intelligent monitoring and energy management of home appliances. At the same time, traditional energy routing devices have problems such as low efficiency, large equipment capacity, and high cost in energy distribution and regulation. Therefore, it is particularly important to develop an intelligent energy routing device control system that can achieve intelligent monitoring and efficient energy management of home appliances. Summary of the invention

[0003] The purpose of the present invention is to provide an intelligent energy routing device control system to solve the problems raised in the background technology and facilitate promotion.

[0004] In order to achieve the above-mentioned object of the invention, the technical solution adopted by the present invention is:

[0005] An intelligent energy routing device control system mainly includes the following components and features:

[0006] a. Network communication module, supporting wired connection and wireless WIFI connection, connecting with the user and transmitting the user's control command signal to the information processing module;

[0007] b. Information processing module, receiving control command signals and sending them to the infrared sensing module;

[0008] c. Infrared sensing module, which receives control command signals and transmits infrared control signals to the device to realize intelligent monitoring and management of the device;

[0009] d. Energy routing module: including parallel transformers, series transformers, and AC / DC conversion units, it achieves efficient energy distribution and regulation by controlling the flow between the primary voltage regulation ports of the series transformers.

[0010] Furthermore, the network communication module includes the following components and features:

[0011] a. Communication interface: The communication interface is the bridge for data transmission between the network communication module and external devices, including wired interface and wireless interface;

[0012] b. Communication protocol stack: rules and standards used to implement network communication, which stipulates the data transmission format and process between different layers, including the physical layer, data link layer, network layer, transport layer and application layer, ensuring the reliable transmission of data and the stable operation of the network;

[0013] c. Modem: responsible for converting digital signals into analog signals for transmission on the communication medium. When sending data, the modem converts digital signals into analog signals, and when receiving data, it converts analog signals back into digital signals, ensuring accurate transmission and reception of data;

[0014] d. Data processing unit: responsible for processing the data received by the network communication module, including data parsing, storage and forwarding, including microprocessor, memory and data buffer components, which together realize fast data processing and efficient storage;

[0015] e. Security mechanism: used to ensure the security and reliability of the network communication module when transmitting data.

[0016] Furthermore, the information processing module includes the following components and features:

[0017] a. Signal receiving unit: responsible for receiving the control command signal from the network communication module. The signal exists in digital or analog form and contains various control instructions and parameters. The signal receiving unit uses a high-speed, high-sensitivity receiver to ensure accurate and fast reception of the control command signal;

[0018] b. Signal analysis unit: responsible for analyzing the received control command signal, extracting the control instructions and parameters therein, and using decoding algorithms and technologies to ensure accurate and efficient analysis of the control command signal;

[0019] c. Data processing unit: responsible for processing and updating the status information of home appliances according to the parsed control instructions and parameters, including adjusting the working mode, power and switch status of home appliances, using high-performance microprocessors or embedded systems to ensure fast and accurate processing of control instructions and parameters, and real-time updating of the status information of home appliances;

[0020] d. Signal forwarding unit: responsible for forwarding the processed control instructions and parameters to the corresponding home appliances to achieve intelligent control of them;

[0021] e. Status monitoring and feedback unit: responsible for real-time monitoring of the status information of household appliances, including working status, power consumption and fault alarm, and feeding back the information to the system or user;

[0022] f. Security mechanism: used to ensure the security and reliability of the information processing module when receiving, parsing, processing and forwarding control command signals.

[0023] Furthermore, the infrared sensing module includes the following components and features:

[0024] a. Infrared transmitter: responsible for converting electrical signals into infrared signals and sending them to home appliances. It uses infrared light-emitting diodes or infrared laser elements to emit infrared signals of specific wavelengths to achieve remote control of home appliances.

[0025] b. Signal modulation circuit: responsible for converting the control command signal into a signal format suitable for the infrared transmitter to ensure that the infrared signal has sufficient strength and stability so that it can be accurately and reliably transmitted to household appliances;

[0026] c. Direction control component: used to adjust the emission direction of infrared signals to ensure that the infrared signals can be accurately sent to the target home appliances, change the propagation path and direction of the infrared signals, and thus achieve precise control of home appliances;

[0027] d. Power management unit: responsible for providing a stable power supply to the infrared sensing module and ensuring that it operates in a low-power mode, including a power converter and a voltage regulator to ensure that the infrared sensing module can maintain a stable power supply when receiving and processing control command signals;

[0028] e. Interface and connection components: used to connect and communicate the infrared sensing module with the information processing module to ensure signal transmission and data exchange between the infrared sensing module and the information processing module;

[0029] f. Safety mechanism and protection measures: used to ensure the safety and reliability of the infrared sensing module during operation, adopt overcurrent protection and overvoltage protection measures, as well as anti-static and anti-electromagnetic interference protection measures to ensure stable operation and long-term reliability in complex environments.

[0030] Furthermore, the energy routing module includes the following components and features:

[0031] a. Port module: It is the interface for the energy routing module to connect and communicate with external energy equipment or power grid. It can adapt to energy equipment of different types and specifications and is responsible for establishing communication links and energy connection links with energy equipment;

[0032] b. Driver adapter module: responsible for adapting the appropriate driver according to the type, model and electrical parameters of the energy device connected to the port module, including a driver library and a main program control platform. The driver library stores the preset drivers, and the main program control platform is responsible for adapting the appropriate driver in the driver library according to the specific situation of the energy device;

[0033] c. Data acquisition and analysis module: responsible for real-time monitoring and analysis of voltage, current and power parameters in the energy system, providing support for the control and decision-making of the energy routing module;

[0034] d. Control module: It is the brain of the energy routing module. It automatically adjusts and controls various devices in the energy system according to the information provided by the data acquisition and analysis module to achieve efficient utilization and optimization of energy.

[0035] e. AC / DC conversion module: responsible for converting different forms of energy, converting AC to DC, or converting DC to AC, to meet the needs of different energy equipment and power grids;

[0036] f. Communication module: responsible for data exchange and information transmission between the energy routing module and the device or system, ensuring real-time communication and data sharing between the energy routing module and the device or system.

[0037] As an improvement, the beneficial effects of the present invention are:

[0038] 1. Intelligent monitoring: The intelligent monitoring module monitors the network connection status and switch time of connected home appliances in real time to achieve intelligent management of home appliances.

[0039] 2. Efficient energy management: The energy routing module can realize efficient distribution and regulation of energy, reducing equipment capacity and cost.

[0040] 3. Safe and reliable: The system has a complete fault detection and protection mechanism to ensure the safe and reliable operation of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a schematic diagram of the overall structure of a control system of an intelligent energy routing device of the present invention;

[0042] Figure 2 This is a schematic diagram of the network communication module structure of the present invention;

[0043] Figure 3 This is a schematic diagram of the information processing module structure of the present invention;

[0044] Figure 4 This is a schematic diagram of the structure of the infrared sensing module of the present invention;

[0045] Figure 5 This is a schematic diagram of the structure of the energy routing module of the present invention; DETAILED DESCRIPTION

[0046] In order to make the contents of the present invention more clearly understood, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0047] An intelligent energy routing device control system mainly includes the following components and features:

[0048] a. Network communication module, supporting wired connection and wireless WIFI connection, connecting with the user and transmitting the user's control command signal to the information processing module;

[0049] b. Information processing module, receiving control command signals and sending them to the infrared sensing module;

[0050] c. Infrared sensing module, which receives control command signals and transmits infrared control signals to the device to realize intelligent monitoring and management of the device;

[0051] d. Energy routing module: including parallel transformers, series transformers, and AC / DC conversion units, it achieves efficient energy distribution and regulation by controlling the flow between the primary voltage regulation ports of the series transformers.

[0052] In this embodiment, the network communication module includes the following components and features:

[0053] a. Communication interface: The communication interface is the bridge for data transmission between the network communication module and external devices, including wired interface and wireless interface;

[0054] b. Communication protocol stack: rules and standards used to implement network communication, which stipulates the data transmission format and process between different layers, including the physical layer, data link layer, network layer, transport layer and application layer, ensuring the reliable transmission of data and the stable operation of the network;

[0055] c. Modem: responsible for converting digital signals into analog signals for transmission on the communication medium. When sending data, the modem converts digital signals into analog signals, and when receiving data, it converts analog signals back into digital signals, ensuring accurate transmission and reception of data;

[0056] d. Data processing unit: responsible for processing the data received by the network communication module, including data parsing, storage and forwarding, including microprocessor, memory and data buffer components, which together realize fast data processing and efficient storage;

[0057] e. Security mechanism: used to ensure the security and reliability of the network communication module when transmitting data.

[0058] Through the above technical solutions, data is transmitted with external devices through the communication interface, the communication protocol stack is used to ensure reliable data transmission, the modem is used to achieve the conversion between digital and analog signals, the data processing unit is used to achieve fast data processing and efficient storage, and the security mechanism is used to ensure the security and reliability of data transmission. These functions together ensure the stable operation and efficient performance of the entire system.

[0059] In this embodiment, the information processing module includes the following components and features:

[0060] a. Signal receiving unit: responsible for receiving the control command signal from the network communication module. The signal exists in digital or analog form and contains various control instructions and parameters. The signal receiving unit uses a high-speed, high-sensitivity receiver to ensure accurate and fast reception of the control command signal;

[0061] b. Signal analysis unit: responsible for analyzing the received control command signal, extracting the control instructions and parameters therein, and using decoding algorithms and technologies to ensure accurate and efficient analysis of the control command signal;

[0062] c. Data processing unit: responsible for processing and updating the status information of home appliances according to the parsed control instructions and parameters, including adjusting the working mode, power and switch status of home appliances, using high-performance microprocessors or embedded systems to ensure fast and accurate processing of control instructions and parameters, and real-time updating of the status information of home appliances;

[0063] d. Signal forwarding unit: responsible for forwarding the processed control instructions and parameters to the corresponding home appliances to achieve intelligent control of them;

[0064] e. Status monitoring and feedback unit: responsible for real-time monitoring of the status information of household appliances, including working status, power consumption and fault alarm, and feeding back the information to the system or user;

[0065] f. Security mechanism: used to ensure the security and reliability of the information processing module when receiving, parsing, processing and forwarding control command signals.

[0066] Through the above technical solution, the control command signal is received by the signal receiving unit, the control instruction and parameters are extracted by the signal parsing unit, the status information of the home appliance is processed by the data processing unit, and the control instruction and parameters are transmitted to the home appliance through the signal forwarding unit. At the same time, the status monitoring and feedback unit and the safety mechanism also ensure the stability and security of the entire information processing process.

[0067] In this embodiment, the infrared sensing module includes the following components and features:

[0068] a. Infrared transmitter: responsible for converting electrical signals into infrared signals and sending them to home appliances. It uses infrared light-emitting diodes or infrared laser elements to emit infrared signals of specific wavelengths to achieve remote control of home appliances.

[0069] b. Signal modulation circuit: responsible for converting the control command signal into a signal format suitable for the infrared transmitter to ensure that the infrared signal has sufficient strength and stability so that it can be accurately and reliably transmitted to household appliances;

[0070] c. Direction control component: used to adjust the emission direction of infrared signals to ensure that the infrared signals can be accurately sent to the target home appliances, change the propagation path and direction of the infrared signals, and thus achieve precise control of home appliances;

[0071] d. Power management unit: responsible for providing a stable power supply to the infrared sensing module and ensuring that it operates in a low-power mode, including a power converter and a voltage regulator to ensure that the infrared sensing module can maintain a stable power supply when receiving and processing control command signals;

[0072] e. Interface and connection components: used to connect and communicate the infrared sensing module with the information processing module to ensure signal transmission and data exchange between the infrared sensing module and the information processing module;

[0073] f. Safety mechanism and protection measures: used to ensure the safety and reliability of the infrared sensing module during operation, adopt overcurrent protection and overvoltage protection measures, as well as anti-static and anti-electromagnetic interference protection measures to ensure stable operation and long-term reliability in complex environments.

[0074] Through the above technical solution, the remote control function of household appliances is realized through components such as infrared transmitters, signal modulation circuits, and direction control components, and the stability and safety of the entire system are ensured through power management units, interfaces and connection components, as well as safety mechanisms and protective measures.

[0075] In this embodiment, the energy routing module includes the following components and features:

[0076] a. Port module: It is the interface for the energy routing module to connect and communicate with external energy equipment or power grid. It can adapt to energy equipment of different types and specifications and is responsible for establishing communication links and energy connection links with energy equipment;

[0077] b. Driver adapter module: responsible for adapting the appropriate driver according to the type, model and electrical parameters of the energy device connected to the port module, including a driver library and a main program control platform. The driver library stores the preset drivers, and the main program control platform is responsible for adapting the appropriate driver in the driver library according to the specific situation of the energy device;

[0078] c. Data acquisition and analysis module: responsible for real-time monitoring and analysis of voltage, current and power parameters in the energy system, providing support for the control and decision-making of the energy routing module;

[0079] d. Control module: It is the brain of the energy routing module. It automatically adjusts and controls various devices in the energy system according to the information provided by the data acquisition and analysis module to achieve efficient utilization and optimization of energy.

[0080] e. AC / DC conversion module: responsible for converting different forms of energy, converting AC to DC, or converting DC to AC, to meet the needs of different energy equipment and power grids;

[0081] f. Communication module: responsible for data exchange and information transmission between the energy routing module and the device or system, ensuring real-time communication and data sharing between the energy routing module and the device or system.

[0082] Through the above technical solutions, by integrating multiple key components and functional modules, efficient utilization and optimized management of energy are achieved.

[0083] The above are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention shall be included in the protection scope of the present invention.

Claims

1. An intelligent energy routing device control system, which mainly includes the following components and features: a. Network communication module, supporting wired connection and wireless WIFI connection, connecting with the user and transmitting the user's control command signal to the information processing module; b. Information processing module, receiving control command signals and sending them to the infrared sensing module; c. Infrared sensing module, which receives control command signals and transmits infrared control signals to the device to realize intelligent monitoring and management of the device; d. Energy routing module: including parallel transformers, series transformers, and AC / DC conversion units, it achieves efficient energy distribution and regulation by controlling the flow between the primary voltage regulation ports of the series transformers.

2. The intelligent energy routing device control system according to claim 1, characterized in that: The network communication module includes the following components and features: a. Communication interface: The communication interface is the bridge for data transmission between the network communication module and external devices, including wired interface and wireless interface; b. Communication protocol stack: rules and standards used to implement network communication, which stipulates the data transmission format and process between different layers, including the physical layer, data link layer, network layer, transport layer and application layer, ensuring the reliable transmission of data and the stable operation of the network; c. Modem: responsible for converting digital signals into analog signals for transmission on the communication medium. When sending data, the modem converts digital signals into analog signals, and when receiving data, it converts analog signals back into digital signals, ensuring accurate transmission and reception of data; d. Data processing unit: responsible for processing the data received by the network communication module, including data parsing, storage and forwarding, including microprocessor, memory and data buffer components, which together realize fast data processing and efficient storage; e. Security mechanism: used to ensure the security and reliability of the network communication module when transmitting data.

3. The intelligent energy routing device control system according to claim 1, characterized in that: The information processing module includes the following components and features: a. Signal receiving unit: responsible for receiving the control command signal from the network communication module. The signal exists in digital or analog form and contains various control instructions and parameters. The signal receiving unit uses a high-speed, high-sensitivity receiver to ensure accurate and fast reception of the control command signal; b. Signal analysis unit: responsible for analyzing the received control command signal, extracting the control instructions and parameters therein, and using decoding algorithms and technologies to ensure accurate and efficient analysis of the control command signal; c. Data processing unit: responsible for processing and updating the status information of home appliances according to the parsed control instructions and parameters, including adjusting the working mode, power and switch status of home appliances, using high-performance microprocessors or embedded systems to ensure fast and accurate processing of control instructions and parameters, and real-time updating of the status information of home appliances; d. Signal forwarding unit: responsible for forwarding the processed control instructions and parameters to the corresponding home appliances to achieve intelligent control of them; e. Status monitoring and feedback unit: responsible for real-time monitoring of the status information of household appliances, including working status, power consumption and fault alarm, and feeding back the information to the system or user; f. Security mechanism: used to ensure the security and reliability of the information processing module when receiving, parsing, processing and forwarding control command signals.

4. The intelligent energy routing device control system according to claim 1, characterized in that: The infrared sensing module includes the following components and features: a. Infrared transmitter: responsible for converting electrical signals into infrared signals and sending them to home appliances. It uses infrared light-emitting diodes or infrared laser elements to emit infrared signals of specific wavelengths to achieve remote control of home appliances. b. Signal modulation circuit: responsible for converting the control command signal into a signal format suitable for the infrared transmitter to ensure that the infrared signal has sufficient strength and stability so that it can be accurately and reliably transmitted to household appliances; c. Direction control component: used to adjust the emission direction of infrared signals to ensure that the infrared signals can be accurately sent to the target home appliances, change the propagation path and direction of the infrared signals, and thus achieve precise control of home appliances; d. Power management unit: responsible for providing a stable power supply to the infrared sensing module and ensuring that it operates in a low-power mode, including a power converter and a voltage regulator to ensure that the infrared sensing module can maintain a stable power supply when receiving and processing control command signals; e. Interface and connection components: used to connect and communicate the infrared sensing module with the information processing module to ensure signal transmission and data exchange between the infrared sensing module and the information processing module; f. Safety mechanism and protection measures: used to ensure the safety and reliability of the infrared sensing module during operation, adopt overcurrent protection and overvoltage protection measures, as well as anti-static and anti-electromagnetic interference protection measures to ensure stable operation and long-term reliability in complex environments.

5. The intelligent energy routing device control system according to claim 1, characterized in that: The energy routing module includes the following components and features: a. Port module: It is the interface for the energy routing module to connect and communicate with external energy equipment or power grid. It can adapt to energy equipment of different types and specifications and is responsible for establishing communication links and energy connection links with energy equipment; b. Driver adapter module: responsible for adapting the appropriate driver according to the type, model and electrical parameters of the energy device connected to the port module, including a driver library and a main program control platform. The driver library stores the preset drivers, and the main program control platform is responsible for adapting the appropriate driver in the driver library according to the specific situation of the energy device; c. Data acquisition and analysis module: responsible for real-time monitoring and analysis of voltage, current and power parameters in the energy system, providing support for the control and decision-making of the energy routing module; d. Control module: It is the brain of the energy routing module. It automatically adjusts and controls various devices in the energy system according to the information provided by the data acquisition and analysis module to achieve efficient utilization and optimization of energy. e. AC / DC conversion module: responsible for converting different forms of energy, converting AC to DC, or converting DC to AC, to meet the needs of different energy equipment and power grids; f. Communication module: responsible for data exchange and information transmission between the energy routing module and the device or system, ensuring real-time communication and data sharing between the energy routing module and the device or system.

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