A wireless router power consumption detection system

Abstract

This invention discloses a wireless router power consumption detection system, specifically relating to the field of router power consumption detection. It includes an adjustment unit for adjusting router signal strength, electrically connected to a control adjustment module for controlling signal enhancement and attenuation, and electrically connected to a current detection module for measuring the current flowing through the router. This invention, through an environmental detection module and an interference detection module, considers the impact of environmental factors and signal interference when analyzing router power consumption. This comprehensive approach to detecting both environmental and interference factors helps to more fully evaluate the router's power consumption performance. The system generates corresponding adjustment commands through attenuation and enhancement command modules, and a signal simulation module simulates the effect of signal adjustment. The dynamic adjustment and simulation functions ensure that the adjustment measures actually meet the required power, thereby optimizing the system's power consumption management.

Description

Technical Field

[0001] The invention relates to the field of router power consumption detection, and in particular to a wireless router power consumption detection system. Background Art

[0002] With the rapid development of wireless communication technology, wireless routers have become an indispensable device in modern home and enterprise networks. The main function of a wireless router is to distribute Internet connection signals to various wireless devices, such as smartphones, computers, and smart home devices. However, with the popularization of network equipment, power consumption management issues have gradually attracted attention. Wireless routers consume a lot of electricity during long-term operation, which not only affects the effective use of energy, but also increases operating costs. Therefore, the development of an efficient power consumption detection and management system is of great significance to improving equipment energy efficiency and reducing energy consumption. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the prior art. With the rapid development of wireless communication technology, wireless routers have become an indispensable device in modern home and enterprise networks. The main function of a wireless router is to distribute Internet connection signals to various wireless devices, such as smart phones, computers, and smart home devices. However, with the popularization of the use of network devices, the problem of power consumption management has gradually attracted attention. Wireless routers consume a lot of electricity during long-term operation, which not only affects the effective use of energy, but also increases operating costs. Therefore, the development of an efficient power consumption detection and management system is of great significance to improving equipment energy efficiency and reducing energy consumption, and a wireless router power consumption detection system is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A wireless router power consumption detection system includes an adjustment unit for adjusting the signal strength of the router, the adjustment unit is electrically connected to a control and adjustment module for controlling and adjusting the enhancement and weakening of the router signal, the control and adjustment module is electrically connected to a current detection module for measuring the value of a current flowing through the router, the current detection module is electrically connected to a voltage detection module for measuring the value of a voltage of the router, the voltage detection module is electrically connected to a data acquisition module for collecting detection data, the data acquisition module is electrically connected to a data evaluation module for analyzing data to evaluate the power consumption of the router, and the data evaluation module is electrically connected to a display module for displaying and recording the power consumption data of the router.

[0006] The present invention is further configured as follows: the current detection module detects the current flowing through the router in real time through a current sensor and records it as current data; the voltage detection module detects the voltage of the router through a voltage sensor and records it as voltage data; the data acquisition module acquires current data and voltage data, and the data evaluation module analyzes the current data and voltage data and produces real-time power consumption data at the same time; the display module produces a corresponding bar trend graph according to the power consumption data provided by the data evaluation module, and displays the specific values ​​of the real-time power consumption data.

[0007] The present invention is further configured as follows: the adjustment unit includes an activity detection module for detecting the usage of router traffic and an environment detection module for detecting environmental data, the activity detection module is electrically connected to a trend evaluation module for evaluating the subsequent growth and decrease of router traffic, the environment detection module is electrically connected to an interference detection module for analyzing and evaluating the effective signal after the router signal is interfered, the trend evaluation module and the interference detection module are jointly electrically connected to a data analysis module for data analysis and evaluation, the data analysis module is electrically connected to a weakening instruction module for generating a weakening instruction and an enhancing instruction module for generating an enhancing instruction, the weakening instruction module and the enhancing instruction module are jointly electrically connected to a signal simulation module for simulating a signal strength adaptation rate, and the signal simulation module is electrically connected to a control and adjustment module for controlling and adjusting the router signal strength according to the enhancing instruction and the weakening instruction.

[0008] The present invention is further configured as follows: the activity detection module detects the increase and decrease in the usage of router traffic, and the trend evaluation module analyzes and evaluates the future usage trend of router traffic; the data analysis module analyzes whether it is necessary to reduce or increase the signal strength of the router based on the analysis and evaluation data of the activity detection module and the trend evaluation module, and records the adjustment data.

[0009] The present invention is further configured as follows: the environment detection module detects the router environment, the router environment includes but is not limited to the external temperature and humidity of the router and the internal temperature and humidity of the router; the interference detection module detects the effective signal strength after the signal interference during the signal transmission process of the router; the data analysis module evaluates the environment detected by the environment detection module to obtain a trend diagram of the current, voltage and power consumption of the router affected by the environment, and records the environmental impact data; at the same time, the data analysis module analyzes the impact of the interference data detected by the interference detection module on the router signal, and records the interference impact data.

[0010] The present invention is further configured as follows: the data analysis module analyzes and evaluates the approximate data range of router signal enhancement and weakening based on the adjustment data, environmental impact data and interference impact data, and the weakening instruction module generates a weakening instruction, and the strengthening instruction module generates a strengthening instruction, and at the same time, the signal simulation module simulates whether the router signal meets the required power after enhancement or reduction based on the weakening instruction and the strengthening instruction.

[0011] The present invention is further configured as follows: when the signal simulation module analyzes and concludes that the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to perform signal adjustment; when the signal simulation module analyzes and concludes that the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data.

[0012] The present invention is further configured as follows: the specific operation of the wireless router power consumption detection system includes the following steps:

[0013] S1, using the adjustment unit to adjust the router signal according to the environment and the traffic usage of the router, thereby affecting the power consumption data of the router;

[0014] S2. Calculate the power consumption of the router according to the current flowing through the router and the voltage of the router, and display the real-time power consumption of the router through the display module.

[0015] The present invention is further configured as follows: in step S1:

[0016] 1) Use the activity detection module to detect the usage of router traffic, and use the trend assessment module to assess the usage trend of router traffic;

[0017] 2) Use the environment detection module to detect the environmental impact data of the router, and use the interference detection module to detect the working efficiency of the router under non-ideal conditions;

[0018] 3) The data analysis module analyzes and evaluates the usage trend of router traffic and the environmental impact and interference impact, evaluates the relationship between the environmental impact data and the interference impact data and the router signal enhancement and weakening, evaluates the required range value of the required enhancement data and weakening data, and calculates the relationship between the required range value and the real-time router signal strength, and obtains the enhancement data range value and the weakening data range value;

[0019] 4) The enhancement instruction module and the weakening instruction module generate corresponding enhancement instructions and weakening instructions according to the enhancement data range value and the weakening data range value, and simulate the router signal after the enhancement instruction and the weakening instruction through the signal simulation module to see whether it meets the preset signal strength of the router;

[0020] 5) When the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data.

[0021] The present invention is further configured as follows: in step S2:

[0022] 1) The current detection module uses a current sensor to detect the current data flowing through the router in real time. The voltage detection module uses a voltage sensor to detect the voltage data of the router. The data acquisition module collects current data and voltage data. The data evaluation module analyzes the current data and voltage data. The display module makes a corresponding bar trend chart based on the power consumption data provided by the data evaluation module and displays the specific values ​​of the real-time power consumption data.

[0023] The beneficial effects of the present invention are:

[0024] The present invention can obtain the current data and voltage data of the router during operation through the current detection module and the voltage detection module, and can obtain the power consumption used by the router through the data evaluation module, and can obtain the specific power consumption trend diagram and real-time power consumption data through the display module. By integrating the current detection module, the voltage detection module, the data acquisition module and the data evaluation module, the detailed measurement and analysis of the power consumption of the router is realized, and the multi-level detection and analysis method can provide more accurate power consumption data and real-time feedback. The signal strength of the router is not only adjusted by the adjustment unit and the control adjustment module, but also dynamically adjusted according to the flow usage and environmental data by combining with other detection modules. At the same time, the signal adjustment is combined with the power consumption detection to optimize the performance and power consumption of the router. The environmental detection module and the interference detection module can consider the influence of environmental factors and signal interference when analyzing the power consumption of the router. The detection method that comprehensively considers the environmental and interference factors is helpful to more comprehensively evaluate the power consumption performance of the router. The corresponding adjustment instructions are generated by the weakening instruction module and the enhancing instruction module, and the signal simulation module simulates the effect after the signal adjustment. The dynamic adjustment and simulation functions can ensure that the adjustment measures can actually meet the required power, thereby optimizing the power consumption management of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 The figure is a schematic diagram of the system flow of a wireless router power consumption detection system in the present invention. DETAILED DESCRIPTION

[0026] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0027] like Figure 1As shown, a wireless router power consumption detection system includes an adjustment unit for adjusting the signal strength of the router, the adjustment unit is electrically connected to a control adjustment module for controlling and adjusting the enhancement and weakening of the router signal, the control adjustment module is electrically connected to a current detection module for measuring the value of the current flowing through the router, the current detection module is electrically connected to a voltage detection module for measuring the value of the voltage of the router, the voltage detection module is electrically connected to a data acquisition module for collecting detection data, the data acquisition module is electrically connected to a data evaluation module for analyzing data to evaluate the power consumption of the router, and the data evaluation module is electrically connected to a display module for displaying and recording the power consumption data of the router;

[0028] The current detection module detects the current flowing through the router in real time through the current sensor and records it as current data. The voltage detection module detects the voltage of the router through the voltage sensor and records it as voltage data. The data acquisition module collects current data and voltage data, and the data evaluation module analyzes the current data and voltage data, and produces real-time power consumption data at the same time. The display module produces a corresponding bar trend chart based on the power consumption data provided by the data evaluation module, and displays the specific value of the real-time power consumption data;

[0029] Through the above embodiments, the current data and voltage data of the router during operation can be obtained through the current detection module and the voltage detection module, and the power consumption used by the router can be obtained through the data evaluation module, and the specific power consumption trend chart and real-time power consumption data can be obtained through the display module. By integrating the current detection module, the voltage detection module, the data acquisition module and the data evaluation module, detailed measurement and analysis of the router power consumption are achieved, and the multi-level detection and analysis method can provide more accurate power consumption data and real-time feedback;

[0030] The regulating unit includes an activity detection module for detecting the usage of the router traffic and an environment detection module for detecting the environmental data, the activity detection module is electrically connected to a trend evaluation module for evaluating the subsequent growth and decrease of the router traffic, the environment detection module is electrically connected to an interference detection module for analyzing and evaluating the effective signal after the router signal is interfered, the trend evaluation module and the interference detection module are electrically connected to a data analysis module for data analysis and evaluation, the data analysis module is electrically connected to a weakening instruction module for generating a weakening instruction and an enhancing instruction module for generating an enhancing instruction, the weakening instruction module and the enhancing instruction module are electrically connected to a signal simulation module for simulating the signal strength adaptation rate, and the signal simulation module is electrically connected to a control and regulation module for controlling and regulating the router signal strength according to the enhancing instruction and the weakening instruction;

[0031] The activity detection module detects the increase and decrease of the router traffic usage, and the trend evaluation module analyzes and evaluates the future usage trend of the router traffic. The data analysis module analyzes whether it is necessary to reduce or increase the signal strength of the router based on the analysis and evaluation data of the activity detection module and the trend evaluation module, and records the adjustment data;

[0032] The environment detection module detects the router environment, which includes but is not limited to the external temperature and humidity of the router and the internal temperature and humidity of the router. The interference detection module detects the effective signal strength after the signal interference during the signal transmission process of the router. The data analysis module evaluates the environment detected by the environment detection module to obtain the trend diagram of the current, voltage and power consumption of the router affected by the environment, and records the environmental impact data. At the same time, the data analysis module analyzes the impact of the interference data detected by the interference detection module on the router signal, and records the interference impact data;

[0033] The data analysis module analyzes and evaluates the approximate data range of router signal enhancement and reduction based on the adjustment data, environmental impact data and interference impact data, and generates a reduction instruction by the reduction instruction module and a reinforcement instruction by the reinforcement instruction module. At the same time, the signal simulation module simulates whether the router signal meets the required power after enhancement or reduction based on the reduction instruction and reinforcement instruction.

[0034] When the signal simulation module analyzes and finds that the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal simulation module analyzes and finds that the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data.

[0035] Through the above embodiments, the signal strength of the router is not only adjusted by the adjustment unit and the control adjustment module, but also combined with other detection modules to dynamically adjust the signal according to the traffic usage and environmental data. At the same time, the combination of signal adjustment and power consumption detection can optimize the performance and power consumption of the router. Through the environment detection module and the interference detection module, the influence of environmental factors and signal interference can be considered when analyzing the power consumption of the router. The detection method that comprehensively considers the environment and interference factors is helpful to more comprehensively evaluate the power consumption performance of the router. The corresponding adjustment instructions are generated by the weakening instruction module and the enhancing instruction module, and the signal simulation module simulates the effect of the signal adjustment. The dynamic adjustment and simulation functions can ensure that the adjustment measures can actually meet the required power, thereby optimizing the power consumption management of the system;

[0036] The specific operation of the wireless router power consumption detection system includes the following steps:

[0037] S1, using the adjustment unit to adjust the router signal according to the environment and the traffic usage of the router, thereby affecting the power consumption data of the router;

[0038] S2. Calculate the power consumption of the router according to the current flowing through the router and the voltage of the router, and display the real-time power consumption of the router through the display module.

[0039] In step S1:

[0040] 1) Use the activity detection module to detect the usage of router traffic, and use the trend assessment module to assess the usage trend of router traffic;

[0041] 2) Use the environment detection module to detect the environmental impact data of the router, and use the interference detection module to detect the working efficiency of the router under non-ideal conditions;

[0042] 3) The data analysis module analyzes and evaluates the usage trend of router traffic and the environmental impact and interference impact, evaluates the relationship between the environmental impact data and the interference impact data and the router signal enhancement and weakening, evaluates the required range value of the required enhancement data and weakening data, and calculates the relationship between the required range value and the real-time router signal strength, and obtains the enhancement data range value and the weakening data range value;

[0043] 4) The enhancement instruction module and the weakening instruction module generate corresponding enhancement instructions and weakening instructions according to the enhancement data range value and the weakening data range value, and simulate the router signal after the enhancement instruction and the weakening instruction through the signal simulation module to see whether it meets the preset signal strength of the router;

[0044] 5) When the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data.

[0045] In step S2:

[0046] 1) The current detection module uses a current sensor to detect the current data flowing through the router in real time. The voltage detection module uses a voltage sensor to detect the voltage data of the router. The data acquisition module collects current data and voltage data. The data evaluation module analyzes the current data and voltage data. The display module makes a corresponding bar trend chart based on the power consumption data provided by the data evaluation module and displays the specific values ​​of the real-time power consumption data.

[0047] Working principle: When the present invention is used, the activity detection module detects the usage of router traffic, the trend evaluation module evaluates the usage trend of router traffic, the environment detection module detects the environmental impact data of the router, and the interference detection module detects the working efficiency of the router under non-ideal conditions. The data analysis module analyzes and evaluates the usage trend of router traffic, the environmental impact and the interference impact, evaluates the relationship between the environmental impact data and the interference impact data and the enhancement and weakening of the router signal, evaluates the required range value of the required enhancement data and the weakening data, and calculates the relationship between the required range value and the real-time router signal strength, and obtains the enhancement data range value and the weakening data range value. The enhancement instruction module and the weakening instruction module generate corresponding enhancement instructions and weakening instructions according to the enhancement data range value and the weakening data range value, and simulates the router signal after the enhancement instruction and the weakening instruction through the signal simulation module to determine whether it meets the preset signal strength of the router. When the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data. The current detection module uses the current sensor to detect the current data flowing through the router in real time, and the voltage detection module uses the voltage sensor to detect the circuit The voltage data of the router is collected by the data acquisition module, the current data and voltage data are collected by the data evaluation module, and the display module makes a corresponding bar trend chart according to the power consumption data provided by the data evaluation module, and displays the specific value of the real-time power consumption data. The adjustment unit and the control adjustment module not only adjust the signal strength of the router, but also combine with other detection modules to dynamically adjust the signal according to the traffic usage and environmental data. At the same time, the combination of signal adjustment and power consumption detection can optimize the performance and power consumption of the router. Through the environmental detection module and the interference detection module, the influence of environmental factors and signal interference can be considered when analyzing the power consumption of the router. The detection method that comprehensively considers the environment and interference factors is helpful to more comprehensively evaluate the power consumption performance of the router. The corresponding adjustment instructions are generated by the weakening instruction module and the enhancing instruction module, and the signal simulation module simulates the effect of the signal adjustment. The dynamic adjustment and simulation functions can ensure that the adjustment measures can actually meet the required power, thereby optimizing the power consumption management of the system. The display module makes a bar trend chart and displays the specific value of the real-time power consumption data, providing an intuitive power consumption display method, which is convenient for users to monitor the power consumption of the router in real time. The real-time data display and feedback method improves the practicality of the system.

[0048] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A wireless router power consumption detection system, characterized in that: The invention comprises an adjusting unit for adjusting the signal strength of a router, wherein the adjusting unit is electrically connected to a control adjusting module for controlling and adjusting the enhancement and weakening of the router signal, wherein the control adjusting module is electrically connected to a current detection module for measuring the value of the current flowing through the router, wherein the current detection module is electrically connected to a voltage detection module for measuring the value of the voltage of the router, wherein the voltage detection module is electrically connected to a data acquisition module for collecting detection data, wherein the data acquisition module is electrically connected to a data evaluation module for analyzing data to evaluate the power consumption of the router, wherein the data evaluation module is electrically connected to a display module for displaying and recording the power consumption data of the router, wherein the current detection module detects the current flowing through the router in real time through a current sensor , recorded as current data, the voltage detection module detects the voltage of the router through a voltage sensor and records it as voltage data, the data acquisition module acquires current data and voltage data, and the data evaluation module analyzes the current data and voltage data, and at the same time produces real-time power consumption data, the display module produces a corresponding bar trend chart according to the power consumption data provided by the data evaluation module, and displays the specific value of the real-time power consumption data, the adjustment unit includes an activity detection module for detecting the usage of router traffic and an environment detection module for detecting environmental data, the activity detection module is electrically connected to a trend evaluation module for evaluating the subsequent growth and decrease of router traffic, and the environment detection module is electrically connected to a module for analyzing and evaluating the routing The interference detection module of the effective signal after the router signal is interfered, the trend assessment module and the interference detection module are electrically connected to a data analysis module for data analysis and evaluation, the data analysis module is electrically connected to a weakening instruction module for generating a weakening instruction and an enhancing instruction module for generating an enhancing instruction, the weakening instruction module and the enhancing instruction module are electrically connected to a signal simulation module for simulating a signal strength adaptation rate, the signal simulation module is electrically connected to a control and adjustment module for controlling and adjusting the router signal strength according to the enhancing instruction and the weakening instruction, the activity detection module detects the increase and decrease of the router traffic usage, and the trend assessment module analyzes and evaluates the future usage trend of the router traffic, The data analysis module analyzes whether it is necessary to reduce or increase the signal strength of the router according to the analysis and evaluation data of the activity detection module and the trend evaluation module, and records the adjustment data. The environment detection module detects the router environment, which includes the external temperature and humidity of the router and the internal temperature and humidity of the router. The interference detection module detects the effective signal strength after the signal interference during the signal transmission process of the router. The data analysis module evaluates the environment detected by the environment detection module to obtain a trend diagram of the current, voltage and power consumption of the router affected by the environment, and records the environmental impact data. At the same time, the data analysis module analyzes the impact of the interference data detected by the interference detection module on the router signal, and records the interference impact data.The data analysis module analyzes and evaluates the approximate data range of router signal enhancement and reduction based on the adjustment data, environmental impact data and interference impact data, and the reduction instruction module generates a reduction instruction, and the enhancement instruction module generates an enhancement instruction. At the same time, the signal simulation module simulates whether the router signal meets the required power after enhancement or reduction based on the reduction instruction and the enhancement instruction. When the signal simulation module analyzes and concludes that the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal simulation module analyzes and concludes that the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data.

2. A wireless router power consumption detection system according to claim 1, characterized in that: The specific operation of the wireless router power consumption detection system includes the following steps: S1, using the adjustment unit to adjust the router signal according to the environment and the traffic usage of the router, thereby affecting the power consumption data of the router; S2, the power consumption of the router is obtained according to the current flowing through the router and the voltage of the router, and the real-time power consumption of the router is displayed through the display module; In step S1: 1) Use the activity detection module to detect the usage of router traffic, and use the trend assessment module to assess the usage trend of router traffic; 2) Use the environment detection module to detect the environmental impact data of the router, and use the interference detection module to detect the working efficiency of the router under non-ideal conditions; 3) The data analysis module analyzes and evaluates the usage trend of router traffic and the environmental impact and interference impact, evaluates the relationship between the environmental impact data and the interference impact data and the router signal enhancement and weakening, evaluates the required range value of the required enhancement data and weakening data, and calculates the relationship between the required range value and the real-time router signal strength, and obtains the enhancement data range value and the weakening data range value; 4) The enhancement instruction module and the weakening instruction module generate corresponding enhancement instructions and weakening instructions according to the enhancement data range value and the weakening data range value, and simulate the router signal after the enhancement instruction and the weakening instruction through the signal simulation module to see whether it meets the preset signal strength of the router; 5) When the signal enhancement and reduction meet the required power, the control and adjustment module controls the router to adjust the signal. When the signal enhancement and reduction do not meet the required power, the adjustment unit re-formulates the signal adjustment data. In step S2: 1) The current detection module uses a current sensor to detect the current data flowing through the router in real time. The voltage detection module uses a voltage sensor to detect the voltage data of the router. The data acquisition module collects current data and voltage data. The data evaluation module analyzes the current data and voltage data. The display module makes a corresponding bar trend chart based on the power consumption data provided by the data evaluation module and displays the specific values ​​of the real-time power consumption data.

Images