Remote sacrifice incandescent light management system based on Internet

Abstract

The invention relates to the technical field of intelligent sacrifice management, and discloses a remote sacrifice incandescent light management system based on the Internet, and the system comprises a solar power supply system module which is used for capturing solar energy, converting the solar energy into electric energy, and providing continuous power supply for the system; the intelligent control system module is used for realizing remote on-off control, automatic brightness adjustment and automatic fault detection of the incandescent light; and the code scanning payment and management platform module is used for realizing convenient code scanning payment and fine management of the incandescent light. Through the functions of remote control, automatic brightness adjustment, automatic fault detection, code scanning payment, an intelligent management platform and the like, the problems that in traditional cemetery sacrifice, an incandescent light is inconvenient to operate, the manual management efficiency is low, fault detection is not timely and energy consumption is large are solved. The purposes of efficient management, convenience in user operation, improvement of payment convenience and utilization of green energy are achieved, and therefore the intelligence level and environmental protection benefits of cemetery sacrifice are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent sacrificial management, and in particular to a remote sacrificial eternal lamp management system based on the Internet. Background Art

[0002] In recent years, with the acceleration of urbanization and the improvement of living standards, people's demand for sacrificial activities has also increased. Traditional sacrificial methods mainly rely on on-site sweeping of the tombs, which has certain limitations. Especially for those users who cannot go to the cemetery to sweep the tombs in person, traditional sacrificial methods cannot meet their needs. At the same time, with the increase of environmental awareness, the pollution caused by candles, paper money and other offerings used in traditional sacrificial processes has gradually attracted attention. Therefore, how to improve the convenience and environmental protection of sacrificial activities while meeting the needs of sacrificial activities has become an urgent problem to be solved.

[0003] Traditional cemetery management systems mainly rely on manual management, which has problems such as low management efficiency, high costs and untimely fault handling. The management of cemetery lighting equipment is no exception. Traditional eternal lights require manual switching and brightness adjustment, which not only increases the complexity of management, but also easily leads to operational errors, affecting the tomb-sweeping experience.

[0004] And with the development of Internet technology and Internet of Things technology, Internet-based remote management systems are gradually applied to various fields. Through Internet technology, users can realize real-time monitoring and operation of remote devices, which greatly improves management efficiency and user experience. However, there is still a lack of remote control systems specifically for the management of cemetery eternal lamps on the market. Therefore, the development of an Internet-based remote sacrificial eternal lamp management system has important practical significance and application prospects. Summary of the invention

[0005] In view of the deficiencies in the prior art, the present invention provides an Internet-based remote sacrificial eternal lamp management system, which solves the problems of low efficiency in eternal lamp management, complicated operation and untimely fault handling in traditional cemetery sacrifices.

[0006] To achieve the above objectives, the present invention is implemented through the following technical solutions: a remote sacrificial lamp management system based on the Internet, comprising:

[0007] Solar power system module, used to capture solar energy and convert it into electrical energy to provide a continuous power supply for the system;

[0008] Intelligent control system module, used to realize remote on / off control, automatic brightness adjustment and automatic fault detection of the ever-burning lamp;

[0009] The QR code scanning payment and management platform module is used to realize convenient QR code scanning payment and refined management of ever-burning lamps;

[0010] System security module to protect the system from unauthorized access and potential cyber attacks;

[0011] The operation process module is used to guide users to scan the code to start, enter information, select a package, pay, and pray for playback;

[0012] The background working module is used to control and manage the power supply, display and sound equipment of the ever-burning lamp;

[0013] Online operation module, used for users to perform remote operation and function management through APP;

[0014] Environmental monitoring module, used to monitor and record various parameters of the cemetery environment;

[0015] The auxiliary power supply module is used to automatically take over the power supply task of the system by utilizing the remaining power supply facilities when the power supply of the solar power supply system module is interrupted or insufficient.

[0016] Preferably, the solar power supply system module comprises:

[0017] Solar panels, which are connected to batteries through a controller to capture solar energy and convert it into electrical energy;

[0018] A battery, which is connected to the intelligent control system module through an inverter and is used to store electrical energy to ensure continuous power supply;

[0019] Controllers, which manage the charging and discharging of solar panels and batteries;

[0020] Inverter, used to convert direct current into alternating current to meet the needs of electrical equipment.

[0021] Preferably, the intelligent control system module includes:

[0022] A remote switch control unit is used to realize the remote switch operation of the ever-burning lamp;

[0023] Automatic brightness adjustment unit, used to automatically adjust the brightness of the ever-burning lamp according to the ambient light;

[0024] Automatic fault detection unit, used to monitor the working status of the steady light in real time and detect faults;

[0025] The data monitoring and analysis unit is used to collect signal, current, voltage, and brightness data through sensors and perform real-time analysis.

[0026] Preferably, the code scanning payment and management platform module includes:

[0027] The QR code scanning payment function unit is connected to the payment gateway through the user device to improve the convenience of payment;

[0028] The Ever-burning Lamp Management Platform Unit is used to achieve comprehensive control and efficient management of the Ever-burning Lamp Project;

[0029] The user interface optimization unit is connected to the management platform through the user device and is used to provide a concise and clear operation interface and a detailed user guide.

[0030] Preferably, the system security module includes:

[0031] Firewall configuration unit to protect against external unauthorized access and potential network attacks;

[0032] Data backup and recovery strategy unit, used to regularly back up critical data and ensure data recovery in case of system failure;

[0033] User rights management unit, used to manage user rights;

[0034] Security audit and monitoring unit, used to monitor network traffic, user behavior and potential risks in real time.

[0035] Preferably, the operation flow module includes:

[0036] A code scanning start unit, which is connected to the main control board through a user device and is used by the user to scan the QR code of the cemetery eternal lamp;

[0037] An information input unit is used to input a device-specific code and the name of the deceased;

[0038] A package selection unit, which is connected to the management platform via a user device and is used to select a lighting package;

[0039] A payment unit, which is connected to the scan code payment function unit through a user device, and is used to complete the payment and light up the eternal lamp;

[0040] The blessing playback unit is connected to the audio controller through the management platform and is used to play blessing texts and music.

[0041] Preferably, the background working module includes:

[0042] Main control board unit, used for overall system control and management;

[0043] Power management unit, used for power management and allocation;

[0044] Display and audio unit, used to control the display screen and audio equipment.

[0045] Preferably, the online operation module includes:

[0046] APP operation unit, used for users to operate through APP;

[0047] Function management unit, used to record and share the deceased's information and thoughts in detail.

[0048] Preferably, the environment monitoring module includes:

[0049] Environmental sensor unit, used to monitor and record temperature, humidity, and air quality parameters of the cemetery environment;

[0050] Environmental data analysis unit, which is used to analyze the data collected by environmental sensors and provide reports.

[0051] Preferably, the environmental sensor unit comprises:

[0052] Temperature sensor, used to monitor the temperature of the cemetery environment;

[0053] Humidity sensor, used to monitor the humidity of the cemetery environment;

[0054] Air quality sensors are used to monitor the air quality of cemetery environments.

[0055] Working principle: When offering sacrifices, users first scan the QR code on the eternal lamp in the cemetery through their mobile devices, and the system automatically guides the user to the management platform. On the platform, the user enters the name of the deceased and the device-specific code, and selects the appropriate lighting package. After completing the selection, the system prompts the user to make a payment, and the payment is completed through the scan code payment function.

[0056] After successful payment, the system starts the ever-burning lamp through the remote switch control unit, and the automatic brightness adjustment unit automatically adjusts the brightness of the ever-burning lamp according to the ambient light to ensure the best lighting effect. The automatic fault detection unit monitors the working status of the ever-burning lamp in real time to ensure the normal operation of the lamp.

[0057] At the same time, the blessing playback unit plays preset blessing texts and music through the audio controller, providing users with a complete sacrificial experience.

[0058] The background work module is responsible for the overall management and control of the system. The main control panel unit is connected to each control component, the power management unit allocates power, and the display and audio unit controls the display screen and audio equipment.

[0059] The system security module ensures the safe operation of the system through firewall configuration, data backup and recovery strategy, user authority management, and security auditing and monitoring.

[0060] The environmental monitoring module monitors the temperature, humidity and air quality of the cemetery environment through the environmental sensor unit, and the data is transmitted to the environmental data analysis unit for analysis and report generation.

[0061] The online operation module enables user remote operation through the APP operation unit, and the function management unit records and shares the information and thoughts of the deceased.

[0062] The present invention provides a remote sacrificial ever-burning lamp management system based on the Internet. It has the following beneficial effects:

[0063] 1. The present invention uses the remote control function to enable users to switch the ever-burning lamp at any location, which solves the limitation of traditional manual operation and achieves the purpose of facilitating users to manage the ever-burning lamp anytime and anywhere.

[0064] 2. The automatic brightness adjustment function of the present invention automatically adjusts the brightness of the ever-burning lamp according to the ambient light, solving the problem of manual adjustment, so that the ever-burning lamp can provide the best lighting effect under different lighting conditions. The automatic fault detection function monitors the working status of the ever-burning lamp in real time, and can promptly discover and solve faults, solving the problem of traditional reliance on manual inspections and ensuring continuous and stable operation of the lamp.

[0065] 3. The present invention adopts the scan code payment function, and users can complete payment by scanning the QR code, which solves the inconvenience of traditional payment methods and enhances the personalized experience of tomb sweeping, thereby achieving the purpose of improving payment convenience and efficiency.

[0066] 4. The present invention integrates data statistics, fault alarm and remote control functions through the management platform to achieve comprehensive control of the eternal lamp project, solve the problems of decentralized and inconvenient management, improve the level of intelligence in cemetery sweeping, and has the effects of efficient management and optimized resource allocation.

[0067] 5. The present invention achieves efficient energy utilization and low carbon emissions by making full use of solar energy resources, solves the problem of high traditional electricity consumption, and thus achieves the purpose of utilizing green energy and reducing carbon emissions.

[0068] 6. The present invention monitors the temperature, humidity and air quality of the cemetery environment through the environmental sensor unit to ensure the stable operation of the system. It also supports the intelligent control system module to automatically adjust the brightness and status of the eternal lamp by feeding back real-time data, effectively improving the user's trust and satisfaction with the system. At the same time, it detects abnormal environmental conditions in advance, effectively realizes the preventive maintenance of the system, and reduces the risk of equipment failure. BRIEF DESCRIPTION OF THE DRAWINGS

[0069] Figure 1 It is a framework diagram of the system of the present invention;

[0070] Figure 2 It is the system control framework of the present invention;

[0071] Figure 3It is a framework diagram of the solar power supply system module of the present invention;

[0072] Figure 4 This is a schematic diagram of the operation of the ever-burning lamp of the present invention;

[0073] Figure 5 It is a schematic diagram of the background working mode of the present invention;

[0074] Figure 6 A schematic diagram of the framework of the intelligent control system module of the present invention;

[0075] Figure 7 This is a framework diagram of the code scanning payment and management platform module of the present invention;

[0076] Figure 8 It is a framework diagram of the system security module of the present invention;

[0077] Fig. 9 It is a framework diagram of the operation process module of the present invention;

[0078] Fig.10 It is a framework diagram of the background working module of the present invention;

[0079] Fig.11 It is a framework diagram of the online operation module of the present invention;

[0080] Fig.12 It is a framework diagram of the environmental monitoring module of the present invention;

[0081] Fig.13 It is a framework diagram of the environmental sensor unit of the present invention. DETAILED DESCRIPTION

[0082] The technical solution of the present invention will be described clearly and completely below in conjunction with the accompanying drawings 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.

[0083] Example:

[0084] Please see attached Figure 1 The embodiment of the present invention provides a remote sacrificial lamp management system based on the Internet, including:

[0085] Solar power system module, used to capture solar energy and convert it into electrical energy to provide a continuous power supply for the system;

[0086] Intelligent control system module, used to realize remote on / off control, automatic brightness adjustment and automatic fault detection of the ever-burning lamp;

[0087] The QR code scanning payment and management platform module is used to realize convenient QR code scanning payment and refined management of ever-burning lamps;

[0088] System security module to protect the system from unauthorized access and potential cyber attacks;

[0089] The operation process module is used to guide users to scan the code to start, enter information, select a package, pay, and pray for playback;

[0090] The background working module is used to control and manage the power supply, display and sound equipment of the ever-burning lamp;

[0091] Online operation module, used for users to perform remote operation and function management through APP;

[0092] Environmental monitoring module, used to monitor and record various parameters of the cemetery environment;

[0093] The auxiliary power supply module is used to automatically take over the power supply task of the system by utilizing the remaining power supply facilities when the power supply of the solar power supply system module is interrupted or insufficient.

[0094] Please see attached Figure 2 -Attached Figure 3 , the solar power supply system module includes:

[0095] Solar panels, which are connected to batteries through a controller to capture solar energy and convert it into electrical energy;

[0096] A battery, which is connected to the intelligent control system module through an inverter and is used to store electrical energy to ensure continuous power supply;

[0097] Controllers, which manage the charging and discharging of solar panels and batteries;

[0098] Inverter, used to convert direct current into alternating current to meet the needs of electrical equipment.

[0099] Specifically, solar panels capture solar energy through solar panels and convert it into electrical energy, providing continuous green energy for the system and reducing dependence on traditional electricity.

[0100] The traditional tomb-sweeping project needs to rely on power supply from the power grid, which has the problems of high power consumption, high cost and environmental pollution. Through the use of solar panels, green and environmentally friendly power supply is achieved, reducing operating costs.

[0101] The battery stores electrical energy to ensure that the system can still operate normally under no light conditions, ensuring the continuity and stability of power supply.

[0102] The controller manages the charging and discharging process of the solar panels and batteries, optimizes the utilization efficiency of electrical energy, and extends the service life of the batteries.

[0103] The inverter converts the direct current in the battery into alternating current to meet the needs of electrical equipment, thus achieving compatibility between the system and traditional AC equipment.

[0104] Through the design of the above modules, the present invention achieves the goals of green environmental protection, efficient energy management and reliable power supply. The specific beneficial effects are as follows:

[0105] Environmental protection: Using solar panels to capture light energy reduces traditional electricity consumption and reduces carbon emissions.

[0106] Efficiency: Through MPPT technology and intelligent controller, efficient utilization and management of electric energy are achieved, optimizing system efficiency.

[0107] Reliable: Batteries store electrical energy to ensure continuous power supply in the absence of sunlight, and inverters convert DC to AC, ensuring system compatibility and stability.

[0108] Please see attached Figure 6 , the intelligent control system module includes:

[0109] A remote switch control unit is used to realize the remote switch operation of the ever-burning lamp;

[0110] Automatic brightness adjustment unit, used to automatically adjust the brightness of the ever-burning lamp according to the ambient light;

[0111] Automatic fault detection unit, used to monitor the working status of the steady light in real time and detect faults;

[0112] The data monitoring and analysis unit is used to collect signal, current, voltage, and brightness data through sensors and perform real-time analysis.

[0113] Specifically, the remote switch control unit realizes the switch operation of the ever-burning lamp through remote control, which improves management efficiency and user convenience.

[0114] The problem that the traditional ever-burning lamp needs to be turned on and off manually, which is inconvenient to manage, especially when frequent operation is required, is low in efficiency and inconvenient. The remote switch control unit solves this problem and realizes the convenience of remote operation.

[0115] The remote switch control unit is connected to the user's device via the Internet, and the user can send switch commands through a mobile phone or computer. After the system receives the command, it transmits it to the control unit using wireless communication technology (such as 4G or WiFi) to perform the corresponding operation.

[0116] The automatic brightness adjustment unit automatically adjusts the brightness of the ever-burning lamp according to the ambient light, saving energy and providing the best lighting effect.

[0117] The problem that the brightness of traditional long-lasting lamps is usually fixed and cannot be adjusted according to environmental changes, resulting in unnecessary energy waste and insufficient lighting is solved. The automatic brightness adjustment unit solves this problem and improves energy efficiency and lighting quality by dynamically adjusting the brightness.

[0118] The automatic fault detection unit monitors the working status of the ever-burning lamp in real time, detects and reports faults in time, and improves the reliability and maintenance efficiency of the system. It monitors the working status of the ever-burning lamp in real time (such as current, voltage, temperature, etc.) through sensors. When an abnormal situation is detected, a fault report is immediately generated and the maintenance personnel are notified.

[0119] The fault detection of traditional ever-burning lamps relies on manual inspections, which results in untimely detection and maintenance. The automatic fault detection unit improves the timeliness and accuracy of fault detection and reduces maintenance costs through automated detection.

[0120] The automatic fault detection unit includes multiple sensors and a data processor. The sensors collect the working data of the ever-burning lamp in real time and transmit the data to the data processor. The data processor analyzes the data and detects the fault according to the preset fault judgment rules.

[0121] Please see attached Figure 4 -Attached Figure 5 and attached Figure 7 , the QR code payment and management platform modules include:

[0122] The QR code scanning payment function unit is connected to the payment gateway through the user device to improve the convenience of payment;

[0123] The Ever-burning Lamp Management Platform Unit is used to achieve comprehensive control and efficient management of the Ever-burning Lamp Project;

[0124] The user interface optimization unit is connected to the management platform through the user device and is used to provide a concise and clear operation interface and a detailed user guide.

[0125] Specifically, through the scan code payment function, the user can complete the payment conveniently, thus improving the payment efficiency and user experience.

[0126] The traditional payment method is cumbersome, users need to carry cash or bank cards, and the payment process is long, which is not convenient for modern tomb sweeping scenes. The QR code payment function unit solves this problem and provides a convenient and fast payment method.

[0127] The QR code scanning payment function unit is connected to the user's device (such as a mobile phone). After the user scans the QR code, the payment information is transmitted to the payment gateway via the Internet to complete the payment process. The specific steps are as follows:

[0128] The user scans the QR code on the eternal lantern.

[0129] The system generates a payment request and sends it to the payment gateway via the user's device.

[0130] The payment gateway verifies the payment information and completes the payment transaction.

[0131] The system receives feedback that the payment is successful and performs corresponding operations.

[0132] The Ever-burning Lamp Management Platform Unit realizes comprehensive control and efficient management of the Ever-burning Lamp project, improving management efficiency and accuracy. It integrates functions such as data statistics, fault alarm and remote control. Managers can monitor and manage the operating status of the Ever-burning Lamp in real time through the platform.

[0133] The long-lasting lamp management platform unit includes a data statistics module, a fault alarm module and a remote control module. The specific functions are as follows:

[0134] Data statistics module: real-time statistics of the operating data of the ever-burning lamp, including brightness, current, voltage, etc., and generate reports for reference by managers.

[0135] Fault alarm module: monitors the working status of the ever-burning lamp in real time, automatically alarms when a fault is detected, and sends a notification to the maintenance personnel.

[0136] Remote control module: allows managers to remotely turn on and off the lights and adjust brightness and other parameters through the platform.

[0137] The user interface optimization unit provides a concise and clear operation interface and detailed user guide to enhance the user operation experience.

[0138] Please see attached Figure 8 , the system security module includes:

[0139] Firewall configuration unit to protect against external unauthorized access and potential network attacks;

[0140] Data backup and recovery strategy unit, used to regularly back up critical data and ensure data recovery in case of system failure;

[0141] User rights management unit, used to manage user rights;

[0142] Security audit and monitoring unit, used to monitor network traffic, user behavior and potential threats in real time.

[0143] Specifically, through the firewall configuration unit, the system can resist external unauthorized access and potential network attacks to ensure system security.

[0144] The firewall configuration unit uses deep packet inspection (DPI) technology to analyze the content and behavior of data packets and filter out malicious data packets. Firewall rules can be set as:

[0145] Allow: Data packets that comply with the security policy can pass.

[0146] Deny: Packets that do not conform to the security policy are blocked.

[0147] The data backup and recovery strategy unit regularly backs up key data to ensure rapid recovery in the event of system failure or data loss, thereby protecting data integrity and continuous system operation.

[0148] The data backup and recovery strategy unit includes the following steps:

[0149] Regular backup: Use a strategy that combines incremental backup and full backup to regularly back up key data in the system to a secure storage location.

[0150] Data recovery: When a system failure occurs, quickly restore data from the backup to ensure continuous operation of the system.

[0151] Through the user rights management unit, the system can strictly control user access rights to ensure that only authorized users can access key systems and data, thereby improving system security.

[0152] The user rights management unit adopts the role-based access control (RBAC) model to assign rights based on the user's role. The rights assignment rules are as follows:

[0153] Administrator: Has the highest authority and can access and operate all resources.

[0154] Ordinary users: can only access and operate authorized resources and functions.

[0155] Through the security audit and monitoring unit, the system can monitor network traffic, user behavior and potential threats in real time, promptly discover and deal with security risks, and ensure system security.

[0156] The security audit and monitoring unit includes the following steps:

[0157] Real-time monitoring: Use traffic analysis and behavior analysis technology to monitor the system's network traffic and user operations in real time and detect abnormal behavior.

[0158] Security Audit: Record and analyze system security incidents, generate audit reports, and provide a basis for security management.

[0159] Please see attached Fig. 9 , the operation process module includes:

[0160] A code scanning start unit, which is connected to the main control board through a user device and is used by the user to scan the QR code of the cemetery eternal lamp;

[0161] An information input unit is used to input a device-specific code and the name of the deceased;

[0162] A package selection unit, which is connected to the management platform via a user device and is used to select a lighting package;

[0163] A payment unit, which is connected to the scan code payment function unit through a user device, and is used to complete the payment and light up the eternal lamp;

[0164] The blessing playback unit is connected to the audio controller through the management platform and is used to play blessing texts and music.

[0165] Specifically, by scanning the code to start the unit, users can easily and quickly start the system and enter the operation process, which improves the user experience.

[0166] The scan code start unit is connected to the main control board through the user device. After the user scans the QR code on the cemetery's eternal lamp, the system automatically recognizes and starts the operation process.

[0167] It solves the problem that traditional tomb sweeping operations are cumbersome, users need to manually input a lot of information, and the operation steps are complicated and prone to errors. The scan code start unit simplifies the operation process, allowing users to quickly enter the operation interface by scanning the QR code.

[0168] The information input unit simplifies the information entry process, ensuring that users accurately enter the device-specific code and the name of the deceased, and improving the accuracy and convenience of system operation.

[0169] The package selection unit provides a variety of lighting packages to choose from. Users can choose the appropriate package according to their needs, which improves the flexibility of the system and user satisfaction.

[0170] It solves the problem that the traditional tomb-sweeping system has a single package selection and cannot meet the diverse needs of users.

[0171] The user browses and selects a suitable lighting package in the interface of the package selection unit, and the selection information is transmitted to the management platform via the Internet. The system records the user's selection and makes corresponding settings.

[0172] The payment unit uses the QR code scanning payment function, allowing users to complete payment conveniently, simplifying the payment process and improving payment efficiency.

[0173] The user confirms the payment information in the payment unit interface and completes the payment by scanning the code. The payment information is transmitted to the payment gateway via the Internet. After the system confirms that the payment is successful, the ever-burning lamp is automatically lit.

[0174] The blessing playback unit provides personalized blessing text and music playback functions, which enhances the sense of ceremony and user experience of tomb sweeping. It is connected to the audio controller through the management platform to play the user's preset blessing text and music, creating a solemn and dignified tomb sweeping atmosphere.

[0175] It solves the problem that the traditional tomb-sweeping system lacks personalization and ritual sense and cannot meet the user's demand for tomb-sweeping experience. The blessing playback unit provides personalized blessing content playback, which improves the tomb-sweeping ritual sense and user satisfaction.

[0176] Users preset blessing texts and music in the system, and the blessing playback unit plays these contents through the audio controller during the tomb-sweeping process to create a solemn and dignified tomb-sweeping atmosphere.

[0177] Please see attached Fig.10 , the background work modules include:

[0178] Main control board unit, used for overall system control and management;

[0179] Power management unit, used for power management and allocation;

[0180] Display and audio unit, used to control the display screen and audio equipment.

[0181] Specifically, the main control board unit is used to achieve centralized control and management of the entire system, thereby improving the stability and management efficiency of the system.

[0182] The main control board unit is responsible for coordinating and managing various parts of the system, ensuring the coordinated work between modules and providing overall system control functions.

[0183] The main control board unit connects various modules through integrated control chips and communication interfaces to achieve data transmission and command issuance. The specific working steps are as follows:

[0184] The main control board receives user input commands and sensor data.

[0185] According to the preset control logic, the data is processed and control instructions are sent to the corresponding modules.

[0186] Monitor the operating status of each module and make timely adjustments and maintenance.

[0187] Through the power management unit, reasonable management and allocation of electricity can be achieved to ensure the continuous and stable operation of the system and improve energy utilization efficiency.

[0188] The power management unit includes a power controller and a power regulator. The specific working steps are as follows:

[0189] The power controller monitors the power requirements of the system and adjusts the power output to ensure that each module receives the required power.

[0190] The power conditioner optimizes power distribution according to actual usage to avoid energy waste.

[0191] Monitor power usage and make timely adjustments to extend the life of your equipment.

[0192] Through the display and audio units, visual display of information and control of audio equipment are achieved, which improves the user experience and interactivity of the system.

[0193] The display and audio unit includes a display controller and an audio controller. The specific working steps are as follows:

[0194] The display controller receives instructions from the main control board and controls the display screen to display corresponding content, including the operation interface, system status, etc.

[0195] The audio controller receives instructions from the main control board and controls the audio equipment to play corresponding sound effects, including prompt sounds, blessing music, etc.

[0196] By optimizing the display interface and sound effect settings, the user's operating experience and system interactivity are improved.

[0197] Please see attached Fig.11 , the online operation modules include:

[0198] APP operation unit, used for users to operate through APP;

[0199] Function management unit, used to record and share the deceased's information and thoughts in detail.

[0200] Please see attached Fig.12 , the environmental monitoring module includes:

[0201] Environmental sensor unit, used to monitor and record temperature, humidity, and air quality parameters of the cemetery environment;

[0202] Environmental data analysis unit, which is used to analyze the data collected by environmental sensors and provide reports.

[0203] Please see attached Fig.13 , the environmental sensor unit includes:

[0204] Temperature sensor, used to monitor the temperature of the cemetery environment;

[0205] Humidity sensor, used to monitor the humidity of the cemetery environment;

[0206] Air quality sensors are used to monitor the air quality of cemetery environments.

[0207] Specifically, through the environmental sensor unit, the temperature, humidity, air quality and other parameters of the cemetery environment are monitored and recorded in real time to provide data support for the management and optimization of the system.

[0208] The traditional cemetery management system lacks real-time monitoring of environmental parameters, making it difficult to understand and adjust environmental conditions in a timely manner, which may affect the tomb-sweeping experience and the normal operation of the eternal lamp. The environmental sensor unit provides the necessary data support by monitoring environmental parameters in real time, ensuring that the system can be adjusted and optimized in a timely manner.

[0209] The environmental sensor unit includes a temperature sensor, a humidity sensor, and an air quality sensor. The specific working steps are as follows:

[0210] Temperature sensor: monitors the temperature of the cemetery environment in real time and transmits the data to the data analysis unit.

[0211] Humidity sensor: monitors the humidity of the cemetery environment in real time and transmits the data to the data analysis unit.

[0212] Air quality sensor: monitors the air quality parameters of the cemetery environment (such as PM2.5 concentration, CO2 concentration, etc.) in real time and transmits the data to the data analysis unit.

[0213] Through the environmental data analysis unit, the data collected by the environmental sensors is analyzed and reports are generated to provide decision-making basis for managers and improve the scientificity and effectiveness of cemetery management.

[0214] The environmental data analysis unit includes a data acquisition module and a data analysis module. The specific working steps are as follows:

[0215] Data acquisition module: receives data transmitted by environmental sensors in real time, and performs preliminary processing and storage.

[0216] Data analysis module: conducts in-depth analysis of the collected data, generates environmental reports, and makes management recommendations based on the analysis results. Commonly used analysis methods include time series analysis and statistical analysis, and the formula is as follows:

[0217] Average temperature calculation:

[0218]

[0219] Among them, T avg is the average temperature, T i is the temperature of the ith sampling, and N is the number of samplings.

[0220] Humidity trend analysis:

[0221]

[0222] Among them, Htrend is the humidity change trend, H N is the humidity of the Nth sampling, H1 is the humidity of the 1st sampling, and N is the number of samplings.

[0223] Air Quality Index Calculation:

[0224]

[0225] Among them, AQI is the air quality index, P is the concentration of the jth air pollutant, and n is the number of pollutant types.

[0226] In order to ensure the feasibility of the cemetery solar energy intelligent power supply code scanning long-burning lantern memorial project, the present invention needs to conduct a detailed analysis of the investment cost estimation and payback period of the system. Through this experiment, it is hoped that the economic benefits of the system can be verified, a scientific basis can be provided to attract potential investors, and the sustainable development and operational stability of the project can be ensured. The experiment aims to simulate the actual operation of the project, evaluate the return on investment and payback period, and thus provide support for decision-making.

[0227] Experimental purpose: This experiment aims to evaluate the investment cost, payback period and economic benefits of the cemetery solar smart power supply scanning code eternal lantern memorial project. Specific objectives include:

[0228] Provide detailed estimates of the initial investment cost and annual operating costs of the project.

[0229] Predict the project's revenue in different years and calculate the return on investment.

[0230] Analyze the economics of a project to determine its feasibility and attractiveness.

[0231] Experimental steps:

[0232] 1. Equipment purchase and installation:

[0233] Equipment Purchase:

[0234] Purchase solar panels, intelligent control systems, QR code payment platforms, ever-burning lamps and other equipment. Confirm the performance and quality of the equipment to ensure that it meets the project requirements.

[0235] Equipment installation:

[0236] Install the solar panel and connect it to the controller and battery.

[0237] Install intelligent control systems and ensure their compatibility with solar power supply systems.

[0238] Configure the QR code scanning payment platform and perform related debugging.

[0239] 2. Run data collection:

[0240] Setting up the monitoring system:

[0241] Install sensors on the equipment to monitor parameters such as current, voltage, and ambient light.

[0242] Configure the data monitoring and analysis system to collect and analyze operation data in real time.

[0243] Simulate user operations:

[0244] Through the scan code payment function, the user's operation of lighting a perpetual lamp is simulated.

[0245] Collect power consumption and device response time for each operation.

[0246] 3. Data analysis and result drawing:

[0247] Cost Estimate:

[0248] Record equipment purchase costs, installation costs, maintenance costs, and marketing costs.

[0249] Calculate the contribution of each expense and the total investment cost.

[0250] Payback period forecast:

[0251] Based on market research, simulate the revenue under different user scales.

[0252] Forecast revenue growth from year one to year five and calculate return on investment.

[0253] Draw a table of experimental results:

[0254] Summarize and tabulate the results of cost estimates, payback period forecasts, and economic benefit analysis.

[0255] Experimental results:

[0256] According to the project investment income calculation:

[0257] Table 1: Cemetery revenue

[0258] project First Year Second Year Third Year Fourth Year Fifth Year Profits from lighting graves 20,440 yuan 28,616 yuan 32,704 yuan 36,792 yuan 40,880 NTD Platform tomb sweeping income 28,000 NTD 33,600 NTD 40,320 NTD 48,384 yuan 58,060 NTD Mall sales revenue 10,000 NTD 12,000 NTD 14,400 NTD 17,280 NTD 20,736 yuan Revenue from tomb sweeping services 6,750 NTD 8,100 NTD 9,720 NTD 11,664 yuan 13,996 NTD Project annual income 65,190 yuan 82,316 yuan 97,144 yuan 114,120 NTD 133,672 yuan Project five-year cycle benefits 492,442 yuan - - - -

[0259] Table 2: Investor income

[0260] project First Year Second Year Third Year Fourth Year Fifth Year Profits from lighting graves 25,550 NTD 35,770 NTD 40,880 NTD 45,990 NTD 51,100 NTD Platform tomb sweeping income 42,000 NTD 50,400 NTD 60,480 yuan 72,576 yuan 87,091 yuan Mall sales revenue 10,000 NTD 12,000 NTD 14,400 NTD 17,280 NTD 20,736 yuan Revenue from tomb sweeping services 1,500 NTD 1,800 NTD 2,160 NTD 2,590 NTD 3,110 NTD Project annual income 79,050 NTD 99,970 yuan 117,920 yuan 138,436 yuan 162,037 yuan Project five-year cycle benefits 597,413 yuan - - - - Cycle ROI 747.7％ - - - -

[0261] Experimental summary:

[0262] Through this experiment, a detailed analysis was conducted on the investment cost and payback period of the cemetery solar energy intelligent power supply scanning code eternal lantern memorial project. The results showed that the project has significant economic benefits and investment potential.

[0263] Investment cost:

[0264] The cemetery's initial investment mainly includes equipment purchase costs, installation costs, maintenance costs and marketing costs. The total investment cost in the first year is 115,000 yuan, and the total investment costs in the next four years are 20,500 yuan, 16,050 yuan, 16,655 yuan and 17,320 yuan respectively.

[0265] The initial investment of the investor mainly includes the equipment purchase cost. After five years of investment and operation, the project's income has increased year by year, and the return on investment has increased significantly.

[0266] Revenue Analysis:

[0267] The sources of income for the cemetery and investors include income from lighting the cemetery, income from platform tomb sweeping, income from mall sales, and income from tomb sweeping services. As the project progresses, the income increases year by year, and the return on investment increases year by year.

[0268] The cemetery's total income over the five years was 492,442 yuan, and the investor's total income over the five years was 597,413 yuan.

[0269] Payback period:

[0270] The cemetery project has a shorter payback period, with a return on investment of 68.7% in the first year and a payback period of 1.45 years.

[0271] The project payback period for investors is relatively short, with a return on investment of 747.7% in the first year and a payback period of 1.55 years.

[0272] As time went by, the project's return on investment increased year by year, reaching 141.3% for the cemetery and 747.7% for the investor in the fifth year.

[0273] Through detailed data analysis and summary, this experiment verified the economic benefits of the cemetery solar energy intelligent power supply code scanning eternal lamp memorial project. The system has a high return on investment and a short payback period, which is suitable for long-term investment and promotion. This not only provides a convenient and environmentally friendly memorial experience, but also brings significant economic returns to investors.

[0274] Experimental summary:

[0275] Through this experiment, a detailed analysis was conducted on the investment cost and payback period of the cemetery solar energy intelligent power supply scanning code eternal lantern memorial project. The results showed that the project has significant economic benefits and investment potential.

[0276] Investment cost:

[0277] In the experiment, the initial investment mainly includes equipment purchase costs, installation costs, maintenance costs and marketing costs:

[0278] Equipment purchase cost: 80,000 yuan

[0279] Installation cost: 10,000 yuan

[0280] Maintenance fee: gradually increases each year, from 5,000 yuan in the first year to 7,320 yuan in the fifth year

[0281] Marketing expenses: 20,000 yuan in the first year, and 15,000 to 10,000 yuan each year thereafter

[0282] Through detailed records and calculations, we concluded that the total investment cost in the first year was RMB 115,000, while the total investment costs in the next four years were RMB 20,500, RMB 16,050, RMB 16,655 and RMB 17,320 respectively.

[0283] Revenue Analysis:

[0284] The sources of income include income from lighting up graves, income from tomb-sweeping activities on the platform, income from mall sales, and income from tomb-sweeping services:

[0285] Revenue from lighting graves: Increased from 20,440 yuan in the first year to 40,880 yuan in the fifth year

[0286] Platform tomb-sweeping revenue: increased from 28,000 yuan in the first year to 58,060 yuan in the fifth year

[0287] Mall sales revenue: increased from 10,000 yuan in the first year to 20,736 yuan in the fifth year

[0288] Revenue from tomb-sweeping services: increased from 6,750 yuan in the first year to 13,996 yuan in the fifth year

[0289] Payback period:

[0290] By comprehensively analyzing costs and benefits, the project's return on investment and payback period are calculated:

[0291]

[0292]

[0293] Through detailed data analysis and summary, this experiment verified the economic benefits of the cemetery solar energy intelligent power supply scanning code eternal lamp memorial project. The system has a high return on investment and a short payback period, which is suitable for long-term investment and promotion. This not only provides a convenient and environmentally friendly memorial experience, but also brings significant economic returns to investors.

[0294] 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. The Internet-based remote sacrificial lamp management system is characterized by: include: Solar power system module, used to capture solar energy and convert it into electrical energy to provide a continuous power supply for the system; Intelligent control system module, used to realize remote on / off control, automatic brightness adjustment and automatic fault detection of the ever-burning lamp; The QR code scanning payment and management platform module is used to realize convenient QR code scanning payment and refined management of ever-burning lamps; System security module to protect the system from unauthorized access and potential cyber attacks; The operation process module is used to guide users to scan the code to start, enter information, select a package, pay, and pray for playback; The background working module is used to control and manage the power supply, display and sound equipment of the ever-burning lamp; Online operation module, used for users to perform remote operation and function management through APP; Environmental monitoring module, used to monitor and record various parameters of the cemetery environment; The auxiliary power supply module is used to automatically take over the power supply task of the system by utilizing the remaining power supply facilities when the power supply of the solar power supply system module is interrupted or insufficient.

2. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The solar power supply system module comprises: Solar panels, which are connected to batteries through a controller to capture solar energy and convert it into electrical energy; A battery, which is connected to the intelligent control system module through an inverter and is used to store electrical energy to ensure continuous power supply; Controllers, which manage the charging and discharging of solar panels and batteries; Inverter, used to convert direct current into alternating current to meet the needs of electrical equipment.

3. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The intelligent control system module includes: A remote switch control unit is used to realize the remote switch operation of the ever-burning lamp; Automatic brightness adjustment unit, used to automatically adjust the brightness of the ever-burning lamp according to the ambient light; Automatic fault detection unit, used to monitor the working status of the steady light in real time and detect faults; The data monitoring and analysis unit is used to collect signal, current, voltage, and brightness data through sensors and perform real-time analysis.

4. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The code scanning payment and management platform module includes: The QR code scanning payment function unit is connected to the payment gateway through the user device to improve the convenience of payment; The Ever-burning Lamp Management Platform Unit is used to achieve comprehensive control and efficient management of the Ever-burning Lamp Project; The user interface optimization unit is connected to the management platform through the user device and is used to provide a concise and clear operation interface and a detailed user guide.

5. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The system security module includes: Firewall configuration unit to protect against external unauthorized access and potential network attacks; Data backup and recovery strategy unit, used to regularly back up critical data and ensure data recovery in case of system failure; User rights management unit, used to manage user rights; Security audit and monitoring unit, used to monitor network traffic, user behavior and potential threats in real time.

6. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The operation flow module includes: A code scanning start unit, which is connected to the main control board through a user device and is used by the user to scan the QR code of the cemetery eternal lamp; An information input unit is used to input a device-specific code and the name of the deceased; A package selection unit, which is connected to the management platform via a user device and is used to select a lighting package; A payment unit, which is connected to the scan code payment function unit through a user device, and is used to complete the payment and light up the eternal lamp; The blessing playback unit is connected to the audio controller through the management platform and is used to play blessing texts and music.

7. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The background working module includes: Main control board unit, used for overall system control and management; Power management unit, used for power management and allocation; Display and audio unit, used to control the display screen and audio equipment.

8. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The online operation module includes: APP operation unit, used for users to operate through APP; Function management unit, used to record and share the deceased's information and thoughts in detail.

9. The Internet-based remote sacrificial lamp management system according to claim 1 is characterized in that: The environmental monitoring module comprises: Environmental sensor unit, used to monitor and record temperature, humidity, and air quality parameters of the cemetery environment; Environmental data analysis unit, which is used to analyze the data collected by environmental sensors and provide reports.

10. The Internet-based remote sacrificial lamp management system according to claim 1, characterized in that: The environmental sensor unit comprises: Temperature sensor, used to monitor the temperature of the cemetery environment; Humidity sensor, used to monitor the humidity of the cemetery environment; Air quality sensors are used to monitor the air quality of cemetery environments.

Images