Oxy-hydrogen generator management platform based on Internet of Things

Abstract

The invention relates to the technical field of internet-of-things management, in particular to an internet-of-things-based hydrogen-oxygen generator management platform, which comprises an intelligent internet-of-things management platform, and is characterized in that the intelligent internet-of-things management platform comprises a system login module for a user to input a user name and a password and click to log in a system interface after verification is passed; the home page selection module comprises a left page and a right page, the left page is provided with a function menu navigation page for a user with permission to perform related function operation, and the right page is a data desktop for looking up related information of equipment operation; and the member management module is used for managing member accounts. Through integrated system management, scattered hydrogen-oxygen generators and system information are concentrated on one platform, and a user can conveniently and quickly access and operate each functional module through the system login module and the home page selection module, so that the time cost for switching and searching information among different systems is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of Internet of Things management, and in particular to an oxygen-hydrogen generator management platform based on the Internet of Things. Background Art

[0002] In today's wave of digitalization and intelligence, Internet of Things technology is penetrating into various industries and fields at an unprecedented speed. The number of hydrogen and oxygen generators involved in enterprises is large and widely distributed. From the production of hydrogen and oxygen generators to the monitoring of hydrogen and oxygen generators, from large industrial hydrogen and oxygen generators to small sensors, these hydrogen and oxygen generators operate in different locations and environments. Their management and maintenance face huge challenges. In the past, manual inspections and simple local monitoring systems were relied on, which were not only inefficient, but also prone to problems of untimely and inaccurate information. It was difficult to grasp the operating status of hydrogen and oxygen generators in real time and comprehensively, which led to frequent failures of hydrogen and oxygen generators, energy waste, and high maintenance costs.

[0003] In terms of user services, users' demand for the use and monitoring of hydrogen and oxygen generators is also increasing. Traditional methods can only provide limited information feedback and operation channels. It is difficult for users to grasp the operating status and operate the hydrogen and oxygen generators conveniently and timely, and they are unable to flexibly adjust their own business based on the real-time information of the hydrogen and oxygen generators. Summary of the invention

[0004] In view of the deficiencies of the prior art, the present invention provides an oxyhydrogen generator management platform based on the Internet of Things to solve the problems raised in the above background technology.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: an oxyhydrogen generator management platform based on the Internet of Things, including an intelligent Internet of Things management platform, the intelligent Internet of Things management platform including:

[0006] System login module, for users to enter their username and password, and click login to enter the system interface after verification;

[0007] The homepage selection module includes two pages, the left page has a function menu navigation page for authorized users to perform related function operations, and the right page is a data desktop for viewing relevant information on the operation of the hydrogen and oxygen generator;

[0008] Member management module, used to manage member accounts;

[0009] The system settings module operates the system-level configuration and management of the entire platform to ensure the normal operation, data security and personalized customization of the platform;

[0010] Operation management module, used to manage the products in the Carbon Lifeng IoT management platform, the entire process of hydrogen and oxygen generators, and customer information;

[0011] APP management module, used for mobile management and monitoring of hydrogen and oxygen generators;

[0012] The system login module, home page selection module, member management module, system setting module, operation management module and APP management module are all connected through data transmission technology, and the modules cooperate and restrict each other to form a complete intelligent Internet of Things management platform.

[0013] Preferably, the member management module includes a department management unit, a role management unit and a user management unit. The department management unit is used to enter the department management setting menu, and the name of the operating unit can be selected. The management department of the operating platform to which it belongs can be added or managed by clicking the add, modify, or delete buttons. The operation is successful when the mouse is released. The role management unit is used to add roles, and to assign employees accordingly, and to configure users for the role. After successful configuration, the user logs into the system and has the authority corresponding to the role. The user management unit is used to add staff members. User accounts can be added by filling in the staff member's name, user name, and setting an initialization password.

[0014] Preferably, the system setting module includes a log management unit, a system configuration unit and a password modification unit. The log management unit is used to record the log of users logging into the system and the problems that occur in the system when the user operates the system. The operation log can query the system login information of a user in a certain time period. The debug log can query and download the log of system problems. The system configuration unit is used to fill in and save the company information related information on the system configuration page, and upload and save the logo image in the logo setting. After the configuration takes effect, the login interface will display the relevant content. The password modification unit is used for the user to enter the password modification page, enter the old password and the new password, save them successfully, log out of the system, and use the new password to log in next time.

[0015] Preferably, the password modification unit can also perform subsequent operations by clicking on the avatar to modify the password when modifying the password.

[0016] Preferably, the operation management module includes a product management unit, an equipment management unit and a customer management unit. The product management unit is used to display all models of the company's products on the product management interface and associate all hydrogen and oxygen generators under the model. When the hydrogen and oxygen generators are running online, real-time operation data can be viewed and new product information can be filled in by clicking Add. The hydrogen and oxygen generator management unit is used to select product models, add hydrogen and oxygen generator related content, set parameters and upload hydrogen and oxygen generator related pictures. The customer management module is used to manage customer galaxies and allocate hydrogen and oxygen generators sold to customers by allocating hydrogen and oxygen generators.

[0017] Preferably, the APP management module includes an APP login unit, a device list unit and an operation management unit. The APP login unit is used for the user of the APP account to enter the APP interface by inputting the account number and password. The device list unit is used for the user to view the list of hydrogen and oxygen generators within the authority and the online or offline status of the hydrogen and oxygen generators after entering the APP homepage, and to view the operation status of the hydrogen and oxygen generators in a graphical manner after clicking to view. The operation management unit is used to query the historical operation status information of the hydrogen and oxygen generators within a certain time range.

[0018] Preferably, the operating authority of the member management module, system setting module, and operation management module is restricted by the user authority assigned by the system login module, and users with different authority can operate different functional ranges.

[0019] Preferably, the APP management module synchronizes data with the system login module, the homepage selection module, the member management module, the system setting module, and the operation management module.

[0020] The present invention provides an oxyhydrogen generator management platform based on the Internet of Things, which has the following beneficial effects:

[0021] 1. The present invention integrates the scattered hydrogen and oxygen generators and system information on one platform through integrated system management. Users can easily and quickly access and operate various functional modules through the system login module and the homepage selection module, reducing the time cost of switching and searching for information between different systems. The operation management module integrates product management, hydrogen and oxygen generator management and customer management, realizing the full process information integration from product production, hydrogen and oxygen generator deployment to customer service, which is convenient for enterprises to carry out unified management and coordination. At the same time, users can check the status of hydrogen and oxygen generators and operate them through APP anytime and anywhere without having to operate them at a fixed work location, further improving the timeliness and flexibility of hydrogen and oxygen generator management. Whether users are on business trips or on-site maintenance, they can operate conveniently, reducing delays and errors caused by untimely information transmission.

[0022] 2. The present invention provides users with real-time and historical oxyhydrogen generator operation information through the operation management module and the APP management module. Users can intuitively see the operating status of the oxyhydrogen generator. Through a graphical display method, they can quickly identify whether the oxyhydrogen generator is operating normally, and can view the historical operating trend of the oxyhydrogen generator, which is convenient for discovering potential problems of the oxyhydrogen generator in advance. The operation and operation logs of the oxyhydrogen generator can be recorded through the log management unit in the system setting module. When the oxyhydrogen generator is abnormal, the problem can be quickly located by checking the log, and the cause and occurrence time of the fault can be found out, which is convenient for timely repairing the oxyhydrogen generator, reducing the downtime of the oxyhydrogen generator, and improving the overall availability of the oxyhydrogen generator.

[0023] 3. The present invention can grasp the operating status of the oxyhydrogen generator in real time through refined management and monitoring of the oxyhydrogen generator, reasonably allocate and use energy according to the actual needs of the oxyhydrogen generator, avoid energy waste, and predict oxyhydrogen generator failures in advance and perform preventive maintenance, thereby reducing the maintenance cost caused by sudden failures of the oxyhydrogen generator and production losses caused by failures of the oxyhydrogen generator, while reducing the frequency and cost of manual inspections. The automation and integrated management of the system reduces the workload of manual intervention and manual management, reduces labor costs, and improves the overall operating efficiency of the enterprise. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a schematic diagram of the intelligent Internet of Things management platform system of the present invention;

[0025] Figure 2 It is a schematic diagram of the member management module system of the present invention;

[0026] Figure 3 A schematic diagram of a system setting module system of the present invention;

[0027] Figure 4 It is a schematic diagram of the operation management system of the present invention;

[0028] Figure 5 It is a schematic diagram of the APP management module system of the present invention. DETAILED DESCRIPTION

[0029] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0030] Example:

[0031] like Figure 1-5 As shown, the embodiment of the present invention provides an oxyhydrogen generator management platform based on the Internet of Things, including an intelligent Internet of Things management platform, and the intelligent Internet of Things management platform includes:

[0032] System login module, for users to enter their username and password, and click login to enter the system interface after verification;

[0033] The homepage selection module includes two pages, the left page has a function menu navigation page for authorized users to perform related function operations, and the right page is a data desktop for viewing relevant information about the operation of the hydrogen and oxygen generator;

[0034] Member management module, used to manage member accounts;

[0035] The system settings module operates the system-level configuration and management of the entire platform to ensure the normal operation, data security and personalized customization of the platform;

[0036] Operation management module, used to manage the products in the Carbon Lifeng IoT management platform, the entire process of hydrogen and oxygen generators, and customer information;

[0037] APP management module, used for mobile management and monitoring of hydrogen and oxygen generators;

[0038] The system login module, home page selection module, member management module, system setting module, operation management module and APP management module are all connected through data transmission technology, and the modules cooperate and restrict each other to form a complete intelligent Internet of Things management platform.

[0039] Specifically, through integrated system management, the scattered hydrogen and oxygen generators and system information are concentrated on one platform. Users can easily and quickly access and operate various functional modules through the system login module and the homepage selection module, reducing the time cost of switching and searching for information between different systems. The operation management module integrates product management, hydrogen and oxygen generator management, and customer management, realizing the full process information integration from product production, hydrogen and oxygen generator deployment to customer service, which is convenient for enterprises to carry out unified management and coordination. At the same time, users can check the status of hydrogen and oxygen generators and operate them through the APP anytime and anywhere, without the need to operate at a fixed work location, further improving the timeliness and flexibility of hydrogen and oxygen generator management. Whether users are on business trips or on-site maintenance, they can operate conveniently, reducing delays and errors caused by untimely information transmission.

[0040] In this embodiment, the member management module includes a department management unit, a role management unit and a user management unit. The department management unit is used to enter the department management setting menu. The name of the operating unit can be selected, and the management department of the operating platform to which it belongs can be added or managed by clicking the add, modify, or delete buttons. The operation is successful when the mouse is released. The role management unit is used to add roles, and to assign employees accordingly, and configure users for the role. After the configuration is successful, the user logs in to the system and has the authority corresponding to the role. The user management unit is used to add staff members. The user account can be added by filling in the staff member's name, user name, and setting the initial password.

[0041] In this embodiment, the system setting module includes a log management unit, a system configuration unit and a password modification unit. The log management unit is used to record the log of users logging into the system and the problems that occur in the system when the user operates the system. The operation log can query the system login information of a user in a certain time period. The debug log can query and download the log of system problems. The system configuration unit is used to fill in and save the company information related information on the system configuration page, and upload and save the log picture in the logo settings. After the configuration takes effect, the login interface will display the relevant content. The password modification unit is used for the user to enter the password modification page, enter the old password and the new password, save them successfully, log out of the system, and use the new password to log in next time.

[0042] In this embodiment, the password modification unit can also perform subsequent operations by clicking on the avatar to modify the password when modifying the password.

[0043] In this embodiment, the operation management module includes a product management unit, an equipment management unit and a customer management unit. The product management unit is used to display all models of the company's products on the product management interface and associate all hydrogen and oxygen generators under the model. When the hydrogen and oxygen generators are online, real-time operation data can be viewed and new product information can be filled in by clicking Add. The hydrogen and oxygen generator management unit is used to select product models, add hydrogen and oxygen generator related content, set parameters and upload hydrogen and oxygen generator related pictures. The customer management module is used to manage customer galaxies and allocate hydrogen and oxygen generators sold to customers by allocating hydrogen and oxygen generators.

[0044] Specifically, through the refined management and monitoring of the oxyhydrogen generator, the operating status of the oxyhydrogen generator can be mastered in real time, and energy can be reasonably allocated and used according to the actual needs of the oxyhydrogen generator to avoid energy waste. The oxyhydrogen generator failure can be predicted in advance and preventive maintenance can be performed, reducing the maintenance costs caused by sudden failures of the oxyhydrogen generator and production losses caused by failures of the oxyhydrogen generator. At the same time, the frequency and cost of manual inspections are reduced. The automation and integrated management of the system reduces the workload of manual intervention and manual management, reduces labor costs, and improves the overall operating efficiency of the enterprise.

[0045] In this embodiment, the APP management module includes an APP login unit, a device list unit and an operation management unit. The APP login unit is used for the user of the APP account to enter the account and password to enter the APP interface. The device list unit is used for the user to view the list of hydrogen and oxygen generators within the authority and the online or offline status of the hydrogen and oxygen generators after entering the APP homepage, and to view the operation status of the hydrogen and oxygen generators in a graphical manner after clicking to view. The operation management unit is used to query the historical operation status information of the hydrogen and oxygen generators within a certain time range.

[0046] In this embodiment, the operating rights of the member management module, the system setting module, and the operation management module are restricted by the user rights assigned by the system login module, and users with different rights can operate different functional ranges.

[0047] In this embodiment, the data of the APP management module is synchronized with the system login module, the home page selection module, the member management module, the system setting module, and the operation management module.

[0048] Specifically, the operation management module and the APP management module provide users with real-time and historical oxyhydrogen generator operation information. Users can intuitively see the operating status of the oxyhydrogen generator. Through graphical display, they can quickly identify whether the oxyhydrogen generator is operating normally, and can view the historical operation trend of the oxyhydrogen generator, so as to discover potential problems of the oxyhydrogen generator in advance. The operation and operation logs of the oxyhydrogen generator can be recorded through the log management unit in the system setting module. When the oxyhydrogen generator is abnormal, the problem can be quickly located by checking the log, and the cause and time of the fault can be found out, so as to repair the oxyhydrogen generator in time, reduce the downtime of the oxyhydrogen generator, and improve the overall availability of the oxyhydrogen generator.

[0049] 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. An IoT-based hydrogen and oxygen generator management platform, including an intelligent IoT management platform, characterized in that: The intelligent Internet of Things management platform includes: System login module, for users to enter their username and password, and click login to enter the system interface after verification; The homepage selection module includes two pages, the left page has a function menu navigation page for authorized users to perform related function operations, and the right page is a data desktop for viewing relevant information on the operation of the hydrogen and oxygen generator; Member management module, used to manage member accounts; The system settings module operates the system-level configuration and management of the entire platform to ensure the normal operation, data security and personalized customization of the platform; Operation management module, used to manage the products in the Carbon Lifeng IoT management platform, the entire process of hydrogen and oxygen generators, and customer information; APP management module, used for mobile management and monitoring of hydrogen and oxygen generators; The system login module, home page selection module, member management module, system setting module, operation management module and APP management module are all connected through data transmission technology, and the modules cooperate and restrict each other to form a complete intelligent Internet of Things management platform.

2. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The member management module includes a department management unit, a role management unit and a user management unit. The department management unit is used to enter the department management setting menu. The name of the operating unit can be selected, and the management department of the operating platform to which it belongs can be added or managed by clicking the add, modify, or delete buttons. The operation is successful when the mouse is released. The role management unit is used to add roles, and to assign employees accordingly, and to configure users for the role. After successful configuration, the user logs into the system and has the authority corresponding to the role. The user management unit is used to add employees. The user account can be added by filling in the employee name, user name, and setting the initialization password.

3. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The system setting module includes a log management unit, a system configuration unit and a password modification unit. The log management unit is used to record the log of users logging into the system and the problems that occur in the system during the user operating the system. The operation log can query the system login information of a user in a certain time period, and the debug log can query and download the log of system problems. The system configuration unit is used to fill in and save the company information related information on the system configuration page, and upload and save the logo image in the logo setting. After the configuration takes effect, the login interface will display the relevant content. The password modification unit is used for the user to enter the password modification page, enter the old password and the new password, save them successfully, log out of the system, and use the new password to log in next time.

4. The oxyhydrogen generator management platform based on the Internet of Things according to claim 3 is characterized in that: The password modification unit can also perform subsequent operations by clicking on the avatar to modify the password when modifying the password.

5. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The operation management module includes a product management unit, an equipment management unit and a customer management unit. The product management unit is used to display all models of the company's products on the product management interface and associate all hydrogen and oxygen generators under the model. When the hydrogen and oxygen generators are online, real-time operation data can be viewed and new product information can be filled in by clicking Add. The equipment management unit is used to select product models, add hydrogen and oxygen generator related content, set parameters and upload hydrogen and oxygen generator related pictures. The customer management module is used to manage customer galaxies and distribute hydrogen and oxygen generators sold to customers by allocating hydrogen and oxygen generators.

6. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The APP management module includes an APP login unit, a device list unit and an operation management unit. The APP login unit is used for the user of the APP account to enter the APP interface by inputting the account and password. The device list unit is used for the user to view the list of hydrogen and oxygen generators within the authority and the online or offline status of the hydrogen and oxygen generators after entering the APP homepage, and to view the operation status of the hydrogen and oxygen generators in a graphical manner after clicking to view. The operation management unit is used to query the historical operation status information of the hydrogen and oxygen generators within a certain time range.

7. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The operating authority of the member management module, system setting module, and operation management module is limited by the user authority assigned by the system login module, and users with different authority can operate different functional ranges.

8. The oxyhydrogen generator management platform based on the Internet of Things according to claim 1 is characterized in that: The APP management module synchronizes data with the system login module, home page selection module, member management module, system setting module, and operation management module.

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