A professional lighting control system and circuit for aquarium

Abstract

The present invention relates to the technical field of aquarium lamps, and in particular to a professional aquarium lighting control system, which includes a general connection module, a data classification module, a user interaction module, and an intelligent monitoring module. The general connection module is used to collect the working status information and installation location information of the aquarium lamp in real time; the data classification module analyzes the installation location information based on the keyword classification method, and constructs an aquarium control system and an aquarium control system according to the location information; the user interaction module generates an authority code based on the aquarium control system and the aquarium control system, so that the user can obtain the aquarium lamp management authority of different aquariums and aquariums; the intelligent detection module generates an independent aquarium lamp working status table based on the real-time aquarium lamp working status information and the information generation time, and is used to issue an early warning message when a data gap that changes with time appears in an aquarium lamp working status table. The present invention aims to improve the management efficiency of aquarium lamps and reduce the maintenance cost of aquarium lamps.

Description

Technical Field

[0001] The invention relates to the technical field of aquarium lamps, and in particular to a professional aquarium lighting control system. Background Art

[0002] Aquarium lights are mainly used to illuminate aquariums and provide a suitable lighting environment for the organisms displayed in the tanks. Aquarium lights can simulate the lighting conditions in the natural environment, provide suitable lighting for the organisms displayed in aquariums and oceanariums, and can effectively promote the growth and healthy development of organisms. In addition, the reasonable design of aquarium lights can stimulate the behavioral activities of organisms. By simulating the changes in light during the day and night, it can stimulate the foraging, swimming and display behaviors of organisms, providing the audience with a richer viewing experience.

[0003] When laying out aquarium lights, in order to ensure the stability of lighting, multiple sets of aquarium lights need to be built into an aquarium. Especially in large aquariums, there are multiple aquariums, and each aquarium needs to be configured with different lighting effects according to the organisms it displays.

[0004] In the related art, different aquarium lights in an aquarium are connected together through a network cable, and the aquarium lights in different aquariums are all connected to the central controller through the network cable. The aquarium lights in an aquarium can be uniformly adjusted through the central controller. However, this method requires laying a large number of network cables, which is easy to cause waste, and different aquariums need to reconfigure the central controller, which is very inconvenient for managing and maintaining the aquarium lights. Summary of the invention

[0005] The main purpose of the present invention is to provide a professional aquarium lighting control system, aiming to improve the management efficiency of aquarium lights and reduce the maintenance cost of aquarium lights.

[0006] To achieve the above purpose, the present invention proposes a professional aquarium lighting control system comprising:

[0007] A general connection module, the general connection module is used to connect the control system and the aquarium light, and collect the working status information and installation location information of the aquarium light in real time, the aquarium light working status information includes the aquarium light switch status information, the aquarium light color information and the aquarium light power status information;

[0008] A data classification module, wherein the data classification module analyzes the installation location information of the aquarium lamp based on a keyword classification method, and constructs an aquarium tank control system and an aquarium control system based on the working status information of the aquarium lamp according to the location information;

[0009] A user interaction module, the user interaction module generates permission codes based on the aquarium control system and the aquarium control system respectively, for enabling the user to obtain aquarium light management permissions for different aquariums and aquariums based on the scanned permission codes;

[0010] An intelligent monitoring module generates an independent aquarium light working status table based on real-time aquarium light working status information and information generation time, and is used to issue an early warning message when a data gap that changes with time appears in an aquarium light working status table.

[0011] In one embodiment of the present application, the overall connection module includes:

[0012] A data connection unit, the data connection unit is used to import the working state information and installation position information of the aquarium light into the control system by remotely connecting the aquarium light;

[0013] The network connection unit is used to connect the main connection module to the control system through the Internet, so that the control system can remotely control the aquarium light in the networked state.

[0014] In one embodiment of the present application, the data classification module includes:

[0015] A data import unit, the data import unit is used to import the real-time aquarium light working status information and installation location information into the data classification module;

[0016] a feature screening unit for decomposing the information of the aquarium light into aquarium light information, aquarium tank information, and aquarium information according to the installation location information based on a keyword classification method;

[0017] The data output unit is used to convert the aquarium light information, aquarium information and aquarium information screened by the feature screening unit into an aquarium control system and an aquarium control system respectively.

[0018] In one embodiment of the present application, an aquarium control system includes multiple aquarium tank control systems, which are used to make the management of aquarium lights more flexible.

[0019] In one embodiment of the present application, the user interaction module includes:

[0020] A permission allocation unit, the permission allocation unit is used to aggregate the aquarium control system and the aquarium control system and generate different permission codes corresponding to different control systems;

[0021] A user control unit is used to connect different aquarium control systems and aquarium control systems by scanning an authorization code. One group of user control units can be connected to multiple aquarium control systems and aquarium control systems, and one authorization code can be connected to multiple groups of user control units.

[0022] The authority management unit is used to log in to the control system and perform upper-level control over the authority of the user control unit.

[0023] In one embodiment of the present application, the authority management unit is configured with a database, and the working status information and installation location information of the aquarium light will be transmitted to the database in real time. The authority management unit is connected to all aquarium control systems and aquarium control systems.

[0024] In one embodiment of the present application, the user interaction module receives user control instructions and sends a control signal to the aquarium light through the main connection module. The aquarium light is configured with a channel transmission module. When the channel transmission module receives the control signal, the aquarium light will adjust the working state according to the control signal. At the same time, the channel transmission module will strengthen the control signal and resend it. The aquarium lights that are not covered by the signal transmission range of the main connection module will receive the control signal, which is used to control the aquarium control system and the aquarium control system.

[0025] In one embodiment of the present application, the intelligent monitoring module includes:

[0026] A real-time warning unit, the real-time warning unit is used to monitor the existence of working status information of the aquarium light by changing it over time;

[0027] The alarm unit is used to give an alarm at the corresponding aquarium control system and aquarium control system through the control system and the alarm unit when a group of aquarium lamp working status information is missing when the time changes, so that the user can maintain the aquarium lamp in time.

[0028] In one embodiment of the present application, the intelligent detection module also includes a real-time monitoring unit, which is used to monitor whether the corresponding data received in the database changes after the user interaction module issues a control command. The control command includes a switch command, a light intensity change command, and a light color change command. When the data received by the database has not changed, a corresponding monitoring command will be issued according to the control command. When the data transmitted to the database by the corresponding aquarium light has not changed, the real-time monitoring unit will issue an early warning so that the user can quickly handle the fault.

[0029] To achieve the above object, the present invention proposes a professional lighting control system circuit for an aquarium, including the above professional lighting control system for an aquarium, wherein the professional lighting control system circuit for an aquarium comprises:

[0030] A key circuit, having at least one key switch, for generating corresponding control instructions according to the key switch pressed by the user, including an on / off instruction and a system reset instruction;

[0031] A radio frequency circuit, configured with functions of sending a control signal and receiving a feedback signal;

[0032] A main control chip, electrically connected to the key circuit, the radio frequency circuit and the power module;

[0033] The main control chip is provided with a wireless communication unit, which is remotely connected to an external device and receives a control signal. The main control chip is configured to send a corresponding control signal according to the received control signal to control the corresponding aquarium light to execute a corresponding command.

[0034] The technical solution of the present invention adopts the general connection module for transfer, so that the control system can be directly connected to the aquarium light, and at the same time, the working status information and installation location information of the aquarium light can be transmitted to the database of the control system in real time, which is convenient for users and systems to monitor and organize, and improve the management and control efficiency of the aquarium light. The data classification module can directly construct the aquarium control system and the aquarium control system according to the installation location of the relevant information of different aquarium lights, and can control different numbers of aquarium lights respectively. The user interaction module can package the control authority of the control system of different levels into an authority code, and the user can remotely scan the authority code through a mobile communication tool to receive the authority, which is used to flexibly operate different numbers of aquarium lights, which can effectively improve the management efficiency and ensure that there will be no errors when the working status of the aquarium light needs to be frequently changed in large-scale activities. The intelligent detection module can monitor the working status of the aquarium light in real time to avoid these lamps being damaged for a long time without being discovered, resulting in the complete damage of the repairable lamps. The above structure can effectively improve the management efficiency of the aquarium light, reduce the maintenance cost of the aquarium light, and improve the user experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on the structures shown in these drawings without paying creative work.

[0036] Figure 1 It is a structural schematic diagram of an embodiment of a professional lighting control system for an aquarium according to the present invention;

[0037] Figure 2 This is a schematic diagram of a main control chip of a professional aquarium lighting control system circuit of the present invention;

[0038] Figure 3 This is a schematic diagram of a radio frequency circuit of a professional lighting control system for an aquarium according to the present invention;

[0039] Figure 4 The present invention is a schematic diagram of a power supply circuit of a professional lighting control system for an aquarium.

[0040] Description of Figure Numbers:

[0041] 10. Power module; 20. Key circuit; 30. Radio frequency circuit; 40. Main control chip.

[0042] The realization of the purpose, functional features and advantages of the present invention will be further explained in conjunction with embodiments and with reference to the accompanying drawings. DETAILED DESCRIPTION

[0043] In order to make the purpose, technical solution and advantages of the present application more clearly understood, the present application is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and are not used to limit the present application.

[0044] To solve the problems in the background technology, such as Figure 1 As shown, a professional aquarium lighting control system proposed by the present invention includes a general connection module, a data classification module, a user interaction module and an intelligent monitoring module. The general connection module is used to connect the control system with the aquarium light, and collect the working status information and installation location information of the aquarium light in real time. The working status information of the aquarium light includes the switch status information of the aquarium light, the color information of the aquarium light and the power status information of the aquarium light; the data classification module analyzes the installation location information of the aquarium light based on the keyword classification method, and constructs the aquarium control system and the aquarium control system according to the location information based on the working status information of the aquarium light; the user interaction module generates permission codes based on the aquarium control system and the aquarium control system respectively, so that the user can obtain the aquarium light management authority of different aquariums and aquariums based on the scanned permission code; the intelligent detection module generates an independent aquarium light working status table based on the real-time aquarium light working status information and the information generation time, and is used to issue a warning message when a data gap that changes with time appears in an aquarium light working status table.

[0045] Understandably, the total connection module performs transfer so that the control system can directly connect to the aquarium light, and at the same time, the working status information and installation location information of the aquarium light can be transmitted to the database of the control system in real time, which is convenient for users and systems to monitor and organize, and improve the management and control efficiency of the aquarium light. The data classification module can directly construct the aquarium control system and the aquarium control system according to the installation location of the relevant information of different aquarium lights, and can control different numbers of aquarium lights respectively. The user interaction module can package the control permissions of control systems of different levels into permission codes, and users can remotely scan the permission codes through mobile communication tools to receive permissions, which is used to flexibly operate different numbers of aquarium lights, which can effectively improve management efficiency and ensure that there will be no errors when the working status of the aquarium lights needs to be frequently changed in large-scale activities. The intelligent detection module can monitor the working status of the aquarium lights in real time to avoid these lamps being damaged for a long time without being discovered, resulting in the complete damage of the lamps that can be repaired. The above structure can effectively improve the management efficiency of the aquarium lights, reduce the maintenance cost of the aquarium lights, and improve the user experience.

[0046] Among them, the main connection module includes a data connection unit and a network connection unit. The data connection unit can remotely connect to the relevant control unit of the aquarium light through Wi-Fi or Bluetooth, and the network connection unit can enable the main connection module to be directly connected to the Internet through a network cable, and further connected to the control system through the Internet. Through the above structure, the control system can ignore the distance limit and only needs to connect to the network to control the aquarium light. After the connection, the control system can issue a control command to the aquarium light through the main connection module to control the luminous state of the aquarium light, and the working state information of the aquarium light includes the switch state information of the aquarium light, the color information of the aquarium light and the power state information of the aquarium light. These information can be sent to the control system through the main connection module and stored in the database of the control system. Similarly, the working states represented by these information can be remotely controlled through the control system.

[0047] Furthermore, the data classification module includes a data import unit, a feature screening unit and a data output unit. The data import unit is remotely connected to the main connection module via the network, and the data import unit is directly connected to the database in the control system. By calling the database, the working status information and installation location information of the aquarium light stored in the database are imported into the data classification module. The data classification module is used to analyze and summarize the relevant data. The feature screening unit screens the installation location information through keywords, and classifies and packages the working status information of the aquarium light and the control authority of the aquarium light through the installation location information. Through the installation location information, the control authority of the aquarium light is screened and summarized into aquarium light information, aquarium information and aquarium information. The amount of information contained in these three information is gradually increased. The data output unit packages the three analyzed information and constructs them into an aquarium control system and an aquarium control system.

[0048] Specifically, one aquarium control system includes multiple aquarium tank control systems, and one aquarium tank control system can control multiple aquarium lights. Generally speaking, only rough control through the aquarium control system can meet work needs. However, during large-scale events and holidays, the aquarium needs to welcome a large number of tourists. At this time, in order to meet the viewing needs of tourists, it is necessary to make more intense lighting changes than usual to enable the organisms to have better vitality and better display themselves without harming the organisms, while allowing tourists to have a better viewing experience.

[0049] Among them, the user interaction module includes a permission allocation unit, a user control unit and a permission management unit. The permission allocation unit is connected to the database. The permission allocation unit can summarize multiple aquarium control systems and multiple aquarium control systems, and can generate corresponding permission codes for each aquarium control system and each aquarium control system. Generally speaking, the permission code only needs to be in the form of a QR code to meet the needs. The user control unit includes a user operation platform. The user can log in to the user operation platform through his or her registered account on a mobile device. The mobile device includes a mobile phone, a tablet, a computer and other devices. The user can scan the permission code through the mobile phone. By scanning the permission code, the corresponding control system permission can be obtained. After obtaining the permission, the working state of the aquarium light can be remotely controlled in an Internet-connected state through a mobile device such as a mobile phone, and the aquarium light can also be directly connected to the Internet through a network cable and incorporated into the control system. Although this requires laying a large number of network cables, it is more efficient because it is directly controlling the aquarium light through the Internet. In this embodiment, during normal operation, the control signal is sent through the remote device and the Internet, and the control signal is received by the main connection module and communicated. The wireless connection unit sends signals to nearby aquarium lights for control and adjustment. The aquarium lights are also equipped with signal receiving and signal sending modules, which can receive signals and send signals to aquarium lights that are not covered by the wireless connection unit. The wireless signal in this embodiment is a 2.4GHz signal or a Zigbee signal. The aquarium lights send signals to each other to meet the control requirements of the total connection module for the aquarium lights, which can effectively increase the transmission distance of the control signal. Basically, as long as the mobile phone is connected to the network, the lights can be controlled regardless of the distance. A group of user control units can obtain multiple permissions at the same time, and connected Multiple aquarium control systems and aquarium control systems, and one set of permission codes can be connected by multiple sets of user control units, so that multiple users can control corresponding aquarium lights. The permission management unit serves as a general control account, which can directly log in to the general control system and adjust and control the permissions of subordinate users. The permission management unit can also control all aquarium lights, and this control includes controlling a single aquarium light, aquarium lights in a group of aquariums, and aquarium lights in aquariums of an entire oceanarium, which can make the control of aquarium lights more flexible and effectively improve the management efficiency of aquarium lights.

[0050] Furthermore, the authority management unit is configured with a database, and the working status information and installation location information of all aquarium lights need to be transmitted to the database in real time, which can effectively facilitate the data classification module and the user interaction module to call the database and improve the data analysis capability of the control system.

[0051] Among them, the intelligent detection module includes a real-time early warning unit and an alarm unit. The real-time early warning unit will call the database and monitor the working status of the aquarium light in real time as time changes. Under normal conditions, the working status information of the aquarium light will be transmitted to the database in real time. Even if the aquarium light is not turned on, a signal will be transmitted. When time changes, a group of aquarium lights will not transmit signals, which means that the corresponding aquarium lights have problems. When the intelligent detection module finds that there is a problem with the working status of an aquarium light, it will identify which aquarium tank control system and aquarium control system the aquarium light belongs to, and the alarm unit will alarm the user connected to the aquarium light, thereby improving the maintenance efficiency of the aquarium light and reducing maintenance costs.

[0052] Furthermore, the intelligent detection module also includes a real-time monitoring unit, which is used to monitor whether the corresponding data received in the database changes after the user interaction module issues a control command. The control command includes a switch command, a light intensity change command, and a light color change command. When the data received by the database has not changed, a corresponding monitoring command of the same type will be issued according to the type of control command, and a second attempt will be made. After the second attempt is issued, if the data re-transmitted to the database by the corresponding aquarium light has not changed, the real-time monitoring unit will issue an early warning report that the aquarium light is damaged.

[0053] like Figure 1 As shown, in one embodiment of the present application, the main connection module includes a data connection unit and a network connection unit. The data connection unit is used to import the working status information and installation location information of the aquarium light into the control system by remotely connecting the aquarium light; and is used to connect the main connection module to the control system through the Internet, so that the control system can remotely control the aquarium light in the networked state.

[0054] It can be understood that the main connection module includes a data connection unit and a network connection unit. The data connection unit can remotely connect to the relevant control unit of the aquarium light through WIFI or Bluetooth, and the network connection unit can connect the main connection module to the Internet through network cables, and further connect to the control system through the Internet. Through the above structure, the control system can ignore the distance limitation and only needs to connect to the network to control the aquarium light. After the connection, the control system can issue control commands to the aquarium light through the main connection module to control the lighting state of the aquarium light, and the working status information of the aquarium light includes the switch status information of the aquarium light, the color information of the aquarium light and the power status information of the aquarium light. These information can be sent to the control system through the main connection module and stored in the database of the control system. Similarly, the working status represented by these information can be remotely controlled through the control system.

[0055] like Figure 1As shown, in one embodiment of the present application, the data classification module includes a data import unit, a feature screening unit and a data output unit, the data import unit is used to import the real-time aquarium light working status information and installation location information into the data classification module; is used to decompose the aquarium light information into aquarium light information, aquarium tank information and aquarium information according to the installation location information based on the keyword classification method; is used to respectively make the aquarium light information, aquarium tank information and aquarium information screened out by the feature screening unit into an aquarium tank control system and an aquarium control system.

[0056] It can be understood that the data classification module includes a data import unit, a feature screening unit and a data output unit. The data import unit is remotely connected to the main connection module through the network, and the data import unit is directly connected to the database in the control system. By calling the database, the working status information and installation location information of the aquarium light stored in the database are imported into the data classification module, and the data classification module is used to analyze and summarize the relevant data. The feature screening unit uses keywords to screen the installation location information, and classifies and packages the working status information of the aquarium light and the control authority of the aquarium light through the installation location information. Through the installation location information, the control authority of the aquarium light is screened and summarized into aquarium light information, aquarium information and aquarium information. The amount of information contained in these three information gradually increases. The data output unit packages the three analyzed information and constructs them into an aquarium control system and an aquarium control system.

[0057] like Figure 1 As shown, in one embodiment of the present application, an aquarium control system includes multiple aquarium tank control systems, which are used to make the management of aquarium lights more flexible.

[0058] It can be understood that one aquarium control system includes multiple aquarium tank control systems, and one aquarium tank control system can control multiple aquarium lights. Generally speaking, only rough control through the aquarium control system is needed to meet work needs. However, during large-scale events and holidays, the aquarium needs to welcome a large number of tourists. At this time, in order to meet the viewing needs of tourists, it is necessary to make more intense lighting changes than usual to enable the organisms to have better vitality and better display themselves without harming the organisms, while allowing tourists to have a better viewing experience.

[0059] like Figure 1As shown, in one embodiment of the present application, the user interaction module includes a permission allocation unit, a user control unit and a permission management unit. The permission allocation unit is used to aggregate the aquarium control system and the aquarium control system, and generate different permission codes corresponding to different control systems; it is used to connect different aquarium control systems and aquarium control systems by scanning permission codes. A group of user control units can be connected to multiple aquarium control systems and aquarium control systems, and one permission code can be connected to multiple groups of user control units; it is used to log in to the control system and perform upper-level control of the permissions of the user control units.

[0060] It can be understood that the user interaction module includes a permission allocation unit, a user control unit and a permission management unit. The permission allocation unit is connected to the database. The permission allocation unit can summarize multiple aquarium control systems and multiple aquarium control systems, and can generate corresponding permission codes for each aquarium control system and each aquarium control system. Generally speaking, the permission code only needs to be in the form of a QR code to meet the needs. The user control unit includes a user operation platform. Users can log in to the user operation platform through their registered accounts on mobile devices. Mobile devices include mobile phones, tablets, computers and other devices. Users can scan permission codes through their mobile phones. By scanning the permission codes, they can obtain corresponding control system permissions. After obtaining permissions, they can remotely control the working status of the aquarium light in an Internet-connected state through mobile devices such as mobile phones, and the aquarium light can also be directly connected to the Internet through a network cable and incorporated into the control system. Although this requires laying a large number of network cables, because this is to directly control the aquarium light through the Internet, it can be more efficient and normal. During operation, control signals are sent through remote devices and the Internet. The control signals are received by the main connection module and sent to nearby aquarium lights through the wireless connection unit for control and adjustment. The aquarium lights are also equipped with signal receiving and signal sending modules. By receiving and sending, the transmission distance of the control signal can be effectively improved. Basically, as long as the mobile phone is connected to the network, the lights can be controlled regardless of the distance. A group of user control units can obtain multiple permissions at the same time, and multiple aquarium control systems and aquarium control systems are connected. A group of permission codes can be connected by multiple groups of user control units, so that multiple users can control the corresponding aquarium lights. The permission management unit is a general control account, which can directly log in to the general control system and adjust the permissions of subordinate users. The permission management unit can also control all aquarium lights, and this control includes controlling a single aquarium light, aquarium lights in a group of aquariums, and aquarium lights in aquariums of an entire oceanarium, which can make the control of aquarium lights more flexible and effectively improve the management efficiency of aquarium lights.

[0061] like Figure 1As shown, in one embodiment of the present application, the authority management unit is configured with a database, and the working status information and installation location information of the aquarium light will be transmitted to the database in real time. The authority management unit is connected to all aquarium control systems and aquarium control systems.

[0062] It can be understood that the authority management unit is configured with a database, and the working status information and installation location information of all aquarium lights need to be transmitted to the database in real time, which can effectively facilitate the data classification module and user interaction module to call the database and improve the data analysis capability of the control system.

[0063] like Figure 1 As shown, in one embodiment of the present application, the user interaction module receives user control instructions and sends a control signal to the aquarium light through the main connection module. The aquarium light is configured with a channel transmission module. When the channel transmission module receives the control signal, the aquarium light will adjust the working state according to the control signal. At the same time, the channel transmission module will strengthen the control signal and resend it. The aquarium light that is not covered by the signal transmission range of the main connection module will receive the control signal, which is used to control the aquarium tank control system and the aquarium control system.

[0064] It can be understood that after receiving the control authority of the aquarium light of the aquarium / aquarium tank, the user can issue the corresponding control instruction through his own device. When the user interaction module receives the user's control instruction, it will pass the instruction to the main connection module through the Internet and the network cable. The main connection module will send a control signal in the form of a wireless signal according to the control instruction, and the aquarium light is equipped with a channel transmission module. The aquarium light within the signal coverage of the main connection module will receive the control signal through the channel transmission module. The aquarium light will adjust the working state according to the control signal, and the channel transmission module will strengthen the control signal while the aquarium light changes its working state, and re-send the control signal, so that the aquarium light not within the coverage of the main connection module receives the control signal. In this way, the signal transmission range can be effectively expanded, so that a group of general connection modules can control the entire aquarium control system or aquarium control system. The channel transmission modules in the two aquarium lights can transmit wireless signals to each other, and the use of network cables can be reduced, making the equipment easy to install and use. In this embodiment, the wireless signal is generally configured as a 2.4GHz signal or uses the Zigbee protocol, which can ensure the quality of signal transmission under low power consumption, low cost and low complexity. Although the signal of a single group of channel transmission modules cannot be sent over a long distance, multiple groups of channel transmission modules transmit signals to each other, expanding the signal transmission range and forming a wireless transmission network, so that the general connection module can control the entire aquarium control system and aquarium control system without using a network cable.

[0065] like Figure 1As shown, in one embodiment of the present application, the intelligent monitoring module includes a real-time warning unit and an alarm unit. The real-time warning unit is used to monitor the existence of the working status information of the aquarium light by changing with time; when a group of working status information of the aquarium light is missing when time changes, the control system and the alarm unit will alarm at the corresponding aquarium control system and aquarium control system, so that the user can maintain the aquarium light in time.

[0066] It can be understood that the intelligent detection module includes a real-time early warning unit and an alarm unit. The real-time early warning unit will call the database and monitor the working status of the aquarium light in real time as time changes. Under normal conditions, the working status information of the aquarium light will be transmitted to the database in real time. Even if the aquarium light is not turned on, a signal will be transmitted. When time changes, a group of aquarium lights will not transmit signals, which means that the corresponding aquarium lights have problems. When the intelligent detection module finds that there is a problem with the working status of an aquarium light, it will identify which aquarium tank control system and aquarium control system the aquarium light belongs to, and the alarm unit will alarm the user connected to the aquarium light, thereby improving the maintenance efficiency of the aquarium light and reducing maintenance costs.

[0067] like Figure 1 As shown, in one embodiment of the present application, the intelligent detection module also includes a real-time monitoring unit, which is used to monitor whether the corresponding data received in the database changes after the user interaction module issues a control command. The control command includes a switch command, a light intensity change command, and a light color change command. When the data received by the database has not changed, a corresponding monitoring command will be issued according to the control command. When the data transmitted to the database by the corresponding aquarium light has not changed, the real-time monitoring unit will issue an early warning so that the user can quickly handle the fault.

[0068] It can be understood that the intelligent detection module also includes a real-time monitoring unit, which is used to monitor whether the corresponding data received in the database has changed after the user interaction module issues a control command. The control command includes a switch command, a light intensity change command, and a light color change command. When the data received by the database has not changed, a corresponding monitoring command of the same type will be issued according to the type of control command, and a second attempt will be made. After the second attempt is issued, if the data re-transmitted to the database by the corresponding aquarium light has not changed, the real-time monitoring unit will issue an early warning report that the aquarium light is damaged.

[0069] like Figures 2 to 4As shown, the present invention further proposes a professional lighting control system circuit for an aquarium, which includes a power module 10 and a professional lighting control system for an aquarium. The specific structure of the professional lighting control system for an aquarium refers to the above embodiment. Since the professional lighting control system circuit for an aquarium adopts all the technical solutions of all the above embodiments, it at least has all the beneficial effects brought by the technical solutions of the above embodiments, which will not be described one by one here.

[0070] Among them, the power module 10 is used to supply power to the entire control system circuit. The aquarium professional lighting control system circuit also includes a key circuit 20, a radio frequency circuit 30 and a main control chip 40, and has at least one key switch for generating corresponding control instructions according to the key switch pressed by the user, including an on / off instruction and a system reset instruction; it is configured with the functions of sending control signals and receiving feedback signals; it is electrically connected to the key circuit 20, the radio frequency circuit 30 and the power module 10; wherein the main control chip 40 is provided with a wireless communication unit, the wireless communication unit is remotely connected to an external device, and receives a control signal, and the main control chip 40 is configured to send a corresponding control signal according to the received control signal to control the corresponding aquarium light to execute the corresponding command.

[0071] It can be understood that the aquarium professional lighting control system circuit can be configured in the main connection module or the aquarium lamp. The aquarium professional lighting control system circuit needs to include at least a power module 10, a key circuit 20, a radio frequency circuit 30 and a main control chip 40. The power module 1 is configured with a voltage stabilizing module and a current stabilizing module. In this embodiment, relevant voltage stabilizing chips and relevant current stabilizing chips are required to ensure the stability of the current and avoid problems with the control system circuit. The power module 10 is also configured with a heat-resistant patch battery holder, which can ensure its normal operation by installing the battery, eliminating the wires, and making the installation of the circuit more convenient. The key circuit 20 is mainly responsible for starting the circuit or resetting the circuit. The key circuit 20 can reset the relevant control authority, making the control and management of the aquarium lamp more convenient. The radio frequency circuit 30 is used to receive or send relevant information. With the above structure, the purpose of remote control can be achieved. In this embodiment, the main control chip 40 uses a high-performance, low-power BLE SoC, chips that support Bluetooth 5.0 full protocol and other performance can be used for the control and management of multiple groups of aquarium lights. The circuit can send related signals while receiving signals, which can effectively increase the signal transmission distance and make the management and maintenance of aquarium lights more convenient.

[0072] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of this application, it should be understood that if the terms "upper", "lower", "left", "right", etc. indicate an orientation or position relationship based on the orientation or position relationship shown in the drawings, it is only for the convenience of describing this application and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, the terms describing the position relationship in the drawings are only used for illustrative purposes and cannot be understood as a limitation on this patent. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0073] The above are only preferred embodiments of the present application and are not intended to limit the present application. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present application should be included in the protection scope of the present application.

Claims

1. A professional lighting control system for an aquarium, characterized in that: include: A general connection module, the general connection module is used to connect the control system and the aquarium light, and collect the working status information and installation location information of the aquarium light in real time, the aquarium light working status information includes the aquarium light switch status information, the aquarium light color information and the aquarium light power status information; A data classification module, the data classification module includes a data import unit, a feature screening unit and a data output unit. The data import unit is remotely connected to the main connection module through a network, and is used to call the aquarium light working status information and installation location information stored in the main connection module, and import the information into the data classification module. The feature screening unit screens the installation location information of the aquarium light through keywords, and classifies and packages the aquarium light working status information and the aquarium light control authority through the installation location information, and summarizes them into aquarium light information, aquarium tank information and aquarium information. The amount of information contained in these three information is gradually increased. The data output unit packages the three analyzed information and constructs an aquarium tank control system and an aquarium control system. A user interaction module, the user interaction module generates permission codes based on the aquarium control system and the aquarium control system respectively, for the user to obtain aquarium light management permissions for different aquariums and aquariums based on the scanned permission codes; An intelligent monitoring module, the intelligent monitoring module is used to generate an independent aquarium light working status table based on real-time aquarium light working status information and information generation time, and is used to issue corresponding warning information when a data gap that changes with time appears in a certain aquarium light working status table; The user interaction module receives user control instructions and sends control signals to the aquarium lights through the main connection module. The aquarium lights are equipped with a channel transmission module. When the channel transmission module receives the control signal, the aquarium lights will adjust their working state according to the control signal. At the same time, the channel transmission module will strengthen the control signal and resend it. The aquarium lights that are not covered by the signal transmission range of the main connection module will receive the control signal. The channel transmission modules built into multiple groups of aquarium lights are interconnected through wireless signals and form a wireless transmission network for controlling the aquarium control system and the aquarium control system.

2. The aquarium professional lighting control system according to claim 1, characterized in that: The overall connection module comprises: A data connection unit, the data connection unit is used to import the working state information and installation position information of the aquarium light into the control system by remotely connecting the aquarium light; The network connection unit is used to connect the main connection module to the control system through the Internet, so that the control system can remotely control the aquarium light in the networked state.

3. The aquarium professional lighting control system according to claim 2, characterized in that: The aquarium control system includes multiple aquarium tank control systems for making the management of aquarium lights more flexible.

4. The aquarium professional lighting control system according to claim 3, characterized in that: The user interaction module comprises: A permission allocation unit, the permission allocation unit is used to aggregate the aquarium control system and the aquarium control system and generate different permission codes corresponding to different control systems; A user control unit is used to connect different aquarium control systems and aquarium control systems by scanning an authorization code. One group of user control units can be connected to multiple aquarium control systems and aquarium control systems, and one authorization code can be connected to multiple groups of user control units. The authority management unit is used to log in to the control system and perform upper-level control over the authority of the user control unit.

5. The aquarium professional lighting control system according to claim 4, characterized in that: The authority management unit is configured with a database, and the working status information and installation location information of the aquarium lamp will be transmitted to the database in real time. The authority management unit is connected to all aquarium control systems and aquarium control systems.

6. The aquarium professional lighting control system according to claim 5, characterized in that: The intelligent monitoring module comprises: A real-time warning unit, the real-time warning unit is used to monitor the existence of working status information of the aquarium light by changing it over time; The alarm unit is used to give an alarm at the corresponding aquarium control system and aquarium control system through the control system and the alarm unit when a group of aquarium lamp working status information is missing when the time changes, so that the user can maintain the aquarium lamp in time.

7. The aquarium professional lighting control system according to claim 6, characterized in that: The intelligent monitoring module also includes a real-time monitoring unit, which is used to monitor whether the corresponding data received in the database has changed after the user interaction module issues a control command. The control command includes a switch command, a light intensity change command, and a light color change command. When the data received by the database has not changed, a corresponding monitoring command will be issued according to the control command. When the data transmitted to the database by the corresponding aquarium light has not changed, the real-time monitoring unit will issue an early warning so that the user can quickly handle the fault.

8. A professional lighting control system circuit for an aquarium, characterized in that: The aquarium professional lighting control system comprises the aquarium professional lighting control system according to any one of claims 1 to 7, wherein the aquarium professional lighting control system circuit further comprises: A key circuit, having at least one key switch, for generating corresponding control instructions according to the key switch pressed by the user, including an on / off instruction and a system reset instruction; A radio frequency circuit, configured with functions of sending a control signal and receiving a feedback signal; A main control chip, electrically connected to the key circuit and the radio frequency circuit; The main control chip is provided with a wireless communication unit, which is remotely connected to an external device and receives a control signal. The main control chip is configured to send a corresponding control signal according to the received control signal to control the corresponding aquarium light to execute a corresponding command.

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