CN111834843A - A kind of intelligent plug-in row, intelligent system and intelligent processing method - Google Patents

Abstract

Embodiments of the present invention provide an intelligent power strip, an intelligent system and an intelligent processing method, which relate to the field of the Internet of Things. The system includes: intelligent plug-in strip, cloud server, intelligent controller, intelligent plug-in strip includes: shell, power socket, display screen, processor, voltage reducer, communication module, overload protection module, power indicator, switch button, OK button , the power socket, display screen, power indicator light, switch button, and confirmation button are arranged on the casing, the processor, communication module, and overload protection module are arranged in the casing, and the processor is respectively connected with the voltage reducer, the communication module, and the overload protection module. , a voltage reducer is arranged between the display screen, the processor and the power supply. This solves the problem of remote management and monitoring of the aquarium, and accurate fish farming can be achieved through the real-time data obtained by the aquarium.

Description

A kind of intelligent plug-in row, intelligent system and intelligent processing method

technical field

The invention relates to the technical field of the Internet of Things, in particular to an intelligent plug-in row, an intelligent system and an intelligent processing method.

Background technique

With the continuous improvement of people's quality of life, people are more and more fond of raising some precious freshwater fish, and then there are many targeted electrical accessories to improve the survival rate of precious fish species. But for most people, the professionalism of fish farming discourages many people who want to raise but do not know the technology. Moreover, it is impossible to observe and raise fish anytime and anywhere, which has become a pain point for fish lovers. At present, the electrical accessories around the aquarium mainly include: water temperature sensor, room temperature sensor, oxygen content detection sensor, camera, liquid level sensor, water quality sensor, feeder, small fan, germicidal lamp, water pump, water pump, oxygen pump, manufacturing Wave pumps, heating rods, coolers, etc., and each device has its working time and voltage. How to raise fish intelligently and accurately has become an urgent problem for fish lovers.

SUMMARY OF THE INVENTION

In view of the above problems, the present invention is proposed in order to provide an intelligent power strip, an intelligent system and an intelligent processing method that overcome the above problems or at least partially solve the above problems.

According to the first aspect of the present invention, an intelligent plug-in strip is provided, comprising:

A casing, a power socket, a display screen, a processor, a voltage reducer, and a communication module, the power socket and the display screen are arranged on the casing, the processor and the communication module are arranged in the casing, and the processor They are respectively connected with the voltage reducer and the communication module. A voltage reducer is arranged between the display screen, the processor and the power supply. The display screen is used to display the use status information of the power socket. The external device connected to the power socket is operated and controlled.

Optionally, the power socket at least includes: a USB socket, a three-phase socket, and a two-phase socket, and a voltage reducer is arranged between the USB socket and the power supply.

Optionally, the USB socket includes at least one of a water temperature sensor socket, a room temperature sensor socket, an oxygen content detection socket, a camera socket, a liquid level sensor socket, a water quality sensor socket, a feeder socket, and a small fan socket. The three-phase socket or two-phase socket at least includes one of: a germicidal lamp socket, an upper water pump socket, a water pump socket, an oxygen pump socket, a wave pump socket, a heating rod socket, and a cooling machine socket.

Optionally, a switch button is further provided on the housing for switching between use status information of different power sockets to be displayed on the display screen, and the display screen also displays operation buttons.

According to a second aspect of the present invention, an intelligent plug-in strip is provided, wherein the system includes:

An intelligent plug-in strip, a cloud server communicatively connected to the intelligent plug-in strip, and an intelligent controller communicatively connected to the cloud server, the intelligent plug-in strip includes: a casing, a power socket, a display screen, a processor, a voltage reducer, a communication module, the power socket and the display screen are arranged on the casing, the processor and the communication module are arranged in the casing, the processor is respectively connected with the voltage reducer and the communication module, the display A voltage reducer is arranged between the screen, the processor and the power supply, the display screen is used to display the use status information of the power socket, and the intelligent controller sends control instructions to the intelligent socket through the cloud server, The processor controls the operation of the external device connected to the power socket according to the control instruction.

Optionally, the intelligent controller includes at least one of: a smart speaker, a mobile terminal, and a web terminal.

According to a third aspect of the present invention, an intelligent processing method is provided, the method is applied to an intelligent plug-in strip, the intelligent plug-in strip is communicatively connected to a cloud server, the cloud server is communicatively connected to an intelligent controller, and the intelligent plug-in strip is connected in communication with a cloud server. The plug-in strip includes: a casing, a power socket, a display screen, a processor, a voltage reducer, and a communication module, the power socket and the display screen are arranged on the casing, and the processor and the communication module are arranged in the casing, The processor is respectively connected with the voltage reducer and the communication module, a voltage reducer is arranged between the display screen, the processor and the power supply, and the display screen is used to display the use status information of the power socket, so The methods described include:

receiving a control instruction forwarded by the cloud server from the intelligent controller;

In response to the control instruction, extracting the target power outlet and the operation instruction from the control instruction;

The external device connected to the target power socket is controlled to execute the operation instruction.

Optionally, the step of controlling the external device connected to the target power outlet to execute the operation instruction includes:

If the target power socket is in a power-off state, controlling the target power socket to be powered on;

The external device connected to the target power socket after being powered on is controlled to execute the operation instruction.

Optionally, after the step of controlling the external device connected to the target power outlet to execute the operation instruction, the method further includes:

The operation result for the operation instruction is sent to the cloud server, and the cloud server saves the operation result, and/or returns it to the intelligent controller.

Optionally, the external device includes: a camera, the power socket is a USB socket for connecting to the camera, and the operation result includes: a real-time video shot by the camera and/or according to a preset time period pictures taken.

The embodiments of the present invention have the following advantages:

Embodiments of the present invention provide an intelligent plug-in strip, an intelligent system, and an intelligent processing method. The system includes: an intelligent plug-in strip, a cloud server communicatively connected to the intelligent plug-in strip, and an intelligent control device communicatively connected to the cloud server The smart plug-in strip includes: a casing, a power socket, a display screen, a processor, a voltage reducer, and a communication module, the power socket and the display screen are arranged on the casing, and the processor and the communication module are arranged on the Inside the casing, the processor is connected to the voltage reducer and the communication module respectively, a voltage reducer is arranged between the display screen, the processor and the power supply, and the display screen is used to display the status of the power socket. Using the status information, the intelligent controller sends a control instruction to the intelligent power outlet through the cloud server, and the processor controls the operation of the external device connected to the power outlet according to the control instruction. When the external equipment is an aquarium equipment, it solves the problem of remote management and monitoring of the aquarium, and accurate fish farming can be achieved through the real-time data obtained by the aquarium.

Description of drawings

1 is a structural block diagram of an intelligent plug-in row according to Embodiment 1 of the present invention;

2 is a structural block diagram of an intelligent system according to Embodiment 2 of the present invention;

3 is a flow chart of steps of an intelligent processing method according to Embodiment 3 of the present invention;

The main component symbols are explained as follows:

Housing 101, power socket 102, USB socket 1021, three-phase socket 1022, two-phase socket 1023, display screen 103, processor 104, voltage reducer 105, communication module 106, overload protection module 107, power indicator 108, switch button 109. OK button 110, cloud server 111, intelligent controller 112

Detailed ways

Example 1

Referring to FIG. 1, a smart plug strip 100 according to Embodiment 1 is shown, including:

The casing 101 , the power socket 102 , the display screen 103 , the processor 104 , the voltage reducer 105 , the communication module 106 , the overload protection module 107 , the power indicator light 108 , the switch button 109 , and the confirmation button 110 .

In another embodiment of the present invention, the power socket 102 at least includes: a USB socket 1021, a three-phase socket 1022, and a two-phase socket 1023, and a voltage reducer 105 is arranged between the USB socket 1021 and the power supply to prevent overloading. Protection module 107 .

Optionally, in another embodiment of the present invention, the USB socket 1021 at least includes: a water temperature sensor socket, a room temperature sensor socket, an oxygen content detection socket, a camera socket, a liquid level sensor socket, a water quality sensor socket, a One of the food container socket and the small fan socket, the three-phase socket 1022 or the two-phase socket 1023 at least includes: a germicidal lamp socket, an upper water pump socket, a water pump socket, an oxygen pump socket, a wave making pump socket, a heating rod socket, One of the cooler sockets.

The display screen 103 is used to display the use status information of the power socket 102. When the power supply is connected, the display screen 103 is lit up, and the initialization information is displayed, indicating that the WIFI is not connected. If it is connected, the display screen 103 will display the current time. The connection status of each power socket 102, whether it is connected, as well as WIFI information, target power supply voltage, etc.

Optionally, the switch button 109 is used to switch between the use status information of different power sockets 102 to be displayed on the display screen 103, and when the switch button 109 is pressed, the switch display is performed according to the order of the power sockets 102. , if the USB socket 1021 displays the corresponding socket sensor data, such as inserting a water temperature sensor, a room temperature sensor, a PH sensor, etc. in the USB socket 1021 in sequence, pressing the switch button 109 for the first time will display the water temperature, the second time will display the room temperature, the third The PH value is displayed for the second time, and it is displayed cyclically. If it is not operated for a period of time, it will be displayed to the initial state by default (current time, socket connection status, WIFI information). If it is a two-phase socket 1023 or a three-phase socket 1022, the display screen 103 displays the current switch status. In addition, if the OK button 110 is pressed, the currently displayed power socket 102 can be powered off and powered on again. To prevent the power strip from being inoperable after a power failure.

The processor 104 is connected to the cloud through the communication module 106, and monitors the corresponding instruction information of the cloud, and controls the operation of the external equipment connected to the power socket 102. When the communication module 106 receives the instruction sent by the cloud, according to the instruction If the instruction controls the power switch of a certain socket, the processor 104 controls the power supply of the specific power socket 102 according to the instruction; if the instruction is to obtain the data of the sensor, the processor 104 according to the USB socket 1201 obtains the current data of the sensor; if the instruction is a feeding operation, the processor 104 operates the feeder on the USB socket 1201 to feed; if it is a USB camera, it can also be inserted into the USB socket 1021 for control, at this time the camera and the cloud service The connection is established, and the image is pushed to the cloud. At this time, the terminal can watch it online through WEB, APP, etc. Regardless of whether the execution result of the instruction issued by the cloud fails or succeeds, the processor 104 will always send a receipt message to the server to determine whether the corresponding instruction is received and executed.

The step-down device 105 performs step-down processing on the connected power source, and steps down the 220V AC power source to a DC voltage suitable for the operation of the USB socket 1201 , the display screen 103 and the processor 104 .

The communication module 106 can be connected to the Internet and supports two network distribution modes. One-click network distribution is performed through AIRKISS of WeChat and SMART CONFIG of APP. The one-click network distribution of the APP, the user only needs to enter the WIFI password connected to the current mobile terminal on the interface to realize the WIFI configuration of the socket. When the blue light of the status indicator 108 turns green, it means that the WIFI has been connected.

The overload protection module 107 provides protection measures for all external devices connected to the power socket 102 to prevent the current load from being too large, and plays a role in safety protection.

The power indicator 108 is a blue light when the WIFI is not configured, and a green light when the mains power is turned on.

An embodiment of the present invention provides an intelligent plug-in strip 100, the intelligent plug-in strip includes: a casing 101, a power socket 102, a display screen 103, a processor 104, a voltage reducer 105, a communication module 106, an overload protection module 107, a power supply The indicator light 108 , the switch button 109 , the confirmation button 110 , the power socket 102 and the display screen 103 are arranged on the casing 101 , the processor 104 , the communication module 106 , and the overload protection module 107 are arranged in the casing 101 , the processor 104 is respectively connected with the voltage reducer 105, the communication module 106, and the overload protection module 107, the display screen 103, the processor 104 and the power supply are provided with the voltage reducer 105 and the overload protection module 107, The display screen 10 is used to display the use status information of the power socket 102 , and the processor 104 controls the operation of external devices connected to the power socket 102 . When the external equipment is an aquarium equipment, it solves the problem of remote management and monitoring of the aquarium, and accurate fish farming can be achieved through the real-time data obtained by the aquarium.

Referring to FIG. 2, an intelligent system according to Embodiment 2 is shown, including:

A smart plug-in strip 100, a cloud server 111 in communication with the smart plug-in strip 100, and an intelligent controller 112 in communication with the cloud server 111, the smart plug-in strip includes: a casing 101, a power socket 102, and a display screen 103 , processor 104, voltage reducer 105, communication module 106, overload protection module 107, power indicator light 108, switch button 109, confirm button 110, the power socket 102, display screen 103, power indicator light 108, switch button 109 , the confirmation button 110 is arranged on the casing 101, the processor 104, the communication module 106 and the overload protection module 107 are arranged in the casing 101, the processor 104 is respectively connected with the voltage reducer 105, the communication module 106. The overload protection module 107 is connected. A voltage reducer 105 is arranged between the display screen 103, the processor 104 and the power supply. The display screen 103 is used to display the use status information of the power socket 102. The intelligent control The processor 112 sends a control instruction to the smart socket through the cloud server 111, and the processor 104 controls the operation of the external device connected to the power socket 102 according to the control instruction.

Optionally, in another embodiment of the present invention, the intelligent controller 112 includes at least one of: a smart speaker, a mobile terminal, and a web terminal.

The smart speaker can be a speaker currently on the market, such as Xiaoai smart speaker, Tmall Genie, Xiaodu smart speaker, etc. Taking the Xiaoai smart speaker as an example, you can enter the APP of the Xiaoai smart speaker and switch to the skill corresponding to the smart socket 100 in the skill center, and bind the corresponding smart socket 100. Talk to XiaoAi smart speaker and send commands by voice. For example: Xiao Ai, please ask the smart plug to feed the fish; Xiao Ai, please ask the smart plug to obtain the current water temperature, etc. According to the corpus recognized by the smart speaker, it is sent to the cloud of the speaker for processing. The cloud of the smart speaker determines a specific service to call the smart plug-in cloud server 111 through the defined corpus, and sends it together with some information of the smart speaker. The cloud server 111 obtains the corresponding parameter information according to the call of the smart speaker cloud, judges and sends the instructions to the smart plug-in 100, and the smart plug-in 100 obtains the instructions from the plug-in cloud server 111, executes the relevant instructions, and returns a response result , the smart plug-and-discharge cloud server 111 feeds back the results to the smart speaker cloud according to the obtained results, and the smart speaker cloud sends the results to the smart speaker, and the smart speaker broadcasts the results, such as: the fish feeding operation has been performed; the current water temperature is 22 °C, etc.

An embodiment of the present invention provides an intelligent system, the system includes: an intelligent plug-in strip 100, a cloud server 111 communicatively connected to the intelligent plug-in strip 100, and a processor 104 communicatively connected to the cloud server 111, the The smart socket includes: a casing 101 , a power socket 102 , a display screen 103 , a processor 104 , a voltage reducer 105 , a communication module 106 , and an overload protection module 107 . The power socket 102 and the display screen 103 are arranged on the casing 101 , the processor 104, the communication module 106, and the overload protection module 107 are arranged in the casing 101, and the processor 104 is respectively connected with the voltage reducer 105, the communication module 106, and the overload protection module 107, and the display A voltage reducer 105 is arranged between the screen 103, the processor 104 and the power supply, the display screen 103 is used to display the use status information of the power socket 102, and the intelligent controller 112 sends the information to the The smart plug sends a control instruction, and the processor 104 controls the operation of the external device connected to the power socket 102 according to the control instruction. When the external equipment is an aquarium equipment, it solves the problem of remote management and monitoring of the aquarium, and accurate fish farming can be achieved through the real-time data obtained by the aquarium.

Referring to FIG. 3 , an intelligent processing method according to Embodiment 3 is shown, applied to a smart plug-in strip 100 , the smart plug-in strip 100 is connected in communication with a cloud server 111 , and the cloud server 111 is in communication connection with the intelligent controller 112 , the smart socket includes: a casing 101, a power socket 102, a display screen 103, a processor 104, a voltage reducer 105, a communication module 106, and an overload protection module 107. The power socket 102 and the display screen 103 are arranged on the On the casing 101, the processor 104, the voltage reducer 105, the communication module 106, and the overload protection module 107 are arranged in the casing 101, and the processor 104 is connected to the voltage reducer 105, the communication module 106, The overload protection module 107 is connected, a voltage reducer 105 is arranged between the display screen 103, the processor 104 and the power supply, and the display screen 103 is used to display the use status information of the power socket 102, which specifically includes the following steps:

Step 201: Receive a control instruction forwarded by the cloud server from the intelligent controller.

After the WIFI is configured, the processor 104 is connected to the Internet through the communication module 106, and then connected to the cloud server 111. After the cloud server 111 authenticates the intelligent power strip 100, it is allowed to monitor the command queue. The operation command of 100 is sent to the command queue monitored by the smart plug-in.

Step 202, in response to the control instruction, extract the target power outlet and the operation instruction from the control instruction.

When the processor 104 receives the control command, it further determines which operation command is to be performed on the target power socket 102 .

Step 203: Control the external device connected to the target power outlet to execute the operation instruction.

Optionally, in another embodiment of the present invention, step 203 includes sub-steps A1 to A2:

Sub-step A1, if the target power socket is in a power-off state, control the target power socket to be powered on.

Conversely, when the target power outlet 102 is in the power-on state, the power-off operation can also be performed through an instruction. Of course, if other control operations need to be performed in the power-on state at this time, no processing is required, and other control operations can be performed directly.

Sub-step A2, controlling the external device connected to the target power outlet after being powered on to execute the operation instruction.

According to the instruction, the external device on the USB socket 1021 can be operated to perform operations, such as: controlling the feeding of the feeder, obtaining the real-time water temperature, obtaining the real-time pH value, and the like.

Optionally, in another embodiment of the present invention, after step 203, the method further includes:

Step B1, sending the operation result for the operation instruction to the cloud server, and the cloud server saves the operation result, and/or returns it to the intelligent controller.

In practical applications, the embodiment of the present invention can save the operation result to the cloud server 111 according to the type of the operation instruction, or return the operation result to the intelligent controller 112, and the cloud server can make a decision. For example, when the operation instruction is to control the feeder to feed, the operation result does not need to be saved to the cloud server, but the feeding success or failure message is returned to the intelligent controller 112; when the operation instruction is to obtain the real-time pH value or water temperature, it is necessary to The operation result, that is, the pH value or water temperature, is sent to the intelligent controller 112 to notify the user, or the operation result pH value or water temperature can be saved in the cloud server 111 to facilitate the user to return to view the historical value later.

Optionally, in another embodiment of the present invention, the external device includes a camera, the power socket 102 is a USB socket 1021 for connecting to the camera, and the operation result includes: the Live video taken by the camera and/or pictures taken according to a preset time period.

In this embodiment of the present invention, a camera can be used to shoot a video, for example, a video of an aquarium, so that the condition of the aquarium can be remotely monitored in real time.

An embodiment of the present invention provides an intelligent processing method, which is applied to an intelligent power strip 100. The method includes: receiving a control instruction forwarded by the cloud server 111 from the intelligent controller 112; The target power socket 102 and operation instructions are extracted from the control instructions; the external devices connected to the target power socket 102 are controlled to execute the operation instructions. This solves the problem of remote management and monitoring of the aquarium, and accurate fish farming can be achieved through the real-time data obtained by the aquarium.

The above disclosures are only three specific embodiments of the present invention, however, the present invention is not limited thereto, and any changes in the field should fall within the protection scope of the present invention.

Claims (10)

1. An intelligent power strip, comprising:

shell, power socket, display screen, treater, step-down transformer, communication module, power socket, display screen set up in on the shell, treater, communication module set up in the shell, the treater respectively with step-down transformer, communication module connect, be provided with the step-down transformer between display screen, treater and the power, the display screen is used for showing power socket's user state information, the treater is to inserting power socket's external equipment carries out operation control.

2. The smart power strip of claim 1, wherein the power outlet comprises at least: the USB socket, three-phase socket, two-phase socket are provided with the step-down transformer between USB socket and the power.

3. The smart socket as claimed in claim 2, wherein the USB socket comprises at least: temperature sensor socket, room temperature sensor socket, oxygen content detection socket, camera socket, level sensor socket, water quality sensor socket, throw one of them of food ware socket, little fan socket, three-phase socket or two-phase socket include at least: one of a sterilizing lamp socket, a water feeding pump socket, a water suction pump socket, an oxygen pump socket, a wave making pump socket, a heating rod socket and a cooler socket.

4. The intelligent power strip of claim 1, wherein a switch button is further provided on the housing for switching between the use status information of different power outlets for display on the display screen, and an operation button is further displayed on the display screen.

5. An intelligent system, the system comprising:

row, with row communication connection's cloud server is inserted to intelligence, with cloud server communication connection's intelligent control ware is inserted to intelligence, row includes is inserted to intelligence: shell, power socket, display screen, treater, step-down transformer, communication module, power socket, display screen set up in on the shell, treater, communication module set up in the shell, the treater respectively with step-down transformer, communication module connect, be provided with the step-down transformer between display screen, treater and the power, the display screen is used for showing power socket's use status information, the intelligent control ware passes through cloud server to intelligence power strip sends control command, the treater basis control command is to inserting power socket's external equipment carries out operation control.

6. The system of claim 5, wherein the intelligent controller comprises at least: one of intelligent sound, mobile terminal and webpage end.

7. An intelligent processing method is applied to an intelligent socket, the intelligent socket is in communication connection with a cloud server, the cloud server is in communication connection with an intelligent controller, and the intelligent socket comprises: the device comprises a shell, a power socket, a display screen, a processor, a voltage reducer and a communication module, wherein the power socket and the display screen are arranged on the shell, the processor and the communication module are arranged in the shell, the processor is respectively connected with the voltage reducer and the communication module, the voltage reducer is arranged between the display screen, the processor and a power supply, the display screen is used for displaying the service state information of the power socket, and the method comprises the following steps:

receiving a control instruction forwarded by the cloud server from the intelligent controller;

in response to the control instruction, extracting a target power socket and an operation instruction from the control instruction;

and controlling an external device accessed to the target power socket to execute the operation instruction.

8. The method of claim 7, wherein the step of controlling the external device accessing the target power outlet to execute the operation command comprises:

if the target power socket is in a power-off state, controlling the target power socket to be powered on;

and controlling an external device accessed to the target power socket after power-on to execute the operation instruction.

9. The method of claim 7 or 8, wherein after the step of controlling the external device accessing the target power outlet to execute the operation instruction, the method further comprises:

and sending an operation result aiming at the operation instruction to the cloud server, and storing the operation result and/or returning the operation result to the intelligent controller by the cloud server.

10. The method of claim 9, wherein the external device comprises: the camera, power socket is for being used for inserting the USB socket of camera, the operation result includes: the camera is used for shooting real-time videos and/or pictures according to a preset time period.

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