Control method and control device of intelligent socket

Abstract

The invention provides a control method of an intelligent socket. The method comprises the steps that a user sets a user-defined number on the intelligent socket; the intelligent socket sends a specific binary sequence to the intelligent terminal at different frequencies based on the user-defined number; identifying, by the smart terminal, the particular binary sequence to determine a frequency for transmitting the particular binary sequence; the intelligent terminal adds an additional name into the hardware name of the intelligent socket based on the frequency used for sending the specific binary sequence to obtain a complete name; and displaying the complete name to the user by the intelligent terminal. According to the method, the difficulty of distinguishing different intelligent sockets by a user is reduced.

Description

Technical Field

[0001] The present invention relates to the technical field of industrial Internet of Things, and in particular to a control method and a control device for a smart socket. Background Art

[0002] Smart sockets are widely used in factories and homes. Smart sockets have the ability to communicate with smart terminals (for example, through Bluetooth technology). Users only need to install the manufacturer's APP on their smart terminals to achieve human-computer interaction between users and smart sockets through the APP. Human-computer interaction actions include: remotely controlling socket switches, monitoring socket status, and setting socket timer opening. However, when the existing system is running, there is a problem that users cannot accurately identify smart sockets. Summary of the invention

[0003] In order to solve the problems of the prior art, the present invention provides a control method for a smart socket. The method of the present invention uses a smart terminal to identify the frequency used to send a specific binary sequence, and the smart terminal automatically adds an additional name to the hardware name of the smart socket based on the frequency used to send the specific binary sequence, thereby reducing the difficulty for users to distinguish different smart sockets.

[0004] The present invention provides a control method for a smart socket, characterized in that the method comprises:

[0005] A user sets a user-defined number on a smart socket, wherein the smart socket includes at least a first smart socket and a second smart socket;

[0006] The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number;

[0007] The specific binary sequence is identified by the intelligent terminal to determine a frequency for sending the specific binary sequence;

[0008] The smart terminal adds an additional name to the hardware name of the smart socket to obtain a complete name based on the frequency used to send the specific binary sequence; and

[0009] The complete name is displayed to the user by the smart terminal.

[0010] In a preferred embodiment, the user setting a user-defined number on the smart socket includes:

[0011] A user sets a first user-defined number on the first smart socket;

[0012] A second user-defined number is set by the user on the second smart socket, wherein the first user-defined number is different from the second user-defined number.

[0013] In a preferred embodiment, the smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including:

[0014] The first smart socket determines the first frequency based on the first user-defined number;

[0015] The first smart socket sends a specific binary sequence to the smart terminal at a first frequency;

[0016] The second smart socket determines the second frequency based on the second user-defined number;

[0017] The second smart socket sends a specific binary sequence to the smart terminal at a second frequency, wherein the first frequency is different from the second frequency.

[0018] In a preferred embodiment, identifying a specific binary sequence by the intelligent terminal to determine a frequency for sending the specific binary sequence includes:

[0019] The smart terminal identifies the first smart socket and sends a specific binary sequence to the smart terminal at a first frequency;

[0020] The second smart socket is identified by the smart terminal and a specific binary sequence is sent to the smart terminal at the second frequency.

[0021] In a preferred embodiment, the smart terminal adds an additional name to the hardware name of the smart socket based on the frequency used to send the specific binary sequence to obtain a complete name including:

[0022] The smart terminal sends a specific binary sequence to the smart terminal based on the first smart socket at the first frequency to determine the first user-defined number;

[0023] The smart terminal adds a first user-defined number to the hardware name of the first smart socket to obtain a first complete name;

[0024] The smart terminal sends a specific binary sequence to the smart terminal at a second frequency based on the second smart socket to determine a second user-defined number;

[0025] The smart terminal adds the second user-defined number to the hardware name of the second smart socket to obtain a second complete name.

[0026] In a preferred embodiment, the method further comprises:

[0027] After the smart terminal displays the full name to the user, the user re-sets a third user-defined number on the first smart socket, wherein the third user-defined number is different from the first user-defined number;

[0028] The user-defined number set by the first smart socket is changed;

[0029] After the first smart socket recognizes that the set user-defined number is changed, the first smart socket determines the third frequency based on the third user-defined number;

[0030] The first smart socket sends a specific binary sequence to the smart terminal at a third frequency, where the third frequency is different from the first frequency.

[0031] In a preferred embodiment, the method further comprises:

[0032] The first smart socket is identified by the smart terminal and sends a specific binary sequence to the smart terminal at a third frequency;

[0033] The smart terminal sends a specific binary sequence to the smart terminal based on the first smart socket at a third frequency to determine a third user-defined number;

[0034] The smart terminal adds a third user-defined number to the hardware name of the first smart socket to obtain a third complete name;

[0035] The third complete name is displayed to the user by the smart terminal.

[0036] The present invention provides a control device for a smart socket, characterized in that the device comprises:

[0037] A module for setting a user-defined number on a smart socket by a user, wherein the smart socket includes at least a first smart socket and a second smart socket;

[0038] A module for the smart socket to send a specific binary sequence to the smart terminal at different frequencies based on a user-defined number;

[0039] A module for identifying a specific binary sequence by an intelligent terminal to determine a frequency for transmitting the specific binary sequence;

[0040] A module for adding an additional name to the hardware name of the smart socket to obtain a complete name based on the frequency used to send the specific binary sequence by the smart terminal; and

[0041] A module used by a smart terminal to display the full name to the user.

[0042] In a preferred embodiment, the user setting a user-defined number on the smart socket includes:

[0043] A user sets a first user-defined number on the first smart socket;

[0044] A second user-defined number is set by the user on the second smart socket, wherein the first user-defined number is different from the second user-defined number.

[0045] In a preferred embodiment, the smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including:

[0046] The first smart socket determines the first frequency based on the first user-defined number;

[0047] The first smart socket sends a specific binary sequence to the smart terminal at a first frequency;

[0048] The second smart socket determines the second frequency based on the second user-defined number;

[0049] The second smart socket sends a specific binary sequence to the smart terminal at a second frequency, wherein the first frequency is different from the second frequency.

[0050] Compared with the prior art, the present invention has the following advantages: based on the existing system, when the user uses the smart terminal APP to establish an initial connection with each smart socket, the smart socket actually selected by the user may be different from the smart socket expected by the user, which causes the user to mistakenly power off the smart socket that should not be powered off, resulting in serious consequences. The existing methods for solving the above problems are relatively complicated. The present invention proposes a control method for a smart socket, which can improve the accuracy of users in identifying smart sockets and reduce the difficulty of users in distinguishing different smart sockets. BRIEF DESCRIPTION OF THE DRAWINGS

[0051] Figure 1 It is a schematic diagram for introducing the technical problem of the present invention.

[0052] Figure 2 It is a method flow chart of an embodiment of the present invention.

[0053] Figure 3 Schematic diagram of a smart socket according to an embodiment of the present invention. DETAILED DESCRIPTION

[0054] The specific implementation modes of the present invention are described in detail below in conjunction with the accompanying drawings, but it should be understood that the protection scope of the present invention is not limited by the specific implementation modes.

[0055] In the present invention, the smart socket can be a socket converter with only one socket (for example, a converter that converts a European standard socket to a Chinese standard socket, or a converter that converts an American standard socket to a Chinese standard socket), and the smart socket can also be a socket strip with multiple sockets. In the present invention, the smart terminal can be a smart phone, a tablet computer, a laptop computer, or a smart TV. The following embodiments of the present invention are all introduced in residential scenarios, but it can be understood that the method of the present invention can be fully used to identify smart sockets in smart factories.

[0056] When investigating user feedback on our products, we found that the existing system has the problem that users cannot accurately identify smart sockets. Figure 1 This paper introduces the problems of the existing system. Generally, when decorating a new house, users will buy smart sockets in bulk. Especially when the products are highly competitive, users will buy smart sockets of the same brand and model in bulk. In this case, when users use the smart terminal APP to establish the initial connection with each smart socket, they will face the situation of not being able to distinguish which is the target smart socket. Figure 1 For example, the user wants to complete the initial connection and configuration of the smart socket AC in bedroom A. It should be understood that establishing the initial connection can be the initial pairing of the smart terminal and the smart socket, so that the smart socket can send a message to the smart terminal, and the initial configuration can be the user configuring certain parameters for the smart socket, such as temperature alarm parameters. When the temperature of the smart socket is higher than the temperature alarm parameters, the smart socket can send an alarm message to the smart terminal.

[0057] Ideally, when the user is in bedroom A, smart socket A is closest to the user, so the signal strength is the strongest. At this time, in the smart terminal based on Bluetooth communication, the first item in the hardware list that can be selected to establish a Bluetooth connection with it should be smart socket A. According to the current initial naming convention of Bluetooth devices, the hardware name of smart socket A can be "Cixi Winter Palace Smart Socket-xxxx Model". Ideally, when the user clicks "Cixi Winter Palace Smart Socket-xxxx Model" in the first item in the hardware list, the actual selected item is smart socket A. The user is in bedroom A, and the user expects that the first item in the hardware list, "Cixi Winter Palace Smart Socket-xxxx Model", should also be smart socket A. At this time, the smart socket that the user hopes to select is the same as the smart socket that the user actually selects, and no selection error will occur. After the user selects "Cixi Winter Palace Smart Socket-xxxx Model" in the first item in the hardware list, the smart terminal is paired with smart socket A. After that, the user can modify the hardware name of smart socket A, for example, to "socket in bedroom A". Then the user can simply distinguish each smart socket by the hardware name modified by the user.

[0058] In a non-ideal situation, there is a signal blockage between smart socket A and the user (for example, electrical appliances such as a TV, refrigerator, and vertical air conditioner, or other furniture), while there is a door between smart socket C and the user. On the contrary, there is no signal blockage between smart socket C and the user. At this time, the signal between smart socket C and the smart terminal is the strongest. Therefore, the first item in the hardware list that can be selected to establish a Bluetooth connection with it is smart socket C. The hardware name of smart socket C in the hardware list is "Cixi Winter Palace Smart Socket-xxxx Model", while smart socket A may be located in the second item of the hardware list, or even in the later items. At this time, the user clicks on the first item in the hardware list, "Cixi Winter Palace Smart Socket-xxxx Model", and actually selects smart socket C. However, since the user is still in bedroom A, the user expects that the first item in the hardware list is smart socket A, and then the user may change the hardware name of smart socket C to "socket in bedroom A". During subsequent use, the user may want to remotely turn off the smart socket A in bedroom A, so the user clicks on "the socket in bedroom A" and turns off the socket, but the socket named "the socket in bedroom A" is actually smart socket C. Therefore, after the user's operation, the socket that is powered off is actually smart socket C. According to user feedback, this has caused more serious problems (for example, bedroom C is a study, and due to the aforementioned misoperation, important unsaved files in the computer are lost).

[0059] Another problem is that the user wants to connect smart sockets B and C in bedroom A, but in the list of optional hardware for establishing a Bluetooth connection, since the hardware names of smart sockets B and C are both "Cixi Winter Palace Smart Socket-xxxx Model", and the user cannot tell which smart socket B and C is closer to him / her, the user in bedroom A cannot tell which of the two smart sockets named "Cixi Winter Palace Smart Socket-xxxx Model" is smart socket B and which is smart socket C.

[0060] The existing methods to solve the above problems are relatively complicated. A common method is to require users to accurately identify the hardware that the user is currently pairing based on the hardware ID. Specifically, the manufacturer engraves the hardware ID on the back of the smart socket, and then the user selects the hardware in the aforementioned hardware list and pairs it. After pairing, the user reads the hardware ID of the hardware and compares it with the hardware ID on the back of the smart socket. If the comparison is consistent, the user can determine that the hardware selected in the hardware list is the same as the actual smart socket in the user's hand. However, this method is very cumbersome. First, the hardware ID is long and has no rules. For example, the hardware ID of a smart socket is as follows "BTHENUM\Dev_0452C7C1EDCA". It will take a long time for users to compare this sequence; secondly, the hardware IDs of products of the same model and the same company are similar. Therefore, if the user is careless when comparing, the user may still mistakenly believe that the hardware selected in the hardware list is the same as the actual smart socket in the user's hand. At this time, the problems existing in the existing system cannot be solved. In view of the defects of the prior art, the present invention proposes a control method for a smart socket. The method proposed in the present invention can improve the accuracy of users in identifying smart sockets and reduce the difficulty of users in identifying different smart sockets.

[0061] Example 1

[0062] Figure 2 1 is a method flow chart of an embodiment of the present invention. As shown in the figure, the method of the present invention includes:

[0063] Step 1: The user sets a user-defined number on the smart socket, wherein the smart socket includes at least a first smart socket and a second smart socket; in one example, the user-defined number may be an Arabic numeral from 1 to 100; in one example, the smart socket may display the user-defined number set by the user to the user in a visual manner; in one example, the schematic diagram of the smart socket of the present invention may be referred to in Figure 3 . Figure 3 A smart socket with four sockets is shown, and a display interface is provided on the smart socket. Figure 3 In the example, the display interface currently displays the number "13", which means that the user-defined number currently set by the user is "13". Figure 3 The setting interface is also shown in FIG. 1 . The setting interface can be a mechanical button. Each time the user presses the mechanical button, the user-defined number can increase by 1. For example, in Figure 3 In the state, the user presses the mechanical button again, and the user-defined number becomes "14". The setting interface can also be a touch screen, and the user can directly enter the desired user-defined number on the touch screen.

[0064] Step 2: The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number; in one example, in Bluetooth communication, the communication frequency band is a relatively wide frequency band, and the Bluetooth communication frequency band can be divided into multiple communication frequency bands to obtain multiple different frequencies. In one example, the specific binary sequence can be "010101010101", which is selected because this pulse sequence is easily recognized by the smart terminal. Of course, it should be understood that other binary sequences that are considered appropriate can meet the requirements of the present invention.

[0065] Step 3: The intelligent terminal identifies the specific binary sequence to determine the frequency used to send the specific binary sequence;

[0066] Step 4: The smart terminal adds an additional name to the hardware name of the smart socket based on the frequency used to send the specific binary sequence to obtain a complete name; and

[0067] Step 5: The smart terminal displays the full name to the user.

[0068] Example 2

[0069] In Embodiment 2, the user setting a user-defined number on the smart socket includes:

[0070] A first user-defined number is set by the user on the first smart socket; in one example, for example, the first user-defined number set by the user on the first smart socket is “1”;

[0071] The user sets a second user-defined number on the second smart socket, wherein the first user-defined number is different from the second user-defined number. In one example, for example, the first user-defined number set by the user on the second smart socket is "2".

[0072] The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including:

[0073] The first smart socket determines the first frequency based on the first user-defined number; in one example, before the smart socket leaves the factory, a correspondence table between the frequency and the user-defined number can be pre-written in the smart socket firmware, so that the smart socket can determine the frequency based on the user-defined number by looking up the table. An example of the correspondence table can be as follows:

[0074] Table 1

[0075] User defined number frequency 1 f1-f2 2 f2-f3 3 f3-f4 4 f4-f5 5 f5-f6 6 f6-f7 7 f7-f8

[0076] It is understandable that Table 1 only shows the correspondence between the user-defined numbers 1-7 and the frequencies. Based on the example in Table 1, those skilled in the art can easily obtain the correspondence between other user-defined numbers and frequencies. Continuing with the above example, since the first user-defined number set by the user on the first smart socket is "1", the first smart socket can determine by looking up the table that the first smart socket should send a specific binary sequence to the smart terminal at the frequency of f1-f2.

[0077] The first smart socket sends a specific binary sequence to the smart terminal at the first frequency; continuing with the above example, the first smart socket sends a specific binary sequence to the smart terminal at the frequency of f1-f2.

[0078] The second frequency is determined by the second smart socket based on the second user-defined number; continuing with the previous example, since the second user-defined number set by the user on the second smart socket is "2", the second smart socket can determine by looking up the table that the second smart socket should send a specific binary sequence to the smart terminal at the frequency of f2-f3.

[0079] The second smart socket sends a specific binary sequence to the smart terminal at a second frequency, wherein the first frequency is different from the second frequency.

[0080] Example 3

[0081] In Embodiment 3, identifying the specific binary sequence by the intelligent terminal to determine the frequency for sending the specific binary sequence includes:

[0082] The first smart socket is identified by the smart terminal and sends a specific binary sequence to the smart terminal at the first frequency; it can be understood that in this step, when the first smart socket sends the specific binary sequence to the smart terminal, the identity identifier of the first smart socket can be included in the header of the message (that is, the header of the message includes the identity identifier of the first smart socket, and the payload part includes the specific binary sequence). After receiving the message, the smart terminal can determine which smart socket sends the specific binary sequence to the smart terminal at which frequency.

[0083] The second smart socket is identified by the smart terminal and a specific binary sequence is sent to the smart terminal at the second frequency.

[0084] The smart terminal adds additional names to the hardware name of the smart socket based on the frequency used to send the specific binary sequence to obtain a complete name including:

[0085] The first user-defined number is determined by the smart terminal based on the first smart socket sending a specific binary sequence to the smart terminal at the first frequency; in one example, when the smart terminal installs the APP, the APP may have a corresponding table as shown in Table 1. The smart terminal may obtain the first user-defined number "1" by looking up Table 1 based on the specific binary sequence sent by the first smart socket received at the first frequency;

[0086] The smart terminal adds the first user-defined number to the hardware name of the first smart socket to obtain a first complete name; in one example, the specific form of the first complete name may be "1-Cixi Donggong Smart Socket-xxxx Model"

[0087] The smart terminal determines the second user-defined number based on the second smart socket sending a specific binary sequence to the smart terminal at the second frequency; in one example, the smart terminal can obtain the second user-defined number "2" by looking up Table 1 based on receiving the specific binary sequence sent by the second smart socket at the second frequency;

[0088] The smart terminal adds the second user-defined number to the hardware name of the second smart socket to obtain a second complete name. In one example, the specific form of the first complete name can be "2-Cixi Donggong Smart Socket-xxxx Model".

[0089] Example 4

[0090] In embodiment 4, the method further comprises:

[0091] After the smart terminal displays the full name to the user, the user re-sets a third user-defined number on the first smart socket, where the third user-defined number is different from the first user-defined number; in one scenario, since there are multiple smart sockets in the user's home, the user may accidentally set two different smart sockets to the same user-defined number. At this time, two identical hardware names will be displayed on the hardware list. In this case, the user should be allowed to re-set the user-defined number. In one example, for example, the third user-defined number is "7".

[0092] The user-defined number set by the first smart socket is changed;

[0093] After the first smart socket recognizes that the set user-defined number has been changed, the first smart socket determines the third frequency based on the third user-defined number; continuing with the previous example, since the third user-defined number set by the user on the first smart socket is "7", the first smart socket can determine by looking up a table that the first smart socket should send a specific binary sequence to the smart terminal at a frequency of f7-f8.

[0094] The first smart socket sends a specific binary sequence to the smart terminal at a third frequency, where the third frequency is different from the first frequency.

[0095] The method also includes:

[0096] The first smart socket is identified by the smart terminal and sends a specific binary sequence to the smart terminal at a third frequency;

[0097] The smart terminal determines the third user-defined number based on the first smart socket sending a specific binary sequence to the smart terminal at the third frequency; in one example, the smart terminal can obtain the third user-defined number "7" by looking up Table 1 based on receiving the specific binary sequence sent by the first smart socket at the third frequency;

[0098] The smart terminal adds a third user-defined number to the hardware name of the first smart socket to obtain a third complete name;

[0099] The third complete name is displayed to the user by the intelligent terminal. In one example, the specific form of the third complete name can be "7-Cixi Donggong Intelligent Socket-xxxx Model".

[0100] The following recombines Figure 1 The effect of the present invention is introduced. Assume that the user Figure 1 In the example, the user-defined number "1" is set on the smart socket A, the user-defined number "3" is set on the smart socket B, and the user-defined number "5" is set on the smart socket C. Then, according to the method of the present invention, in the hardware list of the smart terminal, no matter which item the smart socket A is in the list, the hardware name of the smart socket A is "1-Cixi Winter Palace Smart Socket-xxxx Model", no matter which item the smart socket B is in the list, the hardware name of the smart socket B is "3-Cixi Winter Palace Smart Socket-xxxx Model", and no matter which item the smart socket C is in the list, the hardware name of the smart socket C is "5-Cixi Winter Palace Smart Socket-xxxx Model". Since the user-defined number on the smart socket is set by the user himself, the smart socket selected by the user in the hardware list and the smart socket the user wants to pair with must be the same smart socket. After that, the user can change the hardware name of the smart socket A from "1-Cixi Winter Palace Smart Socket-xxxx Model" to "Socket in Bedroom A" to facilitate subsequent identification and control. Even if the user forgets the user-defined number set on the smart socket B, the user only needs to simply check the display window on the smart socket to know the user-defined number of the smart socket B. The method of the present invention greatly reduces the difficulty for the user to identify the smart socket.

[0101] Example 5

[0102] The present invention provides a control device for a smart socket, characterized in that the device comprises:

[0103] A module for setting a user-defined number on a smart socket by a user, wherein the smart socket includes at least a first smart socket and a second smart socket;

[0104] A module for the smart socket to send a specific binary sequence to the smart terminal at different frequencies based on a user-defined number;

[0105] A module for identifying a specific binary sequence by an intelligent terminal to determine a frequency for transmitting the specific binary sequence;

[0106] A module for adding an additional name to the hardware name of the smart socket to obtain a complete name based on the frequency used to send the specific binary sequence by the smart terminal; and

[0107] A module used by a smart terminal to display the full name to the user.

[0108] In a preferred embodiment, the user setting a user-defined number on the smart socket includes:

[0109] A user sets a first user-defined number on the first smart socket;

[0110] A second user-defined number is set by the user on the second smart socket, wherein the first user-defined number is different from the second user-defined number.

[0111] In a preferred embodiment, the smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including:

[0112] The first smart socket determines the first frequency based on the first user-defined number;

[0113] The first smart socket sends a specific binary sequence to the smart terminal at a first frequency;

[0114] The second smart socket determines the second frequency based on the second user-defined number;

[0115] The second smart socket sends a specific binary sequence to the smart terminal at a second frequency, wherein the first frequency is different from the second frequency.

[0116] It should be understood that the above specific embodiments of the present invention are only used to illustrate or explain the principles of the present invention, and do not constitute a limitation of the present invention. Therefore, any modifications, equivalent substitutions, improvements, etc. made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. In addition, the appended claims of the present invention are intended to cover all changes and modifications that fall within the scope and boundaries of the appended claims, or the equivalent forms of such scope and boundaries.

Claims

1. A control method for a smart socket, characterized in that: The method comprises: A user sets a user-defined number on the smart socket, wherein the smart socket includes at least a first smart socket and a second smart socket; The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number; The intelligent terminal identifies the specific binary sequence to determine a frequency for sending the specific binary sequence; The smart terminal adds an additional name to the hardware name of the smart socket to obtain a complete name based on the frequency used to send the specific binary sequence; and The intelligent terminal displays the complete name to the user.

2. The method of claim 1, wherein: Setting a user-defined number on the smart socket by the user includes: A user sets a first user-defined number on the first smart socket; A second user-defined number is set by a user on the second smart socket, wherein the first user-defined number is different from the second user-defined number.

3. The method of claim 2, wherein: The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including: The first smart socket determines a first frequency based on the first user-defined number; The first smart socket sends a specific binary sequence to the smart terminal at the first frequency; Determining, by the second smart socket, a second frequency based on the second user-defined number; The second smart socket sends a specific binary sequence to the smart terminal at the second frequency, wherein the first frequency is different from the second frequency.

4. The method of claim 3, wherein: The step of identifying the specific binary sequence by the intelligent terminal to determine a frequency for sending the specific binary sequence includes: The smart terminal identifies the first smart socket and sends the specific binary sequence to the smart terminal at the first frequency; The second smart socket is identified by the smart terminal and the specific binary sequence is sent to the smart terminal at the second frequency.

5. The method of claim 4, wherein: The smart terminal adds an additional name to the hardware name of the smart socket based on the frequency used to send the specific binary sequence to obtain a complete name including: The smart terminal sends the specific binary sequence to the smart terminal at the first frequency based on the first smart socket to determine the first user-defined number; The smart terminal adds the first user-defined number to the hardware name of the first smart socket to obtain a first complete name; The smart terminal sends the specific binary sequence to the smart terminal at the second frequency based on the second smart socket to determine the second user-defined number; The smart terminal adds the second user-defined number to the hardware name of the second smart socket to obtain a second complete name.

6. The method of claim 5, wherein: The method further comprises: After the smart terminal displays the complete name to the user, the user re-sets a third user-defined number on the first smart socket, wherein the third user-defined number is different from the first user-defined number; The user-defined number set by the first smart socket is changed; After the first smart socket recognizes that the set user-defined number is changed, the first smart socket determines the third frequency based on the third user-defined number; The first smart socket sends a specific binary sequence to the smart terminal at the third frequency, wherein the third frequency is different from the first frequency.

7. The method of claim 6, wherein: The method further comprises: The smart terminal identifies the first smart socket and sends the specific binary sequence to the smart terminal at the third frequency; The smart terminal sends the specific binary sequence to the smart terminal at the third frequency based on the first smart socket to determine the third user-defined number; The smart terminal adds the third user-defined number to the hardware name of the first smart socket to obtain a third complete name; The third complete name is displayed to the user by the intelligent terminal.

8. A control device for a smart socket, characterized in that: The device comprises: A module for setting a user-defined number on the smart socket by a user, wherein the smart socket comprises at least a first smart socket and a second smart socket; A module for the smart socket to send a specific binary sequence to the smart terminal at different frequencies based on the user-defined number; A module for identifying the specific binary sequence by the intelligent terminal to determine a frequency for sending the specific binary sequence; a module for adding an additional name to the hardware name of the smart socket to obtain a complete name based on the frequency used to send the specific binary sequence by the smart terminal; and A module for displaying the complete name to the user by a smart terminal.

9. The device of claim 8, wherein: Setting a user-defined number on the smart socket by the user includes: A user sets a first user-defined number on the first smart socket; A second user-defined number is set by a user on the second smart socket, wherein the first user-defined number is different from the second user-defined number.

10. The device of claim 9, wherein: The smart socket sends a specific binary sequence to the smart terminal at different frequencies based on the user-defined number, including: The first smart socket determines a first frequency based on the first user-defined number; The first smart socket sends a specific binary sequence to the smart terminal at the first frequency; Determining, by the second smart socket, a second frequency based on the second user-defined number; The second smart socket sends a specific binary sequence to the smart terminal at the second frequency, wherein the first frequency is different from the second frequency.

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