CN215527998U - Row inserts socket - Google Patents

Abstract

The embodiment of the application discloses a socket with extension sockets, which is used for being matched with a plug for use and comprises a socket body, wherein the socket body comprises a power interface, a data interface, a control module and a voltage transformation module; a power cord comprising a power transmission harness and a data transmission harness; the other end of the power line is provided with a socket and a plug; the power interface is used for being connected with a power terminal of the plug and a power terminal of the socket plug respectively; the data interface is used for being connected with the terminal equipment and the data terminal of the plug respectively; the control module is used for controlling the voltage transformation module to carry out voltage regulation on power supply output to the household appliance connected with the wall socket through the power interface according to a voltage regulation instruction from the terminal equipment acquired through the data interface. The extension socket of this embodiment can realize that electric power and data transmit simultaneously, and transmission electric power satisfies the power consumption demand of tame electric installation, can provide different wide voltage power supplies according to different tame electric installations.

Description

Row inserts socket

Technical Field

The application relates to the technical field of household appliances, in particular to a socket with a power strip.

Background

With the development of the internet, especially the internet of things, it is becoming more and more popular for household appliances to access to a communication network for control via a network relay device. With the continuous popularization of intelligent household appliances, a user can know the conditions of the intelligent household appliances at any time and any place and remotely control the intelligent household appliances, so that the user can conveniently and efficiently process various problems in life.

The existing network access technologies generally include wired network access technologies or wireless network access technologies such as an electronic line carrier technology and a POE communication technology, and the existing network access technologies all have certain defects: the input and output of the power line carrier technology must be in the same loop, and the socket and the line of the civil building are often composed of a plurality of loops, so that the problem that a circuit breaker exists in the circuit when the technology is applied, and further data signals cannot be transmitted is caused; in addition, carrier signals of the power line carrier technology are unstable, and power transmission can cause interference on transmission of the carrier signals, so that the stability of the transmitted carrier signals is influenced; in the POE communication technology, when the voltage reaches 60V and the current exceeds 2A, the network cable is in danger of overheating, and the power consumption requirements of most household electrical appliances cannot be met; in addition, when the wired intelligent household appliance system in the prior art is controlled and used, the household appliance at least needs to be provided with a USB transmission line for transmitting data, so that the wire arrangement is complex and the transmission distance is short; when the wireless intelligent household appliance system is controlled to be used, a wireless communication module is required to be additionally arranged in the household appliance to be connected with a household wireless network, the data transmission of the wireless network is unstable, and the wireless intelligent household appliance system has high requirements on the performance of wireless communication equipment; moreover, whether a USB transmission line or a wireless network is used for network access and control of the household electrical appliances, the setting requirements are complex, and it is very difficult to use the household electrical appliances for people with weak information receiving capability, such as the elderly and children.

Therefore, in order to overcome the defects of the prior art, a novel extension socket needs to be provided.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a socket capable of transmitting power signals and data signals simultaneously, being used in multiple loops and transmitting power to meet the power consumption requirement of household electrical appliances.

In order to achieve at least one of the above purposes, the following technical scheme is adopted in the application:

the application provides a row socket for use with the plug cooperation, include:

the socket comprises a socket body and a control module, wherein the socket body comprises a power interface, a data interface, a control module and a voltage transformation module connected with the power interface;

the power line is connected with the socket body and comprises a power transmission wiring harness connected with the power interface and a data transmission wiring harness connected with the data interface;

the other end of the power line is provided with a socket plug which is used for being plugged with external power equipment, and the socket plug comprises a power terminal and a data terminal;

the power interface is used for being respectively connected with a power terminal of a plug and a power terminal of the socket plug so as to realize power communication;

the data interface is used for being connected with terminal equipment and the data terminal of the plug respectively so as to realize data communication between the terminal equipment and the household appliance equipment;

the control module is used for controlling the voltage transformation module to carry out voltage regulation on power supply output to the household appliance connected with the extension socket through the power interface according to a voltage regulation instruction from the terminal equipment acquired through the data interface.

In one possible implementation, the socket body further includes a current sensor and/or a voltage sensor electrically connected to the control module, respectively; wherein,

the current sensor is used for sensing a current signal output by the extension socket;

the voltage sensor is used for sensing a voltage signal output by the extension socket.

In a possible implementation manner, the socket body further comprises a first alarm connected with the control module, and the control module is used for controlling the first alarm to send out first alarm information according to the current signal and/or the voltage signal.

In a possible implementation manner, the socket body further includes a rectifying module connected to the transforming module;

the rectification module is used for converting the received alternating voltage into direct voltage and outputting the direct voltage.

In one possible implementation, the socket body is provided with an overload protection switch for realizing power-off in case of overload of the extension socket.

In a possible implementation manner, the control module of the socket body is configured to transmit a data signal carrying the unique identification code of the extension socket, or receive a control signal carrying the unique identification code of the extension socket,

and the control module of the socket body is used for controlling the household appliance connected with the control module to execute corresponding operation according to the control signal.

In a possible implementation manner, the socket body includes a fixing member for fixing the power line.

In one possible implementation, the socket body is provided with a relay for controlling the opening or closing of the circuit.

In one possible implementation, the socket body is provided with a switch button for controlling the switch of the relay.

In one possible implementation, the home device information is a rated voltage, a rated current, and a rated power of the home device.

The beneficial effect of this application is as follows:

aiming at the problems in the prior art, the application provides the extension socket which can realize the simultaneous transmission of power signals and data signals, can be used in multiple loops, has stable data signal transmission and can transmit power to meet the power consumption requirements of civil household electrical appliances; in addition, the extension socket can intelligently identify the household appliances while transmitting data, media signals or network signals to the household appliances, and provides different wide-voltage power supplies according to different household appliances.

Furthermore, the socket realizes the intellectualization of the traditional household electrical appliances, namely the power supply and the information interaction of the intelligent household electrical appliances to be in a line mode under the condition of not changing the use habit of the common household electrical appliances, the intelligent household electrical appliance use method is in a plug-in mode, the user really realizes the plug-and-play intelligent household electrical appliances, the fussy setting requirement is not needed, and the socket is suitable for groups with weak information receiving capacity, such as the old and children.

Drawings

The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.

Fig. 1 shows a schematic structural diagram of an intelligent home appliance system in an embodiment of the present application.

Fig. 2 shows a schematic configuration of a multi-row socket in an embodiment of the present application.

Fig. 3 illustrates a flow chart of the operation of a patch panel jack in one embodiment of the present application.

Fig. 4 shows a schematic structural diagram of a receptacle plug in an embodiment of the present application.

FIG. 5 illustrates a flow diagram for a terminal device receiving analytics sensor data in one embodiment of the present application.

Fig. 6 is a schematic diagram illustrating a connection between a terminal device and a home device according to an embodiment of the present application.

Fig. 7 is a schematic diagram illustrating connection between a terminal device and a home device in another embodiment of the present application.

Detailed Description

In the following description, for purposes of explanation, numerous specific details are set forth in order to provide a thorough understanding of one or more embodiments. It may be evident, however, that such embodiment(s) may be practiced without these specific details.

In the description of the present application, it should be noted that the terms "upper", "lower", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, which are only for convenience in describing the present application and simplifying the description, and do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and operate, and thus, should not be construed as limiting the present application. Unless expressly stated or limited otherwise, the terms "mounted," "connected," and "connected" are intended to be inclusive and mean, for example, that they may be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present application can be understood by those of ordinary skill in the art as appropriate.

It is further noted that, in the description of the present application, relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

In order to solve the problems in the prior art, an embodiment of the present application provides a multi-row socket, as shown in fig. 2 to 4, the multi-row socket is used to cooperate with one or more plugs, the plugs can be used to electrically connect to a household electrical appliance 130 (for example, a television, an air conditioner, an electric fan, an intelligent curtain machine, a water heater, etc.), and in another embodiment, the multi-row socket can also be used to cooperate with a plug of another multi-row socket, so as to implement connection of multiple household electrical appliances 130. The extension socket 180 comprises a socket body 181, wherein the socket body 181 comprises a power interface, a data interface, a control module and a voltage transformation module connected with the power interface.

In addition, the extension socket 180 further comprises a power line 182 connected with the socket body 181, wherein the power line 182 comprises a power transmission harness connected with the power interface and a data transmission harness connected with the data interface, the power transmission harness is used for transmitting power signals and comprises three paths of a live wire, a zero wire and a ground wire, and the three paths of the live wire, the zero wire and the ground wire of the power transmission harness are respectively connected with the live wire interface, the zero wire interface and the ground interface of the power interface of the extension socket; the data transmission line bundle is used for transmitting data signals. In one specific example, the data transmission wire bundle is 10 strands, wherein each strand comprises two data lines, namely 20 data lines. The other end of the power line 182 is provided with a receptacle connector 183 for plugging with an external power device, the receptacle connector 183 including a power terminal and a plurality of data terminals.

The power interface is used for being connected with a power terminal of a plug connected with the household appliance 130 and a power terminal of a socket plug connected with external power equipment respectively, and the external power equipment is communicated with a mains supply so as to realize power communication between the household appliance and the mains supply; in addition, the data interface is configured to be connected to the data terminal of the plug electrically connected to the household electrical appliance 130 and the terminal device, respectively, so as to implement data communication between the terminal device and the household electrical appliance. That is, the power terminal and the data terminal of the plug connected to the household electrical appliance are respectively inserted into the power interface and the data interface of the outlet 180, so that the power signal and the data signal are simultaneously transmitted between the household electrical appliance 130 and the outlet 180.

In one specific example, the external power device may be a wall socket, and the socket plug 183 of the extension socket 180 may be plugged into the wall socket and connected to the commercial power source through the wall socket. In another specific example, the external power device may be another patch outlet having a plug that plugs into another patch outlet.

Meanwhile, the control module is used for controlling the voltage transformation module to carry out voltage regulation on power supply output to the household appliance connected with the wall socket through the power interface according to a voltage regulation instruction from the terminal device acquired through the data interface. That is, the terminal device sends a corresponding voltage adjustment command to the control module of the socket for the home appliance information of the different home appliances 130, so that the control module controls the voltage transformation module to adjust the voltage and outputs a required voltage to the home appliance 130 connected to the socket. In one specific embodiment, the home device information may be, for example, a rated voltage, a rated current, and a rated power of the home device.

In one specific example, the power terminals of the outlet plug 183 include a live end, a ground end, and a neutral end, three paths of live, neutral, and ground wires of the power transmission harness of the power cord 181 are respectively connected to the live end, the ground end, and the neutral end of the outlet plug 183, and the data transmission harness of the power cord 181 is connected to the plurality of data terminals of the outlet plug 183.

In one specific example, the power terminals of the receptacle connector 183 include a live end, a ground end, and a neutral end, as shown in fig. 4, where P1 and P2 are the live end and the neutral end, respectively, and G is the ground end, and the data terminals are arranged between the live end and the ground end and between the neutral end and the ground end, respectively, i.e., D01 and D02 … D08 shown in fig. 4 are the data terminals. In another specific example, the data terminals of the receptacle connector 183 are arranged in a central symmetry with respect to the ground terminal, so that the receptacle connector 183 can be inserted into the external power device from both front and back directions, thereby facilitating the user's use.

In a specific example, the control module of the extension socket 180 may be a microprocessor, the voltage transformation module of the extension socket 180 may be a potentiometer, and the microprocessor controls the potentiometer to adjust the magnitude of the utility voltage according to the household appliance information of the household appliance 130, and outputs the changed voltage to the household appliance 130 connected to the extension socket 180. In another specific example, the socket body 181 further includes a rectifying module connected to the transforming module; the rectifier module is configured to convert the received ac voltage into a dc voltage and output the dc voltage to the household electrical appliance 130.

The extension socket 180 provided by the embodiment can realize simultaneous transmission of power signals and data signals, can be used in multiple loops, is stable in data signal transmission, can stably transmit 0-220V alternating current and 5-32V direct current, and can transmit power to meet the power consumption requirements of household appliances; meanwhile, data signals including video, audio, network and the like can be stably transmitted; in addition, the extension socket 180 is provided with a control module and a voltage transformation module, so that the household electrical appliance 130 can be intelligently identified, that is, based on the household electrical appliance information of different household electrical appliances 130, the voltage transformation module is controlled to change the voltage according to different household electrical appliances 130, so as to provide the required voltage for different household electrical appliances 130; furthermore, the extension socket 180 can realize the intellectualization of the traditional household electrical appliances, namely, the power supply and information interaction of the intelligent household electrical appliances can be realized to be in a line mode under the condition of not changing the use habit of the common household electrical appliances, the intelligent household electrical appliance use method can realize the plug-in mode, the user can really realize the plug-and-play of the intelligent household electrical appliances, the complicated setting requirement is not needed, and the extension socket is suitable for the groups with weak information receiving capacity, such as the old and children.

In one embodiment, the socket body 181 further includes a current sensor and/or a voltage sensor electrically connected to the control module, respectively; the current sensor is used for sensing a current signal output by the extension socket 180 and transmitting the current signal to the control module of the extension socket 180; the voltage sensor is used for sensing a voltage signal output by the extension socket 180 and transmitting the voltage signal to the control module of the extension socket 180. In another specific embodiment, the socket body further comprises a first alarm connected with the control module, and the control module is used for controlling the first alarm to send out first alarm information according to the current signal and/or the voltage signal. That is, when the control module of the extension socket 180 detects that the operation of the household electrical appliance 130 is abnormal, the control module controls the first alarm to automatically send out the first alarm information.

In one embodiment, the control module of the socket body is configured to transmit a data signal carrying a unique identification code of the patch socket, or receive a control signal carrying a unique identification code of the patch socket, where the unique identification code is, for example, a port number of 2 bytes, i.e., 16 bits, that is, an IP address of the patch socket, so as to distinguish each patch socket 180. The control module of the socket body is configured to control the household electrical appliance connected to the socket body to perform corresponding operations according to the received control signal, for example, adjustment operations on a signal source, a volume, a screen brightness, a temperature, a humidity, wind power, a wind direction, an operation mode, and the like of the household electrical appliance 130.

In one embodiment, the socket body 181 is provided with an overload protection switch for switching off the power supply in case of overload of the extension socket 180. In another embodiment, the socket body 181 includes a fixing member, which is screwed with the socket body 181 to fix the power cord, and prevent the power cord from being irregularly arranged and pulled to damage electrical components when the extension socket is used.

In one embodiment, the receptacle body 181 is provided with a relay for controlling the opening or closing of the entire electrical patch panel circuit. In another specific example, the socket body 181 is further provided with a key switch for controlling a relay, so that a user can control the on/off of the whole extension socket circuit according to actual requirements.

Another embodiment of the present application provides an intelligent household appliance system 100, as shown in fig. 1 to 7, the intelligent household appliance system 100 includes a socket 180 and a wall socket 110 connected to the socket 180, the wall socket 110 is mountable on a wall, the wall socket 110 is used in cooperation with a socket connector 183, and the wall socket 110 includes a power interface, a data interface, a control module and a voltage transformation module connected to the power interface.

In a specific example, the control module of the wall socket 110 may be a microprocessor, the voltage transformation module of the wall socket 110 may be a potentiometer, and the microprocessor controls the potentiometer to adjust the magnitude of the mains voltage according to a voltage adjustment instruction sent by the terminal device 150, and outputs the changed voltage to the household electrical appliance 130 connected to the wall socket 110. In another specific example, the wall socket 110 further includes a rectifying circuit, and the rectifying circuit can convert ac power of the commercial power into dc power and output the dc power to the household electrical appliance 130.

The intelligent household appliance system further comprises a terminal device 150 connected to the wall socket 110 and connected to the commercial power, wherein the terminal device 150 may be a computer or a tablet computer or other devices having a data storage function, a data processing function and a data interaction function. In a specific example, the data interface of the wall socket 110 and the terminal device 150 may also be connected through a transmission line, where the transmission line also includes a plurality of power transmission harnesses and a plurality of data transmission harnesses, and the power transmission harnesses include three paths of live wire, zero wire, and ground wire; the data transmission pencil can be 10 strands, and wherein, every data transmission pencil is including two data lines, includes 20 way data lines promptly, and wherein, the electric power interface of wall socket 110 includes live wire interface, zero line interface and ground connection interface, is connected with live wire, zero line and the power connection of transmission line respectively, and the data interface of wall socket is connected with the data transmission pencil electricity of transmission line.

The intelligent home appliance system 100 further includes a memory 160 storing home appliance information; the memory 160 may be disposed in the terminal device 150 or may be externally disposed on the home device 130. As shown in fig. 4, the terminal device 150 is configured to send a voltage adjustment command to the wall socket 110 according to the home appliance information obtained from the memory 160 through the power line 182, the wall socket 110 transmits the voltage adjustment command to the extension socket 180, and the control module of the extension socket 180 controls the voltage transformation module to transform the voltage of the utility power and output the transformed voltage to the home appliance 130 according to the voltage adjustment command, that is, the control module is configured to obtain the home appliance information of the home appliance connected to the extension socket through the data interface, and controls the voltage transformation module to transform the power supplied to the home appliance through the power interface according to the obtained home appliance information, that is, the terminal device 150 is directed to different home appliances 130 according to the information such as the rated voltage, the rated current, and the rated power of the corresponding home appliance 130 stored in the memory 160, therefore, a voltage regulation instruction is sent to the socket 180, and the control module of the socket 180 is configured to receive the voltage regulation instruction (including the information of the household electrical appliance 130) sent by the terminal device 150, and further control the voltage transformation module in the socket 180 to regulate the mains voltage, so as to output the voltage required by the household electrical appliance 130. It is understood that, in another specific example, the home appliance information in the memory 160 may also be directly sent to the control module of the socket outlet 180 through the power line 182, and the control module controls the voltage transformation module to transform the power supplied from the power interface to the home appliance 130 to output a corresponding voltage value according to the obtained home appliance information of the home appliance.

The intelligent household appliance system 100 provided by the embodiment can realize simultaneous transmission of power signals and data signals, can be used in multiple loops, is stable in data signal transmission, can stably transmit 0-220V alternating current and 5-32V direct current, and can transmit power to meet the power consumption requirements of household appliance equipment; meanwhile, data signals including video, audio, network and the like can be stably transmitted; in addition, the intelligent household appliance system 100 is provided with the terminal device 150, the wall socket 110 and the first transmission line 120, so that the household appliance 130 can be intelligently identified, that is, the terminal device 150 transmits a corresponding voltage regulation instruction to the wall socket 110 according to different household appliance 130 based on household appliance information of different household appliances 130 in the memory 160, and the wall socket 110 controls the voltage transformation module to change the voltage of the mains supply, so as to provide the required voltage to different household appliances 130.

In one embodiment, the wall socket 110 further comprises a current sensor and/or a voltage sensor electrically connected to the control module, respectively; the current sensor is configured to sense a current signal output by the wall socket 110 and transmit the current signal to the control module; the voltage sensor is used for sensing a voltage signal output by the wall socket 110 and transmitting the voltage signal to the control module. The wall socket 110 of this embodiment is not only used for transmitting power signals and data signals, adjusting the voltage of the utility power, and converting the ac power of the utility power into dc power, but also can detect whether there is a hidden power consumption problem (e.g., excessive current, short circuit, or overheating) in the wall socket 110. In a specific example, the terminal device 150 is further configured to obtain a current signal and/or a voltage signal in the wall socket 110 through a control module of the wall socket 110, analyze the power information of the wall socket 110, and generate a power information chart of the home appliance 130 corresponding to each home appliance 130, where the power information chart includes power consumption and operating conditions of the home appliance 130. In another specific embodiment, the wall socket 110 further includes a first alarm connected to the control module, and the control module is configured to control the first alarm to send out first alarm information according to the current signal and/or the voltage signal, that is, when the control module of the wall socket 110 detects that the operation of the household electrical appliance 130 is abnormal (for example, current is too large, short circuit or overheating), that is, the current signal and/or the voltage signal exceeds a preset safety threshold, the control module controls the first alarm to automatically send out the first alarm information, so as to remind a user to check and repair in time, and prevent the household electrical appliance from being damaged.

In one specific embodiment, the wall socket 110 further includes an environmental sensor electrically connected to the control module, the environmental sensor being configured to sense environmental information (temperature, humidity, concentration of harmful gas, concentration of smoke, or PM2.5) and transmit the environmental information to the control module. Wherein the environmental sensor comprises at least one of a temperature sensor, a humidity sensor, a harmful gas sensor or a smoke sensor. In one example, as shown in fig. 6, the environment data detected by the environment sensor is transmitted to the terminal device 150 through the control module, the terminal device 150 collects and processes the environment data, performs a comprehensive analysis on the environment state of the home, and generates home environment information and an environment diagram (including a temperature/humidity distribution diagram, a thermal/gas composition diagram, a harmful gas distribution diagram, a smoke distribution diagram, and the like) correspondingly, and at the same time, compares the obtained environment data with a corresponding safety value. In another specific embodiment, the wall socket 110 further includes a second alarm connected to the control module, and the control module is configured to control the second alarm to send out a second alarm message according to the environmental information. In one example, when the environmental data exceeds the corresponding safety value, that is, the environmental value is abnormal (e.g., temperature abnormality, humidity abnormality, or too high concentration of harmful gas or smoke), the terminal device 150 sends a corresponding control instruction to the wall socket 110 where the environmental sensor that acquires the abnormal environmental value is located, and the wall socket 110 controls the second alarm to send out the second alarm information according to the control instruction. This embodiment is through setting up environmental sensor and second alarm at wall socket 110 to but environmental data such as temperature, humidity, harmful gas concentration and smog concentration of real-time perception family's environment still can sense the harmful gas (like formaldehyde) that only spreads, adult is difficult to perceive in lower department simultaneously, prevents to cause the injury to children, the pet in the family, guarantees family member's life safety.

In a specific embodiment, the terminal device 150 is configured to generate corresponding unique identification codes, such as 2 bytes or 16-bit port numbers, for the wall socket 110 and the patch panel socket 180, respectively, i.e., IP addresses of the wall socket 110 and the patch panel socket 180. That is, when each wall jack 110 is physically connected to the terminal device 150 for the first time, the terminal device 150 assigns a unique identification code to each wall jack 110 to distinguish each wall jack 110 from each other, and when the extension socket 180 is electrically connected to the wall jack 110, the terminal device 150 also assigns a unique identification code to each extension socket 180 to distinguish each extension socket 180 from each other.

The control module of the wall socket 110 and/or the control module of the extension socket 180 are respectively used for sending data signals carrying unique identification codes of the wall socket 110 and/or the extension socket 180 to the terminal device 150; the terminal device 150 is configured to receive a data signal, and send a second control signal carrying a unique identification code of the wall socket 110 and/or the extension socket 180 to the corresponding wall socket 110 and/or the extension socket 180; the control module of the wall socket 110 and/or the control module of the extension socket 180 are configured to receive a second control signal carrying a unique identification code of the wall socket 110 and/or the extension socket 180, and the control module of the wall socket is configured to control the household electrical appliance 130 connected thereto to perform a corresponding operation according to the second control signal, for example, an adjustment operation for a signal source, a volume, a screen brightness, a temperature, humidity, wind power, a wind direction, an operation mode, and the like of the household electrical appliance 130.

In a specific example, after the wall socket 110 is physically connected to the terminal device 150 for the first time, the terminal device 150 assigns a unique identification code, such as a unique 2-byte 16-bit port number, to the wall socket 110, i.e., the IP address of the wall socket 110. When transmitting a data signal to the terminal device 150, the wall socket 110 and/or the socket outlet 180 packs data and adds an IP address, so that the terminal device 150 can distinguish which wall socket 110 receives the data signal. Meanwhile, when the terminal device 150 sends data to the wall socket 110 and/or the socket 180, the terminal device 150 may also add a unique identification code of the wall socket 110 and/or the socket 180 to be sent, so that the corresponding wall socket 110 and/or the socket 180 can quickly and accurately identify and receive corresponding data, for example, when the terminal device 150 sends 01+ packed data, the wall socket 01 receives the 01+ data, and the wall socket 02 does not receive the data, and at the same time, the wall socket 110 may pack the home appliance information in the memory 160 sent through the first transmission line 120 and add its own IP address before the packed data, and send the home appliance information to the terminal device 150, for example, the wall socket with the IP address of 01 sends 01+ packed data, and the wall socket with the IP address of 02 sends 02+ packed data.

In this embodiment, the terminal device 150 having a data storage function, a data processing function, and a data interaction function is used as a core carrier of a data system, and integrates all operations and information storage, allocates a unique identification code and operation resources to each device (such as the wall socket 110, the extension socket 180, and the wall socket of the electrical appliance), receives information data from the plurality of electrical appliances 130, and transmits the information data to the electrical appliances 130 and performs data interaction between the plurality of electrical appliances 130 connected to the intelligent electrical appliance system 100, thereby implementing data interaction between the wall sockets 110 and the extension socket 180 in the intelligent electrical appliance system 100, allocates and manages resources of the wall sockets 110 and the extension socket 180, effectively configures a firmware resource calculation power, and cooperates with a wired transmission function of a transmission line capable of transmitting data and power simultaneously, and performs data transmission via an existing protocol (such as TCP/IP, and the like, HTTP, FTP, etc.) for data transfer. In addition, the intelligent household appliance system 100 is used in cooperation with the environmental sensor in the wall socket 110, so that data signal interaction, environment monitoring and summarizing and safety monitoring alarm are realized in the whole intelligent household appliance system 100, the family living environment of a user is monitored, and data of the household appliance device 130 is collected, analyzed and evaluated, so that the household appliance device 130 is more humanized and personalized.

In a specific embodiment, the memory 160 is located in the home device 130, and specifically, the memory 160 may be a device electrically connected to the home device 130, or may be directly located in an internal structure of the home device 130. In one embodiment, the memory 160 may be a device information storage chip in the home device 130, and stores home device information of the home device 130. The household appliance 130 further includes a household appliance wall socket electrically connected to the memory 160, where the household appliance wall socket includes a power interface and a data interface, and is used to connect to the wall socket 110 through a third transmission line; one end of the third transmission line is provided with a third plug for plugging a household appliance wall socket, the other end of the third transmission line is provided with a fourth plug for plugging a wall socket 110, and the third plug and the fourth plug both comprise a power terminal and a data terminal; the third transmission line comprises a plurality of power transmission harnesses and data transmission harnesses, one end of each of the power transmission harnesses and the data transmission harnesses of the third transmission line is electrically connected with the power terminal and the data terminal of the third plug respectively, and the other end of each of the power transmission harnesses and the data transmission harnesses of the third transmission line is electrically connected with the power terminal and the data terminal of the fourth plug respectively; the power terminal and the data terminal of the third plug are respectively used for being electrically connected with the power interface and the data interface of the household appliance wall socket, and the power terminal and the data terminal of the fourth plug are respectively used for being electrically connected with the power interface and the data interface of the wall socket 110; the terminal device 150 is configured to obtain the home device information in the memory 160 through the third transmission line, that is, the memory 160 located in the home device 130 transmits the home device information to the terminal device 150 through the home device wall socket and the wall socket 110.

In one embodiment, the home device 130 includes a plurality of sensors, wherein the plurality of sensors are electrically connected to the wall socket of the home device, so that data sensed by the plurality of sensors in the home device 130 is transmitted to the terminal device 150 through the wall socket of the home device, and the terminal device 150 receives the sensed data and analyzes, processes and records the data. When the terminal device 150 analyzes that the value of the sensor in the home appliance is abnormal, the terminal device 150 sends a corresponding control instruction to the wall socket 110 connected to the home appliance 130, and the corresponding wall socket 110 controls the alarm to send an alarm according to the control instruction.

In a specific example, the terminal device 150 may also allocate a corresponding unique identification code to the household appliance wall socket; such as a 2-byte or 16-bit port number, i.e., the IP address of the wall socket of the home appliance. The household appliance wall socket comprises a control module, and the control module of the household appliance wall socket is used for sending a data signal carrying a unique identification code of the household appliance wall socket to the terminal device 150; the terminal device 150 is configured to receive the data signal and send a second control signal carrying a unique identification code of the household appliance wall socket to the corresponding household appliance wall socket; the control module of the household appliance wall socket is configured to control the household appliance 130 connected thereto to perform corresponding operations according to the second control signal, for example, adjustment operations on a signal source, a volume, a screen brightness, a temperature, a humidity, wind power, a wind direction, an operation mode, and the like of the household appliance 130.

In a specific embodiment, the terminal device 150 is provided with a display device 151, the display device 151 is a touch display screen or a display screen with independent keys, a user can view a power information chart and a home environment information and environment chart (including a temperature/humidity distribution chart, a thermal/gas composition chart, a harmful gas distribution chart, a smoke distribution chart, and the like) of each household appliance 130 at present through the display device 151 on the terminal device 150, and at the same time, the user can also control the terminal device 150 through the display device 151, for example, control the terminal device 150 to send a second control signal to the wall socket 110 or the extension socket 180 through the display device 151 to control the household appliance 130 to perform a corresponding operation; in another specific embodiment, the terminal device 150 includes a network module 152, and the network module 152 includes a wired network module and a wireless network module. The wireless network module is WiFi or bluetooth, so that a user can communicate with the wireless network module of the terminal device 150 through a mobile terminal device (e.g., a mobile phone, a tablet computer, etc.), thereby directly controlling the terminal device 150 through the mobile terminal of the user.

In a specific example, as shown in fig. 7, the home device 130 is a television, a device information storage chip is disposed in the television, and stores television information of the television (for example, a rated voltage, a rated current, and a rated power of the television), the device information storage chip is connected to a home wall socket of the television, the home wall socket is connected to the wall socket 110 through a third transmission line, the device information storage chip in the television transmits the television information to the wall socket 110 through the third transmission line, and the wall socket 110 transmits the television information to the terminal device 150; a user communicates with the wireless network module of the terminal device 150 through a mobile terminal (e.g., a mobile phone, a tablet computer, etc.), so that information of the television (e.g., power consumption condition, running condition, etc. of the television) can be viewed through the mobile terminal, and meanwhile, an adjustment signal for a signal source, volume, screen brightness, etc. of the television can be sent to the terminal device 150, and the terminal device 150 sends a second control signal carrying a unique identification code of the wall socket 110 to the wall socket 110 connected to the television, so as to control the television to execute a corresponding operation. In another specific example, as shown in fig. 7, three displays and a computer are plugged into respective wall sockets through a first transmission line and a first plug to be connected with terminal devices, respectively, and video signals sent by the computer are displayed on one display or simultaneously displayed on the three displays through signal distribution of the terminal devices.

In a specific example, the household electrical appliance 130 is an air conditioner, a device information storage chip is arranged in the air conditioner, and stores air conditioner information (such as rated voltage, rated current and rated power of the air conditioner) of the air conditioner, the device information storage chip is connected with a household electrical appliance wall socket of the air conditioner, the household electrical appliance wall socket is connected with the wall socket 110 through a third transmission line, the device information storage chip in the air conditioner transmits the air conditioner information to the wall socket 110 through the third transmission line, and the wall socket 110 transmits the air conditioner information to the terminal device 150; in addition, a plurality of sensors such as a temperature sensor, a humidity sensor, a gas sensor and the like are arranged in the air conditioner, the sensors are electrically connected with the household appliance wall socket, so that temperature, humidity and gas concentration data sensed by the sensors in the air conditioner are transmitted to the terminal device 150 through the household appliance wall socket and the wall socket 110 for analysis and processing, and when the terminal device 150 senses that the sensed data of the sensors in the air conditioner such as temperature and humidity are abnormal, the terminal device 150 automatically controls air conditioner adjustment; in another specific example, the user may send an adjustment signal for the temperature, the wind power, the wind direction, or the working mode of the air conditioner to the terminal device 150 through the mobile terminal, and after receiving and processing the adjustment signal sent by the mobile terminal, the terminal device 150 sends a second control signal carrying the unique identification code of the wall socket 110 to the wall socket 110 connected to the air conditioner, so as to control the air conditioner to execute the corresponding operation.

In a specific example, the household electrical appliance device 130 is an intelligent curtain machine, a device information storage chip is disposed in the intelligent curtain machine, curtain machine information of the intelligent curtain machine (for example, rated voltage, rated current, and rated power of the intelligent curtain machine) is stored in the intelligent curtain machine, the device information storage chip is connected to a household electrical appliance wall socket of the intelligent curtain machine, the household electrical appliance wall socket is connected to the wall socket 110 through a third transmission line, the device information storage chip in the intelligent curtain machine transmits the curtain machine information to the wall socket 110 through the third transmission line, and the wall socket 110 transmits the curtain machine information to the terminal device 150. In addition, a plurality of sensors are arranged in the curtain machine, the sensors are electrically connected with the household appliance wall socket, so that data such as indoor illumination intensity and ultraviolet intensity sensed by the sensors in the curtain machine are transmitted to the terminal device 150 through the household appliance wall socket and the wall socket 110 for analysis and processing, when the terminal device 150 senses that sensed data of the sensors in the curtain machine such as indoor illumination and ultraviolet intensity are abnormal, the terminal device 150 automatically controls the curtain machine to adjust, or a user can send an adjusting signal aiming at the opening degree of the curtain machine to the terminal device 150 through the mobile terminal, and after receiving and processing the adjusting signal sent by the mobile terminal, the terminal device 150 controls the curtain machine to execute corresponding operation.

It should be understood that the above-mentioned embodiments of the present invention are only examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention, and it will be obvious to those skilled in the art that other variations or modifications may be made on the basis of the above description, and all embodiments may not be exhaustive, and all obvious variations or modifications may be included within the scope of the present invention.

Claims (10)

1. A patch jack for use with a plug, comprising:

the socket comprises a socket body and a control module, wherein the socket body comprises a power interface, a data interface, a control module and a voltage transformation module connected with the power interface;

the power line is connected with the socket body and comprises a power transmission wiring harness connected with the power interface and a data transmission wiring harness connected with the data interface;

the other end of the power line is provided with a socket plug which is used for being plugged with external power equipment, and the socket plug comprises a power terminal and a data terminal;

the power interface is used for being respectively connected with a power terminal of a plug and a power terminal of the socket plug so as to realize power communication;

the data interface is used for being connected with terminal equipment and the data terminal of the plug respectively so as to realize data communication between the terminal equipment and the household appliance equipment;

the control module is used for controlling the voltage transformation module to carry out voltage regulation on power supply output to the household appliance connected with the extension socket through the power interface according to a voltage regulation instruction from the terminal equipment acquired through the data interface.

2. The extension socket of claim 1,

the socket body further comprises a current sensor and/or a voltage sensor which are electrically connected with the control module respectively; wherein,

the current sensor is used for sensing a current signal output by the extension socket;

the voltage sensor is used for sensing a voltage signal output by the extension socket.

3. The extension socket of claim 2,

socket ontology still include with the first alarm that control module connects, control module is used for the basis current signal and/or voltage signal control first alarm sends first alarm information.

4. The extension socket of claim 1,

the socket body also comprises a rectifying module connected with the voltage transformation module;

the rectification module is used for converting the received alternating voltage into direct voltage and outputting the direct voltage.

5. The extension socket of claim 1,

the socket body is provided with an overload protection switch, and the overload protection switch is used for realizing power failure under the overload condition of the extension socket.

6. The extension socket of claim 1,

the control module of the socket body is used for transmitting a data signal carrying the unique identification code of the extension socket or receiving a control signal carrying the unique identification code of the extension socket,

and the control module of the socket body is used for controlling the household appliance connected with the control module to execute corresponding operation according to the control signal.

7. The extension socket of claim 1,

the socket body comprises a fixing piece, and the fixing piece is used for fixing the power line.

8. The extension socket of claim 1,

the socket body is provided with a relay for controlling the opening or closing of the circuit.

9. The extension socket of claim 8,

the socket body is provided with a switch key, and the switch key is used for controlling the switch of the relay.

10. The extension socket of claim 1,

the household appliance information is the rated voltage, the rated current and the rated power of the household appliance.

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