TW201541783A - Energy-switching device and system thereof - Google Patents

Abstract

An energy-switching device includes a body matched with a cap. The body includes a plurality of first touches for connecting an energy source, and a first contact port. The cap is detachable from the body, and includes a second contact port, a wireless receiver and a wireless transmitter. When the cap is attached onto the body, an electric channel is formed by means of the first contact port touching with the second contact port. A wireless control signal from an exterior device is received by the wireless receiver and enters into the body via the electrical channel. The wireless control signal in the body controls the switches for an energy reaching an exterior load from the energy source via the first touches of the body.

Description

Energy switching device and its system

This case relates to the technical field of smart switching devices, and more particularly to the technical field of power switching control devices.

Wisdom at home, work, and display environment is one of the goals pursued by modern life. How to use existing structures and devices to achieve smart control of home appliances is very important to create smart home work and display the environment.

Taiwan Patent No. 539273 discloses a wireless remote control timing socket device, which comprises a wireless remote control timing socket module of a central processing unit, which can compare the remote control signal received by the wireless receiving module with the stored data in a memory, and after confirming that it is correct, A control signal is transmitted to control the power of the AC power input terminal, thereby achieving the functions of remotely controlling the power and power of the socket, and instantly starting, closing, and delaying the shutdown.

In addition, U.S. Patent No. 8,073,439 discloses a control system and method for operating a wireless transceiver, which uses an external control device to control a wireless transceiver that controls the home appliance. Through the control interface provided by the wireless transceiver, an external control device can be used. The wireless transceiver communicates and then achieves the purpose of controlling the home appliance.

In the above manner, it may be necessary to reset the wireless remote control timing socket, or depending on the home appliance itself, so there is still room for improvement in use.

[inside the invention]

In order to provide a more convenient way for the user to control the operation of loads such as home appliances, the present invention proposes an energy switching device and a system thereof, and design two separate and combined components to facilitate the user to manage the home appliances.

In order to provide a user with a convenient and simple way to transmit the user's command to control the load in the environment, the present invention proposes an energy switching device and its system, designing two detachable and combined components, and also applicable to the wearable device or A part of the wearable device allows the user to use the energy switching device in response to environmental changes.

In order to solve the above problems, the present invention proposes a power supply switching plug socket and its system, the user can use a smart mobile phone as a control center to communicate power supply switching plug sockets, and comprehensively control the home appliances connected with the power supply switching plug socket.

According to the above, the present invention provides an energy switching device having a body and a cover body matched with the body. The energy switching device includes: the body includes a plurality of first contacts and at least one first connection port, the first contacts For connecting an energy supply source; and the cover body is detachably disposed on the body, the cover body includes at least a second connection port, a wireless receiver and a wireless transmitter, wherein the cover body and the cover body When the body is coupled, the first connection port contacts the second connection port to form an electrical channel, and the wireless receiver receives An external wireless control signal is input to the body through the electrical channel, and the external wireless control signal input into the body controls an energy passing through the first contact to pass through the body to reach an external connection electrically connected to the body Switching of the load.

Preferably, the external wireless control signal is from an external electronic device or another energy switching device, and the external electronic device includes at least one smart phone.

Preferably, the body further includes a plurality of second contacts, a control module and a switching module, wherein the control module processes the external wireless control signal and provides the switching module with communication, interrupts or stops the energy passing through the Some of the second contacts reach the external load.

Preferably, the body further comprises a manual module or a recording module or a sensor module or a wireless charging module and a battery or a load detection control module or at least two of the five, the manual module Providing a user to control the energy input by the energy supply source to reach the external load through the second contacts, and the recording module records or stores an energy consumption data of the external load, and the energy consumption data passes through the electrical channel The wireless transmitter sends a wireless signal to the external load, and the sensing module can sense a physiological signal of the outside world in the formation of the electrical channel, the wireless charging module and the battery The formation of the electrical channel can be used to supply power to the body or the external load.

Preferably, the first contacts, the second contacts, the first connections The second connection or the second connection includes a conductive structure in the form of a conductive pin, a conductive pin, a conductive via or a conductive pad.

Preferably, the external wireless control signal is transmitted in compliance with the Bluetooth standard, and the energy supply source comprises an alternating current or a direct current power source.

Preferably, the energy switching device comprises a power plug or a power outlet.

According to the above, the present invention provides a power supply switching plug socket having a body and a cover body matched with the body. The power supply switching plug socket includes: the body includes a plurality of first contacts and a plurality of second contacts, the first The contact is connected to an electric supply source, and the second contacts are electrically connected to an external load; and the cover body is detachably disposed on the body, and when the cover body is integrated with the body, the body passes through the cover The body receives and transmits a wireless signal.

Preferably, a wireless transceiver is further included comprising the wireless receiver and the wireless transmitter.

Preferably, the body further comprises a first connection port, the cover body comprises a second connection port, a wireless receiver for receiving the wireless signal, and a wireless transmitter for transmitting the wireless signal, when the cover body is When the body is integrated, the first port contacts the second port to form an electrical path through which the wireless signal is received or transmitted.

Preferably, when the cover body is integrated with the body, the wireless signal is input into the body through the cover body, and a power from the power supply source is controlled to be outputted to the external load by the body.

Preferably, the amount of power consumed by the external load is transmitted to the control device or another power switching plug socket through the wireless transmitter, and the wireless transmitter further includes transmitting the wireless signal to another power switching plug socket.

Preferably, the wireless signal is transmitted in compliance with the Bluetooth standard, and the electrical supply source comprises an alternating current power source or a direct current power source.

Preferably, the body further comprises a manual module or a recording module or a sensor module or a wireless charging module and a battery or a load detection control module or at least two of the five, the manual module Providing a user to control the power input by the power supply source to reach the external load through the body, the recording module records or stores a power consumption data of the external load, and the power consumption data is sent by the wireless transmitter to the outside, The load detection control module sends another wireless signal to the external load, and the sensing module can sense a physiological signal of the outside when the body is integrated with the cover body, and the wireless charging module and the battery are When the body is integrated with the cover body, power can be supplied to the body or the external load.

According to the above, the present invention provides an energy switching control system including a plurality of the above energy switching devices, and a control signal transmitting device, wherein the control signal The number transmitting device outputs a low power Bluetooth control signal to at least any of the energy switching devices.

Preferably, the low power Bluetooth control signal is passed between the two energy switching devices.

According to the above, the present invention provides a power supply switching control system, comprising a plurality of the above-mentioned power supply switching plug sockets, and a control signal transmitting device, wherein the control signal transmitting device outputs a low power Bluetooth control signal to the power switching plugs At least one of the sockets.

Preferably, the control signal transmitting means further outputs a signal conforming to at least one of IEEE 802.11, 802.15, 802.15.2, 802.15.3, 802.15.4 and 802.16.

In order to further understand the techniques, means and effects of the present invention in order to achieve the intended purpose, refer to the following detailed description of the invention and the accompanying drawings. The objects, features, and characteristics of the present invention are intended to be understood by the appended claims.

2‧‧‧Energy switching device

20‧‧‧ body

21‧‧‧Energy input埠

23‧‧‧Energy output埠

25‧‧‧First connection埠

22‧‧‧Control Module

24‧‧‧Switch Module

26‧‧‧recording module

40‧‧‧ cover

45‧‧‧Second connection

42‧‧‧Processing module

44‧‧‧Wireless receiving module

46‧‧‧Wireless Transmitter Module

19‧‧‧Energy supply source

17‧‧‧External load

28‧‧‧Manual switch

15‧‧‧External control device

5‧‧‧Power switching socket

10‧‧‧ Ontology

12‧‧‧ Cover

101‧‧‧ body first surface

103‧‧‧ recess

104‧‧‧Electrical pins or contacts

122‧‧‧ second surface

124‧‧‧Electrical contacts or contacts

106‧‧‧Power output jack

105‧‧‧ body second surface

108‧‧‧Power input pin

53‧‧‧Power switch socket

55‧‧‧Power switch socket

57‧‧‧External load

151‧‧‧Mobile phone control signal

52‧‧‧Power switching socket

50‧‧‧ body

40‧‧‧ cover

54‧‧‧Load Detection Control Module

27‧‧‧External load

65‧‧‧Control signal transmitting device

651‧‧‧Low power Bluetooth control signal

70‧‧‧ body

72‧‧‧Power switch socket

74‧‧‧Sensor module

80‧‧‧ body

82‧‧‧Power switching socket

84‧‧‧Wireless charging module

86‧‧‧Battery

FIG. 1 is a block diagram showing the system function of an energy switching device and an environment thereof.

Figure 2 is a schematic view showing the appearance of a power supply switching socket and a control device of the present invention Figure.

FIG. 3 is a schematic diagram of the appearance of a power supply switching socket and a control device of the present invention.

4 is a block diagram showing the system function of the energy switching device and the environment thereof according to the second embodiment of the present invention.

FIG. 5 is a schematic functional block diagram of a power supply switching socket according to a second embodiment of the present invention.

FIG. 6 is a schematic structural diagram of an embodiment of the energy switching control system of the present invention.

FIG. 7 is a schematic functional block diagram of a power supply switching socket according to a third embodiment of the present invention.

FIG. 8 is a schematic functional block diagram of a power supply switching socket according to a fourth embodiment of the present invention.

FIG. 1 is a block diagram showing the system function of an energy switching device and an environment thereof. The energy switching device 2 of the present invention mainly comprises two physically separated and matched portions. The first portion is hereinafter referred to as a body 20, and includes an energy input 埠21, an energy output 埠23, and a first connection 埠25. The control module 22, the switching module 24, and the recording module 26. The second part is hereinafter referred to as a cover 40, which mainly includes a second port. 45. The processing module 42, the wireless receiving module 44, and the wireless transmitting module 46.

As seen in the body 20, the energy input port 21 is connected to an external energy supply source 19 for energy flow to enter the body 20 through the energy input port 21; the energy output port 23 can be connected to an external load 17, The energy flow stored in the body 20 passes through the energy output port 23 and can be output to the external load 17 for consumption. For example, the energy supply source 19 includes a mains (alternating current) two-phase or three-phase interface, the body 20 is a plug socket, and the energy input port 21 is one or more first conductive pins/pins/pins, energy The output port 23 can be one or more conductive slots/jacks/sockets, but the present invention is not limited to the above list. In the case where the energy supply source 19 includes a direct current interface, the energy input port 21 or the energy output port 23 may be a port that meets several criteria, such as a USB port.

Next, the first connecting port 25 of the body 20 corresponds to the second connecting port 45 of the cover body 40. When the body 20 and the cover body 40 are in contact with each other, the first connecting port 25 contacts the second connecting port 45 and forms an electrical connection channel. For example, the first connection port 25 is one or more independent second conductive contacts/pins/pads/joints, etc., and the second connection port 45 is shaped to be correspondingly connected to the first connection port 25. The third conductive contact/contact hole/pad/pin, etc., but the present invention is not limited to the above enumerated forms. Furthermore, the first connection port 25 and the second connection port 45 contact the formed electrical connection channel, which may be a passage for energy to pass through, and may also include a signal channel. The control module 22 of the body 20, such as a chip or a processor having processing functions The circuit receives and processes one or more control signals, and the control signal entering the control module 22 may be from the first connection port 25 contacting the electrical connection channel of the second port 45, or may be from other modules in the body 20. I will revisit later. The control module 22 further outputs control signals to control other modules within the body 20 or to communicate with other modules. In an embodiment, the control module 22 is connected to the switching module 24, and the switching module 24, such as a switch module, receives control signals from the control module 22 to allow or cut/interrupt/block the energy input 埠21. The energy flow (current) passes through and is output from the energy output 埠23. Moreover, the energy (electric power) consumed by the external load 17 through the main body 20 can be detected and recorded in the recording module 26, for example, a memory is used as the recording module 26 to store the power consumption degree. The group 22 can process the data in the recording module 26 and output the data to the electrical connection channel formed by the first port 25 contacting the second port 45.

In addition to the above modules, the body 20 may include other functional modules. For example, the body 20 further includes a manual switch 28 connected to the control module 22 or directly connected to the switching module 24. In some cases, the user can directly switch the body 20 by the manual switch 28 to allow or cut The energy flow (current) from the energy input port 21 is broken/interrupted/blocked and outputted from the energy output port 23. Moreover, the body 20 can further include a wireless transmitter (not shown), such as an infrared transmitter, which communicates with the external load 17 mainly, and can output the energy flow (current) with the energy output 埠23. Whether or not to further control or detect the actuation/activation/operation of the external load 17.

In terms of the cover 40, the wireless receiving module 44 wirelessly receives a control signal from the external control device 15, for example, receiving a signal conforming to the Bluetooth standard. In an embodiment, after receiving the control signal from the external control device 15, the wireless receiving module 44 contacts the electrical connection channel formed by the second port 45 through the first port 25 into the body 20. In another case, the control signal received by the wireless receiving module 44 is first processed by the processing module 42 of the cover 40, such as a microcontroller (MCU), and then contacted through the first port 25 to contact the second port. 45 forms an electrical connection channel into the body 20. Next, the wireless transmitting module 46 of the cover 40 can receive the control signal or data data signal from the main body 20 and then transmit it to the external control device 15, or the control signal from the processing module 42 of the cover 40, and then transmit it to another An energy switching device. In addition, the cover 40 can receive power transmitted from the first port 25 by the second port 45 for the power required for the cover 40 to operate; alternatively, the cover 40 can also include a built-in battery. Or a battery module (not shown) for supplying power required for the operation of the cover 40.

It can be understood that the wireless receiving module 44 and the wireless transmitting module 46 of the cover 40 can also be replaced by a single transceiver combined with the receiving and transmitting functions, and the present invention is not limited to using a single or separate receiver/transmitter/transceiver. Device.

Alternatively, the control module 22 in the body 20 can be omitted, and all control processing is performed by the processing module 42 in the cover 40. In this case, the first connection The interface 25 and the manual switch 28 are directly connected to the switching module 24, and the control signal transmitted by the cover 40 to the second port 45 is transmitted to the switching module 24 via the first port 25 to control the energy input 埠21. .

In a specific implementation of the present invention, FIG. 2 and FIG. 3 are schematic diagrams showing the appearance of a power supply switching socket and a control device of the present invention. A power supply switching socket 5 includes a body 10 and a cover 12 that can be matched with the body 10 or the first surface 101 of the body. In one embodiment, the body first surface 101 is provided with a recess 103, a recess. The size and shape of the 103 may be matched to the cover 12, and the recess 103 is provided with a plurality of conductive pins or contacts 104 (second conductive contacts) protruding from the bottom surface of the recess 103. Next, the cover 12 has a disk shape, and the second surface 122 of the cover is provided with a conductive connection hole or a contact 124 (third conductive contact). Moreover, the position, number and size of the conductive vias or contacts 124 cooperate with the conductive pins or contacts 104. When the body 10 and the cover 12 are tightly fitted (as shown in FIG. 3), the conductive vias or contacts 124 are transmitted through the conductive vias or contacts 124. Contact with the conductive pins or contacts 104 causes the control device 15 to control the actuation of the body 10 by the cover 12. It can be understood that the geometric shape and size ratio of the body 10 and the cover 12 of the present invention are not limited to those disclosed in the drawings. Moreover, the manner in which the body 10 and the cover 12 are combined is not limited to the tight fitting method on the drawing, and other methods such as screw capping, adsorption, and the like can also be applied to the present case. Moreover, the pattern of the conductive pins or contacts 104, the conductive vias or the contacts 124 is not limited to that shown in the figure, as long as the combination of the body 10 and the cover 12 is combined with the conductive pins or contacts 104 and Conductive vias or contacts 124 and make electrical or magnetic signals on the conductive pins or The contacts between the contacts 104 and the conductive vias or contacts 124 can be used as conductive pins or contacts 104 and conductive vias or contacts 124 of the present invention.

Moreover, the first surface 101 of the body further includes a power output jack 106 (first conductive contact), which can be connected to an external load (not shown), but the position, the number of the power output jack 106 in the present case or The form is not limited to that shown in the figures, and the monolithic body may include a plurality of power output jacks 106 that may be located on the same surface or different surfaces of the body. Similarly, the position, number or form of the power input pin 108 disposed on the second surface 105 of the body is not limited to the one shown in the figure. FIGS. 2 and 3 are only for illustration and not for limiting the energy input and energy of the present case. The change pattern of the output 埠.

According to the above, the energy switching device of the present invention, such as a power switching socket, the setting and control scenarios will be described as follows.

Referring to Figures 2 and 3, the external control device 15, such as a smart phone, is installed with an application (APP) that can communicate with the power switch socket. Through the Bluetooth technology, the external control device 15 can send a handset control signal to one or more covers 12 within the effective range of the signal for reception. In the system of a single cover 12, the body 10 contacts the mains jack (not shown) with the power input pin 108, and the external load (not shown) contacts the power output jack 106. When the cover 12 is separated from the body 10 (FIG. 3), the current of the utility jack cannot reach the external load through the body 10, that is, the external load cannot be obtained by the body 10, and even if the external control device 15 sends out the mobile phone. control The signal and the cover 12 receive the handset control signal, nor can the body 10 be energized to supply power to the external load.

When the cover 12 is contact-coupled to the body 10, an electrical connection channel is formed between the cover 12 and the body 10, and the handset control signal received by the cover 12 can be transmitted to the body 10. When the electrical connection channel is formed between the cover 12 and the body 10, the switching module in the body 10 can be switched, so that the body 10 can form an electrical channel for the mains to transmit to the external load connected to the body 10, or interrupt the body 10. The electrical path in the middle is transmitted to the external load connected to the body 10 by interrupting/stopping the commercial power. Optionally, when the electrical connection channel is formed between the cover 12 and the body 10, the control signal of the mobile phone received by the cover 12 can be input into the body 10 through the formation of an electrical connection channel between the cover 12 and the body 10. The module is controlled by the control module of the body 10 to switch the switching module in the body 10, so that the body 10 can form an electrical passage for the mains to transmit to the external load connected to the body 10, or interrupt the electrical passage in the body 10. The interruption/stop of the mains transmission to the external load connected to the body 10.

As can be seen from the above, the cover 12 can be disposed in the recess 103 having the conductive pin or the contact 104. In addition to the body 10 in the present case, the recess 103 having the conductive pin or the contact 104 of the present invention can be disposed on On other suitable carriers, such as a wearable device such as a watch, when the cover 12 is coupled to the recess 103, the signal, data or power can be transmitted through the conductive pin or the contact 104. Have a battery or battery In the case of a module, the cover 12 can be charged or transmitted by any carrier having recesses 103 of conductive pins or contacts 104.

In addition, in addition to controlling the supply of energy (electricity), the mobile phone control signal input by the control module of the body 10 can also be used for other control purposes. For example, a mobile phone control signal is information that the user wants to obtain power consumption of the external load. When such a demand is generated, the control module of the main body 10 will store the stored or recovered from the recording module 26 according to the required mobile phone control signal. The information of the power consumption of the instant recording is taken out and transmitted to the transmitter (not shown) of the cover body 12 through the electrical connection channel formed between the cover 12 and the body 10, and the information on the power consumption is wirelessly performed by the cover body 12, For example, the Bluetooth technology is transmitted to the outside control device 15 for reception. Therefore, according to this manner, the user can use a smart phone as a control center of any home appliance load connected to the power supply switching socket, and use the mobile phone to control and obtain the power consumption condition of the one electric load.

Another type of situation is when the user wants to operate a power-switching outlet outside the wireless transmission range with a mobile phone. 4 is a block diagram showing the system function of the energy switching device and the environment thereof according to the second embodiment of the present invention. A plurality of power switching sockets 53, 55 are distributed in a space, for example, a different location in a home space, and the user wants to control an external load 57 connected to a power switching socket 55 outside the wireless transmission range by the external control device 15. . According to the implementation concept of the present case, the external control device 15 of the application that has installed the power switching socket communication of the present case sends a mobile phone control signal 151 to the power supply in the transmission range. The switch socket 53 is received. After receiving the mobile phone control signal 151, the wireless receiver (not shown) of the cover of the power switching socket 53 can pass the processing module in the cover or the control module of the main body to control the mobile phone control signal 151. It is sent to the power supply switching socket 55 by the wireless transmitter in the cover body, or is switched by the power supply switching socket 55 after a plurality of power supply switching sockets 53. After receiving the mobile phone control signal 151, the power supply switching socket 55 can supply/disconnect the external load 57 according to the command of the mobile phone control signal 151 or detect power consumption. Similarly, the power consumption of the external load 57 detected or stored by the power switching socket 55 can also be transmitted to the external control device 15 outside the wireless transmission range via the transmission of one or more power switching sockets 53. Therefore, the present invention can control or detect the operation of one or more external loads outside the wireless transmission range through mutual reception and transmission of a plurality of power supply switching sockets.

It should be noted that the above-mentioned delivery of the mobile phone control signal is performed through a plurality of power supply switching sockets, wherein the power supply switching socket serving as the transmission is coupled to the cover by the transceiver or the like in the respective cover body. The body of the socket, or the combination of the socket body and the socket body, is separately placed in the space, and can still function as a signal for transmitting and receiving.

It can be understood that in addition to the delivery of the mobile phone control signal through a plurality of power supply switching sockets, the mobile phone control signal of the present case can still be transmitted to the wireless base station in the space or the electronic device of the corresponding application program through the traditional internet system. Through The electronic device connected to the power switch socket to be controlled is used to transmit the mobile phone control signal, so that the control mode of the present case can also be achieved.

Therefore, an energy switching control system can be formed by the control signal transmitting device and a plurality of energy (power supply) switching sockets of the present case. Referring first to FIG. 6, the energy switching control system includes a control signal transmitting device 65 and a plurality of power switching sockets 53, 55. In an embodiment, the control signal transmitting device 65 can transmit a low power bluetooth (BT4) control signal 651 to the power switching sockets 53, 55 in the transmission range, and the signal transmission mode of the power switching sockets 53, 55 is as shown in FIG. As described in the above, it will not be described here. The control signal transmitting device 65 may be other than the mobile phone in FIG. 4, and may be other devices that can transmit wireless signals. Alternatively, in addition to transmitting the low power Bluetooth (BT4) signal 651, the control signal transmitting means 65 can receive control signals from the outside or other devices, such as the Internet, in a wired manner. In addition, the control signal transmitting means 65 may also transmit a wireless signal conforming to at least one of IEEE 802.11, 802.15, 802.15.2, 802.15.3, 802.15.4, and 802.16.

FIG. 5 is a schematic functional block diagram of a power supply switching socket according to a second embodiment of the present invention. Referring to FIG. 5, the power supply switching socket 52 includes two bodies 50 and a cover 40 which are physically separated and matched. The body 50 includes an energy input port 21, an energy output port 23, a first port 25, and a control module. The group 22, the switching module 24, the recording module 26 and the load detection control module 54. The second part is hereinafter referred to as the cover 40, and its main package The second port 45, the processing module 42, the wireless receiving module 44, and the wireless transmitting module 46 are included. The load detection control module 54 of the main body 50 in the embodiment can receive the control signal of the control module 22, and then send a wireless signal, such as an infrared signal, to the external load 27 to control the external load 27 or communicate with the external load 27. .

FIG. 7 is a schematic functional block diagram of a power supply switching socket according to a third embodiment of the present invention. Compared with the second embodiment, the main body 70 of the power supply switching socket 72 does not have a control module and a load detection control module. The first connection port 25 and the sensor module 74 are directly connected to the switching module 24. Secondly, the sensing module 74 can use a control signal input according to the formation of the electrical channel to sense a physiological signal of the outside world, such as body temperature, pulse or blood pressure, etc., and the control of the module in the body 70 is controlled by the cover 40. The processing module 42 is responsible for the control module 42 so that only the first port 25 and the second port 45 form an electrical channel, and the control module 42 can control the signal to be transmitted to the body 70 via the electrical channel to control the switching module. 24, in turn controlling other modules in the body 70.

FIG. 8 is a schematic functional block diagram of a power supply switching socket according to a fourth embodiment of the present invention. Compared with the third embodiment, the body 80 in the power switching socket 82 itself includes a battery 86 and a wireless charging module 84. The wireless charging module 84 is electrically connected to the battery 86, and the battery 86 is electrically connected to the switching module 24. The main body 80 can be stored in the battery 86 after being charged by the wireless charging module 84, and transmitted to the inside of the body 80 or through the energy output port 23 through the switching of the switching module 24.

The energy switching device of the present invention has the advantage that the control device of the smart phone can be used to control or detect the power consumption of a load such as a home appliance by using a wireless signal (for example, a signal conforming to the Bluetooth standard) and passing through the energy switching device. A situation in which energy is consumed, started, or stopped. The energy switching device itself comprises two parts which can be separated and combined. After the two parts are combined to form an electrical channel, the state of the energy switching device can be switched, so that the energy switching device to be controlled can be controlled more accurately. And the external load to which it is connected.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the claims of the present invention. Therefore, other equivalent changes or modifications which are not departing from the spirit of the present invention should be included in the present invention. Within the scope of the invention.

2‧‧‧Energy switching device

20‧‧‧ body

21‧‧‧Energy input埠

23‧‧‧Energy output埠

25‧‧‧First connection埠

22‧‧‧Control Module

24‧‧‧Switch Module

26‧‧‧recording module

40‧‧‧ cover

45‧‧‧Second connection

42‧‧‧Processing module

44‧‧‧Wireless receiving module

46‧‧‧Wireless Transmitter Module

19‧‧‧Energy supply source

17‧‧‧External load

28‧‧‧Manual switch

15‧‧‧External control device

Claims (18)

An energy switching device has a body and a cover body matched with the body, the energy switching device comprising: the body includes a plurality of first contacts and at least one first connection port, wherein the first contacts are used to connect an energy a supply source; and the cover body is detachably disposed on the body, the cover body includes at least a second connection port, a wireless receiver and a wireless transmitter, wherein when the cover body is coupled with the body, the cover The first connection port contacts the second connection port to form an electrical channel, and an external wireless control signal received by the wireless receiver is input into the body through the electrical channel, and the external wireless control signal input into the body is controlled by the An energy of the first contacts passes through the body and reaches a switch of an external load electrically connected to the body. The energy switching device of claim 1, wherein the external wireless control signal is from an external electronic device or another energy switching device, and the external electronic device includes at least one smart phone. The energy switching device of claim 1, wherein the body further comprises a plurality of second contacts, a control module and a switching module, wherein the control module processes the external wireless control signal and provides the switching module Connecting, interrupting, or stopping the energy through the second contacts to the external load. The energy switching device of claim 1, 2 or 3, wherein the body further comprises a manual module or a recording module or a sensing module or a wireless charging module and a battery or a load detection control module Or at least two of the five, the manual module provides a user to control the energy input by the energy supply source to reach the external load through the second contacts, and the recording module records or stores one of the external loads Energy consumption data, the energy consumption data is sent to the outside by the wireless transmitter, and the load detection control module sends a wireless signal to the external load, and the sensing module can sense the formation of the electrical channel. A physiological signal from the outside, the wireless charging module and the battery are formed in the electrical channel to supply power to the body or the external load. The energy switching device of claim 1, 2 or 3, wherein the first contacts, the second contacts, the first ports or the second ports comprise conductive pins, conductive pins, and conductive A conductive structure in the form of a via or a conductive pad. The energy switching device of claim 1, 2 or 3, wherein the external wireless control signal is transmitted in compliance with a Bluetooth standard, and the energy supply source comprises an alternating current or a direct current power source. The energy switching device of claim 1, 2 or 3, wherein the energy switching device comprises a power plug or a power socket, or the wireless receiver and the wireless transmitter are Combined with a wireless transceiver. A power supply switching plug socket having a body and a cover body matched with the body, the power supply switching plug socket comprising: the body includes a plurality of first contacts and a plurality of second contacts, wherein the first contacts are used to connect one An electrical supply source, the second contacts are electrically connected to an external load; and the cover body is detachably disposed on the body, and when the cover body is integrated with the body, the body receives and transmits through the cover body wireless signal. The power supply switching plug socket of claim 8, wherein the body further comprises a first port, the cover body comprises a second port, a wireless receiver for receiving the wireless signal, and a wireless signal transmitting The wireless transmitter, when the cover body is integrated with the body, the first connection port contacts the second connection port to form an electrical path through which the wireless signal is received or transmitted. The power supply switching plug socket according to claim 9, wherein when the cover body is integrated with the body, the wireless signal is input into the body through the cover body, and a power from the electric supply source is controlled to pass through the After the body is output, the switching to the external load is performed. The power supply switching plug socket of claim 9, further comprising a wireless transceiver including the wireless receiver and the wireless transmitter. The power supply switching plug socket according to claim 8, 9, 10 or 11, wherein the power consumed by the external load is transmitted to the control device or another power switching plug socket through the wireless transmitter, and the wireless transmitter is further Including transmitting the wireless signal to another power switching plug socket. The power supply switching plug socket of claim 8, 9, 10 or 11, wherein the wireless signal is transmitted in compliance with a Bluetooth standard, and the power supply source comprises an alternating current power source or a direct current power source. The power supply switching plug socket according to claim 8, wherein the body further comprises a manual module or a recording module or a sensor module or a wireless charging module and a battery or a load detection. At least two of the control module or the five, the manual module provides a user to control the power input by the electric supply source to reach the external load through the body, and the recording module records or stores a quantity of the external load The data is consumed by the wireless transmitter, and the load detection control module sends another wireless signal to the external load. The sensing module can sense when the body and the cover are integrated. An external physiological signal, the wireless charging module and the battery can supply power to the body or the external load when the body is integrated with the cover. An energy switching control system comprising a plurality of energy switching devices according to claim 1 And a control signal transmitting device, wherein the control signal transmitting device outputs a low power Bluetooth control signal to at least one of the energy switching devices. The energy switching control system of claim 15, wherein the low power Bluetooth control signal is passed between the two energy switching devices. A power supply switching control system includes a plurality of power supply switching plug sockets according to claim 8 and a control signal transmitting device, wherein the control signal transmitting device outputs a low power Bluetooth control signal to the power switching plug sockets At least one of them. The power supply switching control system according to claim 15, wherein the control signal transmitting means further outputs a signal conforming to at least one of IEEE 802.11, 802.15, 802.15.2, 802.15.3, 802.15.4, and 802.16.