TWM450108U - Remote control socket connector - Google Patents

Description

Remote control plug

This creation is a remote control plug-in, especially a kind of electrical appliance that can be remotely opened on the plug-in device with the Bluetooth device through the Bluetooth module of the smart phone.

Nowadays, technology is increasingly developed, energy consumption is relatively increased, and people are born with the subconscious of the energy crisis. In order to protect the global environment, if it can effectively save energy and reduce carbon, it will not only slow down the global warming, but also help save a lot of electricity. Such a good thing is often impossible to achieve due to negligence. Therefore, there is a power management method for mobile communication devices, such as the Republic of China Invention Patent No. I283527: "Power Management Method for Mobile Communication Devices", the mobile communication The power management method of the device, the mobile communication device can perform data capture from a remote server through the Internet, and the step is to first set a wake-up time; thereafter, check the power supply state of the mobile communication device at the wake-up time, and Setting the power supply state to an initial state; then, if the initial state is a suspended mode or an off mode, the mobile communication device is woken up into an unattended mode; then, The remote server is connected, and a data acquisition program is performed on the remote server; then, when the update wakes up Finally, the power supply status of the mobile communication device is switched back to the initial state, and waiting for the next wake-up time, which can retrieve data from a remote server through the Internet, but cannot control the opening and closing of electrical appliances, and cannot To achieve the effect of energy saving and energy saving, the present invention provides a remote control plug connector, the plug connector One of the upper side extensions is provided with a power cord, and the other side has a plurality of sockets, a USB jack and a small screen, a Bluetooth device can be placed in the USB jack, and a smart phone can be With the built-in Bluetooth module and the Bluetooth device on the plug-in, when the light-sensitive module on the smart phone is facing up and sensing the light source, the Bluetooth module built into the smart phone Continuously send the Bluetooth signal to make the power stripper continue to supply power. Otherwise, when the light sensor module is facing down and cannot sense the light source, the Bluetooth module built into the smart phone stops transmitting the Bluetooth signal, causing the socket to be inserted. The power supply is stopped, and the electrical plug of the electrical appliance on the socket can not receive power and automatically power off, thereby achieving the effect of saving energy and saving energy.

The main purpose of the present invention is to provide a remote control socket, one side of which is provided with a power cord which can be connected to the mains to supply power, and the other side has a plurality of sockets and a USB. a jack and a small screen, the plurality of sockets can be used to put at least one electrical appliance wire plug, the electrical appliance can be a fan, an air conditioner or a television, and the Bluetooth device has a USB plug extending The smart phone can be connected to the USB jack, and the small screen can display the connection state of the Bluetooth device in the socket, and a smart phone can be connected with the built-in Bluetooth module. The Bluetooth device on the socket is connected. The smart phone has a screen and a photosensitive module. When the photosensitive module is facing upward and sensing the light source, the Bluetooth module built in the smart phone is built in the smart phone. Continuously send the Bluetooth signal to the Bluetooth device on the socket, so that the socket is continuously powered. Conversely, when the sensor module is facing down and cannot sense the light source, the Bluetooth module built into the smart phone is Stop sending Bluetooth signals, making the blue on the plug Bluetooth device can not receive the signal to stop power supply, so that the electrical outlet The wire plug of the appliance can not receive power and automatically cut off the power, thereby achieving the effect of saving electricity and energy.

When the distance between the smart phone and the ejector exceeds the set value, the Bluetooth device on the ejector can not receive the Bluetooth signal sent by the smart phone and stop supplying power. At this time, the electrical plug of the electrical appliance on the socket cannot be Receive power can also be automatically powered off.

When the light is insufficient at night, in order to prevent the sensor module of the smart phone from correctly determining the light source, the smart phone can be used to set the function of automatically turning off the power of the sensor module by the photosensitive module. The specific structure of this creation and its practical functions are described in detail in the following figures.

In order to understand the structure of the present invention in more detail, please refer to the first to third figures. The present invention is a remote control socket 1 , and a power cord 10 is extended on one side of the socket 1 . It can be connected to the mains to supply power, and the other side has a plurality of sockets 11, a USB jack 12 and a small screen 13, the plurality of sockets 11 can be at least one electrical appliance wire plug 3 (refer to the The figure is worn inside, the electrical appliance can be a fan, an air conditioner or a television set, and a Bluetooth device 2 is extended with a USB plug 21, which can be placed in the aforementioned USB jack 12, the small The screen 13 can display the connection state of the Bluetooth device 2 in the socket 1. When the Bluetooth device 2 is not inserted into the socket 1, the small screen 13 shows the connection state of "unconnected". When the Bluetooth device 2 is inserted into the ejector 1, the small screen 13 displays the connection state of "scanning", and when the Bluetooth device 2 and the electrical device plug 3 are inserted into the arranging plug In the case of the device 1, the small screen 13 shows the connection state of "connected", and a smart phone 4 series The built-in Bluetooth module can be connected to the Bluetooth device 2 on the ejector 1 (refer to the third figure). The smart phone 4 has a screen 40 and a photosensitive module 41. When the photosensitive module 41 is facing upward and the light source 5 is sensed, the Bluetooth module built in the smart phone 4 continuously transmits the Bluetooth signal to the Bluetooth device 2 on the ejector 1, so that the ejector 1 continues Power supply, on the other hand, when the photosensitive module 41 is facing downward and the light source 5 cannot be sensed, the Bluetooth module built in the smart phone 4 stops transmitting the Bluetooth signal, so that the Bluetooth device 2 on the socket 1 cannot be Receiving the Bluetooth signal and stopping the power supply, the electric plug 3 of the electrical appliance on the socket 11 can not receive power and automatically power off, thereby achieving the effect of saving electricity and energy.

Referring to the third figure, when the distance between the smart phone 4 and the ejector 1 exceeds the set value, the Bluetooth device 2 on the ejector 1 is prevented from receiving the Bluetooth signal sent by the smart phone 4 and stops. When the power is supplied, the electric wire plug 3 of the electrical appliance on the socket 11 cannot receive power and can be automatically powered off.

Please refer to the third figure. When the nighttime light is insufficient, in order to prevent the photosensitive module 41 of the smart phone 4 from correctly determining the light source 5, it can be set by the smart phone 4 to be turned off and controlled by the photosensitive module 41. Plug 1 automatically power off function.

In summary, the present invention provides a remote control socket 1 , one side of which is extended with a power cord 10 , which can be connected to the mains to supply power, and the other side has a plurality of a socket 11, a USB jack 12 and a small screen 13, the plurality of sockets 11 can be used to allow at least one electrical appliance wire plug 3 to be placed therein, and a Bluetooth device 2 can be placed in the aforementioned USB plug In the hole 12, the small screen 13 can display the connection state of the Bluetooth device 2 in the ejector 1, and a smart phone 4 can be built on the built-in Bluetooth module and the ejector 1 The Bluetooth device 2 is connected, when the smart hand When the photosensitive module 41 on the machine 4 is facing upward and the light source 5 is sensed, the Bluetooth module built in the smart phone 4 continuously sends the Bluetooth signal to the Bluetooth device 2 on the socket 1 to make the row The plug 1 continues to supply power. Conversely, when the photosensitive module 41 faces downward and cannot sense the light source 5, the Bluetooth module built in the smart phone 4 stops transmitting the blue signal, so that the blue on the plug 1 The bud device 2 cannot receive the Bluetooth signal and stops the power supply, so that the wire plug 3 of the electrical appliance on the socket 11 can not receive power and automatically power off, thereby achieving the effect of saving energy and saving energy, and when the smart phone 4 and the ejector When the distance of 1 exceeds the set value, the Bluetooth device 2 on the ejector 1 is prevented from receiving the Bluetooth signal sent by the smart phone 4 and the power supply is stopped. At this time, the wire plug 3 of the electrical appliance on the socket 11 cannot receive the power. The power can be automatically turned off, and when the light is insufficient at night, in order to prevent the photosensitive module 41 of the smart phone 4 from correctly determining the light source 5, the smart phone 4 can be used to set and close the control module to control the socket. Device 1 automatically power off function.

(1) ‧‧‧ ejector

(10)‧‧‧Power cord

(11)‧‧‧ socket

(12)‧‧‧USB jack

(13)‧‧‧Small screen

(2) ‧‧‧Bluetooth device

(21)‧‧‧USB plug

(3)‧‧‧Wire plug

(4)‧‧‧Smart mobile phones

(40)‧‧‧Screen

(41)‧‧‧Photosensitive module

(5) ‧‧‧Light source

The first picture is a perspective view of the remote control jack of the present creation.

The second picture is a perspective view of the blue-bud device of the present invention placed on the remote control socket.

The third picture is a schematic diagram of the use state of the remote control socket inserter and the smart phone.

(1) ‧‧‧ ejector

(10)‧‧‧Power cord

(11)‧‧‧ socket

(12)‧‧‧USB jack

(13)‧‧‧Small screen

(2) ‧‧‧Bluetooth device

(21)‧‧‧USB plug

Claims (6)

A remote control socket, one side of the socket is extended with a power cord, the end of which can be connected to the mains to supply power, and the other side of the socket has a plurality of sockets, a USB jack and a small screen, the plurality of sockets can be placed in the electrical plug of at least one electrical appliance, a Bluetooth device is placed in the USB jack, and the small screen system can display the Bluetooth device in the socket The connection state inside, and a smart phone can be connected to the Bluetooth device on the plug connector by the built-in Bluetooth module. The remote control socket according to claim 1, wherein the electrical appliance can be an electric fan, an air conditioner or a television. The remote control socket according to claim 2, wherein the Bluetooth device extends a USB plug that can be worn on the USB jack. The remote control socket as described in claim 3, wherein when the Bluetooth device is not inserted into the socket, the small screen displays the "unconnected" connection state, and when the blue When the bud device is inserted into the ejector, the small screen displays the connection state of "scanning", and when the wire plug of the Bluetooth device and the electrical appliance is inserted into the ejector, the small screen displays The connection status of "Connected". The remote control socket according to claim 4, wherein the smart phone has a screen and a photosensitive module, and the smart phone is used when the photosensitive module is facing upward to sense the light source. The built-in Bluetooth module continuously sends the Bluetooth signal to the Bluetooth device on the socket, so that the socket is continuously powered. Conversely, when the sensor module is facing down and cannot sense the light source, its smart phone The built-in Bluetooth module stops sending Bluetooth signals, so that the Bluetooth device on the plug-in cannot receive the Bluetooth signal and stops supplying power. The electrical plug of the electrical appliance can not receive power and automatically power off, thereby achieving the effect of saving energy and saving energy. When the distance between the smart phone and the plug connector exceeds the set value, the Bluetooth device on the plugger cannot be received. The Bluetooth signal sent by the smart phone stops power supply. At this time, the electrical plug of the electrical appliance on the socket cannot receive power and can be automatically powered off. The remote control plug-in device according to claim 5, wherein when the light is insufficient at night, in order to prevent the photosensitive module of the smart phone from correctly determining the light source, the smart phone can be set to be turned off. The function of the automatic power-off of the socket is controlled by the photosensitive module.