Zero-standby zero power consumption energy-saving socket
The invention provides a zero-standby zero power consumption energy-saving socket. The zero-standby zero power consumption energy-saving socket comprises a socket body and a main control plug hole base arranged on the socket body, wherein the socket body also internally comprises an automatic switch relay JK1, a manual touch control key switch K1, a power supply module as well as an electric current monitoring module, a signal conditioning module, a comparing module, a delay control module, a relay drive module and a J1 relay coil, wherein the electric current monitoring module, the signal conditioning module, the comparing module, the delay control module, the relay drive module and the J1 relay coil are connected successively; the relay JK1 and the manual touch control key switch K1 are connected in parallel, one end of the parallelly connected relay JK1 and manual touch control key switch K1 is connected to a live wire L of the inlet of an external connecting circuit, while the other end is connected with the power supply module and is connected with the main control plug hole base through the electric current monitoring module. The zero-standby zero power consumption energy-saving socket provided by the invention has the advantages that the socket controls the relay JK1 to open and close through signal propagation velocity and action between each module and the J1 relay coil, so as to control main and auxiliary control plug hole bases to open and close; the energy-saving environment-friendly property is really realized, the socket is convenient to use, energy-saving and environment-friendly and easy to popularize. 1. A zero standby zero power consumption and energy conservation socket, which comprises a socket body and the socket body is provided with a main control socket, characterized in that the socket body also comprises an automatic switch relay in JK1, manual touch control key switch K1, power supply module, a current monitoring module, signal conditioning module, a comparison module, the time delay control module, the relay drive module and J1 relay coil; said relay JK1 and manual touch control key switch K1 are connected in parallel to the external circuit is connected with one end of the entrance of the live wire L, one end of the other and are respectively connected with a power supply module through the current monitoring module is connected with the master jack; the current monitoring module and a signal conditioning module, a comparison module, the time delay control module, the relay drive module and J1 is connected with relay coil in sequence. 2. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that the power supply module is used for energy-saving control system for providing a stable low pressure; the current monitoring module is connected with the signal conditioning module, the jack base is used for monitoring the operating current of the electric appliances; said signal conditioning module is connected with a current monitoring module and a comparing module, used for the current monitoring module detects the electric current signal rectification and filtering; the comparison module is connected with the signal conditioning module and a time delay control module, signal conditioning module for the rectification and filtering the current signal is compared with the set value, so as to obtain the working state of the electrical appliance the current signal; the time delay control module is connected with the comparison module and the relay drive module, according to the comparison module for the electric appliance working state current signal to time delay circuit operates, does not work, or the issue of electric appliance is in a non-starting up or standby state of the signal; the relay drive module is connected to the time delay control module and J1 relay coil, for driving the J1 relay coil current, the relay JK1 so as to control the opening and closing; said J1 relay coil is connected with the relay drive module, relay JK1 for controlling the opening and closing. 3. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that the main control-hub seat is three-hole main control jack. 4. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that also includes the power supply module is set up in parallel with one or more than one pair of socket. 5. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that also includes a normal open socket, the normal through jack seat is three-hole jacks seat, through the relay JK1 or the manual touch control key switch K1 is connected in parallel with the power module. 6. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that the manual touch control key switch K1 is located on the outside of the socket body, the manual touch control key switch K1 is connected through a wire with the socket main body. 7. Without standby zero power consumption and energy conservation socket according to Claim 1, characterized in that the socket body of the socket are the three-hole jacks seat, the three-hole jacks seat and a power supply module and live respectively of L by the plug, the zero line N, is connected with ground wire G.