Method and system for controlling actuation of flush apparatus

A flush apparatus for a flushing system, comprising:

• an electric motor for generating a rotational power;
• a relief valve for flushing said flushing system until a flushing cycle thereof is completed by moving said flush apparatus from an opened position to a closed position, wherein said relief valve is powered by said electric motor and is actuated manually and automatically via a sensor in response to a presence of a user, wherein said relief valve comprises a valve member, a valve stopper sat on said valve member, and an actuator which has a first contacting surface and an opposed contacting surface, being driven to rotate by said rotational power of said electric motor to move said relief valve between said opened position and said closed position, wherein said actuator is downwardly and rotatably extended from said electric motor, wherein when said actuator is rotated that said second contacting surface of said actuator contacts with said valve stopper, said relief valve is moved at said opened position, when said actuator is rotated that said first contacting surface of said actuator contacts with said valve stopper, said relief valve is moved at said closed position, wherein when said valve member is moved aside, said relief valve is moved from said closed position to said opened position;
• a flush lever being manually actuated pivotally at any time to push said valve member so as to move said flush apparatus to said opened position from said closed position;
• and
• a control device which comprises a control module remotely configured with a flush interval, as a time interval, that at every said flush interval, said flush apparatus is automatically and periodically actuated independently to a presence of a user.

A control device for a flush apparatus having a sensor, a manual flush lever, and an electric motor to complete a flushing cycle for a flushing system, comprising:

• a control module with a flush interval, as a time interval, remotely configured for automatically activating the electric motor to actuate said flush apparatus, wherein at every said flush interval, said flush apparatus is automatically and periodically actuated, independently to a presence of a user, to flush said flushing system until a flushing cycle thereof is completed by moving said flush apparatus from an opened position to a closed position, wherein said flushing cycle is adapted for being started via a manual operation of the manual flush lever at any time by pivotally actuating the manual flush lever;
• an activation sensor operatively linked to said control module, wherein, in response to said activation sensor, said control module enters into a sleep mode to stop an actuation of said flush apparatus after a given unused time period of said flush apparatus, wherein, during said sleep mode, said activation sensor is activated for detecting the presence of the user in order to re-activate said control module and to re-start said unused time period, wherein said activation sensor is activated to start counting down said unused time period after a detection of the presence of the user and is not arranged for activating the electric motor to flush said flushing system;
• and
• a control center which comprises a wireless transmitter wirelessly connected to a wireless receiver of said control module through Internet to remotely control said control module so as to selectively adjust said time interval thereof, wherein said control center is configured to wirelessly set said control module between a normal flush mode and a timer flush mode, wherein at said flush mode, said activation sensor is deactivated for enabling the flushing system to be independently actuated via the sensor of the flush apparatus in response to a presence of the user, wherein at said timer flush mode, said activation sensor is activated for actuating the flushing system in a timer manner while the sensor of the flush apparatus is deactivated.