TOILET SEAT EQUIPPED WITH A SYSTEM THAT USES WATER PRESSURE AND THE HUMAN BODY WEIGHT TO SUPPLY WATER, WITHOUT RECOURSE TO ELECTRICAL POWER, IN RESPONSE TO DEFECATION/URINATION WITHIN AN AUTOMATIC FLUSHING DEVICE OF A TOILET.

摘要

The present invention relates to a toilet seat equipped with a system that uses water pressure and the human body weight to supply water, without recourse to electrical power, in response to defecation/urination within an automatic flushing device of the toilet, characterized in that it comprises: a human body weight sensing part that senses a person using the toilet by the weight of the body sitting on the toilet seat; a water channel control part that opens and closes a water channel by the weight of the person using the toilet as sensed by the human body weight sensing part and supplies/terminates the supply of water from the water conduit; a defecation/urination water supply part that determines whether the person using the toilet has defecated or urinated in accordance with the distance of movement of a cylinder rod advanced by means of the pressure of water being supplied from the water channel control part, and supplies water to the automatic flushing device in such a way that the cleansing water which is discharged corresponds to the determined defecation/urination; and a check adjustment valve that effects adjustment in such a way that the cleansing water which is discharged corresponds to defecation/urination according to the speed and volume of the draining water when the water supplied by the defecation/urination water supply part passes through the water channel control part and drains into the toilet body. By determining the defecation/urination of the person using the toilet according to the time period over which the weight of the user is sensed and by ensuring that the toilet is automatically flushed without recourse to electrical power, the present invention constitutes a product which is not only able to conserve 30%-50% or more of water used at the time of urination, but is also able to reduce electrical consumption and provide a good environmental solution, while also having potential for mass appeal by avoiding discomfort to a subsequent user when a previous user fails to flush, thereby providing a more sanitary lavatory environment.