TOILET BOWL FOR WATER-SAVING AND NOISE REDUCTION

The present invention relates to a super water-saving and noise-reducing toilet bowl capable of easily discharging human waste with little water with less noise by having the structure opening and closing a drain of a fresh-water space unit by vertically moving a trap. The super water-saving and noise-reducing toilet bowl of the present invention includes a bowl body with the fresh-water space unit; the trap made of a flexible material and of which the upper part is joined to the drain of the fresh-water space unit to be communicated and the lower part is joined to a discharge pipe to be communicated; a lever shaft installed on one side of the bowl body to be able to rotate; a spiral spring springing in a direction opposite to the direction of the rotation of the lever shaft; and a lever unit having a first connection chain connected to one side of the upper part of the trap from the lever shaft. The spiral spring has the structure being spirally wound around the outer circumference of the lever shaft. One end of the spiral spring is fixated to the lever shaft and the other end thereof is fixated to a fixing bracket. The lower part of the first connection chain is joined to one side of the upper part of the trap. The first connection chain vertically moves one side of the upper part of the trap by being wound or unwound on/from the outer circumference of the lever shaft, thereby opening and closing the drain of the fresh-water space unit.