Flush toilet

A flush toilet comprising:

• a bowl portion which includes a bowl-shaped waste receiving surface, an inner flange portion projecting from an inner surface on an upper part of the bowl portion, and a shed portion located between the waste receiving surface and the inner flange portion;
• a drain pipe having an inlet formed on one end thereof while the inlet is connected to the bottom of the bowl portion for waste removal;
• an inlet channel which includes a water inlet formed on one end thereof for allowing water to flow into the inlet channel and a diversion area formed on the other end thereof;
• a first outlet channel having one end thereof connected to and communicating with the diversion area of the inlet channel for guiding water to pass through a first outlet on the other end of the first outlet channel and flow toward the shed portion of the bowl portion so as to form a first water flow;
• a second outlet channel having one end thereof connected to and communicating with the diversion area of the inlet channel for guiding water to pass through a second outlet on the other end of the second outlet channel and flow toward the shed portion of the bowl portion so as to form a second water flow;
• and a jet channel having one end thereof connected to and communicating with the diversion area of the inlet channel for guiding water to pass through a jet hole on the other end of the jet channel and flow down to the water in the bowl portion so as to form a third water flow under the water;
• the jet hole is located in front of the bowl portion and aligned with the inlet of the drain pipe;
• wherein the first outlet channel and the second outlet channel are respectively located on each of the two sides of the bowl portion divided by a longitudinal central axis of the bowl portion;
• the first outlet is located at a middle portion between a position P1 and a position P2 of the bowl portion while the position P1 is located at a junction point where the bowl portion is changed from a smaller radius of curvature to a larger radius of curvature and the position P2 is at the back of the bowl portion;
• the second outlet is located at a middle portion between a position P3 and the position P2 of the bowl portion while the position P3 is the junction point where the bowl portion is changed from a larger radius of curvature to a smaller radius of curvature;
• the second outlet channel further includes a curved potion for guiding and changing the direction of water flow;
• thus the direction of the second water flow which moves along the shed portion after flowing from the second outlet to the shed portion is consistent with the direction of the first water flow which moves along the shed portion after flowing from the first outlet to the shed portion so as to generate a swirling flow.