Spray siphon toilet with accelerating siphon
A spray type siphon toilet with accelerating siphon includes a toilet body and a first water tank, the top of the urinal of the toilet body is disposed with a flushing hole, the bottom of the urinal of the toilet body is disposed with a spray hole, the toilet body further comprises a flushing waterway to the flushing hole and an spray waterway to the spray hole; the first water tank is disposed with a first drain valve, the inlet of the spray waterway is connected to the drain port of the first drain valve; wherein the spray waterway is connected to a water seal structure, air cannot enter the spray waterway after the first drain valve drains; the water seal surface is even with the water seal surface of the urinal of the toilet body.
1. A spray type siphon toilet with accelerating siphon, comprising a toilet body and a first water tank, the top of the urinal of the toilet body is disposed with a flushing hole, the bottom of the urinal of the toilet body is disposed with a spray hole, the toilet body further comprises a flushing waterway to the flushing hole and an spray waterway to the spray hole; the first water tank is disposed with a first drain valve, the inlet of the spray waterway is connected to the drain port of the first drain valve; wherein the spray waterway is connected to a water seal structure, air can not enter the spray waterway after the first drain valve drains ; the water seal surface is even with the water seal surface of the urinal of the toilet body.
2. The spray siphon toilet with accelerating siphon according to claim 1 , wherein the water seal structure is U shaped, and the water seal structure is disposed at the bottom portion of a connecting pipe, the part of the connecting pipe according to the top portion of the water seal structure is disposed with an outlet hole, the inlet of the flushing waterway is connected to the outlet hole of the connecting pipe.
3. The spray siphon toilet with accelerating siphon according to claim 1 , wherein the first tank is further disposed with an overflow pipe, the overflow pipe is connected to the flushing waterway.
4. The spray siphon toilet with accelerating siphon according to claim 1 , wherein the water seal structure is U shaped, the water seal structure is disposed at the bottom portion of an overflow pipe of the first tank; the first water tank is further disposed with a second drain valve, the inlet of the flushing waterway is connected to the drain port of the second drain valve.
5. The spray siphon toilet with accelerating siphon according to claim 1 , wherein the water seal structure is U shaped, the water seal structure is disposed at the bottom portion of an overflow pipe of the first tank; the toilet further comprises a second water tank, the water tank is disposed with a second drain valve, the inlet of the flushing waterway is connected to the drain port of the second drain valve.
6. The spray siphon toilet with accelerating siphon according to Claim 1 , wherein the water seal structure is U shaped, the water seal structure is disposed at the bottom portion of an overflow pipe of the first water tank; the toilet further comprises a control valve, the inlet of the flushing waterway is connected to water source by the control valve.
7. The spray siphon toilet with accelerating siphon according to claim 3 , wherein the top end of the connecting pipe is integrally connected to the lower end of the overflow pipe.
8. The spray siphon toilet with accelerating siphon according to claim 3 , wherein the connecting pipe and the overflow pipe are independently configured.
9. The spray siphon toilet with accelerating siphon according to claim 4 , wherein the first drain valve and the second drain valve are linked and controlled by a linkage mechanism.
10. The spray siphon toilet with accelerating siphon according to claim 6 , wherein the first drain valve and the control valve are linked and controlled by a linkage mechanism.
11. The spray siphon toilet with accelerating siphon according to claim 5 , wherein the first drain value and the second drain value are linked and controlled by a linkage mechanism.