TH166252A - flush toilet - Google Patents

Claims (9)

Disclaimer (all) which will not appear on the advertisement page. : ------ 08/12/2017 ------ (OCR) Page 1 of 2 pages. Clause 1. Toilet, including The bowl section, including the waste receptacle surface, has the shape of the jar. And the margins that are built on the edges On top of the receiving surface The discharge path for waste discharge, the discharge path has an entryway that is connected At the bottom of the bowl section A vent section for generating circulation by draining the toilet water to the bowl section. Water hose for delivering toilet water to the sewer section. And a set of distributors for delivering toilet water to the water pipes. Where the periphery consists of an inner siding, a periphery that forms the periphery of the periphery, and the periphery consists of a sloping top, an inner, periphery and a serrated surface. In, the sloping surface above the inner wall along the edge is positioned on the area. The top of the inner wall part is ribbed. And is sloped downward toward the inner surface, the inner surface in a vertical cross section made in a straight line rising vertically or protruding to the side. In the bowl, up to the sloping surface, above, the inner wall, the edge and where the water supply unit is equipped with a constant flow device for drainage. The constant flow rate of the flushing water from the drainage section 2. Flushing of claim 1, where the rim part consists of the front surface, the top edge. The edge that creates the top surface on the edge And the outer wall along the edge that creates the outermost edge Outside of the rim part The outer wall along the edge consists of a sloping surface on the edge of the outer wall. Where the outside of the upper part, the peripheral wall is sloping downward, and the horizontal distance between the top end of the sloping surface above the edge inner wall. And the lower end of the sloping surface above the inner edge of the wall is longer than the horizontal distance. Between the upper end of the sloping surface above the periphery wall And the lower end of The sloping surface above the perimeter wall 3. Flush of claim 1, where the sloping surface above the edge inner wall is created. Up in arc shape 4. Flush of claim 1, where the bottom edge of the face is sloping above the inner wall. The rim is placed over the top edge of the drainage section, page 2 of the number 2, 5. Flush of claim 3, where the sloping surface above the perimeter wall is built. Rise in arc shape And furthermore, the ratio between the radius of the arc creating the sloped surface is Above the outer wall at the edge And the radius of the arc that creates a sloping surface above the inner wall The edge is built within a 1: 2 to 1: 5 ratio range. 6. Flush of claim 1, where the sloping surface above the edge inner wall is created. In such a way that the vertical distance between the top end of the sloping surface above the edge inner wall and the lower end of the sloped top inner wall is 10% to 60% of The vertical distance between the top end of the inner wall part along the edge And the lower end of the section Edge inner wall 7. Flush of claim 3, where the sloping surface above the edge inner wall is positioned. The structure provides an arc whose radius is between 10 mm and 300 mm overall. 8. Flush of claim 1, where a constant flow device is equipped with a valve with Constant flow 9. Flushing of claim 1, where a constant flow device is equipped with a pump 1 0. The bowl section, including the waste receptacle surface, has the shape of the jar. And the margins that are built on the edges On top of the receiving surface The discharge path for waste discharge, the discharge path has an entryway that is connected At the bottom of the bowl section A vent section for generating circulation by draining the toilet water to the bowl section. Water hose for supplying toilet water to the sewer section. And a set of distributors for delivering toilet water to the water pipes. Where the periphery consists of an inner siding, a periphery that forms the periphery of the periphery, and the periphery consists of a sloping top, an inner, periphery and a serrated surface In, the sloping surface above the inner wall along the edge is positioned on the area. The top of the inner wall part is ribbed. And is sloped downward toward the inner surface, the inner surface in a vertical cross section formed in a straight line rising vertically to the sloping surface. On top of the inner wall on the edge of one of the margins And extending to the inside of the bowl In another area of the edge and where the dewatering unit is equipped with a constant flow device for drainage. The constant flow rate of the flushing water from the drainage section ------------ 1. toilet, which includes The bowl with a waste receptacle has a bowl shape. And the margins that are built on the edges On top of the receiving surface The discharge path for the discharge of waste, its inlet, which is connected at the bottom of the bowl section, the vent that generates the flow by draining the toilet water to the bowl section. Pipe for supplying toilet water to the sewer section. And a set of water dispensers for delivering toilet water to the water pipes Where the edge is composed of the inner wall part, the edge is used to create the outermost edge. In the edge And the inner wall along the edge consists of a sloping surface on the wall. Inside edge where the inside of the upper part of the wall, the inner edge is sloping downward and the inner surface extends in a straight line shape in a vertical direction to the sloping face. On top of the inner wall along the edge And where the water supply unit is equipped with a constant flow device for the Drains a constant flow of the toilet water from the drain section. 2. Flushing of claim 1, where the edge part is composed of the front surface on the edge The edge that creates the top surface on the edge And the outer wall along the edge that creates the outermost edge Outside of the rim part The outer wall along the edge It consists of a sloping top surface, a peripheral wall, where the outside of the upper area, while the periphery is sloping downward. And the horizontal width of the sloping surface above the wall in the edge is made up large Than the horizontal width of the sloping surface above the perimeter wall 3. Flushing of claim 1 or 2, where the sloping surface above the edge of the inner wall is Built in arc shape 4. Flush under any of the claims 1 to 3, where the lower edge of the surface is sloped. Steep top, the inner wall along the edge is placed over the top edge of the drainage section. 5. Flushing of claim 3 or 4, where the surface is sloped above the perimeter wall. Was built in arc shape And furthermore, the ratio between the radius of the arc creating the surface being Slope on the outer wall on the edge And the radius of the arc that creates the sloping surface above the wall The inside edges are created within the 1: 2 to 1: 5 aspect ratio range. 6. Flush according to any of the claims 1 to 5, where the surface is sloped above the wall. The inside edge of the inner wall portion, when viewed in a vertical cross section, is built over the range of 10% to 60% of the pre-determined area from the top edge to the bottom edge of the section. Inner wall along the edge 7. Flush of claim 3 or 5, where the radius of the arc creating a sloped surface Above the inner wall, the edge of the inner wall part, the edge is built within a range of 10 mm to 30 mm. 8. Flushing according to any of the claims 1 through 7, where the equipment has a constant flow rate. Complete with constant flow valve 9. Flushing according to any of the claims 1 to 8, where the equipment has a constant flow rate. Assembled with a pump