A toilet water tank, a water tank piston rod, and a hydraulic control valve
A water tank and tie rod technology, which is applied to flushing equipment with water tanks, water supply devices, buildings, etc., can solve the problems of easy blockage of water tank valves, difficult to dredge, water tank leakage, etc. force effect
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specific Embodiment approach 1
[0094] The toilet water tank whose integral tie rod does not protrude from the cylinder
[0095] The piston pull rod of the water tank of the present invention is a multi-stage telescopic pull rod, including more than two stages of pull rods.
[0096] The three-stage water tank piston pull rod includes the first-stage pull rod 63, the second-stage pull rod 64, and the third-stage pull rod 65. The three-stage pull rods are stacked to form an integral pull rod. , are all positioned in the cylinder barrel 62 of the water tank.
[0097] The water tank includes a cylinder 62, a piston 61, a first-stage tie rod 63, a second-stage tie rod 64, a third-stage tie rod 65, and water inlet and outlet pipes. Connection, the first-stage tie rod 63 is connected with the piston 61, and the end of the third-stage tie rod 65 is connected with the bottom of the cylinder. When both sides of the piston are filled with pressurized water flow, the side of the piston without the tie rod receives wate...
specific Embodiment approach 2
[0103] The toilet water tank with the integral pull rod protruding from the cylinder
[0104] The piston pull rod of the water tank of the present invention is a multi-stage telescopic pull rod, including more than two stages of pull rods.
[0105] Three grades of water tank piston pull rods comprise the sixth grade pull rod 68, the seventh grade pull rod 69, the eighth grade pull rod 70, and the three grades of pull rods are nested to form an integral pull rod, which is positioned in the cylinder barrel 67 of the water tank when the integral pull rod all stretches out.
[0106] The water tank includes a cylinder 67, a piston 66, a sixth-stage tie rod 68, a seventh-stage tie rod 69, and an eighth-stage tie rod 70. The first-stage tie rod 68 is connected to the piston 66, and the end of the eighth-stage tie rod 70 passes through the bottom of the cylinder and can be stretched in the cylinder. Compared with the water pressure area, at least the area equal to the cross-sectional...
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