TH6340C3 - Spherical water-saving faucet - Google Patents

Abstract

DC60 (24/02/54) spherical water-saving faucet spout The top has the same thread size and type as the original faucet. In general, it can be conveniently replaced with the old faucet. The faucet body is cylindrical in shape, inside has a circular material and a rubber O-ring. A sphere will have its own weight combined with the pressure of the water making it There is pressure on the surface in contact with the rubber O-ring to prevent water leakage. The part of the sphere protrudes from the lower faucet housing, and at the bottom of the sphere, a protrusion is made. With the rounded end and the bottom surface of the sphere lower than the O-ring area Make a notch into a deep groove along the surface curve. Of a number of surrounding spheres Spherical water-saving faucet The top has the same thread size and type as the original faucet. In general, it can be conveniently replaced with the old faucet. The faucet body is cylindrical in shape, inside has a circular material and a rubber O-ring. A sphere will have its own weight combined with the pressure of the water making it There is pressure on the surface in contact with the rubber O-ring to prevent water leakage. The part of the sphere protrudes from the lower faucet housing, and at the bottom of the sphere, a protrusion is made. With the rounded end and the bottom surface of the sphere lower than the O-ring area Make a notch into a deep groove along the surface curve. Of a number of surrounding spheres

Claims (1)

1. Spherical water-saving faucet It consists of a tubular coupling and a housing section, with a round top (1) with a threaded top (2) of a thread size and type Same as the original faucet, there are holes (3) for water through, and the bottom of the top (1) has a thread (4) for assembly with a thread (7) at the faucet housing (5), a hole (6) through it. Wide enough for a spherical ball (10), with the top of the faucet housing (5) threaded (7) to support the thread (4), the bottom groove to insert the rubber O-ring (8) around the hole (6) as Install a spherical ball (10) where part of the sphere (10) comes into contact with the O-ring (8) so that the sphere (10) does not fall down. Due to the size of the pass line The inner center of the O-ring (8) is smaller than the diameter of the spherical ball (10). Such O-ring (8) is installed by firmly pressing it into the groove in the bottom of the faucet housing (5) in. The appearance cannot be dropped. Easily removed Its characteristic is that a spherical ball (10) provides a shaft (10.1) extending downward from the sphere (10) with its rounded end and the surface of the sphere (10) in the lower area than O-tire. Ring (8) provides a notch (10.2) into a groove deep along the arc of a sphere (10) surrounding it.