Quick-install three-way pipe connector
Quick-install three-way pipe connector with a valve body, a lower pipe assembly and a switching element. The valve body has a fitting opening, a water inlet and a lower pipe orifice; the lower pipe assembly has an on-flow pipe and a counter-flow pipe; the upper ends of the on-flow and counter-flow pipes pass through the lower pipe orifice and fix inside the valve body by an upper connector; the switching element fixes on the lower end of the on-flow and counter-flow and has a lower water outlet; the fitting opening has an upper cover sealing a water inlet cavity. The water path includes: water in-flow from a support arm joint flowing sequentially through the water inlet, the on-flow pipe, the switching element, the counter-flow pipe and the water outlet. This is simple and quick to assemble, and avoids welding a threaded part on the counter-current pipe, thus saving costs.
1. A quick-install three-way pipe connector, which is fixed to the support arm ( 400 ) in a wall by means of a support arm joint ( 210 ), comprising:
a valve body ( 100 ), the valve body ( 100 ) comprises a fitting opening ( 107 ), a water inlet ( 201 ), a water outlet ( 202 ) and a lower pipe orifice ( 203 ), which are interconnected, the water inlet ( 201 ) is connected to the support arm joint ( 210 );
a lower pipe assembly, which is a pipe entirely faced down, the lower pipe assembly comprises an on-flow pipe ( 104 ) and a counter-flow pipe ( 103 ), the upper ends of the on-flow pipe ( 104 ) and the counter-flow pipe ( 103 ) pass through the lower pipe orifice ( 203 ) and are fixed inside the valve body ( 100 ) by means of an upper connector ( 110 ) inserted from the fitting opening ( 107 ); and
a switching element ( 130 ), the switching element ( 130 ) is fixed on the lower ends of the on-flow pipe and the counter-flow pipe and is disposed with a lower water outlet ( 131 ) which is connected to the on-flow pipe and the counter-flow pipe;
wherein the fitting opening ( 107 ) is disposed with an upper cover ( 109 ) to seal the valve body; the complete water path provided by the entire device comprises: water in-flow from the support arm joint ( 210 ) to flow sequentially through the water inlet ( 201 ), the on-flow pipe ( 104 ), the switching element ( 130 ), the counter-flow pipe ( 103 ) and finally the water outlet ( 202 ),
wherein a positioning shaft is disposed to pass through the upper connector and the lower pipe assembly where the upper connector and the lower pipe assembly are fixed.
2. A quick-install three-way pipe connector according to claim 1 , wherein:
the valve body ( 100 ) further comprises an inlet cavity ( 101 ) and an outlet cavity ( 102 ), the fitting opening ( 107 ) is connected to the inlet cavity ( 101 ), the inlet cavity ( 101 ) is connected to the support arm joint ( 210 ) by means of the water inlet ( 201 ), then is connected to the support arm ( 400 ); the outlet cavity ( 102 ) is connected to the outside of the valve body ( 100 ) by means of the water outlet ( 202 );
the upper connector ( 110 ) is connected to the on-flow pipe ( 104 ) at the inlet cavity ( 102 ), and is separated from the counter-flow pipe ( 103 ); the counter-flow pipe ( 103 ) is connected to the outlet cavity at the valve body;
the complete water path provided by the entire device comprises: water in-flow from the support arm joint ( 210 ) to flow sequentially through the water inlet ( 201 ), the inlet cavity ( 101 ), the upper connector ( 110 ), the on-flow pipe ( 104 ), the switching element ( 130 ), the counter-flow pipe ( 103 ), the outlet cavity ( 102 ) and finally the water outlet ( 202 ).
3. A quick-install three-way pipe connector according to claim 2 , wherein the counter-flow pipe ( 103 ) and the on-flow pipe ( 104 ) are disposed in a way of two-layer nested, the on-flow pipe ( 104 ) is applied with a flexible material, and is situated inside the counter-flow pipe ( 103 ).
4. A quick-install three-way pipe connector according to claim 3 , wherein the connector ( 110 ) is disposed with an axial throughout hole; one end of the upper joint is disposed with an annular flange ( 111 ), the other end is disposed with an upper on-flow pipe orifice ( 112 ) inserted inside the on-flow pipe ( 104 ); the inlet cavity ( 101 ) and the outlet cavity ( 102 ) are separated in the valve body ( 100 ) by means of the annular flange ( 111 ).
5. A quick-install three-way pipe connector according to claim 2 , wherein the counter-flow pipe ( 103 ) and the on-flow pipe ( 104 ) are disposed in a way of two-layer nested, the counter-flow pipe ( 103 ) is applied with a flexible material, and is situated inside the on-flow pipe ( 104 ).
6. A quick-install three-way pipe connector according to claim 2 , wherein the counter-flow pipe ( 103 ) and the on-flow pipe ( 104 ) are disposed in a same pipe, the inside of the pipe is longitudinally divided into two parts.
7. A quick-install three-way pipe connector according to claim 6 , wherein the upper connector ( 110 ) is disposed with an axial throughout hole; one end of the upper joint is disposed with an annular flange ( 111 ), the other end is disposed with an upper on-flow pipe orifice ( 112 ) inserted inside the on-flow pipe ( 104 ); the inlet cavity ( 101 ) and the outlet cavity ( 102 ) are separated in the valve body ( 100 ) by means of the annular flange ( 111 ).
8. A quick-install three-way pipe connector according to claim 1 , wherein a lower joint ( 120 ) is disposed between the on-flow pipe ( 104 ), the counter-flow pipe ( 103 ) and the switching element ( 130 ), the lower joint ( 120 ) is disposed with a lower on-flow pipe orifice ( 121 ) inserted inside the on-flow pipe ( 104 ) and a lower counter-flow pipe hole ( 122 ) connected to the counter-flow pipe ( 121 ).
9. A quick-install three-way pipe connector according to claim 8 , wherein the switching element ( 130 ) is disposed with a switching valve inside to cut off the water route of the lower on-flow pipe orifice ( 121 ) and the lower counter-flow pipe hole ( 122 ).
10. A quick-install three-way pipe connector according to claim 1 , wherein the supporting arm joint ( 210 ) comprises:
a water element ( 211 ) and a threaded ball head ( 214 ), the water element ( 211 ) and the ball head ( 214 ) have a complete water route in the entire body; one end of the water element ( 211 ) is threaded and fixed to the supporting arm ( 400 );
a nut ( 212 ), a bush ( 213 ) and a spheric washer ( 215 ), the nut ( 212 ) is movably coupled to the spheric washer ( 215 ) by means of the ball head ( 214 ), the nut ( 212 ) is fixed inside the water inlet ( 201 ) of the valve body ( 100 );
thereinto, the water element, the ball head, the water inlet and the inlet cavity have the complete water route.