TH27043Y - tap - Google Patents

Abstract

The OCR 07AP faucet is assembled with a mechanism (20) housed in the faucet body (10), a fastening piece (30) securing the faucet body (10), the spout (15), and a selector switch (16) for activating the water flow. The mechanism (20) is connected to the first water inlet (40), which is connected to the water supply (300). The second water inlet (50) is connected to the water ionizer (200). The lead pipe (60) is connected to the water ionizer (200). The solenoid valve (80) is electrically connected to the selector switch (16) and is controlled by the selector switch (16). The first water inlet (40) is connected to the water supply (300). The second water inlet (50) is connected to the water ionizer (200). The lead pipe (60) is connected to the water ionizer (200). The second drain (70) is connected to the water ionizer (200).

Claims (9)

OCR 07AP 1. The water tap for use with the water ionizer (200) and tap water (300) consists of the tap housing (10), the mechanism (20) housed within the tap housing (10), the fastening piece (30) which secures the top of the tap housing (10) above the mechanism (20), the spout (15) protruding from the mechanism (20) through the fastening piece (30), and the selector switch (16) housed on the surface. The outer part of the tap housing (10) is designed to activate the flow of water from the water ionizer (200) or the water supply (300), where the mechanism (20) is connected to the first inlet (40), which is connected to the water supply (300), the second inlet (50), which is connected to the water ionizer (200), and the lead pipe (60), which is connected to the water ionizer (200). A solenoid valve (80) is positioned within the mechanism (20), which is electrically connected to a selector switch (16) and controlled by the selector switch (16). The solenoid valve (80) is integrated with valve assembly (85), where the first inlet (40) is connected to the water supply (300), the second inlet (50) is connected to the water ionizer (200), the lead pipe (60) is connected to the water ionizer (200), and the second drain (70) is connected to the water ionizer (200). In response to the pressing of the selector switch (16), the valve assembly (85) is opened to open or close the first water inlet (21), where in response to the press of the selector switch (16) the valve element (85) is opened to open or close the first water inlet (21), and where the alkaline water generated by the water ionizer (200) is directed to flow to the spout (15) through the water pipe (60), the third water inlet (23), the second water outlet (27), and the water outlet (25). 2. The tap of claim 1, where the selector switch (16) is a touch-sensitive switch, and where in response to the press of the touch-sensitive switch the valve element (85) is opened to open or close one of the water inlets (21). 3. The tap of claim 1, where the mechanism (20) is assembled with the first water inlet (21) which is connected to the first water inlet (40), the second water inlet (22) which is connected to the second water inlet (50), the third water inlet (23) which is connected to the lead pipe (60), the water outlet (25) which is connected to the spout (15) and the second water inlet (22), the first water outlet (26) which is connected to the spout. Water inlet one (21), the first two-way valve (28) which connects water inlet two (22), outlet (25) and water port one (26) to allow water port one (26) to be connected to outlet (25) or to connect water port one (26) to water inlet two (22), water port two (27) which connects to outlet (25), the first two-way valve (28) and water inlet three (23), and the second two-way valve (29) which connects to water port two (27) and water inlet three (23) to shut off water flow through water port two (27) and water inlet two (23) or to allow water flow through water port two (27) and water inlet two (23). 4. The tap of claim 1 is further comprised of a first drain section (18) protruding from the mechanism (20) and standing through the tap frame (10), and a second drain section (70) connecting the mechanism (20) and the water ionizer (200), where wastewater generated by the water ionizer (200) is directed to flow to the first drain section (18) through the second drain section (70). 5. The faucet of claim 1 is further comprised of a first drain section (18) protruding from the mechanism (20) and standing through the faucet frame (10), a second drain section (70) connecting the mechanism (20) and the water ionizer (200), and a third water channel (24) connecting the second drain section (70) and the first drain section (18) for the circulation of wastewater from the water ionizer (200) to the first drain section (18), where wastewater generated by the water ionizer (200) is directed to flow to the first drain section (18) through the second drain section (70) and the third water channel (25). 6. The tap of the first claim, where the first two-way valve (28) is assembled with the first valve body (281), the first axial port (282) in the first valve body (281) and the first socket (283) at the end of the first valve body (281) which is aligned with the first axial port (282), and where the second two-way valve (29) is assembled with the second valve body (291), the second axial port (292) in the second valve body (291) and the second socket (293) at the end of the second valve body (291) which is aligned with the second axial port (292), further assembled with a tool (90) designed to be inserted into the first socket (283) before rotating the first valve body (281) or into the second socket (293) before rotating the second valve body (291). 7. The valve of claim 6, where the first two-way valve (28) is further equipped with a sealing element (284) which is provided on the outer surface of the valve body (281). 8. The water tap for use with the water ionizer (200) and the tap water source (300) is assembled with the tap housing (10), the mechanism (20) housed within the tap housing (10), the fastening piece (30) which holds the top of the tap housing (10) above the mechanism (20), the spout (15) protruding from the mechanism (20) through the fastening piece (30), and the selector switch (16) mounted on the outer surface of the tap housing (10) to activate the flow of water from the water ionizer (200) or the tap water source (300), to which the mechanism (20) is connected to the first inlet (40), which is connected to the tap water source (300), and the second inlet (50), which is connected to the water ionizer (200), and the solenoid valve (80) housed within the mechanism (20), assembled with the valve assembly (85), which is connected. It is electrically controlled by a selector switch (16) where the first inlet (40) is connected to the water supply (300), the second inlet (50) is connected to the water ionizer (200), and the second outlet (70) is connected to the water ionizer (200), where in response to the press of the selector switch (16) a valve part (85) is activated to open or close the first inlet (21), and where the alkaline water generated by the water ionizer (200) is directed to flow to the tap (15) through the third inlet (23), the second inlet (27), and the outlet (25). 9. The water tap for use with the water ionizer (200) and the tap water source (300) consists of the tap housing (10), the mechanism (20) housed within the tap housing (10), the fastening piece (30) which holds the top of the tap housing (10) above the mechanism (20), the spout (15) protruding from the mechanism (20) through the fastening piece (30), and the selector switch (16) housed on the outer surface of the tap housing (10) to activate the flow of water from the water ionizer (200) or the tap water source (300), where the mechanism (20) is connected to the first inlet (40) which is connected to the tap water source (300), the second inlet (50) which is connected to the water ionizer (200), and the lead pipe (60) which is connected to the water ionizer (200), and the solenoid valve (80) housed within the mechanism (20), housed with the valve assembly (85) which is connected. It is electrically controlled by a selector switch (16) where the first inlet (40) is connected to the water supply (300), the second inlet (50) is connected to the water ionizer (200), the lead pipe (60) is connected to the water ionizer (200), and the second outlet (70) is connected to the water ionizer (200), where in response to the press of the selector switch (16) a valve part (85) is activated to open or close the first inlet (21) and where the alkaline water generated by the water ionizer (200) is directed to flow to the spout (15) through the lead pipe (60), the third inlet (23), the second water outlet (27), and the outlet (25).