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A water output switch structure of a faucet includes a water output head having a water inlet tube inside that includes a switch valve inside to change water output status of the water output head, a water output cover underneath the water output head, a control unit and a button disposed on the wat

A water output switch structure of a faucet includes a water output head having a water inlet tube inside that includes a switch valve inside to change water output status of the water output head, a water output cover underneath the water output head, a control unit and a button disposed on the water output cover.

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1. A water output switch structure of a faucet comprising a water output head having a water inlet tube inside the water output head that includes a switch valve inside to change a water output status of the water output head, a water output cover located underneath the water output head, a control

1. A water output switch structure of a faucet comprising a water output head having a water inlet tube inside the water output head that includes a switch valve inside to change a water output status of the water output head, a water output cover located underneath the water output head, a control unit and a button disposed on the water output cover, wherein the button is against a flat board of the control unit, and a curved pieced at front end of the flat board is used to connect with the switch valve, and when a user presses the button underneath the water output cover, the control unit is pushed up to hingedly rotate and drive the switch valve to move forward. 2. The water output switch structure of a faucet of claim 1, wherein a stopping wall inside the water output head is used to separate a downward water output chamber and a rear tubular body, and the stopping wall has a connecting hole to connect the water inlet tube in the tubular body, and the water output cover disposed on an opening of the water output chamber so as to seal the water output chamber. 3. The water output switch structure of a faucet of claim 2, wherein a gasket is disposed between the water output cover and the water output head. 4. The water output switch structure of a faucet of claim 1, wherein the water inlet tube has a corresponding first tubular body and second tubular body, and a stopping edge is located inside the first tubular body and a bracket is suspended at front end thereof, center of the bracket having a sleeve opening, a periphery of which has at least one surrounding through hole, and wherein the switch valve has a valve stick that is inside the sleeve opening and extended toward front and rear ends of the first tubular body, and the valve stick has a water stopping unit, and a spring is disposed between the water stopping unit and the bracket of the first tubular body, and with the spring, the valve stick is pushed backwards to prevent the water stopping unit from blocking the stopping edge of the first tubular body, which causes the closing of the water stream. 5. The water output switch structure of a faucet of claim 4, wherein a rear end of the valve stick is supported by a restricting cover, and a plurality of supporting legs surrounded at the periphery of the restricting cover are provided for the first tubular body and second tubular body, so that the restricting cover is secured in the water inlet tube. 6. The water output switch structure of a faucet of claim 1, wherein the switch valve has a valve stick having a groove disposed at front end thereof, the water output cover has a circular cover, front of which having water output holes and a hinge base is upwardly formed on both sides thereof, and the control unit has a flat board, a front end of which has a curved piece forming a back arc at an upper portion thereof, and a wedging slot is formed at a top center portion of the curved piece, and a hinged portion is disposed at the border of the flat board and both sides of the curved piece, so that the control unit is disposed between two hinged bases of the water output cover using the hinged portion, and the wedging slot generates a clamping effect to the groove of the valve stick, so that the control unit and the valve stick is mutually linked. 7. The water output switch structure of a faucet of claim 6, wherein the water output holes are disposed in an arc manner. 8. The water output switch structure of a faucet of claim 1, wherein the water output cover has a circular cover, front of which having water output holes and a ladder-shaped installation hole is downwardly disposed at the rear end thereof, and wherein the button has a rod and a head base is formed at an enlarging bottom portion of the button, and the rod is inserted from the installation hole of the bottom surface of the water output cover to move upward until touching the flat board. 9. The water output switch structure of a faucet of claim 8, wherein the water output holes are disposed in an arc manner. 10. The water output switch structure of a faucet of claim 8, wherein a button gasket is disposed on the rod to be against the ladder-shaped installation hole to prevent the button from falling out.