Rotary switch outlet mechanism

1. Rotary switch outlet mechanism, comprising:

a fixed unit,

a switch unit and

two outlet terminals, including a first outlet terminal flexibly attached to the fixed unit, and a second outlet terminal rigidly attached to the fixed unit, wherein:

the fixed unit is provided with an inlet that communicates with a water resource and a second outlet,

the first outlet terminal is connected to the fixed unit in a rotating manner and is provided with a first outlet, and

the second outlet terminal communicates with the second outlet, and

the first outlet terminal is linked to the switch unit and is provided with two locating positions with the fixed unit, wherein

water comes out of the first outlet terminal when the switch unit is set to a first position,

water comes out of the second outlet terminal when the switch unit is set to a second position,

the switch unit is a water division body mounted in the fixed unit and provided with two independent water division holes,

a first water division hole penetrates the water division body and can alternatively communicate with the inlet to the first outlet,

an annular groove is opened on an outer surrounding wall of the water division body,

a second water division hole communicates with the annular groove and can alternatively communicate with the inlet to the second outlet, and

a spring and a leather cup are coupled with each other and arranged in the fixed unit above a first water channel.

2. Rotary switch outlet mechanism according to claim 1 , wherein,

the switch unit is mounted in the fixed unit and comprises a first switch splice fixedly connected in the fixed unit and a second switch splice forming a synchronous rotation connection relationship with the first outlet terminal, wherein,

a first through hole communicating with the inlet and a second through hole communicating with the second outlet are arranged on the first switch splice,

a third through hole and a groove are arranged on the second switch splice,

the first switch splice and the second switch splice are rotated between the first and the second position, the groove does not simultaneously communicate with the first and the second through hole and

the first and the third through holes communicate with the first outlet when it is at the first position,

the third through hole is staggered with the first through hole and

the first and the second through holes communicate with the groove and the second outlet when it is at the second position.

3. Rotary switch outlet mechanism according to claim 2 , wherein,

the first outlet terminal comprises a rotary body and an operating body fixedly connected to the rotary body,

the rotary body is arranged in the fixed unit,

a first water channel is arranged in the rotary body, and

the operating body is mounted out of the fixed unit in a rotating manner.

4. Rotary switch outlet mechanism according to claim 3 , wherein,

the rotary body is connected to the second switch splice,

the first water channel is arranged in the rotary body, and

the water channel is aligned with the first through hole to respectively communicate the inlet and the first outlet when it is at the first position.

5. Rotary switch outlet mechanism according to claim 3 , wherein,

the first water channel is arranged in the rotary body, and

the inlet is sealed by the rotary body when it is at the second position.

6. Rotary switch outlet mechanism according to claim 2 , wherein, the first through hole and the second through hole of the first switch splice are configured in annular array.

7. Rotary switch outlet mechanism according to claim 2 , wherein, a minimum central angle between the first through hole and the second through hole of the first switch splice is smaller than a central angle of the groove of the second switch splice.

8. Rotary switch outlet mechanism according to claim 2 , wherein, a spoon-shaped second water channel is formed among the inlet, the first through hole, the groove, the second through hole and the second outlet when it is at the second position, and the second outlet is at the handle part of the spoon.

9. Rotary switch outlet mechanism according to claim 1 , wherein,

the first outlet terminal comprises a rotary body and an operating body fixedly connected to the rotary body,

the rotary body is arranged in the fixed unit, a first water channel is arranged in the rotary body, and

the operating body is mounted out of the fixed unit in a rotating manner.

10. Rotary switch outlet mechanism according to claim 9 , wherein,

the rotary body is connected to the second switch splice,

the first water channel is arranged in the rotary body, and

the water channel is aligned with the first through hole to respectively communicate between the inlet and the first outlet when it is at the first position.

11. Rotary switch outlet mechanism according to claim 9 , wherein,

the first water channel is arranged in the rotary body, and

the inlet is sealed by the rotary body when it is at the second position.

12. Rotary switch outlet mechanism according to claim 1 , wherein,

entrances of the first water division hole and the second water division hole are located in a same circle as an upper end face of the water division body, and

the first water division hole comprises a straight hole segment and an oblique hole segment.

13. Rotary switch outlet mechanism according to claim 3 , wherein,

the first switch splice and the second switch splice are connected to each other at their end faces,

the second switch splice is between the rotary body and the first switch splice, and

the rotary body is connected to the second switch splice through buckles.

14. Rotary switch outlet mechanism according to claim 9 , wherein,

the first switch splice and the second switch splice are connected to each other at their end faces,

the second switch splice is between the rotary body and the first switch splice, and

the rotary body is connected to the second switch splice through buckles.