Full-automatic tea-making machine
AssigneeMain Power Innotech (Shenzhen) Manufacturing Co., Ltd.
InventorsMeichee Choi, Li Dong, Jianbo Liu, Xuefeng Shang
Life of this patent
Estimating the term…
Abstract
An automatic tea-making machine, comprising a base assembly and a tea-making assembly arranged on the base assembly. A water pump configured to pump water to the tea-making assembly and a motor are arranged on the base assembly. The tea-making assembly includes a tea-making cavity with an open top part, a closed bottom part and a closed peripheral wall; a tea basket driven by the motor, and a drain valve arranged at a bottom of the tea-making cavity and communicated with the tea-making cavity. The automatic tea-making machine of the present application can automatically wash tea and make tea, which is very convenient to use.
Claims7
A full-automatic tea-making machine, comprising a base assembly and a tea-making assembly arranged on the base assembly;
- wherein
- a water pump configured to pump water into the tea-making assembly and a motor are arranged on the base assembly;
- the tea-making assembly includes:
- a tea-making cavity with an open top part, a closed bottom part and a closed peripheral wall;
- a tea basket driven by the motor;
- and
- a drain valve arranged at the bottom of the tea-making cavity and communicated with the tea-making cavity;
- wherein
- the full-automatic tea-making machine further comprises a first clutch and a second clutch cooperated with each other to transmit a power between the motor and the tea basket, wherein the first clutch is driven by the motor, and the second clutch is configured to transmit the power to the tea basket;
- wherein
- when the motor has rotated in a first direction for a preset period, tea leaves in the tea basket has been washed thoroughly;
- when the motor rotates in a second direction for a preset period, water configured to wash the tea leaves has been completely discharged;
- wherein
- a helicoidal surface is defined on the first clutch;
- when the motor rotates in the first direction, the first clutch is cooperated with the second clutch at a lowest point of the helicoidal surface;
- and when the motor rotates in the second direction, the first clutch is cooperated with the second clutch at a highest point of the helicoidal surface;
- or
- a helicoidal surface is defined on the second clutch;
- when the motor rotates in the first direction, the first clutch is cooperated with the second clutch at a highest point of the helicoidal surface;
- and when the motor rotates in the second direction, the first clutch is cooperated with the second clutch at a lowest point of the helicoidal surface.
Dependencies are inferred from the claim text.