Operation method of bean grinding coffee machine for rotationally brewing

Abstract

The invention discloses an operation method of a bean grinding coffee machine for rotationally brewing. The method comprises the following steps: inserting or putting a liquid discharge hole in a rotating piece, a coffer outlet or an opening of a brewing cavity which points the outer part into a body, to form transmission connection with a rotating bracket, and hanging the rotating piece through a hook to form rotation connection, or rotating the hook to be turned to the inner side or the bottom of the rotating piece to hang the rotating piece to form rotation connection, and closing a cover or a limiting piece; ensuring that the opening of the brewing cavity on the rotating piece rotates in a circular or fan-shaped track to be communicated with a material outlet after power is on, and then performing closing down; ensuring that a grinding chamber passes through a grinding motor, a grinding tool and a bean cavity, the grinding motor is axially connected with the grinding tool to grind coffee beans, and ground coffee enters the brewing cavity through the material outlet, so as to fill the brewing cavity. The method ensures that the coffee feeding, brewing and discharging procedures can be automatically, continuously and circularly performed by rotationally arranging the rotating piece, and realizes the requirement of full automation.

Description

technical field

[0001] The invention relates to a coffee machine, in particular to a working method of a rotary brewing coffee grinder. Background technique

[0002] Chinese Patent Document No. CN203828724U disclosed a fully automatic liquid passage conversion device on September 17, 2014, which specifically disclosed that it includes: at least two liquid passages and conversion shafts for switching the conduction or closure of the above passages The motor is used to drive the conversion shaft, and the liquid path conversion signal circuit is connected to the conversion shaft to generate an electrical signal for the position of the conversion shaft; the controller is used to receive the electrical signal sent by the circuit and instruct The motor selectively rotates or stops rotating to realize the conduction or closure of the above passage; the liquid passage conversion signal circuit includes a rotating plate, which is connected with the conversion shaft in a manner that c...

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