CN-115553635-B - Beverage extraction method of food processor and food processor

CN115553635BCN 115553635 BCN115553635 BCN 115553635BCN-115553635-B

Abstract

The invention discloses a beverage extraction method of a food processor and the food processor, wherein the food processor comprises a cup body, a heating device and an extractor, the extractor is arranged in the cup body, the extractor comprises a filter bowl and an extraction pipeline, one end of the extraction pipeline is communicated with the filter bowl, the other end of the extraction pipeline is communicated with the cup body, water in the cup body enters the filter bowl through the extraction pipeline during beverage extraction, the method comprises the steps of obtaining the total beverage water quantity and the extraction process of the beverage, injecting a first water quantity into the cup body, executing a first heating stage, injecting a second water quantity into the cup body, wherein the sum of the first water quantity and the second water quantity is larger than the total beverage water quantity, and extracting the beverage based on the extraction process after the first heating stage is completed. And the difference of the quality of the beverage caused by environmental factors is eliminated by utilizing the first heating stage, and the water loss caused by the first heating stage is compensated by the fact that the sum of the second water quantity and the first water quantity is larger than the total water quantity of the beverage, so that the quality of the beverage meets the expected quality.

Inventors

ZHU ZECHUN
ZHOU WEI
OUYANG PENGBIN
GUO HUI
ZHANG LEI

Assignees

九阳股份有限公司

Dates

Publication Date: 20260505
Application Date: 20210701

Claims (9)

1. A beverage extraction method of a food processor, the food processor comprising a cup and a heating device, characterized in that the food processor further comprises an extractor, the extractor is disposed in the cup, the extractor comprises a filter bowl and an extraction pipe, one end of the extraction pipe is led to the filter bowl, the other end of the extraction pipe is communicated with the cup, and when beverage is extracted, water in the cup enters the filter bowl through the extraction pipe, the method comprises: Obtaining extraction parameters of the beverage, wherein the extraction parameters comprise total water quantity of the beverage and an extraction process; Injecting a first amount of water into the cup and performing a first heating phase; injecting a second quantity of water into the cup, wherein the sum of the first quantity of water and the second quantity of water is greater than the total beverage quantity; Extracting the beverage based on the extraction process after the first heating stage is completed; the first heating stage comprises a boiling point acquisition stage and/or a preheating stage of the food processor; The injecting the second amount of water into the cup includes: Determining the water to be added based on the total water quantity of the beverage and the first water quantity, wherein the water to be added is the difference value between the total water quantity of the beverage and the first water quantity; Determining a multiple water adding amount based on the boiling point and/or the constant temperature duration of the preheating stage, wherein the multiple water adding amount is the difference value between the sum of the first water amount and the second water amount and the total water amount of the beverage, the boiling point is inversely related to the multiple water adding amount, and the constant temperature duration of the preheating stage of the food processor is positively related to the multiple water adding amount; And taking the sum of the added water quantity and the water quantity to be added as the second water quantity.
2. The extraction method of claim 1, wherein the first heating stage comprises a boiling point harvesting stage, and a second amount of water is injected into the cup upon completion of the boiling point harvesting stage, wherein the sum of the second amount of water and the first amount of water is greater than the total amount of water of the beverage by a predetermined ratio.
3. The extraction process according to claim 2, wherein the extraction process comprises an extraction duration and/or an extraction power, The boiling point acquisition stage comprises the following steps: Controlling the heating device to heat the water in the cup body, and collecting the temperature of the water in a boiling state as a boiling point; And adjusting the extraction time length and/or the extraction power based on the boiling point, wherein the boiling point is positively correlated with the extraction time length and/or the extraction power.
4. The extraction method according to claim 3, wherein said adjusting the extraction duration and/or the extraction power based on the boiling point comprises: Judging whether the boiling point is larger than a preset temperature value or not; when the boiling point is greater than the preset temperature value, adopting a first extraction duration and/or a first extraction power; And when the boiling point is smaller than the preset temperature value, adopting a second extraction time length and/or a second extraction power, wherein the first extraction time length and/or the first extraction power is larger than the second extraction time length and/or the second extraction power.
5. The extraction method of claim 3, wherein controlling the heating device to heat the water in the cup and collecting the temperature of the water in a boiling state as the boiling point comprises: Heating water in the cup body to a first preset temperature by adopting first preset power; heating water in the cup body by adopting second preset power; And when the cup body is heated by the second preset power for a first preset time, collecting the temperature of the water in the cup body as the boiling point, wherein the second preset power is smaller than the first preset power.
6. The extraction process of claim 1, wherein the food processor pre-heating stage comprises; Heating the water in the cup body to a second preset temperature by adopting third preset power; heating water in the cup body to a preheating temperature from a second preset temperature by adopting fourth preset power; And heating the water in the cup body by adopting fifth preset power, and maintaining the second preset time at the preheating temperature, wherein the third preset power is larger than the fourth preset power, and the fourth preset power is larger than the fifth preset power.
7. The extraction process of claim 1, wherein the extraction process comprises a plurality of extraction stages; The extraction process based extraction of the beverage comprises the following steps: the beverage is extracted in several stages, with the coverage of the water in the bowl increasing progressively as it enters the bowl.
8. The extraction process of claim 6, wherein the extraction process comprises at least three extraction stages; The extracting the beverage with a plurality of extraction stages comprises: Heating water in the cup body for a first preset extraction period by adopting a first preset extraction power, wherein a first preset area in the filter cup is soaked; Heating water in the cup body by adopting a second preset extraction power for a second preset extraction period, wherein a second preset area of the extractor is soaked, the second preset area is larger than the first preset area, and the first preset extraction power is smaller than the second preset extraction power; And heating water in the cup body for a third preset extraction period by adopting a third preset extraction power, wherein the whole area of the extractor is soaked.
9. The food processor is characterized by comprising a cup body and a heating device, and further comprises an extractor, wherein the extractor is arranged in the cup body and comprises a filter bowl and an extraction pipeline, one end of the extraction pipeline is communicated with the filter bowl, and the other end of the extraction pipeline is communicated with the cup body, so that water in the cup body enters the filter bowl through the extraction pipeline during beverage extraction; The food processor further comprises a processor, a memory and execution instructions stored on the memory, the execution instructions being arranged, when executed by the processor, to cause the food processor to perform the beverage extraction method of the food processor of any one of claims 1 to 8.

Description

Beverage extraction method of food processor and food processor Technical Field The invention relates to the technical field of household appliances, in particular to a beverage extraction method of a food processor and the food processor. Background Beverages such as tea and coffee are widely used in life, especially for coffee, and are increasingly subjected to the environment of people, and people often need to buy corresponding processing machines, such as automatic coffee machines, tea making machines and the like, when making beverages manually, and additional purchase cost is required. Therefore, the traditional food processor, such as a wall breaking machine, a soybean milk machine and the like, is used for extracting coffee or tea, and the functions of extracting tea, coffee and other drinks are expanded on the traditional food processor, so that more and more demands of people are met. However, when the beverage is extracted by the traditional food processor, the quality of the beverage such as color, taste and concentration is often inconsistent. Therefore, how to improve the consistency of the beverage quality is a technical problem to be solved. Disclosure of Invention In order to solve the technical problem of how to improve the consistency of the beverage quality in the background technology, the invention provides a beverage extraction method of a food processor and the food processor. According to a first aspect, an embodiment of the application provides a beverage extraction method of a food processor, the food processor comprises a cup body and a heating device, the food processor further comprises an extractor, the extractor is arranged in the cup body, the extractor comprises a filter bowl and an extraction pipeline, one end of the extraction pipeline is communicated with the filter bowl, the other end of the extraction pipeline is communicated with the cup body, water in the cup body enters the filter bowl through the extraction pipeline during beverage extraction, the method comprises the steps of obtaining extraction parameters of a beverage, the extraction parameters comprise total beverage water quantity and an extraction process, injecting a first water quantity into the cup body, executing a first heating stage, injecting a second water quantity into the cup body, wherein the sum of the first water quantity and the second water quantity is larger than the total beverage water quantity, and extracting the beverage based on the extraction process after the first heating stage is completed. The first heating stage comprises a boiling point acquisition stage and/or a food processor preheating stage, wherein the step of injecting a second water quantity into the cup body comprises the steps of determining the water quantity to be added based on the total water quantity of the beverage and the first water quantity, wherein the water quantity to be added is the difference value between the total water quantity of the beverage and the first water quantity, the step of determining the multiple water quantity based on the constant temperature duration of the boiling point and/or the preheating stage, wherein the multiple water quantity is the difference value between the sum of the first water quantity and the second water quantity and the total water quantity of the beverage, the boiling point is inversely related to the multiple water quantity, the constant temperature duration of the food processor preheating stage is in positive correlation with the multiple water quantity, and the sum of the multiple water quantities to be added is used as the second water quantity. Optionally, the first heating stage includes a boiling point collection stage, and when the boiling point collection stage is completed, a second amount of water is injected into the cup body, wherein the sum of the second amount of water and the first amount of water is greater than the total amount of water by a preset proportion of the total amount of water. Optionally, the extraction process comprises extraction time and/or extraction power, and the boiling point acquisition stage comprises the steps of controlling the heating device to heat water in the cup body, acquiring the temperature of the water in a boiling state as a boiling point, and adjusting the extraction time and/or the extraction power based on the boiling point, wherein the boiling point is positively correlated with the extraction time and/or the extraction power. Optionally, the adjusting the extraction time length and/or the extraction power based on the boiling point comprises judging whether the boiling point is larger than a preset temperature value, adopting a first extraction time length and/or a first extraction power when the boiling point is larger than the preset temperature value, and adopting a second extraction time length and/or a second extraction power when the boiling point is smaller than the preset temperature value, wherein the fi