Soymilk machine cutter detection method

Abstract

The invention belongs to the field of small kitchen appliances, and specifically relates to a soymilk maker. The tool detection method of the soymilk maker includes the following steps: a. starting the pulping program; b. changing the cutter; c. selecting the corresponding pulping program and starting it; d. Detection stage; e. End tool detection. The cutter is installed at the lower part of the machine head, and the machine head and the pulping container are placed in alignment, and the required program is selected and started. At this time, the MCU starts to detect whether the tool corresponds to the program. If the tool is wrong or the program is wrong, it will alarm and remind to change the tool, and the program will return to the selection tool. If the correspondence between the tool and the program is correct, the machine will enter the next step to detect the water level, crush and cook the pulp until the end. It can start different programs according to the judgment of different knives; when the knives are assembled, the assembly position can be determined to prevent the problem of using the knives and improve safety performance; each knives are crushed according to the appropriate program to improve the crushing effect and pulping effect.

Description

technical field

[0001] The invention belongs to the field of small kitchen appliances, and in particular relates to a soymilk maker, in particular to a tool detection method for a soymilk maker. Background technique

[0002] With the improvement of people's living standards, people pay more attention to dietary health, and the diet has become diversified, with a variety of choices, and there are more and more types of diets such as soybean milk, rice cereal, fruit juice, etc., and the single-function soybean milk machine is also increasing. There is a need for a diversified diet. Since each crushed and cut material has different size, hardness and taste, the user needs to disassemble, rinse and install in sequence during production. The traditional way of fixing with screws is troublesome to disassemble, because the machine head where the blade is fixed has a certain weight, and a little carelessness during the disassembly process will damage the blade, drop the machine hea...

Examples

Embodiment 1

[0034] See attached Figure 1~7 , a kind of soya-bean milk maker tool detection method, comprises the following steps:

[0035] a. Start the pulping process;

[0036] b. Replace the tool;

[0037] c. Select the corresponding pulping program and start it;

[0038] d. In the detection stage, check whether it is the corresponding pulp making program, if yes, enter the next step, if not, report an error, and at the same time, the program returns to the b. tool replacement stage;

[0039] e. End tool inspection.

[0040] The detection stage is to detect the I / O port, feed back the retrieved signal to the MCU, and compare it with the corresponding program, if the comparison is consistent, the program continues, otherwise, the program alarm prompts, and the program returns to b. Tool stage. The number of the I / O ports is 5. Specifically, the I / O port can be set as a dry bean and soymilk knife detection port, a wet bean soymilk knife detection port, a rice paste knife detection ...

Embodiment 2

[0046] When the detection probe 11 is a reed switch, it is used to detect the presence or absence of magnetism, and more than one reed switch is arranged in the extension body of the lower cover of the machine head, and a magnet is arranged on a corresponding position on different cutters respectively. The reed switch detects the magnetism of the corresponding position of the tool assembly, which is used for the program to judge whether the installed tools are consistent. Others are the same as embodiment one.

Embodiment 3

[0048] One or more tact switches are arranged in the extension body of the lower cover. Concave-convex points are arranged at different positions on the tool. When the tact switch is pushed up by a convex point on a certain tool, the corresponding program can run normally. Others are the same as embodiment one.

technical field

[0001] The invention belongs to the field of small kitchen appliances, and in particular relates to a soymilk maker, in particular to a tool detection method for a soymilk maker. Background technique

[0002] With the improvement of people's living standards, people pay more attention to dietary health, and the diet has become diversified, with a variety of choices, and there are more and more types of diets such as soybean milk, rice cereal, fruit juice, etc., and the single-function soybean milk machine is also increasing. There is a need for a diversified diet. Since each crushed and cut material has different size, hardness and taste, the user needs to disassemble, rinse and install in sequence during production. The traditional way of fixing with screws is troublesome to disassemble, because the machine head where the blade is fixed has a certain weight, and a little carelessness during the disassembly process will damage the blade, drop the machine hea...

Examples

Embodiment 1

[0034] See attached Figure 1~7 , a kind of soya-bean milk maker tool detection method, comprises the following steps:

[0035] a. Start the pulping process;

[0036] b. Replace the tool;

[0037] c. Select the corresponding pulping program and start it;

[0038] d. In the detection stage, check whether it is the corresponding pulp making program, if yes, enter the next step, if not, report an error, and at the same time, the program returns to the b. tool replacement stage;

[0039] e. End tool inspection.

[0040] The detection stage is to detect the I / O port, feed back the retrieved signal to the MCU, and compare it with the corresponding program, if the comparison is consistent, the program continues, otherwise, the program alarm prompts, and the program returns to b. Tool stage. The number of the I / O ports is 5. Specifically, the I / O port can be set as a dry bean and soymilk knife detection port, a wet bean soymilk knife detection port, a rice paste knife detection ...

Embodiment 2

[0046] When the detection probe 11 is a reed switch, it is used to detect the presence or absence of magnetism, and more than one reed switch is arranged in the extension body of the lower cover of the machine head, and a magnet is arranged on a corresponding position on different cutters respectively. The reed switch detects the magnetism of the corresponding position of the tool assembly, which is used for the program to judge whether the installed tools are consistent. Others are the same as embodiment one.

Embodiment 3

[0048] One or more tact switches are arranged in the extension body of the lower cover. Concave-convex points are arranged at different positions on the tool. When the tact switch is pushed up by a convex point on a certain tool, the corresponding program can run normally. Others are the same as embodiment one.

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