阅读说明：本技术 一种和面机的控制方法 (Control method of dough mixer ) 是由 李一峰 梁敏坚 于 2019-09-20 设计创作，主要内容包括：本发明公开的和面机的控制方法,涉及的和面机包括搅拌桶、主机以及设置在主机上的旋钮键,和面机的控制方法包括：在旋钮键被按压时,产生切换信号,功能切换信号用于选择加工程序或时间程序；在旋钮键被旋拧时,产生调节信号,调节信号用于对加工程序或时间程序中相应参数进行调节。与现有技术相比,本发明的和面机的控制方法,通过对旋钮键的按压和旋拧操作即可完成对和面机的加工程序和时间程序的设置,操作方式简单；和面机的控制元件尽可能减少,不仅可以降低制造成本,而且还使和面机的操控界面更简洁,有利于操作者的使用,使操作者在操作过程中不易感到疲惫。(The invention discloses a control method of a dough mixer, the dough mixer comprises a stirring barrel, a main machine and a knob key arranged on the main machine, and the control method of the dough mixer comprises the following steps: when the knob key is pressed, a switching signal is generated, and the function switching signal is used for selecting a processing program or a time program; when the knob key is screwed, an adjusting signal is generated, and the adjusting signal is used for adjusting corresponding parameters in the processing program or the time program. Compared with the prior art, the control method of the dough mixer can complete the setting of the processing program and the time program of the dough mixer through the pressing and screwing operation of the knob key, and has simple operation mode; the control elements of the dough mixer are reduced as much as possible, so that the manufacturing cost is reduced, the control interface of the dough mixer is simpler, the use of an operator is facilitated, and the operator is not easy to feel tired in the operation process.)

1. A control method of a dough mixer is characterized in that: the related dough kneading machine comprises a main machine and a knob key arranged on the main machine, and the control method of the dough kneading machine comprises the following steps:

when the knob key is pressed, generating a switching signal, wherein the function switching signal is used for selecting a processing program or a time program;

when the knob key is screwed, an adjusting signal is generated, and the adjusting signal is used for adjusting corresponding parameters in the machining program or the time program.

2. A control method of a dough mixer according to claim 1, characterized in that: the function switching signal includes: a first function switching signal and a second function switching signal, wherein the first function switching signal is used for entering the machining program, and the second function switching signal is used for entering the time program;

or, in a standby state, a first function switching signal is generated by default to enter the machining program, and a second switching signal enables the machining program to be switched to a time program;

or, in a standby state, the second function switching signal is generated by default to enter the time program, and the first switching signal enables the time program to be switched to the machining program.

3. A control method of a dough mixer according to claim 2, characterized in that: when the knob key is pressed successively, the first function switching signal and the second function switching signal are produced successively.

4. A control method of a dough mixer according to claim 2, characterized in that: when the knob key is screwed, the step of generating the adjusting signal comprises the following steps:

according to the first function switching signal, when the knob key is screwed, a first adjusting signal is generated, and the first adjusting signal is used for selecting a processing mode in the processing program;

and according to the second function switching signal, generating a second adjusting signal when the knob key is screwed, wherein the second adjusting signal is used for adjusting the processing time in the time program.

5. A control method of a dough mixer according to claim 1, characterized in that: and when the machining program or the time program is in the adjusting stage of the corresponding parameters of the machining program or the time program, after the function switching signal is received, confirming the corresponding parameters of the current machining program or the time program.

6. A control method of a dough mixer according to any of claims 1 to 5, characterized in that: when the dough mixer is in a working state, the pause signal and the start signal are generated successively by pressing the knob key successively.

7. A control method of a dough mixer according to any of claims 1 to 5, characterized in that: when the dough mixer is in a working state, the time parameter of the processing program which is working can be adjusted by screwing the knob key.

8. A control method of a dough mixer according to any of claims 1 to 5, characterized in that: the host computer still is equipped with the cancellation button, when flour-mixing machine is in operating condition, through the touch-control cancel button, flour-mixing machine switches to standby state.

9. A control method of a dough mixer according to any of claims 1 to 5, characterized in that: the processing program comprises the following processing modes: a dough kneading program, a dough standing program and a dough kneading and dough standing program;

the host computer is provided with display lamps corresponding to a dough kneading program and a dough standing program in the processing program, and the corresponding display lamps are lightened when corresponding parameters in the processing program are preselected;

when the dough kneading and dough waking program is preselected, the display lamps of the dough kneading program and the dough waking program are simultaneously lightened;

and confirming the current preselected processing mode by pressing the knob key.

10. A control method of a dough mixer according to claim 9, characterized in that: the host is also provided with a display module, and the display module is provided with a nixie tube for displaying time program parameters;

when the dough kneading program is selected, the indicating lamp and the nixie tube of the dough kneading program are simultaneously lightened, the time parameter of the current processing mode is adjusted by screwing the knob key, the time program of the current processing mode is confirmed by pressing the knob key, and the indicating lamp and the nixie tube of the dough kneading program are changed into the lightening state from the lightening state;

or when the wakeup program is selected, the indicator light and the nixie tube of the wakeup program are simultaneously lightened, the time parameter of the current processing mode is adjusted by screwing the knob key, the time program of the current processing mode is confirmed by pressing the knob key, and the indicator light and the nixie tube of the wakeup program are changed into light by lightening;

or, when kneading dough and waking up the face procedure and being selected, the pilot lamp of kneading dough procedure the pilot lamp and the charactron of waking up the face procedure flash simultaneously, get into the time procedure of kneading dough the mode, through twisting the knob key, it is right to adjust the time parameter of kneading dough the procedure, press the time parameter of kneading dough the procedure confirms, the pilot lamp of kneading dough the procedure becomes to brighten by flashing to enter the time procedure of waking up the face mode, through twisting the knob key, it is right to adjust the time parameter of waking up the face procedure, press the time parameter of kneading dough the procedure is confirmed to the knob key, the pilot lamp and the charactron of waking up the face procedure become to brighten by flashing.

Technical Field

The invention belongs to the technical field of dough kneaders, and particularly relates to a control method of a dough kneader.

Background

The dough mixer belongs to a household appliance for mechanical processing of cooked wheaten food, replaces the traditional manual dough kneading of flour into dough processing noodles, greatly reduces manual labor force and increases the production efficiency of cooked wheaten food manufacturing. The existing dough kneading machine generally comprises the functions of kneading dough and proofing dough, wherein the kneading dough is mainly formed by uniformly mixing flour and water, the flour is softened into dough in a stirring mode, the proofing dough is formed by further heating and standing the kneaded dough for a period of time, so that the kneaded dough is easier to process, the made pastries are softer, and the mouthfeel is more fine and smooth. However, in the existing dough mixing machine, the control panel is provided with more function keys and time increasing keys, the control interface is complex, the operation for setting the working process of the dough mixing machine is more complicated, and the user experience is not ideal.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a control method of a dough mixing machine, which is simple to control the dough mixing machine and convenient to operate.

In order to achieve the purpose, the invention adopts the following technical scheme:

a control method of a dough mixer relates to the dough mixer which comprises a main machine and a knob key arranged on the main machine, and the control method of the dough mixer comprises the following steps: when the knob key is pressed, generating a switching signal, wherein the function switching signal is used for selecting a processing program or a time program; when the knob key is screwed, an adjusting signal is generated, and the adjusting signal is used for adjusting corresponding parameters in the machining program or the time program.

Compared with the prior art, the control method of the dough mixer can complete the setting of the processing program and the time program of the dough mixer through the pressing and screwing operation of the knob key, and has simple operation mode; the control elements of the dough mixer are reduced as much as possible, so that the manufacturing cost is reduced, the control interface of the dough mixer is simpler, the use of an operator is facilitated, and the operator is not easy to feel tired in the operation process.

Further, the function switching signal includes: a first function switching signal and a second function switching signal, wherein the first function switching signal is used for entering the machining program, and the second function switching signal is used for entering the time program; or, in a standby state, a first function switching signal is generated by default to enter the machining program, and a second switching signal enables the machining program to be switched to a time program; or, in a standby state, a second function switching signal is generated by default to enter the time program, and the first switching signal enables the time program to be switched to the machining program; through setting like this, the user only needs can set up convenient operation to processing procedure and time program through pressing the knob key.

Further, when the knob key is pressed successively, the first function switching signal and the second function switching signal are produced successively; the user can switch the setting of the processing program and the time program by repeatedly pressing the knob key, and the operation is simple.

Further, the step of generating the adjusting signal when the knob key is screwed comprises: according to the first function switching signal, when the knob key is screwed, a first adjusting signal is generated, and the first adjusting signal is used for selecting a processing mode in the processing program; according to the second function switching signal, when the knob key is screwed, generating a second adjusting signal, wherein the second adjusting signal is used for adjusting the processing time in the time program; through the arrangement, the processing mode of the processing program can be selected only by screwing the knob key, or the processing time in the time program can be adjusted, and the operation is simple.

Further, when the machining program or the time program is in the adjusting stage of the corresponding parameter, after the function switching signal is received, the corresponding parameter of the current machining program or the current time program is confirmed; through the arrangement, the adjustment and confirmation of the processing program or the time program can be completed through the pressing and screwing operation of the knob key, and the operation is convenient.

Further, when the dough mixer is in a working state, a pause signal and a start signal are generated successively by pressing the knob key successively; through the arrangement, a user can directly control the starting and stopping of the dough mixing machine conveniently, and the dough mixing machine can be continuously processed after other materials are added in the midway.

Furthermore, when the dough mixer is in a working state, the time parameters of the corresponding processing programs can be adjusted by screwing the knob key; through setting up like this, be convenient for according to user's user demand, it is long convenient to use to adjust dough mixing machine's processing at any time.

Furthermore, the host is also provided with a cancel key, and when the dough mixer is in a working state, the dough mixer is switched to a standby state by touching the cancel key; through the setting, the working program of the dough mixing machine can be reset by repeatedly canceling the key to return to the standby state, the use is convenient, and the error correcting operation of a user is convenient.

Further, the processing program comprises any one or a combination of: a dough kneading program, a dough standing program and a dough kneading and dough standing program; through the arrangement, a user can conveniently select a full-automatic or semi-automatic working mode, and the use requirements of the user are met.

Further, according to the second function switching signal, when the knob key is screwed, the knob key is screwed clockwise to increase the processing time, and the knob key is screwed to decrease the working time; through the arrangement, the processing time of the dough mixing machine can be controlled by screwing the knob key clockwise or anticlockwise, and the dough mixing machine is convenient to use.

Further, the processing program comprises the following processing modes: a dough kneading program, a dough standing program and a dough kneading and dough standing program; the host computer is provided with display lamps corresponding to a dough kneading program and a dough standing program in the processing program, and the corresponding display lamps are lightened when corresponding parameters in the processing program are preselected; when the dough kneading and dough waking program is preselected, the display lamps of the dough kneading program and the dough waking program are simultaneously lightened; confirming the current preselected processing mode by pressing the knob key; the processing mode which is currently selected can be conveniently known by a user through the setting, and the use is convenient.

Furthermore, the host is also provided with a display module, and the display module is provided with a nixie tube for displaying time program parameters;

when the dough kneading program is selected, the indicating lamp and the nixie tube of the dough kneading program are simultaneously lightened, the time parameter of the current processing mode is adjusted by screwing the knob key, the time program of the current processing mode is confirmed by pressing the knob key, and the indicating lamp and the nixie tube of the dough kneading program are lightened; or when the wakeup program is selected, the indicator light and the nixie tube of the wakeup program are simultaneously lightened, the time parameter of the current processing mode is adjusted by screwing the knob key, the time program of the current processing mode is confirmed by pressing the knob key, and the indicator light and the nixie tube of the wakeup program are changed into light by lightening; or when the dough kneading and dough waking program is selected, the indicator light of the dough kneading program, the indicator light of the dough waking program and the digital tube are simultaneously flashed to enter the time program of the dough kneading mode, the time parameter of the dough kneading program is adjusted by screwing the knob key, the time parameter of the dough kneading program is confirmed by pressing the knob key, the indicator light of the dough kneading program is changed into the time program of the dough waking mode from flashing, the time parameter of the dough waking program is adjusted by screwing the knob key, the time parameter of the dough waking program is confirmed by pressing the knob key, and the indicator light of the dough waking program and the digital tube are changed into the flashing state; through setting up like this, the user of being convenient for sets up and knows the process time of current processing mode, convenient to use.

Drawings

FIG. 1 is a flow chart of an embodiment of a method of controlling a dough mixer according to the present invention

FIG. 2 is a flow chart of another embodiment of a method of controlling a dough mixer according to the present invention

FIG. 3 is a flow chart of a further embodiment of a method of controlling a dough mixer according to the invention

FIG. 4 is a schematic view of a dough mixer

Detailed Description

The technical scheme of the invention is described in the following with the accompanying drawings:

referring to fig. 4, the dough mixer related to the control method of the dough mixer of the invention comprises a stirring barrel 1, a main machine 2, a knob key 3 arranged on a control panel of the main machine 2, a control unit and a display module 4, wherein a stirring piece is arranged in the stirring barrel 1, a heating element for providing heat for the stirring barrel 1 and a motor in transmission connection with the stirring piece are arranged in the main machine 2, the knob key 3 and the display module 4 are respectively and electrically connected with the control unit, and the display module 4 is used for displaying the working information of the dough mixer.

Fig. 1 is a flowchart of a control method of a dough mixer according to an embodiment of the present invention. As shown in fig. 1, a control method of a dough mixer according to an embodiment of the present invention includes the following steps:

and S010, generating a switching signal when the knob key 3 is pressed, wherein the function switching signal is used for selecting a processing program or a time program.

And S020, when the knob key 3 is screwed, generating an adjusting signal, wherein the adjusting signal is used for adjusting corresponding parameters in the machining program or the time program.

In the embodiment, when an operator presses the knob key 3, a function switching signal is correspondingly generated, the function switching signal controls the dough mixer to switch between a processing program and a time program, and when the corresponding program (the processing program or the time program) is selected, the display module 4 of the dough mixer displays the selected program; when the selected program is in use, the adjusting signal generated when the operator touches the knob key 3 is received, and the adjusting information adjusts the corresponding parameter in the currently selected program, namely, the corresponding parameter can be adjusted through the knob key 3 no matter what program is selected.

Compared with the prior art, the control method of the dough mixer can complete the setting of the processing program and the time program of the dough mixer through the pressing and screwing operations of the knob key 3, and has simple operation mode; the control elements of the dough mixer are reduced as much as possible, so that the manufacturing cost is reduced, the control interface of the dough mixer is simpler, the use of an operator is facilitated, and the operator is not easy to feel tired in the operation process.

In one embodiment, the function switching signal includes: the dough kneading machine comprises a first function switching signal and a second function switching signal, wherein the first function switching signal is used for entering the processing program, the second function switching signal is used for entering the time program, and the two different switching signals can respectively enable the dough kneading machine to enter the processing program or the time program so as to select different programs; through the arrangement, a user can set the processing program and the time program only by pressing the knob key 3, and the operation is convenient.

In another embodiment, in a standby state, a first function switching signal is generated by default to enter the machining program, and a second switching signal enables the machining program to be switched to a time program; or, in a standby state, the second function switching signal is generated by default to enter the time program, and the first switching signal enables the time program to be switched to the machining program. The standby state is a state that the dough mixing machine enters after being powered on.

In one embodiment, when the knob key 3 is pressed successively, the first function switching signal and the second function switching signal are successively generated; the user can switch the setting of the processing program and the time program by repeatedly pressing the knob key 3, so that the user can conveniently set the processing program and the time program in sequence, and the operation is simple.

Specifically, when the knob key 3 is pressed for the first time, a first function switching signal can be generated, and when the knob key is pressed for the second time, a second function switching signal can be generated; namely, the dough kneading machine enters a processing program by pressing the knob key 3, and the dough kneading machine enters a time program by pressing two knob keys 3.

Fig. 2 is a flowchart of a control method of a dough mixer according to an embodiment of the present invention. As shown in fig. 2, the control method of the dough mixer according to the embodiment of the present invention includes the following steps:

and S010, when the knob key 3 is pressed, a first function switching signal and a second function switching signal can be generated, and the function switching signals are used for selecting a machining program and a time program.

And S011, generating a first adjusting signal when the knob key 3 is screwed according to the first function switching signal, wherein the first adjusting signal is used for selecting a processing mode in the processing program.

And S012, according to the second function switching signal, generating a second adjusting signal when the knob key 3 is screwed, wherein the second adjusting signal is used for adjusting the processing time of the processing mode selected in the time program.

In this embodiment, when different function switching signals are generated, different programs are selected accordingly, and when the knob key 3 is subsequently screwed, different adjustment signals are generated correspondingly according to the different programs currently located, so as to adjust parameters in the different programs.

In one embodiment, according to the second function switching signal, when the knob key 3 is screwed, the knob key 3 is screwed clockwise to increase the processing time, and the knob key 3 is screwed to decrease the processing time; through the arrangement, the processing time of the dough mixing machine can be controlled by screwing the knob key 3 clockwise or anticlockwise, and the dough mixing machine is convenient to use.

In one embodiment, when the processing program or the time program is in the adjusting stage of the corresponding parameter, after the function switching signal is received, the corresponding parameter of the current processing program or the time program is confirmed; by this arrangement, the adjustment and confirmation of the machining program or the time program are completed by the pressing and screwing operations of the knob key 3, and the operation is convenient.

Fig. 3 is a flowchart of a control method of a dough mixer according to an embodiment of the present invention. As shown in fig. 3, the control method of the dough mixer according to the embodiment of the present invention includes the following steps:

and S010, generating a function switching signal when the knob key 3 is pressed, wherein the function switching signal is used for selecting a processing program and a time program.

And S020, when the knob key 3 is screwed, generating an adjusting signal, wherein the adjusting signal is used for adjusting corresponding parameters in the machining program or the time program.

And S030, pressing the knob key 3 to generate the function switching signal and confirm the corresponding parameters of the current machining program and the current time program.

In one embodiment, the processing program comprises any one or a combination of: a dough kneading program, a dough standing program and a dough kneading and dough standing program; through the arrangement, a user can conveniently select a full-automatic or semi-automatic working mode, and the use requirements of the user are met.

In the embodiment, the processing programs comprise a dough mixing program, a dough standing program and a dough mixing and standing program, and a user can select to realize full-automatic or semi-automatic processing according to the use requirement. The control panel is provided with words of 'dough kneading' function and 'dough standing' function, the display module 4 comprises two indicating lamps 5 corresponding to dough kneading program and dough standing program respectively and a nixie tube for displaying time adjusted in the time program. According to the first function switching signal, when the knob key 3 is screwed, a first adjusting signal is generated, the indicator lamp 5 of the 'face mixing' function is lightened, other indicator lamps 5 are lightened, the face mixing program is selected, or the knob is continued, the indicator lamp 5 of the indication of the knob key 3, the 'face mixing' function and the 'face mixing' function is lightened, the face mixing and face mixing program is selected, then the knob key 3 is pressed, after the control unit receives the second function switching signal, the current processing program is confirmed, the indicator lamp 5 corresponding to the processing mode is lightened, the time program is entered, the time nixie tube is lightened, when the knob key 3 is screwed, a second adjusting signal is generated, the processing time of the corresponding processing program can be adjusted and increased or decreased, and finally, pressing the knob key 3 to confirm the current time program, wherein the indicator lamp 5 and the time nixie tube corresponding to the processing mode are always on, and the dough mixer enters a working state. In addition, when the selected processing program is a dough kneading and dough standing program, according to a second switching signal, when the time program is entered, the indicator lamp 5 of the 'dough kneading' function flashes, and the indicator lamp 5 of the 'dough standing' function flashes, the knob is screwed to generate a second adjusting signal for adjusting the processing time of the dough kneading program, then the knob key 3 is pressed to confirm the processing time of the dough kneading program, the indicator lamp 5 of the 'dough kneading' function flashes, the indicator lamp 5 of the 'dough standing' function flashes, the knob is screwed to generate a second adjusting signal for adjusting the processing time of the dough standing program, finally the knob key 3 is pressed to confirm the processing time of the dough standing program, and the dough standing machine enters an operating state

In one embodiment, the processing programs are displayed in different colors when selected and during the processing of the corresponding processing program of the dough mixer. For example, when the machining program is selected, the indicator lamp 5 is turned on with blue color light, when the corresponding function in the machining program is confirmed, the indicator lamp 5 is turned on with blue color light at all times, and when the corresponding machining program is operated, the indicator lamp 5 is turned on with red color light at all times.

In one embodiment, the default machining time is 15 minutes and the machining time can be increased or decreased by knob key 3 during the time program adjustment, when the dough program is selected, but the maximum time is 40 minutes. When the wakeup program is selected, the default processing time is 90 minutes, and the processing time can be increased or decreased through the knob key 3, but the maximum time is 120 minutes.

In one embodiment, when the dough mixing machine is in a working state, a pause signal and a start signal are generated successively by pressing the knob key 3 successively; through the arrangement, a user can directly control the starting and stopping of the dough mixing machine conveniently, and the dough mixing machine can be continuously processed after other materials are added in the midway.

In one embodiment, when the dough mixer is in a working state, the time parameter of the corresponding processing program can be adjusted by screwing the knob key 3; through setting up like this, be convenient for according to user's user demand, it is long convenient to use to adjust dough mixing machine's processing at any time.

In an embodiment, the control panel of the host 2 is further provided with a cancel button 6, and when the dough mixer is in a working state, the dough mixer is switched to a standby state by touching the cancel button 6, for example, pressing for 3 seconds; through the arrangement, the working program of the dough kneading machine can be reset by returning the repeated cancel key 6 to the standby state, so that the dough kneading machine is convenient to use and is convenient for a user to correct misoperation.

The following exemplifies a specific operation process of the health preserving pot control method of the invention, which comprises the following steps:

and a, connecting a power supply, electrifying the dough mixing machine, entering a standby state, and starting the display unit.

And b, pressing the knob key 3, flashing the indicator lamp 5 with the 'face and face' function, or screwing the knob key 3, selecting a required processing mode, then pressing the knob key 3 to confirm the processing program, and flashing the indicator lamp 5 corresponding to the processing program and the time nixie tube.

And c, adjusting the processing time of the corresponding processing program by screwing the knob key 3 or working according to the default processing time, then pressing the knob key 3 to confirm the time program, wherein the time nixie tube is long and bright, and the dough kneading machine enters a working state.

And d, the user needs to reset the processing program and the time program, and the dough mixing machine is switched to a standby state through the touch cancel button 6.

Variations and modifications to the above-described embodiments may occur to those skilled in the art, which fall within the scope and spirit of the above description. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and variations of the present invention should fall within the scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.