CN107564514B - Voice control method of multifunctional cooking platform - Google Patents
Voice control method of multifunctional cooking platform Download PDFInfo
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- CN107564514B CN107564514B CN201610495070.8A CN201610495070A CN107564514B CN 107564514 B CN107564514 B CN 107564514B CN 201610495070 A CN201610495070 A CN 201610495070A CN 107564514 B CN107564514 B CN 107564514B
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Abstract
The invention relates to a voice control method of a multifunctional cooking platform, which at least comprises the following stages: (1) a processing mode selection stage: the control device acquires food material processing mode information; (2) and a voice operation guidance stage: the control device controls the voice control module to prompt a user to select the first cooking assembly, the second cooking assembly or the third cooking assembly according to the food processing mode information; (3) and (3) food material processing stage: first cooking subassembly, or second cooking subassembly, or third cooking subassembly are detained and are arranged in on the frame, and controlling means processes the material according to eating material processing mode information control first cooking subassembly or second cooking subassembly or third cooking subassembly work. Therefore, the method and the device communicate with the user in a voice interaction mode, effectively guide the user how to select a cooking assembly, how to install, operate and use, recommend recipes, feed information and the like, enable the user to make cooking more conveniently and quickly, and enable the user acceptance to be better in a voice mode.
Description
Technical Field
The invention relates to a control method, in particular to a voice control method of a multifunctional cooking platform.
Background
At present, the living standard of people is higher and higher, and more electric products are used in families. Such as a food processor, a juice extractor, a vegetable cutter, a pasta machine, etc. But the home kitchen often holds not so many kitchen appliances, so it is necessary to reduce the volume of the kitchen appliances and the number of the kitchen appliances through the multifunctional integrated, embedded type cooking platform. All the electric appliances such as the food processor, the juice extractor, the vegetable cutter, the wheaten food machine and the like have a common module, namely a power unit driven by a motor. On one hand, each type of electric appliance is provided with one power unit, which causes certain waste and occupies a large space. Therefore, the electric appliances are integrated, and the use of one power unit can save cost and effectively utilize space.
However, after the electric appliances are concentrated into one power unit, the user is easy to have some troubles and inconveniences in how to select the cooking assembly, how to operate and use, and the like.
Disclosure of Invention
In view of the above, it is desirable to provide a voice control method for a multifunctional food platform that is easy to operate.
The invention is realized by the following technical scheme:
the utility model provides a voice control method of multi-functional cooking platform, multi-functional cooking platform includes workstation, frame, controlling means, first cooking subassembly, second cooking subassembly, third cooking subassembly, acoustic control module, the embedded installation of frame is on the workstation, the frame has the power take off of three vertical direction and coaxial different rotational speeds and torsion, and three power take off corresponds respectively and drives first cooking subassembly, second cooking subassembly, third cooking subassembly work, and this acoustic control module is connected with the controlling means electricity, multi-functional cooking platform's voice control method includes following several stages at least: (1) a processing mode selection stage: the control device acquires food material processing mode information; (2) and a voice operation guidance stage: the control device controls the voice control module to prompt a user to select the first cooking assembly, the second cooking assembly or the third cooking assembly according to the food processing mode information; (3) and (3) food material processing stage: first cooking subassembly, or second cooking subassembly, or third cooking subassembly are detained and are arranged in on the frame, and controlling means processes the material according to eating material processing mode information control first cooking subassembly or second cooking subassembly or third cooking subassembly work.
And in the processing mode selection stage, the voice control module acquires a voice instruction of a user food material processing mode, and the control device acquires food material processing mode information according to the voice instruction of the user food material processing mode.
In the processing mode selection stage, the voice control module acquires a voice instruction of the food material type of the user, the control device recommends a menu according to the food material type, the voice control module broadcasts the menu in a voice mode, the voice control module acquires the voice instruction of the menu of the user, and the control device automatically acquires the food material processing mode according to the voice instruction of the menu of the user.
The voice control module broadcasts the menu in a voice mode and simultaneously broadcasts the food material information and/or food material nutrition information of the food materials.
The multifunctional food processing platform further comprises an electronic scale, the electronic scale weighs food materials in the processing mode selection stage, the sound control module reports the weight of the food materials, and the control device recommends a menu according to the types of the food materials and the weight of the food materials.
And in the processing mode selection stage, after the voice control module acquires the voice instruction of the menu of the user, the voice control module also broadcasts the processing time of the food material.
The voice control method of the multifunctional cooking platform further comprises a fault self-checking step, and when a fault is detected, a voice alarm is given to a user through the voice control module.
The first cooking component comprises a cooking cup body and a plurality of accessories, and the second cooking component comprises a cooking cup body and a plurality of accessories; third cooking subassembly is including cooking cup and a plurality of annex, in the voice operation guides the stage acoustic control module voice broadcast cooking cup and annex the selective information and the installation information between cooking cup and the annex.
Multifunctional cooking platform is still including controlling the display screen, control the installation video that the display screen shows the cooking cup body and annex image, cooking cup body and the annex that correspond in the operation guide stage.
The multifunctional cooking platform also comprises a storage box for storing the cooking cup bodies and accessories, each cooking cup body and each accessory are provided with different storage lattices, and the sound control module broadcasts the corresponding storage lattices of the cooking cup bodies and the accessories in the voice operation guidance stage; or the cooking cup body and the accessories are provided with different labels, and the sound control module broadcasts the corresponding labels in the operation guidance stage.
The beneficial effects brought by the invention are as follows:
the voice control method of the multifunctional cooking platform at least comprises the following stages: (1) a processing mode selection stage: the control device acquires food material processing mode information; (2) and a voice operation guidance stage: the control device controls the voice control module to prompt a user to select the first cooking assembly, the second cooking assembly or the third cooking assembly according to the food processing mode information; (3) and (3) food material processing stage: first cooking subassembly, or second cooking subassembly, or third cooking subassembly are detained and are arranged in on the frame, and controlling means processes the material according to eating material processing mode information control first cooking subassembly or second cooking subassembly or third cooking subassembly work. Therefore, the method can be communicated with the user in a voice interaction mode, so that the user can be effectively guided to select a cooking component, install, operate and use and the like, the user can make cooking more conveniently and quickly, and the user can be better accepted through voice guidance.
And in the processing mode selection stage, the voice control module acquires a voice instruction of a user food processing mode, and the control device acquires food processing mode information according to the voice instruction. Therefore, interaction is carried out by using the natural voice or dialect which is used by the user, the control device can simply and conveniently acquire the processing information of the user, and the use difficulty of the user is reduced.
In the processing mode selection stage, the voice control module acquires a voice instruction of the food material type of the user, the control device recommends a menu according to the food material type, the voice control module broadcasts the menu in a voice mode, the voice control module acquires the voice instruction of the menu of the user, and the control device automatically acquires the food material processing mode according to the voice instruction of the menu of the user. Many consumers do not know which menu can be made by a food material, and can acquire information such as the physical state and taste preference of a user in a voice interaction mode to recommend the menu, so that the user experience is improved, and in addition, the food material processing mode can be directly converted according to the menu selected by the user, and the difficulty of processing the food material by the user is reduced.
The voice control module broadcasts the menu in a voice mode and simultaneously broadcasts the food material information and/or food material nutrition information of the food materials. Therefore, the user can know the information such as nutrition of the food materials made more clearly, and the user can know the food materials more, so that the user can clearly know the intake of the nutrition every day.
The multifunctional food processing platform further comprises an electronic scale, the electronic scale weighs food materials in the processing mode selection stage, the sound control module reports the weight of the food materials, and the control device recommends a menu according to the types of the food materials and the weight of the food materials. Therefore, the weight information acquired by the electronic scale is converted into the daily food consumption of the user and the daily nutrient content, so that the user can be given more clear and reasonable dietary suggestions, and the recommended menu is more targeted.
And in the processing mode selection stage, after the voice control module acquires the voice instruction of the menu of the user, the voice control module also broadcasts the processing time of the food material. Therefore, more humanized service is provided for the user.
The voice control method of the multifunctional cooking platform further comprises a fault self-checking step, and when a fault is detected, a voice alarm is given to a user through the voice control module. Therefore, the user can more easily identify the faults of the cooking platform.
The first cooking component comprises a cooking cup body and a plurality of accessories, and the second cooking component comprises a cooking cup body and a plurality of accessories; third cooking subassembly is including cooking cup and a plurality of annex, in the voice operation guides the stage acoustic control module voice broadcast cooking cup and annex the selective information and the installation information between cooking cup and the annex. Thus, the use difficulty and accuracy of the user can be reduced.
Multifunctional cooking platform is still including controlling the display screen, control the installation video that the display screen shows the cooking cup body and annex image, cooking cup body and the annex that correspond in the operation guide stage. The convenience of the user is more intuitive to operate, the control display screen can also display recipes, the user is guided to use, and the system is more humanized and intelligent.
The multifunctional cooking platform also comprises a storage box for storing the cooking cup bodies and accessories, each cooking cup body and each accessory are provided with different storage lattices, and the sound control module broadcasts the corresponding storage lattices of the cooking cup bodies and the accessories in the voice operation guidance stage; or the cooking cup body and the accessories are provided with different labels, and the sound control module broadcasts the corresponding labels in the operation guidance stage. Thus, the use difficulty and accuracy of the user can be reduced.
Drawings
The invention is described in further detail below with reference to the accompanying drawings:
fig. 1 is a top view of a first preferred embodiment of the multifunctional food platform of the present invention;
fig. 2 is a schematic view of the first food processing assembly placed on the base;
fig. 3 is a schematic view of the second food processing assembly placed on the base;
fig. 4 is a schematic view of the third food processing assembly placed on the base;
FIG. 5 is a schematic view of the housing of FIG. 1;
FIG. 6 is a cross-sectional view of the housing;
FIG. 7 is an exploded view of the housing;
fig. 8 is a schematic view of the third serving cup body.
The corresponding reference numbers for the component names in the figures are as follows:
10. a multifunctional cooking platform; 11. a work table; 111. a cabinet body; 112. a table top; 113. a storage box; 114. a cover plate; 12. a machine base; 121. a motor; 122. a first power output; 1221. a first reduction gear; 1222. a first lower coupling; 1223. a secondary sun gear; 1224. a secondary planet wheel; 1225. a secondary planet carrier; 1226. an end cap; 1227. a secondary speed reduction output shaft; 123. a second power output; 1231. a second reduction gear; 1232. a second lower coupling; 1233. a base; 1234. a primary sun gear; 1235. a primary planet wheel; 1236. an internal gear; 1237. a primary planet carrier; 1238. a primary speed reduction output shaft; 124. a third power output; 1241. a third lower coupling; 125. a shock absorbing seat; 13. a first food processing component; 131. a first food processing cup body; 14. a second food processing component; 141. a second food processing cup body; 15. A third food processing component; 151. a third cooking cup body; 1511. a third upper coupling; 16. drying and sterilizing the assembly; 161. a cutting board placing area; 162. a cutter placement area; 163. a small part placement area; 17. controlling a display screen; 18. an electronic scale.
Detailed Description
The invention is described in further detail below with reference to the following figures and embodiments:
the first implementation mode comprises the following steps:
referring to fig. 1, 2, 3, 4 and 5, a first preferred embodiment of the multi-functional food platform of the present invention is shown, wherein the multi-functional food platform 10 includes a working platform 11, a base 12, a control device (not shown), a first food assembly 13, a second food assembly 14, a third food assembly 15, a drying and sterilizing assembly 16, a control display screen 17, and an electronic scale 18, the base 12 is embedded in the working platform 11, the first food assembly 13, the second food assembly 14, and the third food assembly 15 are selectively installed on the base 12 for operation, a motor 121 is disposed in the base 12, and the motor 121, the drying and sterilizing assembly 16, the control display screen 17, and the electronic scale 18 are electrically connected to the control device.
The workbench 11 includes a cabinet 111 and a table 112 disposed on the cabinet 111, and the motor 121 is mounted below the table 112 and located in the cabinet 111. In the present embodiment, a storage box 113 for storing the first food processing assembly 13, the second food processing assembly 14, and the third food processing assembly 15 is further provided in the cabinet 111.
Referring to fig. 6, the base 12 includes three coaxial first power outputs 122, second power outputs 123 and third power outputs 124 perpendicular to the table 112, the first power outputs 122, the second power outputs 123 and the third power outputs 124 have different torques and rotation speeds, the first power outputs 122 drive the first food processing assembly 13 to work, the second power outputs 123 drive the second food processing assembly 14 to work, the third power outputs 124 drive the third food processing assembly 15 to work, and the torque of the first power outputs 122 > the torque of the second power outputs 123 > the torque of the third power outputs 124.
The load rotation speed of the first power output 122 is 50 to 150 rpm, the first power output 122 is suitable for low-speed screw juicing, ice cream squeezing, dough sheet squeezing, noodle making, low-speed dough kneading and the like, the first power output 122 comprises a first speed reducer 1221 and a first lower coupling 1222 connected with the first speed reducer 1221, the motor 121 drives the first speed reducer 1221 to drive the first lower coupling 1222 to rotate, the first speed reducer 1221 is installed in the cabinet body 111, and the first lower coupling 1222 is exposed out of the table top 112 of the workbench 11. The load rotation speed of the second power output 123 is 100 to 2000 rpm, the second power output 123 is suitable for meat mincing, slicing, dough kneading, dough beating, baby eating and the like, the second power output 123 comprises a second speed reducer 1231 and a second lower coupler 1232 connected with the second speed reducer 1231, the motor 121 drives the second speed reducer 1231 to drive the second lower coupler 1232 to rotate, the second speed reducer 1231 is installed in the cabinet body 111, and the second lower coupler 1232 is exposed out of the table top 112 of the workbench 11. The load rotation speed of the third power output 124 is 15000 to 20000 rpm, the third power output 124 is suitable for soybean milk, fruit and vegetable juice, jam, sand ice, dry grinding, thick soup and the like, the third power output 124 comprises a third lower coupling 1241, the third lower coupling 1241 is directly installed on the motor shaft of the motor 121, and the third lower coupling 1241 is exposed on the table top 112 of the workbench 11. Therefore, only three output couplers are arranged on the table-board 112, the table-board is simple and attractive, and the three output couplers are matched with the cooking assemblies with different functions to realize different functions.
Referring to fig. 7, the second reduction gear 1231 includes a base 1233, a primary sun gear 1234, a primary planet gear 1235, an internal gear 1236, and a primary planet carrier 1237, the base 1233 is fixed on the motor 121, the internal gear 1236 is fixed on the base 1233, the primary planet gear 1235 is matched with the internal gear 1236 and is disposed on the base 1233, the primary sun gear 1234 is fixed on the output shaft of the motor 121, the primary planet gear 1235 is meshed with the primary sun gear 1234, the primary planet carrier 1237 is provided with a positioning column for the primary planet gear 1235, the primary planet carrier 1235 is provided with a central hole corresponding to the positioning column, the positioning hole is in clearance fit with the central hole, the primary planet carrier 1237 is disposed above the primary planet gear 1235 and the primary sun gear 1234, the primary planet carrier 1237 is provided with a primary reduction output shaft 1238, and the second lower coupling 1232 is fixed on the primary reduction output. The first reduction gear 1221 includes a secondary sun gear 1223, a secondary planet gear 1224, a secondary planet carrier 1225, an end cover 1226, the secondary sun gear 1223 is disposed on the primary reduction output 1238 of the primary planet carrier 1225, the secondary planet gear 1224 is engaged with the inner gear 1236 and disposed on the primary planet carrier 1237, the secondary planet gear 1224 is engaged with the secondary sun gear 1223, the secondary planet carrier 1225 is provided with a positioning post of the secondary planet gear 1224, the secondary planet gear 1224 is provided with a central hole corresponding to the positioning post, the positioning hole is in clearance fit with the central hole, the secondary planet carrier 1225 is disposed above the secondary sun gear 1223 and the secondary planet gear 1224, the secondary planet carrier 1225 is provided with a secondary reduction output shaft 1227, the first lower coupling 1222 is fixed on the secondary reduction output shaft 1227, the secondary reduction output shaft 1227 is provided with a bearing 1228, the end cover 1226 is disposed above the secondary planet carrier 1225, the end cap 1226, the inner gear 1236, and the base 1233 are fastened together by screws to form a chamber that accommodates the first reduction gear 1221 and the second reduction gear 1231.
In this embodiment, the first lower coupler 1222, the second lower coupler 1232, and the third lower coupler 1241 are not overlapped in the vertical direction, the first lower coupler 1222, the second lower coupler 1232, and the third lower coupler 1241 are stacked, the highest positions of the first lower coupler 1222, the second lower coupler 1232, and the third lower coupler 1241 are lower than the table top, the base 12 further includes a cover plate 114, when not operating, the cover plate 114 encloses the base 12 and is flush with the table top 112 of the working table 11, so that when the base 12 does not operate, the cover plate 114 covers the base 12, the whole table top 112 is more complete, and the appearance is more beautiful; and the pretreatment of cooking can be carried out on the table-board 112, and the use function of the cooking platform is increased.
The drying and sterilizing component 16 is embedded in the workbench 11, and the drying and sterilizing component 16 includes a cutting board placing area 161, a cutter placing area 162 and a small piece placing area 163. The cooking accessories of mainly used placing chopping block, cutter, chopsticks, ladle and so on, because when cooking, need carry out the preliminary treatment to vegetables and fruits, must use instruments such as chopping block, cutter, this multi-functional cooking platform with chopping block, cutter integration together, it is more convenient to make the consumer use, chopping block, chopsticks breed the bacterium easily under the wet attitude in addition, this platform has integrateed disinfection stoving function, it is more sanitary and safe to make the cooking instrument, the integration of cooking platform makes the mesa cleaner and tidier simultaneously, the consumer operates more conveniently.
The control display screen 17 is arranged on the table-board 112, so that the operation of customers is facilitated, and the use is more convenient; meanwhile, recipes, accessories of the cup body machine for recommending cooking and the like can be displayed, so that the cup body machine can be used by a user, and is more humanized and intelligent; in addition, the device can play videos and music and has an entertainment function.
The electronic scale 18 is arranged on the table-board 112 of the workbench 11, so that the electronic scale 18 is used more frequently when a consumer is in western-style food, and the cooking platform integrates the functions of the electronic scale 18, thereby meeting the requirements of the consumer on a kitchen cooking tool; in addition, the electronic scale 18 is connected with the control device, and when the food material is processed, the weight data can be transmitted to the control device, so that the program can be more intelligent, for example, the working time of the motor can be controlled according to the weight of the food material, the food consumption of a consumer can also be recorded, the energy intake of the consumer can be calculated, and reasonable diet suggestions and suggestions can be given.
The multifunctional food processing platform further comprises a voice control module (not shown), the voice control module is electrically connected with the control device, in the embodiment, the voice control module comprises a voice input unit, a voice recognition unit and a voice output unit, and a user can input a command through the voice input unit; the voice recognition unit converts a voice signal of a user into an electric signal, and then analyzes and matches the electric signal to inquire a preset instruction; the voice output unit is used for sending voice prompt to the user.
The whole machine base 12 is embedded in the workbench 11, and does not need to be moved when in use or after use, so that the use of a user is facilitated; secondly, power output with different rotating speeds and torsion forces in three vertical directions is coaxially output, so that the requirements of different working conditions such as juicing, meat mincing, slicing, shredding, dough kneading, wall breaking and crushing and the like can be met, different functions can be realized only by replacing different cooking components, various cooking functions are highly integrated, the energy-saving space can be saved by using the same base 12, and the utilization rate of a motor is greatly improved; in addition, the base 12 is embedded in the workbench 11, the power cord is hidden in the table top, the whole table top 112 is free from winding of the power cord, and the appearance is neat and attractive.
It can be understood that multi-functional cooking platform still includes the vegetable-chopper, and this vegetable-chopper embedded installation is on the workstation, and this vegetable-chopper is connected with controlling means electricity. So, cooking platform can also realize cutting meat and cut the dish etc. highly integrates cooking platform's function, satisfies more user demand.
It can be understood that the first lower coupling and the second lower coupling are overlapped in the vertical direction, and the second lower coupling is nested in the first lower coupling; or the first lower coupler, the second lower coupler and the third lower coupler are overlapped in the vertical direction, the third lower coupler is sleeved in the second lower coupler, and the second lower coupler is sleeved in the first lower coupler. So, different cooking cup body coupling structures can be adapted to the different stack mode of shaft coupling, and is more nimble to the application in space, and the size can be high thin type, also can be fat short type, and specific size can be adjusted according to the molding.
It can be understood that the voice control module may further include a voice message unit, and the voice message unit receives a voice message from a user, translates the voice message into a text format, stores the text format, and makes a short message note for display; or the voice message of the user is received and then stored in the memory, and the voice message is transmitted out through the loudspeaker voice output unit when the voice message is called again.
It can be understood that multi-functional cooking platform still includes trouble self-checking unit, trouble self-checking unit detects the trouble back, through acoustic control module reports to the police to the user.
A voice control method based on the above multifunctional food platform 10 at least includes the following stages:
(1) a processing mode selection stage: the control device acquires food material processing mode information;
(2) and a voice operation guidance stage: the control device controls the voice control module to prompt a user to select the first cooking assembly 13, the second cooking assembly 14 or the third cooking assembly 15 according to the food processing mode information;
(3) and (3) food material processing stage: first cooking subassembly 13, or second cooking subassembly 14, or third cooking subassembly 15 are detained and are arranged on frame 12, and controlling means processes the edible material according to the work of edible material processing mode information control first cooking subassembly 13 or second cooking subassembly 14 or third cooking subassembly 15.
In this embodiment, in the processing mode selection stage, the voice control module acquires a voice instruction of a food material type of a user, the control device recommends a recipe according to the food material type, and the voice control module broadcasts the recipe through voice, so that the user can use the recipe more conveniently and quickly. In this embodiment, the voice control module broadcasts the recipe and simultaneously broadcasts the material information and/or the material nutrition information of the material in a compatible manner, so that the user can know more material information. In the embodiment, the processing time of the food materials can be broadcasted by the voice control module after the voice control module acquires the voice command of the user menu in the processing mode selection stage. Of course, in the processing mode selection stage, the voice control module can also directly acquire the voice instruction of the user food material processing mode, and the control device acquires the food material processing mode information according to the voice instruction of the user food material processing mode, so that the use difficulty of the user can be reduced, and the user can use the voice control module conveniently.
In this embodiment, the electronic scale weighs the food material in the processing mode selection stage, the voice control module reports the weight of the food material, and the control device recommends a recipe according to the type of the food material and the weight of the food material, so that the weight information acquired by the electronic scale is converted into the daily food consumption of the user and the daily nutrient content, so that a clearer and more reasonable diet suggestion can be given to the user, and the recommended recipe is more targeted.
In this embodiment, in the voice operation guides the stage in the selection information of acoustic control module voice broadcast cooking cup and annex and the installation information between cooking cup and the annex to can reduce the user and use the degree of difficulty and the degree of accuracy.
In this embodiment, after the food material processing stage is completed, the voice control module performs voice broadcast processing.
In this embodiment, the voice control method of the multifunctional food platform further comprises a fault self-checking step, when a fault is detected, the voice control module gives an alarm to a user, and the processing mode selection stage, the voice operation guidance stage and the food material processing stage all comprise the fault self-checking step, so that the user can more easily identify the fault of the food platform.
Taking potatoes as an example, a specific voice control method is explained in detail, firstly, a user sends out voice similar to the meaning of potato processing, after the voice control module receives information of the potatoes, the voice control module prompts the user to make potato-cooked beef, sour and hot shredded potatoes, stir-fried potato slices, mashed potatoes and the like through the voice, meanwhile, the voice control module broadcasts nutrition of the potatoes, the food and the like through voice broadcasting, the user confirms that the user needs to chop the potatoes through the voice of the potato-making, after confirming that the user needs to chop the potatoes, the voice prompts the user to place a third cooking assembly 15, the third cooking assembly 15 is placed at a specific position of a storage box, the voice prompts the user to place the potatoes into a third cooking cup 151, after confirming that the potato is placed through voice, the voice control module informs the user whether the work needs to be started or not and informs the user how much time is needed for making, and after the user confirms, the user starts working, and after the working is finished, the user is prompted to finish the manufacturing by voice, so that a voice interaction process from the beginning to the end of the man-machine is finished. Therefore, the system can communicate with the user in a voice interaction mode, so that the user can be effectively guided to select a cooking component, install, operate and use, recommend recipes, feed information and the like, the user can make cooking more conveniently and quickly, and the user can be better accepted through the voice guidance mode.
Can understand, every cooking cup and annex have different accomodating check in the containing box, voice operation guides in the stage the acoustic control module reports the corresponding check of accomodating of cooking cup and annex, convenience of customers selects, installs and uses.
It can be understood that cooking cup and annex have different labels, in the operation instruction stage corresponding label is reported to the acoustic control module, convenience of customers selection, installation and use.
Can understand, control the installation video that the display screen shows corresponding cooking cup and annex image, cooking cup and annex in the operation guide stage, convenience of customers selects, installs and uses.
Claims (10)
1. A voice control method of a multifunctional cooking platform is characterized by comprising the following steps: multi-functional cooking platform includes workstation, frame, controlling means, first cooking subassembly, second cooking subassembly, third cooking subassembly, acoustic control module, the embedded installation of frame is on the workstation, the frame has three vertical direction and coaxial different rotational speeds and torsional power take off, and three power take off corresponds respectively and drives first cooking subassembly, second cooking subassembly, third cooking subassembly work, and this acoustic control module is connected with the controlling means electricity, multi-functional cooking platform's speech control method includes following several stages at least:
(1) a processing mode selection stage: the control device acquires food material processing mode information according to the voice instruction;
(2) and a voice operation guidance stage: the control device controls the voice control module to prompt a user to select the first cooking assembly, the second cooking assembly or the third cooking assembly according to the food processing mode information;
(3) and (3) food material processing stage: first cooking subassembly, or second cooking subassembly, or third cooking subassembly are detained and are arranged in on the frame, and controlling means processes the material according to eating material processing mode information control first cooking subassembly or second cooking subassembly or third cooking subassembly work.
2. The voice control method of the multifunctional food platform as claimed in claim 1, wherein: and in the processing mode selection stage, the voice control module acquires a voice instruction of a user food material processing mode, and the control device acquires food material processing mode information according to the voice instruction of the user food material processing mode.
3. The voice control method of the multifunctional food platform as claimed in claim 1, wherein: in the processing mode selection stage, the voice control module acquires a voice instruction of the food material type of the user, the control device recommends a menu according to the food material type, the voice control module broadcasts the menu in a voice mode, the voice control module acquires the voice instruction of the menu of the user, and the control device automatically acquires the food material processing mode according to the voice instruction of the menu of the user.
4. The voice control method of the multifunctional food platform as claimed in claim 3, wherein: the voice control module broadcasts the menu in a voice mode and simultaneously broadcasts the food material information and/or food material nutrition information of the food materials.
5. The voice control method of the multifunctional food platform as claimed in claim 3, wherein: the multifunctional food processing platform further comprises an electronic scale, the electronic scale weighs food materials in the processing mode selection stage, the sound control module reports the weight of the food materials, and the control device recommends a menu according to the types of the food materials and the weight of the food materials.
6. The voice control method of the multifunctional food platform as claimed in claim 5, wherein: and in the processing mode selection stage, after the voice control module acquires the voice instruction of the menu of the user, the voice control module also broadcasts the processing time of the food material.
7. The voice control method of the multifunctional food platform as claimed in claim 1, wherein: the voice control method of the multifunctional cooking platform further comprises a fault self-checking step, and when a fault is detected, a voice alarm is given to a user through the voice control module.
8. The voice control method of the multifunctional food platform as claimed in claim 1, wherein: the first cooking component comprises a cooking cup body and a plurality of accessories, and the second cooking component comprises a cooking cup body and a plurality of accessories; third cooking subassembly is including cooking cup and a plurality of annex, in the voice operation guides the stage acoustic control module voice broadcast cooking cup and annex the selective information and the installation information between cooking cup and the annex.
9. The voice control method of the multifunctional food platform as claimed in claim 8, wherein: multifunctional cooking platform is still including controlling the display screen, control the installation video that the display screen shows the cooking cup body and annex image, cooking cup body and the annex that correspond in the operation guide stage.
10. The voice control method of the multifunctional food platform as claimed in claim 8, wherein: the multifunctional cooking platform also comprises a storage box for storing the cooking cup bodies and accessories, each cooking cup body and each accessory are provided with different storage lattices, and the sound control module broadcasts the corresponding storage lattices of the cooking cup bodies and the accessories in the voice operation guidance stage; or the cooking cup body and the accessories are provided with different labels, and the sound control module broadcasts the corresponding labels in the operation guidance stage.
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