CN202040863U - Intelligent induction cooker interacting with person in cooking process - Google Patents
Intelligent induction cooker interacting with person in cooking process Download PDFInfo
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- CN202040863U CN202040863U CN 201120106250 CN201120106250U CN202040863U CN 202040863 U CN202040863 U CN 202040863U CN 201120106250 CN201120106250 CN 201120106250 CN 201120106250 U CN201120106250 U CN 201120106250U CN 202040863 U CN202040863 U CN 202040863U
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Abstract
The utility model provides an intelligent induction cooker interacting with a person in the cooking process. A master control board of the intelligent induction cooker comprises a CPU (central processing unit) microprocessor and a program memory; and under the control of the CPU microprocessor, a wired or wireless communication mode is adopted to download dish cooking data into the induction cooker to be stored. For various dishes, the relevant dish cooking data can be called through information read window, a numeric keypad or wireless communication mode and other modes, so as to precisely and automatically control the temperature and the time in the cooking process. In the whole cooking process, the intelligent induction cooker interacting with the person through voice, characters and other forms to prompt when to perform the manual operations such as oil adding, vegetable adding, stirring, water adding and condiment adding. Therefore, the requirements of automatic cooking standardization are achieved in the dish cooking process. The intelligent induction cooker can cook delicious Chinese dishes rapidly and massively, and can drive the relevant industries (processing, delivery and the like of semifinished products of the dishes) to develop rapidly. The intelligent induction cooker has profound significance on the development of the future information-based society.
Description
Technical field
The utility model belongs to the cooking equipment technical field, especially relates to the intelligent electromagnetic stove of the interactive culinary art of a kind of and people of temperature, heat time heating time and the prompting operation step that can accurately control culinary art by setup program automatically.
Background technology
At present, electronics stove and accessory on the market is measured the method for cooking temp, be to adopt contact thermistor or thermocouple temperature sensor to detect the temperature of pan mostly, the variations in temperature signal that detects being passed to the master control borad of electronics stove and accessory handles, regulate the control heating power, in the hope of obtaining desirable culinary art effect.But because thermocouple temperature sensor has very big hysteresis quality, reaction speed is slow, is difficult to accomplish accurately, temperature control effect timely; Though and thermistor thermal capacity is little, reaction speed is fast, and it is big directly to detect pan temperature installation difficulty with thermistor temperature sensor, is difficult to reach waterproof, anti-creeping requirement.So one all is to adopt indirect detection pan method of temperature.As electromagnetic oven is the temperature that thermistor is placed on the following indirect detection pan of micro-crystalline ceramic plate, and the micro-crystalline ceramic plate itself is the undesirable heat conductor, thereby cause temperature detection to pan (food) inaccurate and lag behind, also be difficult to accomplish temperature control accurately and timely, greatly influence culinary art effect.
The cooking process of one delicious food, except accurate control temperature and time, when refueling, descending dish, stir-fry, add manually-operateds such as water, flavouring material also is very important operation link.And existing in the market automatic cooking stove and accessory just utilizes cooking temp, the time data of self fixed storage to control cooking process.The culinary art data of this automatic cooking stove and accessory storage are less, also do not possess the function of carrying out interactive cooking operation with the people, can not satisfy the culinary art requirement of various dish, are difficult to reach the ideal culinary art effect of expection.
Therefore, be necessary to develop a kind of temperature that can accurately control culinary art by setup program automatically, heat time heating time etc., and can pass through the intelligent electromagnetic stove of the interactive culinary art of voice, literal and people.
Summary of the invention
The purpose of this utility model is to provide intelligent electromagnetic stove a kind of and the interactive culinary art of people, can accurately control temperature, the heat time heating time of culinary art by setup program automatically, but and the prompting operation step, can reach the requirement of culinary art automatic standardizing, possess the condition of extensive making delicious food.
The utility model is achieved through the following technical solutions:
A kind of intelligent electromagnetic stove of cooking with people's interaction, include: body of heater and the heater coil disc and the master control borad that are installed in the body of heater inner chamber, and be installed in control panel on the furnace body shell, body of heater is provided with the crystallization ceramic panel near the outer surface of heater coil disc, wherein, also include the temperature probe that is arranged in the body of heater inner chamber, and be installed in the communication interface on the furnace body shell near the setting of body of heater crystallization ceramic panel central region; Include CPU microprocessor and program storage on the described master control borad, program storage is connected with the CPU microprocessor, stores the food cooking process data of making the cooking process establishment of food with reference to the top chef in the program storage; Described food cooking process data comprise temperature control, regularly, with the food cooking procedure of processing information of people's interactive operation; The CPU microprocessor is according to the temperature information of food cooking process data in the program storage and temperature probe feedback, the heating power and the time of control heater coil disc.
The crystallization ceramic panel that described crystallization ceramic panel is a kind of infrared permeable, the formation of this crystallization ceramic panel, be on the crystallization ceramic panel, the positive center that is right against heater coil disc is provided with a loophole, on loophole, be provided with high temperature resistant ultrared windowpane, this is high temperature resistant, and the infra-red transmitting glass window is bonded on the crystallization ceramic panel by high-temperature plastic, forms an integrated member.
Described temperature probe adopts infrared temperature probe, is installed on the master control borad or is installed on the body of heater, and probe is positioned at the positive center of heater coil disc towards the positive middle part of crystallization ceramic panel, is right against loophole.
Described stove and accessory also includes the loudspeaker that is installed on the furnace body shell, and furnace body shell is provided with sound hole.
Include information reading window, numeric keypad, display, gauge tap and indicator lamp on the control panel of described stove and accessory, described information reading window, numeric keypad, display, gauge tap and indicator lamp all are positioned at the position of the crystallization ceramic panel sidepiece of stove and accessory near the operator.
The master control borad of described stove and accessory includes power control module, power driver module, LC oscillating circuit and monitoring and protection module, the input of power control module is connected with the CPU microprocessor, the output of power control module is connected with the input of power driver module, the output of power driver module is connected with the LC oscillating circuit, and the output of LC oscillating circuit connects heater coil disc and monitoring and protection module respectively; The CPU microprocessor compares, handles and output control signals to power control module to the pan real time temperature of detection and the temperature of setting, after power driver module carries out power amplification, drives heater coil disc and carries out the heating power adjusting again; The input of monitoring and protection module is connected with the output of LC oscillating circuit; the output of monitoring and protection module is connected with the CPU microprocessor with power control module respectively; when being used to monitor civil power or circuit and breaking down; send the protection control signal; stop heating, the element and the heater coil disc of power driver module are implemented protection.
The master control borad of described stove and accessory includes the infrared measurement of temperature module, and the input of infrared measurement of temperature module is connected with infrared temperature probe, and output is connected with the CPU microprocessor; The infrared measurement of temperature module is used for accurately detecting the real time temperature of pan and temperature information is sent to the CPU microprocessor.Infrared temperature probe is directly measured the real time temperature of pan bottom through the crystallization ceramic panel of heater coil disk center, saturating infrared light, temperature measurement accuracy reaches 1～2 ℃, and with measured cooking bottom temperature value, send master control borad CPU microprocessor to through the infrared measurement of temperature module, after CPU microprocessor calculation process, the power output of control heater coil disc.
The master control borad of described stove and accessory includes communication module, the input of communication module is connected with communication interface, and the output of communication module is connected with the CPU microprocessor, and communication module adopts wired or wireless communication modes, be used to download various food cooking process datas, and be stored in the program storage; Perhaps carry out exchanges data with other external smart equipment, the food cooking process data in the caller memory, or realize function such as interactive operation.
The master control borad of described stove and accessory includes the voice driven module, the input of voice driven module is connected with the CPU microprocessor, output is connected with loudspeaker, and the voice driven module is pointed out the operating procedure of processing dish by the speech play mode, transmits the operation information with the interactive culinary art of people.
The beneficial effects of the utility model are as follows:
The utility model relates to intelligent electromagnetic stove a kind of and the interactive culinary art of people, be a kind of temperature that can accurately control culinary art by setup program automatically, heat time heating time etc., and can when refuel by the voice suggestion client, down dish, stir-fry, add the intelligent electromagnetic stove of interactive culinary art such as water, flavouring material.Can be applicable to any culinary applications such as dining room, family.
Because intelligent electromagnetic stove described in the utility model adopts wired or wireless communication modes first, the food cooking process data is downloaded in the intelligent electromagnetic stove preserves.Can call relevant food culinary art process data to various dish.Adopt infrared temperature-test technology to detect the real time temperature of pan accurately, constitute the control system of a closed loop with parts such as temperature control in the stove, heating, under computing, processing and the control of CPU microprocessor, can carry out accurate control automatically to the temperature and time of cooking process.In whole culinary art process, adopt first by form and people's interactions such as voice, literal, when prompting refuel, down dish, stir-fry, add the method for operating that culinary arts such as water, flavouring material are processed.Thereby make the cooking process of dish, reach the standardized requirement of automatic cooking.Because ' food cooking process data ' is at various convenient dish, make the cooking process establishment of dish with reference to the top chef, under the control of this ' food cooking process data ' and intelligent electromagnetic stove and prompting, even if the ordinary people also can produce the delicious food that can match in excellence or beauty with the top chef.Common citizen is made of a spot of time at home, just can be enjoyed the delicious food of star hotel, effectively solved the contradiction of high enjoyment of people's diet and low consumption; Also can make the common cook in hotel produce the delicacies that the top chef can make, save the recruitment cost in hotel.Adopt intelligent electromagnetic stove of the present utility model and cooking methods, can make the Chinese food of complex manufacturing technology be tending towards oversimplifying, the quick Fabrication delicious food duplicates in the whole nation as ' KFC ' on a large scale, also can drive the fast development of related industry such as industries such as the processing of dish semi-finished product, dispensing.This development to following informationized society has profound significance.
Description of drawings
Fig. 1 a is the side-looking structural representation of a kind of intelligent electromagnetic stove with the interactive culinary art of people of the utility model;
Fig. 1 b is the main TV structure schematic diagram of a kind of intelligent electromagnetic stove with the interactive culinary art of people of the utility model;
Fig. 1 c is the sectional structure schematic diagram of a kind of intelligent electromagnetic stove with the interactive culinary art of people of the utility model;
Fig. 2 is that the sectional structure schematic diagram is amplified in a kind of part with the interactive intelligent electromagnetic stove of cooking of people of the utility model;
Fig. 3 is a kind of and the intelligent electromagnetic stove of the interactive culinary art of people and the overall structure schematic diagram of pan of the utility model;
Fig. 4 is the master control borad and the control panel theory diagram of a kind of intelligent electromagnetic stove with the interactive culinary art of people of the utility model;
Fig. 5 is the dish work flow schematic diagram of the method for work of a kind of intelligent electromagnetic stove with the interactive culinary art of people of the utility model.
Description of reference numerals:
1, body of heater; 2, heater coil disc; 3, master control borad; 4, control panel; 5, crystallization ceramic panel, 6, infrared temperature probe; 7, communication interface; 8, loudspeaker; 9, electric fan; 10, pan, 11, windowpane, 12, high-temperature plastic, 13, loophole, 301, the CPU microprocessor; 302, program storage; 303, power control module; 304, power driver module; 305, LC oscillating circuit, 306, the monitoring and protection module; 307, infrared measurement of temperature module; 308, communication module; 309, voice driven module; 310, heat radiation driver module; 311, information identification module; 312, keyboard scan module; 313, driver module; 314, operational module; 315, indicator lamp driver module; 401, information reading window; 402, numeric keypad; 403, display; 404, gauge tap; 405, indicator lamp.
The specific embodiment
The utility model discloses intelligent electromagnetic stove a kind of and the interactive culinary art of people, this intelligent electromagnetic stove includes: body of heater and the heater coil disc and the master control borad that are installed in the body of heater inner chamber, and be installed in control panel on the furnace body shell, body of heater is provided with the crystallization ceramic panel near the outer surface of heater coil disc, wherein, also include the temperature probe that is arranged in the body of heater inner chamber, and be installed in the communication interface on the furnace body shell near the setting of body of heater crystallization ceramic panel central region; Include CPU microprocessor and program storage on the described master control borad, program storage is connected with the CPU microprocessor, stores the food cooking process data of making the cooking process establishment of food with reference to the top chef in the program storage; Described food cooking process data comprise temperature control, regularly, with the food cooking procedure of processing information of people's interactive operation; The CPU microprocessor is according to the heating power and the time of the temperature information control heater coil disc of food cooking process data in the program storage and temperature probe feedback.
The crystallization ceramic panel that described crystallization ceramic panel is a kind of infrared permeable, the formation of this crystallization ceramic panel, be on the crystallization ceramic panel, the positive center that is right against heater coil disc is provided with a loophole, on loophole, be provided with high temperature resistant ultrared windowpane, this is high temperature resistant, and the infra-red transmitting glass window is bonded on the crystallization ceramic panel by high-temperature plastic, forms an integrated member.
Described temperature probe adopts infrared temperature probe, is installed on the master control borad or is installed on the body of heater, and probe is positioned at the positive center of heater coil disc towards the positive middle part of crystallization ceramic panel, is right against loophole.
Described stove and accessory also includes the loudspeaker that is installed on the furnace body shell, and furnace body shell is provided with sound hole.
Include information reading window, numeric keypad, display, gauge tap and indicator lamp on the control panel of described stove and accessory, described information reading window, numeric keypad, display, gauge tap and indicator lamp all are positioned at the position of the crystallization ceramic panel sidepiece of stove and accessory near the operator.
The master control borad of described stove and accessory includes power control module, power driver module, LC oscillating circuit and monitoring and protection module, the input of power control module is connected with the CPU microprocessor, the output of power control module is connected with the input of power driver module, the output of power driver module is connected with the LC oscillating circuit, and the output of LC oscillating circuit connects heater coil disc and monitoring and protection module respectively; The CPU microprocessor compares, handles and output control signals to power control module to the pan real time temperature of detection and the temperature of setting, after power driver module carries out power amplification, drives heater coil disc and carries out the heating power adjusting again; The input of monitoring and protection module is connected with the output of LC oscillating circuit; the output of monitoring and protection module is connected with the CPU microprocessor with power control module respectively; when being used to monitor civil power or circuit and breaking down; send the protection control signal; stop heating, the element and the heater coil disc of power driver module are implemented protection.
The master control borad of described stove and accessory includes the infrared measurement of temperature module, and the input of infrared measurement of temperature module is connected with infrared temperature probe, and output is connected with the CPU microprocessor; Infrared temperature probe is directly measured the real time temperature of pan bottom through the crystallization ceramic panel of heater coil disk center, saturating infrared light, temperature measurement accuracy reaches 1～2 ℃, and with measured cooking bottom temperature value, send master control borad CPU microprocessor to through the infrared measurement of temperature module, after CPU microprocessor calculation process, the power output of control heater coil disc.
The master control borad of described stove and accessory includes communication module, the input of communication module is connected with communication interface, and the output of communication module is connected with the CPU microprocessor, and communication module adopts wired or wireless communication modes, be used to download various food cooking process datas, and be stored in the program storage; Perhaps carry out exchanges data with other external smart equipment, the food cooking process data in the caller memory, or realize function such as interactive operation.
The master control borad of described stove and accessory includes the voice driven module, the input of voice driven module is connected with the CPU microprocessor, output is connected with loudspeaker, and the voice driven module is pointed out the operating procedure of processing dish by the speech play mode, transmits the operation information with the interactive culinary art of people.
The master control borad of described stove and accessory includes information identification module, keyboard scan module, driver module, operational module and indicator lamp driver module;
The input of information identification module is connected with information reading window on the control panel, and output is connected with the CPU microprocessor, adopts the information identification module to read coding in the packaging for foodstuff automatically, calls and starts corresponding food cooking process data;
The input of keyboard scan module is connected with numeric keypad on the control panel, output is connected with the CPU microprocessor, coding by numeric keypad input food cooking process data, call the food cooking process data that is kept in the program storage, or set up processed food temperature, temporal information on their own by numeric keypad;
The input of driver module is connected with the CPU microprocessor, output is connected with display on the control panel, show the relevant information that numeric keypad is imported by display, show heating-up temperature, heat time heating time and procedure of processing interactive information in the food processing process in real time;
The input of operational module is connected with gauge tap on the control panel, and output is connected with the CPU microprocessor, is used to open or close the working power of stove and accessory, the regulating of the heating power during to non-setting control;
The input of indicator lamp driver module is connected with the CPU microprocessor, and output is connected with indicator lamp on the control panel, is used to show the duty of stove and accessory.
Embodiment:
The utility model specific embodiment is seen Fig. 1 a, 1b, 1c, Fig. 2, Fig. 3, Fig. 4.Be described further below in conjunction with the structure and the course of work of accompanying drawing intelligent electromagnetic stove described in the utility model.
The intelligent electromagnetic stove of the interactive culinary art of a kind of and people, described intelligent electromagnetic stove is made up of body of heater 1 and the parts such as crystallization ceramic panel 5, infrared temperature probe 6, communication interface 7, loudspeaker 8 and electric fan 9 that are installed in heater coil disc 2 in the body of heater 1, master control borad 3, control panel 4, saturating infrared light.
The formation of the crystallization ceramic panel 5 of the infrared permeable of intelligent electromagnetic stove, be on the crystallization ceramic panel, the positive center that is positioned at heater coil disc 2 is provided with a loophole 13, on loophole, be provided with high temperature resistant infra-red transmitting glass window 11, this is high temperature resistant, and infra-red transmitting glass window 11 is bonded on the crystallization ceramic panel by high-temperature plastic 12, forms an integrated member.
The infrared temperature probe 6 of intelligent electromagnetic stove can be installed on the master control borad 3.Also can be installed on the body of heater 1.It is connected with the input of infrared measurement of temperature module 307 on the master control borad 3.It is characterized in that: infrared temperature probe 6 is positioned at the positive center of heater coil disc 2, is right against loophole 13.Infrared temperature probe 6 through heater coil disc 2 centers, the crystallization ceramic panel 5 of saturating infrared light can directly measure the temperature of pan 10 bottoms, the real time temperature temperature measurement accuracy that can detect pan accurately reaches 1～2 ℃.And, send master control borad CPU microprocessor 301 to through infrared measurement of temperature module 307 with measured cooking bottom temperature value, after CPU microprocessor 301 calculation process, the power output of control heater coil disc 2 is to reach the temperature of accurate control culinary art.
The master control borad 3 of described stove and accessory is an electronic circuit board, includes parts such as CPU microprocessor 301, program storage 302, power control 303, power driver module 304, LC oscillating circuit 305, monitoring and protection module 306, infrared measurement of temperature module 307, communication module 308, voice driven module 309, heat radiation driver module 310, information identification module 311, keyboard scan module 312, driver module 313, operational module 314 and indicator lamp driving 315 on the plate.
The control panel 4 of described stove and accessory is an electronic circuit board, includes parts such as information reading window 401, numeric keypad 402, display 403, gauge tap 404 and indicator lamp 405 on the plate.Gauge tap 404 is one group of switch, comprises ' power supply ' switch, ' startup ' switch, ' affirmation ', ' temperature adjustment ' switch etc.Above control panel 4, cover one deck and printed plastic sheeting, be used for waterproof and electric insulation.
The method of work of the intelligent electromagnetic stove of the interactive culinary art of above-mentioned a kind of and people, wherein, stove and accessory by wired or wireless communication modes, is downloaded to the food cooking process data in the electromagnetic oven and preserves under the control of CPU microprocessor; Behind the various dish codings of information reading window, call corresponding food cooking process data by numeric keypad or wireless communication mode mode.In the dish process, CPU microprocessor based food culinary art process data detects the temperature in the bottom of a pan in real time, controls heating-up temperature, heat time heating time parameter automatically, and with the heating-up temperature of actual measurement and heat time heating time parameter be presented on the display in real time; In whole culinary art process, with procedure of processing by voice or literal or graphic form and people's interaction, when prompting refuels, time dish, stir-fry, add water, flavouring material carries out cooking operation.
Job step below in conjunction with accompanying drawing, embodiment and culinary art convenient dish further specifies method of work of the present utility model.
The method of work of the intelligent electromagnetic stove of the interactive culinary art of a kind of and people as Fig. 4,5, comprises the steps: during the culinary art convenient dish
1) opens intelligent electromagnetic stove power supply: connect ' power supply ' switch in the gauge tap 404, open intelligent electromagnetic stove power supply;
2) select dish culinary art process data: adopt wired or wireless communication modes, dish is cooked process data be downloaded in the electromagnetic oven or call and be kept at corresponding dish culinary art process data in the program storage; Or the information reading window on the employing control panel reads the dish culinary art process data coding on the convenient dish packing, calls and is kept at corresponding dish culinary art process data in the program storage 302; Or the coding of the 402 input dish culinary art process datas of the numeric keypad on the employing control panel, call and be kept at corresponding dish culinary art process data in the program storage 302; Its dish culinary art process data title is displayed on the display 403:
3) start dish culinary art procedure: connect ' startup ' switch in the gauge tap 404, start dish culinary art procedure;
4) read processing control parameter: CPU microprocessor 301 reads control parameters such as the heating power, temperature, time, interactive operation suggestion content of current procedure of processing in selected dish culinary art process data;
5) set processing temperature, startup is heated: according to the heating power that reads, temperature parameter, set processing temperature, start and heat to heater coil disc 2 energising heating;
6) set process time, start timer: according to the time parameter that reads, set process time, start timer and timing routine;
7) temperature program: CPU microprocessor 301 passes through the real time temperature that infrared measurement of temperature module 307 detects pans, and compares with the processing temperature of setting, and differentiates whether reach design temperature; If do not reach design temperature, then increase or press the heating power output control signal of setting, drive heater coil disc 2 by power control module 303, power driver module 304 and LC oscillating circuit 305 and heat; If reached design temperature, then reduce to heat control signal, make it to keep temperature constant state;
8) timing routine: CPU microprocessor 301 reads timer numerical value and setting-up time compares, and differentiates timing numerical value and whether reaches setting-up time; If do not reach setting-up time, then continue regularly; If reached setting-up time, then timeing closing;
9) interactive operation program: CPU microprocessor 301 sends to driver module 313 according to the interactive operation suggestion content that reads with suggestion content, shows the current cooking operation related content that should carry out by the display on the control panel 4 403; CPU microprocessor 301 sends to suggestion content voice driven module 309 simultaneously, by the cooking operation related content that loudspeaker 8 speech play are carried out, the operating procedure that the prompting client processes dish; After the user learns content of operation,, close interactive prompting by the affirmation of the cooking operation of being correlated with by ' affirmation ' switch in the gauge tap 404, and by the suggestion content cooking operation of being correlated with; Or the logical pan variation of temperature that detects, interactive prompting is closed in the affirmation of the cooking operation of being correlated with;
10) judge whether EO of this step: whether CPU microprocessor 301 is declared this step according to the temperature of dish culinary art process data and actual measurement or time parameter and is operated and finish; If the operation of this step do not finish, then return step 7), repeat 7)～9) step; If this step EO then carries out downwards;
11) judge whether processing is all over: whether CPU microprocessor 301 is declared dish processing according to dish culinary art process data and is all over; Do not finish if, then return step 4), read down the step processing control parameter, repeat 5)～10) step; If be all over, then carry out downwards;
12) close intelligent electromagnetic stove power supply: after processing was all over, CPU microprocessor 301 control heater coil discs 2 stopped heating; Through after certain cool time, close intelligent electromagnetic stove power supply automatically.
Above-mentioned listed specific implementation is nonrestrictive, and to one skilled in the art, in not departing from the utility model scope, various improvement and the variation carried out all belong to protection domain of the present utility model.
Claims (10)
1. intelligent electromagnetic stove with the interactive culinary art of people, include: body of heater and the heater coil disc and the master control borad that are installed in the body of heater inner chamber, and be installed in control panel on the furnace body shell, body of heater is provided with the crystallization ceramic panel near the outer surface of heater coil disc, it is characterized in that: also include the temperature probe that is arranged in the body of heater inner chamber, and be installed in the communication interface on the furnace body shell near the setting of body of heater crystallization ceramic panel central region; Include CPU microprocessor and program storage on the described master control borad, program storage is connected with the CPU microprocessor, stores the food cooking process data of making the cooking process establishment of food with reference to the top chef in the program storage; Described food cooking process data comprise temperature control, regularly, with the food cooking procedure of processing information of people's interactive operation; The CPU microprocessor is according to the temperature information of food cooking process data in the program storage and temperature probe feedback, the heating power and the time of control heater coil disc.
2. a kind of intelligent electromagnetic stove of cooking as claimed in claim 1 with people's interaction, it is characterized in that: the crystallization ceramic panel that described crystallization ceramic panel is a kind of infrared permeable, the formation of this crystallization ceramic panel, be on the crystallization ceramic panel, the positive center that is right against heater coil disc is provided with a loophole, be provided with high temperature resistant ultrared windowpane on loophole, this is high temperature resistant, and the infra-red transmitting glass window is bonded on the crystallization ceramic panel by high-temperature plastic, forms an integrated member.
3. a kind of intelligent electromagnetic stove of cooking as claimed in claim 2 with people's interaction, it is characterized in that: described temperature probe adopts infrared temperature probe, be installed on the master control borad or be installed on the body of heater, probe is towards the positive middle part of crystallization ceramic panel, be positioned at the positive center of heater coil disc, be right against loophole.
4. a kind of intelligent electromagnetic stove of cooking with people's interaction as claimed in claim 3, it is characterized in that: described stove and accessory also includes the loudspeaker that is installed on the furnace body shell, and furnace body shell is provided with sound hole.
5. a kind of intelligent electromagnetic stove of cooking as claimed in claim 4 with people's interaction, it is characterized in that: include information reading window, numeric keypad, display, gauge tap and indicator lamp on the control panel of described stove and accessory, described information reading window, numeric keypad, display, gauge tap and indicator lamp all are positioned at the position of the crystallization ceramic panel sidepiece of stove and accessory near the operator.
6. a kind of intelligent electromagnetic stove of cooking as claimed in claim 5 with people's interaction, it is characterized in that: the master control borad of described stove and accessory includes power control module, power driver module, LC oscillating circuit and monitoring and protection module, the input of power control module is connected with the CPU microprocessor, the output of power control module is connected with the input of power driver module, the output of power driver module is connected with the LC oscillating circuit, and the output of LC oscillating circuit connects heater coil disc and monitoring and protection module respectively; The CPU microprocessor compares, handles and output control signals to power control module to the pan real time temperature of detection and the temperature of setting, after power driver module carries out power amplification, drives heater coil disc and carries out the heating power adjusting again; The input of monitoring and protection module is connected with the output of LC oscillating circuit; the output of monitoring and protection module is connected with the CPU microprocessor with power control module respectively; when being used to monitor civil power or circuit and breaking down; send the protection control signal; stop heating, the element and the heater coil disc of power driver module are implemented protection.
7. a kind of intelligent electromagnetic stove of cooking as claimed in claim 5 with people's interaction, it is characterized in that: the master control borad of described stove and accessory includes the infrared measurement of temperature module, and the input of infrared measurement of temperature module is connected with infrared temperature probe, and output is connected with the CPU microprocessor; Infrared temperature probe is directly measured the real time temperature of pan bottom through the crystallization ceramic panel of heater coil disk center, saturating infrared light, temperature measurement accuracy reaches 1～2 ℃, and with measured cooking bottom temperature value, send master control borad CPU microprocessor to through the infrared measurement of temperature module, after CPU microprocessor calculation process, the power output of control heater coil disc.
8. a kind of intelligent electromagnetic stove of cooking as claimed in claim 5 with people's interaction, it is characterized in that: the master control borad of described stove and accessory includes communication module, the input of communication module is connected with communication interface, the output of communication module is connected with the CPU microprocessor, communication module adopts wired or wireless communication modes, be used to download various food cooking process datas, and be stored in the program storage; Perhaps carry out exchanges data with other external smart equipment, the food cooking process data in the caller memory, or realize function such as interactive operation.
9. a kind of intelligent electromagnetic stove of cooking as claimed in claim 5 with people's interaction, it is characterized in that: the master control borad of described stove and accessory includes the voice driven module, the input of voice driven module is connected with the CPU microprocessor, output is connected with loudspeaker, the voice driven module is pointed out the operating procedure of processing dish by the speech play mode, transmits the operation information with the interactive culinary art of people.
10. the intelligent electromagnetic stove of the interactive culinary art of described a kind of and people of claim 5, it is characterized in that: the master control borad of described stove and accessory includes information identification module, keyboard scan module, driver module, operational module and indicator lamp driver module;
The input of information identification module is connected with information reading window on the control panel, and output is connected with the CPU microprocessor, adopts the information identification module to read coding in the packaging for foodstuff automatically, calls and starts corresponding food cooking process data;
The input of keyboard scan module is connected with numeric keypad on the control panel, output is connected with the CPU microprocessor, coding by numeric keypad input food cooking process data, call the food cooking process data that is kept in the program storage, or set up processed food temperature, temporal information on their own by numeric keypad;
The input of driver module is connected with the CPU microprocessor, output is connected with display on the control panel, display shows the relevant information of numeric keypad input, shows heating-up temperature, heat time heating time and procedure of processing interactive information in the food processing process in real time;
The input of operational module is connected with gauge tap on the control panel, and output is connected with the CPU microprocessor, is used to open or close the working power of stove and accessory, the regulating of the heating power during to non-setting control;
The input of indicator lamp driver module is connected with the CPU microprocessor, and output is connected with indicator lamp on the control panel, is used to show the duty of stove and accessory.
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| CN 201120106250 CN202040863U (en) | 2011-04-12 | 2011-04-12 | Intelligent induction cooker interacting with person in cooking process |
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| CN 201120106250 CN202040863U (en) | 2011-04-12 | 2011-04-12 | Intelligent induction cooker interacting with person in cooking process |
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Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102692936A (en) * | 2012-06-07 | 2012-09-26 | 黄杰良 | Cooking control method and device for multifunctional electrically-heated catering equipment |
| WO2012139392A1 (en) * | 2011-04-12 | 2012-10-18 | 珠海优特电力科技股份有限公司 | Intelligent cooker interacted with person and working method thereof |
| CN103196164A (en) * | 2012-01-04 | 2013-07-10 | 珠海优特电力科技股份有限公司 | Intelligent cooker, intelligent cooking device and self-learning cooking work method of intelligent cooking device |
| CN103705123A (en) * | 2013-12-04 | 2014-04-09 | 浙江绍兴苏泊尔生活电器有限公司 | cooking control method and device |
| CN104007690A (en) * | 2014-06-09 | 2014-08-27 | 佛山市顺德区美的电热电器制造有限公司 | Control method and device of cooking appliance and cooking appliance |
| CN104428593A (en) * | 2012-07-16 | 2015-03-18 | 乐信股份公司 | Method for displaying parameters of a cooking process, and display device for a cooking appliance |
| CN105981999A (en) * | 2015-03-04 | 2016-10-05 | 阿里巴巴集团控股有限公司 | Automatic cooking method and system, intelligent cooking equipment and intelligent oven |
| CN106196197A (en) * | 2016-07-14 | 2016-12-07 | 广东瑞德智能科技股份有限公司 | A kind of intelligent cooking electromagnetic stove based on cloud service and pot |
| CN108224497A (en) * | 2016-12-13 | 2018-06-29 | 众智光电科技股份有限公司 | There is the electromagnetic oven of temperature sensing |
| CN108449820A (en) * | 2018-02-08 | 2018-08-24 | 彭志军 | A kind of ultrasonic wave electromagnetic cooking appliance |
| CN112433262A (en) * | 2018-12-29 | 2021-03-02 | 珠海优特智厨科技有限公司 | Detection method and detection device for food material throwing state |
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2011
- 2011-04-12 CN CN 201120106250 patent/CN202040863U/en not_active Expired - Lifetime
Cited By (14)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012139392A1 (en) * | 2011-04-12 | 2012-10-18 | 珠海优特电力科技股份有限公司 | Intelligent cooker interacted with person and working method thereof |
| CN103196164B (en) * | 2012-01-04 | 2015-10-28 | 珠海优特电力科技股份有限公司 | Intelligence stove and accessory, intelligent cooking equipment and method of work of certainly learning to cook thereof |
| CN103196164A (en) * | 2012-01-04 | 2013-07-10 | 珠海优特电力科技股份有限公司 | Intelligent cooker, intelligent cooking device and self-learning cooking work method of intelligent cooking device |
| CN102692936A (en) * | 2012-06-07 | 2012-09-26 | 黄杰良 | Cooking control method and device for multifunctional electrically-heated catering equipment |
| US10969111B2 (en) | 2012-07-16 | 2021-04-06 | Rational Aktiengesellschaft | Method for displaying parameters of a cooking process and display device for a cooking appliance |
| CN104428593A (en) * | 2012-07-16 | 2015-03-18 | 乐信股份公司 | Method for displaying parameters of a cooking process, and display device for a cooking appliance |
| CN103705123A (en) * | 2013-12-04 | 2014-04-09 | 浙江绍兴苏泊尔生活电器有限公司 | cooking control method and device |
| CN104007690B (en) * | 2014-06-09 | 2017-04-05 | 佛山市顺德区美的电热电器制造有限公司 | The control method of cooking apparatus, control device and cooking apparatus |
| CN104007690A (en) * | 2014-06-09 | 2014-08-27 | 佛山市顺德区美的电热电器制造有限公司 | Control method and device of cooking appliance and cooking appliance |
| CN105981999A (en) * | 2015-03-04 | 2016-10-05 | 阿里巴巴集团控股有限公司 | Automatic cooking method and system, intelligent cooking equipment and intelligent oven |
| CN106196197A (en) * | 2016-07-14 | 2016-12-07 | 广东瑞德智能科技股份有限公司 | A kind of intelligent cooking electromagnetic stove based on cloud service and pot |
| CN108224497A (en) * | 2016-12-13 | 2018-06-29 | 众智光电科技股份有限公司 | There is the electromagnetic oven of temperature sensing |
| CN108449820A (en) * | 2018-02-08 | 2018-08-24 | 彭志军 | A kind of ultrasonic wave electromagnetic cooking appliance |
| CN112433262A (en) * | 2018-12-29 | 2021-03-02 | 珠海优特智厨科技有限公司 | Detection method and detection device for food material throwing state |
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