CN105180225A - Cooking guiding system with fire control - Google Patents
Cooking guiding system with fire control Download PDFInfo
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- CN105180225A CN105180225A CN201510478000.7A CN201510478000A CN105180225A CN 105180225 A CN105180225 A CN 105180225A CN 201510478000 A CN201510478000 A CN 201510478000A CN 105180225 A CN105180225 A CN 105180225A
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Abstract
The invention provides a cooking guiding system with fire control. The cooking guiding system comprises a fire strength control part, a fire strength communication part and an interaction terminal part. The interaction terminal part sends a fire strength instruction to the fire strength communication part according to fire strength needed by current dish cooking and the current cooking state. The fire strength communication part receives the fire strength instruction sent by the interaction terminal part and transmits the instruction to the fire strength control part, and meanwhile the fire strength communication part sends a current real-time fire strength state collected by the fire strength control part to the interaction terminal part. The fire strength control part is an executing part of cooking fire control, the cooking fire strength is divided into a plurality of gears, and the fire strength is adjusted in real time according to the fire strength instruction sent by the interaction terminal part. The important significance is achieved for the development and application of the intelligent technology facing the food and beverage service.
Description
Technical field
The present invention relates to technical field of electromechanical control, particularly, relate to a kind of cooking tip system with firepower control.
Background technology
Culinary art is one of main housework of contemporary Chinese family always, along with people's rhythm of life is accelerated, operating pressure increases, the too many time is not used for culinary art, therefore intelligent kitchen replaces the cry of traditional Chinese cooking methods and equipment more and more stronger, but due to the particularity of Chinese meal processing, cause smart machine market not had truly.People are day by day fastidious to the taste of dish, and the level of cook is uneven, and cause dish cooking taste uniformity poor, the delicious demand of people is not being met.The key of culinary art is the control of the duration and degree of heating, and it is the key that dish goes out quality, and " fire " refers to unit heat energy, and " time " refers to culinary art moment and period.Therefore, the efficient manipulation for " duration and degree of heating " is very necessary and urgent for the modern life, and it not only can shorten the housework time and improve people's quality of the life, more facilitates home automation development.
Through finding the literature search of prior art, a kind of multifunctional cooking prompting device (patent No. CN90301429.7), by timing means, prompting figure dish, the composition such as menu folder and card slot; Front has two fanlights, and stir below fluted disc, the rotating disk time can show at window.Separately have a rectangular window, stir the aobvious window word of key, prompting culinary art thing is meal or dish.This prompting device receives technology restriction or mechanical, and the information content of prompting is limited, and does not have fire control function.Liu Xiaoyong has invented a kind of cooking prompting method and device (CN200510037317.3) thereof, comprise information and accept system, storage system, treatment system and prompt system, treatment system accepts system with this information respectively by interface, storage system is connected with prompt system; Information can be accepted the information that system accepts and carries out processing and provide corresponding control instruction by treatment system, then from this storage system, reads corresponding cooking relevant information according to control instruction and exports this cooking relevant information to prompt system.The method and device are not mentioned in firepower control and cooking tip.
A kind of cooking guidance instrument utility model (CN201020622830.5), be made up of hardware and software, hardware comprises mainboard, mainboard has control circuit and processor (chip), memory, touch screen displays, loudspeaker, button, power supply; Memory is connected with mainboard, touch screen displays connection control circuit, button connection control mainboard, and power supply connects mainboard; Mainboard is provided with nine large main function unit, comprises Chinese eight big cuisines, the Hakkas's style of cooking, homely cuisine, health care cuisine, nutrient delicious, soup class series, dessert make, seafood makes and external cuisines unit.Although this invention has certain guiding function, there is no the automatic control function of firepower.
Utility model CN201020108099.4 provides a kind of cooking tip device be arranged on kitchen wall, utility model CN201120229254.2 provides a kind of cooking guidance instrument with internet interface, patent of invention CN201210139698.6 provides " a kind of cooking tip system based on man-machine interaction ", also lacks the automatic control function of firepower.
Summary of the invention
For defect of the prior art, the object of this invention is to provide a kind of cooking tip system with firepower control, this system both can instruct operator to complete culinary art action in real time, also can carry out accurate intensity of fire control according to the different culinary art periods.
For realizing above object, the invention provides a kind of cooking tip system with firepower control, comprising: intensity of fire control section, intensity of fire communication part and interactive terminal part, wherein:
The intensity of fire of described interactive terminal part needed for current dish-cooking and current cooking state send intensity of fire order to described intensity of fire communication part;
Described intensity of fire communication part receives intensity of fire order that described interactive terminal part sends and by command routing to described intensity of fire control section, the current intensity of fire real-time status of intensity of fire control section collection is sent to described interactive terminal part by described intensity of fire communication part simultaneously;
Described intensity of fire control section is the execution part of culinary art firepower control, culinary art intensity of fire is divided into some gears, regulates intensity of fire in real time according to the intensity of fire order that described interactive terminal part sends.
Preferably, described intensity of fire control section, comprising: intensity of fire Executive Module, intensity of fire actuator driven module, intensity of fire feedback module, signal processing module and processor module, wherein:
Described intensity of fire control section receives intensity of fire order by described intensity of fire communication part, transmits control signal to described intensity of fire actuator driven module by described processor module; Described intensity of fire actuator driven module drive controls described intensity of fire Executive Module thus controls the intensity of fire of culinary art; Described intensity of fire feedback module reflects current intensity of fire signal in real time, and give described signal processing module by intensity of fire signal transmission, the intensity of fire signal received is converted to the data signal that described processor module can receive by described signal processing module, then revising through calculating the control signal sending to described intensity of fire Executive Module, completing closed loop feedback and controlling.
More preferably, described intensity of fire Executive Module is performance element, transmits the Energy transmission form of carrier for controlling heat, and heat transmits medium based on chemical energy, or based on electric energy; Described intensity of fire Executive Module is by controlling the output intensity of chemical energy or electric energy thus reaching the effect controlling culinary art heating intensity.
More preferably, described intensity of fire actuator driven module drive controls intensity of fire Executive Module, that is: the intensity of fire signal that processor module sends by intensity of fire actuator driven module converts driving-energy to thus drives intensity of fire Executive Module.
More preferably, described intensity of fire feedback module detects the Energy transmission situation of the heat transmission medium that described intensity of fire Executive Module controls in real time, and converts the Energy transmission situation of detection to the signal of telecommunication.
More preferably, the signal of telecommunication that described intensity of fire feedback module exports is converted to the analog or digital signal that processor module can identify by described signal processing module, for feeding back current real-time intensity of fire.
More preferably, described processor module is the process core of intensity of fire control section, for receiving intensity of fire order from intensity of fire communication part, intensity of fire signal is sent to intensity of fire actuator driven module by calculating, intensity of fire actuator driven module converts the signal of telecommunication of reception to driving-energy and passes to intensity of fire Executive Module, and intensity of fire Executive Module controls the Energy transmission situation that heat transmits carrier; The Energy transmission situation of detection is converted to the electrical signal transfer of applicable processor module reception to signal processing module by described intensity of fire feedback module, finally feeds back to processor module, accomplishes that closed loop feedback controls.
Preferably, described interactive terminal part comprises interactive interface module, main control module, cooking tip module, data wireless transceiver module, menu data storehouse and dish download module, wherein:
Described interactive interface module, the operation bridge of operator and interactive terminal part is set up by display channel, it has human-computer interaction interface, comprise operation information, operator is by downloading Cookbooks data to the manipulation of human-computer interaction interface, select to download dish, compatibility, the technique of dish selected by teaching process person, and current database condition information;
Described main control module is the processor core of interactive interface module, for the co-ordination of all operations;
Described cooking tip module, according to the cooking technology of the dish that operator selects, instructs operator to complete different culinary art actions in the different time periods, comprises culinary art stirring tool action and cooking pot tool action; And the different time periods in real time by intensity of fire communication part to intensity of fire control section send intensity of fire order thus complete intensity of fire manipulation;
Described data wireless transceiver module, in the menu data storehouse transferred by the main control module of interactive terminal part, dish intensity of fire information sends to intensity of fire communication part, finally passes to intensity of fire control section; The current actual intensity of fire that the processor module of intensity of fire control section calculates is passed to the main control module of interactive terminal part, be shown to operator eventually through interactive interface module;
Described menu data storehouse is for preserving the various information of dish, comprise the menu information of dish major ingredient, auxiliary material, batching, condiments, the cooking technology of dish and culinary art action message, comprise the intensity of fire information of dish in cooking process needed for different time sections in culinary art action; Described menu data storehouse is the foundation that described cooking tip module controls intensity of fire;
Described dish download module is connected with external network, thus the information of selected dish is downloaded in described menu data storehouse.
Preferably, described system has three kinds of mode of operations: dish database down loading updating pattern, Cookbooks instructional model, culinary art real-time instruction and firepower control pattern, wherein:
Under dish database down loading updating pattern, described main control module instructs dish information selected by dish download module download user to menu data storehouse;
Under Cookbooks instructional model, described main control module recalls dish cooking information such as compatibility, cooking technology and is shown to operator by interactive interface module from menu data storehouse;
Culinary art real-time instruction and firepower control pattern under, described main control module in real time by intensity of fire communication part to intensity of fire control section send intensity of fire order thus complete intensity of fire manipulation, namely cook the manipulation of moderate heat; Instruct operator current required for the culinary art action done, i.e. the manipulation of marquis in culinary art.
Compared with prior art, the present invention has following beneficial effect:
The present invention both can instruct operator to complete culinary art action in real time, also can carry out accurate intensity of fire control according to the different culinary art periods.The present invention is as a kind of automation equipment of user oriented family, and the development & application for the intellectual technology towards food and beverage sevice is significant.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present invention will become more obvious:
Fig. 1 is the system framework figure of one embodiment of the invention,
In figure: intensity of fire control section 1, intensity of fire communication part 2, interactive terminal part 3;
The schematic diagram of the intensity of fire control section of Fig. 2 position one embodiment of the invention,
In figure: intensity of fire Executive Module 4, intensity of fire actuator driven module 5, intensity of fire feedback module 6, signal processing module 7, processor module 8;
The frame diagram of the interactive terminal part of Fig. 3 position one embodiment of the invention,
In figure: interactive interface module 9, main control module 10, cooking tip module 11, data wireless transceiver module 12, menu data storehouse 13, dish download module 14;
Fig. 4 is the intensity of fire control section schematic diagram based on proportional valve control of one embodiment of the invention,
In figure: fire dish 15, induction tunnel 16, proportioning valve 17, proportioning valve DM 18, flow sensor 19;
Fig. 5 is the intensity of fire control section block diagram controlled based on ball valve of one embodiment of the invention;
Fig. 6 is the intensity of fire control section schematic diagram based on Electromagnetic Control of one embodiment of the invention;
Fig. 7 is the schematic diagram of the intensity of fire communication part of the wireless communication mode based on wireless ethernet of one embodiment of the invention;
Fig. 8 is the schematic diagram of the intensity of fire communication part of the wireless communication mode based on bluetooth of one embodiment of the invention.
Detailed description of the invention
Below in conjunction with specific embodiment, the present invention is described in detail.Following examples will contribute to those skilled in the art and understand the present invention further, but not limit the present invention in any form.It should be pointed out that to those skilled in the art, without departing from the inventive concept of the premise, some distortion and improvement can also be made.These all belong to protection scope of the present invention.
As shown in Figure 1, a kind of cooking tip system with firepower control, comprise: intensity of fire control section 1, intensity of fire communication part 2 and interactive terminal part 3, culinary art core and duration and degree of heating manipulation, " fire " i.e. intensity of fire, be responsible for by intensity of fire control section 1, " time " i.e. cooking time, be responsible for by interactive terminal part 3.Wherein: intensity of fire communication part 2 is installed on intensity of fire control section 1 front end, for receiving the intensity of fire order that interactive terminal part 3 sends, and by command routing to intensity of fire control section 1; The current intensity of fire real-time status that intensity of fire control section 1 gathers by intensity of fire communication part 2 simultaneously sends to interactive terminal part 3.
As shown in Figure 2, as a preferred embodiment, described intensity of fire control section 1 is arranged on intensity of fire executing agency front end, comprise intensity of fire Executive Module 4, intensity of fire actuator driven module 5, intensity of fire feedback module 6, signal processing module 7 and processor module 8, wherein: intensity of fire control section 1 receives intensity of fire order by intensity of fire communication part 2, then transmit control signal to intensity of fire actuator driven module 5 by processor module 8, intensity of fire actuator driven module 5 drived control intensity of fire Executive Module 4 thus control culinary art intensity of fire, the intensity of fire feedback module 6 intensity of fire signal that reflection is current in real time, intensity of fire signal transmission is to signal processing module 7, convert the data signal that processor module 8 can receive to, then processor module 8 revises through calculating the control signal sending to intensity of fire actuator driven module 5, complete closed loop feedback to control.
As shown in Figure 3, comprise interactive interface module 9, main control module 10, cooking tip module 11, data wireless transceiver module 12, menu data storehouse 13 and dish download module 14 as interactive terminal part 3 described in a preferred embodiment, wherein:
Described interactive interface module 9, is set up the operation bridge of operator and interactive terminal part 3, has human-computer interaction interface by display channel, and comprise operation information, operator, by the manipulation to human-computer interaction interface, can download Cookbooks data, selects to download dish; Interactive interface module 9 can compatibility, the technique of dish selected by teaching process person, the information such as current database situation;
Described main control module 10 is co-ordinations of the processor core of interactive interface module 9, all operations; Major function has: under dish database down loading updating pattern, instructs dish information selected by dish download module 14 download user to menu data storehouse 13; Under Cookbooks instructional model, recall dish cooking information such as compatibility, cooking technology etc. from menu data storehouse 13 and be shown to operator by interactive interface module 9; Under culinary art real-time instruction and firepower control pattern, send intensity of fire order to intensity of fire control section 1 by intensity of fire communication part 2 in real time thus complete intensity of fire manipulation, namely the manipulation of moderate heat is cooked, instruct operator current required for the culinary art action done, i.e. the manipulation of marquis in culinary art;
Described cooking tip module 11, according to the dish cooking technology that operator selects, instruct operator to complete different culinary art actions in the different time periods, and send intensity of fire order to intensity of fire control section 1 by intensity of fire communication part 2 in real time in the different time periods thus complete intensity of fire manipulation;
Described data wireless transceiver module 12, the dish intensity of fire information in the menu data storehouse 13 transferred by main control module 10 sends to intensity of fire communication part 2, finally passes to intensity of fire control section 1; The current actual intensity of fire that processor module 8 in intensity of fire control section 1 calculates is passed to main control module 10, is shown to operator eventually through interactive interface module 9;
Described menu data storehouse 13, preserve the various information of dish, comprise the menu information such as dish major ingredient, auxiliary material, batching, condiments, the information such as the cooking technology of dish and culinary art action, in culinary art action, contain the intensity of fire information of dish in cooking process needed for different time sections, be the foundation that cooking tip module 11 controls intensity of fire;
Described dish download module 14, by the dish download module 14 of interactive terminal part 3, operator can be connected with external network, thus the information of selected dish is downloaded in described menu data storehouse 13.
As one preferred embodiment, described intensity of fire control section 1 can be based on proportional valve control, as shown in Figure 4: proportioning valve 17 is intensity of fire Executive Module, proportioning valve DM 18 is intensity of fire actuator driven module, flow sensor 19 is intensity of fire feedback module, the aperture of control ratio valve 17 is carried out thus the flow of control combustion gas by the drive current of control ratio electrohydraulic valve actuator magnet 18, finally reach the effect controlling intensity of fire, flow sensor 19 detects current gas flow in real time, convert thereof into the signal of telecommunication, pass to the signal processing module 8 of intensity of fire control section 1, processor module 8 is sent to by process, finally complete the closed-loop control of combustion gas intensity of fire.
As one preferred embodiment, described intensity of fire control section 1 can be control based on ball valve, as shown in Figure 5: intensity of fire control section is that a Dual-loop feedback control controls, and inner ring is the aperture closed-loop control of ball valve, and outer shroud is the closed-loop control of gas flow.Regulated the aperture of ball valve by direct current generator rotational driving gear, feed back aperture size by position sensor, complete the aperture closed-loop control of ball valve, namely inner ring controls, thus controls the flow of combustion gas, finally reaches the effect controlling intensity of fire.Flow sensor detects current gas flow in real time, converts thereof into the signal of telecommunication, passes to the signal processing module of intensity of fire control section, sends to processor module, finally complete the closed-loop control of combustion gas intensity of fire by process.
As one preferred embodiment, described intensity of fire control section 1 can be based on Electromagnetic Control, as shown in Figure 6: solenoid is intensity of fire Executive Module, (a), (b) in Fig. 6 is intensity of fire actuator driven module for coil drive part, and (c) in Fig. 6 is intensity of fire feedback module for current sensor; By controlling the frequency values of solenoid driving, thus changing the induction reactance value of solenoid, changing solenoid current, the final electromagnetism density that changes completes intensity of fire control.First intensity of fire signal is sent to the coil drive part shown in (a) in Fig. 6 by processor module, intensity of fire value is converted to the frequency of solenoid, again by (b) coil drive part in Fig. 6 intensity of fire signal converted to coupling frequency and by driving device drives to solenoid, solenoid changes impedance because of the change of frequency thus changes the exciting current of solenoid, the heating effect that final generation matches with intensity of fire.(c) in Fig. 6 is current acquisition part, the key of whole solenoid controlled is exciting current, therefore the intensity of fire feedback module in the present embodiment is current sensor, the current signal of current sensor sampling converts voltage signal to, pass to the signal processing module of intensity of fire control section, send to processor module by process, finally complete the closed-loop control of electromagnetism intensity of fire.
As one preferred embodiment, described intensity of fire communication part 2 can be the wireless communication mode based on wireless ethernet, as shown in Figure 7: the processor module of intensity of fire control section is connected to the 8187L chip of Realtek company by the USB port of self, 8187L is wireless ethernet interface chip, can be connected with wireless network, receive intensity of fire order, send current intensity of fire state.
As one preferred embodiment, described intensity of fire communication part 2 can be the wireless communication mode based on bluetooth, as shown in Figure 8: the processor module of intensity of fire control section is connected to the BlueCore2External Bluetooth chip of CSR company by USB or the UART port of self, BlueCore2External is the BlueTooth2.4GHZ system of an one chip radio and base band link controller, be integrated with radio frequency, base band and with whole integrated with Bluetooth protocol stack and transceiver, intensity of fire order can be received alternately with outside bluetooth equipment, send current intensity of fire state.
As one preferred embodiment, described interactive terminal part 3 can based on tablet PC, and wherein interactive interface module is resistance or capacitance touch screen; Main control module is the processor of tablet PC; Cooking tip module is a software of tablet PC application layer, can carry out prompting instruct by voice or image; Data wireless transceiver module is wireless network card or the bluetooth module of tablet PC, carries out data interaction with intensity of fire communication part; Menu data storehouse is a database framework of tablet PC inside, preserves the menu information such as dish major ingredient, auxiliary material, batching, condiments of required compatibility, and the culinary art flow process of dish and each cooking stage intensity of fire information; Dish download module is the external network interface and the Applied layer interface program that are tablet PC, is downloaded thus the information of selected dish downloaded in menu data storehouse by outer net.
As one preferred embodiment, described interactive terminal part 3 can also based on notebook, and wherein interactive interface module is notebook computer screen and mouse-keyboard; Main control module is the processor of notebook; Cooking tip module is a software of notebook computer applications layer, can carry out prompting instruct by voice or image; Data wireless transceiver module is wireless network card or the bluetooth module of notebook, carries out data interaction with intensity of fire communication part; Menu data storehouse is a database framework of notebook inside, preserves the menu information such as dish major ingredient, auxiliary material, batching, condiments of required compatibility, and the culinary art flow process of dish and each cooking stage intensity of fire information; Dish download module is the external network interface and the Applied layer interface program that are notebook, is downloaded thus the information of selected dish downloaded in menu data storehouse by outer net.
As one preferred embodiment, described interactive terminal part 3 can also based on desktop computer, and wherein interactive interface module is desktop computer screen and mouse-keyboard; Main control module is the processor of desktop computer; Cooking tip module is a software of desktop computer application layer, can carry out prompting instruct by voice or image; Data wireless transceiver module is wireless network card or the bluetooth module of desktop computer, carries out data interaction with intensity of fire communication part; Menu data storehouse is a database framework of desktop computer inside, preserves the menu information such as dish major ingredient, auxiliary material, batching, condiments of required compatibility, and the culinary art flow process of dish and each cooking stage intensity of fire information; Dish download module is the external network interface and the Applied layer interface program that are desktop computer, is downloaded thus the information of selected dish downloaded in menu data storehouse by outer net.
As one preferred embodiment, described interactive terminal part 3 can also based on portable terminal, and wherein interactive interface module is resistance or the capacitance touch screen of portable terminal; Main control module is the processor of portable terminal; Cooking tip module is a software of portable terminal application layer, can carry out prompting instruct by voice or image; Data wireless transceiver module is wireless network module or the bluetooth module of portable terminal, carries out data interaction with intensity of fire communication part; Menu data storehouse is a database framework of portable terminal inside, preserves the menu information such as dish major ingredient, auxiliary material, batching, condiments of required compatibility, and the culinary art flow process of dish and each cooking stage intensity of fire information; Dish download module is the external network interface and the Applied layer interface program that are portable terminal, is downloaded thus the information of selected dish downloaded in menu data storehouse by outer net.
The present invention both can instruct operator to complete culinary art action in real time, also can carry out accurate intensity of fire control according to the different culinary art periods.The present invention is as a kind of automation equipment of user oriented family, and the development & application for the intellectual technology towards food and beverage sevice is significant.
Above specific embodiments of the invention are described.It is to be appreciated that the present invention is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or amendment within the scope of the claims, and this does not affect flesh and blood of the present invention.
Claims (9)
1. the cooking tip system with firepower control, is characterized in that, comprising: intensity of fire control section, intensity of fire communication part and interactive terminal part, wherein:
The intensity of fire of described interactive terminal part needed for current dish-cooking and current cooking state send intensity of fire order to described intensity of fire communication part;
Described intensity of fire communication part receives intensity of fire order that described interactive terminal part sends and by command routing to described intensity of fire control section, the current intensity of fire real-time status of intensity of fire control section collection is sent to described interactive terminal part by described intensity of fire communication part simultaneously;
Described intensity of fire control section is the execution part of culinary art firepower control, culinary art intensity of fire is divided into some gears, regulates intensity of fire in real time according to the intensity of fire order that described interactive terminal part sends.
2. a kind of cooking tip system with firepower control according to claim 1, it is characterized in that, described intensity of fire control section, comprising: intensity of fire Executive Module, intensity of fire actuator driven module, intensity of fire feedback module, signal processing module and processor module, wherein:
Described intensity of fire control section receives intensity of fire order by described intensity of fire communication part, transmits control signal to described intensity of fire actuator driven module by described processor module; Described intensity of fire actuator driven module drive controls described intensity of fire Executive Module thus controls the intensity of fire of culinary art; Described intensity of fire feedback module reflects current intensity of fire signal in real time, and give described signal processing module by intensity of fire signal transmission, the intensity of fire signal received is converted to the data signal that described processor module can receive by described signal processing module, then revising through calculating the control signal sending to described intensity of fire Executive Module, completing closed loop feedback and controlling.
3. a kind of cooking tip system with firepower control according to claim 2, it is characterized in that, described intensity of fire Executive Module is performance element, transmits the Energy transmission form of carrier for controlling heat, and heat transmits medium based on chemical energy or based on electric energy; Described intensity of fire Executive Module is by controlling the output intensity of chemical energy or electric energy thus reaching the effect controlling culinary art heating intensity.
4. a kind of cooking tip system with firepower control according to claim 2, it is characterized in that, described intensity of fire actuator driven module drive controls intensity of fire Executive Module, that is: the intensity of fire signal that processor module sends by intensity of fire actuator driven module converts driving-energy to thus drives intensity of fire Executive Module.
5. a kind of cooking tip system with firepower control according to claim 2, it is characterized in that, described intensity of fire feedback module detects the Energy transmission situation of the heat transmission medium that described intensity of fire Executive Module controls in real time, and converts the Energy transmission situation of detection to the signal of telecommunication.
6. a kind of cooking tip system with firepower control according to claim 2, it is characterized in that, the signal of telecommunication that described intensity of fire feedback module exports is converted to the analog or digital signal that processor module can identify by described signal processing module, for feeding back current real-time intensity of fire.
7. a kind of cooking tip system with firepower control according to claim 2, it is characterized in that, described processor module is the process core of intensity of fire control section, for receiving intensity of fire order from intensity of fire communication part, intensity of fire signal is sent to intensity of fire actuator driven module by calculating, intensity of fire actuator driven module converts the signal of telecommunication of reception to driving-energy and passes to intensity of fire Executive Module, and intensity of fire Executive Module controls the Energy transmission situation that heat transmits carrier; The Energy transmission situation of detection is converted to the electrical signal transfer of applicable processor module reception to signal processing module by described intensity of fire feedback module, finally feeds back to processor module, accomplishes that closed loop feedback controls.
8. a kind of cooking tip system with firepower control according to any one of claim 1-7, it is characterized in that, described interactive terminal part comprises interactive interface module, main control module, cooking tip module, data wireless transceiver module, menu data storehouse and dish download module, wherein:
Described interactive interface module, the operation bridge of operator and interactive terminal part is set up by display channel, it has human-computer interaction interface, comprise operation information, operator is by downloading Cookbooks data to the manipulation of human-computer interaction interface, select to download dish, compatibility, the technique of dish selected by teaching process person, and current database condition information;
Described main control module is the processor core of interactive interface module, for the co-ordination of all operations;
Described cooking tip module, according to the cooking technology of the dish that operator selects, instructs operator to complete different culinary art actions in the different time periods, comprises culinary art stirring tool action and cooking pot tool action; And the different time periods in real time by intensity of fire communication part to intensity of fire control section send intensity of fire order thus complete intensity of fire manipulation;
Described data wireless transceiver module, in the menu data storehouse transferred by the main control module of interactive terminal part, dish intensity of fire information sends to intensity of fire communication part, finally passes to intensity of fire control section; The current actual intensity of fire that the processor module of intensity of fire control section calculates is passed to the main control module of interactive terminal part, be shown to operator eventually through interactive interface module;
Described menu data storehouse is for preserving the various information of dish, comprise the menu information of dish major ingredient, auxiliary material, batching, condiments, the cooking technology of dish and culinary art action message, comprise the intensity of fire information of dish in cooking process needed for different time sections in culinary art action; Described menu data storehouse is the foundation that described cooking tip module controls intensity of fire;
Described dish download module is connected with external network, thus the information of selected dish is downloaded in described menu data storehouse.
9. a kind of cooking tip system with firepower control according to claim 8, it is characterized in that, described system has three kinds of mode of operations: dish database down loading updating pattern, Cookbooks instructional model, culinary art real-time instruction and firepower control pattern, wherein:
Under dish database down loading updating pattern, described main control module instructs dish information selected by dish download module download user to menu data storehouse;
Under Cookbooks instructional model, described main control module recalls dish cooking information such as compatibility, cooking technology and is shown to operator by interactive interface module from menu data storehouse;
Culinary art real-time instruction and firepower control pattern under, described main control module in real time by intensity of fire communication part to intensity of fire control section send intensity of fire order thus complete intensity of fire manipulation, namely cook the manipulation of moderate heat; Instruct operator current required for the culinary art action done, i.e. the manipulation of marquis in culinary art.
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| CN108873765A (en) * | 2017-05-15 | 2018-11-23 | 中兴通讯股份有限公司 | Cooking equipment and cooking methods |
| CN109521701A (en) * | 2017-09-18 | 2019-03-26 | 李睿鹏 | Voice Navigation cooking prompting apparatus and method |
| CN109798542A (en) * | 2018-12-30 | 2019-05-24 | 佛山市顺德区美的洗涤电器制造有限公司 | Kitchen range flame controller, method and kitchen range |
| CN111616577A (en) * | 2019-02-27 | 2020-09-04 | 宁波方太厨具有限公司 | Intelligent auxiliary cooking system and cooking process interactive control method |
| CN111966056A (en) * | 2020-07-17 | 2020-11-20 | 润海智能科技扬州有限公司 | Dish recognition system and ventilation control method thereof |
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| CN109798542A (en) * | 2018-12-30 | 2019-05-24 | 佛山市顺德区美的洗涤电器制造有限公司 | Kitchen range flame controller, method and kitchen range |
| CN111616577A (en) * | 2019-02-27 | 2020-09-04 | 宁波方太厨具有限公司 | Intelligent auxiliary cooking system and cooking process interactive control method |
| CN111616577B (en) * | 2019-02-27 | 2021-06-15 | 宁波方太厨具有限公司 | Intelligent auxiliary cooking system and cooking process interactive control method |
| CN111966056A (en) * | 2020-07-17 | 2020-11-20 | 润海智能科技扬州有限公司 | Dish recognition system and ventilation control method thereof |
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