CN114087632A - Intelligent cooking control method of intelligent gas switch - Google Patents
Intelligent cooking control method of intelligent gas switch Download PDFInfo
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- CN114087632A CN114087632A CN202111357627.9A CN202111357627A CN114087632A CN 114087632 A CN114087632 A CN 114087632A CN 202111357627 A CN202111357627 A CN 202111357627A CN 114087632 A CN114087632 A CN 114087632A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24C—DOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
- F24C3/00—Stoves or ranges for gaseous fuels
- F24C3/12—Arrangement or mounting of control or safety devices
- F24C3/126—Arrangement or mounting of control or safety devices on ranges
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Abstract
The invention discloses an intelligent cooking control method of an intelligent gas switch, which comprises the intelligent gas switch and a special cooker, wherein the intelligent gas switch is arranged in a switch area of a gas cooking bench, and comprises the following steps: the knob piece is arranged on the upper surface of the gas cooking bench, and the bottom of the knob piece rotates to open and close the gas stove; a housing for mounting a corresponding switch assembly; the knob driving structure is used for automatically driving the knob piece to rotate; the control panel is used for controlling the functional operation of the gas switch; the intelligent cooking module is used for storing data setting of cooking time; and the gas leakage detection assembly is used for detecting the gas concentration around the gas cooking bench. According to the intelligent cooking control method of the intelligent gas switch, the gas switch can be intelligently controlled, the intelligent cooking of food materials can be realized by matching with a special cooker, manual follow-up operation is not needed in most cooking steps, the whole operation flow is simple and safe, and people using gas to cook at home can conveniently.
Description
Technical Field
The invention relates to the technical field of gas switches, in particular to an intelligent cooking control method of an intelligent gas switch.
Background
In order to cook food, a gas stove is generally purchased by family households, and the gas stove is provided with a knob switch, so that when a heat source is required to cook food, the valve can be in an open state only by rotating the knob switch, and therefore gas can pass through the gas stove to facilitate ignition and heating.
The existing gas switches realize the adjustment of firepower in cooking through manual rotation of the switches, so that the quality of cooked food has a great relationship with the cooking level of an operator, and therefore, a cooking method is lacked for realizing intelligent cooking of food materials.
Disclosure of Invention
The invention aims to provide an intelligent cooking control method of an intelligent gas switch, which aims to solve the problem that the existing partial gas switches in the background art realize the adjustment of firepower in cooking through manually rotating the switches, so that the quality of cooked food has a great relationship with the cooking level of an operator.
In order to achieve the purpose, the invention provides the following technical scheme: the intelligent cooking control method of the intelligent gas switch comprises the intelligent gas switch and a special cooker, wherein the intelligent gas switch is installed in a switch area of a gas cooking bench, and the intelligent gas switch comprises:
the knob piece is arranged on the upper surface of the gas cooking bench, and the bottom of the knob piece rotates to open and close the gas stove;
a housing for mounting a corresponding switch assembly;
the knob driving structure is used for automatically driving the knob piece to rotate;
the control panel is used for controlling the functional operation of the gas switch;
the intelligent cooking module is used for storing data setting of cooking time;
the gas leakage detection assembly is used for detecting the gas concentration around the gas cooking bench;
the intelligent cooking control method of the intelligent gas switch further comprises the following steps:
s1, opening an intelligent gas switch arranged on the gas stove through a control panel, simultaneously opening the gas for ignition, and placing a special pot on a cooking bench;
s2, selecting cooking function (rice-single person-three person-five person, porridge-single person-three person-five person, stewing, steaming, freely frying) on the control panel, and adding the raw materials;
s3, pressing a start key on a control panel, reading cooking time data in the intelligent cooking module by the control panel, adjusting the size of flame by controlling a motor to rotate a knob piece to cook, and controlling the motor to rotate the knob piece to close gas after the specified cooking time is reached (the time is over 60 minutes and the fire is automatically closed under the free frying function);
control panel reveals the detection subassembly signal connection with turn-button drive structure, gas respectively through its inside wireless transceiver module, control panel adopts the LCD screen display data, be connected between intelligent culinary art module and the control panel.
The detailed cooking steps of the rice are as follows: turning on a switch (90 degrees, the horizontal position of a switch knob), selecting functional rice (three persons), pressing a start working key, boiling water by a big fire for 5 minutes, boiling water by a medium fire for 3 minutes, rotating a control panel instruction switch to 45 degrees, rotating a medium fire for 3 minutes, rotating a control panel instruction switch to 180 degrees, rotating a small fire for 2 minutes, rotating a control panel instruction switch to 45 degrees, medium fire for 1 minute, rotating a control panel instruction switch to 180 degrees, medium fire for 1 minute, rotating a control panel instruction switch to 45 degrees, medium fire for 30 seconds, rotating a control panel instruction switch to 180 degrees, small fire for 1 minute, rotating a control panel instruction switch to 45 degrees, medium fire for 10 seconds, rotating a control panel instruction switch to 180 degrees, small fire for 30 seconds, and stopping working when the machine is turned off.
The detailed steps of the porridge are as follows: turning on a switch (90 degrees, the horizontal position of a switch knob), selecting functional porridge (three people), pressing a start working key, boiling water by a big fire for 8 minutes, boiling water by a rice for 8 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 8 minutes, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 5 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 3 minutes, rotating a control panel instruction switch to 180 degrees, boiling water by a medium fire for 2 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 50 seconds, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 1 minute, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 40 seconds, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 50 seconds, and stopping working when the porridge is turned off.
The detailed cooking step of stewing comprises the steps of turning on a switch (90 degrees, the horizontal position of a switch knob), selecting function stewing, pressing a start working key, burning for 5 minutes with a big fire, rotating a control panel instruction switch to 45 degrees) with a medium fire for 10 minutes, rotating a control panel instruction switch to 180 degrees with a small fire for 3 minutes, rotating a control panel instruction switch to 45 degrees) with a medium fire for 5 minutes, rotating a control panel instruction switch to 180 degrees with a small fire for 4 minutes, rotating a control panel instruction switch to 45 degrees with a medium fire for 50 seconds, rotating a control panel instruction switch to 180 degrees with a small fire for 40 seconds, and stopping working when the machine is turned off.
The detailed cooking step of steaming comprises the steps of turning on a switch (90 degrees, the horizontal position of a switch knob), selecting functional steaming, pressing a start working key, burning for 8 minutes with a big fire, rotating to 45 degrees with a control panel instruction switch for 5 minutes with a medium fire, rotating to 180 degrees with the control panel instruction switch for 3 minutes with a small fire, rotating to 45 degrees with the control panel instruction switch for 1 minute with the medium fire, rotating to 180 degrees with the control panel instruction switch for 2 minutes with the small fire, rotating to 45 degrees with the control panel instruction switch for 50 seconds with the medium fire, rotating to 180 degrees with the control panel instruction switch for 40 seconds with the small fire, and stopping working when the machine is turned off.
The detailed cooking steps of the free frying comprise that a switch (90 degrees, the horizontal position of a switch knob) is turned on, the free frying is selected, a start working key is pressed, an operator adjusts the fire according to own preference, the whole time is 30 minutes (the operator can shut down the cooker after working in advance), and the cooker is shut down and stops working.
The gas leakage detection assembly comprises a carbon monoxide detector and a smoke detector, wherein the bottom of the special cooker and the joint of the handle and the cooker are both provided with an anti-dry-burning temperature measurement assembly for detecting the temperature of the bottom of the cooker and the temperature of the handle, when the temperature of the bottom of the cooker is high and the temperature of the handle is less than a set value for more than 1 minute, the automatic fire shut-off and stop working are realized, and the control panel is in signal connection with the anti-dry-burning temperature measurement assembly through a wireless receiving and sending module inside the control panel.
Compared with the prior art, the invention has the beneficial effects that: according to the intelligent cooking control method of the intelligent gas switch, the gas switch can be intelligently controlled, the intelligent cooking of food materials can be realized by matching with a special cooker, manual follow-up operation is not needed in most cooking steps, the whole operation flow is simple and safe, and people using gas to cook at home can conveniently.
Drawings
FIG. 1 is a connection diagram of the structure of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the present invention provides a technical solution: the intelligent cooking control method of the intelligent gas switch comprises the intelligent gas switch and a special cooker, wherein the intelligent gas switch is arranged in a switch area of a gas cooking bench, and comprises the following steps:
the knob piece is arranged on the upper surface of the gas cooking bench, and the bottom of the knob piece rotates to open and close the gas stove;
a housing for mounting a corresponding switch assembly;
the knob driving structure is used for automatically driving the knob piece to rotate;
the control panel is used for controlling the functional operation of the gas switch;
the intelligent cooking module is used for storing data setting of cooking time;
the gas leakage detection assembly is used for detecting the gas concentration around the gas cooking bench;
the intelligent cooking control method of the intelligent gas switch further comprises the following steps:
s1, opening an intelligent gas switch arranged on the gas stove through a control panel, simultaneously opening the gas for ignition, and placing a special pot on a cooking bench;
s2, selecting cooking function (rice-single person-three person-five person, porridge-single person-three person-five person, stewing, steaming, freely frying) on the control panel, and adding the raw materials;
s3, pressing a start key on a control panel, reading cooking time data in the intelligent cooking module by the control panel, adjusting the size of flame by controlling a motor to rotate a knob piece to cook, and controlling the motor to rotate the knob piece to close gas after the specified cooking time is reached (the time is over 60 minutes and the fire is automatically closed under the free frying function);
the inside wireless transceiver module that all is provided with of detecting element is revealed to control panel, turn button drive structure, gas, and control panel reveals through wireless transceiver module signal connection between the detecting element with turn button drive structure, gas, and control panel adopts the LCD screen to show data.
The detailed cooking steps of the rice are as follows: turning on a switch (90 degrees, the horizontal position of a switch knob), selecting functional rice (three persons), pressing a start working key, boiling water by a big fire for 5 minutes, boiling water by a medium fire for 3 minutes, rotating a control panel instruction switch to 45 degrees, rotating a medium fire for 3 minutes, rotating a control panel instruction switch to 180 degrees, rotating a small fire for 2 minutes, rotating a control panel instruction switch to 45 degrees, medium fire for 1 minute, rotating a control panel instruction switch to 180 degrees, medium fire for 1 minute, rotating a control panel instruction switch to 45 degrees, medium fire for 30 seconds, rotating a control panel instruction switch to 180 degrees, small fire for 1 minute, rotating a control panel instruction switch to 45 degrees, medium fire for 10 seconds, rotating a control panel instruction switch to 180 degrees, small fire for 30 seconds, and stopping working when the machine is turned off.
The detailed steps of the porridge are as follows: turning on a switch (90 degrees, the horizontal position of a switch knob), selecting functional porridge (three people), pressing a start working key, boiling water by a big fire for 8 minutes, boiling water by a rice for 8 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 8 minutes, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 5 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 3 minutes, rotating a control panel instruction switch to 180 degrees, boiling water by a medium fire for 2 minutes, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 50 seconds, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 1 minute, rotating a control panel instruction switch to 45 degrees, boiling water by a medium fire for 40 seconds, rotating a control panel instruction switch to 180 degrees, boiling water by a small fire for 50 seconds, and stopping working when the porridge is turned off.
The detailed cooking step of stewing comprises the steps of turning on a switch (90 degrees, the horizontal position of a switch knob), selecting function stewing, pressing a start working key, burning for 5 minutes with a big fire, rotating a control panel instruction switch to 45 degrees, turning a middle fire for 10 minutes, rotating the control panel instruction switch to 180 degrees, turning a small fire for 3 minutes, rotating the control panel instruction switch to 45 degrees, turning the middle fire for 5 minutes, rotating the control panel instruction switch to 180 degrees, turning the middle fire for 4 minutes, rotating the control panel instruction switch to 45 degrees, turning the middle fire for 50 seconds, rotating the control panel instruction switch to 180 degrees, turning the small fire for 40 seconds, and stopping working when the machine is turned off.
Detailed cooking step of steaming:
such as: the switch (90 degrees, the horizontal position of the switch knob) is turned on, the function is selected to be steamed, the start key is pressed, the big fire is burnt for 8 minutes, the control panel instructs the switch to rotate to 45 degrees), the middle fire is burnt for 5 minutes, the control panel instructs the switch to rotate to 180 degrees, the small fire is burnt for 3 minutes, the control panel instructs the switch to rotate to 45 degrees, the middle fire is burnt for 1 minute, the control panel instructs the switch to rotate to 180 degrees, the small fire is burnt for 2 minutes, the control panel instructs the switch to rotate to 45 degrees, the middle fire is burnt for 50 seconds, the control panel instructs the switch to rotate to 180 degrees, the small fire is burnt for 40 seconds, and the machine is turned off and stops working.
The detailed cooking steps of free frying comprise that a switch (90 degrees, the horizontal position of a switch knob) is turned on, the function of free frying is selected, a start working key is pressed, an operator adjusts the fire according to the preference of the operator, the whole time is 30 minutes (the operator can shut down the cooker after working in advance), and the cooker is shut down and stops working.
The gas leakage detection assembly comprises a carbon monoxide detector and a smoke detector, the carbon monoxide detector and the smoke detector detect that gas or smoke exceeds the standard and feed back the gas or smoke to the control panel, the control panel is used for closing the gas switch, the bottom of the special cooker and the joint of the handle and the cooker are both provided with an anti-dry-burning temperature measurement assembly for detecting the temperature of the bottom of the cooker and the temperature of the handle of the cooker, and the control panel is in signal connection with the anti-dry-burning temperature measurement assembly through a wireless receiving and sending module inside the control panel.
In summary, the following steps: according to the intelligent cooking control method of the intelligent gas switch, the gas switch can be intelligently controlled, the intelligent cooking of food materials can be realized by matching with a special cooker, manual follow-up operation is not needed in most cooking steps, the whole operation flow is simple and safe, and people using gas to cook at home can conveniently.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. The intelligent cooking control method of the intelligent gas switch comprises the intelligent gas switch and a special cooker, and is characterized in that: intelligence gas switch installs in the switch region of gas top of a kitchen range, intelligence gas switch includes:
the knob piece is arranged on the upper surface of the gas cooking bench, and the bottom of the knob piece rotates to open and close the gas stove;
a housing for mounting a corresponding switch assembly;
the knob driving structure is used for automatically driving the knob piece to rotate;
the control panel is used for controlling the functional operation of the gas switch;
the intelligent cooking module is used for storing data setting of cooking time;
the gas leakage detection assembly is used for detecting the gas concentration around the gas cooking bench;
the intelligent cooking control method of the intelligent gas switch further comprises the following steps:
s1, opening an intelligent gas switch arranged on the gas stove through a control panel, simultaneously opening the gas for ignition, and placing a special pot on a cooking bench;
s2, selecting cooking function on the control panel: cooking rice-single person-three person-five person, porridge-single person-three person-five person, stewing, steaming, freely frying, and adding raw materials;
s3, pressing a start key on the control panel, reading cooking time data in the intelligent cooking module by the control panel, adjusting the size of flame by controlling the motor to rotate the knob piece, cooking, controlling the motor to rotate the knob piece to close gas after the specified cooking time is reached, and automatically closing the fire after the free frying function is finished for more than 60 minutes.
2. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: control panel reveals the detection subassembly signal connection with turn-button drive structure, gas respectively through its inside wireless transceiver module, control panel adopts the LCD screen display data, be connected between intelligent culinary art module and the control panel.
3. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: the detailed cooking steps of the rice are as follows: turn on the switch and rotate 90 degrees, the switch knob is in horizontal position, selects the function: three persons of rice press a start working key, water and rice are boiled by big fire for 5 minutes, a control panel command switch rotates to 45 degrees, a middle fire rotates for 3 minutes, the control panel command switch rotates to 180 degrees, the small fire rotates for 2 minutes, the control panel command switch rotates to 45 degrees, the middle fire rotates for 1 minute, the control panel command switch rotates to 180 degrees, the small fire rotates for 1 minute, the control panel command switch rotates to 45 degrees, the middle fire rotates for 30 seconds, the control panel command switch rotates to 180 degrees, the small fire rotates for 1 minute, the control panel command switch rotates to 45 degrees, the middle fire rotates for 10 seconds, the control panel command switch rotates to 180 degrees, the small fire rotates for 30 seconds, and the rice is shut down to stop working.
4. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: the detailed steps of the porridge are as follows: turn on the switch and rotate 90 degrees, the switch knob is in horizontal position, selects the function: three people of porridge press a start working key, water and rice are boiled by big fire for 8 minutes, a control panel command switch rotates to 45 degrees, medium fire for 8 minutes, the control panel command switch rotates to 180 degrees, small fire for 5 minutes, the control panel command switch rotates to 45 degrees, medium fire for 3 minutes, the control panel command switch rotates to 180 degrees, small fire for 2 minutes, the control panel command switch rotates to 45 degrees, medium fire for 50 seconds, the control panel command switch rotates to 180 degrees, small fire for 1 minute, the control panel command switch rotates to 45 degrees, medium fire for 40 seconds, the control panel command switch rotates to 180 degrees, small fire for 50 seconds, and the porridge is shut down and stops working.
5. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: turning on a switch to rotate by 90 degrees, enabling a switch knob to be in a horizontal position, selecting a function to stew, pressing a start working key, burning with big fire for 5 minutes, instructing the switch to rotate to 45 degrees by a control panel, rotating the switch to a middle fire for 10 minutes, instructing the switch to rotate to 180 degrees by the control panel, rotating a small fire for 3 minutes, instructing the switch to rotate to 45 degrees by the control panel, rotating the switch to a middle fire for 5 minutes, instructing the switch to rotate to 180 degrees by the control panel, rotating the switch to a middle fire for 4 minutes, instructing the switch to rotate to 45 degrees by the control panel, rotating the switch to a middle fire for 50 seconds, instructing the switch to rotate to 180 degrees by the control panel, rotating the small fire for 40 seconds, and stopping working when the machine is turned off.
6. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: turning on a switch to rotate by 90 degrees, enabling a switch knob to be in a horizontal position, selecting function steaming, pressing a start working key, burning for 8 minutes with big fire, instructing the switch to rotate to 45 degrees by a control panel, controlling the switch to rotate to 5 minutes with medium fire, instructing the switch to rotate to 180 degrees by the control panel, controlling the switch to rotate to 3 minutes with small fire, instructing the switch to rotate to 45 degrees by the control panel, controlling the switch to rotate to 180 degrees with medium fire, controlling the switch to rotate to 2 minutes with small fire, instructing the switch to rotate to 45 degrees with medium fire for 50 seconds, instructing the switch to rotate to 180 degrees with small fire for 40 seconds, and stopping working when the machine is turned off.
7. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: turning on a switch to rotate by 90 degrees, enabling a switch knob to be in a horizontal position, selecting a function to fry freely, pressing a start working key, adjusting the fire according to the preference of an operator, turning off the machine after the whole time is 30 minutes, and stopping the machine after the machine finishes working in advance.
8. The intelligent cooking control method of the intelligent gas switch as claimed in claim 1, wherein: the gas leakage detection assembly comprises a carbon monoxide detector and a smoke detector, wherein the bottom of the special cooker and the joint of the handle and the cooker are provided with an anti-dry-burning temperature measurement assembly for detecting the temperature of the bottom of the cooker and the temperature of the handle, the temperature of the bottom of the cooker is high, the temperature of the handle is less than a set value and exceeds 1 minute, the control panel controls the rotating button to drive the structure to automatically turn off the fire to stop working, and the control panel is in signal connection with the anti-dry-burning temperature measurement assembly through a wireless receiving and transmitting module inside the control panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111357627.9A CN114087632A (en) | 2021-11-16 | 2021-11-16 | Intelligent cooking control method of intelligent gas switch |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111357627.9A CN114087632A (en) | 2021-11-16 | 2021-11-16 | Intelligent cooking control method of intelligent gas switch |
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| CN114087632A true CN114087632A (en) | 2022-02-25 |
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| CN202111357627.9A Pending CN114087632A (en) | 2021-11-16 | 2021-11-16 | Intelligent cooking control method of intelligent gas switch |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105202592A (en) * | 2015-10-17 | 2015-12-30 | 肖阳 | Intelligent temperature control and time control device for gas stove and intelligent temperature control and time control gas stove |
| CN211451022U (en) * | 2019-11-22 | 2020-09-08 | 天钺电子(东莞)有限公司 | Gas stove timing closing switch and gas stove switch system using same |
-
2021
- 2021-11-16 CN CN202111357627.9A patent/CN114087632A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105202592A (en) * | 2015-10-17 | 2015-12-30 | 肖阳 | Intelligent temperature control and time control device for gas stove and intelligent temperature control and time control gas stove |
| CN211451022U (en) * | 2019-11-22 | 2020-09-08 | 天钺电子(东莞)有限公司 | Gas stove timing closing switch and gas stove switch system using same |
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Application publication date: 20220225 |