CN216346431U - Intelligent gas stove - Google Patents

Abstract

The utility model discloses an intelligent gas stove which comprises a stove body, wherein a gas pipeline and a control unit are arranged in the stove body, a burner is arranged on the stove body and is controlled by the control unit to be communicated with the gas pipeline, the burner comprises an inner combustion ring and an outer combustion ring, the control unit comprises a control circuit, a functional panel, a timing module, a temperature sensing module, an ignition switch valve and an outer combustion ring control valve, the functional panel and the timing module are combined to control the ignition switch valve to work through the control circuit, the functional panel and the temperature sensing module are combined to control the outer combustion ring control valve to work through the control circuit, cooking time and cooking temperature can be set through the functional panel according to a cooking mode, the timing module and the temperature sensing module control the gas stove to work automatically through the control circuit, and a person who specially pays attention to cooking is not needed, so that the use of the gas stove is more intelligent.

Description

A smart gas stove

technical field

The utility model relates to a gas stove for kitchen.

Background technique

Kitchen cooking generally uses a gas stove to heat and cook food. However, due to the heating and cooking through an open flame, it is necessary to always pay attention to the temperature and time of cooking, and not be distracted. If something else happens, you can only turn off the gas stove and stop the cooking.

SUMMARY OF THE INVENTION

In order to overcome the deficiencies of the prior art, the utility model provides an intelligent gas stove.

The technical scheme adopted by the utility model to solve its technical problems is:

An intelligent gas stove includes a stove body with a built-in gas pipeline and a control unit, a burner is arranged on the stove body, and the burner is controlled by the control unit to communicate with the gas pipeline, and the burner includes an inner combustion ring and an outer combustion ring. The control unit includes a control circuit, a function panel, a timing module, a temperature sensing module, an ignition switch valve and an outer combustion ring control valve. The combination of the function panel and the timing module controls the ignition switch valve to work through the control circuit, and the function The combination of the panel and the temperature sensing module controls the operation of the outer combustion ring control valve through the control circuit; the gas pipeline includes a gas main circuit, an inner ring gas branch and an outer ring gas branch; the gas main circuit is connected to the inner ring gas through the ignition switch valve The branch circuit and the outer ring gas branch are respectively connected to the inner combustion ring and the outer combustion ring, and the outer combustion ring control valve is arranged on the outer ring gas branch.

The control circuit includes an anti-dry-burning circuit and is provided with an anti-dry-boil temperature limit, and the temperature detected by the temperature sensing module is fed back to the control circuit to control the operation of the ignition switch valve in comparison with the anti-dry-boil temperature limit.

The function panel is provided with 4 functional modes of steaming and stewing, porridge soup, deep-frying and crispy frying, and 4 functional buttons correspondingly. Each functional mode has different set time and set temperature respectively. And the temperature sensing module controls the ignition switch valve and the outer combustion ring control valve to work through the control circuit.

The function panel is provided with a display screen for displaying time and temperature.

The temperature sensing module includes a temperature sensing probe, and the temperature sensing probe is arranged at the burner.

The burner includes an inner ring pipeline joint and an outer ring pipeline joint respectively disposed corresponding to the inner combustion ring and the outer combustion ring.

The stove body is also provided with a power supply, and the control circuit includes a power detection system to detect the power consumption of the power supply.

The beneficial effects of the utility model are as follows: the utility model is provided with a timing module and a temperature sensing module, and the cooking time and cooking temperature can be set through the function panel according to the cooking method, and the timing module and the temperature sensing module can control the gas stove automatically through the control circuit. Work without the need for someone to pay attention to cooking, making the use of gas stoves more intelligent.

Description of drawings

The present utility model will be further described below in conjunction with the accompanying drawings and embodiments.

FIG. 1 is a schematic diagram of the internal structure of the gas stove of the present invention.

Detailed ways

An intelligent gas stove with reference to FIG. 1 includes a stove body 1 with a built-in gas pipeline 2 and a control unit 3 . The stove body 1 is provided with a burner 4 , and the burner 4 is controlled by the control unit 3 to communicate with the gas pipeline 2 . , the burner 4 includes an inner combustion ring 41 and an outer combustion ring 42, the control unit 3 includes a control circuit (not shown in the figure), a function panel 31, a timing module 32, a temperature sensing module, an ignition switch valve 34 and an outer combustion ring control Valve 35; the temperature sensing module includes a temperature sensing probe 33, which is arranged at the burner 4 to measure the temperature of the pot body; the gas pipeline 2 includes a gas main circuit 21, an inner ring gas branch 22 and an outer ring gas branch The main gas circuit 21 is connected to the inner ring gas branch 22 and the outer ring gas branch 23 through the ignition switch valve 34, and the inner ring gas branch 22 and the outer ring gas branch 23 are respectively connected to the inner combustion ring 41 and the outer combustion ring. 42. The outer combustion ring control valve 35 is arranged on the outer ring gas branch 23.

The utility model can freely set the cooking time and temperature to cook food. The function panel 31 is combined with the timing module 32. According to the cooking needs, the function panel 31 is used to set the cooking time and input the timing module 32. The control circuit controls and closes the ignition switch valve 34, thereby cutting off the gas source and turning off the ignition. The function panel 31 is combined with the temperature sensing module. The function panel 31 is used to set the cooking temperature and input the temperature sensing module according to the cooking needs. The ignition source of the combustion ring 42, when the inner combustion ring 41 and the outer combustion ring 42 are on fire at the same time, the burner 4 is in a state of large fire, when only the inner combustion ring 41 is on fire, the burner 4 is in a state of small fire, by adjusting the burner 4 to adjust the cooking temperature.

The utility model can also cook food through the preset cooking function modes, including 4 function modes of steaming, stewing, porridge, frying, and crispy frying, and there are 4 function buttons 311 corresponding to the function panel 31. Each functional mode has a different set time and set temperature, and the timing module and the temperature sensing module control the ignition switch valve 34 and the outer combustion ring control valve 35 to work through the control circuit; 90 minutes, temperature 100 ℃; porridge soup default timing time is 15 minutes, temperature 100 ℃; fried, crispy default timing time is 20 minutes, temperature 180 ℃; and after entering any mode, you can set the default timing time and temperature adjustment. In the steaming and stewing, porridge soup mode, when the water in the pot reaches 100 ℃ and boils, the gas stove automatically turns off the fire of the outer combustion ring 42. When cold water, noodles, vegetables, dumplings and other foods are put into the pot, the water temperature drops , or after the water temperature in the pot naturally drops, the stove will automatically turn on the fire of the outer combustion ring 42 to provide the heat required for cooking. The opening and closing of the fire is automatically adjusted according to the temperature. In the frying and crisp frying mode, when the oil temperature in the pot reaches 180°C, the cooker automatically turns off the outer ring fire to control the oil temperature rise. When cooking objects are put into the pot and the oil temperature drops, the gas stove can automatically open the outer combustion ring 42 to increase the oil temperature.

Further, the utility model also has an anti-dry-burning function, the control circuit includes an anti-dry-burning circuit and is provided with an anti-dry-burning temperature limit, and the detected temperature is fed back to the control circuit through the temperature sensing module to compare the anti-dry-burning temperature limit. The ignition switch valve 34 is controlled to work, and when dry burning occurs or the oil temperature reaches 290°C, the ignition switch valve 34 is controlled to immediately close and automatically cut off the gas source and turn off the fire to ensure safe use.

The utility model realizes the automatic operation of the gas stove through the above functional modes, and does not require a special person to pay attention to cooking, so that the use of the gas stove is more intelligent.

Preferably, the function panel 31 is provided with a display screen 312 for displaying time and temperature, so that the user can clearly and clearly understand the current cooking state. In order to facilitate the connection between the burner 4 and the gas pipeline 2 , the burner 4 includes an inner ring pipeline joint 43 and an outer ring pipeline joint 44 respectively corresponding to the inner combustion ring 41 and the outer combustion ring 42 for quick docking with the gas pipeline 2 .

Preferably, the cooktop (1) is also provided with a power supply 5 for providing power to the control unit, and the control circuit includes a power detection system, which detects the power consumption of the power supply 5 and reminds the user to charge or replace the battery.

Claims (7)

1. An intelligent gas stove, comprising a stove body (1) with a built-in gas pipeline (2) and a control unit (3), a burner (4) on the stove body (1), and the burner (4) The gas pipeline (2) is controlled and communicated by a control unit (3), and the burner (4) includes an inner combustion ring (41) and an outer combustion ring (42), characterized in that the control unit (3) includes a control a circuit, a function panel (31), a timing module (32), a temperature sensing module, an ignition switch valve (34) and an outer combustion ring control valve (35), the function panel (31) and the timing module (32) are combined by controlling The circuit controls the operation of the ignition switch valve (34), the combination of the function panel (31) and the temperature sensing module controls the operation of the outer combustion ring control valve (35) through the control circuit; the gas pipeline (2) includes the main gas circuit (21) ), the inner ring gas branch (22) and the outer ring gas branch (23); the main gas circuit (21) connects the inner ring gas branch (22) and the outer ring gas branch (23) through the ignition switch valve (34) ), the inner ring gas branch (22) and the outer ring gas branch (23) are respectively connected to the inner combustion ring (41) and the outer combustion ring (42), the outer combustion ring control valve (35) is arranged in the outer ring gas On branch road (23). 2 . The smart gas stove according to claim 1 , wherein the control circuit includes an anti-dry-burning circuit and is provided with an anti-dry-burning temperature limit value, and the detected temperature is fed back to the control circuit to compare the The anti-dry-burn temperature limit controls the ignition switch valve (34) to work. 3. The intelligent gas stove according to claim 1, characterized in that: the functional panel (31) is provided with 4 functional modes of steaming and stewing, porridge soup, pan-frying, and crisp frying, and correspondingly provided with 4 functional buttons ( 311), each function mode is respectively provided with different set time and set temperature, and the timing module and the temperature sensing module control the ignition switch valve (34) and the outer combustion ring control valve (35) to work through the control circuit. 4. The smart gas stove according to claim 3, characterized in that: the function panel (31) is provided with a display screen (312) for displaying time and temperature. 5 . The smart gas stove according to claim 1 , wherein the temperature sensing module comprises a temperature sensing probe ( 33 ), and the temperature sensing probe ( 33 ) is arranged at the burner ( 4 ). 6 . 6 . The smart gas stove according to claim 1 , wherein the burner ( 4 ) comprises an inner ring pipe joint ( 43 ) and an inner ring pipe joint ( 43 ) and a corresponding inner combustion ring ( 41 ) and an outer combustion ring ( 42 ), respectively. 6 . Outer Ring Line Fitting (44). 7. The smart gas stove according to claim 1, characterized in that: the stove body (1) is further provided with a power source (5), and the control circuit comprises a power detection system for detecting the power consumption of the power source (5). Happening.

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