CN201066156Y - Gas oven capable of programmablely regulating fire and timing - Google Patents

Abstract

The utility model provides a fuel gas stove which can program control to regulate the firepower and timing. The stove mainly comprises a fuel gas inlet tube, a burner, a fuel gas control valve, etc., and is characterized in that the fuel gas control valve controls a control switch by a timing controller. A programmable control motor is connected with a push rod for firepower regulating. The push rod for firepower regulating is connected with a firepower regulating controller. One end of a thermocouple is connected with a timer and the other end of the timer is connected with a solenoid pilot actuated valve. The utility model has the advantage that the power supply of the solenoid pilot actuated valve is cut off when the set time reaches and the fuel gas stove closes automatically; the programmable control time is regulated and big fire switches into small fire automatically when the time reaches; the accidents caused by forgetting to turn off the fire is prevented from happening.

Description

Programmable adjustable firepower and timing gas stove

Technical field

The utility model relates to a gas stove which can be programmed to adjust firepower and timing.

Background technique

In the prior art, the gas stove does not have a timing device and does not have a timing function, nor can it be programmed to adjust the firepower according to the time. For example, when boiling water, cooking rice, or soup, it is often necessary to check the time, and it is easy to forget to turn off the fire because of not paying attention to the time. If you accidentally burn it dry, the rice will be burnt, and the pot will be burned, which may cause a fire and cause huge losses.

Contents of the invention

The purpose of this utility model is to provide a gas stove with programmable firepower and timing. The gas stove can be programmed to adjust firepower according to the set time, and can also turn off the gas regularly. It is hoped that the deficiency that the existing gas cooker cannot be programmed to adjust the firepower and shut off the gas at regular intervals can be overcome.

The utility model is realized in this way: it is mainly composed of a gas inlet pipe, a timing controller, a burner, a gas control valve, a program-controlled motor, etc. On the top, the program-controlled motor is connected to the fire adjustment push rod, the fire power adjustment push rod is connected to the fire power adjustment controller, one end of the thermocouple is connected to the timer, and the other end of the timer is connected to the solenoid valve; the program-controlled motor is connected to the connecting rod On the top, the connecting rod is connected to the fire power adjustment controller, and the program-controlled motor rotates through the connecting rod to expand and contract, and the linkage fire power adjustment controller rotates; The controller turns.

The utility model has the advantages that: the combustion time of the gas stove can be accurately controlled, and there is no need to spend time waiting by the gas stove; Automatic extinguishing, realizing the automatic shutdown of the gas stove; it can be programmed to adjust the firepower, and the gas stove can be turned off at regular intervals. The operation is simple and fast, and it can prevent the incidents of burning rice and soup, and even burning out the pot caused by forgetting to turn off the fire. While using the timer to turn off the fire, you can also use the program control to adjust the firepower device. The method of use is similar to the method of using the timer. After adjusting the program control time, the high fire will automatically turn into a small fire after reaching this time. It is convenient and safe and will not cause waste of gas, saves energy and makes life more convenient. The function of program-controlled firepower adjustment and timing fire-off function are independent. These two functions can be used at the same time, or one of them can be used alone.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the structural representation of the utility model.

In the figure 1. Burner, 2. Thermocouple, 3. Ignition discharge needle, 4. Pulse igniter, 5. Timer B, 6. Ignition switch, 7. Firepower adjustment push rod, 8. Program-controlled motor, 9. Timing Device A, 10. linkage rope, 11. firepower adjustment rotary controller, 12. intake pipe, 13. electromagnetic valve, 14. gas outlet pipe.

Detailed ways

In Fig. 1, between the gas inlet pipe (12) and the gas outlet pipe (14), an electromagnetic valve (13) and a firepower adjustment rotary controller (11) for controlling gas on-off are installed, and at the gas outlet pipe (14) One end is connected with a burner (1), on the firepower adjustment rotary controller (11), is connected with a firepower adjustment push rod (7), on the firepower adjustment push rod (7), is connected with a program-controlled motor (8), in the program-controlled A timer A (9) is connected to the motor (8), a thermocouple (2) and an ignition discharge needle (3) are installed next to the burner (1), and the thermocouple (2) is connected to the timer B (5) , the timer B (5) is connected on the solenoid valve (13), the pulse igniter (4) is connected on the solenoid valve (13), and is also connected on the ignition discharge needle (3). The ignition switch (6) of the pulse igniter (4) is contained on the firepower adjustment rotary controller (11); DXT-15SFX timer for delayed disconnection; timer B (5) is DFJ-60X timer for regular disconnection.

When starting to work, the gas is in the intake pipe (12), when the firepower adjustment rotary controller (11) is pressed, the ignition switch (6) is turned on, and the pulse igniter (4) outputs current to the solenoid valve (13), The solenoid valve (13) is opened, the gas flows out of the gas pipe (14), and enters the burner (1), the ignition discharge needle (3) discharges at the same time, the gas burns, and the thermocouple (2) generates a current after being heated, and the timer B ( 5), reach the solenoid valve (13), maintain the open state of the solenoid valve (13), then, the pulse igniter (4) stops supplying power to the solenoid valve (13), when timing is required, the timer B (5) can be rotated, When the timing time is reached, the timer B (5) is disconnected, the thermocouple (2) turns off the power supply to the solenoid valve (13), the gas is cut off, and the gas stove stops working; Firepower is first adjusted to rotary controller (11), transferred to a certain large firepower, then the time data that will change after how much time is set with timer A (9), when the scheduled time arrives, timer A (9) ) will supply power to the program-controlled motor (8), and the program-controlled motor (8) will drive the fire power adjustment push rod (7), and the fire power adjustment push rod (7) and the linkage rope (10) will push the fire power adjustment rotary controller (11) to rotate, So as to achieve the purpose of adjusting the size of the firepower.

Claims (3)

1. A gas stove that can be programmed to adjust firepower and timing, mainly composed of a gas inlet pipe, a timing controller, a burner, a gas control valve, a program-controlled motor, etc. It is characterized in that: the gas control valve is controlled by a timing controller. The device is connected to the program-controlled motor, the program-controlled motor is connected to the fire adjustment push rod, the fire power adjustment push rod is connected to the fire power adjustment controller, one end of the thermocouple is connected to the timer, and the other end of the timer is connected to the solenoid valve. 2. According to claim 1, the program-controlled motor of the gas stove that can be programmed to adjust the firepower and timing is connected to the connecting rod, and the connecting rod is connected to the firepower adjustment controller. . 3. According to claim 1, the gas stove program-controlled motor with programmable adjustable firepower and timing is connected to the connecting rod, and the connecting rod is connected to the firepower adjustment controller through a rope, and the linkage firepower adjustment controller rotates.

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