How to use the stove? How does a stove work?

The fire should be lit correctly, and regular maintenance should be done, and it should also be checked frequently, etc., these are the ways to use the stove, which is very correct.

The use of the stove is to first light some corn cob or firewood in the stove, and then gently put the carbon on the corn cob, so that the corn cob will drive the combustion of carbon in the process of combustion, so that the use of the stove.

The method of using the stove is: press the knob completely on the air source switch, and rotate it counterclockwise to 90 degrees to ignite, you need to press and hold it for 5 to 10 seconds and then let go, and burn normally.

First of all, it is necessary to put the pot on the stove, then open the valve below, and then turn on the switch button above, and be sure to judge the fire situation by the color of the different fires.

The simplest function of the stove is, of course, what about the stove, whether it is used at home or in the restaurant, it is very suitable, and the function is now more and more perfect, which can meet some of the cooking needs of most people.

Now the stove is also divided into a lot, there are energy-saving stoves, as well as electric stoves, natural gas stoves, and energy-saving stoves, it is also very simple, especially easy to operate, and it is very attractive to have no smoke and less dust, plus this energy-saving can also maximize the use of effective resources, save us from using natural gas, and it is also very time-saving, will not defire, the service life is also very long, in general, it can be used for more than 8 years.

Now the functions of these stoves are really more and more complete, and many of them are stoves, rice cookers, ovens, these are all integrated, so integrated, it is very space-saving, and at a glance, all the logos are very convenient, next time we make cakes belong to him have some options for large and small fires, and some of them have options for making chicken thighs, so even if it is a novice when using these stoves, it is also a minute to get started, and there is no need to worry about it.

But I think the best thing about this kind of all-in-one is that you can bake a cake on a gas stove, and it's very convenient, and the cake baked on top of it is very delicious.

And, now the stove still has some people to make the function, that is, it can be switched on and off regularly, and it is very safe to protect the fire at the same time, of course, the explosion-proof function is also very good, which is equivalent to having this one, almost everything does not need to be bought, cooking, baking, stir-frying, cooking, etc., all available.

I have to admire that with the advancement of science and technology, many things have become more and more intelligent, and it has greatly facilitated people.

The stove has many functions, such as the stove can cook rice, stir-fry, stew soup, stew meat, boil porridge, hot rice, and the stove can also be used to cook cakes, fried eggs, etc. I think the best function is to stir-fry, and the food stir-fried on the stove is very delicious and healthy.

The functions of the stove are, range hood, gas stove, disinfection cabinet, storage cabinet, microcrystalline stove, induction cooker, etc., the best function is, of course, induction cooker, range hood and gas stove.

There are many functions, it can be used to stir-fry, and it can also be used to heat food, cook, boil water, the best function should be stir-frying, it is very convenient, the speed is also very fast, you can cook the rice in a short time, and the taste is particularly delicious.

First of all, it can be used to cook fish, then it can also be used to bake cakes, and then it can also be used to make chicken thighs, and it can also be used to make ovens, and then it can also be used to stir-fry.

Working principle, a pulse igniter is a pulse high-frequency oscillator composed of electronic components. The high-frequency voltage generated by the oscillator rises to a high voltage of 15kV through a step-up transformer, and a tip discharge is performed, igniting the gas of the burner with the spark of discharge. This igniter has a high ignition rate and can discharge continuously.

After pressing the handle, the pulse igniter starts firing. Release the handle and the pulse stops ignition. It is convenient and fast, saves time and energy, and has high reliability.

An electric pulse igniter is a device that uses a spark from a high-voltage discharge to ignite the combustible gas of a stove. The input working voltage can be divided into DC and AC 120V, 240V, etc. The input operating voltage can be divided into DC, etc.

Correspondingly, the function of the output can be divided into 1 8 outputs. Now let's take an example to illustrate how it works. T1, BG, and R increase the DC to about 400V AC power supply, and after D rectification, it rises to C1, and when the voltage at both ends of C1 rises to a certain value, the BG2 tube suddenly breaks down, and the internal resistance.

Just like a switch connection, at this point C1 passes, T2's primary coil, discharges, discharges. In addition, when looking for BG2, the T1 car is equal to a short circuit, and BG1 stops vibrating. After the C1 discharge is completed, BG2 will return to the open state.

BG1 immediately starts vibrating again, repeating the above working process, so the spark is an intermittent continuous spark. Discharge frequency, about second pulse igniter is an electronic product that uses the pulse principle to continuously generate sparks and ignite the flame of a gas ball.

In the early days, pulses were mostly battery-powered, but in recent years most products have converted alternating current to power. With the improvement of industrial technology, the production cost of the pulse machine has been reduced, and it is widely used in mid-range gas products, which greatly facilitates the use of customers and improves the level of product automation. The pulse ignition stability is higher than that of the early pressure ignition device, and the operation is simple.

Pulse igniters can be used for direct ignition of gas fuels, liquid fuel burners, or flares, eliminating the need for additional secondary ignition means. It is widely used for flame ignition of gas fuel or liquid fuel burners in various water heater industrial kilns, and realizes stable ignition of the combustion system by setting its own ignition time.

It may be that when the gas stove is working, and the gas enters the stove from the air intake pipe, and finally passes through the adjustment of the gas valve, and then returns to the stove, and finally mixes into air, so that the working principle of the stove is the stove.

The working principle of the stove is to use liquefied petroleum gas, artificial gas, natural gas and other gaseous fuels for direct fire heating, and then operate from this.

When a thermocouple is heated, it generates a thermoelectric potential that allows the solenoid valve to work, which is the basic working principle.

Method:

1. When the stove eye is flooded, it should be turned upside down immediately to dry the water, or dry it with a hair dryer.

2. Dry for a day and a half days, and when you confirm that there is no water, try to make a fire.

3. If you still can't hit it, you can also borrow an open flame to try to open it.

4. Check whether the stove eye is blocked and clean it up in time.

Energy-efficient use1. The stove should be placed in a sheltered place, or a wind ring should be added to prevent the flame from departing from the bottom of the pot.

2. Adjust the size of the air inlet to let the gas fully burn, and the combustion flame should be blue.

3. Fully prepare for stir-frying before igniting the fire to prevent "hanging fire".

4. When making soup and stewing things, you should first boil over high heat, and then use low heat as long as you keep the pot boiling without overflowing.

Connect the gas. Press the knob. A slight twist will hit the fire.

1. Before the use of the small gas stove, we should first ensure that the installation of the stove is reliable and the connecting hose is firmly connected without air leakage, the gas control valve should be opened before use, and the ignition should be carried out by opening the knob of the stove.

2. After the stove is used, the stove knob switch should be closed first and then the gas control valve should be closed, if the stove knob switch is not closed, the gas control valve will be closed directly, which will easily lead to the opening of the gas control valve and cause gas leakage.

3. According to the relevant standards of the national "Household Gas Cooker", the burner of each gas stove must have a flame-out protection device, and the stove with flame-out protection should stay for 5 seconds after the gas is ignited and then let go (in order to make the thermocouple of flame-out protection more fully induced), many users do not understand this and will mistakenly think that it is the quality problem of the stove.

The stove has many functions. Saving gas is probably the most energy-efficient furnace in China, saving 35% to 48%, which is equivalent to using a gas cylinder for more than ten days. Tyrin has the function of preventing dry boiling, which I think is the most practical because it is easy to drink less water while cooking.

The dry boiling prevention function will automatically close the air valve when the water in the pot is dry, avoiding grass and fire in the pot. Low carbon and environmental protection, smoke-free, no iron filings. Safety of gas stoves:

According to the standardization of domestic gas stove production: "Gas stove manufacturers cannot design and produce gas stoves with commercial kitchen equipment.

Commerce completely replaced the previous archaic equipment as the main equipment in the kitchen; Fully combusted, carbon monoxide emissions are superior to the gamma hood in many ways and are also a good-looking hero that is easy to use in the kitchen. In addition to orderly storage and delicate details, there is also a gas stove, the utility model discloses.

It has the advantages of safety and rich functions: the small stick of the stove ** is a silicon sensor, a flashlight, an oil smoke, a gas stove and a sterile gas stove. The main function of the fire extinguishing device set up according to the stove is to close the gas channel when the stove is not working or the gas burns accidentally in the middle of the stove to avoid gas leakage accidents.

The direction of fire can be divided into direct combustion fire, lateral combustion of fire and rotary combustion of fire. Direct combustion of fire is very common, i.e. the outlet hole is upwards and the flame is perpendicular to the bottom of the pot from bottom to top. The use rate of the combustion side fire is very high and a lot of energy is wasted over time.

That's where we need the help of an energy saver. The energy saving effect of the economizer is very good, and it is also very convenient to use. It integrates many features like large covered cabinets and storage cabinets.

In this way, he will be able to fall in love with the house.

Half of your feelings can be poured into the kitchen. If the kitchen is not easy to use, it can be changed at any time + kitchen + multiple brands are also equipped with other functions. It takes up very little space, not to mention the fire power output, which is best suited for Chinese kitchens.

A burner is a material. What are the benefits of cooking on the stove? Let me tell you, a real redneck.

It was then that as soon as I entered the main entrance, Kada on the east and west sides.

There's a pan table with a big pan for cooking.

We are not engaged in research. Whatever it is, it's good to use. I've been using the Martian for over a year now, but I've never thought to explore how it works.

I know they have a high rate of smoke absorption. If you care so much about how it works, go to their official website to check, there may be. Thermocouple is a commonly used temperature measuring element in temperature measuring instruments, which directly measures the temperature, converts the temperature signal into a thermoelectric power signal, and converts it into the temperature of the measured medium through the electrical instrument (secondary instrument).

The shapes of the various thermocouples tend to vary greatly depending on the need, but the basic structure is roughly the same.

They typically consist of a thermode, an insulating sleeve, a protective tube, and a junction box, and are often used with display instruments, recording instruments, and electronic regulators. The working principle of a thermocouple is: when there are two different conductors or semiconductors A and B form a loop, when the two ends are connected to each other, as long as the temperature of the two nodes is different, the temperature at one end is t, which is called the working end or hot end, and the temperature at the other end is t0, which is called the free end (also known as the reference end) or cold end.

An electromotive force is generated in the circuit, and the direction and magnitude of the electromotive force are related to the material of the conductor and the temperature of the two joints. This phenomenon is called the "thermoelectric effect", and the circuit consisting of two conductors is called a "thermocouple", and the two conductors are called "thermoelectrodes", and the resulting electromotive force is called "thermoelectromotive".

The thermoelectric potential consists of two parts, one is the contact electromotive force of two conductors and the other is the thermoelectric electromotive force of a single conductor. The size of the thermoelectric power in a thermocouple circuit is only related to the conductor material of the thermocouple and the temperature of the two contacts, not the shape and size of the thermocouple. When the material of the two electrodes of a thermocouple is fixed, the thermoelectric dynamics are a function of the difference between the temperatures t and t0 of the two junctions.

That is, this relationship is widely used in actual temperature measurement. Since the cold junction t0 does not change, the thermal electromotive force generated by the thermocouple only varies with the temperature of the hot end (measuring end), i.e. a certain thermal electromotive force corresponds to a certain temperature.

We can only measure temperature by measuring thermal electromotive force. The basic principle of thermocouple temperature measurement is that two conductors of materials of different composition form a closed loop. When there is a temperature gradient between the two ends, there is an electric current passing through the loop, and then between the two ends there is an electromotive force of thermoelectric power, known as the Seebeck effect.

Two homogeneous conductors with different compositions are thermoelectrodes, with the higher temperature end being the operating end and the lower temperature end being the free end, which is usually at a constant temperature. According to the functional relationship between the temperature difference electromotive force and temperature, a thermocouple indexing table was made. When the temperature of the free end is 0, the indexing table is obtained, and different thermocouples have different indexing tables.