Intelligent gas combustion range

Abstract

This invention relates to a sort of intellective gas oven, it consists of the head oven, the control plate, the control keyboard, the portfire and the intellective control valve which is made up of the one that the gas valve and the valve drive the electric engine. The gas valve of the intellective control valve in this invention connects with the head oven and the gas pipe. The gas valve drives in this invention drives this gas valve in this invention which is connects with the electric engine. The control plate connects with the control keyboard and the valve by electricity in order to drive the electric engine. It is characterized in that: this gas valve is a sort of multichanne valve which has an admitting pipe and several escape pipes. The several escape pipes connect respectively with each fire loop of the head oven having several fire loops. The several escape pipes in this invention distribute to each other along the spool arbor of the gas valve, the spool of the gas valve has the spool bore which can alter aperture along the circle in turn related to each center of the escape pipe. It has this excellence in that: firepower accommodation with six sects in order to satisfy different require of the cooking method, safe when using, simple and convenient operation, high ignition frequency, no impulse noise when igniting.

Description

Technical field [0001] The invention relates to a gas stove, in particular to an intelligent gas stove. Background technique [0002] Existing gas stoves are manually controlled by the ignition switch and controlled by a mechanical valve body when in use, so as to adjust the gas flow rate of the gas valve to achieve the required flame. Therefore, when using gas stoves, it is often necessary to constantly adjust the gas valve according to the needs of cooking and cooking. The high fire position is about 90 degrees counterclockwise from the closed position of the valve body, and the low fire position is about 170 degrees counterclockwise from the closed position. Degree (that is, the valve stem rotates counterclockwise until it does not move), the fire power adjustment of other positions does not have a more precise control, and visual observation is required when adjusting the fire power. It brings inconvenience to use; at the same time, the knob of the gas valve is designed in fr...

AI Technical Summary

Problems solved by technology

It can realize the dynamic automatic adjustment and control of the heat of the stove according to the preset program, improve the cooking efficiency, simplify the operation steps, and be very convenient to use; and it can also interact with the user at any time through sound and light prompts during use to ensure that the gas stove It is safe and convenient to use, but it cannot realize the function of adjusting the inner and outer rings, and cannot meet the needs of various firepower requirements of Chinese families.

[0004] There are two types of ignition devices for existing gas cookers. One is piezoelectric ceramic pulse spark ignition, which uses spring impact pressure to apply pressure to piezoelectric ceramics to generate electric pulse spark ignition; the other is high-voltage pulse ignition, which uses direct current (battery) ) to turn on the coil to generate 12KV high-voltage pulse ignition; the former piezoelectric part is easily damaged and has a short life

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