Portable Igniter

Abstract

A portable igniter relates to an ignition device for gas combustion. Portable igniter, including element cylinder, air guide tube, premixed air tube, windproof tube, remote control, solenoid valve, ignition electrode, air volume regulating valve connected with intake hose, solenoid valve connected with air guide tube; the air guide tube is set on the premixed air tube Inside, the premixed air pipe is installed in the windproof pipe, and one end of the premixed air pipe and the windproof pipe is fixed at one end of the element cylinder; the inside of the element cylinder is equipped with a receiving module, a control module, and a power supply, and the power supply end of the ignition electrode is connected to the control module. The module receives the operation signal of the remote controller, sends the signal to the control module, and the control module sends high voltage to the ignition electrode. The invention has the characteristics of convenient operation, safety, high ignition success rate and the like.

Description

Technical field: [0001] The invention relates to an ignition device for gas combustion, which is applied to natural draft burners of oil field heating furnaces, kitchen stoves or stoves in civil canteens, and other places where emergency ignition is required. Background technique: [0002] At present, most of the naturally induced draft burners used in the oilfield industry adopt the automatic ignition function, but many types of burners may fail to ignite due to the quality of the gas source, machine failure, harsh environment, power failure, etc. during the application process, resulting in Many burners cannot be used normally, which affects the normal production of the enterprise, especially in winter, due to the low ambient temperature, the burner does not ignite and it is easy to cause the crude oil produced from the wellhead to solidify during pipeline transportation. For transportation, it is necessary to ensure the normal temperature of water mixing and hot washing. ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the naturally induced draft burners used in the oilfield industry adopt the automatic ignition function, but many types of burners may fail to ignite due to the quality of the gas source, machine failure, harsh environment, power failure, etc. during the application process, resulting in Many burners cannot be used normally, which affects the normal production of the enterprise, especially in winter, due to the low ambient temperature, the burner does not ignite and it is easy to cause the crude oil produced from the wellhead to solidify during pipeline transportation. For transportation, it is necessary to ensure the normal temperature of water mixing and hot washing. At this time, whether the burner can operate normally is particularly important.

For various types of burners, failure to ignite during the application process is the most common failure. In order not to affect production and needs, operators often make simple ignition sticks for the burner to manually ignite. Due to the use of external fuel and close-range operation There are many potential safety hazards in the ignition of simple ignition sticks, and injuries caused by manual ignition occur from time to time

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