Inductive resonance driven stable-current type ignition system for combustor of carbon roasting furnace
A carbon roasting furnace and inductance resonance technology, applied in the field of ignition system, can solve the problems of low ignition energy, no ignition or deflagration, low spark temperature, etc., and achieve stable ignition frequency, stable performance, safety, reliability and low cost. Effect
Inactive Publication Date: 2016-01-06
SICHUAN HUASUO AUTOMATION INFORMATION ENGCO
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Problems solved by technology
[0003] The purpose of the present invention is to overcome the low power of the current pulse igniter used in carbon roaster burners, so the ignition energy is small, the generated spark temperature is low, and safety accidents such as failure to ignite or deflagration often occur. The carbon roasting furnace burner brings great inconvenience, and provides a carbon roasting furnace burner that is not only simple in structure, but also low in cost, and can be quickly ignited and not easy to extinguish.
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[0018] like figure 1 As shown, the ignition system of the present invention includes a power supply, a control switch and an ignition device connected in sequence, and the power supply used in the present invention is a 220V DC power supply. In order to ensure stable and reliable ignition performance of the ignition system of the present invention, an inductance resonant drive circuit is connected in series between the control switch and the ignition device, and a current stabilizing circuit is also connected to the inductance resonant drive circuit.
[0019] like figure 2 As shown, the inductance resonance drive circuit is composed of a control chip IC, an inductance drive circuit connected to the control chip IC, and a rectification control circuit connected to the control chip IC and the inductance drive circuit respectively, and the current stabilization circuit is connected to the control chip IC and the inductance drive circuit respectively. The inductance drive circui...
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The invention discloses an inductive resonance driven stable-current type ignition system for a combustor of a carbon roasting furnace. The inductive resonance driven stable-current type ignition system comprises a power supply, a control switch and an ignition device which are electrically connected in sequence. The inductive resonance driven stable-current type ignition system is characterized in that an inductive resonance drive circuit and a stable-current circuit connected with the inductive resonance drive circuit are in series connected between the control switch and the ignition device. The inductive resonance driven stable-current type ignition system is not only simple in structure, but also low in cost; ignition is controlled by the inductive resonance drive circuit, so that the ignition frequency is stable, and the ignition system for the combustor of the carbon roasting furnace is safer and more reliable in performance, and therefore, a user conveniently uses the combustor of the carbon roasting furnace, and the inductive resonance driven stable-current type ignition system is suitable for being popularized and applied.
Description
technical field [0001] The invention relates to an ignition system of a burner, in particular to an inductance resonance driven steady-flow ignition system for a carbon roaster burner. Background technique [0002] When the burner is in use, it needs to use an ignition device to ignite the fuel. Currently, the igniter used for the burner of the carbon roaster usually uses a pulse igniter. However, due to the low power of the pulse igniter, the ignition energy is small, and the generated spark temperature is low, and safety accidents such as failure to ignite or deflagration often occur, which brings great inconvenience to users in using carbon roaster burners. Contents of the invention [0003] The purpose of the present invention is to overcome the low power of the current pulse igniter used in carbon roaster burners, so the ignition energy is small, the generated spark temperature is low, and safety accidents such as failure to ignite or deflagration often occur. The ca...
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IPC IPC(8): F23Q3/00H03K19/00
Inventor 郭力
Owner SICHUAN HUASUO AUTOMATION INFORMATION ENGCO