A cyclone ignition gun includes a housing, an igniter, an electric fan, a battery pack, a gas can and a duct pipe respectively mounted inside the housing, a slide switch mounted in the top side of the housing for controlling the operation of the igniter and the electric fan, and a push switch mounted in the bottom side of the housing for controlling the gas can to discharge gas for burning. The slide switch and the push switch can be simultaneously operated to selectively achieve the function of fire burning and air blowing, the function of fire burning, or the function of air blowing.

A cyclone ignition gun includes a housing, an igniter, an electric fan, a battery pack, a gas can and a duct pipe respectively mounted inside the housing, a slide switch mounted in the top side of the housing for controlling the operation of the igniter and the electric fan, and a push switch mounted in the bottom side of the housing for controlling the gas can to discharge gas for burning. The slide switch and the push switch can be simultaneously operated to selectively achieve the function of fire burning and air blowing, the function of fire burning, or the function of air blowing.

The present disclosure describes a recovery boiler startup burner assembly that can mitigate the harmful effects of smelt fouling, airflow interference, and operator exposure to hot air from the furnace and win box through use of an extractable startup burner and an isolation chamber engaged to a windbox. The present disclosure also describes a method for safely extracting a startup burner from an active recovery boiler as has method for inserting an extractable startup burner into a recovery boiler during operation.

The present disclosure describes a recovery boiler startup burner assembly that can mitigate the harmful effects of smelt fouling, airflow interference, and operator exposure to hot air from the furnace and win box through use of an extractable startup burner and an isolation chamber engaged to a windbox. The present disclosure also describes a method for safely extracting a startup burner from an active recovery boiler as has method for inserting an extractable startup burner into a recovery boiler during operation.

The present disclosure relates to an ignition device. The ignition device comprises a flame producing assembly comprising a wand, a receiving portion configured to receive the flame producing assembly, wherein the receiving portion is configured to adapt between a receiving position and an ignition position. Further, the ignition device comprises a trigger mechanism configured to ignite the flame producing assembly when actuated. The ignition device further comprises a movable pin, wherein the movable pin is configured to move from a first position to a second position when a flame producing assembly comprising a wand is inserted into the receiving portion and the receiving portion is moved to the ignition position. The movable pin is further configured to block actuation of the trigger mechanism when in the first position, and configured to allow actuation of the trigger mechanism when in the second position.

The present disclosure relates to an ignition device. The ignition device comprises a flame producing assembly comprising a wand, a receiving portion configured to receive the flame producing assembly, wherein the receiving portion is configured to adapt between a receiving position and an ignition position. Further, the ignition device comprises a trigger mechanism configured to ignite the flame producing assembly when actuated. The ignition device further comprises a movable pin, wherein the movable pin is configured to move from a first position to a second position when a flame producing assembly comprising a wand is inserted into the receiving portion and the receiving portion is moved to the ignition position. The movable pin is further configured to block actuation of the trigger mechanism when in the first position, and configured to allow actuation of the trigger mechanism when in the second position.

A gas combustor with an igniting and combustion assisting function includes a main body, and an igniting device and a combustion assisting device disposed in the main body. A flame generated by the igniting device is ejected out from a flame ejecting pipe, an airflow generated by the combustion assisting device is blown out from an air conveying pipe, the flame ejecting pipe and the air conveying pipe are provided with a double pipe design, so that a shunting effect is provided to the flame and the airflow, thus an igniting and combustion assisting function is provided, and a convenience operation feature is provided to the gas combustor.

A gas combustor with an igniting and combustion assisting function includes a main body, and an igniting device and a combustion assisting device disposed in the main body. A flame generated by the igniting device is ejected out from a flame ejecting pipe, an airflow generated by the combustion assisting device is blown out from an air conveying pipe, the flame ejecting pipe and the air conveying pipe are provided with a double pipe design, so that a shunting effect is provided to the flame and the airflow, thus an igniting and combustion assisting function is provided, and a convenience operation feature is provided to the gas combustor.

A reusable fire starter is disclosed. The reusable fire starter may include a receptable with at least three legs and an open-top burn chamber configured to receive and hold a flammable substance that, when ignited, can be used to easily and quickly start a self-sustaining fire using standard firewood logs with little effort and without building up a gradual fire from smaller kindling or tinder first. The receptacle can be comprised of a non-porous, heat-resistant material that survives being used to start a fire, so the reusable fire starter can be reused to start subsequent fires after being refilled with more of the flammable substance. A method of use of the reusable fire starter is also disclosed herein.

A reusable fire starter is disclosed. The reusable fire starter may include a receptable with at least three legs and an open-top burn chamber configured to receive and hold a flammable substance that, when ignited, can be used to easily and quickly start a self-sustaining fire using standard firewood logs with little effort and without building up a gradual fire from smaller kindling or tinder first. The receptacle can be comprised of a non-porous, heat-resistant material that survives being used to start a fire, so the reusable fire starter can be reused to start subsequent fires after being refilled with more of the flammable substance. A method of use of the reusable fire starter is also disclosed herein.