Abstract: Provided is a cooking device. The cooking device includes a frame to form a cooking chamber; a burner to heat the cooking chamber; a gas valve to control a flow of a gas which will be supplied to the burner; an ignition unit to ignite a mixed gas of the gas and air which is supplied to the burner; a fan to enable the air heated by the burner to flow; a fan motor to rotate the fan; and a control unit to control the fan motor, wherein, when the fan motor is normally operated, the control unit turns on the gas valve and operates the ignition unit.

Abstract: A hands-free striker assembly for use with a torch cart for igniting a torch attached to the torch cart. The hands-free striker has a mounting body mounted to the torch cart having a striker tip for lighting the torch. The hands-free striker also has a friction pad for lighting the torch by passing the torch over the friction pad and into contact with the striker tip.

Abstract: A gas lighter that includes a reservoir for holding a flammable gas, a valve mounted on a top surface of the reservoir for allowing a release of the gas from the reservoir, a valve actuator having a push button on a first end and a connector at a second end for connecting the valve actuator to the valve; a first spring biased against a lower surface of the push button actuator and a wall of the reservoir; a spark wheel coaxially mounted with corresponding cheeks that are capable of rotating; a hood disposed completely or partially over the spark wheel and cheeks; at least two support arms, each arm having a first end coaxially mounted with the cheeks and a second end having a pivoting connection to bearings located on the reservoir; a sleeve disposed under the under the spark wheel; a second spring disposed in the sleeve; and a flint stone disposed in the sleeve.

Abstract: A torch assembly adapted to be attached to an associated fuel supply, the torch assembly has a housing, a fuel line at least partially contained within the housing, a burn tube extending from the housing and adapted to receive fuel from the fuel line, an attachment member operatively connected to the housing for connecting the torch assembly to the associated fuel supply, the attachment member in fluid communication with the fuel line for delivering fuel from the associated fuel supply to the fuel line; a control apparatus having a trigger for actuating an on/off valve adapted to permit or stop flow through the fuel line, a regulator adapted to at least partially restrict flow in the fuel line, and a controller operatively connected to the regulator to adjust the position of the regulator to vary the flow of fuel through the fuel line.

Abstract: A control system for the ignition of a gas burner that include an electromagnetic valve having a first coil and a second coil, the activation of the first and second coils controlling the flow of gas through the electromagnetic valve. An ignition element which is designed to be heated until it reaches the gas combustion temperature of the gas delivered to the burner is disposed electrically in series with the first coil, the ignition element and first coil forming a branch. The control system also includes an auxiliary electromagnetic valve with a coil, the activation of the coil controlling the flow of gas through the auxiliary electromagnetic valve. The flow of gas towards the burner is allowed when both the electromagnetic valve and the auxiliary electromagnetic valve are open.

Abstract: A gas burner assembly is provided for a cooking appliance including a cooktop surface. The gas burner assembly comprises an outer gas burner comprising an outer burner body, the outer gas burner configured to provide an outer cooking flame; and an inner gas burner comprising an inner burner body, the inner gas burner configured to provide an inner cooking flame, wherein secondary air supplied to the inner gas burner flows through one or more openings through the cooktop surface, wherein one or more channels direct spills beneath the outer gas burner onto the cooktop surface.

Abstract: A torch is provided having a tube having an inside diameter, a body and an orifice tip having a bore, where the diameter of the bore of the orifice tip and the inside diameter of the tube have a particular ratio based upon the type of fuel used for the operation.

Abstract: A burner includes a housing 1, an intake pipe 3 and a burner head 4. Gas in the housing 1 is supplied to the burner head 4 through the intake pipe 3. An electric wire 8 extends through the intake pipe 3 which connects a piezoelectric element 7 to a core wire 10 from which electric discharge is generated near burner ports 9 of the burner head 4 by the piezoelectric element 7. Since the wire 8 is not exposed to outside the intake pipe 3, the wire 8 is never caught and damaged by an external object. Since air-gas mixture which is kept at around the room temperature is flowing through the intake pipe 3, the wire 8 is less likely to overheat during use of the burner. Thus, it is not necessary to provide the wire 8 with a shield plate for protecting the wire 8.

Abstract: The disclosure relates to a hand tool with an incorporated burner comprising: a casing; a burner housed in the casing and connected to an electrically conducting component; a trigger apt to move on the casing; an ignition abutment; and a piezoelectric igniter; wherein the trigger and the piezoelectric igniter form a unit which may be disassembled by detachment of the trigger from the casing.

Abstract: A gas lighter that includes a reservoir for holding a flammable gas, a valve mounted on a top surface of the reservoir for allowing a release of the gas from the reservoir, a valve actuator having a push button on a first end and a connector at a second end for connecting the valve actuator to the valve; a first spring biased against a lower surface of the push button actuator and a wall of the reservoir; a spark wheel coaxially mounted with corresponding cheeks that are capable of rotating; a hood disposed completely or partially over the spark wheel and cheeks; at least two support arms, each arm having a first end coaxially mounted with the cheeks and a second end having a pivoting connection to bearings located on the reservoir; a sleeve disposed under the under the spark wheel; a second spring disposed in the sleeve; and a flint stone disposed in the sleeve.

Abstract: A combustor ignition system includes an igniter assembly adapted for installation at least partially inside a combustor. A first ignition lead is electrically connected to the igniter assembly and includes a terminal end remote from the igniter assembly. A second ignition lead is electrically connected to the first ignition lead. The combustor ignition system further includes means for releasably connecting the first and second ignition leads.

Abstract: A valve assembly including a block forming a bore. An air inlet opening is in communication with the bore, and provides a volume of air into the bore. The bore provides communication between the air inlet opening and at least one air outlet passage. A fuel inlet opening is in communication with the bore, and provides a volume of fuel into the bore. The bore provides communication between the fuel inlet opening and at least one fuel outlet passage. A pintle is slidably positionable within the bore to control the volume of air directed out of the bore through the air outlet passage and the volume of fuel directed out of the bore through the fuel outlet passage.

Abstract: The present invention provides an ignition switch, which includes a switch member, a closed device, a knob, an electromagnetic valve, and a driving device. The switch member has a receiving chamber to receive the driving device therein. The driving device connects the knob and the electromagnetic valve such that the electromagnetic valve is operated by manipulation of the knob.

Abstract: A gas torch is provided that includes an auto-ignition system disposed within the gas torch, a preheat oxygen conduit array extending through the gas torch, a fuel gas conduit array extending through the gas torch, and a cutting oxygen conduit array extending through the gas torch. At least one safety device is disposed within the gas torch, such as check valves and flashback arrestors, by way of example. The gas torch also includes a cutting oxygen trigger and an ignition trigger operable to start preheat gas flow and to ignite the gas torch. The ignition trigger is configured for automatic disengagement of the auto-ignition system when the ignition trigger is released.

Abstract: An automated torch for generating and sustaining a flame is provided that includes a head, the head including a burning chamber, a pole, a computer module, at least one fuel supply tube, a valve, a diffuser assembly and an igniter/sensor.

Abstract: A brazing system has a first gas source, a second gas source, a first enclosure, a second enclosure, a brazing torch, and a control system configured to control a ratio of the first gas source and the second gas source.

Abstract: An ignition system with means for quick ignition is provided. The ignition system includes a hollow body having a first opening and a second opening; an ignition element for inducing combustion of a solid combustible material at the second opening; a current source electrically coupled to the ignition element; and a blower at the first opening, wherein the blower is configured to induce air flow from the first opening to the second opening.

Abstract: Burner (5) for a gas burning hand tool (1), of the type comprising an elongated burner body (21), associated at opposite ends of the body with a gas injection zone (17) and a gas combustion zone (19). The gas injection zone (17) comprises at least one outlet orifice (35) terminating flush on the outside of the periphery (25) of the burner body (21), this periphery (25) promoting the circulation of the gas outside the burner body (21) to the combustion zone (19). Gas burning hand tool equipped with a burner of this type.

Abstract: An ignition system for a combustor includes an access port through a wall of the combustor and a laser outside the combustor and aligned with the access port to generate a beam along a path. A lens in the path of the beam focuses the beam at a focal point inside the combustor, and a shutter has a first position in the path and a second position out of the path. A method for igniting a combustor includes generating a beam along a path, focusing the beam to a focal point inside the combustor, and moving a shutter from a first position in the path to a second position outside of the path.

Abstract: A torch assembly having features enabling single handed operation. The torch assembly includes a flame control device that can be operated with a user's fingers while the user is holding the torch with the same hand. A controller apparatus of the torch assembly includes a trigger for actuating an on/off valve adapted to permit or stop flow through a fuel line, a regulator adapted to at least partially restrict flow in the fuel line and including a regulator valve, and a controller operatively connected to the regulator to adjust the position of the valve to vary the flow of fuel through the fuel line. The controller is interposed between the trigger and the regulator, and can include a rotatably mounted knob.

Abstract: In order to provide a gas lighter which, by causing a flame burning out from a flame hole to emerge as a wide and flat one, combusts a fuel gas while the flame wraps all around the leading end of a cigarette or cigar, the gas lighter includes at least a mixing conduit which mixes the fuel gas jetted out from a gas tank with air, a diffuser connected to the upper portion of the mixing conduit, a combustion cylinder which, being provided so as to surround the diffuser, causes the fuel gas to combust stably, and a windshield member which, being disposed above the combustion cylinder, is provided with a flame hole, wherein at least an opening in the upper portion of the combustion cylinder is formed in an elliptical shape, and the flame hole is formed in a slit shape.

Abstract: An acoustically variable burner system is provided, having a burner wherein the flow of gas thereto, and consequently the flame pattern resulting from the ignition of the gas, is variable by transmission of acoustic waves therethrough via an acoustically-based control system. The preferred burner design produces a realistic, wood-burning type flame pattern. An acoustic controller, such as an APPLE® iPod®, MP3 player, computer, etc., may be utilized to drive/control electroacoustic transducers positioned adjacent the burner, the sound waves of which are produced thereby varying the flow rate of gas to the burner gas ports, thereby varying the flame height in direct correspondence with the audio signal. Further, the flame color may be altered by introduction of flame color variant compositions exposed to the flame via a flame color variation device removably positioned adjacent the burner.

Abstract: With a method and a device for igniting and operating burners when gasifying a carbon-containing fuel using at least two gasification burners, start of the pressure gasification with short start times is made possible, at high pressures, without prior inertization of the gas space, while avoiding continuous fuel gas consumption in the pilot burner or ignition burner and also protecting stationary ignition burners against contamination by configuring one gasification burner as a start-up burner, which is ignited by at least one pilot burner using an electrical ignition device. A combustible gas mixture including a fuel gas and oxygen-containing gas is ignited by the pilot burner, in the start-up burner. After ignition of the start-up burner, at least one further gasification burner is ignited by this burner. The start-up burner is operated further as one of the gasification burners of the carbon-containing fuel via a change in medium.

Abstract: A device for creating an electrical potential, such as a piezoelectric igniter, is connected to a conductor that conducts current to a burn tube to create a spark that ignites the fuel in the burn tube. In one embodiment a gap is formed in the conductor. An insulator is located in the gap such that is can be selectively moved between an insulating position where the flow of electricity over the gap is prevented such that no spark is created in the burn tube and a non-insulating position where electricity is allowed to flow over the gap such that a spark is created in the burn tube. In another embodiment the piezoelectric igniter forms part of the electrical circuit and is in electrical conductive contact or proximity to an electrical conductor that forms part of the ignition circuit. An insulator may selectively located between the igniter and the conductor.

Abstract: A uniquely constructed cigarette lighter designed to minimize damage and death to individuals and damage to property; includes a battery, electrical conduit and heating element that are interconnected by a pressure activated switch. Effectively eliminating open flames, sparks and volatile liquid fuel, characteristics associated with conventional cigarette lighters. Resulting in substantially minimizing death and damage to humans and destruction of property. Additionally, this new device is useful underwater.

Abstract: A torch and a burn tube for a torch are provided. The torch comprises a burn tube having a first end and a second end remote from the firsts end secured to a torch body for receiving a fuel. The first end has an orifice through which a flame is discharged. The burn tube is one-piece from the first end to the second end. The burn tube has an expanded portion located adjacent to the first end and a flame guide located entirely inside of the burn tube adjacent the first end. A method of making the burn tube and torch is also provided.

Abstract: The present invention relates to a hand-held gas combustion apparatus, comprises a gas storing tank, a gas discharging device, a housing, an ignition system and a flame device. The flame nozzle of the flame device and the metal sleeve tube are respectively in contact with the conductive wire and the electricity-guiding wire of the ignition system, so a static electricity spark is generated between the inner folding edge of the metal sleeve tube and the flame nozzle, so mixed combustion gas ejected from the flame nozzle is ignited, a gas combustion apparatus is therefore obtained, and the electricity-guiding wire is provided between the metal sleeve tube and the ignition system so the high-voltage static electricity can be guided back to the ignition system for forming a circuit.

Abstract: The disclosure relates to a hand tool with an incorporated burner comprising: a casing; a burner housed in the casing and connected to an electrically conducting component; a trigger apt to move on the casing; an ignition abutment; and a piezoelectric igniter; wherein the trigger and the piezoelectric igniter form a unit which may be disassembled by detachment of the trigger from the casing.

Abstract: What is shown is an improved gas burner assembly that is easily adapted to attach to a range top or cooktop, or the floor of the range and can draw air from either above the range top level by external vents or from below range top level through an open style mixing cup. The improved gas burner assembly uses a plurality of flame rings providing the user a wide variety of temperature settings starting from a low intensity simmer to high intensity cooking heat. A gas transfer channel provides a sustaining ignition source. The gas transfer channel has sustaining flame buttons interior to the burner body, and provides the initial ignition for the main flame rings. The gas transfer channel additionally has slots that provide additional sustaining flames for the main flame rings located on the exterior of the burner body.

Abstract: A device for creating an electrical potential, such as a piezoelectric igniter, is connected to a conductor that conducts current to a burn tube to create a spark that ignites the fuel in the burn tube. The safety mechanism disables the operative connection between the trigger and the igniter such that the safety mechanism does not lock the trigger (the trigger may move relative to the torch body) but the movement of the trigger does not actuate the igniter. An actuating button is provided such that the user manually controls the position of the disabling mechanism.

Abstract: An igniter for an internal combustion engine is disclosed. The igniter may have a body, and a pre-combustion chamber integral with the body and having at least one orifice. The igniter may further have a focusing device configured to direct at least one beam of light energy into the pre-combustion chamber.

Abstract: An ignition and chemical reaction accelerator and flame stabilizer and a high-performance speed-type internal combustion engine using this device are provided, whereby ignition and the spreading and holding of flames can be dramatically improved in a gas turbine, a ram machine, a rocket engine, or another speed-type internal combustion engine.

Abstract: The present disclosure is directed to injectors with integrated igniters providing efficient injection, ignition, and complete combustion of various types of fuels. These integrated injectors/igniters can include, for example, insulators with adequate mechanical and dielectric strength to enable high-energy plasma generation by components that have very small dimensions, multifunction valving that is moved to injector multiple bursts of fuel and to induce plasma projection, a fuel control valve at the interface to the combustion chamber for the purpose of eliminating fuel drip at undesired times, and one or more components at the interface of the combustion chamber for the purpose of blocking transmission of combustion sourced pressure.

Abstract: An igniter includes an igniter body provided with a liquefied gas reservoir, and a rod-like extension, which extends from the igniter body and has a flame port ejecting gas flame therethrough on its leading end. The base portion of the rod-like extension is supported for rotation with respect to the igniter body so that the angle made between the igniter body and the rod-like extension can be changed to change the direction of the flame port in a free state and locked when the igniting action is to be done.

Abstract: Disclosed is an actuator for a piezoelectric cigarette or utility lighter with a LED penlight incorporated as an independent light source. The actuator is located at the top of a standard piezoelectric lighter behind the lighter's burner. The actuator activates the lighter when it is depressed and makes contact with a piezoelectric unit that initiates release of gas into the burner while simultaneously emitting a spark in the area of the burner to ignite the gas. The penlight feature consists of an LED light assembly incorporated into the actuator's top cap situated so as to depress the piezoelectric unit. The LED light assembly consists of a light emitting diode mounted on a platform, the whole of which is configured to fit within the LED top cap whereby the platform is a bottom wall of the LED top cap and contains a power source in the form of a battery holder that fits between the piezoelectric unit and the outer casing of the lighter. A pressure switch on the actuator operates the penlight.

Abstract: This invention provides a portable combustion device that provides a cleaner combustion, reduces the kindling period, and provides a more efficient overall combustion through the use of a fan that directs a predetermined volume of airflow over the combustible fuel—typically wood or similar cellulose-based biological solids. The combustion device has a combustion chamber into which the fuel source is placed for combustion. Mounted to the side of the combustion chamber is a housing that encloses the TEG, which generates an electrical output based on a difference in temperature on opposing sides. Mounted onto the TEG housing and protruding into the combustion chamber through a small passageway is a heat-conducting probe and heat-conducting probe base unit. The opposing side of the TEG is also in contact with a heat sink to remove heat from the TEG device through interaction with ambient air that passes over the vanes from a port located along the side of the TEG housing.

Abstract: An automated ignition assembly for a gas-fueled appliance includes a pressure plate positioned between an upper bellows and a lower bellows, each of which is in selective communication with a fuel gas source. If fuel gas is directed to the lower bellows, gas within the upper bellows is diverted to an ignition site; as the lower bellows inflates, it lifts the pressure plate and an associated linkage assembly to engage a piezo igniter, which creates a spark at the ignition site. The lower bellows is then deflated and the upper bellows is inflated to again engage the piezo igniter. Once a flame has been generated, or if a flame has not been generated within a predetermined time period, an automated valve disables fuel gas flow to the bellows.

Abstract: An igniter can include a safety mechanism which is easily operated by an adult but is difficult for a child to release. In particular, an igniter can include: a nozzle section which emits a flame; a fuel introduction section; an ignition section which ignites the introduced fuel, wherein the ignition section is configured in such a manner that the fuel is ignited by movement of an ignition operating section to an ignition position; a movement restricting section having restricting sections which restrict the movement of the ignition operating section; and a permitting section which permits movement. When moving the movement restricting section, either the restricting sections or the permitting section can be disposed so as to correspond to the direction of movement of the ignition operating section.

Abstract: A micro pilot for a gas hot water heater is provided. The micro pilot provides a flame that is substantially smaller than a typical pilot in a hot water heater during standby operation of the burner. Just prior to allowing gas to flow to the burner upon a call for heat, a pilot flame of sufficient size to ensure ignition of the burner is provided. In one embodiment this larger pilot flame is produced by providing an additional amount of bleed gas to the pilot to increase flame size. In another embodiment, bleed gas is provided to a separate booster pilot, which is ignited by the micro pilot. The flame from the booster pilot is then used to ignite the main burner. This design allows for the micro pilot to be positioned closer to the flame trap of a flammable vapor resistant hot water heater to ensure smooth ignition of any such vapor.

Abstract: A lighter having a housing that contains a fluid reservoir and an ignition member; an actuation switch that is disposed on the housing; and a nozzle assembly that includes a nozzle head and a flexible support tube that supports the nozzle head at its distal end. The flexible support tube extends from the housing through a housing port. The flexible support tube has a nested position in which it is disposed within the housing and an extended position in which the flexible support tube extends from the housing through the port enabling the flexible support tube to be bent in multiple directions for directing the nozzle head.

Abstract: A gas heater with improved combustion efficiency and a dryer comprising the same are disclosed herein. The gas heater includes a cabinet, a gas tube disposed inside the cabinet to supply a gas into the cabinet, a nozzle provided to the gas tube, a mixing tube disposed to face the nozzle such that air and the gas can be mixed in the mixing tube, and a mixing member provided to the mixing tube to generate a vortex of air flowing into the mixing tube.

Abstract: A method for igniting a fuel/oxidant mixture in an industrial furnace. At least one fuel supply conduit and at least one oxidant supply conduit is provided, each conduit having an opening that opens on a side of the burner head that faces the furnace interior space. Fuel and oxidant are supplied to the burner head, and a light detector for detecting ultraviolet light, or other light wavelengths, is provided for detecting light that indicates the presence of a flame. A laser is positioned to emit a laser beam onto a point on the burner head adjacent the conduit outlets and to heat that point to a temperature exceeding the ignition temperature of the fuel/oxidant mixture. When the burner has ignited, the detector emits a signal to a control circuit that extinguishes the laser beam.

Abstract: An igniter for an internal combustion engine is disclosed. The igniter may have a body, and a pre-combustion chamber integral with the body and having at least one orifice. The igniter may further have a focusing device configured to direct at least one beam of light energy into the pre-combustion chamber.

Abstract: A method for oil-based fuel dispersion in the form of micron and submicron Droplets with typical size distribution 0.5-20 microns where said Droplets are coated with a polymer-based shell containing metal nanoparticles that enable the droplets to absorb laser irradiation and utilize laser energy to initialize fuel burning.

Abstract: Burner (5) for a gas burning hand tool (1), of the type comprising an elongated burner body (21), associated at opposite ends of the body with a gas injection zone (17) and a gas combustion zone (19). The gas injection zone (17) comprises at least one outlet orifice (35) terminating flush on the outside of the periphery (25) of the burner body (21), this periphery (25) promoting the circulation of the gas outside the burner body (21) to the combustion zone (19). Gas burning hand tool equipped with a burner of this type.

Abstract: A burner assembly including a housing having an air inlet and a burner end, a motor, and an impeller mounted in the housing. The impeller is in fluid communication with the air inlet, in mechanical communication with the motor, and adapted to direct air from the air inlet towards the burner end of the housing. The burner assembly also includes at least one pre-mix gas injection nozzle mounted in the housing. Each of the at least one pre-mix gas injection nozzle has at least one orifice adapted to direct gaseous fuel into the housing. The burner assembly further includes a spin vane comprising at least one spin vane blade. The spin vane is mounted in the burner end of the housing and adapted to direct the flow of air in the burner end. The burner assembly still further includes an igniter mounted in the burner end of the housing. The igniter is adapted to ignite the air and fuel mixture in the burner end of the housing to produce a main flame.

Abstract: The present invention provides an ignition switch, which includes a switch member, a closed device, a knob, an electromagnetic valve, and a driving device. The switch member has a receiving chamber to receive the driving device therein. The driving device connects the knob and the electromagnetic valve such that the electromagnetic valve is operated by manipulation of the knob.

Abstract: A gas appliance control assembly includes a gas valve and a reed switch operated simultaneously by rotation of a single shaft. The reed switch opens and closes a circuit including an electronic ignition module and a spark igniter so that spark is provided as the gas valve is adjusted to a burner igniting condition.

Abstract: The present invention is directed to a lighter including a housing having a supply of fuel, an actuating member extending from the housing and being movable to selectively perform at least one step in igniting the fuel, and an inhibiting member extending from the housing. Moving the inhibiting member a predetermined distance resists, obstructs and/or prevents the actuating member from performing at least one step in igniting the fuel. For example, moving the inhibiting member the predetermined distance may resist and/or prevent movement of the actuating member, may obstruct and/or prevent the release of fuel, and/or may resist and/or prevent the creation of a spark to ignite the fuel. Various other features which improve the functioning of the lighter may be provided separately or in combination.

Abstract: A gas flowrate control device for turning the flame adjustment wheel of a gas burner is disclosed to include a control wheel, which has an internal gear meshed with the flame adjustment wheel of the gas burner, a big gear surrounding the internal gear, and two small gears respectively formed integral with two sides of the big gear and surrounding the internal gear, and a handle, which has a grip and two arched clamping arms symmetrically extending from the grip and clamped on the control wheel, each arched clamping arm having two toothed arm positions respectively meshed with the two small gears of the control wheel and a crevice defined between the two arm portions for accommodating the big gear.