Abstract: An electronic pilot ignition with safety switch. The electronic pilot ignition includes a hollow body with a safety switch near its center, having a body and a pressing part. The pressing part is placed freely onto the top of the body to move forward or backward. A brake bar is installed freely inside the pressing part to prevent the pressing part from moving forward. A brim of the hollow body is located at a position corresponding to the connection of the safety switch. The brim blocks a pressing brim on the bottom of the pressing part to prevent the safety switch from being pushed down. During ignition, the user needs to move the brake bar to the blocking position and push the pressing part forward enabling the pressing brim to move away from the brim of the hollow body first, and then the user can press down the safety switch to ignite the flame for greater safety and more convenient usage.

Abstract: An ignition gun device with safety switch. The device includes a hollow body with a safety switch near its center. The safety switch includes a body and a pressing part. The pressing part is placed freely onto the top of the body to move forward or backward. A brake bar is installed freely inside the pressing part to prevent the pressing part from moving forward. A brim of the hollow body is positioned corresponding to the connection of the safety switch. The brim blocks a pressing brim on the bottom of the pressing part to prevent the safety switch from being pushed down. During ignition, users have to move the brake bar to the blocking position and push the pressing part forward. The pressing brim then moves away from the brim enabling users to press down the safety switch to ignite the flame for safer and more convenient usage.

Abstract: The present invention is to provide an electronic pilot ignition with safety switch comprising a hollow body, a safety switch installed freely on the center of the hollow body, a pedestal on the safety switch and a brake bar inside a slide slot of the pedestal to move right or left in the slide slot, wherein the top of the brake bar exposes to the pedestal and the bottom of the brake bar stretches horizontally to an indentation slot of the hollow body to have the indentation slot block the brake bar, so that the safety switch can not be moved forward. A brake component is installed freely in an open slot of the pedestal near the brake bar, the brake component can be moved forward or backward inside the open slot and wedges to one of the open slot of the brake bar.

Abstract: A rotisserie is disclosed to include a housing, a rotary motor drive provided at one side of the housing and adapted to rotate a rod member and the meat on the rod member for roasting, and a lighting fixture mounted on the motor case of the rotary motor drive and adapted to illuminate the meat under roasting when dark.

Abstract: A rotisserie is disclosed to include a housing, a rotary motor drive provided at one side of the housing and adapted to rotate a rod member and the meat on the rod member for roasting, and a lighting fixture mounted on the motor case of the rotary motor drive and adapted to illuminate the meat under roasting when dark.

Abstract: An ignition device for stove comprises a battery container projected from a housing of the stove and having a battery therein, a releasable ignition switch projected from an outer end of the battery container and being capable of detaching therefrom for removing the battery from the battery container for replacement when the battery is used up, a high voltage generator within the stove being electrically coupled to the battery container through a first conductive line, and at least one second conductive line extended from the high voltage generator and having an arc tip proximal to a stove head of the stove. An electrical connection is established between the high voltage generator and the battery when the ignition switch is pressed for generating an arc in the art tip by the high voltage generator for igniting gas flowed from the stove head.

Abstract: A lighter structure. The lighter structure includes a push button capable of sliding on a movable section disposed on a casing of the lighter, and an elastic component situated on the outer lateral surface of the movable section opposite from a safety lock section disposed on the casing. The elastic component has one end connected to the push button enabling the push button to be depressed to release from the safety lock section and move together with the movable section to activate gas flow and spark simultaneously and thus a user only needs one hand to hold the lighter and use a single finger to perform the lighting operation conveniently and safely.

Abstract: An ignition device for stove comprises a battery container projected from a housing of the stove and having a battery therein; a releasable ignition switch projected from an outer end of the battery container being capable of detaching the ignition switch for removing the battery from the battery container for replacement when the battery is used up; a high voltage generator within the stove being electrically coupled to the battery container through a first conductive line; and at least one second conductive line extended from the high voltage generator and having an arc tip proximal to a stove head of the stove. An electrical connection is established between the high voltage generator and the battery when the ignition switch is pressed for generating an arc in the arc tip by the high voltage generator for igniting gas flowed from the stove head.

Abstract: A gas lighter includes a handgrip holding a fuel tank and an electric arc generator, an actuating device pivoted to the inside of the handgrip, an ignition button mounted in an opening on the handgrip and adapted to trigger the electric arc generator in producing an electric arc for burning fuel gas discharged out of a gas nozzle in a cylindrical metal casing at one end of the handgrip and simultaneously to drive the actuating device in opening the fuel tank for enabling fuel gas to flow out of the fuel tank to the gas nozzle for burning, and a spring-supported locking lever assembly mounted in a sector slot on the handgrip and adapted to move the actuating device between the operative position and the non-operative position.

Abstract: A safety gas burner. The burner includes a shell having a front extension tube, a metal flame tube mounted in the front extension tube, a butane well, a gas valve adapted to control output of fuel gas from the butane well, a gas lever pivoted to the gas valve and adapted to open the gas valve for output of fuel gas from the butane well. An igniter is mounted in the shell, and the igniter includes a first terminal connected to the flame tube by a conductor and a second terminal connected to a spark discharging electrode suspended in the flame tube.

Abstract: A safety gas burner includes a shell, the shell having a front extension tube, a metal flame tube mounted in the front extension tube, a butane well, a gas valve adapted to control output of fuel gas from the butane well, a gas lever pivoted to the gas valve and adapted to open the gas valve for output of fuel gas from the butane well; an igniter mounted in the shell, the igniter having a first terminal connected to the flame tube by a conductor an a second terminal connected to a spark discharging electrode suspended in same flame tube; an ignition switch button mounted in a through hole of the shell and stopped against the igniter for depressing by hand to trigger the igniter and to drive the gas lever to open the gas valve; a safety button supported on a spring in a locating hole of the shell and adapted to let the gas lever be driven by the ignition switch button when depressed, the safety button having a mushroom-like cap disposed outside the shell; and a spring-supported stop member mounted in a sliding

Abstract: A gas lighter in which a stop mechanism is disposed between the ignition button and fuel tank of the gas lighter and adapted to stop the ignition button from triggering the electric arc generator of the gas lighter and moving the gas lever of the fuel tank in opening the fuel gas outlet, the stop mechanism including a base frame, two spring-supported links slidably mounted on the base frame and adapted for pressing by the ignition button to press the electric arc generator and the gas lever, and a lever extended from the base frame to the outside of the gas lighter for turning by hand to move the links in and out of the working position.

Abstract: A gas lighter comprises a housing for receiving a fuel reservoir and a pivot plate, a spring-biased ignition button partially raised above the housing with bottom in contact with the pivot plate having a conductive contact, a spring-biased safety button partially raised below the housing, a high-voltage circuit device including a first contact coupled to ignition tube, a second contact coupled to a source, and a conductive pad coupled between the second contact and the stud. In use, depress the ignition button and the first safety button to form an electrical path from the source to the ignition tube for generating an arc, and the pivot plate is pivoted by the ignition button to open a gas outlet to introduce gas to the ignition tube for igniting the gas lighter.

Abstract: A gas lighter with dual safety mechanism comprises an actuator mechanism provided between an ignition button and a gas fuel reservoir having a push means protruded from a surface of gas lighter, a first elastic member urged against actuator mechanism, a slidably mounted connecting rod on actuator mechanism, and a second elastic member put on a side of connecting rod. In operation, continuously press push means until connecting rod is aligned with ignition button and gas fuel reservoir. Then press ignition button to urge against connecting rod for pivotably rotating a pivotal member to activate a piston of gas fuel reservoir to open an outlet to discharge gas fuel which in turn flows to a tube member for igniting the gas lighter. An ignition is only made possible through activation of actuator mechanism and ignition button and thus, a mechanism for preventing inadvertent ignition of the gas lighter is obtained.

Abstract: An electronic ignition gun includes a casing holding a fuel gas container, a battery and a high voltage circuit on the inside, the fuel gas container having a gas outlet valve and a pull tab coupled to the gas outlet valve, a push-button switch mounted in a hole on the casing and depressed to drive the pull tab in opening the gas outlet valve for letting fuel gas be discharged out of the fuel gas container through a gas nozzle via a gas tube and to simultaneously close the circuit between the high voltage circuit and the battery, causing the high voltage circuit to discharge a high voltage in producing sparks for igniting discharged fuel gas, and safety lock means, which stops the push-button switch from operation.