The present disclosure relates to a flame producing assembly. The flame producing assembly may comprise a fuel reservoir, a flame wick and a fuel wick in fluid communication with the fuel reservoir. The flame producing assembly may further comprise a translation mechanism, wherein the translation mechanism may be configured to switch the fuel wick between a first position and a second position. Further, the flame wick may be in fluid communication with the fuel wick when the fuel wick is in the first position and not in fluid communication with the fuel wick when the fuel wick is in the second position.

The present disclosure relates to a flame producing assembly. The flame producing assembly may comprise a fuel reservoir, a flame wick and a fuel wick in fluid communication with the fuel reservoir. The flame producing assembly may further comprise a translation mechanism, wherein the translation mechanism may be configured to switch the fuel wick between a first position and a second position. Further, the flame wick may be in fluid communication with the fuel wick when the fuel wick is in the first position and not in fluid communication with the fuel wick when the fuel wick is in the second position.

The utility model discloses a multifunctional ignition device, comprising an ignition body, wherein the ignition body comprises a housing, a functional component and a clamping sleeve in slip fit with the functional component; an accommodating cavity perforating through two end faces of the housing in a length direction and used for the arrangement of the clamping sleeve is provided on one side of the housing in a width direction; the functional component comprises a tool pull rod in slip fit with the clamping sleeve and a windshield sheet disposed at an end portion of the tool pull rod and used for resisting wind; when the ignition device is placed in wind, the windshield sheet is slided towards the top of the housing to resist the wind for a flame; and when the ignition device is used outdoors, the tool pull rod can be also slided out from the bottom of the housing, and an extended portion is used as an auxiliary tool such as a cigarette presser and a screwdriver, thereby improving the practicality of the ignition device.

The utility model discloses a multifunctional ignition device, comprising an ignition body, wherein the ignition body comprises a housing, a functional component and a clamping sleeve in slip fit with the functional component; an accommodating cavity perforating through two end faces of the housing in a length direction and used for the arrangement of the clamping sleeve is provided on one side of the housing in a width direction; the functional component comprises a tool pull rod in slip fit with the clamping sleeve and a windshield sheet disposed at an end portion of the tool pull rod and used for resisting wind; when the ignition device is placed in wind, the windshield sheet is slided towards the top of the housing to resist the wind for a flame; and when the ignition device is used outdoors, the tool pull rod can be also slided out from the bottom of the housing, and an extended portion is used as an auxiliary tool such as a cigarette presser and a screwdriver, thereby improving the practicality of the ignition device.

This is a structure for connecting and fixing a lighter's core assembly, which includes a casing, and a connecting piece disposed inside the casing, wherein the connecting piece props against a hinge that connects the casing with a top lid, and the connecting piece is fixed to the bottom of a core assembly. The special-shaped connecting piece inside the casing is fixed to the side portion of the bottom lid, so that the core assembly can be fixed in the casing while opening and closing the top lid, so as to prevent the core assembly from leaping up, as well as seal the space at the bottom of the core assembly, enhancing a sealing effect at the bottom, reducing volatilization of kerosene, and prolonging a service time of the lighter after filling with fuel oil one time.