A lighter having a main fuel containment housing body and a forward hinged lid with a closed position and an open position, the open position providing access to the flame generator assembly. The flame generator assembly providing a wind shield with a flame outlet that, when the lighter is in an operation orientation, is directed upwardly and in a direction generally perpendicular to the major dimension of the lighter in the closed position. The windshield having dimples with apertures extending outwardly for reducing wind while providing oxygen. The lighter may have a forward sleeve with a closeable lid, the sleeve extending around the four sides of the housing and slidable on the fuel containment housing. An actuation portion effects a transition from the closed position to an operational position, opening the lid and sliding the sleeve downwardly exposing the flame generation system out of an opening in the sleeve.

A lighter having a main fuel containment housing body and a forward hinged lid with a closed position and an open position, the open position providing access to the flame generator assembly. The flame generator assembly providing a wind shield with a flame outlet that, when the lighter is in an operation orientation, is directed upwardly and in a direction generally perpendicular to the major dimension of the lighter in the closed position. The windshield having dimples with apertures extending outwardly for reducing wind while providing oxygen. The lighter may have a forward sleeve with a closeable lid, the sleeve extending around the four sides of the housing and slidable on the fuel containment housing. An actuation portion effects a transition from the closed position to an operational position, opening the lid and sliding the sleeve downwardly exposing the flame generation system out of an opening in the sleeve.

The present disclosure relates to a flame producing assembly, such as a lighter. The flame producing assembly of the present disclosure is characterized by an antibacterial coating. In addition, according to the present disclosure the antibacterial coating is configured to at least partially destroy and/or inactivate pathogens on the antibacterial coating.

The present disclosure relates to a flame producing assembly, such as a lighter. The flame producing assembly of the present disclosure is characterized by an antibacterial coating. In addition, according to the present disclosure the antibacterial coating is configured to at least partially destroy and/or inactivate pathogens on the antibacterial coating.

A lighter comprises a container that is configured to hold a liquid fuel, a cap attachable to a top portion of the container, a fuel cap attachable to a bottom portion of the container, a first watertight seal formed by a first sealing element between the cap and the container, and a second watertight seal formed by a second sealing element between the fuel cap and the container.

A lighter comprises a container that is configured to hold a liquid fuel, a cap attachable to a top portion of the container, a fuel cap attachable to a bottom portion of the container, a first watertight seal formed by a first sealing element between the cap and the container, and a second watertight seal formed by a second sealing element between the fuel cap and the container.

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.

An assembly including a hood configured to shield a flame produced by the flame production assembly from wind and/or protect a user from the heat generated by the flame. Further, the assembly includes a thermoresponsive coating provided on the hood. The thermoresponsive coating is configured to undergo a reversible endothermic reaction or a reversible endothermic phase change when heated above about 35 C., more specifically above about 40 C., and in particular above about 50 C.