A lighter including: a lighter portion that is movable between an extended state and a retracted state; and a storage compartment located adjacent to the lighter portion that holds one or more stored items that may be lit by the lighter portion.

A lighter including: a lighter portion that is movable between an extended state and a retracted state; and a storage compartment located adjacent to the lighter portion that holds one or more stored items that may be lit by the lighter portion.

A multipurpose solar lighter for conveniently lighting a cigarette, tinder, or other flammable objects, includes a hollow upper part, which further includes an upper elongated piece, a convex lens, and a stopping tab, and a window with an optical filter; and a hollow lower part; such that the upper part connects to the lower part, whereby a cigarette can be inserted into the solar lighter, until it reaches the stopping tab, and is lighted by focused solar light. The upper part can also be used separately to ignite tinder. Furthermore, the solar lighter can include a fire steel surface and a fire striker, and end mounted pivotable thumb tabs for holding the upper and lower parts, when striking the fire steel surface with the fire striker to produce sparks that can light a fire.

A multipurpose solar lighter for conveniently lighting a cigarette, tinder, or other flammable objects, includes a hollow upper part, which further includes an upper elongated piece, a convex lens, and a stopping tab, and a window with an optical filter; and a hollow lower part; such that the upper part connects to the lower part, whereby a cigarette can be inserted into the solar lighter, until it reaches the stopping tab, and is lighted by focused solar light. The upper part can also be used separately to ignite tinder. Furthermore, the solar lighter can include a fire steel surface and a fire striker, and end mounted pivotable thumb tabs for holding the upper and lower parts, when striking the fire steel surface with the fire striker to produce sparks that can light a fire.

The apparatus solves at least one technical problem, disclosed herein, resulting from lighting and/or vaporizing a smokeable material (material hereafter). Embodiments include a heating assembly responsive to electrical stimulus to heat incoming air to create heated air delivered to material to light and/or vaporize it without direct physical contact to create air mixed with vaporized and/or ignition byproducts intended for human consumption. The apparatus may further include a power assembly adapted and/or configured to couple at least electrically with the heating assembly to provide electrical stimulus to heat the air. The apparatus may further include a lighter and/or a pipe containing at least one instance of the heating assembly, with or without the power assembly.

The apparatus solves at least one technical problem, disclosed herein, resulting from lighting and/or vaporizing a smokeable material (material hereafter). Embodiments include a heating assembly responsive to electrical stimulus to heat incoming air to create heated air delivered to material to light and/or vaporize it without direct physical contact to create air mixed with vaporized and/or ignition byproducts intended for human consumption. The apparatus may further include a power assembly adapted and/or configured to couple at least electrically with the heating assembly to provide electrical stimulus to heat the air. The apparatus may further include a lighter and/or a pipe containing at least one instance of the heating assembly, with or without the power assembly.

An electric arc lighter having a handheld body with a pair of spaced-apart electrodes supported on an exterior of the body. The electrodes carrying electrical current through a gas between the physically separated electrodes and forming an electrical arc. A voltage source in the body and electrically connected to the electrodes to form a voltage therebetween form the electrical arc. The electric arc lighter features a receptacle receiving a supply of combustible material. A passageway through the body of the lighter receives the combustible material from the supply and guides the combustible material for delivery to the electrodes and into a path of the electrical arc. A feeding mechanism feeds the combustible material from the supply and through the passageway for ignition by the electrical arc to form a flame.

An electric arc lighter having a handheld body with a pair of spaced-apart electrodes supported on an exterior of the body. The electrodes carrying electrical current through a gas between the physically separated electrodes and forming an electrical arc. A voltage source in the body and electrically connected to the electrodes to form a voltage therebetween form the electrical arc. The electric arc lighter features a receptacle receiving a supply of combustible material. A passageway through the body of the lighter receives the combustible material from the supply and guides the combustible material for delivery to the electrodes and into a path of the electrical arc. A feeding mechanism feeds the combustible material from the supply and through the passageway for ignition by the electrical arc to form a flame.

The present invention provides a push-out portable arc igniter. An igniter head is arranged at a front end of an ignition push-out device. An illuminating lamp is arranged in parallel with the igniter head. A main plastic member of the ignition push-out device is internally provided with a high pressure pack and a circuit board. A polymer lithium battery is arranged above the circuit board, and an illuminating lamp switch is arranged at a middle position of a left end of the circuit board. A power security switch, a charging indicator lamp and a USB charging port are arranged at a right end of the circuit board. A tail portion plastic member is set as an L shape, and the tail portion plastic member is connected to the ignition push-out device through a spring.

The present invention provides a push-out portable arc igniter. An igniter head is arranged at a front end of an ignition push-out device. An illuminating lamp is arranged in parallel with the igniter head. A main plastic member of the ignition push-out device is internally provided with a high pressure pack and a circuit board. A polymer lithium battery is arranged above the circuit board, and an illuminating lamp switch is arranged at a middle position of a left end of the circuit board. A power security switch, a charging indicator lamp and a USB charging port are arranged at a right end of the circuit board. A tail portion plastic member is set as an L shape, and the tail portion plastic member is connected to the ignition push-out device through a spring.