A smoking bowl for a water pipe comprised of a conical smoking chamber with a wide bottom aperture. The stem is inserted in a water pipe. At the base of the conical chamber is a narrow horizontal slit where a solid thin flat grate is inserted. When the grate is inserted it partially obscures the chamber's bottom aperture. A combustible material is placed in the chamber, with the grate engaged, and the material is smoked through the attached water pipe. When done smoking the grate is released from the chamber and the spent ash and resin is transmitted through the stem into the water pipe. The force of equalizing air pressure assists the transmittal of ash and resin. This action allows for heavy usage of the bowl before resin build up negatively affects the operation of this device.

A shisha device comprises a cooling element (13) disposed along an airflow channel to cool an aerosol. The cooling re) element unit utilizes active cooling and may additionally utilize passive cooling. The cooling element may comprise a conduit (21) comprising a thermally conductive material. The cooling element may be integrally formed with an accelerating element (14) disposed along the airflow channel. Cooling may occur before or during acceleration of the aerosol by the accelerating element. The cooling may contribute to the condensation in the aerosol.

A diffuser assembly is disclosed. The assembly comprises a tubular chamber having a plurality of grooves spaced apart on an interior wall of the tubular chamber. A circumferential compression fit diffuser disc is retained in a groove from the plurality of grooves, wherein the circumferential compression fit diffuser disc is retained by a spring pressure resisting force of the circumferential compression fit diffuser disc. A diffuser and an adjustable vaporization chamber are also disclosed.

A diffuser assembly is disclosed. The assembly comprises a tubular chamber having a plurality of grooves spaced apart on an interior wall of the tubular chamber. A circumferential compression fit diffuser disc is retained in a groove from the plurality of grooves, wherein the circumferential compression fit diffuser disc is retained by a spring pressure resisting force of the circumferential compression fit diffuser disc. A diffuser and an adjustable vaporization chamber are also disclosed.

An atomizer for vaporizing concentrated substances wherein a conjunctive airflow system located at the lower portion of the atomizer, which when attached to a regulated power source by the industry standard, universal 510 thread system, allows a user to inhale vapor from a mouthpiece. During inhalation air is drawn through a conjunctive airflow system wherein the temperature of the ambient air is conditioned and is drawn into the replacement atomizer through a plurality of air holes through the ceramic heating chamber and then through the exhaust holes of the ceramic heating chamber. As air enters the ceramic heating chamber, it passes around a coil. The coil is a smaller gauge coil than used in the industry and was achieved by converting the coil to have larger gauge leads. As air enters the narrowed ceramic heating chamber it passes around the coil to regulate the temperature of the coil and also to draw the vapor into the reclaim safety cap, where the splatter is captured by the reclaim safety cup to be re-used and the vapor travels around the cup through the plurality of slots around the reclaim safety cup and enters the mouthpiece drip tip and is then inhaled by the user. The conjunctive airflow system is designed to manipulate the temperature in order to enhance the vaping experience. The user can simply separate the conjunctive airflow system from the mouthpiece and the reclaim safety cap and replacement atomizer and pre-cool the conjunctive airflow base and the reclaim safety cap and place them near a cooling source such as an air conditioning unit, refrigerator, or freezer to cool the vapor.

An atomizer for vaporizing concentrated substances wherein a conjunctive airflow system located at the lower portion of the atomizer, which when attached to a regulated power source by the industry standard, universal 510 thread system, allows a user to inhale vapor from a mouthpiece. During inhalation air is drawn through a conjunctive airflow system wherein the temperature of the ambient air is conditioned and is drawn into the replacement atomizer through a plurality of air holes through the ceramic heating chamber and then through the exhaust holes of the ceramic heating chamber. As air enters the ceramic heating chamber, it passes around a coil. The coil is a smaller gauge coil than used in the industry and was achieved by converting the coil to have larger gauge leads. As air enters the narrowed ceramic heating chamber it passes around the coil to regulate the temperature of the coil and also to draw the vapor into the reclaim safety cap, where the splatter is captured by the reclaim safety cup to be re-used and the vapor travels around the cup through the plurality of slots around the reclaim safety cup and enters the mouthpiece drip tip and is then inhaled by the user. The conjunctive airflow system is designed to manipulate the temperature in order to enhance the vaping experience. The user can simply separate the conjunctive airflow system from the mouthpiece and the reclaim safety cap and replacement atomizer and pre-cool the conjunctive airflow base and the reclaim safety cap and place them near a cooling source such as an air conditioning unit, refrigerator, or freezer to cool the vapor.

A battery-operated ignition smoking pipe including a replaceable nichrome wire within an indentation on an inner perimeter of a bowl of the pipe body, a fuel reservoir directly below and adjacent the interior cavity of the bowl, an ignition switch on a stem of a pipe body to activate, in one embodiment, a nichrome wire and, and in another embodiment, an ignition wire for igniting an amount of fuel within a fuel reservoir to combust an ignitable smoking substance, such as tobacco, contained within the bowl, and a filter disposed between the stem and the bowl. The present device permits one-handed ignition to combust the smoking substance.

A battery-operated ignition smoking pipe including a replaceable nichrome wire within an indentation on an inner perimeter of a bowl of the pipe body, a fuel reservoir directly below and adjacent the interior cavity of the bowl, an ignition switch on a stem of a pipe body to activate, in one embodiment, a nichrome wire and, and in another embodiment, an ignition wire for igniting an amount of fuel within a fuel reservoir to combust an ignitable smoking substance, such as tobacco, contained within the bowl, and a filter disposed between the stem and the bowl. The present device permits one-handed ignition to combust the smoking substance.

Smoking pipes are described herein. An example smoking pipe includes a body including a bowl to receive smoking material, a first end, a second end opposite the first end, the second end defining a first opening for smoking, and a channel defined in the body between the bowl and the first opening. The smoking pipe also includes a cover defining a second opening. The body extends through the second opening of the cover. The cover is slidable in a longitudinal direction along the body between a first position in which the bowl is accessible and a second position in which the bowl is covered.

Smoking pipes are described herein. An example smoking pipe includes a body including a bowl to receive smoking material, a first end, a second end opposite the first end, the second end defining a first opening for smoking, and a channel defined in the body between the bowl and the first opening. The smoking pipe also includes a cover defining a second opening. The body extends through the second opening of the cover. The cover is slidable in a longitudinal direction along the body between a first position in which the bowl is accessible and a second position in which the bowl is covered.