A combination pre-roll container and chillum device comprises a cylindrical member; a bowl at a first end of the cylindrical member for holding a smokable substance; a mouthpiece at a second end of the cylindrical member for drawing air; and a lumen fluidly connecting the bowl and mouthpiece so that smoke from burning smokable substance can be inhaled through the mouthpiece. The lumen includes a region of reduced dimensions so that smoke can pass, while helping to prevent the smokable substance from further entering the lumen. A first cap is positionable on the first end to cover the bowl and a second cap is positionable on the second end to cover the mouthpiece. The lumen is an airtight container for the pre-roll and smokable substance in the bowl is protected with the first cap positioned on the first end and the second cap positioned on the second end.

A tobacco bowl includes a first member having a tobacco receptacle for receiving tobacco, a second member over the first member, and a coal plate for supporting a coal. The coal plate is on the second member, and the second member is moveable relative to the first member for adjusting a vertical distance between the coal place and the tobacco receptacle. The tobacco bowl may be part of a hookah. A method of using a hookah includes adjusting the distance between the coals and the tobacco.

A tobacco bowl includes a first member having a tobacco receptacle for receiving tobacco, a second member over the first member, and a coal plate for supporting a coal. The coal plate is on the second member, and the second member is moveable relative to the first member for adjusting a vertical distance between the coal place and the tobacco receptacle. The tobacco bowl may be part of a hookah. A method of using a hookah includes adjusting the distance between the coals and the tobacco.

The bowl for a water pipe having multiple partitioned compartments (hereinafter invention) is configured for use with a smoking material consumed through a hookah. The invention contains the smoking material during combustion. The combustion of the smoking material releases the pharmacologically active media in a gas phase. The invention is a partitioned structure. The invention is configured to store a plurality of doses of the smoking material. Each dose is stored in a partition. Each partition displays a scale that measures the dose of the smoking material contained in the partition. The invention comprises a partitioned bowl and a transport structure. The partitioned bowl is the partitioned structure that contains one or more doses of the smoking material. The transport structure forms a fluidic connection between the partitioned bowl and the hookah that transports the gas phase of the pharmacologically active media from the partitioned bowl to the hookah.

The bowl for a water pipe having multiple partitioned compartments (hereinafter invention) is configured for use with a smoking material consumed through a hookah. The invention contains the smoking material during combustion. The combustion of the smoking material releases the pharmacologically active media in a gas phase. The invention is a partitioned structure. The invention is configured to store a plurality of doses of the smoking material. Each dose is stored in a partition. Each partition displays a scale that measures the dose of the smoking material contained in the partition. The invention comprises a partitioned bowl and a transport structure. The partitioned bowl is the partitioned structure that contains one or more doses of the smoking material. The transport structure forms a fluidic connection between the partitioned bowl and the hookah that transports the gas phase of the pharmacologically active media from the partitioned bowl to the hookah.

Embodiments disclosed herein relate to a smoking pipe with a dual purpose heat-sink airflow path insert for cooling smoke and reducing particulate content of inhalable smoke. Improvements in smoke cooling and reduction of particulate content, over known traditional chillums, derive in part from the configuration of a threadably removable airflow path insert inside the tubular sleeve body of the pipe, to increase the airflow path of smoke over other chillums of the same overall length, to serve as a heatsink, to present a circuitous path for the smoke to follow in order to trap particulates, and to increase the surface area inside the pipe that is available for particulates and post-combustion products to adhere to inside the pipe.

Embodiments disclosed herein relate to a smoking pipe with a dual purpose heat-sink airflow path insert for cooling smoke and reducing particulate content of inhalable smoke. Improvements in smoke cooling and reduction of particulate content, over known traditional chillums, derive in part from the configuration of a threadably removable airflow path insert inside the tubular sleeve body of the pipe, to increase the airflow path of smoke over other chillums of the same overall length, to serve as a heatsink, to present a circuitous path for the smoke to follow in order to trap particulates, and to increase the surface area inside the pipe that is available for particulates and post-combustion products to adhere to inside the pipe.

Assemblies and inserts are provided for evenly heating a smokable substance. A hookah bowl insert is provided for heating a smokable substance. The insert has a central core having at least one passageway extending therethrough. The insert further has a plurality of radial extensions extending in a radial direction from the central core. The radial extensions may be for gripping the smokable substance therebetween, and each radial extension has a vertical extension extending in a direction perpendicular to the radial direction. The insert is formed from a heat conductive material, such that heat is distributed across the insert, and within the individual radial and vertical extensions. Each vertical extension has a thickness larger than a thickness of the insert at the central core. As such, the vertical extensions can maintain stable temperatures and transfer heat to and from the smokable substance located therebetween.

Assemblies and inserts are provided for evenly heating a smokable substance. A hookah bowl insert is provided for heating a smokable substance. The insert has a central core having at least one passageway extending therethrough. The insert further has a plurality of radial extensions extending in a radial direction from the central core. The radial extensions may be for gripping the smokable substance therebetween, and each radial extension has a vertical extension extending in a direction perpendicular to the radial direction. The insert is formed from a heat conductive material, such that heat is distributed across the insert, and within the individual radial and vertical extensions. Each vertical extension has a thickness larger than a thickness of the insert at the central core. As such, the vertical extensions can maintain stable temperatures and transfer heat to and from the smokable substance located therebetween.

The nail assembly presented herein includes a neck assembly that can be removably connected to one or more distal portions to form one or more annular structures. The one or more annular structures can support interchangeable heatable portions, each of which defines a nail receptacle configured to receive a vaporizable substance. The heatable portions are separate and distinct from the nail assembly and, thus, may be formed from a different material than the nail assembly. In one instance, the nail assembly is formed from titanium and the heatable portion is formed from quartz.