Presented are systems and methods for heat and air regulation in a smoking device. The systems and methods presented herein are applicable to smoking bowls for hookahs and other smoking devices. In some embodiments, an airflow and heat regulation apparatus is presented, comprising a bowl stem or cylinder, with an open upper end and an open lower end and a heating chamber capable of holding heatable matter or other receptacles between the open upper end and open lower end; and a removable lid sealably coupled to the upper end of the stem or cylinder via a lid connection end, the removable lid including an extended rim protruding outwards from the removable lid to beyond the outer edges of the upper end of the stem or cylinder.

Presented are systems and methods for heat and air regulation in a smoking device. The systems and methods presented herein are applicable to smoking bowls for hookahs and other smoking devices. In some embodiments, an airflow and heat regulation apparatus is presented, comprising a bowl stem or cylinder, with an open upper end and an open lower end and a heating chamber capable of holding heatable matter or other receptacles between the open upper end and open lower end; and a removable lid sealably coupled to the upper end of the stem or cylinder via a lid connection end, the removable lid including an extended rim protruding outwards from the removable lid to beyond the outer edges of the upper end of the stem or cylinder.

A multi-compartment smoking pipe is provided. The multi-compartment smoking pipe not only stores smokable substances, but further allows a user to smoke a predetermined amount of smokable substance. The pipe has multiple compartments wherein a user can smoke the smoking material in one compartment while the smoking material in the other compartments remains undisturbed. The multi-compartment smoking pipe allows for a user to select from different smokable substances.

A smoking device has an inner cylinder receivable within an outer cylinder, the inner cylinder having a combustion chamber, an air chamber, a mouthpiece, and one or more air chamber slots and combustion chamber slots; the outer cylinder having a bore hole for receiving the inner cylinder, a smoke channel, and one or more bore slots. In some examples, the inner cylinder and outer cylinder have one or more magnets for securing the inner cylinder to the outer cylinder and for aligning the air and combustion chamber slots with the bore slots. A user may rotate the inner cylinder in relation to the outer cylinder, thereby changing which air and combustion slots are aligned with the bore slots and the smoke channel. As a result of the various alignments, a user is able to vary the temperature, taste, fuel-to-air ratio, and other factors.

A smoking device has an inner cylinder receivable within an outer cylinder, the inner cylinder having a combustion chamber, an air chamber, a mouthpiece, and one or more air chamber slots and combustion chamber slots; the outer cylinder having a bore hole for receiving the inner cylinder, a smoke channel, and one or more bore slots. In some examples, the inner cylinder and outer cylinder have one or more magnets for securing the inner cylinder to the outer cylinder and for aligning the air and combustion chamber slots with the bore slots. A user may rotate the inner cylinder in relation to the outer cylinder, thereby changing which air and combustion slots are aligned with the bore slots and the smoke channel. As a result of the various alignments, a user is able to vary the temperature, taste, fuel-to-air ratio, and other factors.

An atomization assembly, including a high frequency heating module. The high frequency heating module includes a metal screen and a magnetic induction coil. The metal screen is disposed in the magnetic induction coil and is configured to heat a smoke material placed on the metal screen in a power-on state.

An atomization assembly, including a high frequency heating module. The high frequency heating module includes a metal screen and a magnetic induction coil. The metal screen is disposed in the magnetic induction coil and is configured to heat a smoke material placed on the metal screen in a power-on state.

The specification discloses a hookah head defined by a sidewall. The sidewall has a bottom end and a top end. The top end forms an upper surface, which preferably is made of metal. An air channel runs from the upper surface to the bottom end of the body. The air channel has a top end corresponding to the upper surface and a bottom end that corresponds to the bottom end of the body. The interior wall forms the cylinder that defines the air channel. The body of the hookah head defines a cavity configured to contain a quantity of liquid. The bottom end of the air channel is configured to be fitted on top of an air channel of the hookah body, with the air channel of the hookah head then having air communication with the grommet of the hookah device.

The specification discloses a hookah head defined by a sidewall. The sidewall has a bottom end and a top end. The top end forms an upper surface, which preferably is made of metal. An air channel runs from the upper surface to the bottom end of the body. The air channel has a top end corresponding to the upper surface and a bottom end that corresponds to the bottom end of the body. The interior wall forms the cylinder that defines the air channel. The body of the hookah head defines a cavity configured to contain a quantity of liquid. The bottom end of the air channel is configured to be fitted on top of an air channel of the hookah body, with the air channel of the hookah head then having air communication with the grommet of the hookah device.

A coffee degassing device is disclosed and method. The coffee degassing device comprises a coffee bin and a hollow tree within the bin. The hollow tree has an opening in communication with the interior of the coffee bin. The tree provides an exit path for carbon dioxide off-gassing from the coffee. The device may have a diffusion gas supply conduit. The diffusion gas supply conduit is in communication with the hollow tree and is configured to supply nitrogen, or another diffusion gas, to the degassing tree for accelerating the degassing of coffee.