Disclosed herein are methods of smoking combustible material(s) including methods that may include: providing any of the smoking assemblies disclosed herein, and utilizing such smoking assemblies for smoking, wherein such smoking assemblies may each include, for example: a housing that may include an intake aperture and an exhaust aperture; a fan disposed inside the housing; and a valve coupled to the housing, inside the housing; moving air in the housing and out through the exhaust aperture, preferably utilizing the circular movement of the fan; and partially or fully inhibiting air flow from the intake aperture to the exhaust aperture, preferably using the valve, e.g., by partially closing and/or opening the fan.

A smoking apparatus is provided. The smoking apparatus includes an organic leafy material receptacle configured to receive organic leafy material for ignition, a chamber connected to the organic leafy material receptacle by a connection tube, the chamber comprising a circulating tube configured to receive smoke from the organic leafy material receptacle via the connection tube, and at least one cooling element contacting the circulating tube, the at least one cooling element selected from the group consisting of electric cooling hardware, magnetic cooling hardware, and anhydrous cooling material contacting the circulating tube, and an inhalation tube connected to the chamber and configured to receive cooled smoke from the circulating tube. A user inhaling from the inhalation tube draws smoke from the organic leafy material receptacle to the circulating tube in the chamber to the inhalation tube and to the user.

A smoking apparatus is provided. The smoking apparatus includes an organic leafy material receptacle configured to receive organic leafy material for ignition, a chamber connected to the organic leafy material receptacle by a connection tube, the chamber comprising a circulating tube configured to receive smoke from the organic leafy material receptacle via the connection tube, and at least one cooling element contacting the circulating tube, the at least one cooling element selected from the group consisting of electric cooling hardware, magnetic cooling hardware, and anhydrous cooling material contacting the circulating tube, and an inhalation tube connected to the chamber and configured to receive cooled smoke from the circulating tube. A user inhaling from the inhalation tube draws smoke from the organic leafy material receptacle to the circulating tube in the chamber to the inhalation tube and to the user.

A smoking pipe has upper and lower body portions removably magnetically connected to each other. The upper and lower body portions define an enclosed smoke chamber with the upper portion defining a receptacle. A plurality of openings communicate between the receptacle and the smoke chamber and the combined body portions define a passage between the smoke chamber and an outlet. The upper body portion has a planar lower surface and the lower body portion has a planar upper surface, and the upper body portion and lower body portion abut each other in a common interface plane. The upper body portion and lower body portion are detachable by sliding on the interface plane. The passage encompasses the smoke chamber and includes an arcuate portion encircling the smoke chamber including an opposite side of the smoke chamber, and the passage includes an enlarged portion configured to receive a filter.

A smoking pipe has upper and lower body portions removably magnetically connected to each other. The upper and lower body portions define an enclosed smoke chamber with the upper portion defining a receptacle. A plurality of openings communicate between the receptacle and the smoke chamber and the combined body portions define a passage between the smoke chamber and an outlet. The upper body portion has a planar lower surface and the lower body portion has a planar upper surface, and the upper body portion and lower body portion abut each other in a common interface plane. The upper body portion and lower body portion are detachable by sliding on the interface plane. The passage encompasses the smoke chamber and includes an arcuate portion encircling the smoke chamber including an opposite side of the smoke chamber, and the passage includes an enlarged portion configured to receive a filter.

A smoking device has a cylindrical combustion chamber with a channel along a length, a mouthpiece and a closed cap with a through hole, and an outer shell having an inside diameter and a second length, with a second channel opening through a wall of the outer shell and a third channel in a portion of the outer shell away from the second channel. The outer shell engages the combustion chamber in a slip fit, enabling a user to rotate the outer shell. The first and second channels are aligned such a user may load smokable material into the combustion chamber, and the user is enabled to rotate the outer shell to align the third channel with the first channel, such that material may be ignited through an intersection of the first and the third channels at different positions along the length.

A smoking device has a cylindrical combustion chamber with a channel along a length, a mouthpiece and a closed cap with a through hole, and an outer shell having an inside diameter and a second length, with a second channel opening through a wall of the outer shell and a third channel in a portion of the outer shell away from the second channel. The outer shell engages the combustion chamber in a slip fit, enabling a user to rotate the outer shell. The first and second channels are aligned such a user may load smokable material into the combustion chamber, and the user is enabled to rotate the outer shell to align the third channel with the first channel, such that material may be ignited through an intersection of the first and the third channels at different positions along the length.

A smoking pipe is provided. The smoking pipe includes an upper housing with a lower housing removably attached to the upper housing. An insert is located between the upper housing and the lower housings so that the upper and lower housings and the insert form an interior channel that directs air introduced to the interior channel to move toward a user, then away from the user, then toward the user again.

A smoking pipe is provided. The smoking pipe includes an upper housing with a lower housing removably attached to the upper housing. An insert is located between the upper housing and the lower housings so that the upper and lower housings and the insert form an interior channel that directs air introduced to the interior channel to move toward a user, then away from the user, then toward the user again.

Smoking pipe with an active smoke cooling chamber. A smoking pipe with a material bowl used for the burning of smoking materials, multiple chambers that are filled with smoke as the user inhales smoke into pipe using a mouthpiece, a chamber equipped with an thermoelectric heat exchanger, a control unit to regulate temperatures within the heat exchange chamber and a system to receive and provide data to user. The cooling chamber uses thermoelectric heat exchangers to change the temperature within its walls, the lowering of the temperature within the chamber cools the smoke as it passes through. The cooling chamber connects to a mouthpiece through an aft passage, the user inhales smoke which is now at a reduced temperature using a mouthpiece.