A pipe smoking apparatus consists of a malleable metal wire having a linear proximal end wherein the proximal end is connected to an insulating handle, a linear distal end wherein the distal end is configured to be inserted into the draft hole of a pipe bowl, and a plurality of helical coil windings, the plurality of helical coil windings between and connecting the linear proximal end to the linear distal end configured to create a chamber which may be surrounded by tobacco or a tobacco-like substance with gas passages into the said chamber formed from the said helical coil windings. Use of the pipe smoking apparatus involves inserting the distal end of the pipe smoking apparatus into the draft hole of a pipe bowl; loading tobacco, tobacco-like substance and/or concentrates so as to surround the helical coil windings; applying a heat source to the tobacco or tobacco-like substance; applying a partial vacuum to the pipe bowl by inhaling or drawing on a pipe; and manipulating the tobacco or tobacco-like substance by manipulating the handle so as to stir and/or lift the contents of a pipe bowl and to clean the pipe when finished.

A broiler-type heating device for electronic smoking devices such as electronic cigarettes and vaporizers includes a heating element located above the storage area where the inhalant material is located. The heating element is in electrical communication with a lower connector located below the storage area. A partition defines the bottom of the internal storage area and separates the storage area from the lower connector. The heating device may be two separate pieces, a chamber and a cradle, that are removably connected. The heating element is located in the chamber above the storage area, which is located in the cradle.

The present invention is directed to a self-cleaning water pipe including a secondary pipe that directs a stream of filtered water to the top of the main pipe. The stream of water is introduced to the main pipe proximate or adjacent to the mouthpiece in a lateral direction so as to cover the entire inner surface of the main pipe with a water membrane. The water membrane presents a barrier to smoke residue and particulates from being deposited on the inner surface of the main pipe. A tertiary pipe may also introduce a stream of water to a downstem pipe so as to create a similar water membrane in the downstem pipe.

The present invention is directed to a self-cleaning water pipe including a secondary pipe that directs a stream of filtered water to the top of the main pipe. The stream of water is introduced to the main pipe proximate or adjacent to the mouthpiece in a lateral direction so as to cover the entire inner surface of the main pipe with a water membrane. The water membrane presents a barrier to smoke residue and particulates from being deposited on the inner surface of the main pipe. A tertiary pipe may also introduce a stream of water to a downstem pipe so as to create a similar water membrane in the downstem pipe.

A device and system for packaging, storing, and smoking an organic smoking material, and a method of using same. In one embodiment, the system includes a container that includes a housing defining a chamber, a first compartment within the chamber, the first compartment having a first depth, a second compartment within the chamber adjacent the first compartment, the second compartment having a second depth that is less than the first depth, and a lid configured to provide an airtight seal to at least the second compartment. In one embodiment, the system further includes a smoking device having a bowl portion with a sharpened free edge that can be used to simultaneously cut organic smoking material within the second compartment and load the cut organic smoking material into the bowl portion. The system may also include a loading funnel and a pushing device for inserting organic smoking material into the container.

A smoking accessory includes a housing having a top end, and a first compartment and a second compartment both opening outwardly at the top end. The first compartment is configured to hold a smoking device, and the second compartment is configured to hold smoking material. In addition, the smoking accessory includes a locking device carried by the top end of the housing, and a lid configured to selectively cover the top end of the housing. The lid includes a locking feature and is configured to cooperate with the locking device to retain the lid in at least a closed position. The locking device may include a spring plunger, and the locking feature may include at least one indentation in the lid for receiving the spring plunger.

A smoking accessory includes a housing having a top end, and a first compartment and a second compartment both opening outwardly at the top end. The first compartment is configured to hold a smoking device, and the second compartment is configured to hold smoking material. In addition, the smoking accessory includes a locking device carried by the top end of the housing, and a lid configured to selectively cover the top end of the housing. The lid includes a locking feature and is configured to cooperate with the locking device to retain the lid in at least a closed position. The locking device may include a spring plunger, and the locking feature may include at least one indentation in the lid for receiving the spring plunger.

A water pipe can include a bottom plate with upwardly extending first and second side walls, a back wall and a removable front wall. When assembled, the bottom plate and walls form a reservoir for containing a volume of liquid. The side and back walls have channels formed in their interior surfaces for installation of porous inserts effecting filtration of vapor drawn through the inserts. The distal end of a vapor introducing tube extends through a side wall into the reservoir, while a proximal end of the vapor introducing tube extends into the exterior environment. A top plate seals an interior volume formed by the bottom plate and the walls extending upwardly therefrom. The top plate has an upwardly extending mouthpiece. Upon introduction of a source of inhalable vapor at the proximal end of the vapor introducing tube, a negative pressure is drawn from the mouthpiece to induce the vapor to travel through the reservoir and through the porous inserts. Removal of the front wall of the water pipe exposes the interior surfaces of the first side wall, the second side wall and the back wall, whereby deposits on the interior surfaces can be readily accessed and removed.

A water pipe can include a bottom plate with upwardly extending first and second side walls, a back wall and a removable front wall. When assembled, the bottom plate and walls form a reservoir for containing a volume of liquid. The side and back walls have channels formed in their interior surfaces for installation of porous inserts effecting filtration of vapor drawn through the inserts. The distal end of a vapor introducing tube extends through a side wall into the reservoir, while a proximal end of the vapor introducing tube extends into the exterior environment. A top plate seals an interior volume formed by the bottom plate and the walls extending upwardly therefrom. The top plate has an upwardly extending mouthpiece. Upon introduction of a source of inhalable vapor at the proximal end of the vapor introducing tube, a negative pressure is drawn from the mouthpiece to induce the vapor to travel through the reservoir and through the porous inserts. Removal of the front wall of the water pipe exposes the interior surfaces of the first side wall, the second side wall and the back wall, whereby deposits on the interior surfaces can be readily accessed and removed.

A method of using an aerosol-generating device is provided, including bringing a heating element of the aerosol-generating device into contact with an aerosol-forming substrate, raising a temperature of the heating element to a first temperature to heat the aerosol-forming substrate sufficiently to form an aerosol, removing the heating element from contact with the aerosol-forming substrate and heating the heating element to a second temperature, higher than the first temperature, to thermally liberate organic materials adhered to or deposited on the heating element. An aerosol-generating device is also provided, including a heating element coupled to a controller configured to heat the heating element to the first temperature and to the second temperature.