A smoking apparatus has a vessel, a smoke generation structure coupled to a lower portion of the vessel for accommodating smoke-generation substance for generating smoke, and for guiding the smoke into the vessel, a smoke guide for discharging the smoke out of the vessel, and a pump for pumping the smoke from the smoking generation structure into the vessel and for pumping the smoke out of the vessel through the smoke guide.

A smoking apparatus has a vessel, a smoke generation structure coupled to a lower portion of the vessel for accommodating smoke-generation substance for generating smoke, and for guiding the smoke into the vessel, a smoke guide for discharging the smoke out of the vessel, and a pump for pumping the smoke from the smoking generation structure into the vessel and for pumping the smoke out of the vessel through the smoke guide.

A smoking apparatus has a vessel, a smoke generation structure coupled to a lower portion of the vessel for accommodating smoke-generation substance for generating smoke, and for guiding the smoke into the vessel, a smoke guide for discharging the smoke out of the vessel, and a pump for pumping the smoke from the smoking generation structure into the vessel and for pumping the smoke out of the vessel through the smoke guide.

A smoking apparatus has a vessel, a smoke generation structure coupled to a lower portion of the vessel for accommodating smoke-generation substance for generating smoke, and for guiding the smoke into the vessel, a smoke guide for discharging the smoke out of the vessel, and a pump for pumping the smoke from the smoking generation structure into the vessel and for pumping the smoke out of the vessel through the smoke guide.

A modular smoking device includes a housing and a mouthpiece attachment. The housing includes a heating element and an outlet. Sides of the housing are non-linear allowing a user to more easily grasp the housing during use. In one example, the housing has a spherical shape and the mouthpiece attachment has a conical shape. The mouthpiece attachment has an inlet and an outlet. The mouthpiece attachment is attachable and detachable from the housing. When connected, an airflow path extends from the outlet of the housing, through the inlet of the mouthpiece attachment, and out of the outlet of the mouthpiece attachment. During operation, a user deposits heating material within the housing and activates the heating element causing smoking material within the housing to vaporize. The user draws smoke or vapor from housing via the mouthpiece attachment. The mouthpiece attachment includes a liquid cavity and an optional air flow control surface.

A modular smoking device includes a housing and a mouthpiece attachment. The housing includes a heating element and an outlet. Sides of the housing are non-linear allowing a user to more easily grasp the housing during use. In one example, the housing has a spherical shape and the mouthpiece attachment has a conical shape. The mouthpiece attachment has an inlet and an outlet. The mouthpiece attachment is attachable and detachable from the housing. When connected, an airflow path extends from the outlet of the housing, through the inlet of the mouthpiece attachment, and out of the outlet of the mouthpiece attachment. During operation, a user deposits heating material within the housing and activates the heating element causing smoking material within the housing to vaporize. The user draws smoke or vapor from housing via the mouthpiece attachment. The mouthpiece attachment includes a liquid cavity and an optional air flow control surface.

The present invention is directed to a smoking pipe having an elastic body that defines an air passage. Preferably the elastic body is formed of a heat resistant silicone. The elastic body included a bowl receiving portion and a stem which define an air passage. The bowl receiving portion also including a groove formed at the proximate to the first end of the air passage and an elastic lip formed adjacent to the groove. The bowl may be removably positioned within the bowl receiving portion with the flange seated in the groove and the elastic lip holding the flange compressively within the groove. The bowl may be formed of stainless steel, brass, titanium, glass or ceramic.

The present invention is directed to a smoking pipe having an elastic body that defines an air passage. Preferably the elastic body is formed of a heat resistant silicone. The elastic body included a bowl receiving portion and a stem which define an air passage. The bowl receiving portion also including a groove formed at the proximate to the first end of the air passage and an elastic lip formed adjacent to the groove. The bowl may be removably positioned within the bowl receiving portion with the flange seated in the groove and the elastic lip holding the flange compressively within the groove. The bowl may be formed of stainless steel, brass, titanium, glass or ceramic.

A cigar shaped pipe, ideally made from premium materials such as briar, yet designed to be low cost to manufacture. The device may use a comparatively thin-walled combustion chamber, which both keeps material costs to a minimum, as well as an in-line Reverse Calabash chamber to reduce the problem of tongue bite by reducing the temperature and moisture of the smoke. In some embodiments, the pipe will further use an end cap, ether for pipe storage or during smoking. This optional end-cap may be made of the same or similar materials as the main pipe body, and thus will have a same or similar thermal expansion properties, as well as having the same or similar beneficial combustion chamber properties. This end cap may utilize O-rings or screw threads to hold the pipe's end cap onto position, thus enabling easy loading and cleaning.

A cigar shaped pipe, ideally made from premium materials such as briar, yet designed to be low cost to manufacture. The device may use a comparatively thin-walled combustion chamber, which both keeps material costs to a minimum, as well as an in-line Reverse Calabash chamber to reduce the problem of tongue bite by reducing the temperature and moisture of the smoke. In some embodiments, the pipe will further use an end cap, ether for pipe storage or during smoking. This optional end-cap may be made of the same or similar materials as the main pipe body, and thus will have a same or similar thermal expansion properties, as well as having the same or similar beneficial combustion chamber properties. This end cap may utilize O-rings or screw threads to hold the pipe's end cap onto position, thus enabling easy loading and cleaning.