Abstract: A dosing capsule for an electronic vaporizer holds a specific amount of material to be vaporized and can be used in heating chambers which have substantially flat top and bottom surfaces. The unique shape of the dosing capsule, with beveled surface, and air holes located along the beveled surfaces, insures that air and vapor is allowed to freely enter and exit the dosing capsule without appreciable resistance. The shape and size of the dosing capsule are selected based on the shape and size of the heating chamber and the amount of material to be vaporized. The dosing capsule substantially fills the heating chamber, allowing only intentional residual air channels. The dosing capsule maximizes heat transfer from the heating chamber, through both conduction and convestion.

Abstract: The invention disclosed here is an Adapter for Vaporizer Attachments. The device connects any attachment with a tubular end to a vaporizer which has a segregated airpath and power button on one end and the heating chamber on the opposite end. The invention provides a substantially airtight connection between the air channel formed within the tubular end of the attachment and the airpath in the Vaporizer. Furthermore, the invention provides a connection between the attachment and the vaporizer's power button, whereby a user of the invention can depress the power button simply by pushing the attachment down towards the center of the vaporizer.

Abstract: Vaping apparatus includes a housing defining a heating chamber and an intake port to admit ambient air into the heating chamber. The heating chamber includes a bowl, an inner cylindrical wall beneath the bowl defining a central heating cavity, an intermediate cylindrical wall around the inner cylindrical wall that defines therewith an intermediate heating cavity, and an outer cylindrical wall around the intermediate cylindrical wall that defines therewith an outer heating cavity. The various heating cavities are in fluid communication with each other and the bowl. A heating element is positioned within a heating cavity. A removable adapter, which includes a void between its upstream and downstream ends, may be attached to the housing. An elastomeric sealing element positioned at the upstream end of the shell forms an airtight vapor path between the bowl and the void. The elastomeric sealing element may be isolated from the vapor path.