Abstract: An inner stainless steel pan is inserted into and secured to an outer stainless steel pan to form an enclosed space between the sides and bottoms of the two stainless steel pans into which heat insulation material is located. An aluminum pan is removably located within the inner pan of the ash pan.

Abstract: The incinerator toilet has an incinerator chamber with a lid and a split bowl. Apparatus is provided for causing the lid to completely clear the chamber opening before the split bowl sections begin to open. This is accomplished by operatively connecting the rear bowl section with the front bowl section such that the rear bowl section moves only with the movement of the front bowl section. A cam mechanism is operatively coupled with the lid mechanism so that the lid clears the chamber opening before the cam allows the front bowl section to open.

Abstract: A partially cylindrical shaped inner wall forming an arc less than 360 is secured to the inner cylindrical shaped side wall of the toilet outward of the electrical heater coil forming an enclosed inner heat insulation holding space for receiving heat insulation. An ash pan has inner and outer stainless steel pans with their upper ends secured together forming an enclosed space in which are located a copper pan against the inner pan and heat insulation material. An electrical circuit is provided having a timer for controlling the exhaust fan motor and a timer for controlling a temperature controller which drives a relay which is connected to the heater coil. A thermocouple located in the enclosed space in the ash pan is coupled to the circuit for shutting the heater down when the temperature in the bottom of the ash pan reaches a predetermined value.

Abstract: An electrical incinerator toilet having an incinerator chamber and a removable catalyst container for holding a removable catalyst cartridge or unit.

Abstract: A partially cylindrical shaped inner wall forming an arc less than 360 is secured to the inner cylindrical shaped side wall of the toilet outward of the electrical heater coil forming an enclosed inner heat insulation holding space for receiving heat insulation. An ash pan has inner and outer stainless steel pans with their upper ends secured together forming an enclosed space in which are located a copper pan against the inner pan and heat insulation material. An electrical circuit is provided having a timer for controlling the exhaust fan motor and a timer for controlling a temperature controller which drives a relay which is connected to the heater coil. A thermocouple located in the enclosed space in the ash pan is coupled to the circuit for shutting the heater down when the temperature in the bottom of the ash pan reaches a predetermined value.

Abstract: A partially cylindrical shaped inner wall forming an arc less than 360.degree. is secured to the inner cylindrical shaped side wall of the toilet outward of the electrical heater coil forming an enclosed inner heat insulation holding space for receiving heat insulation. An ash pan has inner and outer stainless steel pans with their upper ends secured together forming an enclosed space in which are located a copper pan against the inner pan and heat insulation material. An electrical circuit is provided having a timer for controlling the exhaust fan motor and a timer for controlling a temperature controller which drives a relay which is connected to the heater coil.

Abstract: The ash pan is a composite ash pan and includes an outer pan formed of stainless steel and an inner pan, formed of aluminum, adapted to be removably inserted into the outer pan. The inner pan has a raised central portion for separating and supporting the solid waste from the liquid waste. In the preferred embodiment, the raised central portion extends up to a height about equal to that of the height of the surrounding wall of the inner pan and the height of the surrounding wall of the inner pan is nearly equal to the height of the surrounding wall of the outer pan.

Abstract: The incinerator toilet has an incinerator chamber with an opening formed therethrough in which is located an electrical heating coil. A bowl is located above the chamber and a removable pan located below the chamber. The chamber is formed by inner and outer walls with a catalyst container being integral therewith and extending radially outward to an increased depth. A heat activated catalyst is located in the catalyst chamber and perforations are formed through the inner and outer walls of the catalyst chamber. A collection chamber is located outwardly of the catalyst chamber and has a lower outlet to which is coupled an exhaust device for drawing gases from the incinerator chamber through the heat activated catalyst and collection chamber. A baffle is located in the collection chamber and is coupled to its lower wall and extends upward to a position above the outlet of the collection chamber.

Abstract: The incinerator is made up of an inner housing located within an outer housing and which have spaced apart walls forming an interior space therebetween. The inner and outer housings have aligned upper openings with insulated closure members. A central chamber extends from the upper opening of the inner housing to a lower position for receiving material to be burned. An upper chamber holding a heat activated odor reducing catalyst surrounds the upper portion of the central chamber. A gas collection chamber surrounds the upper chamber and an exhaust blower is provided for drawing gas from the central chamber to the interior space by way of the heat activated odor reducing catalyst and the collection chamber. A heater is provided for preheating the heat activated odor reducing catalyst. A second exhaust blower is provided for drawing gas from the interior space to the atmosphere. A main heater is located within the lower portion of the central chamber for burning the material deposited therein.

Abstract: An incinerator urinal having an annular catalyst chamber for holding heat activated catalyst particles for removing odor from the gases during incineration and an upper reservoir chamber for supplying heat activated catalyst particles to the annular chamber as the particles therein erode due to the effects of heating and cooling upon repeated use of the heater of the urinal. A sleeve extends through the upper chamber and a removable drain tube extends from the outlet of the upper bowl of the urinal through the sleeve for allowing the flow of liquid effluent to a lower pan.

Abstract: An incinerator urinal having a drain tube extending from its bowl to its ashpan exteriorly of its incinerator chamber and a catalyst container located above the incinerator chamber which presents a large cross-sectional area of a heat activated catalyst to the flow of odor and which is easy to install and service.