초록 ▼

An oven insert ( 110 ) for a gas generating system of the type that includes heating elements, heat exchanger, a gas generating module ( 22 ), an air inlet, and a product gas outlet, includes a furnace enclosure member formed with a plurality of interior chambers. The interior chambers ( 112 ) are a

An oven insert ( 110 ) for a gas generating system of the type that includes heating elements, heat exchanger, a gas generating module ( 22 ), an air inlet, and a product gas outlet, includes a furnace enclosure member formed with a plurality of interior chambers. The interior chambers ( 112 ) are adapted for holding at least one gas generating module ( 22 ). The interior chambers ( 112 ) each have an opening ( 122 ) formed an exterior face ( 124 ) of the furnace enclosure member ( 110 ). The openings are spaced along a central axis ( 126 ) of the face ( 124 ) of the furnace enclosure member ( 110 ).

대표청구항 ▼

1. An oven insert assembly including a gas generation system having heating elements, heat exchanger, a gas generating module, an air inlet and a product gas outlet, the oven insert assembly further comprising:a furnace enclosure member having a plurality of interior chambers each adapted for holdin

1. An oven insert assembly including a gas generation system having heating elements, heat exchanger, a gas generating module, an air inlet and a product gas outlet, the oven insert assembly further comprising:a furnace enclosure member having a plurality of interior chambers each adapted for holding at least one gas generating module. 2. The invention of claim 1 wherein the interior chambers each have an opening formed in the exterior of the furnace enclosure member; and the openings are uniformly separated along a central axis of a face of the furnace enclosure member. 3. The invention of claim 1 wherein the furnace enclosure member includes embedded heater elements providing uniform heat distributed about the interior chambers. 4. The invention of claim 1 wherein an interstitial wall is formed between adjacent interior chambers. 5. The invention of claim 4 wherein the interstitial wall is composed of a material having a desired thermal conductivity characteristic different from material comprising the remainder of the furnace enclosure member. 6. The invention of claim 4 wherein the interstitial wall includes a chamber for a fluid. 7. The invention of claim 1 wherein the furnace enclosure member further comprises at least two separate enclosure bodies, each separate enclosure body having at least one interior chamber. 8. The invention of claim 7 wherein the separate enclosure bodies having an outer surface formed to be compatible with an outer surface of an adjacent separate enclosure body.