Photographic process whereby a fully developed and fixed negative is formed concurrently with a positive silver transfer image

Claim 1

A PROCESS OF FORMING A FULLY DEVELOPED AND FIXED OUT NEGATIVE CONCURRENTLY WITH THE FORMATION OF A SILVER TRANSFER IMAGE COMPRISING DEVELOPING AN EXPOSED SILVER HALIDE EMULSION LAYER, SAID EMULSION BEING A SILVER IODOBROMIDE EMULSION THE GRAINS OF WHICH HAVE AN AVERAGE DIAMETER OF APPROXIMATELY 1 TO 2U, WITH A PROCESSING FLUID INCLUDING AN ALKALI, A SILVER HALIDE DEVELOPING AGENT, A VISCOSITY-INCREASING, FILM-FORMING REAGENT, SAID FILM-FORMING REAGENT BEING SELECTED FROM THE GROUP CONSISTING OF SODIUM CARBOXYMETHYL CELLULOSE AND HYDROXYETHYL CELLULOSE, AND A SILVER HALIDE SOLVENT CAPABLE OF FORMING WATER-SOLUBLE COMPLEXES WITH UNEXPOSED AND UNDEVELOPED SILVER HALIDE, SAID SILVER HALIDE SOLVENT BEING PRESENT IN A CONCENTRATION, BY WEIGHT, IN EXCESS OF THE CONCENTRATION OF SAID ALKALI, SAID SILVER HALIDE SOLVENT BEING PRESENT IN A CONCENTRATION APPROXIMATELY AT LEAST 4 TIMES THAT CONCENTRATION NECESSARY TO OBTAIN A SILVER TRANSFER IMAGE HAVING A MAXIMUM DENSITY IN EXCESS OF 1.0 IN 1 MINUTE WITH THE SAME SILVER HALIDE EMULSION LAYER, FORMING AN IMAGEWISE DISTRIBUTION OF SAID SOLUBLE SILVER COMPLEX IN UNDEVELOPED AREAS, TRANSFERRING SAID SOLUBLE SILVER COMPLEX TO A SUPERPOSED IMAGE-RECEIVING LAYER TO FORM A POSITIVE SILVER TRANSFER IMAGE AND SEPARATING SAID IMAGE-RECEIVING LAYER AND SAID SILVER HALIDE EMULSION LAYER, SAID SEPARATED SILVER HALIDE EMULSION LAYER BEING INSENSITIVE TO FURTHER ACTINIC RADIATION AND CONTAINING A FULLY DEVELOPED AND FIXED OUT NEGATIVE IMAGE, THE SILVER OF SAID NEGATIVE AND POSITIVE IMAGES HAVING HIGH COVERING POWER AND SAID NEGATIVE THE POSITIVE IMAGES EACH HAVING A MAXIMUM DENSITY IN EXCESS OF 1.0.