Aminoalkylsilicon compounds and process for producing same

Claim 2

AN ALKOXYSILYLBUTYLAMINE HAVING THE STRUCTURAL FOR MULA?

Claim 3

A PROCESS FOR PREPARING AN AMINOALKYLSILICON COM POUND, WHEREIN THE AMINO GROUP IS REMOVED BY AT LEAST THREE CARBON ATOMS FROM SILICON, WHICH COMPRISES FORMING A MIXTURE OF (A) HYDROGEN, (B) A CYANOALKYLSILICON COMPOUND WHEREIN THE CYANO GROUP IS REMOVED BY AT LEAST TWO CARBON ATOMS FROM SILICON AND WHEREIN SAID SILICON IS CONNECTED TO AT LEAST ONE MEMBER FROM THE CLASS CONSISTING OF ALKOXY AND SILICON THROUGH SILICON TO OXYGEN TO SILICON LINKAGE, THE REMAINING UNFILLED VALENCES OF SAID SILICON BEING SATISFIED BY A MEMBER FROM THE CLASS CONSISTING OF ALKYL, ARYL, ALKOXY AND SILICON THROUGH SILICON TO OXYGEN TO SILICON LINKAGE, AND (C) A HYDROGENATION CATALYST, AND HEATING THE MIXTURE TO A TEMPERATURE SUFFICIENTLY ELEVATED TO CAUSE SAID HYDROGEN AND CYANOALKYLSILICON COMPOUND TO REACT TO PRODUCE SAID AMINAOALKYL SILICON COMPOUND.

Claim 4

A PROCESS FOR PREPARING AN AMINOALKYLSILICON COM POUND, WHEREIN THE AMINO GROUP IS REMOVED BY AT LEAST THREE CARBON ATOMS FROM SILICON, WHICH COMPRISES FORMING A MIXTURE OF (A) HYDROGEN, (B) A CYANOALKYLSILICON COMPOUND WHEREIN THE CYANO GROUP IS REMOVED BY AT LEAST TWO CARBON ATOMS FROM SILICON AND WHEREIN SAID SILICON IS CONNECTED TO AT LEAST ONE MEMBER FROM THE CLASS CONSISTING OF ALKOXY AND SILICON THROUGH SILICON TO OXYGEN TO SILICON LINKAGE, THE REMAINING UNFILLED VALENCES OF SAID SILICON BEING SATISFIED BY A MEMBER FROM THE CLASS CONSISTING OF ALKYL, ARYL, ALKOXY AND SILICON THROUGH SILICON TO OXYGEN TO SILICON LINKAGE, AND (C) A HYDROGENATION CATALYST, AND HEATING THE MIXTURE TO A TEMPERATURE SUFFICIENTLY ELEVATED TO CAUSE SAID HYDROGEN AND CYANOALKYLSILICON COMPOUND TO REACT TO PRODUCE SAID AMINAOALKYL SILICON COMPOUND.