Appeal No. 1997-3157 Application No. 08/286,224 While the Japanese ‘871 and Asano references coincidentally individually teach (D-L) values which may meet one of the upper or lower limits of the stated parametric range, such teachings are purely coincidental and there is no pattern of teachings which in any way results in the derivation of both the upper and lower limit or the connection between the subject parameters and the constant floating height thereby effected. Instead, each of these references is clearly outside at least one of these limits. Since there is no suggestion in the references for the upper and lower limits of the claimed range in the Asano and Japanese ‘871 references, and since there is no motivation for combining the Japanese ‘871 and Asano references found in the teachings of these references themselves, it is respectfully submitted, that the outstanding rejection is based purely on hindsight. Regarding the applied Hatch et al ‘241 and Sugahara et al ‘338 references, the outstanding grounds for rejection based on these references acknowledge that neither of these references teaches the relationship stated in Appellants’ claim 1. To remedy these deficiencies in the Hatch et al ‘241 and Sugahara et al ‘338 references, the outstanding grounds for rejection summarily concludes that it would [be] obvious to pick values of “D”, “L” and “W” of the disc drive to satisfy the condition set forth in claim 1 in order to “provide a higher density recording disc drive” and in order “to maintain the constant sensitivity of the magnetic head in order to provide a higher density recording disc drive.”[8] Yet, the Official Action fails to identify a single teaching in the references suggesting that the parameters “D”, “L” and “W” are relevant to the provision of “a higher density recording disc drive” or “to maintain the constant sensitivity of the magnetic head” and the only source of such teachings is Appellants’ disclosure. It is therefore respectfully submitted that clearly 5Page: Previous 1 2 3 4 5 6 7 8 NextLast modified: November 3, 2007