Ex parte PERRY et al. - Page 7




          Appeal No. 1998-1259                                                        
          Application No. 08/264,817                                                  

          has been argued by appellants.  Accordingly, the remaining                  
          claims will stand or fall with claim 1.  Appellants assert                  
          that the prior art references to MacDonald and Connary, alone               
          or in combination, do not teach or suggest that "'different                 
          particular tactile alert patterns are generated when different              
          corresponding particular desired communication signals are                  
          received'" (brief, page 4).  MacDonald discloses a selective                
          call receiver having a variable frequency vibrator including a              
          tactile alert generator 116, an audio alert 114 and a display               
          110 (figure 2).  MacDonald recognizes the need for a tactile                
          alert generator to have variable frequencies of vibration,                  
          disclosing that "in conventional selective call receivers, the              
          frequency of the vibrator device is usually fixed at some                   
          predetermined frequency . . . . This causes some users,                     
          however, to consider the vibratory mode to be either too high               
          or too low . . . .  Accordingly, a need exists for a tactile                
          alert having a variable frequency of vibration" (col. 1, lines              
          20-35).  In addition to a tactile alert, the frequency of the               
          tactile alert is modified by the frequency selector 120.                    
          However, once modified, the "preset frequency is held constant              

                                          7                                           







Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  13  14  15  Next 

Last modified: November 3, 2007