Appeal 2007-2458
Application 10/006,577
main power source is turned OFF.” (Specification 11:11-25; Fig. 2;
elements 5, 7, & 8).
4. In the receiver cellular phone, the synchronization establishing
section and the power-ON information detecting section always remain in
the power-ON state even if the main power source is set to be in a power-
OFF state. (Specification 13:2-6).
5. Fukuda is directed to methods for controlling a digital cordless
telephone system having a plurality of master stations and a plurality of
remote stations. (Col. 5, ll. 11-30; Fig. 4, elements 1-8).
6. The main master station in Fukuda successively transmits a control
signal, where the remote stations are set in the reception standby mode.
(Col. 7, ll. 55-61; col. 8, ll. 8-23; Figs. 9A-9D).
7. Fukuda discloses that the control signal is transmitted to the remote
stations in accordance with a predetermined format. That format is set when
each remote station is set into a reception standby mode through the master
station. Each remote station detects the timing at which they receive the
control signal and thus modifies the times in which they are in the reception
standby mode. In other words, the periodicity of when the remote stations
are in reception standby mode is set by the control signal. (Col. 1, l. 65 –
col. 2, l. 18; col. 8, ll. 24-39).
8. Appellant has not argued that combination of Fukuda or Gillig is
improper and has stated only that Gillig fails to cure the perceived
deficiencies of Fukuda.
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