
US008086759B2 (12) Ulllted States Patent (10) Patent N0.: US 8,086,759 B2 Brown et al. (45) Date of Patent: Dec. 27, 2011 (54) CONTROLLER HAVING REDUC
US. Patent Dec. 27, 2011 Sheet 8 of8 US 8,086,759 B2 & 204 _ \EURH“ m/r 204 2o4~fm Q W O Q QQO m\/\V204
US 8,086,759 B2 1 CONTROLLER HAVING REDUCED CONTROL KEY SET AND METHOD FOR OPERATING SAME IN A LEARNING, MACRO, OR CLONING MODE CROSS-REFERENCE TO REL
US 8,086,759 B2 3 con?gurable controller are labeled after the controller is con ?gured to indicate to the user the control operation associated With
US 8,086,759 B2 5 of a pin (e.g., a straightened paper clip) through a hole (that extends through the plate) into engagement With the actuator, the ac
US 8,086,759 B2 7 second state in Which the controller sends one code per key actuation in the control mode (a sequence of individual ones of the lear
US 8,086,759 B2 holes through plate 2, and light can propagate from LEDs 109 and 110 through holes 189 through plate 2. This assembly can be dimension
US 8,086,759 B2 11 any of a variety of power control functions) in response to user-actuation of a small number of poWer control keys (e.g., one poWer
US 8,086,759 B2 13 controller’s microprocessor and EEPROM then recon?gured for use With the replacement control inser‘t(s). The controller of FIGS. 1-
US 8,086,759 B2 15 emulating” control bits (control bits that emulate the control bits received from the handheld remote controller). The user then pr
US 8,086,759 B2 17 (or chirps) in rapid succession to indicate successful learning of the code. Then, microprocessor 80 causes an LED behind the selec
US 8,086,759 B2 Page 2 OTHER PUBLICATIONS Niles Audio Corporation, “IntelliPad Wall Mounted Programmable IR Keypad System,” 1999 (downloaded from www.
US 8,086,759 B2 19 tion of each tWo successive control signals) in response to a single actuation of the ?rst key, and microprocessor 80 causes a spea
US. Patent Dec. 27, 2011 Sheet 1 of8 US 8,086,759 B2 22 ‘MQQ
US. Patent Dec. 27, 2011 Sheet 2 of8 US 8,086,759 B2 FIG. 2
US. Patent Dec. 27, 2011 Sheet 3 of8 US 8,086,759 B2 FIG. 3
US. Patent Dec. 27, 2011 Sheet 5 of8 US 8,086,759 B2 FIG. 5
US. Patent Dec. 27 2011 Sheet 6 of8
US. Patent Dec. 27, 2011 Sheet 7 of8 US 8,086,759 B2 FIG. 7A
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