James Hardie Irrigation, Inc.

Andrea Brundisini

An irrigation controller includes a microprocessor for controlling a plurality of watering stations under program control according to a plurality of parameter values, and a module dimensioned and arranged to enable a user to transport the module by hand. A memory is provide in the module for storing a set of the parameter values, and first and second mating connectors are provided on respective ones of a housing for the microprocessor and the module. The connectors are operationally connected to respective ones of the microprocessor and the memory circuit to enable the user to couple the memory means to the microprocessor in order to transfer the remotely programmed set of the parameter values to and from the microprocessor means. Microprocessor programming enables automatic watering interval adjustment, open circuit testing, and individual watering station shutdown in the event of a fault condition.

Irrigation controller

An irrigation controller includes a microprocessor for controlling a plurality of watering stations under program control according to a plurality of stored parameter values, a display module operationally connected to the microprocessor means for displaying the parameter values, and a plurality of selector switches initiating the display of a selected one of a plurality of predefined groups of the parameter values. Each one of the switches corresponds to a respective one of the groups, and the display module includes both a first plurality of display elements configured to produce images of the parameter values and a second plurality of display elements configured to produce images identifying the selected group. One embodiment includes a liquid crystal display having the second plurality of display elements configured as arrowheads pointing toward panel labeling that extends to a corresponding one of the switches.

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Dana Point, CA, United States of America

Andrea Brundisini