Wireless outdoor control panel
AssigneeSimplifi'd Outdoor Solutions, L.L.C.
InventorsEduardo Daniel Gimeno, Kristopher Michael Robinson
Life of this patent
Estimating the term…
Abstract
A complete backyard control solution accessible from anywhere in the world via the Internet or other network. Control and set schedules for a multitude of relays, varying voltages control 12, 24, 110 and 220 volt devices from the palm of your hand. Webpage access does not require any special apps. Open your web browser, login to your account and have access to any and all of your available features. Install a wide array of sensors and set programming options to depend on the values of the sensors. Install a remote sensor and never have to worry about manual missteps.
Claims29
A control panel system adapted for monitoring, reporting, and controlling a multitude of systems via a computerized and electronic system, said control panel comprising:
- a. a housing enclosing a main processor, relays, signal receivers, and signal converters adapted to modify analog signal to digital:
- b. said main processor comprising software for the instruction to electronically coupled remote systems, said systems including at least one of irrigation, electrical, security, pool, heating, misting, and landscaping, irrigation, or similar:
- c. a network communication sub-system in communication with said main processor, the network communication subsystem (i) establishing a network connection between the main processor and at least one of said remote systems, (ii) providing for remote monitoring of operational parameters associated with the at least one remote system, from the at least one remote system over the network connection in both analog and digital formats:
- and (iii) providing for remote control of the at least one remote system from the main processor over the network connection.
A method for remotely monitoring and controlling at least one remote system, comprising the steps of:
- a. assigning a location of a remote system in a local processor;
- b. establishing a network connection between the remote processor and the local processor;
- c. providing for remote monitoring of operational parameters associated with the remote system from the local processor over the network connection;
- and
- d. providing for remote control of the remote system from the local processor over the network connection.
- e. wherein the local processor is coupled to at least one control board, said local processor providing both signals to control the remote system and power supply, the power supply provided in both alternating and direct current to one or more remote systems.
Dependencies are inferred from the claim text.