Abstract: A pump system includes a pump, a mounting bracket, and three fastener assemblies. The pump includes a housing having three pump attachment features. The mounting bracket includes three bracket attachment features. The three fastener assemblies are each coupled to one of the pump attachment features and to one of the bracket attachment features to form an attachment. Each of three extend through the pump attachment feature, the bracket attachment feature, and the fastener assembly at each attachment. The three attachment axes are perpendicular to each other.

Abstract: A pump system includes a pump, a mounting bracket, and three fastener assemblies. The pump includes a housing having three pump attachment features. The mounting bracket includes three bracket attachment features. The three fastener assemblies are each coupled to one of the pump attachment features and to one of the bracket attachment features to form an attachment. Each of three extend through the pump attachment feature, the bracket attachment feature, and the fastener assembly at each attachment. The three attachment axes are perpendicular to each other.

Abstract: An irrigation mitigation runoff system that includes an irrigation system having at least one water outlet and a sensor that detects flow of water through a boundary. A controller is operatively coupled to the irrigation system and the sensor. Responsive to the sensor detecting flow of water through the boundary above a pre-defined threshold, the controller signals the irrigation system to pause irrigation.

Abstract: The present invention is an auto-adjustable display mount. The present invention can be used in a system that auto-adjusts the position and angle of a display based on the identity of the user, the position of the user, the type of display, the environment, and the application. The present invention is comprised of two adjustment modules, connected to a bracket with which to retain a display. The two adjustment modules are comprised of a housing, a brushless direct current motor, a worm gear, and a rotational axle. The two adjustment modules are connected, with the lower adjustment module connected to the rotational axle of the upper adjustment module. Each adjustment module is capable of rotating through at least 120°.

Abstract: An irrigation mitigation runoff system that includes an irrigation system having at least one water outlet and a sensor that detects flow of water through a boundary. A controller is operatively coupled to the irrigation system and the sensor. Responsive to the sensor detecting flow of water through the boundary above a pre-defined threshold, the controller signals the irrigation system to pause irrigation.