Abstract: A water capture system is provided for collecting unused water generated from HVAC units. Water collected from the HVAC system may be treated before it is routed to an additional use, such as being fed through irrigation systems to alleviate issues caused by dry soil due to drought and water usage restrictions. When proper filtration systems are incorporated into a system, the water can also be used as potable water for household usage, such as flushing toilets, washing clothes, dishwashing, etc. This makes the normally wasted water into a usable commodity that can be harvested and used efficiently to offset the overwhelming demand on municipalities water supply and offset the associated costs related to the maintenance of these ever-growing facilities. All the while, this provides individual home and building owners with cost savings without changing their everyday habits by turning a once-wasted byproduct into a usable resource.

Abstract: A machine includes a power source, an engine retarder associated with the power source, and a traction device receiving power from the power source and configured to propel the machine. The machine also includes a brake mechanism associated with the traction device, and a controller in communication with the engine retarder and the brake mechanism. The controller is configured to activate the engine retarder, substantially simultaneously with the brake mechanism, based on a brake pressure associated with the brake mechanism.

Abstract: A machine includes a power source, an engine retarder associated with the power source, and a traction device receiving power from the power source and configured to propel the machine. The machine also includes a brake mechanism associated with the traction device, and a controller in communication with the engine retarder and the brake mechanism. The controller is configured to activate the engine retarder, substantially simultaneously with the brake mechanism, based on a brake pressure associated with the brake mechanism.

Abstract: A system for mitigating hop in a propelled machine is provided. A controller is operable to receive an aggressiveness command based on an operator input. A sensor is operable to measure a parameter indicative of hop and output a hop signal indicative of a magnitude of machine hop, based on the measurement. A manager is operable to reduce an aggressiveness indicated by the aggressiveness command in proportion to the indicated magnitude of machine hop.

Abstract: A sight-through billiards aiming device for assisting players in executing bank and kick shots, including two handles rotatably connected to a base at a common rotational axis, the base having a reference element extending along a substantially straight line that intersects and is perpendicular to the rotational axis. The inside edge of each handle lies along a line that intersects and is perpendicular to the rotational axis. The handles move simultaneously and in opposite directions, so that the angle between the inside edge of the first handle and the reference element is always equal and opposite to the angle between the inside edge of the second handle and the reference element. In a preferred embodiment, each handle has a sighting element along its inner edge and terminating at the rotational axis.

Abstract: A system and method for controlling an electro-hydraulic valve arrangement to provide make-up fluid to a hydraulic actuator are disclosed. The system includes an electro-hydraulic valve arrangement actuated by a control lever and disposed between a pump having a stand-by pressure and a hydraulic actuator. A pressure, representative of the fluid in the hydraulic actuator, is sensed and compared to the stand-by pressure of the pump. The control of the control lever over the electro-hydraulic valve arrangement is overridden when the difference between the pump stand-by pressure and the pressure of the fluid in the hydraulic actuator is greater than a predetermined pressure limit.

Abstract: A system and method for controlling an electro-hydraulic valve arrangement to provide make-up fluid to a hydraulic actuator are disclosed. The system includes an electro-hydraulic valve arrangement actuated by a control lever and disposed between a pump having a stand-by pressure and a hydraulic actuator. A pressure, representative of the fluid in the hydraulic actuator, is sensed and compared to the stand-by pressure of the pump. The control of the control lever over the electro-hydraulic valve arrangement is overridden when the difference between the pump stand-by pressure and the pressure of the fluid in the hydraulic actuator is greater than a predetermined pressure limit.