Abstract: An electrical box location indicator system for use when installing a wall panel over a mounted electrical box. An electrical box is fixedly attached to a structural wall member such that a portion of a box sidewall is directly touching a member side face orthogonal to a member front face. A first tab and a second tab project outwardly and away from a box front lip such that both tabs are coplanar with the box sidewall and orthogonal to the member front face. The first tab and the second tab push against a rear panel surface of the wall panel to create a bow in the wall panel that indicates the location of the electrical box. The first tab and the second tab are snapped or cut off after processing of the wall panel is completed.

Abstract: An electrical box marking system for use when installing a sheet of drywall over a mounted electrical box or when masking the electrical box for texturing or painting the sheet of drywall features a structural wall having a stud with a stud face and a stud side. The system features an electrical box located on the stud side. A first projection is located on a box top lip and a second projection is located on a box bottom lip. The box top lip, the box bottom lip, a box first side lip, and a box second side lip project out and away from the stud face by a box projection distance. The system features a sheet of drywall having a front drywall surface, a rear drywall surface, and a drywall thickness.

Abstract: An exemplary oil delivery system comprises a dual pump system configured for reducing the buildup of pressure by unloading one or both pumps, thus reducing the buildup of heat within the hydraulic system. The dual pump system is configured for delivering oil in combination to a single hydraulic system or to two completely separate hydraulic systems. In addition, the oil delivery system can also be configured to unload one or both of the pumping sections at a pre-determined speed to again limit the flow to any existing open centered hydraulic system. As a result, the oil delivery system recirculates oil back to the reservoir and/or the inlet to the pump in the absence of a buildup of pressure, and thus an absence in the buildup of heat to conserve energy.

Abstract: An exemplary oil delivery system comprises a dual pump system configured for reducing the buildup of pressure by unloading one or both pumps, thus reducing the buildup of heat within the hydraulic system. The dual pump system is configured for delivering oil in combination to a single hydraulic system or to two completely separate hydraulic systems. In addition, the oil delivery system can also be configured to unload one or both of the pumping sections at a pre-determined speed to again limit the flow to any existing open centered hydraulic system. As a result, the oil delivery system recirculates oil back to the reservoir and/or the inlet to the pump in the absence of a buildup of pressure, and thus an absence in the buildup of heat to conserve energy.