Abstract: In an example implementation, an energy storage device storage system is disclosed. The energy storage device storage system may include an energy storage device enclosure configured to be disposed between a first longitudinal support structure and a second longitudinal support structure. The first and second longitudinal support structures can extend between first and second support structures. The energy storage device enclosure may include one or more slots configured to receive an energy storage device. The one or more slots each include one or more ports configured to provide an electrical connection to the energy storage device. The energy storage device enclosure may further include one or more jammers attached to outer sidewalls of the energy storage device enclosure. The one or more jammers configured to hold the energy storage device enclosure between the first and second support structures.

Abstract: In an implementation, a sink assembly is disclosed. The sink assembly includes a flush-mounted sink assembly including a substrate including a basin portion and a flange portion extending its entirety along a single plane, a mounting bracket configured to be secured to a countertop, and a support structure configured to be disposed over the mounting bracket and interface with the flange portion when installed within a countertop cutout.

Abstract: In an example, a method for forming a sink is disclosed. The method includes positioning a blank in a vacuum chamber. The blank is formed from a metal sheet. The method also includes applying a physical vapor deposition (PVD) process to the blank within the vacuum chamber to form a hardcoat layer over a surface of the blank and manipulating the blank to form the sink.

Abstract: In an example, a method for milling a sink is disclosed. The method includes receiving a metal sheet, positioning the metal sheet in a receiving assembly for a milling machine, and scoring the metal sheet via a cutter of the milling machine. The metal sheet is scored along an axis corresponding to a bend of the sink. The method also includes manipulating the metal sheet to form the sink.

Abstract: In an implementation, a hand dryer is disclosed. The hand dryer includes an air compressor and a storage tank connected to the air compressor. The storage tank is configured to store pressurized air received from the air compressor. The hand dryer also includes an air manifold connected to the storage tank, and the air manifold includes at least one aperture. The hand dryer also includes a valve for selectively releasing the pressurized air from the storage tank into the air manifold such that the pressurized air is discharged from the at least one aperture.

Abstract: In an implementation, a sink assembly is disclosed. The sink assembly includes a flush-mounted sink assembly including a substrate including a basin portion and a flange portion extending its entirety along a single plane, a mounting bracket configured to be secured to a countertop, and a support structure configured to be disposed over the mounting bracket and interface with the flange portion when installed within a countertop cutout.

Abstract: In an example, a faucet assembly is disclosed. The faucet assembly includes a retractable faucet configured to transition between a retracted position and an extended position and an actuator configured to cause the retractable faucet to transition between the retracted position and the extended position.

Abstract: Systems and methods for irradiating sanitary toilets are disclosed. According to one embodiment of the disclosure, an irradiation system may include one or more ultraviolet lights attached to one of: an interior perimeter of a toilet bowl, an underside of an inwardly facing edge of a toilet seating surface, or an inwardly facing surface of a urinal. The system may also include a controller connected to a power source and configured to activate the one or more ultraviolet lights.

Abstract: A sink assembly includes a basin formed of a metallic material. The basin has a plurality of downwardly depending basin walls. The basin also includes an outwardly extending peripheral mounting flange comprising a flat upper surface and a flat lower surface. The peripheral mounting flange is welded to the basin along the periphery of the plurality of downwardly depending basin walls and extends along a single plane. The peripheral mounting flange is capable of supporting the entire weight of the basin without flexing when the sink is installed in a flush mounted configuration. The sink assembly also includes clips configured to be secured to a countertop, and adjustment screws adjustably coupled with the clips. The adjustment screws are vertically adjustable to support the peripheral mounting flange so that the upper surface of the peripheral mounting flange is flush with the countertop.

Abstract: This invention relates to golf club fitting devices and more particularly, to a novel golf club fitting assembly designed to interchangeably connect a shaft and club head.

Abstract: This invention is a novel sink rim that is readily adaptable to mounting by conventional drop in, under mount and flush mount methods. By incorporating a thicker and wider outwardly extending peripheral mounting flange, a tri-mountable sink rim is created. Having a flat surface on both the upper and lower surfaces of the outwardly extending peripheral mounting flange, the rim may be mounted as a drop in or an under mount sink assembly. These square exterior edges, as opposed to rolled or beveled edges, create a truly flush mountable rim, overcoming the limitations of prior art sinks. The additional thickness and width of the outwardly extending peripheral mounting flange provide adequate support for the sink assembly when flush mounted.

Abstract: This invention is a novel sink rim that is readily adaptable to mounting by conventional drop in, under mount and flush mount methods. By incorporating a thicker and wider outwardly extending peripheral mounting flange, a tri-mountable sink rim is created. Having a flat surface on both the upper and lower surfaces of the outwardly extending peripheral mounting flange, the rim may be mounted as a drop in or an under mount sink assembly. By welding the separate pieces to form the sink assembly, substantially square exterior edges (of from about 85 to about 95 degrees, preferably from about 89 to about 91 degrees) are formed. These square exterior edges, as opposed to rolled or beveled edges, create a truly flush mountable rim, overcoming the limitations of prior art sinks. The additional thickness and width of the outwardly extending peripheral mounting flange provide adequate support for the sink assembly when flush mounted.