Abstract: A dispersion includes a plurality of polymer particles, a plurality of inorganic particles, or a combination thereof dispersed in an aqueous solution, wherein the polymer particles, the inorganic particles, or the combination thereof are substantially insoluble in the aqueous solution. At least a portion of the surface of each particle includes one or more functional surfactants disposed on the surface of the particle. The functional surfactants include a C18-32 alkyl group; and at least one functional group that is a sulfonate group, a phosphate group, a ureido group, an acetoacetoxy group, a carboxylate group, a C1-12 fluorocarbon group, a zwitterionic group, a polyether group, a sugar group, a quaternary ammonium group, or a combination thereof. The dispersions can be useful in the preparation of coatings.

Abstract: The systems and methods disclosed herein are for a control application for reformatting the graphical user interface being displayed on a computing device. In one embodiment, the control application interfaces with the operating system of the device and disables certain functionality. The disabled functionality may be restored based on user activity data. In which case, the control application re-enables functionality of certain applications by displaying additional graphical user interface elements.

Abstract: A method and system are provided for electronically issuing, tracking and processing casino credit, including rim credit and marker credit, and for tracking bets and generating player ratings. The system allows for real-time display of markers, rim credit and their status. The system may link to other systems such as a casino credit system for cross-sharing of information. The system comprises a processing server in communication with one or more mobile processing devices.

Abstract: The systems and methods disclosed herein are for a implicitly diagnosing disability. The systems and methods comprising receiving a first signal, receiving a responsive first input, executing a first program for a predetermined amount of time, displaying a first question, determine if a second response is received, displaying a second question and receiving a second response, and computing a disability diagnosis based on the received input.

Abstract: Provided herein are compositions comprising nanoparticles, wherein the nanoparticles comprise at least one payload, wherein the nanoparticles further comprise at least one surface bound functional group and method of their use. FIG.

Abstract: The systems and methods disclosed herein are for a control application for reformatting the graphical user interface being displayed on a computing device. In one embodiment, the control application interfaces with the operating system of the device and disables certain functionality. The disabled functionality may be restored based on user activity data. In which case, the control application re-enables functionality of certain applications by displaying additional graphical user interface elements.

Abstract: The systems and methods disclosed herein are for a control application for reformatting the graphical user interface being displayed on a computing device. In one embodiment, the control application interfaces with the operating system of the device and disables certain functionality. The disabled functionality may be restored based on user activity data. In which case, the control application re-enables functionality of certain applications by displaying additional graphical user interface elements.

Abstract: A mort trap assembly includes an upper ramp with a top end, a first bottom end, and an outer edge that is fixedly attached to an inner edge of a slide. A retaining chamber is located below the upper ramp and includes a first entry port located below the first bottom end of the upper ramp. A lower ramp has a top end spaced away from the upper ramp, and a first bottom end located at a bottom of the first entry port of the retaining chamber, and a purge pipe fluidly connected to the retaining chamber. The upper ramp is configured to receive morts from the slide, and the lower ramp is configured to receive the morts from the upper ramp and to direct the received morts into the first entry port.

Abstract: A mort trap assembly includes an upper ramp with a top end, a first bottom end, and an outer edge that is fixedly attached to an inner edge of a slide. A retaining chamber is located below the upper ramp and includes a first entry port located below the first bottom end of the upper ramp. A lower ramp has a top end spaced away from the upper ramp, and a first bottom end located at a bottom of the first entry port of the retaining chamber, and a purge pipe fluidly connected to the retaining chamber. The upper ramp is configured to receive morts from the slide, and the lower ramp is configured to receive the morts from the upper ramp and to direct the received morts into the first entry port.

Abstract: An anchor assembly for use with a tensioning strand includes an anchor body including a bore therethrough, the bore configured to receive the strand therethrough, an inner surface of the bore including a frustoconical wedge-receiving cavity, at least one frustoconical wedge including a strand-engaging inner surface and an anchor body engaging outer surface, the wedge being at least partially received in the wedge-receiving cavity, an encapsulating layer at least partially surrounding the anchor body, and a wedge retention disk mechanically coupled to the anchor body and positioned so as to prevent the wedge from fully exiting the wedge-receiving cavity. The wedge retention disk may be spaced apart from the anchor body such that the wedge can move axially with respect to the anchor body between a seated position in which the wedge engages the wedge-receiving cavity and an unseated position in which the wedge engages the wedge retention disk.

Abstract: An anchor assembly for use with a tensioning strand includes an anchor body including a bore therethrough, the bore configured to receive the strand therethrough, an inner surface of the bore including a frustoconical wedge-receiving cavity, at least one frustoconical wedge including a strand-engaging inner surface and an anchor body engaging outer surface, the wedge being at least partially received in the wedge-receiving cavity, an encapsulating layer at least partially surrounding the anchor body, and a wedge retention disk mechanically coupled to the anchor body and positioned so as to prevent the wedge from fully exiting the wedge-receiving cavity. The wedge retention disk may be spaced apart from the anchor body such that the wedge can move axially with respect to the anchor body between a seated position in which the wedge engages the wedge-receiving cavity and an unseated position in which the wedge engages the wedge retention disk.

Abstract: A tendon processing system includes at least one tub for supporting a tendon, and an indexing assembly for moving the tub to and between a plurality of processing locations. Each processing location is associated with at least one respective processing device.

Abstract: A method and apparatus of producing an adjustable scaffold shelf. The adjustable scaffold shelf is produced from a platform support of an existing scaffold by specific cuts. A middle support and a pair of mount supports are created from the existing platform support. The pair of mount supports is fastened to the middle support to create the frame for the adjustable scaffold shelf. A shelf platform is a board fitted onto the middle support and the pair of mount supports to complete the adjustable scaffold shelf.

Abstract: A method and apparatus of producing an adjustable scaffold shelf. The adjustable scaffold shelf is produced from a platform support of an existing scaffold by specific cuts. A middle support and a pair of mount supports are created from the existing platform support. The pair of mount supports is fastened to the middle support to create the frame for the adjustable scaffold shelf. A shelf platform is a board fitted onto the middle support and the pair of mount supports to complete the adjustable scaffold shelf.

Abstract: A fluid flow control valve is disclosed. This valve includes a housing which defines a central passageway having fluid inlet and fluid outlet openings. A pressure responsive element is disposed within the passageway for selectively opening and closing the inlet opening to fluid flow in response to pressure exerted thereon at the inlet opening. A mechanism is provided within the passageway for exerting a bias force against the pressure responsive element sufficient to close the inlet opening to fluid flow absent a pre-established level of pressure exerted on the pressure responsive element in opposition to the bias force. Finally, a retainer device is positioned for removably securing the pressure responsive element and bias force exerting mechanism within the passageway.

Abstract: A fluid flow control valve is disclosed. This valve includes a housing which defines a central passageway having fluid inlet and fluid outlet openings. A pressure responsive element is disposed within the passageway for selectively opening and closing the inlet opening to fluid flow in response to fluid pressure exerted thereon at the inlet opening. A mechanism is provided within the passageway for exerting a bias force against the pressure responsive element which is sufficient to close the inlet opening to fluid flow absent a pre-established level of fluid pressure exerted on the pressure responsive element. A fluid filter element is also disposed within the passageway; and a retainer device is positioned for removably securing the filter element within the passageway.

Abstract: A fluid flow control valve is disclosed. This valve includes a housing which defines a central passageway having fluid inlet and fluid outlet openings. A pressure responsive element is disposed within the passageway for selectively opening and closing the inlet opening to fluid flow in response to pressure exerted thereon at the inlet opening. A mechanism is provided within the passageway for exerting a bias force against the pressure responsive element sufficient to close the inlet opening to fluid flow absent a pre-established level of pressure exerted on the pressure responsive element in opposition to the bias force. Finally, a retainer device is positioned for removably securing the pressure responsive element and bias force exerting mechanism within the passageway.

Abstract: In a spray nozzle (10), a carrier (12) defines a spray aperture (20), a groove (30) surrounding the spray aperture for receiving an o-ring (32), a first locating bore (26) for slidably receiving an orifice plate (14) seated against the o-ring (32) and for aligning the orifice plate with the spray aperture, and a second locating bore (28) for slidably receiving a swirl unit and aligning the swirl unit (16) with the orifice plate and spray aperture. The swirl unit (16) defines on its peripheral surface a recessed flat (58) forming a fluid passageway between the swirl unit and carrier. The swirl unit (16) includes a swirl chamber (60) defined by a curvilinear surface (62) formed within the swirl unit, and an inlet port (64) formed in fluid communication between the swirl chamber and fluid passageway. The nozzle body (18) is threadedly received within the carrier (12) behind the swirl unit (16) to axially press the swirl unit, and in turn press the orifice plate (14) against the adjacent surface of the carrier.

Abstract: In a spray nozzle (10), a carrier (12) defines a spray aperture (20), a groove (30) surrounding the spray aperture for receiving an o-ring (32), a first locating bore (26) for slidably receiving an orifice plate (14) seated against the o-ring (32) and for aligning the orifice plate with the spray aperture, and a second locating bore (28) for slidably receiving a swirl unit and aligning the swirl unit (16) with the orifice plate and spray aperture. The swirl unit (16) defines on its peripheral surface a recessed flat (58) forming a fluid passageway between the swirl unit and carrier. The swirl unit (16) includes a swirl chamber (60) defined by a curvilinear surface (62) formed within the swirl unit, and an inlet port (64) formed in fluid communication between the swirl chamber and fluid passageway. The nozzle body (18) is threadedly received within the carrier (12) behind the swirl unit (16) to axially press the swirl unit, and in turn press the orifice plate (14) against the adjacent surface of the carrier.

Abstract: In a spray nozzle (10), a carrier (12) defines a spray aperture (20), a groove (30) surrounding the spray aperture for receiving an o-ring (32), a first locating bore (26) for slidably receiving an orifice plate (14) seated against the o-ring (32) and for aligning the orifice plate with the spray aperture, and a second locating bore (28) for slidably receiving a swirl unit and aligning the swirl unit (16) with the orifice plate and spray aperture. The swirl unit (16) defines on its peripheral surface a recessed flat (58) forming a fluid passageway between the swirl unit and carrier. The swirl unit (16) includes a swirl chamber (60) defined by a curvilinear surface (62) formed within the swirl unit, and an inlet port (64) formed in fluid communication between the swirl chamber and fluid passageway. The nozzle body (18) is threadedly received within the carrier (12) behind the swirl unit (16) to axially press the swirl unit, and in turn press the orifice plate (14) against the adjacent surface of the carrier.