Abstract: One or more techniques and/or systems are disclosed for a fluid inlet that mitigates uptake of undesired debris into fluid transport system. A fluid inlet can direct fluid toward one or more fluid inlets, and debris entrained in the fluid may bypass the fluid inlet(s). The fluid inlet can be used to mitigate uptake of debris into a fluid transport system, when placed in the path of fluid flow. A shape of the fluid inlet can be configured to direct fluid flow into the fluid inlet(s), while the shape allows debris entrained in the fluid to flow past the fluid inlet(s).

Abstract: One or more techniques and/or systems are disclosed for a valve. An exemplary valve may be able to provide a more compact profile than current valves, allowing for installation in locations that have size limitations, and/or may allow for more room in areas where prior non-compact valves are installed. Such a valve may be used for fluid intake to a pressurized fluid dispensing system. A compact valve can comprise a valve actuator that is disposed in line with the fluid intake of the valve, and not offset and extending from the valve, such that the flow of fluid passes through a point of rotation of the actuator. Further, a transmission may be used to transfer user actuation input to an internal flow control component, such as a ball-type flow controller, to move the flow control between an open and closed position.

Abstract: One or more techniques and/or systems are disclosed for a fluid inlet that mitigates uptake of undesired debris into fluid transport system. A fluid inlet can direct fluid toward one or more fluid inlets, and debris entrained in the fluid may bypass the fluid inlet(s). The fluid inlet can be used to mitigate uptake of debris into a fluid transport system, when placed in the path of fluid flow. A shape of the fluid inlet can be configured to direct fluid flow into the fluid inlet(s), while the shape allows debris entrained in the fluid to flow past the fluid inlet(s).

Abstract: One or more techniques and/or systems are disclosed for a valve. An exemplary valve may be able to provide a more compact profile than current valves, allowing for installation in locations that have size limitations, and/or may allow for more room in areas where prior non-compact valves are installed. Such a valve may be used for fluid intake to a pressurized fluid dispensing system. A compact valve can comprise a valve actuator that is disposed in line with the fluid intake of the valve, and not offset and extending from the valve, such that the flow of fluid passes through a point of rotation of the actuator. Further, a transmission may be used to transfer user actuation input to an internal flow control component, such as a ball-type flow controller, to move the flow control between an open and closed position.