The reel compatible multi-chuck air hose may allow a user to simultaneously inflate multiple tires while providing a lighter and easily stored form factor. The reel compatible multi-chuck air hose may provide four air chucks in series, as opposed to in parallel, with an air source connector at its first end, instead of in the middle of the line. Each of the four air chucks may be connected to the primary hose by a T-connector and may be stored within a dock to keep the air chuck in line with the primary hose. By this design the reel compatible multi-chuck air hose can be rolled around a storage reel for easy storage.

The reel compatible multi-chuck air hose may allow a user to simultaneously inflate multiple tires while providing a lighter and easily stored form factor. The reel compatible multi-chuck air hose may provide four air chucks in series, as opposed to in parallel, with an air source connector at its first end, instead of in the middle of the line. Each of the four air chucks may be connected to the primary hose by a T-connector and may be stored within a dock to keep the air chuck in line with the primary hose. By this design the reel compatible multi-chuck air hose can be rolled around a storage reel for easy storage.

Embodiments of the present disclosure are directed to a fluid connection including a plurality of flexible polymeric tubes; an integral fluid connector coupled to and in fluid communication with each of the plurality of tubes; and a shell disposed over and encapsulating the fluid connector. The fluid connection surprisingly exhibiting significant increases in the working pressure, particularly in biopharmaceutical fluid transfer systems.

Embodiments of the present disclosure are directed to a fluid connection including a plurality of flexible polymeric tubes; an integral fluid connector coupled to and in fluid communication with each of the plurality of tubes; and a shell disposed over and encapsulating the fluid connector. The fluid connection surprisingly exhibiting significant increases in the working pressure, particularly in biopharmaceutical fluid transfer systems.

The invention relates to a transport system for pourable and flowable media having a coupling device (56), consisting of at least one first connection part (14) and a plurality of further connection parts (54), which are connected to the first connection part (14) by means of flexible, tubular connecting parts (16), which can be blocked by means of at least one closing device (68), after the release of which the connecting part (16) that can be associated is open for media transport, wherein, after media transport has occurred along a specified transport path, said transport path is blocked by means of a separate blocking device or is closed again by the closing device (68).

The invention relates to a transport system for pourable and flowable media having a coupling device (56), consisting of at least one first connection part (14) and a plurality of further connection parts (54), which are connected to the first connection part (14) by means of flexible, tubular connecting parts (16), which can be blocked by means of at least one closing device (68), after the release of which the connecting part (16) that can be associated is open for media transport, wherein, after media transport has occurred along a specified transport path, said transport path is blocked by means of a separate blocking device or is closed again by the closing device (68).

A connector for connecting at least a first hose having a globally cylindrical wall and a second hose with each other, the connector includes at least one spigot including at least a first end configured to be connected to the second hose, and a second end configured to be connected to the first hose, the spigot allowing an hermetic fluidic connection between the first hose and the second hose, wherein the connector further includes at least one compression element being slidably movable between the first end and the second end of the spigot, the compression element being in a locking position wherein the compression element resists a compression force on the first hose at the level of the second end of spigot, in order to secure the fluidic connection.

A connector for connecting at least a first hose having a globally cylindrical wall and a second hose with each other, the connector includes at least one spigot including at least a first end configured to be connected to the second hose, and a second end configured to be connected to the first hose, the spigot allowing an hermetic fluidic connection between the first hose and the second hose, wherein the connector further includes at least one compression element being slidably movable between the first end and the second end of the spigot, the compression element being in a locking position wherein the compression element resists a compression force on the first hose at the level of the second end of spigot, in order to secure the fluidic connection.

A geotextile tube connecting unit comprises a flange ring (20), a support ring (30), and connection means (22) for connection of the flange ring (20) to the support ring (30) while including the geotextile base fabric (10) in-between. The geotextile base fabric (10) is subdivided into at least two segments (14) in the area of the filling opening (11), each segment (14) being bent outwards over at least one welt element (12). The welt element (12) is interlockingly held in place on the flange ring (20) and/or on the support ring (30) on at least one contact edge.

A geotextile tube connecting unit comprises a flange ring (20), a support ring (30), and connection means (22) for connection of the flange ring (20) to the support ring (30) while including the geotextile base fabric (10) in-between. The geotextile base fabric (10) is subdivided into at least two segments (14) in the area of the filling opening (11), each segment (14) being bent outwards over at least one welt element (12). The welt element (12) is interlockingly held in place on the flange ring (20) and/or on the support ring (30) on at least one contact edge.