A container (10) for receiving biopharmaceutical content (C) in liquid, fluid or gaseous form, includes a peripheral wall (12) that is closed on itself, at least one transfer pipe (22), at least one guiding element (30; 130), and wherein the at least one guiding element (30; 130) includes a gripping member (32; 132) and an attachment member (44; 144). The gripping member (32; 132) and the attachment member (44; 144) are structurally separate and independent of one another and the guiding element (30; 130) has reciprocal assembly elements (60; 160) allowing the structural or functional assembly of the gripping member (32; 132) with the attachment member (44; 144) to ensure the positioning of the gripping member (32; 132) close to the attachment member (44; 144) and the connecting area (46; 146) of the corresponding peripheral wall (12).

An LNG tank is a single-shell LNG tank having one shell and at least one pipe extending from the LNG tank to a tank connection space of the LNG tank. The shell of the LNG tank is substantially surrounded by insulation. The LNG tank has at least one bellow connection surrounding at least part of the length of the at least one pipe for connecting the at least one pipe extending from the LNG tank to the tank connection space. A system for connecting at least one pipe between an LNG tank and a tank connection space thereof is also provided. At least one pipe extends from the LNG tank to the tank connection space and which LNG tank is a single-shell tank having one shell. The at least one pipe is connected between the LNG tank and the tank connection space by at least one bellow connection.

The present invention relates to a support arm assembly (39) for mounting in a fuel tank (1). The support arm assembly (39) comprises an arm (43) having a connector (51) for mounting the support arm assembly (39). A fuel fill limiter is mounted on the arm (43). The support arm assembly (43) can be installed in a fuel tank (1) through an access aperture (A) and mounted within the fuel tank (1). The present invention also relates to a fuel tank (1) in combination with the support arm assembly (43).

A line coupling having a housing which has a tube connection piece and a housing head. A passage duct extends from a first opening, which is formed by the tube connection piece, to a second opening, which is formed by the housing head. A tube connection structure is arranged in the passage duct. The tube connection structure is connected in a form-fitting manner via first coupling means to a first end of an inner tube which extends out of the housing head through the second opening. The section of the passage duct between the first opening and tube connection structure and inner tube form a flow duct for fluid. A container is also disclosed having a container housing which forms a container hollow space and a container opening. The container opening is formed by an outwardly projecting connection piece, and has a line coupling.

The present invention relates to a fuel tank arrangement of a marine vessel including a fuel tank for Liquefied Natural Gas, the fuel tank having a shell, a heat insulation in connection therewith, connections for a pipeline for bunkering LNG to the fuel tank, a pipeline for taking boil-off gas from the fuel tank and a pipeline for taking LNG from the fuel tank, and a deep well pump for pumping LNG from the tank to the pipeline, wherein at least one recess is extending inwardly from the shell and being arranged on top of the fuel tank, the deep well pump being installed in the at least one recess.

A suction pipe inlet device for a centrifugal pump, the device having a hollow tubular axisymmetric body along a longitudinal axis having an open first end adapted for fitting into or against a retention tank; an open second end adapted for fitting into or against an inflow end of a suction pipe having an outer pipe diameter and an inner pipe diameter; a converging section located closer to the retention tank; a diverging section located closer to the suction pipe; a throat located at the intersection point between the converging and diverging sections, the converging and diverging sections defining an interior converging-diverging geometry within the tubular axisymmetric body and the throat defining a minimum inner cross sectional area of the tubular axisymmetric body.

A tank outlet (1) of a tank (100) comprising a tube fitting body (10), with an inlet region (11), which can be mounted on an outlet region (111) of a tank (100), a vortex breaker (20), which is mounted solely on the tube fitting body (10), wherein the vortex breaker (20) extends into the tank (100) through the inlet region (11) and does not touch the tank (100). Moreover, a method for mounting a corresponding vortex breaker (20) on a tank outlet (1) of a tank (100) is claimed.

A tank tube bracket for a tank comprises a receptacle extending along an axis and receiving a tank tube and a passage adapted to pass a fluid through the tank tube bracket. A distal end of the passage is directed toward the axis of the receptacle.

An internal valve including a body having a first end configured to be disposed within a tank and a second end configured to be disposed outside of the tank. The body includes a shoulder configured to be positioned adjacent to a mounting surface of the tank, a single flange positioned between the shoulder and the second end, a plurality of primary struts connecting an interior of the body to an internal primary stem guide, and a plurality of secondary struts connecting the interior of the body to an internal secondary stem guide. The primary struts and the primary stem guide are positioned between the flange and the shoulder, and the secondary struts and the secondary stem guide are positioned between the shoulder and the first end.

The invention relates to a sanitary arrangement, in particular, a mobile sanitary arrangement in a motor vehicle such as a coach, having a wastewater-collection tank which has a floor and a sidewall that enclose a tank interior, and an inlet connection and an outlet device. The outlet device has an outlet opening with a connection coupling for the connection of a suction-extraction arrangement and a suction-extraction channel, which, starting from the outlet opening, extends downward in the direction of gravitational force to an intake opening within the wastewater-collection tank.