Abstract: A transport and storage container for liquids has a flexible inner container of an inner envelope of plastic material and an outer envelope of a woven material. The container also has a cage of crossing horizontal and vertical cage rods of metal as well as a pallet underframe of metal. The flexible inner container is suspended from cover rods connected at the upper frame of the cage of the transport container. The outflow socket of the inner container is detachably connectable with a holding device on the cage of the transport container.

Abstract: A device for emptying a storage and transport container for liquids has a base frame, a pivot frame pivotably connected to the base frame, and a pivot drive connected to the pivot frame. The pivot frame has an initial low position and an upper pivot end position. The pivot drive can pivot the pivot frame from the initial low position into the upper pivot end position and from the upper pivot end position into the initial low position. The pivot frame receives the storage and transport container in the initial low position and secures the storage and transport container in the upper pivot end position. The upper pivot end position is the emptying position of the storage and transport container received on the pivot frame.

Abstract: A transport and storage container for liquids with a pallet-like underframe of an electrically conductive material, an exchangeable inner container of synthetic material with four side walls, a bottom wall and a top wall, a closable inlet opening at the top and a lower outlet opening with a draining device, and an outer casing formed of grating or sheet metal. The transport and storage container for liquids further includes a grounding member of an electrically conductive material, preferably metal, arranged in the passage opening of the discharge device between the discharge valve of the discharge device and the inner container, wherein the grounding member is connected to an electrically conductive connecting element, preferably a screw of metal with a grounding connection to the underframe of the container, wherein the connecting element is introduced from the outside.

Abstract: A plastic safety valve for containers, especially pallet containers with an internal container of plastic and an external jacket of metal for the transport and storage of liquids, is constructed as an automatic aerating and venting valve and is integrated into a lid or plug for sealing the filling and/or emptying opening or the aerating and/or venting opening of a container. The valve housing, which is constructed as a threaded plug and can be screwed into a corresponding threaded hole in a threaded cover or threaded plug, has a central hub supported by ribs, wherein the hub has a through-hole. The ribs extend outwardly in a star-like manner from the hub toward a ring-shaped shoulder. Air passage holes are formed between the ribs. An elastically constructed valve membrane of an aerating unit for opening and closing the air passage holes between the ribs is pushed from the inside onto the hub up to a shoulder of the hub.

Abstract: A transport and storage container for liquids includes a pallet-like underframe, an exchangeable inner container of synthetic material with four side walls, a bottom wall and a top wall, a closeable inlet opening at the top and a lower outlet opening with a draining device, and an outer casing surrounding the inner container, wherein the outer casing is formed of vertically and horizontally extending grate rods of metal. The transport and storage container for liquids further includes a fabric-like, net-like or lattice-like sheathing of an electrically conductive material which is applied onto the inner container and surrounds the inner container completely or partially.

Abstract: A transport and storage container for liquids, with a pallet-like underframe, an inner container of synthetic material with four side walls, a bottom wall and a top wall, and a closeable filler connection integrally formed on the top wall, and an outlet connection with a discharge fitting integrally formed in a lower portion of a side wall, an outer casing composed of vertical and horizontal grate rods or constructed as a sheet metal casing, and a removable protective cover of sheet metal or synthetic material fastened to the outer casing and provided with a central entry opening to the filler connection of the inner container which is closeable by a screw cap.

Abstract: A transport and storage container for liquids with a pallet-like underframe, an exchangeable inner container of synthetic material with four side walls, a bottom wall and a top wall, a closeable inlet opening at the top and a lower outlet opening with a draining device, and with an outer casing surrounding the inner container, wherein the outer casing is formed of vertically and horizontally extending grate rods of metal. The transport and storage container is provided with a support insert with four side walls arranged between the inner container and the outer casing, wherein the support insert is of an electrically conductive material.

Abstract: A plastic vent valve (1) for containers for transporting and storing liquids has a cylindrical valve housing(2) which is made as a threaded plug (3) and is screwed onto a screw cover (8) for closing an opening of a plastic inner container of a palletized container. The valve has a valve membrane (4), a surge disk (5), a surge cover (6), and a sealing cap (7).

Abstract: Lettering plate (10) which is to be attached to the outside of a lattice jacket of a pallet container has a lower support edge (14) which is flanged or bevelled to the outside. The lower support edge abuts horizontal lattice rod (8) and reaches behind it. Two side edges (15, 16) of the lettering plate are flanged to the outside for resting on two vertical lattice rods (9). Openings (18) are provided in center section (17) of two side edges (15, 16) to hold horizontal lattice rod (8). The lettering plate (10) also has an upper edge (19) which is made as a clawed edge and which in the mounted state fits behind horizontal lattice rod (8) thereby resiliently bracing plate (10) against horizontal lattice rod (8). The horizontal lattice rod abuts the back of the plate in a middle plate section. The lower and upper edge (14, 15) have, depending on the size of lettering plate (10) and the grid division of the lattice jacket, one or more openings for holding one or more vertical lattice rods (9).

Abstract: A pallet container (1) which may be used as a one-way of multi-way container to transport and store fluids, includes a blow molded fluid container (2) made of plastic which has a drain bottom (3) and a flexible inner liner (4) made of plastic foil or a composite metal-plastic foil. A pallet (5) which is designed as a floor pan (6) made of sheet metal or plastic which has a drain bottom (7) designed to serve as a form-fitted receptacle for the fluid container (2), as well as a metal grid casing (8) or sheet metal casing which encloses the fluid container (2). The fluid container (2) is sealed with a removable closure (12) which allows a simple and fast insertion of the inner liner (4) in the fluid container (2). To facilitate the insertion and removal of the inner liner into and/or from the fluid container, the same may be equipped with an integrally molded hinged cover, and it is possible to divide the fluid container into two halves after the blow molding.

Abstract: The pallet container has a plastic inner container and a lattice jacket of vertical and horizontal lattice rods (9, 10) of metal. Stacking and transport safety is achieved by special design of the intersections (15) where the lattice rods (9, 10) are welded to one another. At these intersections (15) lattice rods (9, 10) are indented to form double-walled, cavity-like depressions (16). The depressions (16) have a center elevation (17). At each intersection (15) between longitudinal edges (18, 19) of center elevations (17) of depressions (16) of two lattice rods (9, 10) which lie at right angles on top of one another, this shaping of the lattice rods (9, 10) results in the formation of four contact points (20) which lie in one plane, each with a material accumulation which corresponds to four times the wall thickness of the lattice rods.

Abstract: A pallet container which can be used as a disposable or reusable container for transport and storage especially of environmentally hazardous liquids has as main components a parallelepipedal inner container (2), an outer jacket (3) made of lattice, a pallet (7) with a flat bottom tray (8) made of sheet metal which is fastened to a pallet frame (9) made of steel pipe and which accommodates an inner container (2) form fittingly, as well as a lattice-like cover (10) with two V-shaped lattice bars (11, 12). The inner container (2) comprises an outer shell (13) made of sheet steel with a jacket (14), a bottom part (15) with a drain bottom (16) and cover (17) as well as elastic inner shell (18) made of plastic with a drain bottom (19) matched to a drain bottom (16) of the outer shell (13). The jacket (14) and cover (17) or bottom part (15) of the outer shell (13) of the inner container (2) are folded to9ether or clinched with one another.