Abstract: The present invention describes a pallet container (10) for storing and transporting fluid or flowable filling materials, having a thin-walled, rigid plastics inner container (12) made from thermoplastic plastics material, having a tubular grid frame (14) which tightly surrounds the plastics inner container (12) as a supporting covering and which comprises horizontal and vertical tubular rods (18, 20) which are welded to each other, and having a base pallet (16) on which the plastics inner container (12) is positioned and to which the tubular grid frame (14) is securely connected, wherein at least two rod-shaped transverse cross-members (22) are provided above the plastics inner container (12) and are fixed with the two ends thereof to two mutually opposite side walls in the upper region of the tubular grid frame (14).

Abstract: The present invention describes a pallet container (10) for storing and transporting fluid or flowable filling materials, having a thin-walled, rigid plastics inner container (12) made from thermoplastic plastics material, having a tubular grid frame (14) which tightly surrounds the plastics inner container (12) as a supporting covering and which comprises horizontal and vertical tubular rods (18, 20) which are welded to each other, and having a base pallet (16) on which the plastics inner container (12) is positioned and to which the tubular grid frame (14) is securely connected, wherein at least two rod-shaped transverse cross-members (22) are provided above the plastics inner container (12) and are fixed with the two ends thereof via a screw connection to two mutually opposite side walls in the upper region of the tubular grid frame (14).

Abstract: A method and apparatus is provided for processing accelerator instructions in a data processing apparatus, where a block of one or more accelerator instructions is executable on a host processor or on an accelerator device. For an instruction executed on the host processor and referencing a first virtual address, the instruction is issued to an instruction queue of the host processor and executed the instruction by the host processor, the executing including translating, by translation hardware of the host processor, the first virtual address to a first physical address. For an instruction executed on the accelerator device and referencing the first virtual address, the first virtual address is translated, by the translation hardware, to a second physical address and the instruction is sent to the accelerator device referencing the second physical address. An accelerator task may be initiated by writing configuration data to an accelerator job queue.

Abstract: A method and apparatus is provided for processing accelerator instructions in a data processing apparatus, where a block of one or more accelerator instructions is executable on a host processor or on an accelerator device. For an instruction executed on the host processor and referencing a first virtual address, the instruction is issued to an instruction queue of the host processor and executed the instruction by the host processor, the executing including translating, by translation hardware of the host processor, the first virtual address to a first physical address. For an instruction executed on the accelerator device and referencing the first virtual address, the first virtual address is translated, by the translation hardware, to a second physical address and the instruction is sent to the accelerator device referencing the second physical address. An accelerator task may be initiated by writing configuration data to an accelerator job queue.

Abstract: A set of at least two containers each having different internal volumes, wherein the opening cross sections of all of the containers are identical, and at least one wall portion of the respective casing of all of the containers in each case has: (1) a rectilinear portion in which, in each vertical projection plane parallel to a vertical axis of the container, the at least one wall portion leaves behind two trace lines which diverge toward the opening cross section and each enclose an angle (?) of at least 2 degrees with the vertical axis, and (2) a transition portion assembled from two arc portions and the intersection curve of which with each vertical projection plane parallel to the vertical axis of the container merges tangentially both into the rectilinear portion and a respective intersection curve of the base.

Abstract: The invention relates to a set (1) consisting of at least two containers (2) each having different internal volumes, wherein the opening cross sections (4) of all of the containers (2) of the set (1) are identical.

Abstract: A lid for a container includes snap-fit hooks for interlocking engagement in complementing latching openings of an outwardly projecting flange of a jacket of the container, and stacking parts disposed on a lower side of the lid close to the periphery for form-fitting engagement in complementing stacking parts on an upper side of a further said lid, when the lids are stacked. The lower side of the lid and the upper side of the further lid have each a central region that forms a contact area via which compressive forces are transmissible in the presence of a contact between the contact areas of the lower side of the lid and the contact area of the upper side of the further lid.

Abstract: A container includes a base, and a jacket adjoining the base and having a peripheral flange which defines an opening cross section which can be closed by a cover. The cover includes first snap-fit hooks distributed about a periphery of the cover for engagement in complementing first latching openings in the peripheral flange to thereby establish a form fit that prevents a movement away from the base and parallel to a vertical axis of the container in perpendicular relation to the base. The peripheral flange has four corner regions, each provided with a second latching opening for engagement of a second snap-fit hook of the cover. The second latching opening has at least one portion configured curved or inclined in relation to both a transverse axis and a longitudinal axis of the container, or has at least two straight portions extending at an inclination in relation to one another.

Abstract: A container includes a base, and a jacket adjoining the base and having a peripheral flange which defines an opening cross section which can be closed by a cover. The cover includes first snap-fit hooks distributed about a periphery of the cover for engagement in complementing first latching openings in the peripheral flange to thereby establish a form fit that prevents a movement away from the base and parallel to a vertical axis of the container in perpendicular relation to the base. The peripheral flange has four corner regions, each provided with a second latching opening for engagement of a second snap-fit hook of the cover. The second latching opening has at least one portion configured curved or inclined in relation to both a transverse axis and a longitudinal axis of the container, or has at least two straight portions extending at an inclination in relation to one another.

Abstract: A lid for a container includes snap-fit hooks for interlocking engagement in complementing latching openings of an outwardly projecting flange of a jacket of the container, and stacking parts disposed on a lower side of the lid close to the periphery for form-fitting engagement in complementing stacking parts on an upper side of a further said lid, when the lids are stacked. The lower side of the lid and the upper side of the further lid have each a central region that forms a contact area via which compressive forces are transmissible in the presence of a contact between the contact areas of the lower side of the lid and the contact area of the upper side of the further lid.

Abstract: A pallet container for storing and transporting liquid filling materials includes an exchangeable thin-walled inner container of thermoplastic, and a tubular lattice frame closely enclosing the inner container and made of vertical and horizontal tubular bars. The tubular lattice frame is fastened to the upper outer rim of a bottom pallet having a flat pallet top deck which includes a sheet-metal plate for supporting the inner container and a pallet substructure having four corner feet, four middle feet arranged there between, and a steel-tube base ring that is horizontally peripheral on the bottom side. The pallet substructure has four individual tube sections which extend diagonally directly beneath the metal plate and are each fastened to two adjacent middle feet to form a diamond-shaped supporting frame beneath the bottom plate. The tube sections are connected to base ring in an electrically conductive manner via corresponding screw connections.

Abstract: A pallet container for storing and transporting liquid filling materials includes an exchangeable thin-walled inner container of thermoplastic, and a tubular lattice frame closely enclosing the inner container and made of vertical and horizontal tubular bars. The tubular lattice frame is fastened to the upper outer rim of a bottom pallet having a flat pallet top deck which includes a sheet-metal plate for supporting the inner container and a pallet substructure having four corner feet, four middle feet arranged there between, and a steel-tube base ring that is horizontally peripheral on the bottom side. The pallet substructure has four individual tube sections which extend diagonally directly beneath the metal plate and are each fastened to two adjacent middle feet to form a diamond-shaped supporting frame beneath the bottom plate. The tube sections are connected to base ring in an electrically conductive manner via corresponding screw connections.