mhurhangee/ep-ind-claims huggingface dataset:
A universal elongate sheet pile connecting element, of substantially constant cross-section along its length, for interconnecting sheet pile wall components, such as sheet piles, beam piles and sheet pile connectors, which have at least one of a hook strip profile, a neck and head strip profile and a claw strip profile that extends longitudinally along a lateral edge thereof to enable their interconnection, said connecting element comprising, in profile: (a) a substantially linear central strip having first and second ends (14; 16) and first and second lateral sides (18; 20); (b) a first hook strip extending from the first end of the central strip, commencing in the same longitudinal direction as the central strip, curving around in an arc of between 180° and 270° and terminating in a free end pointing substantially toward, and spaced from, said first side of the central strip to form a first hook for engaging a hook strip profile of a sheet pile component; and (c) a second hook strip extending from the second end of the central strip, commencing from the first side of the central strip in a direction substantially perpendicular thereto, curving around in an arc of between 180° and 270° and terminating in a free end pointing substantially toward, and spaced from, said second end of the central strip to form a second hook for engaging a hook strip profile of a sheet pile component; characterized by (d) a claw strip formed by two opposing partial hooks (36; 38), each extending in an arc of between 90° and 180° from the second side of the central strip and terminating in a free end (40; 42) pointing substantially toward, and spaced from, the free end of the other, opposing partial hook, for engaging a neck and head strip of a sheet pile component. (a) a substantially linear central strip having first and second ends (14; 16) and first and second lateral sides (18; 20); (b) a first hook strip extending from the first end of the central strip, commencing in the same longitudinal direction as the central strip, curving around in an arc of between 180° and 270° and terminating in a free end pointing substantially toward, and spaced from, said first side of the central strip to form a first hook for engaging a hook strip profile of a sheet pile component; and (c) a second hook strip extending from the second end of the central strip, commencing from the first side of the central strip in a direction substantially perpendicular thereto, curving around in an arc of between 180° and 270° and terminating in a free end pointing substantially toward, and spaced from, said second end of the central strip to form a second hook for engaging a hook strip profile of a sheet pile component; characterized by (d) a claw strip formed by two opposing partial hooks (36; 38), each extending in an arc of between 90° and 180° from the second side of the central strip and terminating in a free end (40; 42) pointing substantially toward, and spaced from, the free end of the other, opposing partial hook, for engaging a neck and head strip of a sheet pile component.
A method for managing migration of a virtual machine, comprising: determining that a virtual machine, instantiated in a first host and associated with a first virtual firewall service in the first host, should be migrated to a second host; determining that functionality provided in the first host by the first virtual firewall service is unavailable in the second host, wherein this determination is made by requesting a list of available virtual services from the second host and comparing it to the first virtual firewall service associated with the virtual machine to be migrated; in response to determining that functionality is unavailable, instantiating a second virtual firewall service in the second host to provide functionality corresponding to that provided by the first virtual firewall service; synchronizing session data between the first virtual firewall service and the second virtual firewall service, wherein the step of synchronizing session data includes capturing state information associated with a session being handled by the virtual machine and transferring the state information to the second virtual firewall service, wherein the session data includes an address associated with the session; and instantiating a copy of the virtual machine in the second host. determining that a virtual machine, instantiated in a first host and associated with a first virtual firewall service in the first host, should be migrated to a second host; determining that functionality provided in the first host by the first virtual firewall service is unavailable in the second host, wherein this determination is made by requesting a list of available virtual services from the second host and comparing it to the first virtual firewall service associated with the virtual machine to be migrated; in response to determining that functionality is unavailable, instantiating a second virtual firewall service in the second host to provide functionality corresponding to that provided by the first virtual firewall service; synchronizing session data between the first virtual firewall service and the second virtual firewall service, wherein the step of synchronizing session data includes capturing state information associated with a session being handled by the virtual machine and transferring the state information to the second virtual firewall service, wherein the session data includes an address associated with the session; and instantiating a copy of the virtual machine in the second host.
A vehicle trailer for the hygienic slaughtering and transporting of an animal carcass, in particular of a cow, comprising a load compartment for transporting the animal carcass, a cover for closing the load compartment and a pulling device for the suspended positioning of the animal carcass, wherein the cover is lowerable, by tilting the cover, from the open position into the closed position, in which the cover closes the load compartment of the vehicle trailer at least in regions or completely, characterized in that the pulling device is in connection with the cover and arranged so that the animal carcass, with opened cover, can be pulled up on the cover with the pulling device in such a manner that the animal carcass can be positioned, suspended above the load compartment of the vehicle trailer, in order to bleed the animal carcass into the load compartment, wherein the cover is hydraulically or electrically lowerable from the open position, in which the animal carcass can be pulled up on the cover with the pulling device so that the animal carcass bleeds into the load compartment and can subsequently be lowered into the load compartment.
A method ofprocessing an article (10; 110), comprising: forming a metallic layer (16; 116) of a transition metal selected from the group consisting of cobalt, copper, nickel, and combinations thereof. and mechanically working an article having said metallic layer (16; 116) disposed on a titanium substrate (14; 114); and establishing a residual stress region (24; 124) that extends through the metallic layer (16; 116) and into the titanium substrate (14; 114). forming a metallic layer (16; 116) of a transition metal selected from the group consisting of cobalt, copper, nickel, and combinations thereof. and mechanically working an article having said metallic layer (16; 116) disposed on a titanium substrate (14; 114); and establishing a residual stress region (24; 124) that extends through the metallic layer (16; 116) and into the titanium substrate (14; 114).
A computer system comprising: one or more processors; a cloud system; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors and the cloud system to configure the computer system to perform blockchain operations on behalf of a capability limited device that is unable to perform the blockchain operations, further including instructions that are executable to configure the computer system and the cloud system to perform at least the following host a digital twin for the capability limited device on the cloud system capable of performing the blockchain operations, wherein the capability limited device comprises a unique device identifier and the digital twin comprises the unique device identifier allowing the digital twin to act as a proxy on behalf of the capability limited device, wherein the digital twin, using compute resources, storage resources, and network connectivity of the cloud system, participates on a blockchain network for and on behalf of the capability limited device, and wherein the capability limited device is outside the cloud system; receive input for a set of blockchain operations at the cloud system capable of performing the blockchain operations, from the capability limited device; and perform the set of blockchain operations at the cloud system capable of performing the blockchain operations using the digital twin and the unique device identifier. one or more processors; a cloud system; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors and the cloud system to configure the computer system to perform blockchain operations on behalf of a capability limited device that is unable to perform the blockchain operations, further including instructions that are executable to configure the computer system and the cloud system to perform at least the following host a digital twin for the capability limited device on the cloud system capable of performing the blockchain operations, wherein the capability limited device comprises a unique device identifier and the digital twin comprises the unique device identifier allowing the digital twin to act as a proxy on behalf of the capability limited device, wherein the digital twin, using compute resources, storage resources, and network connectivity of the cloud system, participates on a blockchain network for and on behalf of the capability limited device, and wherein the capability limited device is outside the cloud system; receive input for a set of blockchain operations at the cloud system capable of performing the blockchain operations, from the capability limited device; and perform the set of blockchain operations at the cloud system capable of performing the blockchain operations using the digital twin and the unique device identifier.
A monopipe adapter (202, 302) for a static gas meter (200, 300), comprising: a tubular body (228, 328) having an upstream end and a downstream end, wherein the tubular body (228, 328) comprises a hollow kidney-shaped body having a first side having a larger-radius curve than a second side; a downstream fastener to connect the downstream end of the tubular body (228, 328) to a monopipe connector (204, 304) of an enclosure (214, 314) of the static gas meter; a deflector (224, 324) having a semicircular sidewall to deflect a portion of a gas flow received from a monopipe and through the monopipe connector; a rib defined on an interior of the semicircular sidewall to divide an incoming gas flow into a first gas flow and a second gas flow; an upstream fastener to connect the upstream end of the tubular body (228, 328) to a static gas metrology assembly (206, 306) within the enclosure (214, 314) of the static gas meter. a tubular body (228, 328) having an upstream end and a downstream end, wherein the tubular body (228, 328) comprises a hollow kidney-shaped body having a first side having a larger-radius curve than a second side; a downstream fastener to connect the downstream end of the tubular body (228, 328) to a monopipe connector (204, 304) of an enclosure (214, 314) of the static gas meter; a deflector (224, 324) having a semicircular sidewall to deflect a portion of a gas flow received from a monopipe and through the monopipe connector; a rib defined on an interior of the semicircular sidewall to divide an incoming gas flow into a first gas flow and a second gas flow; an upstream fastener to connect the upstream end of the tubular body (228, 328) to a static gas metrology assembly (206, 306) within the enclosure (214, 314) of the static gas meter.
A wash arm assembly for a dishwasher, comprising: - a wash arm comprising a circular opening with a centre and with an edge portion comprising an edge and - a mounting unit comprising a circular insertion portion and a supporting portion extending radially from said circular insertion portion, wherein said mounting unit is arranged to be inserted at least partly in said circular opening to allow rotation of said wash arm around a rotational axis of said wash arm, wherein said circular insertion portion is arranged to be inserted at least partly in said circular opening to form a passage between said edge and said circular insertion portion when said mounting unit is inserted at least partly in said circular opening and wherein said supporting portion is arranged to support said wash arm when said circular insertion portion is inserted at least partly in said circular opening, wherein said wash arm comprises a protrusion, protruding parallel to said rotational axis towards said supporting portion when supporting said wash arm and extending around said centre, wherein said supporting portion and said wash arm are arranged to form a chamber delimited by said edge portion, said supporting portion, said passage and said protrusion when said supporting portion supports said wash arm. - a wash arm comprising a circular opening with a centre and with an edge portion comprising an edge and - a mounting unit comprising a circular insertion portion and a supporting portion extending radially from said circular insertion portion, wherein said mounting unit is arranged to be inserted at least partly in said circular opening to allow rotation of said wash arm around a rotational axis of said wash arm, wherein said circular insertion portion is arranged to be inserted at least partly in said circular opening to form a passage between said edge and said circular insertion portion when said mounting unit is inserted at least partly in said circular opening and wherein said supporting portion is arranged to support said wash arm when said circular insertion portion is inserted at least partly in said circular opening, wherein said wash arm comprises a protrusion, protruding parallel to said rotational axis towards said supporting portion when supporting said wash arm and extending around said centre, wherein said supporting portion and said wash arm are arranged to form a chamber delimited by said edge portion, said supporting portion, said passage and said protrusion when said supporting portion supports said wash arm.
A frame structure, such as a window sash or a frame for a window or door, including side, top and bottom pieces (1, 1a, 1b, 1c), said frame structure comprising a core including at least one wooden core member (2; 102; 202; 302, 303; 302c, 303c, 304c; 302b, 303b) and a plastic covering (3; 103; 203) encasing the core, and a weather-protecting shielding arrangement (501, 502, 503) covering at least parts of the frame structure adapted to face outwards in a mounted position of the frame structure, the at least one wooden core member (102; 202; 302, 303; 302c, 303c, 304c; 302b, 303b) including at least one member (102; 202; 303; 303c; 303b) of wood, which has been subjected to a treatment selected from the group consisting of heat-treatment, acetylation and impregnation, wherein the plastic covering (103; 203) in cross section covers only part of the surfaces of the wooden core member, wherein the core member (102; 202; 303; 303c; 303b) made of treated wood constitutes a first shield of said shielding arrangement, and wherein a second shield (501, 502, 503) of said shielding arrangement covers at least the part of the surfaces of the wooden core member uncovered by the plastic covering, wherein the core includes a plurality of core pieces (301, 301a, 301b, 301c), each said core piece including at least one core member (102; 202; 303; 303c; 303b) of treated wood, wherein said plurality of core pieces (301, 301a, 301b, 301c) totals four core pieces corresponding to the side, top and bottom pieces of the frame structure, wherein at least one of said core pieces (301, 301a, 301b, 301c) includes a plurality of core members (302, 303; 302c, 303c, 304c; 302b, 303b), wherein a first core member (302; 302c; 302b) and a second core member (303; 303c; 303b) of said core piece (301; 301c; 301b) are connected with each other at a first set of mutually facing contact surfaces (311; 311c; 311b), said first or second core member (303; 303c; 303b) being formed from treated wood, characterised in that the first core member (302; 302c; 302b) of each core piece (301; 301c; 301b) faces inwards with respect to the frame opening and the second core member (303; 303c; 303b) is made of treated wood and faces outwards, the second core member constituting the first shield of said shielding arrangement.
A base unit for a road stud, said base unit being made of plastic and having a recess with a plurality of projections (121A, 121B, 122A, 122B), said projections extending over the floor of the recess for retaining a resilient insert within the recess, and characterised in that said base unit comprises a first portion representing the body of the base unit, and one or more additional portions fitted to said first portion.
A method of forming a building panel, wherein the method comprises: • heating a substrate to a temperature above 80°C, wherein the substrate is a dense and non-porous substrate, the substrate being a thermoplastic foil; • printing a digital image with a print head by applying drops of a water-based ink on the heated substrate, wherein the water-based ink comprises a colourant comprising an aqueous pigment dispersion, a binder comprising an acrylic resin dispersion, preferably a thermally crosslinkable acrylate copolymer dispersion, and a viscosity increasing substance comprising glycol or glycerine; • applying a transparent wear resistant layer on the digital image; and • connecting the substrate to a core with heat and pressure, thereby forming a building panel, wherein the substrate, prior to printing, is connected to the core. • heating a substrate to a temperature above 80°C, wherein the substrate is a dense and non-porous substrate, the substrate being a thermoplastic foil; • printing a digital image with a print head by applying drops of a water-based ink on the heated substrate, wherein the water-based ink comprises a colourant comprising an aqueous pigment dispersion, a binder comprising an acrylic resin dispersion, preferably a thermally crosslinkable acrylate copolymer dispersion, and a viscosity increasing substance comprising glycol or glycerine; • applying a transparent wear resistant layer on the digital image; and • connecting the substrate to a core with heat and pressure, thereby forming a building panel,
A system comprising: a memory area comprising a plurality of cell groups of k memory cells in each group, wherein k is an integer greater than one. row and column decoder circuitry coupled to the memory area and configured to select at least one cell group; storage data encoder circuitry configured to encode n information bits, for n>k, received at a data input of the system into a k-entry codeword of a voltage code, the k-entry codeword representing a selection of a first permutation vector representing a first permutation of a binary generator vector, the first permutation vector based on a first set of n/2 bits of the n information bits and a second permutation vector representing a second permutation of the binary generator vector, the second permutation vector based on a second set of n/2 bits of the n information bits wherein the first and second permutation vectors are weighted with first and second weights, respectively, and performing an element-by-element summation of the first and second permutation vectors, wherein each entry in the k-entry codeword is one of at least four possible entry values; and, a cell load circuit configured to store the entries of the k-entry codeword as charge levels on capacitors in the at least one selected cell group. a memory area comprising a plurality of cell groups of k memory cells in each group, wherein k is an integer greater than one. row and column decoder circuitry coupled to the memory area and configured to select at least one cell group; storage data encoder circuitry configured to encode n information bits, for n>k, received at a data input of the system into a k-entry codeword of a voltage code, the k-entry codeword representing a selection of a first permutation vector representing a first permutation of a binary generator vector, the first permutation vector based on a first set of n/2 bits of the n information bits and a second permutation vector representing a second permutation of the binary generator vector, the second permutation vector based on a second set of n/2 bits of the n information bits wherein the first and second permutation vectors are weighted with first and second weights, respectively, and performing an element-by-element summation of the first and second permutation vectors, wherein each entry in the k-entry codeword is one of at least four possible entry values; and, a cell load circuit configured to store the entries of the k-entry codeword as charge levels on capacitors in the at least one selected cell group.