mhurhangee/ep-ind-claims huggingface dataset:
Rolling plant to produce strip with a thickness varying from 0.7 mm to 20 mm, for all qualities of steel which can be cast in the form of thin slabs with a thickness comprised from 30 mm to 140 mm, comprising at least: - a continuous casting device; - a tunnel furnace for heating and maintenance/equalization disposed downstream of the continuous casting device; - a rolling train, disposed downstream of said tunnel furnace, consisting of a roughing train comprising three rolling stands (18a, 18b, 18c) and a finishing train comprising five rolling stands (21 a-21 e); - a rapid heating unit with elements able to be selectively activated, interposed between said roughing train and said finishing train wherein the plant is made to work selectively either in coil-to-coil mode, or in semi-endless mode or in endless mode, and no interstand inductors are provided in the finishing train. - a continuous casting device; - a tunnel furnace for heating and maintenance/equalization disposed downstream of the continuous casting device; - a rolling train, disposed downstream of said tunnel furnace, consisting of a roughing train comprising three rolling stands (18a, 18b, 18c) and a finishing train comprising five rolling stands (21 a-21 e); - a rapid heating unit with elements able to be selectively activated, interposed between said roughing train and said finishing train
A housing comprising a base made of metal material, the base having a plurality of main portions separated by one or more openings formed therein; wherein the housing further comprising a metal strip assembly and insulating layers, the metal strip assembly is positioned within the openings and is not electrically connected to the main portions, the metal strip assembly is formed by a series of metal strips and a plurality of adhering layers, the series of metal strips and the plurality of adhering layers are alternately placed; and the insulating layers is positioned between the metal strip assembly and the main portions.
A wave energy extractor comprising a floating body (102, 200) tethered to an anchor, the floating body comprising a buoyant hull having a wave receiving channel (1, 22), the wave receiving channel having a sloping base and a wave receiving opening, the sloping base extending from an end wall of the wave receiving channel, both the sloping base and the wave receiving opening being provided between opposing first and second side walls (12, 14), the wave receiving channel being at least partly defined by the first and second side walls, the sloping base and the end wall, wherein at least part of the sloping base extends beneath a still water surface in a still water rest position, the wave receiving channel being configured such that incoming waves received by the channel through the wave receiving opening cause the floating body to move relative to the anchor to thereby extract wave energy, and wherein the sloping base extends upwards at a mean angle of 10° to 70° relative to the horizontal, when the wave energy extractor is at rest. the floating body comprising a buoyant hull having a wave receiving channel (1, 22), the wave receiving channel having a sloping base and a wave receiving opening, the sloping base extending from an end wall of the wave receiving channel, both the sloping base and the wave receiving opening being provided between opposing first and second side walls (12, 14), the wave receiving channel being at least partly defined by the first and second side walls, the sloping base and the end wall, wherein at least part of the sloping base extends beneath a still water surface in a still water rest position, the wave receiving channel being configured such that incoming waves received by the channel through the wave receiving opening cause the floating body to move relative to the anchor to thereby extract wave energy, and wherein the sloping base extends upwards at a mean angle of 10° to 70° relative to the horizontal, when the wave energy extractor is at rest.
A scintillator panel comprising: a substrate; and a scintillator layer containing a metal compound and a phosphor; wherein the phosphor is covered by the metal compound at a coverage ratio of 5% or more, wherein the metal compound is metal compound particles characterised in that the metal compound particles are grafted wherein a high molecular weight compound is chemically bound to the surface of the metal compound particles through hydroxyl groups. a substrate; and a scintillator layer containing a metal compound and a phosphor; wherein the phosphor is covered by the metal compound at a coverage ratio of 5% or more, wherein the metal compound is metal compound particles characterised in that the metal compound particles are grafted wherein a high molecular weight compound is chemically bound to the surface of the metal compound particles through hydroxyl groups.
A gasoline composition comprising (a) a major amount of a mixture of hydrocarbons in the gasoline boiling range and (b) a minor amount of cyclopropyl acetylene, wherein the term 'minor amount' means less than 50% by weight of the total fuel composition.
A method of treating individual food product items or individual food product pieces comprising the steps of: a) continously carrying the individual food product items or individual food product pieces through a housing of a treating apparatus on a carrying run of an open conveyor belt wherein each of the individual food product items or individual food product pieces rests in a positional orientation on the carrying run of the open conveyor belt and the carrying run of the open conveyor belt carries the individual food product items or individual food product pieces over one or more air knives positioned in the housing beneath the carrying run of the open conveyor; b) discharging air from the one or more air knives through the open conveyor belt such that the air discharged from the one or more air knives blows against and changes the individual positional orientations of the individual food product items or individual food product pieces on the carrying run of the open conveyor; and c) treating the individual food product items or individual food product pieces by flame roasting, cooking, searing, or grilling the individual food product items or individual food product pieces in the housing of the treating apparatus as the individual food product items or individual food product pieces are carried by the carrying run of the open conveyor belt. a) continously carrying the individual food product items or individual food product pieces through a housing of a treating apparatus on a carrying run of an open conveyor belt wherein each of the individual food product items or individual food product pieces rests in a positional orientation on the carrying run of the open conveyor belt and the carrying run of the open conveyor belt carries the individual food product items or individual food product pieces over one or more air knives positioned in the housing beneath the carrying run of the open conveyor; b) discharging air from the one or more air knives through the open conveyor belt such that the air discharged from the one or more air knives blows against and changes the individual positional orientations of the individual food product items or individual food product pieces on the carrying run of the open conveyor; and c) treating the individual food product items or individual food product pieces by flame roasting, cooking, searing, or grilling the individual food product items or individual food product pieces in the housing of the treating apparatus as the individual food product items or individual food product pieces are carried by the carrying run of the open conveyor belt.
A toothpaste composition comprising: an orally acceptable vehicle, an abrasive comprising calcium carbonate; and a binder system comprising guar gum and at least one cellulose polymer; wherein the binder system is substantially free of magnesium aluminum silicate, wherein the guar gum is present in an amount of from 0.13 to 0.17 wt% based on the weight of the composition, wherein the calcium carbonate is present in an amount of from 40 to 45 wt% based on the weight of the composition, and wherein the at least one cellulose polymer is present in an amount of from 0.75 to 1.5 wt% based on the weight of the composition. an orally acceptable vehicle, an abrasive comprising calcium carbonate; and a binder system comprising guar gum and at least one cellulose polymer;
An electrical connection arrangement on a vehicle comprising vehicle contact means connectable to an implement contact means associated with an implement, wherein said vehicle and/or implement contact means is connectable to a control unit which determines wear or damage of the vehicle and/or implement contact means and the wear or damage is communicated to the vehicle operator, characterised in that the control unit counts and displays the number of times the vehicle and/or implement contact means are re-connected.
Heat exchanger for a motor vehicle, comprising: - a bundle of tubes stacked in a stacking direction (d), each tube comprising at least one fluid circulation inlet channel and one fluid circulation outlet channel that are separated by a separating wall and each tube comprising an end mouth, - a header plate comprising a plate bottom pierced with openings for receiving the bundle of tubes, said header plate comprising a peripheral groove, - a header tank secured to the header plate and having a separating partition delimiting an inlet chamber into the inlet channels of the tubes and an outlet chamber for the outlet channels of the tubes, - a seal disposed on the header plate and having a sealing strap for ensuring sealing with the separating partition, said sealing strap extending in the stacking direction (d) of the tubes over the end mouths of the tubes, above the separating wall of each tube, the end mouths not comprising a cutout in the zone of contact with the sealing strap, said sealing strap comprising a receiving plateau for the separating partition and means for holding said separating partition on said receiving plateau, - the seal comprising a frame located in the peripheral groove of the header plate, - the sealing strap extending between two opposite edges of the frame, characterized in that the seal comprises at least one lateral tongue extending perpendicularly from the sealing strap. - a bundle of tubes stacked in a stacking direction (d), each tube comprising at least one fluid circulation inlet channel and one fluid circulation outlet channel that are separated by a separating wall and each tube comprising an end mouth, - a header plate comprising a plate bottom pierced with openings for receiving the bundle of tubes, said header plate comprising a peripheral groove, - a header tank secured to the header plate and having a separating partition delimiting an inlet chamber into the inlet channels of the tubes and an outlet chamber for the outlet channels of the tubes, - a seal disposed on the header plate and having a sealing strap for ensuring sealing with the separating partition, said sealing strap extending in the stacking direction (d) of the tubes over the end mouths of the tubes, above the separating wall of each tube, the end mouths not comprising a cutout in the zone of contact with the sealing strap, said sealing strap comprising a receiving plateau for the separating partition and means for holding said separating partition on said receiving plateau, - the seal comprising a frame located in the peripheral groove of the header plate, - the sealing strap extending between two opposite edges of the frame, characterized in that the seal comprises at least one lateral tongue extending perpendicularly from the sealing strap.
Fixing element (3; 103) for fixing a lamp to a vehicle resting on a horizontal surface and defining a longitudinal axis, a transverse axis and a vertical axis axis perpendicular to the longitudinal axis and the transverse axis., in particular a lamp at the front of the vehicle, the fixing element being able to be arranged below the lamp and comprising a fusible component (5; 105) with at least one breakable or deformable zone to allow, when the lamp is mounted by the fixing element to the vehicle, movement of the lamp with a vertical component downward relative to the vehicle on a collision of the vehicle, in particular on collision with a pedestrian characterized in that the fixing element (3; 103) comprises a fixing recess (6; 106) with a connecting element intended to connect the fixing element (3; 103) to a body of the vehicle, the fusible component (5; 105) being positioned above the fixing recess (6; 106) such that the fusible component (5; 105) descends towards the fixing recess (6; 106) on the collision, the fixing recess (6; 106) then being fully or partially accommodated between two side walls (4a, 4b; 104a, 104b) of the fusible component (5; 105) following the collision.
A method of continuous evolution of nucleic acids comprising: introducing a phage vector comprising at least one functional nucleic acid strand to be evolved into a first host cell, wherein the phage vector is replicated and packaged into phage particles by the host cell, and wherein the host cell comprises a phage genome in which at least one propagation signal is functionally disabled, and an accessory plasmid capable of supplying the at least one propagation signal in response to the at least one functional nucleic acid strand; replicating said functional nucleic acid strand within the first host cell; mutating said functional nucleic acid strand; and introducing at least one or the mutated functional nucleic acid strands into a second host cell. introducing a phage vector comprising at least one functional nucleic acid strand to be evolved into a first host cell, wherein the phage vector is replicated and packaged into phage particles by the host cell, and wherein the host cell comprises a phage genome in which at least one propagation signal is functionally disabled, and an accessory plasmid capable of supplying the at least one propagation signal in response to the at least one functional nucleic acid strand; wherein the phage vector is replicated and packaged into phage particles by the host cell, and wherein the host cell comprises a phage genome in which at least one propagation signal is functionally disabled, and an accessory plasmid capable of supplying the at least one propagation signal in response to the at least one functional nucleic acid strand; replicating said functional nucleic acid strand within the first host cell; mutating said functional nucleic acid strand; and introducing at least one or the mutated functional nucleic acid strands into a second host cell.
A method in a network node, comprising: determining (208, 304) to page a plurality of user equipments, UEs,; transmitting (214, 308) a paging indicator associated with the plurality of UEs; receiving (218, 312), in response to the transmitted paging indicator, a predefined uplink signal from at least one of the plurality of UEs; and sending (220, 316), in response to the received predefined uplink signal, a downlink message for initiating an exchange and verification of one or more paging identities, wherein each of the one or more paging identities is uniquely associated with one of the plurality of UEs, wherein the paging indicator comprises a set of bits that is the same as a subset of bits of each of the plurality of paging identities uniquely associated with one of the plurality of UEs, and wherein the length of the paging indicator is chosen to match the number of wireless devices to be paged and the maximum number of available bits. determining (208, 304) to page a plurality of user equipments, UEs,; transmitting (214, 308) a paging indicator associated with the plurality of UEs; receiving (218, 312), in response to the transmitted paging indicator, a predefined uplink signal from at least one of the plurality of UEs; and sending (220, 316), in response to the received predefined uplink signal, a downlink message for initiating an exchange and verification of one or more paging identities, wherein each of the one or more paging identities is uniquely associated with one of the plurality of UEs, wherein the paging indicator comprises a set of bits that is the same as a subset of bits of each of the plurality of paging identities uniquely associated with one of the plurality of UEs, and wherein the length of the paging indicator is chosen to match the number of wireless devices to be paged and the maximum number of available bits.
One or more solid-state drives (411, 421, 431) each comprising: a plurality of memory devices; a plurality of dies (103, 105, 107) on each of the plurality of memory devices; and a controller coupled with the plurality of memory devices and configured to: generate time series data indicative of an accumulation of bad blocks within the plurality of dies (103, 105, 107) and write the time series data to random access memory on the controller; in response to a panic event, write the time series data to one or more of the memory devices; send the time series data to a supervisory node external to the solid-state drives (411, 421, 431) in response to a request from the supervisory node; and retire a subset of the plurality of dies (103, 105, 107) in response to a command from the supervisory node. a plurality of memory devices; a plurality of dies (103, 105, 107) on each of the plurality of memory devices; and a controller coupled with the plurality of memory devices and configured to: generate time series data indicative of an accumulation of bad blocks within the plurality of dies (103, 105, 107) and write the time series data to random access memory on the controller; in response to a panic event, write the time series data to one or more of the memory devices; send the time series data to a supervisory node external to the solid-state drives (411, 421, 431) in response to a request from the supervisory node; and retire a subset of the plurality of dies (103, 105, 107) in response to a command from the supervisory node. generate time series data indicative of an accumulation of bad blocks within the plurality of dies (103, 105, 107) and write the time series data to random access memory on the controller; in response to a panic event, write the time series data to one or more of the memory devices; send the time series data to a supervisory node external to the solid-state drives (411, 421, 431) in response to a request from the supervisory node; and retire a subset of the plurality of dies (103, 105, 107) in response to a command from the supervisory node.
A method for manufacturing a device for ejecting a liquid or pasty product, characterized in that it comprises: - at least three steps for injection molding a plastic material to form three separate parts of the device; a lever integrating a click, a container holder and a rear body, - a step by which a pull tab is inserted into a rear opening of the container holder and connected to the piston defining a volume to be injected, - a step for aspirating the product to be injected within the volume of the container holder of the ejection device using the pull tab, - a step for disassembling the pull tab from the container holder, - an intermediate step for assembling the lever on the rear body, followed by the insertion of a rack through a rear opening, and - a step for irreversibly assembling the rear body on the container holder to form the ready-to-use ejection device. - at least three steps for injection molding a plastic material to form three separate parts of the device; a lever integrating a click, a container holder and a rear body, - a step by which a pull tab is inserted into a rear opening of the container holder and connected to the piston defining a volume to be injected, - a step for aspirating the product to be injected within the volume of the container holder of the ejection device using the pull tab, - a step for disassembling the pull tab from the container holder, - an intermediate step for assembling the lever on the rear body, followed by the insertion of a rack through a rear opening, and - a step for irreversibly assembling the rear body on the container holder to form the ready-to-use ejection device.
A method for the placement of electronic components, in particular semiconductor chips, on a substrate at a placement station, in which case a component bearing by a bearing side at a supply station is picked up by means of a primary tool and is transported to a provision plane lying above the plane of the supply station by means of a rotational movement of the primary tool, and wherein the component is accepted by a secondary tool in the provision plane, transported over the substrate and deposited there, characterized in that the component is taken from the primary tool in the provision plane by means of a turning apparatus and is turned and transferred to the secondary tool in such a way that it is deposited onto the substrate once again by the same bearing side, and that, in a first operating mode the turning apparatus works in an operating position, and in that for a second operating mode the turning apparatus is brought to a rest position, in which the secondary tool accepts the component directly from the primary tool, said component being deposited onto the substrate by the structure side remote from the bearing side.
An energy audit tool for an existing wind turbine power system, the energy audit tool comprising: a data collector module configured for temporary connection to an existing turbine controller of the existing wind turbine power system, the data collector module configured to collect operating data of the existing wind turbine power system; and, a model simulator module configured for analyzing the collected operating data, generating a model of the existing wind turbine power system based on the collected operating data, and determining an energy loss of the existing wind turbine power system from the model of the existing wind turbine power system, wherein the model simulator module is further configured to generate a report of the energy loss of the existing wind turbine power system. a data collector module configured for temporary connection to an existing turbine controller of the existing wind turbine power system, the data collector module configured to collect operating data of the existing wind turbine power system; and, a model simulator module configured for analyzing the collected operating data, generating a model of the existing wind turbine power system based on the collected operating data, and determining an energy loss of the existing wind turbine power system from the model of the existing wind turbine power system, wherein the model simulator module is further configured to generate a report of the energy loss of the existing wind turbine power system.