mhurhangee/ep-ind-claims huggingface dataset:
A method of information management for an incident response, comprising: receiving, at a computing device from a command device, a first communication allocating a responder to a specific assignment relating to the incident; receiving, at the computing device, workflow information associated with the specific assignment; causing, by the computing device, a graphic head up display HUD associated with one of the responder, and a commander associated with the incident response, to indicate assignment information that corresponds to the specific assignment; receiving, at the computing device from one or more sensors, real-time sensor data (340, 520) associated with the specific assignment; and causing, by the graphic display of the HUD to display the assignment information and to indicate a progress made in the specific assignment based at least in part on the real-time sensor data and the workflow information. receiving, at a computing device from a command device, a first communication allocating a responder to a specific assignment relating to the incident; receiving, at the computing device, workflow information associated with the specific assignment; causing, by the computing device, a graphic head up display HUD associated with one of the responder, and a commander associated with the incident response, to indicate assignment information that corresponds to the specific assignment; receiving, at the computing device from one or more sensors, real-time sensor data (340, 520) associated with the specific assignment; and causing, by the graphic display of the HUD to display the assignment information and to indicate a progress made in the specific assignment based at least in part on the real-time sensor data and the workflow information.
An apparatus for electrically connecting terminals of a plurality of battery cells comprising: a conducting plate with at least one flat surface; a plurality of sets of conductive tabs protruding from and in electrical contact with the flat surface of the conducting plate, each set of tabs being disposed about a respective circumference representing a cross section of a battery cell and including a first tab to contact a conducting surface of the battery cell and a second tab to force the battery cell against the first tab. a conducting plate with at least one flat surface; a plurality of sets of conductive tabs protruding from and in electrical contact with the flat surface of the conducting plate, each set of tabs being disposed about a respective circumference representing a cross section of a battery cell and including a first tab to contact a conducting surface of the battery cell and a second tab to force the battery cell against the first tab.
A compounding method for producing a polyamide anti-block masterbatch, in which 4 to 23 wt.-% of a non-surface-treated, synthetic, amorphous, finely-particulate silicon dioxide having a mean particle diameter of 1 to 8 μm is incorporated in a single extrusion pass into a carrier polyamide, characterized in that a double screw extruder having a processing length of at least 40D is used, partial quantities of the non-surface-treated, synthetic, amorphous, finely particulate silicon dioxide are metered via at least two metering points in various zones of this double screw extruder into the carrier polyamide, wherein one of these at least two metering points is a first side feeder, and the compounding method is carried out at extruder speeds of 200 to 1200 RPM.
A coated substrate comprising: A) an electroconductive composite substrate comprising a resinous matrix reinforced with fibers, and B) a cured coating layer electrophoretically deposited on at least a portion of a surface of the substrate, wherein the cured coating layer is deposited from a curable, electrodepositable coating composition comprising: a resin component containing an active hydrogen-containing, cationic or anionic resin comprising an acrylic, polyester, polyurethane and/or polyepoxide polymer; and a curing agent. A) an electroconductive composite substrate comprising a resinous matrix reinforced with fibers, and B) a cured coating layer electrophoretically deposited on at least a portion of a surface of the substrate, wherein the cured coating layer is deposited from a curable, electrodepositable coating composition comprising: a resin component containing an active hydrogen-containing, cationic or anionic resin comprising an acrylic, polyester, polyurethane and/or polyepoxide polymer; and a curing agent. a resin component containing an active hydrogen-containing, cationic or anionic resin comprising an acrylic, polyester, polyurethane and/or polyepoxide polymer; and a curing agent.
Method of laser beams combining, comprising direction of several initial laser beams into a nonlinear medium, where the combination of beams is performed, obtaining a laser beam with the modified wavelength, characterized in that the nonlinear medium is a second order nonlinear medium, where the initial laser beams are summed in pairs by adding their frequencies, by using nonlinear interaction, to obtain a sum-frequency beams, and the sum-frequency beams, at least two, by satisfying phase-matching condition are combined into a single beam within the same second order nonlinear medium.
A kinetic energy absorptive, reinforced, composite article (10, 20) comprising: a first ply, a second ply other than the first ply, and a third ply other than the first and second plies; a first interface material between the first ply and the second ply; a second interface material between the second ply and the third ply; a designated pattern (30, 44, 54) of material property variation, geometric structure variation, spatial variation, or combinations thereof distributed to selected locations identified in the first interface material or distributed between selected locations identified in the first interface material compared to the second interface material; the pattern being sufficient to measurably vary adhesion, toughness, strength, modulus, or combinations thereof; and a matrix material at least partially encapsulating the first, second, and third plies; wherein the second and third plies are backside plies (14b, 24b), the first interface material is a release material, the first interface material contacts both the first ply and the second ply, another designated pattern is distributed in the second interface material, the second interface material is a shearing material, and the second interface material contacts both the second ply and the third ply. a first ply, a second ply other than the first ply, and a third ply other than the first and second plies; a first interface material between the first ply and the second ply; a second interface material between the second ply and the third ply; a designated pattern (30, 44, 54) of material property variation, geometric structure variation, spatial variation, or combinations thereof distributed to selected locations identified in the first interface material or distributed between selected locations identified in the first interface material compared to the second interface material; the pattern being sufficient to measurably vary adhesion, toughness, strength, modulus, or combinations thereof; and a matrix material at least partially encapsulating the first, second, and third plies; wherein the second and third plies are backside plies (14b, 24b), the first interface material is a release material, the first interface material contacts both the first ply and the second ply, another designated pattern is distributed in the second interface material, the second interface material is a shearing material, and the second interface material contacts both the second ply and the third ply.
A multi-layer polyester container comprising inner and outer layers (1,2) of a polyester resin and at least one intermediate layer of a functional resin, characterised in that a difference of tan 5 of said inner polyester layer at 80°C and 60°C is 0.035 or less in the measurement of the viscoelasticity thereof at 0.5 Hz.
A method for radio aggregation comprising: receiving (210, 310) a request from a first network node operating according to a first radio access technology at a second network node operating according to a second radio access technology, the request comprising a quality of service parameter; the second network node rejecting or accepting the request from the first network node (230, 330), wherein the rejection or the acceptance is based on a comparison of estimated available resources of the second network node to the quality of service parameter received from the first network node; wherein the request comprises a guaranteed bit rate; and the second network node sending (240, 340) an indication of the rejection or the acceptance to the first network node. receiving (210, 310) a request from a first network node operating according to a first radio access technology at a second network node operating according to a second radio access technology, the request comprising a quality of service parameter; the second network node rejecting or accepting the request from the first network node (230, 330), wherein the rejection or the acceptance is based on a comparison of estimated available resources of the second network node to the quality of service parameter received from the first network node; wherein the request comprises a guaranteed bit rate; and the second network node sending (240, 340) an indication of the rejection or the acceptance to the first network node.
Inset light with at least two light emission channels (4, 5, 6) being oriented in a common main radiation direction, with a plurality of illumination modules associated with the light emission channels (4, 5, 6), comprising at least one light source and a primary optics being associated with the light source for adjusting the light distribution wherein light emitted by the illumination module is emitted via the associated light emission channels (4, 5, 6), with one prism optics per each light emission channel (4, 5, 6), which is penetrated by the light of the illumination module, and with a housing, which is preferably realized in several parts and is adapted to receive the illumination module and the prism optics, and wherein for each illumination module a separate light source carrier is provided, wherein the light source carrier is designed as part of the illumination module, characterized in that the light source carrier is formed planar and abuts at a support surface of the housing in a planar manner and that the support surface of the housing and/or the light source carrier are/is oriented perpendicularly elongated related to a channel longitudinal direction (40, 50, 60) of the associated light emitting channel (4, 5, 6).
Control device for at least one sight protection and/or sun protection and/or for at least one window, with at least one actor unit (12a; 12b) for actuating at least one electromotor (14a; 14b) which is provided for lifting and/or lowering the at least one sight protection and/or sun protection and/or for opening and/or closing the at least one window, characterised in that, for an operation of the control device, the at least one actor unit (12a; 12b) is configured for automatically determining a start-up dead time (16a; 16b) of the at least one electromotor (14a; 14b) using variations of a motor current (28a; 28b) of the electromotor (14a; 14b).
An oxidation catalyst composite for abatement of exhaust gas emissions from a diesel engine comprising: a substrate having a length, an inlet end and an outlet end, a catalytic material on the substrate, the catalytic material including a first washcoat zone and a second washcoat zone; the first washcoat zone comprising a first washcoat layer including platinum Pt and palladium Pd platinum group metal components and a first refractory metal oxide support, the first washcoat zone adjacent the inlet end of the substrate; and the second washcoat zone comprising a second washcoat layer including platinum and palladium PGM components and a second refractory metal oxide support, the second washcoat layer adjacent the outlet end of the substrate; wherein the first washcoat zone has a length that is shorter than the second washcoat zone, and the first washcoat zone has a PGM loading at least twice that of the second washcoat zone, and the first washcoat zone has a Pt/Pd ratio less than 3:1, and wherein the second washcoat zone has a Pt:Pd ratio greater than 3:1. a substrate having a length, an inlet end and an outlet end, a catalytic material on the substrate, the catalytic material including a first washcoat zone and a second washcoat zone; the first washcoat zone comprising a first washcoat layer including platinum Pt and palladium Pd platinum group metal components and a first refractory metal oxide support, the first washcoat zone adjacent the inlet end of the substrate; and the second washcoat zone comprising a second washcoat layer including platinum and palladium PGM components and a second refractory metal oxide support, the second washcoat layer adjacent the outlet end of the substrate; wherein the first washcoat zone has a length that is shorter than the second washcoat zone, and the first washcoat zone has a PGM loading at least twice that of the second washcoat zone, and the first washcoat zone has a Pt/Pd ratio less than 3:1, and wherein the second washcoat zone has a Pt:Pd ratio greater than 3:1.
Method for dewatering a mixture of mostly ethanol and water comprising evaporation, distillation, compression, heat exchanging and vapour permeation or molecular sieve, characterized in that the feed flow of mostly ethanol and water is split into a first partial feed flow that is directed to a distillation column as a reflux flow while a second partial feed flow is directed to an evaporator unit as an evaporator inlet flow and leaves the top of the evaporator unit as an evaporator outlet flow while a top discharge flow from distillation column is returned and combined with the evaporator outlet flow to a combined flow at an overpressure and which in a compressor unit is compressed under formation of a combined, compressed flow which enters a dewatering unit in which it is split into a water-rich permeate flow and a retentate flow in the form of substantially water free ethanol, the permeate flow being condensed in a condenser at an underpressure generated by a vacuum system illustrated by vacuum pump whereafter permeate flow is pressurized by a pump to a flow which is fed to distillation column, which is supplied with external thermal energy by a heat exchanger, and split in a water-rich bottom discharge flow and an ethanol rich top discharge flow while the retentate flow is used as an energy source in a retentate heat exchanger of the evaporator unit before being discharged as a product flow.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: generating a Packet Data Convergence Protocol, PDCP, data Protocol Data Unit, PDU including a PDCP PDU header and a Service Data Unit, SDU, and the PDCP PDU header including a Prose Group Key, PGK, index field and a Prose Traffic Key, PTK, index field; and transmitting the PDCP data PDU to one or more other UEs over PC5 interface, wherein the PGK index field and the PTK index field are set to a fixed value when a ciphering is not applied to the PDCP SDU, wherein the PGK index field and the PTK index field used for ciphering of the PDCP SDU are not set to the fixed value when the ciphering is applied to the PDCP SDU. generating a Packet Data Convergence Protocol, PDCP, data Protocol Data Unit, PDU including a PDCP PDU header and a Service Data Unit, SDU, and the PDCP PDU header including a Prose Group Key, PGK, index field and a Prose Traffic Key, PTK, index field; and transmitting the PDCP data PDU to one or more other UEs over PC5 interface, wherein the PGK index field and the PTK index field are set to a fixed value when a ciphering is not applied to the PDCP SDU, wherein the PGK index field and the PTK index field used for ciphering of the PDCP SDU are not set to the fixed value when the ciphering is applied to the PDCP SDU.
An electric supply apparatus that supplies electric energy to a vehicle from outside of the vehicle, the apparatus comprising: an electric power output section that serves as a supply source of electric energy; a reception section that receives electric energy; a first communication section that communicates with the vehicle and acquires unique information from the vehicle, the unique information being stored in the vehicle and uniquely identifying the vehicle; a second communication section that communicates with a server configured to check the unique information against stolen-vehicle information and that acquires a checking result from the server; and a control section that supplies electric energy from the electric power output section to the vehicle when the unique information does not coincide with any piece of the stolen-vehicle information in the checking result, characterised in that when the unique information coincides with any one piece of the stolen-vehicle information in the checking result, the control section discharges electric energy accumulated in a storage battery included in the vehicle, from the storage battery, and causes the reception section to receive the electric energy. an electric power output section that serves as a supply source of electric energy; a reception section that receives electric energy; a first communication section that communicates with the vehicle and acquires unique information from the vehicle, the unique information being stored in the vehicle and uniquely identifying the vehicle; a second communication section that communicates with a server configured to check the unique information against stolen-vehicle information and that acquires a checking result from the server; and a control section that supplies electric energy from the electric power output section to the vehicle when the unique information does not coincide with any piece of the stolen-vehicle information in the checking result, characterised in that when the unique information coincides with any one piece of the stolen-vehicle information in the checking result, the control section discharges electric energy accumulated in a storage battery included in the vehicle, from the storage battery, and causes the reception section to receive the electric energy.
A computer-implemented method of controlling operation of a wind turbine in which a plurality of wind turbine zones are defined, the method comprising, for each of the plurality of wind turbine zones: receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, the method comprising selecting an operational mode of the wind turbine based on the determination as to which of the plurality of zones have one or more people therein, and controlling the wind turbine to operate in the selected operational mode, characterized in that when a change is determined from one or more people being in at least one of the wind turbine zones to no people being in any of the wind turbine zones, an operational mode is selected in which operation of the wind turbine is started. the method comprising, for each of the plurality of wind turbine zones: receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, receiving sensor data from at least one electromagnetic radiation sensor arranged to monitor the respective wind turbine zone; and, determining, based on the received sensor data, whether one or more people are in the respective wind turbine zone, the method comprising selecting an operational mode of the wind turbine based on the determination as to which of the plurality of zones have one or more people therein, and controlling the wind turbine to operate in the selected operational mode, characterized in that when a change is determined from one or more people being in at least one of the wind turbine zones to no people being in any of the wind turbine zones, an operational mode is selected in which operation of the wind turbine is started.
A drug delivery device (1, 10) adapted to dispense a variable dose of a medicament and to couple to a reading device (2, 20), wherein - the drug delivery device (1, 10) comprises a case (1.2, 10.2) and at least one movable component (1.1, 10.1), wherein - the movable component (1.1, 10.1) is arranged within and movable with respect to the case (1.2, 10.2), - the movable component (1.1, 10.1) is provided with infrared readable data (D, D10) that is provided by a covered part (1.1.1.2, 10.1.1.2) of the movable component (1.1, 10.1) and assigned to visual data (D opt, D 10opt) provided by at least one of the movable components (1.1, 10.1), wherein - the covered part (1.1.1.2, 10.1.1.2) of the movable component (1.1, 10.1) is covered by an opaque part of the case (2, 20) and/or by an opaque outer surface of the movable component (1.1, 10.1), wherein - the reading device (2, 20) is adapted to read-out the infrared readable data (D, D 10) through the case (1.2, 10.2). - the drug delivery device (1, 10) comprises a case (1.2, 10.2) and at least one movable component (1.1, 10.1), wherein - the movable component (1.1, 10.1) is arranged within and movable with respect to the case (1.2, 10.2), - the movable component (1.1, 10.1) is provided with infrared readable data (D, D10) that is provided by a covered part (1.1.1.2, 10.1.1.2) of the movable component (1.1, 10.1) and assigned to visual data (D opt, D 10opt) provided by at least one of the movable components (1.1, 10.1), wherein - the covered part (1.1.1.2, 10.1.1.2) of the movable component (1.1, 10.1) is covered by an opaque part of the case (2, 20) and/or by an opaque outer surface of the movable component (1.1, 10.1), wherein - the reading device (2, 20) is adapted to read-out the infrared readable data (D, D 10) through the case (1.2, 10.2).
A dendritic or hyperbranched polymer comprising a plurality of branches, wherein at least one of the branches comprises at least one catechol moiety that is oxidisible to a semiquinone moiety and/or a quinone moiety characterised in that the polymer further comprises at least one other functional group selected from the group consisting of: a vinyl functionality which may be an unsubstituted vinyl or a functionalized vinyl group, an amine functionality, a disulfide functionality, at least one ionisable amine, diamine, tri-amine, amino alcohol functionality, and/or combinations thereof and wherein optionally at least one of the plurality of polymeric branches terminates with a hydroxyl functionality or terminates with a halide selected from the group consisting of: F, CI, Br and I.
Water-degradable flexible bag for carrying goods purchased from retailers or wholesalers, and/or packing of consumer goods or hygienic products, wherein the bag is comprised of at least two parallel walls bonded in their upper section by at least one side sealing band on each of their side edges, characterised in that a lower sealing band is bonding the lower ends of the parallel walls, and an opening on the upper end, opposite to the lower sealing band, wherein the entire flexible bag consists only of a nonwoven polyvinyl alcohol resin fabric, and includes a rough region for incorporating messages, advertisement or information that is located on one of the outer faces or both outer faces of the bag.