mhurhangee/ep-ind-claims huggingface dataset:
Device for diagnosing an off-board battery BATX, in particular of Li-ion type, from an electric vehicle, electric assistance vehicle, rechargeable hybrid electric vehicle or any other device using a battery, the battery BATX being composed of one cell or of a plurality of cells, said device comprising: • means PULS configured to apply to at least one cell of said battery an electrical signal of current I and/or of voltage U • means SIG for measuring the voltage U and/or current I and the temperature T of said at least one cell of the battery • an analysis module CALC, a prediction model MOD constructed from a database PROF containing typical cell profiles, characterized in that: • the analysis module CALC is configured to determine an indicator of the energy state of health SOHE of at least one cell of said battery BATX by using the measurements of voltage U and/or of current I and of temperature T from the measuring means SIG along with the prediction model MOD. • means PULS configured to apply to at least one cell of said battery an electrical signal of current I and/or of voltage U • means SIG for measuring the voltage U and/or current I and the temperature T of said at least one cell of the battery • an analysis module CALC, a prediction model MOD constructed from a database PROF containing typical cell profiles, characterized in that: • the analysis module CALC is configured to determine an indicator of the energy state of health SOHE of at least one cell of said battery BATX by using the measurements of voltage U and/or of current I and of temperature T from the measuring means SIG along with the prediction model MOD.
A vehicle traffic control communications system, the system comprising: a Radio Frequency, RF, communication subsystem infrastructure configured to communicate vehicle traffic control information between a vehicle and a vehicle traffic control system via at least one wireless RF communication link established between the RF communication subsystem infrastructure and the vehicle; and a laser communication subsystem infrastructure configured to communicate the vehicle traffic control information between the vehicle and the vehicle traffic control system via at least one wireless laser communication link established between the laser communication subsystem infrastructure and the vehicle, wherein laser communication subsystem infrastructure comprise a first plurality of nodes secured onto physical mounting structures distributed along a vehicle route between a departure point and a destination point for the vehicle; wherein the laser communication subsystem infrastructure comprises a laser mesh network communicatively coupling the first plurality of nodes to each other. a Radio Frequency, RF, communication subsystem infrastructure configured to communicate vehicle traffic control information between a vehicle and a vehicle traffic control system via at least one wireless RF communication link established between the RF communication subsystem infrastructure and the vehicle; and a laser communication subsystem infrastructure configured to communicate the vehicle traffic control information between the vehicle and the vehicle traffic control system via at least one wireless laser communication link established between the laser communication subsystem infrastructure and the vehicle, wherein laser communication subsystem infrastructure comprise a first plurality of nodes secured onto physical mounting structures distributed along a vehicle route between a departure point and a destination point for the vehicle; wherein the laser communication subsystem infrastructure comprises a laser mesh network communicatively coupling the first plurality of nodes to each other.
An internal combustion engine comprising a fuel reformation unit that generates reformed fuel based on liquid fuel and higher in octane rating than the liquid fuel and introduces the generated reformed fuel to an output cylinder, wherein the fuel reformation unit includes a first fuel reformer that includes a reciprocal mechanism where a piston reciprocates in a cylinder, a second fuel reformer that includes a reformation catalyst, a reformed gas passage that connects the first fuel reformer and the second fuel reformer, wherein first reformed gas discharged from the first fuel reformer is introduced to the second fuel reformer through the reformed gas passage, characterized by an auxiliary air introduction passage through which at least one of outside air and exhaust discharged from the output cylinder is introduced to the reformed gas passage as auxiliary air. a fuel reformation unit that generates reformed fuel based on liquid fuel and higher in octane rating than the liquid fuel and introduces the generated reformed fuel to an output cylinder, wherein the fuel reformation unit includes a first fuel reformer that includes a reciprocal mechanism where a piston reciprocates in a cylinder, a second fuel reformer that includes a reformation catalyst, a reformed gas passage that connects the first fuel reformer and the second fuel reformer, wherein first reformed gas discharged from the first fuel reformer is introduced to the second fuel reformer through the reformed gas passage, characterized by an auxiliary air introduction passage through which at least one of outside air and exhaust discharged from the output cylinder is introduced to the reformed gas passage as auxiliary air. a first fuel reformer that includes a reciprocal mechanism where a piston reciprocates in a cylinder, a second fuel reformer that includes a reformation catalyst, a reformed gas passage that connects the first fuel reformer and the second fuel reformer, wherein first reformed gas discharged from the first fuel reformer is introduced to the second fuel reformer through the reformed gas passage, characterized by an auxiliary air introduction passage through which at least one of outside air and exhaust discharged from the output cylinder is introduced to the reformed gas passage as auxiliary air.
Hemostatic composition for use in achieving hemostasis of a bleeding bone in a mammalian subject by administering the hemostatic composition to the site of the bleeding, wherein the composition consists of either option (a) phosphatidylcholine, lysophosphatidylcholine and an anti-infective agent or option (b) phosphatidylcholine, lysophosphatidylcholine, tocopherol and an anti-infective agent. option (a) phosphatidylcholine, lysophosphatidylcholine and an anti-infective agent or option (b) phosphatidylcholine, lysophosphatidylcholine, tocopherol and an anti-infective agent.
Aluminum or an aluminum alloy having a microstructure comprising a ratio of an intensity of low-end alpha fibers to an intensity of high-end alpha fibers of less than or equal to 0.40 and a ratio of the intensity of low-end alpha fibers to an intensity of beta fibers of less than or equal to 0.15.
A vacuum insulation panel for a construction, a car or an electric appliance comprising: a vacuum insulation panel in which a core material made of inorganic fibers is wrapped with an outer packaging material made of a stainless steel plate, and an inner space of the outer packaging material wrapping the core material is in a vacuum state, wherein a water content of the core material is 0.05 wt% or less, the surface roughness Ra of the inner space-side surface of the outer packaging material is 0.2 μm or less, and a peripheral part of the outer packaging material is sealed by welding in a state in which the pressure of the inner space of the outer packaging material is 1 Pa or less. a vacuum insulation panel in which a core material made of inorganic fibers is wrapped with an outer packaging material made of a stainless steel plate, and an inner space of the outer packaging material wrapping the core material is in a vacuum state, wherein a water content of the core material is 0.05 wt% or less, the surface roughness Ra of the inner space-side surface of the outer packaging material is 0.2 μm or less, and a peripheral part of the outer packaging material is sealed by welding in a state in which the pressure of the inner space of the outer packaging material is 1 Pa or less.
A battery operated device (100, 200, 300) comprising: a housing (110, 210, 310); an operating mechanism (140, 240) disposed within the housing, the operating mechanism including first and second sets of electrical contacts (132, 244, 344a, 344b; 122, 222, 322a, 322b) for transmitting power to the operating mechanism; an internal battery (130, 230, 330) disposed within the housing, the internal battery being electrically connectable with the first set of electrical contacts for powering the operating mechanism; and an access member (120, 220, 320) assembled with the housing and movable between a first position blocking external access to the second set of electrical contacts, and a second position permitting external access to the second set of electrical contacts; characterized in that when the access member is in the first position, the first set of electrical contacts are connected to the internal battery, and when the access member is in the second position, the internal battery is disconnected from the first set of electrical contacts. a housing (110, 210, 310); an operating mechanism (140, 240) disposed within the housing, the operating mechanism including first and second sets of electrical contacts (132, 244, 344a, 344b; 122, 222, 322a, 322b) for transmitting power to the operating mechanism; an internal battery (130, 230, 330) disposed within the housing, the internal battery being electrically connectable with the first set of electrical contacts for powering the operating mechanism; and an access member (120, 220, 320) assembled with the housing and movable between a first position blocking external access to the second set of electrical contacts, and a second position permitting external access to the second set of electrical contacts; characterized in that when the access member is in the first position, the first set of electrical contacts are connected to the internal battery, and when the access member is in the second position, the internal battery is disconnected from the first set of electrical contacts.
A solar cell comprising a first photovoltaic junction, the first photovoltaic junction comprising: first and second doped bulk semiconductor regions; and an intrinsic region disposed between the doped bulk regions, the intrinsic region comprising a plurality of quantum wells formed of quaternary InGaAsP and separated by quantum barriers, wherein in the quantum wells the relative proportions of As and P are given by As y and P 1-y, where 0.2 <= y <= 0.5, and the relative proportions of In, Ga, As and P are such that the InGaAsP is lattice matched to within 2% of the lattice constant of GaAs or Germanium. first and second doped bulk semiconductor regions; and an intrinsic region disposed between the doped bulk regions, the intrinsic region comprising a plurality of quantum wells formed of quaternary InGaAsP and separated by quantum barriers, wherein in the quantum wells the relative proportions of As and P are given by As y and P 1-y, where 0.2 <= y <= 0.5, and the relative proportions of In, Ga, As and P are such that the InGaAsP is lattice matched to within 2% of the lattice constant of GaAs or Germanium.
Utility vehicle, in particular motor truck or motor bus, having at least one double-axle unit having a driven first axle and a driven second axle, wherein the first axle can be driven by way of a mechanical drivetrain and the second driven axle (50; 60) can be driven by two hydraulic motors of a hydrostatic drive, wherein the second axle (50; 60) has two wheel drive shafts (15a, 16a; 15b, 16b) which are arranged coaxially and which, in each case, are connected rotationally conjointly at a wheel side to a wheel and, at the other end, are operatively connected to one of the two hydraulic motors characterized a) in that the two hydraulic motors are arranged in a central region of an axle housing of the second axle, or b) in that the two hydraulic motors are arranged in each case on different wheel-side end regions (12a, 12b) of an axle housing of the second axle. a) in that the two hydraulic motors are arranged in a central region of an axle housing of the second axle, or b) in that the two hydraulic motors are arranged in each case on different wheel-side end regions (12a, 12b) of an axle housing of the second axle.
A gas-insulated container for a switching device of medium-voltage technology, said gas-insulated container comprising a housing closed by a cover and a plurality of tie rods, wherein the cover is welded along a weld seam to at least one side wall (22, 24) of the housing, characterized in that, in the region of the weld seam which connects the cover to the side wall (22, 24), the plurality of tie rods are provided between the cover and the side wall (22, 24). wherein the cover is welded along a weld seam to at least one side wall (22, 24) of the housing, characterized in that, in the region of the weld seam which connects the cover to the side wall (22, 24), the plurality of tie rods are provided between the cover and the side wall (22, 24).
An insulin analog having a reduced insulin titer compared to the native form, wherein the insulin analog has A chain of SEQ ID NO: 37 and B chain of SEQ ID NO: 38 except for a substitution of 14 th amino acid (tyrosine) of A chain with glutamic acid or asparagine.
A triblock copolymer of the formula ABC wherein B is a hydrogenated vinyl aromatic block having a T g of ≥110°C and comprising 30-90 wt.% of the copolymer; C is a rubbery block having a T g ≤ 25°C and comprising 10-70 wt.% of the copolymer; and A is an block derived from ring-opening polymerization, substantially incompatible with both B and C blocks wherein B + C comprises 70-95 wt.% of the copolymer.
A nasal adapter and flexible nose-piece for a sleep apnoea mask (1, 2, 3, 4, 30) that is adapted to receive pressurised air from a pressurised air-line, the sleep apnoea mask (1, 2, 3, 4, 30) comprising a mask body, an air supply tube and mask straps to hold the sleep apnoea mask (1, 2, 3, 4, 30) in place on a patient's face during sleep, the nasal adapter being configured to engage with at least part of a patient's nose including the nostrils, and being characterised by: a mask engaging side configured to be attached to the flexible nose-piece and configured to attach the nasal adapter to the mask body of the sleep apnoea mask (1, 2, 3, 4, 30) via a flexible nose-piece such as a bellows-like or tube-like member, such that the flexible nose-piece is positioned between the nasal adapter and the mask body to thereby allow relative movement between the nasal adapter and the mask body in response to dislodging forces acting on the sleep apnoea mask (1, 2, 3, 4, 30); a nose-engaging side comprising a relatively rigid skin contact portion around the patient's nose including the nostrils, wherein the nose-engaging side is personalised to the patient's nose contour and nostrils using a digitising process to capture the exact contours of the patient's nose and nostrils, to thereby provide a close-fitting engagement; and the nasal adapter being constructed from a hard, biocompatible polymer to form said relatively rigid skin contact portion. a mask engaging side configured to be attached to the flexible nose-piece and configured to attach the nasal adapter to the mask body of the sleep apnoea mask (1, 2, 3, 4, 30) via a flexible nose-piece such as a bellows-like or tube-like member, such that the flexible nose-piece is positioned between the nasal adapter and the mask body to thereby allow relative movement between the nasal adapter and the mask body in response to dislodging forces acting on the sleep apnoea mask (1, 2, 3, 4, 30); a nose-engaging side comprising a relatively rigid skin contact portion around the patient's nose including the nostrils, wherein the nose-engaging side is personalised to the patient's nose contour and nostrils using a digitising process to capture the exact contours of the patient's nose and nostrils, to thereby provide a close-fitting engagement; and the nasal adapter being constructed from a hard, biocompatible polymer to form said relatively rigid skin contact portion.
A rate negotiation method, comprising: switching, by a first device, a fiber transmission rate of a first port of the first device to a first fiber transmission rate based on a preset switching direction within a rotation period of a first fiber transmission rate set, wherein the first fiber transmission rate set is a fiber transmission rate set of the first device, and the first fiber transmission rate set comprises the first fiber transmission rate, and wherein the rotation period of the first fiber transmission rate set is the sum of time spent from a time when each fiber transmission rate in the first fiber transmission rate set is experienced once; sending, by the first device, a negotiation packet to a second device adjacent to the first device through the first port of the first device within duration of the first fiber transmission rate, wherein the duration of the first fiber transmission rate is greater than or equal to a sum of duration of all fiber transmission rates before the fiber transmission rate is switched to the first fiber transmission rate and a preset negotiation time, and wherein the second device switches a fiber transmission rate based on the preset switching direction; and if a response packet is received from the second device through the first port of the first device within the duration of the first fiber transmission rate, controlling, by the first device, the first port of the first device to communicate with the second device based on the first fiber transmission rate. switching, by a first device, a fiber transmission rate of a first port of the first device to a first fiber transmission rate based on a preset switching direction within a rotation period of a first fiber transmission rate set, wherein the first fiber transmission rate set is a fiber transmission rate set of the first device, and the first fiber transmission rate set comprises the first fiber transmission rate, and wherein the rotation period of the first fiber transmission rate set is the sum of time spent from a time when each fiber transmission rate in the first fiber transmission rate set is experienced once; sending, by the first device, a negotiation packet to a second device adjacent to the first device through the first port of the first device within duration of the first fiber transmission rate, wherein the duration of the first fiber transmission rate is greater than or equal to a sum of duration of all fiber transmission rates before the fiber transmission rate is switched to the first fiber transmission rate and a preset negotiation time, and wherein the second device switches a fiber transmission rate based on the preset switching direction; and if a response packet is received from the second device through the first port of the first device within the duration of the first fiber transmission rate, controlling, by the first device, the first port of the first device to communicate with the second device based on the first fiber transmission rate.
Fatigue life extender for a tubular element, such as an electrical cable, a pipeline, a riser, an umbilical and the like, the fatigue life extender comprising an essentially cylindrical body having a through-going cylindrical passage for receiving the tubular element, wherein the cylindrical body comprises at least one end portion, at the distal end of which is a mouth portion, characterized in that a cylindrical band of resilient material is arranged in the interior of the mouth portion, the resilient band being crosshatched by longitudinal and transverse hatch cuts extending less than completely through the thickness of the band into a grid of rectangular segments.
An antibody binding to the second extracellular loop of human C5aR for use in the treatment of acute or chronic inflammation, wherein the variable region of the heavy chain of said antibody comprises a CDR1, a CDR2 and a CDR3 sequence, wherein said CDR sequences comprise the sequences SEQ ID 9, 10 and 11, respectively, and wherein the variable region of the light chain of said antibody comprises a CDR1, a CDR2 and a CDR3 sequence, wherein said CDR sequences comprise the sequences SEQ ID 13, 14 and 15, respectively, wherein the variable region of the heavy chain of said antibody comprises a sequence at least 90 % identical to SEQ ID NO: 12, and wherein the variable region of the light chain of said antibody comprises a sequence at least 90 % identical to SEQ ID NO: 16.
Method for controlling an aircraft, in which an intended flight position of the aircraft is matched against an item of geographical elevation information (30, 31) that corresponds to the intended flight position, wherein the item of geographical elevation information is taken from a set (28, 29) of items of elevation information (30, 31) that corresponds to a geographical area, wherein the set (28, 29) of items of elevation information (30, 31) indicates, for a first part of the geographical area, a true item of geographical elevation information and, for a second part of the geographical area, an item of elevation information that differs from the actual geographical elevation, wherein the second part of the geographical area includes a first special area in which the aircraft may only be operated under a restriction, and wherein the item of elevation information differing from the actual geographical elevation is evaluated in order to actuate an operating component (22, 24, 51) of the aircraft such that the aircraft complies with the restriction when the aircraft is operated in the first special area, characterized in that the restriction specifies a noise-reduced operation of the aircraft, and, upon entry into the first special area, a drive component of the aircraft is actuated such that a specified limit value for noise emission is adhered to, and/or the restriction includes a maximum or minimum flight speed of the aircraft, and, upon entry into the first special area, a drive component of the aircraft is actuated such that the specification for the flight speed is adhered to.
A shutoff device comprising: a mounting bracket that mounts on a fuel storage container, characterized in that it comprises; a linking device that couples to a knob of a valve of a regulator of the fuel storage container; a first wireless communications module that communicates via a first wireless communications medium for receiving the control signal and a second wireless communications module that communicates via a second wireless communications medium that is different from the first communications medium; and an actuator, responsive to a control signal, that automatically rotates the linking device, which rotates the knob, which rotates the valve from an on to an off position; wherein the first wireless communication module is configured to receive the control signal from a remote device and transmitting the control signal to the actuator; and the second wireless communications module is configured to transmit a status report to the remote device. a mounting bracket that mounts on a fuel storage container, characterized in that it comprises; a linking device that couples to a knob of a valve of a regulator of the fuel storage container; a first wireless communications module that communicates via a first wireless communications medium for receiving the control signal and a second wireless communications module that communicates via a second wireless communications medium that is different from the first communications medium; and an actuator, responsive to a control signal, that automatically rotates the linking device, which rotates the knob, which rotates the valve from an on to an off position; wherein the first wireless communication module is configured to receive the control signal from a remote device and transmitting the control signal to the actuator; and the second wireless communications module is configured to transmit a status report to the remote device.