mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising: a plurality of battery cell assemblies, each having at least one battery cell; a bottom case configured to accommodate the plurality of battery cell assemblies; an upper case mounted to an upper side of the bottom case; a cooling unit having a phase change material for cooling the plurality of battery cell assemblies, characterized in that the upper case is mounted to the upper side of the bottom case to expose a part of an upper side, a part of a front side and a part of a rear side of the plurality of battery cell assemblies; and the cooling unit is configured to cover the exposed parts of the plurality of battery cell assemblies. a plurality of battery cell assemblies, each having at least one battery cell; a bottom case configured to accommodate the plurality of battery cell assemblies; an upper case mounted to an upper side of the bottom case; a cooling unit having a phase change material for cooling the plurality of battery cell assemblies, characterized in that the upper case is mounted to the upper side of the bottom case to expose a part of an upper side, a part of a front side and a part of a rear side of the plurality of battery cell assemblies; and the cooling unit is configured to cover the exposed parts of the plurality of battery cell assemblies.
A run-flat tire comprising: a pair of bead cores; a carcass that straddles between the pair of bead cores and that has end portion sides anchored to the bead cores; a bead filler that extends along an outer face of the carcass from the bead core toward a tire radial direction outer side; and a side reinforcing rubber that is provided at a tire side portion, that extends in the tire radial direction along an inner face of the carcass, that decreases in thickness on progression toward a bead core side and toward a tread portion side, that has an end portion at the bead core side that overlaps with the bead filler with the carcass sandwiched between the end portion and the bead filler, characterised in that, the side reinforcing rubber has an elongation at break of 130% or above, wherein a thickness of the side reinforcing rubber at a midpoint between an end portion at the tire radial direction outer side of the bead filler running along the carcass, and the end portion at the bead core side of the side reinforcing rubber, is 40% to 80% of a maximum thickness of the side reinforcing rubber, the thickness of the side reinforcing rubber referring to a length measured along a line normal to the carcass in the state in which the tire is assembled to a standard rim and the internal pressure is set to the standard air pressure, wherein the elongation at break of the side reinforcing rubber is 190% or below, and wherein a height of the bead filler is 40% to 60% of a tire cross-section height. a pair of bead cores; a carcass that straddles between the pair of bead cores and that has end portion sides anchored to the bead cores; a bead filler that extends along an outer face of the carcass from the bead core toward a tire radial direction outer side; and a side reinforcing rubber that is provided at a tire side portion, that extends in the tire radial direction along an inner face of the carcass, that decreases in thickness on progression toward a bead core side and toward a tread portion side, that has an end portion at the bead core side that overlaps with the bead filler with the carcass sandwiched between the end portion and the bead filler, characterised in that, the side reinforcing rubber has an elongation at break of 130% or above, wherein a thickness of the side reinforcing rubber at a midpoint between an end portion at the tire radial direction outer side of the bead filler running along the carcass, and the end portion at the bead core side of the side reinforcing rubber, is 40% to 80% of a maximum thickness of the side reinforcing rubber, the thickness of the side reinforcing rubber referring to a length measured along a line normal to the carcass in the state in which the tire is assembled to a standard rim and the internal pressure is set to the standard air pressure, wherein the elongation at break of the side reinforcing rubber is 190% or below, and wherein a height of the bead filler is 40% to 60% of a tire cross-section height.
A base station placed in a Radio Access Network, RAN, the base station comprising: a memory; and at least one processor coupled to the memory and configured to control state transitions of a first radio terminal among first to third RRC states, wherein the first RRC state is a state in which the first radio terminal and the RAN maintain an access stratum, AS, context and in which a location of the first radio terminal is known to the RAN at cell level, the second RRC state is a state in which the first radio terminal and the RAN maintain at least part of the AS context and in which the location of the first radio terminal is known to the RAN at RAN notification area level configured by the RAN, the third RRC state is a state in which the first radio terminal and the RAN have released the AS context and in which the location of the first radio terminal is not known to the RAN, and the base station is characterized in that the at least one processor is configured to include, in the RAN notification area for the first radio terminal, only one or more cells in which a first network slice configured in the first radio terminal for data communication at least in the first RRC state is available, and the at least one processor is configured to configure the RAN notification area in the first radio terminal. a memory; and at least one processor coupled to the memory and configured to control state transitions of a first radio terminal among first to third RRC states, wherein the first RRC state is a state in which the first radio terminal and the RAN maintain an access stratum, AS, context and in which a location of the first radio terminal is known to the RAN at cell level, the second RRC state is a state in which the first radio terminal and the RAN maintain at least part of the AS context and in which the location of the first radio terminal is known to the RAN at RAN notification area level configured by the RAN, the third RRC state is a state in which the first radio terminal and the RAN have released the AS context and in which the location of the first radio terminal is not known to the RAN, and the base station is characterized in that the at least one processor is configured to include, in the RAN notification area for the first radio terminal, only one or more cells in which a first network slice configured in the first radio terminal for data communication at least in the first RRC state is available, and the at least one processor is configured to configure the RAN notification area in the first radio terminal.
Use of an agent that blocks a TWEAK/TWEAK-R interaction or activity for the manufacture of a medicament for treating a human subject who has or is at risk for Parkinson's disease, wherein the agent is: i) an antibody or antigen-binding fragment thereof that specifically binds to TWEAK, ii) an antibody or antigen-binding fragment thereof that specifically binds to TWEAK receptor, or iii) a soluble form of a TWEAK receptor that binds to TWEAK. i) an antibody or antigen-binding fragment thereof that specifically binds to TWEAK, ii) an antibody or antigen-binding fragment thereof that specifically binds to TWEAK receptor, or iii) a soluble form of a TWEAK receptor that binds to TWEAK.
A vehicle wheel assembly comprising: a rim having an asymmetric structure, said rim comprising: a drop center for mounting a tire, a first section and a second section extending axially outward from both sides of the drop center, the second section configured to receive therein the motor, wherein the second section is wider than the first section, and bead bases (208A-208D) extending axially outwards from said drop center, characterized in that the wheel comprises a motor and said bead bases have non-symmetrical lengths to compensate the uneven weight distribution of said motor on said rim, wherein said drop center has a drop diameter that is compatible with a diameter of said motor for inserting and encapsulating said motor therein, and wherein said asymmetric structure of the rim compensates said uneven weight distribution of said motor on said rim, thus maintaining said wheel balanced with a minimal overall offset from a rotation axis of said rim. a drop center for mounting a tire, a first section and a second section extending axially outward from both sides of the drop center, the second section configured to receive therein the motor, wherein the second section is wider than the first section, and bead bases (208A-208D) extending axially outwards from said drop center, characterized in that the wheel comprises a motor and said bead bases have non-symmetrical lengths to compensate the uneven weight distribution of said motor on said rim, wherein said drop center has a drop diameter that is compatible with a diameter of said motor for inserting and encapsulating said motor therein, and wherein said asymmetric structure of the rim compensates said uneven weight distribution of said motor on said rim, thus maintaining said wheel balanced with a minimal overall offset from a rotation axis of said rim.
A pharmaceutical composition in the form of an effervescent tablet comprising: (a) 1200 mg of N-acetylcysteine; and (b) at least 1200 mg of sodium hydrogen carbonate; and (c) less than 1200 mg of anhydrous citric acid; and (d) at least one lubricant and/or glidant agent; and (e) at least one sweetener and/or flavouring agent; and said pharmaceutical composition having no sulphur smell and taste as well as a pH in the range of 4.1 and 4.4 after tablet dissolution, said composition being characterized in that it does not comprise sodium chloride. (a) 1200 mg of N-acetylcysteine; and (b) at least 1200 mg of sodium hydrogen carbonate; and (c) less than 1200 mg of anhydrous citric acid; and (d) at least one lubricant and/or glidant agent; and (e) at least one sweetener and/or flavouring agent; and said pharmaceutical composition having no sulphur smell and taste as well as a pH in the range of 4.1 and 4.4 after tablet dissolution, said composition being characterized in that it does not comprise sodium chloride.
Structural element comprising at least a stiff, elongate tubular member, wherein an inner surface of said tubular member and side faces enclose a core extending along at least a length of said tubular member, wherein said core is provided with a fluid under pressure, wherein the structural element comprises a plurality of tubular members, wherein cores (3a-d) of the elements (1a-d) are connected via valves (11a-d) to a common supply line for connection to a pressure vessel comprising a pump 1.
An atrial fibrillation monitoring system comprising: a source of ECG waveform data; a P wave feature extractor; an R-R interval feature extractor; an AF classifier responsive to a P wave feature and an R-R interval feature which classifies a heart rhythm as AF or non-AF; a display responsive to the AF classifier for reporting an AF classification; and a user input for adjusting a sensitivity/specificity balance of AF rhythm detection, characterized in that the user input further comprises a user input for setting up AF rhythm detection for a selected patient population or condition, wherein the user input is allowing a user to select a patient population for automatically setting up the system for nominal setup parameters desired for that particular population. a source of ECG waveform data; a P wave feature extractor; an R-R interval feature extractor; an AF classifier responsive to a P wave feature and an R-R interval feature which classifies a heart rhythm as AF or non-AF; a display responsive to the AF classifier for reporting an AF classification; and a user input for adjusting a sensitivity/specificity balance of AF rhythm detection,
Hydraulic line connection for a hydraulic brake of handlebar-guided vehicles, comprising a line fastening device, which has a fastening portion for fastening the line fastening device in a receiving device of a hydraulic component of the hydraulic brake and a connecting portion for connection to a hydraulic line, wherein the line fastening device has an extension disposed on the fastening portion on the side opposite to the connecting portion, characterized in that the extension has a diameter larger than that of the fastening portion.
A high-frequency semiconductor package comprising: a base which is made of metal and is a grounding portion; a frame-shaped multi-layer wiring resin substrate which is provided on a top surface of the base and in which a first cavity from which the top surface of the base is exposed is formed; wherein the frame-shaped multi-layer wiring resin substrate includes an internal electrode (5a, 5b) which is formed on a top surface of the multi-layer wiring resin substrate, an external connection terminal (2a, 2b) which is formed on a bottom surface of the multi-layer wiring resin substrate so as to be insulated from the base, and a through-hole which electrically connects the internal electrode (5a, 5b) and the external connection terminal (2a, 2b); a first internal conductor film which covers the top surface of the multi-layer wiring resin substrate and an inner wall surface of the first cavity, and is electrically connected with the base; a lid (9, 19) which is attached onto the multi-layer wiring resin substrate and seals and covers the first cavity; a first groove which is provided from a lateral surface of the external connection terminal (2a, 2b) to a lateral surface of the multi-layer wiring resin substrate; and a first lateral surface conductor film which is provided in the first groove, wherein the first lateral surface conductor film is provided to be insulated from the first internal conductor film. a base which is made of metal and is a grounding portion; a frame-shaped multi-layer wiring resin substrate which is provided on a top surface of the base and in which a first cavity from which the top surface of the base is exposed is formed; wherein the frame-shaped multi-layer wiring resin substrate includes an internal electrode (5a, 5b) which is formed on a top surface of the multi-layer wiring resin substrate, an external connection terminal (2a, 2b) which is formed on a bottom surface of the multi-layer wiring resin substrate so as to be insulated from the base, and a through-hole which electrically connects the internal electrode (5a, 5b) and the external connection terminal (2a, 2b); a first internal conductor film which covers the top surface of the multi-layer wiring resin substrate and an inner wall surface of the first cavity, and is electrically connected with the base; a lid (9, 19) which is attached onto the multi-layer wiring resin substrate and seals and covers the first cavity; a first groove which is provided from a lateral surface of the external connection terminal (2a, 2b) to a lateral surface of the multi-layer wiring resin substrate; and a first lateral surface conductor film which is provided in the first groove, wherein the first lateral surface conductor film is provided to be insulated from the first internal conductor film.
A wind turbine blade, comprising: a blade body; and a vortex generator mounted to a surface of the blade body, wherein the vortex generator comprises a fin protruding from the surface of the blade body, being oriented so that a fin chord of the fin is oblique to an in-flow direction of wind which flows toward the wind turbine blade, having a suction surface which faces toward downstream with respect to the in-flow direction of the wind and which has a curved convex shape, and having a maximum fin blade-thickness ratio tmax/C which satisfies an expression of 0.10 ≤ tmax/C ≤ 0.12 in a height h range of the fin represented by an expression of 0.5L ≤ h ≤ 0.85L, where the maximum fin blade-thickness ratio tmax/C is a ratio of a maximum fin blade thickness tmax to a fin chord length C and L is a fin entire length from a root to a top portion of the fin. a blade body; and a vortex generator mounted to a surface of the blade body, wherein the vortex generator comprises a fin protruding from the surface of the blade body, being oriented so that a fin chord of the fin is oblique to an in-flow direction of wind which flows toward the wind turbine blade, having a suction surface which faces toward downstream with respect to the in-flow direction of the wind and which has a curved convex shape, and having a maximum fin blade-thickness ratio tmax/C which satisfies an expression of 0.10 ≤ tmax/C ≤ 0.12 in a height h range of the fin represented by an expression of 0.5L ≤ h ≤ 0.85L, where the maximum fin blade-thickness ratio tmax/C is a ratio of a maximum fin blade thickness tmax to a fin chord length C and L is a fin entire length from a root to a top portion of the fin.
A process for producing carbon monoxide from carbon dioxide (CO 2) in a solid oxide electrolysis cell (SOEC) stack, wherein CO 2 is led to the fuel side of the SOEC with an applied current, and wherein the content of CO in the output from the SOEC stack is 20-80 wt%, said process further comprising: heating the inlet gas on the fuel side by means of a heating unit, so as to supply heat to the SOEC, wherein the operation temperature of said heating unit is at least the operation temperature of the cell stack minus 50°C, preferably at least the operation temperature of the cell stack, and heating the inlet gas on the oxygen side by means of a heating unit, so as to supply heat to the SOEC, wherein the operation temperature of said heating unit is at least the operation temperature of the cell stack minus 50°C, preferably at least the operation temperature of the cell stack, wherein - a suitable operating temperature for the SOEC is maintained with feed effluent heat exchangers incorporated on both the oxygen side and the fuel side of the SOEC, and - the carbon dioxide from a gas separation unit, which still contains some carbon monoxide, is recycled to the fuel side of the SOEC and tied to the CO 2 feed stream upstream from feed a gas purification unit. heating the inlet gas on the fuel side by means of a heating unit, so as to supply heat to the SOEC, wherein the operation temperature of said heating unit is at least the operation temperature of the cell stack minus 50°C, preferably at least the operation temperature of the cell stack, and heating the inlet gas on the oxygen side by means of a heating unit, so as to supply heat to the SOEC, wherein the operation temperature of said heating unit is at least the operation temperature of the cell stack minus 50°C, preferably at least the operation temperature of the cell stack, wherein - a suitable operating temperature for the SOEC is maintained with feed effluent heat exchangers incorporated on both the oxygen side and the fuel side of the SOEC, and - the carbon dioxide from a gas separation unit, which still contains some carbon monoxide, is recycled to the fuel side of the SOEC and tied to the CO 2 feed stream upstream from feed a gas purification unit. - a suitable operating temperature for the SOEC is maintained with feed effluent heat exchangers incorporated on both the oxygen side and the fuel side of the SOEC, and - the carbon dioxide from a gas separation unit, which still contains some carbon monoxide, is recycled to the fuel side of the SOEC and tied to the CO 2 feed stream upstream from feed a gas purification unit.
A firing arrangement for an initiator comprising: a capacitor; an arming arrangement for charging the capacitor on receipt of an arming instruction; and a trigger device which, when a trigger condition is achieved indicating sufficient charge on the capacitor, automatically generates a trigger signal to trigger discharge of the capacitor through the initiator to activate the initiator; wherein the arming arrangement includes a sequence validator having a first input, a second input and an output, the sequence validator generating the arming instruction at its output only when a first arming signal is received on the first input followed by a second arming signal received on the second input.
Mattress, comprising at least one layer having a multiplicity of elastic elevations which together form at least one supporting surface, wherein - the elastic elevations are designed, or arranged, such that an uneven supporting surface is formed, - the elastic elevations are formed on individual elastic bodies (21, 22, 23, 24), characterized in that, - in order to provide the layer, the elastic bodies (21, 22, 23, 24) are inserted into the openings of a planar grid. - the elastic elevations are designed, or arranged, such that an uneven supporting surface is formed, - the elastic elevations are formed on individual elastic bodies (21, 22, 23, 24), characterized in that, - in order to provide the layer, the elastic bodies (21, 22, 23, 24) are inserted into the openings of a planar grid.
A maraging steel alloy consisting of, by weight: 7.4 to 8.4 percent nickel; 7.6 to 8.6 percent chromium; 8.4 to 9.4 percent cobalt; 1.8 to 2.2 percent molybdenum; 2 to 2.6 percent tungsten; 1.6 to 2 percent aluminium; 0.05 to 0.08 percent carbon; a carbide former selected from the group consisting of: niobium, at a concentration of 0.25 to 0.28 percent; titanium, at a concentration of 0.2 to 0.28 percent; vanadium, at a concentration of 0.21 to 0.4 percent; balance iron and incidental impurities. 7.4 to 8.4 percent nickel; 7.6 to 8.6 percent chromium; 8.4 to 9.4 percent cobalt; 1.8 to 2.2 percent molybdenum; 2 to 2.6 percent tungsten; 1.6 to 2 percent aluminium; 0.05 to 0.08 percent carbon; a carbide former selected from the group consisting of: niobium, at a concentration of 0.25 to 0.28 percent; titanium, at a concentration of 0.2 to 0.28 percent; vanadium, at a concentration of 0.21 to 0.4 percent; niobium, at a concentration of 0.25 to 0.28 percent; titanium, at a concentration of 0.2 to 0.28 percent; vanadium, at a concentration of 0.21 to 0.4 percent; balance iron and incidental impurities.