mhurhangee/ep-ind-claims huggingface dataset:
A measurement method for discovery signals, characterized by comprising: a base station determining measurement patterns used for measuring discovery signals for different terminals according to transmission patterns of discovery signals of one or more cells, comprising: if the transmission pattern of the discovery signals in a to be measured cell is: transmitting a predetermined number of bursts in each cycle, transmitting a predetermined number of subframes carrying the discovery signals in each burst, and a gap between adjacent bursts being a predetermined value, then configuring, for each terminal of the different terminals, the number of bursts measured within each said cycle as less than or equal to the transmitted predetermined number of said bursts, the number of subframes carrying the discovery signals measured in each burst as less than or equal to the transmitted predetermined number of said subframes, and reporting one measurement result after measuring for a number of cycles; the base station configuring measurement patterns corresponding to the terminals for different terminals, and transmitting the measurement pattern configuration to the terminals; and the base station transmitting the discovery signals in cells corresponding to the transmission patterns. a base station determining measurement patterns used for measuring discovery signals for different terminals according to transmission patterns of discovery signals of one or more cells, comprising: if the transmission pattern of the discovery signals in a to be measured cell is: transmitting a predetermined number of bursts in each cycle, transmitting a predetermined number of subframes carrying the discovery signals in each burst, and a gap between adjacent bursts being a predetermined value, then configuring, for each terminal of the different terminals, the number of bursts measured within each said cycle as less than or equal to the transmitted predetermined number of said bursts, the number of subframes carrying the discovery signals measured in each burst as less than or equal to the transmitted predetermined number of said subframes, and reporting one measurement result after measuring for a number of cycles; the base station configuring measurement patterns corresponding to the terminals for different terminals, and transmitting the measurement pattern configuration to the terminals; and the base station transmitting the discovery signals in cells corresponding to the transmission patterns.
An exhaust gas-purifying catalyst characterized by comprising: a support including a composite oxide having a composition represented by a general formula AO·xB 2-α C α O 3, wherein A represents at least one of an element having a valence of 1 and an element having a valence of 2, B represents an element having a valence of 3, C represents one or more elements selected from the group consisting of iridium and ruthenium, x represents a numerical value within a range of 1 to 6, and α represents a numerical value greater than 0 and less than 2; and a catalytic metal supported by the support and including one or more precious metals selected from the group consisting of rhodium, palladium, and platinum. a support including a composite oxide having a composition represented by a general formula AO·xB 2-α C α O 3, wherein A represents at least one of an element having a valence of 1 and an element having a valence of 2, B represents an element having a valence of 3, C represents one or more elements selected from the group consisting of iridium and ruthenium, x represents a numerical value within a range of 1 to 6, and α represents a numerical value greater than 0 and less than 2; and a catalytic metal supported by the support and including one or more precious metals selected from the group consisting of rhodium, palladium, and platinum.
Iron -pyrazine-2-ol-1-oxide complex compounds or pharmaceutically acceptable salts thereof for use in the treatment and prophylaxis of iron deficiency symptoms and iron deficiency anemias and the symptoms associated therewith.
A steering wheel for a vehicle comprising a steering wheel rim and one or more steering wheel spokes, wherein at least the steering wheel rim comprises a coating and at least one elongate electric conductor for a steering wheel heating, wherein a connecting terminal connected to an electric power source inside the vehicle to which first and second ends (34, 35) of the at least one conductor are electrically connected is arranged on the steering wheel rim and/or on one of the steering wheel spokes, characterized in that the connecting terminal comprises a temperature sensor and a heating controller configured as temperature controller for the steering wheel heating and is arranged in a pocket inside the coating.
A method of removing non-aromatic impurities from non-nitrated aromatic reactant in a nitration production process, in which production process an aromatic reactant is nitrated to produce a nitrated aromatic product using a molar excess of the aromatic reactant, and non-nitrated aromatic reactant is recovered from the produced nitrated aromatic product and is recycled for use in the nitration production process, the method comprising the steps of: (a) diverting all or a portion of the recovered, non-nitrated aromatic reactant to form a stream comprising non-nitrated aromatic reactant with non-aromatic impurities; and (b) subjecting the stream comprising non-nitrated aromatic reactant formed in step (a) to nitration to produce a first stream comprising nitrated aromatic product with non-aromatic impurities. (a) diverting all or a portion of the recovered, non-nitrated aromatic reactant to form a stream comprising non-nitrated aromatic reactant with non-aromatic impurities; and (b) subjecting the stream comprising non-nitrated aromatic reactant formed in step (a) to nitration to produce a first stream comprising nitrated aromatic product with non-aromatic impurities.
Method for the production of asphalt comprising: - heating white material and old asphalt granulate, - mixing the white material with the old asphalt granulate and - charging the old asphalt granulate with a filler prior to reaching a station for further processing, characterised in that - prior to heating the cold old asphalt granulate is charged with a previously weighed amount of filler. - heating white material and old asphalt granulate, - mixing the white material with the old asphalt granulate and - charging the old asphalt granulate with a filler prior to reaching a station for further processing, - prior to heating the cold old asphalt granulate is charged with a previously weighed amount of filler.
A charge control system for a vehicle, the charge control system being configured to control charging of a power storage device of the vehicle, the power storage device being adapted to be externally charged with electric power from an outside of the vehicle, and adapted to be charged with electric power generated by a generator that is driven with driving force from an internal combustion engine, the charge control system comprising: a user detector configured to determine whether a user is present within a predetermined range relative to the vehicle; and a vehicle electronic control unit configured to permit the power storage device to be charged with electric power generated by the generator, in addition to the electric power from the outside of the vehicle, during external charging, when the user detector determines that the user is present within the predetermined range, the vehicle electronic control unit being configured to inhibit power generation by the generator during external charging when the user detector determines that the user is not present within the predetermined range. a user detector configured to determine whether a user is present within a predetermined range relative to the vehicle; and a vehicle electronic control unit configured to permit the power storage device to be charged with electric power generated by the generator, in addition to the electric power from the outside of the vehicle, during external charging, when the user detector determines that the user is present within the predetermined range, the vehicle electronic control unit being configured to inhibit power generation by the generator during external charging when the user detector determines that the user is not present within the predetermined range.
A system comprising: a cannula having a substantially cylindrical shape defining an interior region, and an opening at the distal most end of the cannula, the cylindrical shape having a cylindrical axis; an intermediate material disposed within the interior region, the intermediate material defining a fixed fiber pathway; and an optical fiber disposed within the fixed fiber pathway, the optical fiber having a fiber optical axis and a distal end configured to emit light with an illumination pattern having an illumination axis, at least a portion of the fiber optical axis proximate the distal end not parallel to the cylindrical axis, the illumination axis not parallel to the cylindrical axis; and an actuator disposed within the intermediate material, characterised in that, the actuator comprises a rod, wherein the fixed fiber pathway has a portion that is curved with respect to the cylindrical axis, the fixed fiber pathway being wider towards the opening at the distal most end of the cannula, such that the rod is enabled to move the distal end of the optical fiber 26) from a first position within the fixed fiber pathway to a second position with the fixed fiber pathway to change an angle between the illumination axis and the cylindrical axis from a first value to a second value. a cannula having a substantially cylindrical shape defining an interior region, and an opening at the distal most end of the cannula, the cylindrical shape having a cylindrical axis; an intermediate material disposed within the interior region, the intermediate material defining a fixed fiber pathway; and an optical fiber disposed within the fixed fiber pathway, the optical fiber having a fiber optical axis and a distal end configured to emit light with an illumination pattern having an illumination axis, at least a portion of the fiber optical axis proximate the distal end not parallel to the cylindrical axis, the illumination axis not parallel to the cylindrical axis; and an actuator disposed within the intermediate material, characterised in that, the actuator comprises a rod, wherein the fixed fiber pathway has a portion that is curved with respect to the cylindrical axis, the fixed fiber pathway being wider towards the opening at the distal most end of the cannula, such that the rod is enabled to move the distal end of the optical fiber 26) from a first position within the fixed fiber pathway to a second position with the fixed fiber pathway to change an angle between the illumination axis and the cylindrical axis from a first value to a second value.
A method for identifying wire contact insertion holes defined by a connector, wherein the method is performed by computing device, the method comprising: analyzing each of a plurality of pixels of an image of the connector to identify one or more candidate contact insertion holes for the connector, wherein analyzing each of the plurality of pixels of the image comprises identifying a pixel as a candidate contact insertion hole in an instance in which the pixel has a color that satisfies a first predefined criteria and is at least partially surrounded by a plurality of pixels that have a color that is different than the color of the pixel and that satisfy a second predefined criteria, different than the first predefined criteria, wherein the second predefined criteria is defined based upon the color of the pixel such that the pixel identified as the candidate contact insertion hole is darker than the plurality of pixels that at least partially surround the pixel; determining whether the one or more candidate contact insertion holes are to be consolidated and, if so, consolidating the one or more candidate contact insertion holes, wherein consolidating the one or more candidate contact insertion holes comprises consolidating a plurality of neighboring candidate contact insertion holes to a single candidate contact insertion hole having a location based upon a combination of locations of the plurality of candidate contact insertion holes that are consolidated; and following consolidation, assigning contact identification numbers of the connector to the one or more candidate contact insertion holes. analyzing each of a plurality of pixels of an image of the connector to identify one or more candidate contact insertion holes for the connector, wherein analyzing each of the plurality of pixels of the image comprises identifying a pixel as a candidate contact insertion hole in an instance in which the pixel has a color that satisfies a first predefined criteria and is at least partially surrounded by a plurality of pixels that have a color that is different than the color of the pixel and that satisfy a second predefined criteria, different than the first predefined criteria, wherein the second predefined criteria is defined based upon the color of the pixel such that the pixel identified as the candidate contact insertion hole is darker than the plurality of pixels that at least partially surround the pixel; determining whether the one or more candidate contact insertion holes are to be consolidated and, if so, consolidating the one or more candidate contact insertion holes, wherein consolidating the one or more candidate contact insertion holes comprises consolidating a plurality of neighboring candidate contact insertion holes to a single candidate contact insertion hole having a location based upon a combination of locations of the plurality of candidate contact insertion holes that are consolidated; and following consolidation, assigning contact identification numbers of the connector to the one or more candidate contact insertion holes.
System for holding cables, cables being providable in cable ducts (31, 32), the cable ducts being connectable in a form-locking manner to cable duct holders, the cable duct holders being connectable to a profile rail by means of two opposite surface regions, in particular contact contours, in contact with groove bases and/or groove sidewalls of grooves of the profile rail, and respectively comprising latches, into which the cable ducts are clippable, characterised in that the respective surface region has a corresponding chamfer for facilitating the rotary movement of the surface regions into the region of the groove.
An assembly (56, 410, 630, 700, 800, 900, 1000, 1100) for cleaning bone stock, said assembly comprising: a base (206, 406, 632, 702, 802, 902, 1002, 1102); at least one shell (192, 412, 647, 704, 804, 908, 1008, 1108) supported by said base, the said shell defining a void space for receiving the bone stock to be cleaned; and at least one cleaning element (58, 416, 418, 608, 738, 840, 914, 1014, 1114, 1150) disposed in said void space; characterized in that said at least one cleaning element is moveably mounted to said base so that, when actuated, said at least one cleaning element cleans the bone stock, said at least one cleaning element configured to be coupled to a drive assembly supported by said base and to remove soft tissue and debris from the bone stock without milling bone, wherein said at least one cleaning element is a rotating fluted screw. a base (206, 406, 632, 702, 802, 902, 1002, 1102); at least one shell (192, 412, 647, 704, 804, 908, 1008, 1108) supported by said base, the said shell defining a void space for receiving the bone stock to be cleaned; and at least one cleaning element (58, 416, 418, 608, 738, 840, 914, 1014, 1114, 1150) disposed in said void space; characterized in that said at least one cleaning element is moveably mounted to said base so that, when actuated, said at least one cleaning element cleans the bone stock, said at least one cleaning element configured to be coupled to a drive assembly supported by said base and to remove soft tissue and debris from the bone stock without milling bone, wherein said at least one cleaning element is a rotating fluted screw.
A transmitter, comprising: a binary-to-ternary converter operable to convert a binary signal to a ternary signal and comprising a concatenation of multiple division-by-3 circuits, wherein an output of a division-by-3 circuit corresponds to a modulo-3 remainder of the corresponding division-by-3; an Low-Density Parity-Check, LDPC, encoder operable to encode the ternary signal according to a Low-Density Parity-Check encoding scheme; and a modulator operable to select, corresponding to the encoded ternary signal, one or more complex valued modulation symbols from a ternary constellation diagram. a binary-to-ternary converter operable to convert a binary signal to a ternary signal and comprising a concatenation of multiple division-by-3 circuits, wherein an output of a division-by-3 circuit corresponds to a modulo-3 remainder of the corresponding division-by-3; an Low-Density Parity-Check, LDPC, encoder operable to encode the ternary signal according to a Low-Density Parity-Check encoding scheme; and a modulator operable to select, corresponding to the encoded ternary signal, one or more complex valued modulation symbols from a ternary constellation diagram.
Firewood processor to be used for cutting and splitting a log, and comprising sawing means for cutting the log, and a splitting table that has means (4, 5, 7) for splitting a cut piece of wood by pushing it against a splitting blade, wherein the processor comprises a separate cutting table extension to hold and move the cut block of wood onto the splitting table, wherein the cutting table extension comprises holding branches (11, 12), characterized in that an extension shaft, the free end of which has been connected by an articulating joint to a frame structure of the processor, and wherein one of the holding branches (11, 12) is attached in a fixed manner to the frame structure of the processor with a joint, so the turning of the extension shaft towards the splitting table causes the branch to pull back from supporting the cut block of wood and allows the block to move onto the splitting table.
Projection lens assembly for directing a multitude of charged particle beamlets onto an image plane, said projection lens assembly comprising a first electrode and a second electrode for focusing one or more charged particle beamlets of the multitude of charged particle beamlets, a housing comprising a through-opening for allowing the multitude of charged particle beamlets to pass through, said first and second electrodes each comprising a lens hole-array aligned with the through-opening for allowing one or more charged particle beamlets of the multitude of charged particle beamlets to pass through, characterized in that said housing comprises a circumferential wall and has an upstream and a downstream distal edge, and the projection lens assembly further comprises: at least one support element comprising a through-opening for allowing the multitude of charged particle beamlets to pass through, wherein said at least one support element is attached to the housing, and wherein the first electrode and second electrode are supported by the at least one support element, wherein the first and second electrode are arranged in or near a plane defined by the downstream distal edge of the housing. at least one support element comprising a through-opening for allowing the multitude of charged particle beamlets to pass through, wherein said at least one support element is attached to the housing, and wherein the first electrode and second electrode are supported by the at least one support element, wherein the first and second electrode are arranged in or near a plane defined by the downstream distal edge of the housing.
A ceiling ventilation hood and fire protection system, the ceiling ventilation hood having a upper plane and a lower plane with a filter disposed between the upper and lower planes, the fire protection system being effective to address a fire below the ceiling ventilation hood independent of airflow through the filter, the ceiling ventilation hood and fire protection system comprising: at least two nozzles each having an outlet defining a discharge axis (B--B) with the outlet disposed in the ceiling ventilation hood between the upper and lower planes, characterized in that the at least two nozzles provide overlapping protection of a hazard zone below the ceiling ventilation hood; wherein the filter has a face with a first edge defining a first height relative to the lower plane, a second edge spaced from the first edge defining a second height relative to the lower plane, and a normal axis (C--C) between the first and second edges extending perpendicular to the filter face and intersecting the discharge axis of the nozzle, the outlet of each of the at least two nozzles being located laterally offset from a central plane bisecting the hazard zone and between the filter and the central plane bisecting the hazard zone. at least two nozzles each having an outlet defining a discharge axis (B--B) with the outlet disposed in the ceiling ventilation hood between the upper and lower planes, characterized in that the at least two nozzles provide overlapping protection of a hazard zone below the ceiling ventilation hood; wherein the filter has a face with a first edge defining a first height relative to the lower plane, a second edge spaced from the first edge defining a second height relative to the lower plane, and a normal axis (C--C) between the first and second edges extending perpendicular to the filter face and intersecting the discharge axis of the nozzle, the outlet of each of the at least two nozzles being located laterally offset from a central plane bisecting the hazard zone and between the filter and the central plane bisecting the hazard zone.
Turbine to be driven by a fluid with a rotor with a vertical axis and provided with a fluid guide, where the guide includes a system of screens (31, 32) which rotates around the rotor, as well as a signal means for obtaining a direction signal and a directing means (56, 55) to direct the system of screens depending on the direction signal by turning the screens system (31, 32) around the rotor, wherein the rotor includes between an upper and a lower platform a number of inwardly bent blades, the rotor blades leaving a centrally located section around the vertical axis free, characterised in that the rotor blades are provided with an open curl shape at the ends facing the central section.