mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication, comprising: allocating a first set of resources for transmitting a first communication according to a first transmission time interval, TTI; allocating a second set of resources (512, 514) for transmitting a second communication according to a second TTI, wherein the second TTI is smaller than the first TTI; indicating, over a downlink control channel, one or more parameters regarding prioritizing communications conveyed over at least a portion of the first set of resources or the second set of resources (512, 514) that are overlapped; transmitting a first resource grant corresponding to the first set of resources over the downlink control channel; and transmitting a second resource grant corresponding to the second set of resources (512, 514) over the downlink control channel. allocating a first set of resources for transmitting a first communication according to a first transmission time interval, TTI; allocating a second set of resources (512, 514) for transmitting a second communication according to a second TTI, wherein the second TTI is smaller than the first TTI; indicating, over a downlink control channel, one or more parameters regarding prioritizing communications conveyed over at least a portion of the first set of resources or the second set of resources (512, 514) that are overlapped; transmitting a first resource grant corresponding to the first set of resources over the downlink control channel; and transmitting a second resource grant corresponding to the second set of resources (512, 514) over the downlink control channel.
A system with a ring spinning machine and a robotic mechanism for yarn piecing after a yarn breakage in the ring spinning machine, the robotic mechanism comprising: • yarn holding means for holding a yarn and/or a loose end of a yarn of a spindle of the ring spinning machine; • traveller positioning means for positioning of a traveller of the spindle; • first yarn threading means for threading a held yarn and/or a loose end of a yarn into the positioned traveller of the spindle; • second yarn threading means for threading the held yarn and/or the loose end of the yarn into guide elements of the ring spinning machine; and • yarn piecing means for piecing together the held yarn and/or the loose end of the yarn with a drafted material which is provided by delivery rollers (35, 36) of the ring spinning machine, characterised in that the first yarn threading means comprise a yarn positioning arm with yarn tensioning means for tensioning a part of the yarn, wherein the first yarn threading means further comprise yarn moving means for moving the tensioned part of the yarn and are designed to position the tensioned part of the yarn in parallel to a tangent of a traveller guide of the ring spinning machine for threading of the yarn into the traveller. • yarn holding means for holding a yarn and/or a loose end of a yarn of a spindle of the ring spinning machine; • traveller positioning means for positioning of a traveller of the spindle; • first yarn threading means for threading a held yarn and/or a loose end of a yarn into the positioned traveller of the spindle; • second yarn threading means for threading the held yarn and/or the loose end of the yarn into guide elements of the ring spinning machine; and • yarn piecing means for piecing together the held yarn and/or the loose end of the yarn with a drafted material which is provided by delivery rollers (35, 36) of the ring spinning machine,
A cooling system of an internal combustion engine, with two heat exchangers (6, 7) provided with a respective heat exchanger outlet (18, 19), and also a coolant pump with two inlets (8, 9), which are connected in each case to a heat exchanger outlet (18, 19), and two outlets (10, 11), wherein the coolant pump has a pump impeller arranged rotatably in a pump chamber, of circular cross-section, of a pump casing, and the cooling system has a thermostat which is formed such that in the case of heat exchangers (6, 7) through which coolant is not flowing the flow passes through only one inlet and both outlets (10, 11), characterised in that the cooling system is formed such that in the case of heat exchangers (6, 7) through which coolant is flowing the flow passes through both inlets (8, 9) and both outlets (10, 11), and the inlets (8, 9) and outlets (10, 11) are formed by attachments in the form of tube pieces which extend directed away from the pump casing in each case in pairs and in parallel.
A system for providing wireless backhaul in a wireless radio access network (10, 11) having an overall allocated access bandwidth for access communication, the system comprising: a radio access base station (12, 40) designed for out-of-band backhaul, said base station including an access transceiver communicating over an allocated frequency channel within the overall allocated access bandwidth; and an in-band backhaul unit (14, 42) coupled to said access base station (12, 40) including means for in-band communication of backhaul of said access base station (12, 40), wherein backhaul communication is transmitted and received on a time or frequency slot that is set aside for measurements or for broadcasting zone in an access radio frame. a radio access base station (12, 40) designed for out-of-band backhaul, said base station including an access transceiver communicating over an allocated frequency channel within the overall allocated access bandwidth; and an in-band backhaul unit (14, 42) coupled to said access base station (12, 40) including means for in-band communication of backhaul of said access base station (12, 40), wherein backhaul communication is transmitted and received on a time or frequency slot that is set aside for measurements or for broadcasting zone in an access radio frame.
Damper, in particular a fireproof damper, with a housing exhibiting a preferably circular or rectangular flow cross-section and with damper sheet mounted such as to pivot about a pivot axis, with a circumferential edge, wherein, for the mounting of the damper sheet two opposed bearing points forming the pivot axis are provided, and wherein at least one bearing point is formed on the one hand by a cut-out opening provided in the housing and, on the other, by a bearing pin, and wherein the bearing pin on the one hand projects by at least one region into the cut-out opening, and by at least one part region into a free space of the damper sheet, such that the bearing pin of at least one bearing point is secured by means of at least one securing element arranged outside the housing, wherein the securing element prevents a displacement of the bearing pin at least outwards, and preferably exclusively outwards, and therefore prevents a displacement of the bearing pin out of the free space of the damper sheet, and such that the at least one securing element is configured as an adhesive strip, the adhesive strip covers the bearing pin and is adhesively bonded directly onto the surface of the housing arranged around the bearing pin, such that at least one bearing pin comprises on its end side a head, which projects on the outside opposite the housing, that the diameter of the head is greater than the diameter of the cut-out opening in the housing, such that the head prevents too far a penetration of the bearing pin, and that, preferably, also the bearing pin of the at least bearing point is held by frictional engagement and/or by positive fit in the free space of the damper sheet.
A computer implemented method of non-invasive detection of tumour and/or healthy tissue using hyperspectral imaging, the method comprising: determining a pixel-wise classification of a hyperspectral image obtained from a target tissue by implementing a machine learning approach fed with hyperspectral data of at least one pixel; performing a segmentation of the hyperspectral image by grouping pixels into at least one cluster based on the hyperspectral data of each pixel; assigning the same classification to all the pixels belonging to the same cluster, so that each cluster is associated with a certain classification, wherein a classification is assigned to the cluster corresponding to the most frequent pixel classification in each cluster; performing a spatial homogenization of the pixel-wise classification, prior to assigning the same classification for all the pixels belonging to the same cluster; wherein the spatial homogenization of the pixel-wise classification comprises: performing a dimensionality reduction of the hyperspectral data of each pixel; implementing a filtering approach fed with pixel-wise classification data and dimensionally-reduced hyperspectral data, the filtering approach assigning to a pixel the most common classification among its pixel-neighbours, wherein the neighbours are determined based on the feature space comprising the pixel-wise classification value and the reduced dimension data. determining a pixel-wise classification of a hyperspectral image obtained from a target tissue by implementing a machine learning approach fed with hyperspectral data of at least one pixel; performing a segmentation of the hyperspectral image by grouping pixels into at least one cluster based on the hyperspectral data of each pixel; assigning the same classification to all the pixels belonging to the same cluster, so that each cluster is associated with a certain classification, wherein a classification is assigned to the cluster corresponding to the most frequent pixel classification in each cluster; performing a spatial homogenization of the pixel-wise classification, prior to assigning the same classification for all the pixels belonging to the same cluster; wherein the spatial homogenization of the pixel-wise classification comprises: performing a dimensionality reduction of the hyperspectral data of each pixel; implementing a filtering approach fed with pixel-wise classification data and dimensionally-reduced hyperspectral data, the filtering approach assigning to a pixel the most common classification among its pixel-neighbours, wherein the neighbours are determined based on the feature space comprising the pixel-wise classification value and the reduced dimension data. performing a dimensionality reduction of the hyperspectral data of each pixel; implementing a filtering approach fed with pixel-wise classification data and dimensionally-reduced hyperspectral data, the filtering approach assigning to a pixel the most common classification among its pixel-neighbours, wherein the neighbours are determined based on the feature space comprising the pixel-wise classification value and the reduced dimension data.
A system comprising: a surgical instrument comprising a housing; a shaft operably coupled to the housing; a plurality of fiber optic strain gauges coupled to the shaft; said system being characterized in that it further comprises an optic splitter having a first end operably coupled to the plurality of fiber optic strain gauges; and a fiber optic connector operably coupled to a second end of the optic splitter, the fiber optic connector being mounted in the housing, wherein the fiber optic connector is configured to be optically linkable to another connector to pass signals from the plurality of fiber optic strain gauges to the another connector. a housing; a shaft operably coupled to the housing; a plurality of fiber optic strain gauges coupled to the shaft; said system being characterized in that it further comprises an optic splitter having a first end operably coupled to the plurality of fiber optic strain gauges; and a fiber optic connector operably coupled to a second end of the optic splitter, the fiber optic connector being mounted in the housing, wherein the fiber optic connector is configured to be optically linkable to another connector to pass signals from the plurality of fiber optic strain gauges to the another connector.
Exoskeleton with a joint comprising a curved scissor linkage mechanism comprising at least four linkage elements each having a first end and a second end, the linkage elements being arranged to form sides of at least one rhombus or of at least one parallelogram, wherein: - the curved scissor linkage mechanism is extendable between a fully collapsed configuration and a fully extended configuration, - each of the linkage elements: is rotationally connected to at least one of the other linkage elements via a revolute joint - at or near the first end and/or - at an intermediate point between the first end and the second end, and is rotationally connected to at least another one of the other linkage elements via another revolute joint - at or near the second end and/or - at an intermediate point between the first end and the second end, and - the linkage elements are shaped, dimensioned and arranged so that the axes of all said revolute joints coincide at one common remote centre of motion, so that each of the linkage elements can move on the surface of an imaginary sphere having its centre at the common centre of motion, and - the curved scissor linkage mechanism is grounded or connected or connectable to a first external member belonging to the exoskeleton via the revolute joint between linkage elements arranged at a proximal end of the curved scissor linkage mechanism and is rotationally connected or connectable to a second external member belonging to the exoskeleton via the revolute joint between linkage elements arranged at a distal end of the curved scissor linkage mechanism, the proximal and distal ends (8,10) being located at opposite ends of the scissor linkage mechanism. - the curved scissor linkage mechanism is extendable between a fully collapsed configuration and a fully extended configuration, - each of the linkage elements: is rotationally connected to at least one of the other linkage elements via a revolute joint - at or near the first end and/or - at an intermediate point between the first end and the second end, and is rotationally connected to at least another one of the other linkage elements via another revolute joint - at or near the second end and/or - at an intermediate point between the first end and the second end, and - the linkage elements are shaped, dimensioned and arranged so that the axes of all said revolute joints coincide at one common remote centre of motion, so that each of the linkage elements can move on the surface of an imaginary sphere having its centre at the common centre of motion, and - the curved scissor linkage mechanism is grounded or connected or connectable to a first external member belonging to the exoskeleton via the revolute joint between linkage elements arranged at a proximal end of the curved scissor linkage mechanism and is rotationally connected or connectable to a second external member belonging to the exoskeleton via the revolute joint between linkage elements arranged at a distal end of the curved scissor linkage mechanism, the proximal and distal ends (8,10) being located at opposite ends of the scissor linkage mechanism.
An anti-sclerostin antibody or fragment thereof for use in a method for treating a bone-related disorder by increasing bone mineral density in a human, the method comprising administering to the human the anti-sclerostin antibody or fragment thereof in an amount from 0.1 mg/kg to 20 mg/kg, wherein the anti-sclerostin antibody or fragment thereof cross-blocks the binding to sclerostin of antibody Ab-4 having a heavy chain sequence of SEQ ID NO: 137 and a light chain sequence of SEQ ID NO: 133 or antibody Ab-13 having a heavy chain sequence of SEQ ID NO: 209 and a light chain sequence of SEQ ID NO: 205.
A repairing method of a damage onto a metallic substrate, comprising the steps: - producing a depression in the region of the damage, - inserting a metallic filling piece, having at least one convex, curved portion, into said depression, wherein said at least one curved portion faces the depression, and - welding the filling piece to the substrate, wherein - the filling piece, after inserting into the depression, touches the bottom thereof, but at least in certain areas a distance is provided from the edge of the depression, characterized in that - the depression is embodied in the shape of a spherical segment and - a spherical filling piece with a sphere radius smaller than the sphere radius of the depression is inserted and touches the latter at a contact point. - producing a depression in the region of the damage, - inserting a metallic filling piece, having at least one convex, curved portion, into said depression, wherein said at least one curved portion faces the depression, and - welding the filling piece to the substrate, wherein - the filling piece, after inserting into the depression, touches the bottom thereof, but at least in certain areas a distance is provided from the edge of the depression, characterized in that - the depression is embodied in the shape of a spherical segment and - a spherical filling piece with a sphere radius smaller than the sphere radius of the depression is inserted and touches the latter at a contact point.
Blood plasma collecting flask made of plastic for the storage of blood plasma in the frozen state, comprising a flask body which has on its upper side a flask neck, wherein a lid is fixed to the flask neck and wherein a locking mechanism is provided by means of which the lid is fixed onto the flask neck when the lid is pushed onto the flask neck from above, the locking mechanism having a first locking position in which the lid can be released again from the flask neck, and a second locking position in which the lid is pushed further onto the flask neck than the first locking position and in which a release of the lid from the flask neck is prevented, i.e. is not possible, characterized in that on the upper side of the flask neck an uprightly projecting bar and on the inside of the lid a retainer corresponding to the bar are formed which engage with one another when the lid is pushed onto the flask neck, and that locking elements (16, 17) of the locking mechanism are formed on the bar and the retainer which engage with one another in the second locking position.
Method for producing a component (7, 400) manufactured in part additively for a technical device, wherein a basic structure of the component (7, 400) is manufactured with a predefined wall thickness by means of a non-additive manufacturing method, wherein at least one region of the component (7, 400) is determined by means of an optimization method, wherein, in the at least one region, a supporting structure is applied to the basic structure by means of an additive manufacturing method. wherein a basic structure of the component (7, 400) is manufactured with a predefined wall thickness by means of a non-additive manufacturing method, wherein at least one region of the component (7, 400) is determined by means of an optimization method, wherein, in the at least one region, a supporting structure is applied to the basic structure by means of an additive manufacturing method.
A rotationally symmetrical tip catheter for placement within a vessel of a patient comprising: an elongated catheter body having a proximal end and a distal end, the catheter body comprising; a first lumen having an input port at the distal end of the catheter; a second lumen having an out port at the distal end of the catheter adjacent to the input port; and a septum extending longitudinally through at least a portion of the interior of the catheter body, thereby dividing the interior of the catheter body into the first lumen and the second lumen, wherein each of the first lumen and the second lumen comprise curved internal walls (83, 84) that terminate at the ports (85, 86) such that fluid flowing through the ports (85, 86) is deflected by the curved internal walls (83, 84), wherein the adjacent ports (85, 86) are disposed on opposite sides of the distal end of the catheter body to form the rotationally symmetrical tip, and wherein the septum does not extend beyond the input port and out port. an elongated catheter body having a proximal end and a distal end, the catheter body comprising; a first lumen having an input port at the distal end of the catheter; a second lumen having an out port at the distal end of the catheter adjacent to the input port; and a septum extending longitudinally through at least a portion of the interior of the catheter body, thereby dividing the interior of the catheter body into the first lumen and the second lumen, wherein each of the first lumen and the second lumen comprise curved internal walls (83, 84) that terminate at the ports (85, 86) such that fluid flowing through the ports (85, 86) is deflected by the curved internal walls (83, 84), wherein the adjacent ports (85, 86) are disposed on opposite sides of the distal end of the catheter body to form the rotationally symmetrical tip, and wherein the septum does not extend beyond the input port and out port.
A fuel system for a gas turbine engine comprising: an accessory gearbox driven by a mechanical link to the gas turbine engine; a primary fuel pump providing a first fuel flow during engine operation; a secondary fuel pump providing a second fuel flow, wherein the primary fuel pump and the secondary fuel pump are driven by an output of the accessory gearbox: characterised in that the fuel system further comprises a first control valve upstream of the secondary fuel pump; a second control valve downstream of the secondary fuel pump; the first control valve and the second control valve configured to control communication of fuel to and from the secondary fuel pump, wherein the first fuel pump and the second fuel pump both receive fuel flow from a common inlet passage and both the first fuel pump and the second fuel pump communicate the corresponding one of the first fuel flow and the second fuel flow to a common outlet passage. an accessory gearbox driven by a mechanical link to the gas turbine engine; a primary fuel pump providing a first fuel flow during engine operation; a secondary fuel pump providing a second fuel flow, wherein the primary fuel pump and the secondary fuel pump are driven by an output of the accessory gearbox: characterised in that the fuel system further comprises a first control valve upstream of the secondary fuel pump; a second control valve downstream of the secondary fuel pump; the first control valve and the second control valve configured to control communication of fuel to and from the secondary fuel pump, wherein the first fuel pump and the second fuel pump both receive fuel flow from a common inlet passage and both the first fuel pump and the second fuel pump communicate the corresponding one of the first fuel flow and the second fuel flow to a common outlet passage. characterised in that the fuel system further comprises a first control valve upstream of the secondary fuel pump; a second control valve downstream of the secondary fuel pump; the first control valve and the second control valve configured to control communication of fuel to and from the secondary fuel pump, wherein the first fuel pump and the second fuel pump both receive fuel flow from a common inlet passage and both the first fuel pump and the second fuel pump communicate the corresponding one of the first fuel flow and the second fuel flow to a common outlet passage.
Electrolyte composition for a lithium-ion battery having at least one cathode and at least one anode, wherein the electrolyte composition contains (i) at least one aprotic non-aqueous solvent, (ii) a fluorine-containing cyclic carbonate component, and (iii) at least two lithium salts, wherein the one lithium salt is lithium nitrate, characterized in that the electrolyte composition contains lithium bis(fluorosulfonyl)imide as a further lithium salt.