mhurhangee/patent-ind-claim-en huggingface dataset:
A method for automatically classifying clinical descriptions of patients by a computer processor using natural language processing to determine if a patient has experienced an adverse event during treatment before deciding on a further treatment, the clinical descriptions relating to the use of a ventricular assist device (VAD) to treat the heart of the patient, the method comprising: receiving at least one clinical description of a treatment of the patient with the VAD, the clinical description comprising text; determining the position of a target word within the text, the target word describing an adverse event that occurred during treatment of the heart of the patient; determining the existence of at least one negation word within an active region, the negation word deactivating the meaning of the target word, the active region comprising a predetermined number of words within the text occurring immediately before and immediately after the target word, including the target word; determining the existence of at least one body-part word within the active region, the body-part word deactivating the meaning of the target word; and determining that the clinical description does not contain an adverse event and is to be disregarded if the active region contains either a negation word or a body-part word. receiving at least one clinical description of a treatment of the patient with the VAD, the clinical description comprising text; determining the position of a target word within the text, the target word describing an adverse event that occurred during treatment of the heart of the patient; determining the existence of at least one negation word within an active region, the negation word deactivating the meaning of the target word, the active region comprising a predetermined number of words within the text occurring immediately before and immediately after the target word, including the target word; determining the existence of at least one body-part word within the active region, the body-part word deactivating the meaning of the target word; and determining that the clinical description does not contain an adverse event and is to be disregarded if the active region contains either a negation word or a body-part word.
Fibers comprising standard fibers and one or more identification fibers, wherein the standard fibers comprise cellulose acetate, wherein the identification fibers comprise one or more branded fibers, wherein the branded fibers exhibit distinct features comprising one or more taggant surface markings, wherein the taggant surface markings form a repeated pattern along a length of the branded fibers, wherein the length of the repeated pattern ranges from 5 mm to 200 mm, and wherein the repeated pattern is representative of at least one supply chain component of the fibers or the standard fibers; and wherein the branded fibers are essentially insoluble in acetone or methylene chloride.
Pneumatic vehicle tyre comprising at least one sealant ply at least on the inner surface opposite the tread , wherein arranged radially inward of and/or radially outward of the sealant ply is at least one textile ply , wherein the textile ply is joined to the sealant ply , characterized in that the tensile strength according to ISO 527 of the textile ply is greater than the tensile strength of the sealant ply and simultaneously the breaking elongation according to ISO 527 of the sealant ply is greater than the breaking elongation of the textile ply and wherein the textile ply is a fabric made of fibres and/or yarns and/or cords and wherein the textile ply is an additional ply which is not configured as the belt, bandage or carcass ply of the pneumatic vehicle tyre.
A method comprising: at a computer-generated reality device with one or more processors , a non-transitory memory , and an image acquisition interface : obtaining image data associated with a field of view acquired by the image acquisition interface; determining pose data based at least in part on inertial measurement unit, IMU, information, wherein the pose data corresponds to a current posture of a user measured by the image acquisition interface; determining a gaze estimation based at least in part on eye tracking information obtained through the image acquisition interface; determining an arrangement for the image data, the pose data, and the gaze estimation based at least in part on a plurality of characteristics of a plurality of processes communicable with the image acquisition interface; storing the image data, the pose data, and the gaze estimation in a buffer (425; 720) in accordance with the arrangement; determining an access schedule including a respective plurality of waking times for the plurality of processes to pull data from the buffer based at least in part on at least one of: the arrangement for the image data, the pose data, and the gaze estimation, the plurality of characteristics of the plurality of processes, and hardware timing parameters associated with the computer-generated reality device; and waking up the plurality of processes to pull data from the buffer at the respective plurality of waking times. obtaining image data associated with a field of view acquired by the image acquisition interface; determining pose data based at least in part on inertial measurement unit, IMU, information, wherein the pose data corresponds to a current posture of a user measured by the image acquisition interface; determining a gaze estimation based at least in part on eye tracking information obtained through the image acquisition interface; determining an arrangement for the image data, the pose data, and the gaze estimation based at least in part on a plurality of characteristics of a plurality of processes communicable with the image acquisition interface; storing the image data, the pose data, and the gaze estimation in a buffer (425; 720) in accordance with the arrangement; determining an access schedule including a respective plurality of waking times for the plurality of processes to pull data from the buffer based at least in part on at least one of: the arrangement for the image data, the pose data, and the gaze estimation, the plurality of characteristics of the plurality of processes, and hardware timing parameters associated with the computer-generated reality device; and the arrangement for the image data, the pose data, and the gaze estimation, the plurality of characteristics of the plurality of processes, and hardware timing parameters associated with the computer-generated reality device; and waking up the plurality of processes to pull data from the buffer at the respective plurality of waking times.
A processor implemented image processing method, comprising: Selecting frames from a two-dimensional input image sequence captured by a single camera, wherein the selected frames comprise a first frame and a second frame; generating a polygon mesh comprising polygons for each of the selected frames using feature points comprising depth values, among feature points of each of the selected frames; setting a search range of a corresponding pixel of the second frame corresponding to a pixel of the first frame based on the polygon mesh , wherein the pixel of the first frame is positioned in one of the polygons, and the setting of the search range of the corresponding pixel comprises setting the search range of the corresponding pixel based on depth values of the polygon; and estimating a depth value of the pixel of the first frame by matching the pixel of the first frame and the corresponding pixel based on the search range. Selecting frames from a two-dimensional input image sequence captured by a single camera, wherein the selected frames comprise a first frame and a second frame; generating a polygon mesh comprising polygons for each of the selected frames using feature points comprising depth values, among feature points of each of the selected frames; setting a search range of a corresponding pixel of the second frame corresponding to a pixel of the first frame based on the polygon mesh , wherein the pixel of the first frame is positioned in one of the polygons, and the setting of the search range of the corresponding pixel comprises setting the search range of the corresponding pixel based on depth values of the polygon; and estimating a depth value of the pixel of the first frame by matching the pixel of the first frame and the corresponding pixel based on the search range.
A resilient pad system comprising at least one pad , the pad comprising a plurality of supporting resilient substructure hollow columns , each column having a column wall , a first end and an enclosed second end; the column wall surrounding a central void , the void extending from the first end to the enclosed second end of the column ; wherein the column wall has, in a region abutting the first end a more collapsible zone where the cross-section is thinner, relative to a less collapsible zone in a region abutting the second end of the wall where the cross-section is thicker, and a virtual boundary between the two zones; wherein the column wall has a cross-sectional thickness that increases from the first end to the virtual boundary by a percentage within a range of greater than 25% and less than 40%; and further wherein the column wall is tapered both inside and out, with an outside wall draft angle greater than 6 degrees and less than 10 degrees, and an inside wall draft angle greater than 6 degrees and less than 10 degrees; and, wherein the pad system has a cross-sectional pad thickness T, each central void defined by the column walls has a relatively uniform height h within the cross-sectional thickness T, and a cross-sectional thickness t extends beyond the enclosed end of the central voids within the cross-sectional thickness T, such that Trt+h. the column wall surrounding a central void , the void extending from the first end to the enclosed second end of the column ; wherein the column wall has, in a region abutting the first end a more collapsible zone where the cross-section is thinner, relative to a less collapsible zone in a region abutting the second end of the wall where the cross-section is thicker, and a virtual boundary between the two zones; wherein the column wall has a cross-sectional thickness that increases from the first end to the virtual boundary by a percentage within a range of greater than 25% and less than 40%; and further wherein the column wall is tapered both inside and out, with an outside wall draft angle greater than 6 degrees and less than 10 degrees, and an inside wall draft angle greater than 6 degrees and less than 10 degrees; and, wherein the pad system has a cross-sectional pad thickness T, each central void defined by the column walls has a relatively uniform height h within the cross-sectional thickness T, and a cross-sectional thickness t extends beyond the enclosed end of the central voids within the cross-sectional thickness T, such that Trt+h.
A method for communication in a wireless telecommunication network, the method comprising: providing, by a network element , one of an uplink grant or a downlink grant to at least one cell-centre user equipment, UE, that the network element has determined, based on information received from a plurality of UEs, is closer to the network element than are other cell-edge UEs, wherein the uplink grant is scheduled such that the UE transmits to the network element only during at least one flexible subframe that is capable of dynamically switching between an uplink subframe and a downlink subframe, and wherein the downlink grant is scheduled such that the network element transmits to the UE only during at least one flexible subframe; transmitting, by the network element, to the at least one cell-centre UE only during at least one flexible subframe; and receiving, by the network element, from the at least one cell-centre UE only during at least one flexible subframe, wherein the network element determines flexible subframes and static subframes in a radio frame, the static subframes being used for the cell-edge UEs; characterized in that the network element : sends information about the flexible subframes and static subframes to the UE , transmits at least one control signal in at least one flexible subframe at a power that is reduced compared to the power of the same control signal in the static subframes, and signals information related to the power reduction to the UE . providing, by a network element , one of an uplink grant or a downlink grant to at least one cell-centre user equipment, UE, that the network element has determined, based on information received from a plurality of UEs, is closer to the network element than are other cell-edge UEs, wherein the uplink grant is scheduled such that the UE transmits to the network element only during at least one flexible subframe that is capable of dynamically switching between an uplink subframe and a downlink subframe, and wherein the downlink grant is scheduled such that the network element transmits to the UE only during at least one flexible subframe; transmitting, by the network element, to the at least one cell-centre UE only during at least one flexible subframe; and receiving, by the network element, from the at least one cell-centre UE only during at least one flexible subframe, wherein the network element determines flexible subframes and static subframes in a radio frame, the static subframes being used for the cell-edge UEs; characterized in that the network element : sends information about the flexible subframes and static subframes to the UE , transmits at least one control signal in at least one flexible subframe at a power that is reduced compared to the power of the same control signal in the static subframes, and signals information related to the power reduction to the UE .
A compound of formula ( I ): wherein: R represents hydrogen, halo, cyano, C 1-4 haloalkyl, C 1-4 haloalkoxy, or SO 2 NR 5 R 6 ; R 1a and R 1b independently represent hydrogen or halo; R 2 represents hydrogen, halo, cyano, C 1-4 alkyl, C 1-4 alkoxy or C 1-4 haloalkoxy; R 3 represents, halo, cyano, C 1-4 alkyl, or C 1-4 hydroxyalkyl; R 4 represents, hydrogen or C 1-4 alkyl; X represents CH or N; Y represents N or CH which carbon atom may optionally be substituted by R, R 1a or R 1b ; R 5 and R 6 independently represent hydrogen or C 1-4 alkyl; or a pharmaceutically acceptable salt thereof. R represents hydrogen, halo, cyano, C 1-4 haloalkyl, C 1-4 haloalkoxy, or SO 2 NR 5 R 6 ; R 1a and R 1b independently represent hydrogen or halo; R 2 represents hydrogen, halo, cyano, C 1-4 alkyl, C 1-4 alkoxy or C 1-4 haloalkoxy; R 3 represents, halo, cyano, C 1-4 alkyl, or C 1-4 hydroxyalkyl; R 4 represents, hydrogen or C 1-4 alkyl; X represents CH or N; Y represents N or CH which carbon atom may optionally be substituted by R, R 1a or R 1b ; R 5 and R 6 independently represent hydrogen or C 1-4 alkyl;
A method of radio resource control, RRC, signalling in a wireless network comprising a User Equipment, UE , a macro eNB , and a small cell eNB , wherein the UE communicates with each of the macro eNB and the small cell eNB; the method comprising: delivering downlink and uplink RRC messages transmitted between the UE and the small cell eNB over a single predefined path either directly between the UE and the small cell eNB or via the macro eNB serving as a first relay that relays the RRC messages transmitted between the UE and the small cell eNB; characterised in that the single predefined path over which the downlink and uplink RRC messages are transmitted between the UE and the small cell eNB is selected according to a type of the RRC message being delivered. delivering downlink and uplink RRC messages transmitted between the UE and the small cell eNB over a single predefined path either directly between the UE and the small cell eNB or via the macro eNB serving as a first relay that relays the RRC messages transmitted between the UE and the small cell eNB; characterised in that the single predefined path over which the downlink and uplink RRC messages are transmitted between the UE and the small cell eNB is selected according to a type of the RRC message being delivered.
A method of producing chemical pulp in a continuous digester plant, which method comprises the following steps: a) leading a slurry formed of comminuted cellulosic fibrous material and liquid into a digester and treating the material with a treatment chemical at a temperature of over 130 °C for producing treated material and black liquor; b) extracting at least one black liquor stream from the digester and leading the black liquor into an indirect heat exchange relationship with steam in a heat exchanger for heating the black liquor; and c) leading the heated black liquor into a flashing vessel , wherein flash steam and flashed black liquor are generated, characterized by the step of d) using flash steam from step c) for heating the fibrous material in the digester in step a). a) leading a slurry formed of comminuted cellulosic fibrous material and liquid into a digester and treating the material with a treatment chemical at a temperature of over 130 °C for producing treated material and black liquor; b) extracting at least one black liquor stream from the digester and leading the black liquor into an indirect heat exchange relationship with steam in a heat exchanger for heating the black liquor; and c) leading the heated black liquor into a flashing vessel , wherein flash steam and flashed black liquor are generated, characterized by the step of d) using flash steam from step c) for heating the fibrous material in the digester in step a).
A computer-implemented method of creating a top level domain, comprising: receiving, at a first system via a user interface , a request to create a new top level domain as a top level domain in a registry in a domain name system, DNS, the request including domain data, the domain data comprising a domain name for the top level domain and a data definition selected from one of: data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; creating a data structure comprising the domain data including the selected data definition; and transmitting a create domain request including the data structure to the registry in the DNS, for the registry to create, in response to the create domain request, the top level domain in the registry based on the data structure. receiving, at a first system via a user interface , a request to create a new top level domain as a top level domain in a registry in a domain name system, DNS, the request including domain data, the domain data comprising a domain name for the top level domain and a data definition selected from one of: data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; data defining one or more features to be supported by the top level domain, or data defining one or more policies to be enforced by the top level domain; creating a data structure comprising the domain data including the selected data definition; and transmitting a create domain request including the data structure to the registry in the DNS, for the registry to create, in response to the create domain request, the top level domain in the registry based on the data structure.
A user input device, UID for a surgical robotic system, comprising: a device body extending from a proximal end to a distal end along a central axis , the device body configured to be held by an operator's hand for teleoperation of a surgical robotic arm with the distal end of the device body being forward of the proximal end and the proximal end is to be cupped in the operators hand; a plurality of cameras , each having an image sensor and an imaging lens that faces forward at the distal end of the device body to view a marker, the lenses of the cameras being mounted on a front cover of the device body and being tilted relative to each other such that the cameras have a plurality of directions of views relative to the central axis ; and a UID controller coupled to the image sensor, wherein the UID controller is to send digital images of the marker produced by the image sensor to a processor that computes a visual modality estimation of a pose of the UID based on detecting the marker in the digital images, wherein the UID is unrestricted by mechanical linkages that constrain a size of the operator's workspace. a device body extending from a proximal end to a distal end along a central axis , the device body configured to be held by an operator's hand for teleoperation of a surgical robotic arm with the distal end of the device body being forward of the proximal end and the proximal end is to be cupped in the operators hand; a plurality of cameras , each having an image sensor and an imaging lens that faces forward at the distal end of the device body to view a marker, the lenses of the cameras being mounted on a front cover of the device body and being tilted relative to each other such that the cameras have a plurality of directions of views relative to the central axis ; and a UID controller coupled to the image sensor, wherein the UID controller is to send digital images of the marker produced by the image sensor to a processor that computes a visual modality estimation of a pose of the UID based on detecting the marker in the digital images, wherein the UID is unrestricted by mechanical linkages that constrain a size of the operator's workspace.
A process for producing a sheet-shaped prepreg comprising the following steps of: a fiber bundle introduction step for arranging tape-like reinforcing fiber bundles , each comprising a plurality of continuous reinforcing fibers, in a multilayer form in a thickness direction of each tape-like reinforcing fiber bundle , while running said tape-like reinforcing fiber bundles continuously, and introducing them into a die to which a molten thermoplastic resin has been supplied; a fiber bundle thickness reduction step for widening each of said tape-like reinforcing fiber bundles arranged in said multilayer form by means of spreading to reduce a thickness of each tape-like reinforcing fiber bundle , at one or both of stages before and after said introduction into said die ; a resin impregnation step for impregnating said molten thermoplastic resin into each of said tape-like reinforcing fiber bundles reduced in thickness and arranged in the multilayer form in the thickness direction of each tape-like reinforcing fiber bundle in said die ; and a lamination step for laminating a plurality of tape-like reinforcing fiber bundles , into which said molten thermoplastic resin is being impregnated or/and into which said molten thermoplastic resin has been impregnated, in said die , and wherein a prepreg having a sheet-like shape as its whole shape is produced. a fiber bundle introduction step for arranging tape-like reinforcing fiber bundles , each comprising a plurality of continuous reinforcing fibers, in a multilayer form in a thickness direction of each tape-like reinforcing fiber bundle , while running said tape-like reinforcing fiber bundles continuously, and introducing them into a die to which a molten thermoplastic resin has been supplied; a fiber bundle thickness reduction step for widening each of said tape-like reinforcing fiber bundles arranged in said multilayer form by means of spreading to reduce a thickness of each tape-like reinforcing fiber bundle , at one or both of stages before and after said introduction into said die ; a resin impregnation step for impregnating said molten thermoplastic resin into each of said tape-like reinforcing fiber bundles reduced in thickness and arranged in the multilayer form in the thickness direction of each tape-like reinforcing fiber bundle in said die ; and a lamination step for laminating a plurality of tape-like reinforcing fiber bundles , into which said molten thermoplastic resin is being impregnated or/and into which said molten thermoplastic resin has been impregnated, in said die , and wherein a prepreg having a sheet-like shape as its whole shape is produced.