mhurhangee/ep-ind-claims huggingface dataset:
An electric power steering device comprising: a steering column in which a steering shaft for transmitting a steering torque is built; an electric motor for transmitting a steering assist force through a gear mechanism in a gearbox to the steering shaft; and a control device for driving and controlling the electric motor, wherein the control device includes at least: a drive circuit module including a switching element for driving the electric motor, and mounted on a housing of the electric motor; and a control module, mounted on the gearbox, for controlling the drive circuit module, characterized in that the drive circuit module is mounted on a flange portion in the housing of the electric motor. a steering column in which a steering shaft for transmitting a steering torque is built; an electric motor for transmitting a steering assist force through a gear mechanism in a gearbox to the steering shaft; and a control device for driving and controlling the electric motor, wherein the control device includes at least: a drive circuit module including a switching element for driving the electric motor, and mounted on a housing of the electric motor; and a control module, mounted on the gearbox, for controlling the drive circuit module, characterized in that the drive circuit module is mounted on a flange portion in the housing of the electric motor. a drive circuit module including a switching element for driving the electric motor, and mounted on a housing of the electric motor; and a control module, mounted on the gearbox, for controlling the drive circuit module, characterized in that the drive circuit module is mounted on a flange portion in the housing of the electric motor.
A patient ventilating and aspirating system, comprising: a pressurised source of gases, gases transport means adapted to convey said gases in use to said patient, a patient connector, adapted to deliver said gases to a patient through a tracheostomy or endotracheal tube fitting, said patient connector adapted to be in fluid communication with said gases transport means in use, a catheter mount that is substantially tubular and adapted to be fitted in use between said patient connector and said gases transport means, said catheter mount including an additional passage for receiving an aspirating system, said passage covered by a seal located at an outermost end of the passage, said seal including a re-sealing mechanism, and a suction tube, with a distal end and a proximal end, surrounded by a collapsible envelope, said distal end fitted with a distal connector and said proximal end being moveable through a proximal connector attached to said envelope, said distal connector adapted to allow said distal end of said suction tube to be connected to a suction means in use, said proximal connector being releasably connected to said catheter mount, said proximal connector including a piercing member capable of piercing said seal when said proximal connector and said catheter mount are connected, said suction tube capable of passing through said piercing member and not contacting said seal, wherein the re-sealing mechanism is configured to re-seal the seal once the piercing member has been removed. a pressurised source of gases, gases transport means adapted to convey said gases in use to said patient, a patient connector, adapted to deliver said gases to a patient through a tracheostomy or endotracheal tube fitting, said patient connector adapted to be in fluid communication with said gases transport means in use, a catheter mount that is substantially tubular and adapted to be fitted in use between said patient connector and said gases transport means, said catheter mount including an additional passage for receiving an aspirating system, said passage covered by a seal located at an outermost end of the passage, said seal including a re-sealing mechanism, and a suction tube, with a distal end and a proximal end, surrounded by a collapsible envelope, said distal end fitted with a distal connector and said proximal end being moveable through a proximal connector attached to said envelope, said distal connector adapted to allow said distal end of said suction tube to be connected to a suction means in use, said proximal connector being releasably connected to said catheter mount, said proximal connector including a piercing member capable of piercing said seal when said proximal connector and said catheter mount are connected, said suction tube capable of passing through said piercing member and not contacting said seal, wherein the re-sealing mechanism is configured to re-seal the seal once the piercing member has been removed.
A bone cement composition comprising: (a) a composite particle comprising a particle having radiopacity and a titanium dioxide coating with which the particle having radiopacity is coated, and (b) a base material formation component comprising a methacrylate polymer. (a) a composite particle comprising a particle having radiopacity and a titanium dioxide coating with which the particle having radiopacity is coated, and (b) a base material formation component comprising a methacrylate polymer.
A method for producing purified steam in a device according to claim 6, wherein a feed stream of water is fed through a falling film evaporator to produce a mixture of steam and liquid, liquid being collected below the lower end of the falling film evaporator to form a volume of liquid, and a flow essentially consisting of steam being conducted upward in a spiraling rotational path; droplets being separated from said upward flow, characterized by that the separated droplets form a reject stream, which is continuously removed from the process, and at least part of the volume of liquid is returned to the feed stream to form a circulating liquid.
Method for obtaining and expanding postembryonic, haematopoietic stem cells from umbilical cord blood, while avoiding undesired differentiation, wherein stem cells isolated from umbilical cord blood are cultured ex vivo in a stroma-free medium in the presence of a regio-modified glycan and/or glycosaminoglycan which is modified as follows: the side group of the C2 atom of one or more monomer units of the glycan and/or glycosaminoglycan has an acetyl or acyl group; the side group of the C6 atom of one or more monomer units of the glycan and/or glycosaminoglycan is a 6-0-sulphate group, and obtaining generated stem cells and progenitor cells which can differentiate in a targeted manner into myeloid and lymphatic cells.
A method for determining a flight path of an unmanned aerial vehicle, characterized in that, the method comprises: acquiring an initial flight path configured by an unmanned aerial vehicle management platform for the unmanned aerial vehicle; determining a first group of accessible base stations for the unmanned aerial vehicle on the initial flight path; acquiring a second group of accessible base stations capable of providing continuous cellular network services for the unmanned aerial vehicle when the first group of accessible base stations are unable to provide the continuous cellular network services for the unmanned aerial vehicle; determining a flight path corresponding to the second group of accessible base stations as a target flight path; acquiring a coverage area and load information of each of base stations in the first group of accessible base stations; determining serviceable base stations capable of serving the unmanned aerial vehicle based on the load information for each of the base stations; and determining that the first group of accessible base stations are unable to provide the continuous cellular network services for the unmanned aerial vehicle when the coverage areas of all of the serviceable base stations in the first group of accessible base stations do not fully cover the initial flight path. acquiring an initial flight path configured by an unmanned aerial vehicle management platform for the unmanned aerial vehicle; determining a first group of accessible base stations for the unmanned aerial vehicle on the initial flight path; acquiring a second group of accessible base stations capable of providing continuous cellular network services for the unmanned aerial vehicle when the first group of accessible base stations are unable to provide the continuous cellular network services for the unmanned aerial vehicle; determining a flight path corresponding to the second group of accessible base stations as a target flight path; acquiring a coverage area and load information of each of base stations in the first group of accessible base stations; determining serviceable base stations capable of serving the unmanned aerial vehicle based on the load information for each of the base stations; and determining that the first group of accessible base stations are unable to provide the continuous cellular network services for the unmanned aerial vehicle when the coverage areas of all of the serviceable base stations in the first group of accessible base stations do not fully cover the initial flight path.
A method of making a prosthetic conduit comprising a laminated member of polyethylene film and a stent, comprising steps of • Wrapping porous polytetrafluoroethylene (PTFE) tape helically around the circumference of a mandrel to form an underlayer on the mandrel; • Wrapping a piece of microporous polyethylene film over the underlayer of PTFE to result in a wrapped polyethylene film; • Positioning a stent coaxially over the wrapped polyethylene film; • Wrapping a further piece of microporous polyethylene film over the positioned stent to result in a further wrapped polyethylene film on the stent and aligned with the wrapped polyethylene film underneath the stent; • Securing the assembly of wrapped polyethylene films and stent along its length to the mandrel such that the layers of polyethylene film and stent contact each other; • Bonding the layers of the assembly together at a temperature and time combination chosen such to bond film layers to each other, but leaving the porous nature of polyethylene film substantially unchanged and avoiding thermal degradation of the polyethylene film to form the laminated member; • Cooling the mandrel with the laminated member; • Removing the underlayer of wrapped PTFE tape by pulling on a free end of the PTFE tape to unwrap it from underneath the laminated member; and • Removing the laminated member from the mandrel. • Wrapping porous polytetrafluoroethylene (PTFE) tape helically around the circumference of a mandrel to form an underlayer on the mandrel; • Wrapping a piece of microporous polyethylene film over the underlayer of PTFE to result in a wrapped polyethylene film; • Positioning a stent coaxially over the wrapped polyethylene film; • Wrapping a further piece of microporous polyethylene film over the positioned stent to result in a further wrapped polyethylene film on the stent and aligned with the wrapped polyethylene film underneath the stent; • Securing the assembly of wrapped polyethylene films and stent along its length to the mandrel such that the layers of polyethylene film and stent contact each other; • Bonding the layers of the assembly together at a temperature and time combination chosen such to bond film layers to each other, but leaving the porous nature of polyethylene film substantially unchanged and avoiding thermal degradation of the polyethylene film to form the laminated member; • Cooling the mandrel with the laminated member; • Removing the underlayer of wrapped PTFE tape by pulling on a free end of the PTFE tape to unwrap it from underneath the laminated member; and • Removing the laminated member from the mandrel.
A method for analyzing an image of a tumor, the steps comprising: a) selecting a plurality of threshold values that are each indicative of a different parameter of the tumor; b) comparing each of the selected plurality of threshold values with values derived from image voxel values in the image of the tumor; c) producing an isonumeric image that depicts a plurality of contours of the tumor by: i) producing a bit map image for each of the plurality of threshold values by setting voxels therein to indicate where in the image of the tumor the values derived from image voxel values are substantially the same as the corresponding one of the plurality of threshold values; ii) producing the plurality of contours from the corresponding bit map images; and d) analyzing the isonumeric image. a) selecting a plurality of threshold values that are each indicative of a different parameter of the tumor; b) comparing each of the selected plurality of threshold values with values derived from image voxel values in the image of the tumor; c) producing an isonumeric image that depicts a plurality of contours of the tumor by: i) producing a bit map image for each of the plurality of threshold values by setting voxels therein to indicate where in the image of the tumor the values derived from image voxel values are substantially the same as the corresponding one of the plurality of threshold values; ii) producing the plurality of contours from the corresponding bit map images; and i) producing a bit map image for each of the plurality of threshold values by setting voxels therein to indicate where in the image of the tumor the values derived from image voxel values are substantially the same as the corresponding one of the plurality of threshold values; ii) producing the plurality of contours from the corresponding bit map images; and d) analyzing the isonumeric image.
A method of handling fall protection systems in association with towers, pylons and masts in general and power transmission line or communication towers, involving climbing such a tower; - fixing a guide channel to an upper beam of a top portion of the tower, pylon or mast, so that the guide channel extends over and across the upper beam; - extending a fall protection guide line through the guide channel and across the upper beam of the tower, pylon or mast; - connecting a first end of a fall protection system safety line to a first end of the guide line; - extending the fall protection system safety line through the secured guide channel by pulling a second end of the guide line; - securing the first end of the fall protection system safety line to a ground level fixing point; and - securing a second end of the fall protection system safety line to personal protection equipment worn by a worker. - fixing a guide channel to an upper beam of a top portion of the tower, pylon or mast, so that the guide channel extends over and across the upper beam; - extending a fall protection guide line through the guide channel and across the upper beam of the tower, pylon or mast; - connecting a first end of a fall protection system safety line to a first end of the guide line; - extending the fall protection system safety line through the secured guide channel by pulling a second end of the guide line; - securing the first end of the fall protection system safety line to a ground level fixing point; and - securing a second end of the fall protection system safety line to personal protection equipment worn by a worker.
A method for analysing performance of a network by managing network data relating to operation of the network, the method comprising: receiving a plurality of network data records from at least one network data source; processing the received network data records into a plurality of network data documents, each document corresponding to a received network data record; assembling the network data documents into document groups; generating statistical data for terms appearing in the document groups; and, for at least one term: performing anomaly detection upon the term statistical data for the document groups; and if an anomaly is detected, performing at least one of: identifying the term as an anomalous term; identifying the document group containing the anomaly as an anomalous group; identifying a document containing the anomalous term as an anomalous document. receiving a plurality of network data records from at least one network data source; processing the received network data records into a plurality of network data documents, each document corresponding to a received network data record; assembling the network data documents into document groups; generating statistical data for terms appearing in the document groups; and, for at least one term: performing anomaly detection upon the term statistical data for the document groups; and if an anomaly is detected, performing at least one of: identifying the term as an anomalous term; identifying the document group containing the anomaly as an anomalous group; identifying a document containing the anomalous term as an anomalous document. performing anomaly detection upon the term statistical data for the document groups; and if an anomaly is detected, performing at least one of: identifying the term as an anomalous term; identifying the document group containing the anomaly as an anomalous group; identifying a document containing the anomalous term as an anomalous document. identifying the term as an anomalous term; identifying the document group containing the anomaly as an anomalous group; identifying a document containing the anomalous term as an anomalous document.
A method of manufacturing an electrode for a secondary battery, the method comprising: preparing a mixture bulk of a lump form; milling the mixture bulk to prepare granular powder having an average particle size of 30 micrometers to 180 micrometers; scattering the granular powder on a surface of a metal current collector; and rolling the granular powder on the metal current collector, and laminating the granular powder on the metal current collector wherein the preparing of the mixture bulk comprises: forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, wherein the second binder is polytetrafluoroethylene(PTFE) wherein the first binder is one or more selected from the group consisting of polyethylene oxide, polyvinylidene fluoride(PVdF), and polyvinylidene fluoride-co-hexafluoropropylene(PVdFHFP). wherein a content of the second binder is not less than 0.8% and not more than 1% based on a total weight of the mixture bulk, wherein a content of the first binder is not less than 2.1% and not more than 2.4% based on a total weight of the mixture bulk. preparing a mixture bulk of a lump form; milling the mixture bulk to prepare granular powder having an average particle size of 30 micrometers to 180 micrometers; scattering the granular powder on a surface of a metal current collector; and rolling the granular powder on the metal current collector, and laminating the granular powder on the metal current collector wherein the preparing of the mixture bulk comprises: forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, forming a first mixture by mixing a first binder, an electrode active material, and a conductive material; mixing a second binder with the first mixture to form a second mixture; and applying a shear stress to the second mixture to fiberize the second binder to obtain a mixture bulk of a lump form in which the fibrous second binder is entangled on the second mixture, wherein the second binder is polytetrafluoroethylene(PTFE) wherein the first binder is one or more selected from the group consisting of polyethylene oxide, polyvinylidene fluoride(PVdF), and polyvinylidene fluoride-co-hexafluoropropylene(PVdFHFP). wherein a content of the second binder is not less than 0.8% and not more than 1% based on a total weight of the mixture bulk, wherein a content of the first binder is not less than 2.1% and not more than 2.4% based on a total weight of the mixture bulk.
An apparatus for searching through a storage device for an automatic performance data set, the storage device storing therein a plurality of automatic performance data sets each comprising part performance data of one or more performance parts, the part performance data of each of the performance parts including a sound generation pattern, said apparatus being coupled to an input device operable by a user, said apparatus comprising: an identification section which determines a style of music operation performed by the user on the input device and identifies, on the basis of the determined style of music operation, at least one of the performance parts as a search-object part; a query acquisition section which acquires a searching query pattern indicative of a sound generation pattern to be made a search object; and a search section which searches the storage device for part performance data including a sound generation pattern that not only matches the performance part identified by said identification section but also matches the searching query pattern acquired by said query acquisition section. an identification section which determines a style of music operation performed by the user on the input device and identifies, on the basis of the determined style of music operation, at least one of the performance parts as a search-object part; a query acquisition section which acquires a searching query pattern indicative of a sound generation pattern to be made a search object; and a search section which searches the storage device for part performance data including a sound generation pattern that not only matches the performance part identified by said identification section but also matches the searching query pattern acquired by said query acquisition section.