mhurhangee/ep-ind-claims huggingface dataset:
Biocompatible implant for a patient, the implant having at least one reservoir which is defined by a casing and contains a pharmaceutically acceptable solution, characterised in that the solution contains at least one photosensitiser, and in that at least part of the casing of the at least one reservoir is formed by a membrane, the membrane being configured such that it can be punctured by a needle, such that at least some of the solution can be released from the reservoir into the surroundings of the implant by puncturing with the needle.
Process for the production of leather, characterised in that semi-finished products, crust leather or pelts are treated with at least one aqueous liquor containing at least one amphiphilic organic copolymer, at least one silicone compound having at least one carboxylic acid group or at least one carboxylic anhydride group per molecule, at least one surface-active compound selected from emulsifiers having at least one P atom per molecule, at least one surface-active compound selected from N-acylated amino acids, at least one surface-active compound containing at least one C 10 -C 30 -alkyl radical, unbranched or branched, or at least one polyisobutene radical, and at least one ionic group or group ionisable in aqueous medium, and which is different from the amphiphilic copolymer and surface-active compound, and which is free from waxes and oils. at least one amphiphilic organic copolymer, at least one silicone compound having at least one carboxylic acid group or at least one carboxylic anhydride group per molecule, at least one surface-active compound selected from emulsifiers having at least one P atom per molecule, at least one surface-active compound selected from N-acylated amino acids, at least one surface-active compound containing at least one C 10 -C 30 -alkyl radical, unbranched or branched, or at least one polyisobutene radical, and at least one ionic group or group ionisable in aqueous medium, and which is different from the amphiphilic copolymer and surface-active compound,
A method to protect a segment of memory in a computing platform, comprising: intercepting an interrupt request indicating an error; determining whether a first segment of memory is corrupt, the first segment of memory designated as a protected region of memory; when the protected region of memory is corrupt, repairing the protected region of memory using a parity block of code; and in response to validating the protected region of memory as error-free, generating an interrupt enabling a utilization of code stored in the protected region of memory to handle the error associated with the interrupt request. intercepting an interrupt request indicating an error; determining whether a first segment of memory is corrupt, the first segment of memory designated as a protected region of memory; when the protected region of memory is corrupt, repairing the protected region of memory using a parity block of code; and in response to validating the protected region of memory as error-free, generating an interrupt enabling a utilization of code stored in the protected region of memory to handle the error associated with the interrupt request.
A method for service based paging of a user equipment in idle mode, for use by a proxy call session control function, P-CSCF, apparatus of a communication network system, the method comprising: acquiring a mapping between a plurality of service classes and a plurality of predetermined codings for internet protocol, IP, data packets; detecting a service class from the plurality of service classes for an incoming session initiation protocol, SIP, request message for the user equipment; determining, from the mapping, from the plurality of predetermined codings for IP data packets, a predetermined coding for IP data packets for the detected service class; including the determined predetermined coding for IP data packets into an IP data packet; and forwarding the incoming SIP request message in the IP data packet including the determined predetermined coding for IP data packets to a packet data network gateway to enable applying different paging procedures to different service classes. acquiring a mapping between a plurality of service classes and a plurality of predetermined codings for internet protocol, IP, data packets; detecting a service class from the plurality of service classes for an incoming session initiation protocol, SIP, request message for the user equipment; determining, from the mapping, from the plurality of predetermined codings for IP data packets, a predetermined coding for IP data packets for the detected service class; including the determined predetermined coding for IP data packets into an IP data packet; and forwarding the incoming SIP request message in the IP data packet including the determined predetermined coding for IP data packets to a packet data network gateway to enable applying different paging procedures to different service classes.
A signal amplifying method in a lateral flow analysis, the method comprising: providing a liquid sample including analyte in a sample pad; combining a conjugate with the analyte, the conjugate including a first antibody or a first specific binding material and gold nano particles; wherein the first antibody or a first specific binding material is specifically combined with a first epitope or a first binding portion (ligand) of the analyte; combining the analyte and combined conjugate with a fixed second antibody or second specific binding material via a second epitope or a second binding portion (ligand) of the analyte; and adding gold ions and a reductant to cause signal amplification reaction by applying pressure to the pad for signal amplification including gold ions and a reductant which is disposed between a first position which is not in contact with a basic strip and a second position which is in contact with the basic strip, and wherein the pad for signal amplification is selectively contacted to at least one of the bonding pad and the membrane, when the pad for signal amplification is moved from the first position to the second position by pressure applied to the pad for signal amplification. providing a liquid sample including analyte in a sample pad; combining a conjugate with the analyte, the conjugate including a first antibody or a first specific binding material and gold nano particles; wherein the first antibody or a first specific binding material is specifically combined with a first epitope or a first binding portion (ligand) of the analyte; combining the analyte and combined conjugate with a fixed second antibody or second specific binding material via a second epitope or a second binding portion (ligand) of the analyte; and adding gold ions and a reductant to cause signal amplification reaction by applying pressure to the pad for signal amplification including gold ions and a reductant which is disposed between a first position which is not in contact with a basic strip and a second position which is in contact with the basic strip, and wherein the pad for signal amplification is selectively contacted to at least one of the bonding pad and the membrane, when the pad for signal amplification is moved from the first position to the second position by pressure applied to the pad for signal amplification.
A method comprising: accessing a first image and a second image, wherein at least part of the first image overlaps with at least part of the second image; dividing the first image and the second image into grid regions determined by a first set of grid points applied to the first image and the second image, wherein a set of grid points divides the respective image into cells defined by the grid points, wherein each of a plurality of grid points defining a cell is a corner or a vertex of the cell; detecting edge lines in each of the first image and the second image; characterized in that the method further comprises: determining differences in the region of overlap between the first image and the second image, wherein the differences comprise differences in edge lines between features in the region of overlap of the first image and the second image; and moving, based on the determined differences, one or more grid points in the first set and the corresponding cells of the first image or the second image relative to one or more other grid points in the first set thereby adjusting the geometry of the corresponding cells so as to minimize the difference in edge lines between features in the region of overlap of the first image and the second image. accessing a first image and a second image, wherein at least part of the first image overlaps with at least part of the second image; dividing the first image and the second image into grid regions determined by a first set of grid points applied to the first image and the second image, wherein a set of grid points divides the respective image into cells defined by the grid points, wherein each of a plurality of grid points defining a cell is a corner or a vertex of the cell; detecting edge lines in each of the first image and the second image; characterized in that the method further comprises: determining differences in the region of overlap between the first image and the second image, wherein the differences comprise differences in edge lines between features in the region of overlap of the first image and the second image; and moving, based on the determined differences, one or more grid points in the first set and the corresponding cells of the first image or the second image relative to one or more other grid points in the first set thereby adjusting the geometry of the corresponding cells so as to minimize the difference in edge lines between features in the region of overlap of the first image and the second image. determining differences in the region of overlap between the first image and the second image, wherein the differences comprise differences in edge lines between features in the region of overlap of the first image and the second image; and moving, based on the determined differences, one or more grid points in the first set and the corresponding cells of the first image or the second image relative to one or more other grid points in the first set thereby adjusting the geometry of the corresponding cells so as to minimize the difference in edge lines between features in the region of overlap of the first image and the second image.
Method for creating a serialized charging record formatted for insertion into a charging database comprising the steps of: - receiving a hierarchical charging record comprising part nodes with charging related data; - retrieving a hierarchical charging record configuration definition specifying the data structure of the hierarchical charging record; - retrieving a charging database configuration definition; - traversing the hierarchical charging record and for each part node of said hierarchical charging record identifying an attribute of the part node; - determining if said attribute is a key attribute or a search attribute and if affirmative storing an attribute value of said attribute in a field of the serialized charging record corresponding to the key or search attribute based on the charging database configuration definition; and - storing a part segment comprising the attribute value and a data value token in a payload body field of the serialized charging record with a part node indicator representing the location of the part node in the hierarchical charging record based on the hierarchical charging record configuration definition. - receiving a hierarchical charging record comprising part nodes with charging related data; - retrieving a hierarchical charging record configuration definition specifying the data structure of the hierarchical charging record; - retrieving a charging database configuration definition; - traversing the hierarchical charging record and for each part node of said hierarchical charging record identifying an attribute of the part node; - determining if said attribute is a key attribute or a search attribute and if affirmative storing an attribute value of said attribute in a field of the serialized charging record corresponding to the key or search attribute based on the charging database configuration definition; and - storing a part segment comprising the attribute value and a data value token in a payload body field of the serialized charging record with a part node indicator representing the location of the part node in the hierarchical charging record based on the hierarchical charging record configuration definition.
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.
A printing system comprising: a fluid ejection chamber having a nozzle; a drop ejecting element positioned in the fluid ejection chamber to cause a droplet of fluid in the fluid ejection chamber to be ejected through the nozzle; a fluid circulation channel in communication with the fluid ejection chamber and a fluid feed slot; a fluid circulating element positioned in the fluid circulation channel to circulate fluid through the fluid circulation channel and the fluid ejection chamber; characterised in that the printing system further comprises a logic device configured to: receive a data stream addressed to the drop ejecting element; determine whether the data stream indicates that the drop ejecting element is to be energized; and in response to a determination that the data stream does not indicate that the drop ejecting element is to be energized, energize the fluid circulating element. a fluid ejection chamber having a nozzle; a drop ejecting element positioned in the fluid ejection chamber to cause a droplet of fluid in the fluid ejection chamber to be ejected through the nozzle; a fluid circulation channel in communication with the fluid ejection chamber and a fluid feed slot; a fluid circulating element positioned in the fluid circulation channel to circulate fluid through the fluid circulation channel and the fluid ejection chamber; characterised in that the printing system further comprises a logic device configured to: receive a data stream addressed to the drop ejecting element; determine whether the data stream indicates that the drop ejecting element is to be energized; and in response to a determination that the data stream does not indicate that the drop ejecting element is to be energized, energize the fluid circulating element. receive a data stream addressed to the drop ejecting element; determine whether the data stream indicates that the drop ejecting element is to be energized; and in response to a determination that the data stream does not indicate that the drop ejecting element is to be energized, energize the fluid circulating element.
Module, comprising a power semiconductor component and a ceramic capacitor, characterized in that the capacitor is configured for cooling the power semiconductor component, wherein the ceramic capacitor comprises a lead-lanthanum-zirconate-titanate ceramic.
Hydraulic servo valve comprising: - a power stage comprising a power distribution member able to move between two extreme positions in order to place one or more service ports (C1, C2) in communication with a feed port supplying hydraulic fluid and with a return port; - a control stage for controlling the position of the power distribution member, the control stage comprising a torque motor that can be operated in such a way as to actuate a fluid ejection member secured to an elastically deformable element and designed to cause a control pressure of the power distribution member to vary; characterized in that the fluid ejection member comprises a first and a second fluid injector (60, 63) which are fed by fluid feeding means able to feed either just one of the first and second fluid injectors (60, 63) or both injectors simultaneously. - a power stage comprising a power distribution member able to move between two extreme positions in order to place one or more service ports (C1, C2) in communication with a feed port supplying hydraulic fluid and with a return port; - a control stage for controlling the position of the power distribution member, the control stage comprising a torque motor that can be operated in such a way as to actuate a fluid ejection member secured to an elastically deformable element and designed to cause a control pressure of the power distribution member to vary;
A tissue extraction and collection device, comprising: an outer tube; a shaft rotatably disposed within the outer tube and having a tissue harvesting tip disposed at a distal end thereof, the tissue harvesting tip being effective to excise tissue upon rotation thereof; and, a tissue collection device coupled to the outer tube for receiving excised tissue and fluid flow therefrom, characterised in that the tissue collection device has a straining element to collect tissue and pass fluid, and is configured to indicate an amount of excised tissue collected therein via one or more indicators included in the tissue collection device. an outer tube; a shaft rotatably disposed within the outer tube and having a tissue harvesting tip disposed at a distal end thereof, the tissue harvesting tip being effective to excise tissue upon rotation thereof; and, a tissue collection device coupled to the outer tube for receiving excised tissue and fluid flow therefrom, characterised in that the tissue collection device has a straining element to collect tissue and pass fluid, and is configured to indicate an amount of excised tissue collected therein via one or more indicators included in the tissue collection device.
An oil-based inkjet ink comprising a colorant and a non-aqueous solvent, wherein the non-aqueous solvent contains at least 15% by mass but not more than 100% by mass, relative to a total mass of the non-aqueous solvent, of an organosilicon compound having 2 to 6 silicon atoms in one molecule, having an organic group in which a carbon atom is bonded directly to a silicon atom and in which a total number of carbon atoms and oxygen atoms is at least 4, and having a total number of carbon atoms and oxygen atoms, contained within all of the organic groups in which the total number of carbon atoms and oxygen atoms is at least 4, that is from 4 to 20 within one molecule.
A system for moving an elongate element from a first position towards a second position adjacent an upright structure on a vessel, comprising: a holding element for holding the elongate element in the first position; a first sliding member pivotally connected to an end region of the holding element, and moveable along a base, ground or deck surface; a further sliding member pivotally connected to a further end region of the holding element, and moveable along the upright structure; and a hoist system operably engaged with the upright structure, the end region of the holding element and the further end region of the holding element, for drawing the holding element towards the upright structure such that the elongate element is moved towards the second position, characterized in that the hoist system comprises a first portion and a further portion, the first portion arranged to exert a force in a first direction and the further portion arranged to exert a force in a further direction, wherein the first portion exerts a force to lift the further end region of the holding element, and the further portion exerts a force to move the first end region of the holding element towards the upright structure. a holding element for holding the elongate element in the first position; a first sliding member pivotally connected to an end region of the holding element, and moveable along a base, ground or deck surface; a further sliding member pivotally connected to a further end region of the holding element, and moveable along the upright structure; and a hoist system operably engaged with the upright structure, the end region of the holding element and the further end region of the holding element, for drawing the holding element towards the upright structure such that the elongate element is moved towards the second position, characterized in that the hoist system comprises a first portion and a further portion, the first portion arranged to exert a force in a first direction and the further portion arranged to exert a force in a further direction, wherein the first portion exerts a force to lift the further end region of the holding element, and the further portion exerts a force to move the first end region of the holding element towards the upright structure.