mhurhangee/patent-ind-claim-en huggingface dataset:
A structural porous biomaterial comprising a porous lattice microstructure composed of cells , a majority of the cells being open and having tissue reception surfaces permitting bone ingrowth therein, said cells having a predetermined cell topology selected from the group consisting of: octet truss; tetrahedron; octahedron; Body-Centered Cube (BCC); Face-Centered Cube (FCC); rhombicuboctahedron; rhombic dodecahedron; and any combination of one or more of these cell topologies and modified versions thereof; and the cells of the porous lattice microstructure form a designed microtruss wherein the cells are arranged in a predetermined and designed interconnected network of said cells having a mean pore size of between 50 μm and 800 μm and a cell strut thickness of each unit cell of between 70 μm and 400 μm, characterized in that said cells have a porosity of between 50% and 80%.
Heat-sensitive recording material comprising a) a carrier substrate and b) a fusible layer disposed on one side of the carrier substrate, wherein the fusible layer comprises i) an amide wax having a melting point in the range from 60°C to 180°C, wherein the amide wax is present in a total amount in the range from ≥ 40 to ≤ 78 per cent by mass, based on the dry mass of the fusible layer, ii) an inorganic pigment and iii) a polymeric binder, wherein the fusible layer comprises essentially no (colour) developers or leuco compounds. a) a carrier substrate and b) a fusible layer disposed on one side of the carrier substrate, i) an amide wax having a melting point in the range from 60°C to 180°C, wherein the amide wax is present in a total amount in the range from ≥ 40 to ≤ 78 per cent by mass, based on the dry mass of the fusible layer, ii) an inorganic pigment and iii) a polymeric binder, wherein the fusible layer comprises essentially no (colour) developers or leuco compounds.
A rolling bearing comprising: a fixed ring having a raceway surface; a rotary ring rotatable relative to the fixed ring ; and rolling elements disposed between the fixed ring and the rotary ring ; wherein the fixed ring includes, on a radially opposite side of the raceway surface of the fixed ring ; a fitting surface fitted to a mating member; at least one annular groove in which an elastic member is fitted; and a recess adjacent to the at least one annular groove , and having a bottom surface having an outer diameter smaller than an outer diameter of the fitting surface , wherein the recess has a depth of 0.05 to 0.50 mm, and characterized in that the elastic member is an O-ring. a fixed ring having a raceway surface; a rotary ring rotatable relative to the fixed ring ; and rolling elements disposed between the fixed ring and the rotary ring ; wherein the fixed ring includes, on a radially opposite side of the raceway surface of the fixed ring ; a fitting surface fitted to a mating member; at least one annular groove in which an elastic member is fitted; and a recess adjacent to the at least one annular groove , and having a bottom surface having an outer diameter smaller than an outer diameter of the fitting surface , wherein the recess has a depth of 0.05 to 0.50 mm, and
A spectral camera for producing a spectral output and having an objective lens for producing an image, an optical duplicator for producing optical copies of the image on different optical channels, an array of filters for passing a different passband of the optical spectrum for different ones of the optical channels, and one sensor array arranged to detect the filtered image copies simultaneously on different parts of the sensor array, the camera also having a field stop for defining an outline of the image copies projected on the sensor array, wherein the sensor array has a planar structure without perpendicular physical barriers for preventing cross talk between each of the adjacent optical channels, and wherein the outlines and alignments of the projected image copies on the sensor array are such that at least some adjacent ones of the projected image copies fit together without leaving sensor elements unused by being obscured by such barriers, characterized in that : the array of filters is integrated on the sensor array , and the sensor array comprises sensor elements arranged in the array having no gaps in between sensing elements for read out circuitry or other circuitry, wherein the array of filters comprises thin films acting as fabry perot cavities having a thickness of half the wavelength of the desired transmission wavelength, and comprises reflecting surfaces on both sides of the cavities, said reflecting surfaces comprising bragg stacks; wherein the array of filters and the optical duplicator are arranged to provide different magnification for different ones of the projected image copies; wherein the spectral camera is arranged so that at least some of the projected image copies are complete unsegmented copies of the entire image; and wherein the spectral camera is arranged so that at least some of the projected image copies are segments of the entire image, and the camera has a digital processing part for electrically processing the detected segments to stitch them together. the array of filters is integrated on the sensor array , and the sensor array comprises sensor elements arranged in the array having no gaps in between sensing elements for read out circuitry or other circuitry, wherein the array of filters comprises thin films acting as fabry perot cavities having a thickness of half the wavelength of the desired transmission wavelength, and comprises reflecting surfaces on both sides of the cavities, said reflecting surfaces comprising bragg stacks; wherein the array of filters and the optical duplicator are arranged to provide different magnification for different ones of the projected image copies; wherein the spectral camera is arranged so that at least some of the projected image copies are complete unsegmented copies of the entire image; and wherein the spectral camera is arranged so that at least some of the projected image copies are segments of the entire image, and the camera has a digital processing part for electrically processing the detected segments to stitch them together.
A method performed by a network node for handling positioning of a wireless device in a wireless communications network, the method comprising - transmitting , to the wireless device, assistance data comprising two or more positioning reference signal, PRS, configurations associated with a radio network node or with a service area of the radio network node ; - receiving , from the wireless device , an indication indicating a scope of usage of the two or more PRS configurations, wherein the indication indicates that less than all PRS configurations have been used and/or how the PRS configurations are used at the wireless device; and the method being characterized by : - using the indication in a positioning related process, wherein the positioning related process comprises: - compiling, based on the indication, statistics per region, and - using the statistics from one region to decide whether to configure multiple PRS configurations in another region, or to decide to disable multiple PRS configurations if the benefits are considered less compared to the costs of transmitting multiple PRS configurations. - transmitting , to the wireless device, assistance data comprising two or more positioning reference signal, PRS, configurations associated with a radio network node or with a service area of the radio network node ; - receiving , from the wireless device , an indication indicating a scope of usage of the two or more PRS configurations, wherein the indication indicates that less than all PRS configurations have been used and/or how the PRS configurations are used at the wireless device; and the method being characterized by : - using the indication in a positioning related process, wherein the positioning related process comprises: - compiling, based on the indication, statistics per region, and - using the statistics from one region to decide whether to configure multiple PRS configurations in another region, or to decide to disable multiple PRS configurations if the benefits are considered less compared to the costs of transmitting multiple PRS configurations. - using the indication in a positioning related process, wherein the positioning related process comprises: - compiling, based on the indication, statistics per region, and - using the statistics from one region to decide whether to configure multiple PRS configurations in another region, or to decide to disable multiple PRS configurations if the benefits are considered less compared to the costs of transmitting multiple PRS configurations. - compiling, based on the indication, statistics per region, and - using the statistics from one region to decide whether to configure multiple PRS configurations in another region, or to decide to disable multiple PRS configurations if the benefits are considered less compared to the costs of transmitting multiple PRS configurations.
A blowoff nozzle that blows out air to a film being conveyed, the blowoff nozzle comprising an internally installed portion that is provided near a position where the air is blown out, inside the blowoff nozzle , and that has inclined surfaces inclined with respect to a virtual plane (S) passing through an opening surface of an opening of the blowoff nozzle , the opening surface being a surface from which the air is blown out, the inclined surfaces being inclined in a manner being close to each other toward the virtual plane (S), characterized in that , the opening includes first to third openings that are independent from one another, and the internally installed portion comprises: a first internally installed portion provided between the first opening and the second opening , the first internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S); and a second internally installed portion provided between the second opening and the third opening , the second internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S). the opening includes first to third openings that are independent from one another, and the internally installed portion comprises: a first internally installed portion provided between the first opening and the second opening , the first internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S); and a second internally installed portion provided between the second opening and the third opening , the second internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S). a first internally installed portion provided between the first opening and the second opening , the first internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S); and a second internally installed portion provided between the second opening and the third opening , the second internally installed portion having an inclined surface that is inclined with respect to the virtual plane (S).
An airfoil comprising: an airfoil section having an airfoil wall defining a leading end , a trailing end , and first and second sides joining the leading end and the trailing end, the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; an arced rib in the internal core cavity, the arced rib and the leading end defining therebetween an arced cavity ; and an arced baffle disposed in the arced cavity, characterized in that : the leading end is convex, and the arced rib arcs towards the convex leading end. an airfoil section having an airfoil wall defining a leading end , a trailing end , and first and second sides joining the leading end and the trailing end, the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; an arced rib in the internal core cavity, the arced rib and the leading end defining therebetween an arced cavity ; and an arced baffle disposed in the arced cavity, characterized in that : the leading end is convex, and the arced rib arcs towards the convex leading end.
A method of depositing a sample of a biological fluid on a surface and reading the results of a reaction between the biological fluid and reagents on the surface , wherein said surface has an area containing reagents for reacting with an analyte in said biological fluid, said method comprising: (a) placing said biological fluid in a reservoir in liquid communication with a nozzle ; (b) dispensing said biological fluid from said nozzle in droplets having diameters in the range of 0.1 to 2 mm onto said reagents-containing area , wherein said nozzle is disposed 1-5 mm from said reagents-containing area and thereby covering said reagents-containing area with a uniform layer of liquid; (c) reading the results of the reaction between said biological fluid and said reagents from a spectrographic image of the reagents-containing area. (a) placing said biological fluid in a reservoir in liquid communication with a nozzle ; (b) dispensing said biological fluid from said nozzle in droplets having diameters in the range of 0.1 to 2 mm onto said reagents-containing area , wherein said nozzle is disposed 1-5 mm from said reagents-containing area and thereby covering said reagents-containing area with a uniform layer of liquid; (c) reading the results of the reaction between said biological fluid and said reagents from a spectrographic image of the reagents-containing area.
A clamping device for holding and raising a bone-in limb meat comprising: a base portion , and a pair of clamp pieces mounted to the base portion and configured to hold a bone-in limb meat (W); the clamping device further comprising an orientation adjusting member for adjusting an orientation of the bone-in limb meat (W), the orientation adjusting member being mounted to the base portion independently of the pair of clamp pieces , the orientation adjusting member comprising an inclined surface inclined with respect to a center line (C) between the pair of clamp pieces , in a planar view in which the clamping device is viewed from a direction (b) perpendicular to the center line (C) and perpendicular to an opening/closing direction (a) of the pair of clamp pieces , wherein, when the pair of clamp pieces are in an opened state, at least a part of the inclined surface of the orientation adjusting member is disposed so as to overlap a space (S) formed between the pair of clamp pieces in the planar view, wherein, in the planar view, an acute angle (θ) is formed between the inclined surface and a segment toward a tip side of a corresponding clamp piece from an intersection point between the center line (C) and an extension line of the inclined surface , wherein tip portions of the pair of clamp pieces respectively have inner surfaces facing each other across the space, and when the pair of clamp pieces are in a closed state, the inner surfaces of the pair of clamp pieces incline with respect to the center line such that a distance between the inner surfaces decreases toward tip sides of the clamp pieces. a base portion , and a pair of clamp pieces mounted to the base portion and configured to hold a bone-in limb meat (W); the clamping device further comprising an orientation adjusting member for adjusting an orientation of the bone-in limb meat (W), the orientation adjusting member being mounted to the base portion independently of the pair of clamp pieces , the orientation adjusting member comprising an inclined surface inclined with respect to a center line (C) between the pair of clamp pieces , in a planar view in which the clamping device is viewed from a direction (b) perpendicular to the center line (C) and perpendicular to an opening/closing direction (a) of the pair of clamp pieces , wherein, when the pair of clamp pieces are in an opened state, at least a part of the inclined surface of the orientation adjusting member is disposed so as to overlap a space (S) formed between the pair of clamp pieces in the planar view, wherein, in the planar view, an acute angle (θ) is formed between the inclined surface and a segment toward a tip side of a corresponding clamp piece from an intersection point between the center line (C) and an extension line of the inclined surface , wherein tip portions of the pair of clamp pieces respectively have inner surfaces facing each other across the space, and when the pair of clamp pieces are in a closed state, the inner surfaces of the pair of clamp pieces incline with respect to the center line such that a distance between the inner surfaces decreases toward tip sides of the clamp pieces.
An apparatus comprising: a scintillation compound, wherein the scintillation compound is represented by Lu (3-x-y) RE 4+ x M y Al s O 12 , in which: Lu is in a trivalent state, wherein RE 4+ is a rare earth element in a tetravalent state, wherein RE 4+ may be Ce 4+ , Pr 4+ , Tb 4+ , or a combination thereof, and wherein a quantity of RE 4+ in the scintillation compound is at least 10 ppm atomic; and M represents a group 2 element or Zn, wherein M is in a divalent state. Lu is in a trivalent state, wherein RE 4+ is a rare earth element in a tetravalent state, wherein RE 4+ may be Ce 4+ , Pr 4+ , Tb 4+ , or a combination thereof, and wherein a quantity of RE 4+ in the scintillation compound is at least 10 ppm atomic; and M represents a group 2 element or Zn, wherein M is in a divalent state.
Saponin conjugate comprising at least one saponin covalently linked to a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N -acetylgalactosamine (GaINAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc) 3 Tris, wherein the at least one saponin is selected from monodesmosidic triterpenoid saponins and bidesmosidic triterpenoid saponins.
A vacuum heat insulator comprising: a container constituting an airtight structure; a core material provided inside the container; an exhaust hole provided in the container; and a sealant for sealing the exhaust hole , wherein the exhaust hole is configured for evacuation inside the container through the exhaust hole , the sealant is configured to seal the exhaust hole while maintaining a vacuum inside the container, and the sealant includes at least a metal foil , the container includes an inner plate and an outer plate , the inner plate is provided with the exhaust hole , characterized in that a reinforcement is provided between the inner plate and the core material . a container constituting an airtight structure; a core material provided inside the container; an exhaust hole provided in the container; and a sealant for sealing the exhaust hole , wherein the exhaust hole is configured for evacuation inside the container through the exhaust hole , the sealant is configured to seal the exhaust hole while maintaining a vacuum inside the container, and the sealant includes at least a metal foil , the container includes an inner plate and an outer plate , the inner plate is provided with the exhaust hole , characterized in that a reinforcement is provided between the inner plate and the core material .
Vehicle tyre having a decorative pattern on at least one sidewall portion , wherein the pattern has a multiplicity of surface elements (5, 6, 7; 9, 10, 10'; 11a, 11b), wherein surface elements (5, 6, 7; 11a, 11b) are present, which are provided with a hatching of ribs (5a, 6a, 7a; 12a, 12b), and wherein surface elements (5, 6, 7; 10, 10'; 11a, 11b) are provided, the hatching of which has a specific orientation relative to a specific direction that differs from the orientation of the hatching of other surface elements (5, 6, 7; 11a, 11b), likewise relative to this direction, wherein the pattern has a grid structure of grid lines which encircle surface elements (5, 6, 7; 9, 10, 10'; 11a, 11b), which in the circumferential direction of the sidewall portion change their outer shape by an in particular continuous increase and/or decrease in the mutual spacings of grid lines and/or by changing the course and/or the orientation of grid lines with respect to the circumferential direction and/or the radial direction, characterized in that the grid lines are formed by ribs (3a, 3'a), wherein all of the ribs (5a, 6a, 7a; 3a, 3'a; 12a, 12b) forming the hatchings or the grid lines proceed from a common base level .
A method for operating an IP multimedia subsystem, IMS, of a communication network , wherein - a stateless application server, AS, of an IMS of a communication network receives a communication request from a terminal device relayed by a communication network entity of the IMS ; - the stateless AS provides the terminal device with a requested communication connection and increases a current value of a central concurrent calls counter associated with the terminal device and stored by a database of the communication network when the current value of the central concurrent calls counter is smaller than a maximum number of simultaneous communications allowed for the terminal device by the communication network ; - the stateless AS provides the terminal device with the requested communication connection when the current value of the central concurrent calls counter equals the defined maximum number and another network entity of the IMS having previously relayed a communication connection for the terminal device , upon an alive request of the stateless AS , confirms a termination of the previously relayed communication connection . - a stateless application server, AS, of an IMS of a communication network receives a communication request from a terminal device relayed by a communication network entity of the IMS ; - the stateless AS provides the terminal device with a requested communication connection and increases a current value of a central concurrent calls counter associated with the terminal device and stored by a database of the communication network when the current value of the central concurrent calls counter is smaller than a maximum number of simultaneous communications allowed for the terminal device by the communication network ; - the stateless AS provides the terminal device with the requested communication connection when the current value of the central concurrent calls counter equals the defined maximum number and another network entity of the IMS having previously relayed a communication connection for the terminal device , upon an alive request of the stateless AS , confirms a termination of the previously relayed communication connection .
A connecting assembly with a connector and at least one fluid line hooked up to the connector , in particular for conducting an aqueous urea solution, wherein the connector has at least two terminal ends as well as a connector section that connects the terminal ends with each other, wherein at least one fluid line end of a fluid line engages into at least one terminal end of the connector , wherein at least one compensation element is hooked up to the fluid line or to the fluid line end in the area of the fluid line end of the fluid line , wherein the compensation element can be supported by a least one spring element on at least one support stop , wherein, by increasing the pressure in the connector section , in particular by generating an ice pressure in the connector section , the compensation element can be moved against the restoring force of the spring element in the direction of the support stop as the interior volume of the connector section increases, characterized in that a connector housing that receives the connector is provided, wherein the connector housing incorporates at least one fluid line end engaging into a terminal end of the connector as well as the compensation element hooked up in the area of the fluid line end including the allocated spring element , and wherein the compensation element is arranged outside of the connector and inside of the connector housing .