mhurhangee/patent-ind-claim-en huggingface dataset:
A positioning method applied to a terminal, comprises: sending (S101), by the terminal, a positioning assistance data request message to a Location Management Function, LMF, entity, wherein the positioning assistance data request message contains first identification information of a beam reference signal detected by the terminal; receiving (S102) positioning assistance data containing beam direction information of a beam reference signal of second identification information sent by the LMF entity, wherein the second identification information is identification information of a beam reference signal sent by a neighboring base station, and is determined according to the first identification information and is detectable by the terminal; determining (S 103) a Reference Signal Time Difference measurement, RSTD, of each beam reference signal among beam references signals corresponding to the first identification information and beam references signals corresponding to the second identification information, and determining location information of the terminal according to each determined RSTD and a beam direction of the each beam reference signal; wherein the beam reference signal is a Downlink Reference Signal, DL-RS, and/or a downlink Positioning Reference Signal, PRS. sending (S101), by the terminal, a positioning assistance data request message to a Location Management Function, LMF, entity, wherein the positioning assistance data request message contains first identification information of a beam reference signal detected by the terminal; receiving (S102) positioning assistance data containing beam direction information of a beam reference signal of second identification information sent by the LMF entity, wherein the second identification information is identification information of a beam reference signal sent by a neighboring base station, and is determined according to the first identification information and is detectable by the terminal; determining (S 103) a Reference Signal Time Difference measurement, RSTD, of each beam reference signal among beam references signals corresponding to the first identification information and beam references signals corresponding to the second identification information, and determining location information of the terminal according to each determined RSTD and a beam direction of the each beam reference signal; wherein the beam reference signal is a Downlink Reference Signal, DL-RS, and/or a downlink Positioning Reference Signal, PRS.
Combination ofN-[ -2,2,5,7tetrafluoro-2,3-dihydro-1H-inden-1-yl]sulfamide or a pharmaceutically acceptable salt thereof and 3-(2-cyanophenyl)-5-(2-pyridyl)-1-phenyl-1,2-dihydropyridin-2-one or a pharmaceutically acceptable salt thereof for use in a method of treating epilepsy.
A system for deploying a prosthesis over a carina between ipsilateral iliac artery and a contralateral iliac artery, said system comprising: a self-expanding tubular prosthesis having a first segment configured to be deployed in the ipsilateral iliac artery, a second segment configured to be deployed in the contralateral iliac artery, and a connecting region which connects the first segment to the second segment ; and a delivery catheter comprising a catheter body having a proximal end and a distal end and a retractable sheath, wherein the tubular prosthesis is mounted over the catheter body in a radially constrained configuration beneath the retractable sheath so that retraction of the sheath allows both segments of the tubular prosthesis to expand within the ipsilateral and contralateral iliac lumens, respectively, wherein the first and second segments (12 and 14) are self-expanding and configured to be delivered in a linearized arrangement within a lumen of the delivery catheter to assume a non-linear configuration over the carina with an opening directed at an aorta which branches into the iliac arteries, and wherein the connecting region is configured to be draped over the carina. a self-expanding tubular prosthesis having a first segment configured to be deployed in the ipsilateral iliac artery, a second segment configured to be deployed in the contralateral iliac artery, and a connecting region which connects the first segment to the second segment ; and a delivery catheter comprising a catheter body having a proximal end and a distal end and a retractable sheath, wherein the tubular prosthesis is mounted over the catheter body in a radially constrained configuration beneath the retractable sheath so that retraction of the sheath allows both segments of the tubular prosthesis to expand within the ipsilateral and contralateral iliac lumens, respectively, wherein the first and second segments (12 and 14) are self-expanding and configured to be delivered in a linearized arrangement within a lumen of the delivery catheter to assume a non-linear configuration over the carina with an opening directed at an aorta which branches into the iliac arteries, and wherein the connecting region is configured to be draped over the carina.
Electronic unit , wherein the electronic unit being a DC-DC converter, in particular for operating an inductive charging system for motor vehicles, having a housing within which a power electronics unit having at least one power electronics element is arranged, having a first interface in order to connect the electronic unit electrically at least indirectly to a coil unit, having a second interface in order to connect the electronic unit at least indirectly electrically to a vehicle battery, and having a cooling device which is suitable and intended for cooling the power electronics unit , wherein the cooling device extending at least in sections between components of the power electronics unit , and the cooling device extending completely through the power electronics unit in at least one direction and projecting beyond the power electronics unit on both sides in a longitudinal direction of the housing , wherein the power electronics unit being arranged symmetrically with respect to a predetermined plane of symmetry (E), wherein the plane of symmetry (E) running through the longitudinal direction of the cooling device, the electronics unit thus being arranged symmetrically around the cooling device, and the cooling device extending at least in sections between the first interface and the second interface , wherein the electronic unit is arranged symmetrically around the cooling device , wherein the first interface and the second interface are arranged adjacent to each other and in the region of a certain wall so that they are contacted from the same side in each case, characterized in that the first interface and the second interface are symmetrical with respect to the plane of symmetry (E).
A method of processing a cast product to form a medical implant, the method comprising: investment casting of a cast metal part in a mold ; removing the mold from the cast metal part without cold working surfaces of the cast metal part, wherein said removing comprises chemical cleaning ; thermally treating the cast metal part; and finishing the surfaces of the cast metal part after thermally treating, wherein said finishing comprises at least one cleaning process selected from the group consisting of: sandblast, grit blast and shot blast, such that any cold working of the surfaces of the cast metal part occurs after thermally treating such that no recast layer is formed in the cast metal part. investment casting of a cast metal part in a mold ; removing the mold from the cast metal part without cold working surfaces of the cast metal part, wherein said removing comprises chemical cleaning ; thermally treating the cast metal part; and finishing the surfaces of the cast metal part after thermally treating, wherein said finishing comprises at least one cleaning process selected from the group consisting of: sandblast, grit blast and shot blast, such that any cold working of the surfaces of the cast metal part occurs after thermally treating such that no recast layer is formed in the cast metal part.
A sterilization container for medical purposes, comprising a bottom element , a lid fixable to the bottom element and which, in a closed state of the lid , together with the bottom element , defines an inner region of the sterilization container , a media exchange mechanism, a control device , and a ventilating device, which comprises a fan and which is configured to be able to convey a medium in the inner region of the sterilization container to the media exchange mechanism, characterized in that the media exchange mechanism is configured to be able to selectively open and close at least one fluid-mechanical connection between the inner region and an environment via a germ-impermeable but air-permeable or gas-permeable filter in the closed state of the lid , the ventilating device is configured to be able to convey a medium in the environment of the sterilization container to the media exchange mechanism, and the control device is configured to control the media exchange mechanism and the ventilating device in such a way that the at least one fluid-mechanical connection is opened when a medium in the inner region is conveyed into the environment and is closed when a medium in the environment is conveyed into the inner region via the germ-impermeable but air-permeable or gas-permeable filter . a bottom element , a lid fixable to the bottom element and which, in a closed state of the lid , together with the bottom element , defines an inner region of the sterilization container , a media exchange mechanism, a control device , and a ventilating device, which comprises a fan and which is configured to be able to convey a medium in the inner region of the sterilization container to the media exchange mechanism, characterized in that the media exchange mechanism is configured to be able to selectively open and close at least one fluid-mechanical connection between the inner region and an environment via a germ-impermeable but air-permeable or gas-permeable filter in the closed state of the lid , the ventilating device is configured to be able to convey a medium in the environment of the sterilization container to the media exchange mechanism, and the control device is configured to control the media exchange mechanism and the ventilating device in such a way that the at least one fluid-mechanical connection is opened when a medium in the inner region is conveyed into the environment and is closed when a medium in the environment is conveyed into the inner region via the germ-impermeable but air-permeable or gas-permeable filter .
Method for reading in a two-dimensional pattern code (12 1 -12 9 ) of a component in a system comprising components (2-10) by means of a recording device of a mobile device , and for representing and using data contained in the two-dimensional pattern code (12 1 -12 9 ) by means of an output device of the mobile device , the method comprising the steps of: - reading in a two-dimensional pattern code (12 1 -12 9 ) by means of a recording device of a mobile device ; - decoding the two-dimensional pattern code (12 1 -12 9 ) to obtain data that are given by the two-dimensional pattern code (12 1 -12 9 ) and that are related to a component (2-10) on which the two-dimensional pattern code (12 1 -12 9 ) is arranged; characterised by - adapting the data obtained from the decoding of the two-dimensional pattern code (12 1 -12 9 ) according to user data and representing the adapted data by means of an output device of the mobile device , wherein the adapted data are interactive, so that, by activation of the adapted data, a user can be displayed further data and information on the output device , wherein the representing of the adapted data comprises a display of operating parameters, current operating values, error messages and/or time-wise operating procedure of the component (2-10), - in response to an activation of the adapted data by the user, establishing a connection between the mobile device and a website and/or a centralised apparatus by means of a connection software, - accessing the further data and the information, - transmitting the further data and the information and - displaying the further data and the information on the output device . - reading in a two-dimensional pattern code (12 1 -12 9 ) by means of a recording device of a mobile device ; - decoding the two-dimensional pattern code (12 1 -12 9 ) to obtain data that are given by the two-dimensional pattern code (12 1 -12 9 ) and that are related to a component (2-10) on which the two-dimensional pattern code (12 1 -12 9 ) is arranged; - adapting the data obtained from the decoding of the two-dimensional pattern code (12 1 -12 9 ) according to user data and representing the adapted data by means of an output device of the mobile device , wherein the adapted data are interactive, so that, by activation of the adapted data, a user can be displayed further data and information on the output device , wherein the representing of the adapted data comprises a display of operating parameters, current operating values, error messages and/or time-wise operating procedure of the component (2-10), - in response to an activation of the adapted data by the user, establishing a connection between the mobile device and a website and/or a centralised apparatus by means of a connection software, - accessing the further data and the information, - transmitting the further data and the information and - displaying the further data and the information on the output device .
A half thrust bearing for receiving an axial force (f) of a crankshaft of an internal combustion engine, the half thrust bearing having a semi-annular shape and comprising a sliding surface for receiving the axial force (f), and a rear surface on an opposite side of the sliding surface , and the half thrust bearing defining a reference plane on a rear surface side that is perpendicular to an axial direction, wherein the sliding surface includes a flat surface portion extending in parallel with the reference plane from a radially inner end of the half thrust bearing to a radially outer end thereof, and inclined surface portions formed on both sides in a circumferential direction of the flat surface portion , an axial distance between the reference plane and the sliding surface is maximum in the flat surface portion , at any radial positions, the axial distance in the inclined surface portions is maximum at circumferential ends of the inclined surface portions on a circumferentially central portion side of the half thrust bearing and is reduced toward both circumferential end portions of the half thrust bearing , and the flat surface portion has a circumferential length extending over a circumferential angle of 5° or more and 35° or less, at any radial positions of the half thrust bearing , characterized in that at any circumferential positions, the axial distance in the inclined surface portions is constant over a radial direction of the half thrust bearing , or maximum at the radially inner end of the half thrust bearing and is reduced toward the radially outer end.
A blade outer airseal having: a body comprising: an inner diameter (ID) surface; an outer diameter (OD) surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, wherein: at least over a first area of the inner diameter surface, the coating system comprises an abradable layer comprising a metallic matrix and a solid lubricant; and characterised in that the metallic matrix comprises, by weight: 35.0-43.0% nickel; 3.0-8.0% aluminum; 5.0-9.0% chromium; ≤1.0% hafnium; ≤1.0% silicon; ≤1.5% yttrium; 10.0-16.0% combined aluminum and chromium; and optionally ≤ 0.5% combined niobium, molybdenum, tantalum, tungsten, and rhenium; and the balance copper and unavoidable impurities. a body comprising: an inner diameter (ID) surface; an outer diameter (OD) surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, an inner diameter (ID) surface; an outer diameter (OD) surface; a leading end; a trailing end; a metallic substrate; and a coating system atop the substrate along at least a portion of the inner diameter surface, at least over a first area of the inner diameter surface, the coating system comprises an abradable layer comprising a metallic matrix and a solid lubricant; and characterised in that the metallic matrix comprises, by weight: 35.0-43.0% nickel; 3.0-8.0% aluminum; 5.0-9.0% chromium; ≤1.0% hafnium; ≤1.0% silicon; ≤1.5% yttrium; 10.0-16.0% combined aluminum and chromium; and optionally ≤ 0.5% combined niobium, molybdenum, tantalum, tungsten, and rhenium; and the balance copper and unavoidable impurities. 35.0-43.0% nickel; 3.0-8.0% aluminum; 5.0-9.0% chromium; ≤1.0% hafnium; ≤1.0% silicon; ≤1.5% yttrium; 10.0-16.0% combined aluminum and chromium; and optionally ≤ 0.5% combined niobium, molybdenum, tantalum, tungsten, and rhenium; and the balance copper and unavoidable impurities.
A system comprising - a control module comprising at least one sensor being at least one presence and/or movement detection sensor and/or at least one daylight sensor, and - an LED module comprising at least one LED for light emission and at least one antenna, wherein - the control module is configured for being detachably attached to the LED module such that the control module is electrically connected to the LED module when being detachably attached to the LED module , - the control module is configured to control the light emission of the at least one LED of the LED module when being detachably attached to the LED module , and - when the control module is detachably attached to the LED module , the control module is configured to control the light emission of the at least one LED of the LED module based on a detection result of the at least one sensor, and wherein - the at least one antenna is arranged on a plane , in particular printed circuit board, of the LED module on which the at least one LED is arranged, and - the LED module is configured for detachably attaching the control module such that the control module is electrically connected to the at least one antenna and is configured to wirelessly communicate via the at least one antenna when being detachably attached to the LED module . - a control module comprising at least one sensor being at least one presence and/or movement detection sensor and/or at least one daylight sensor, and - an LED module comprising at least one LED for light emission and at least one antenna, wherein - the control module is configured for being detachably attached to the LED module such that the control module is electrically connected to the LED module when being detachably attached to the LED module , - the control module is configured to control the light emission of the at least one LED of the LED module when being detachably attached to the LED module , and - when the control module is detachably attached to the LED module , the control module is configured to control the light emission of the at least one LED of the LED module based on a detection result of the at least one sensor, and wherein - the at least one antenna is arranged on a plane , in particular printed circuit board, of the LED module on which the at least one LED is arranged, and - the LED module is configured for detachably attaching the control module such that the control module is electrically connected to the at least one antenna and is configured to wirelessly communicate via the at least one antenna when being detachably attached to the LED module .
A method of creating an image, comprising: providing three-dimensional image data of an anatomy; providing a model of a portion of the anatomy; and creating a virtual radiograph of a target portion of the anatomy using information from the image data and information from the model, wherein creating the virtual radiograph comprises: calculating first set of accumulated attenuation values during a first volume ray casting process on the three-dimensional image data; adding the first set of accumulated attenuation values to the virtual radiograph; calculating a second set of accumulated attenuation values during a second volume ray casting process on three-dimensional image data bounded by the model; and subtracting the second set of accumulated attenuation values from the virtual radiograph. providing three-dimensional image data of an anatomy; providing a model of a portion of the anatomy; and creating a virtual radiograph of a target portion of the anatomy using information from the image data and information from the model, wherein creating the virtual radiograph comprises: calculating first set of accumulated attenuation values during a first volume ray casting process on the three-dimensional image data; adding the first set of accumulated attenuation values to the virtual radiograph; calculating a second set of accumulated attenuation values during a second volume ray casting process on three-dimensional image data bounded by the model; and subtracting the second set of accumulated attenuation values from the virtual radiograph. calculating first set of accumulated attenuation values during a first volume ray casting process on the three-dimensional image data; adding the first set of accumulated attenuation values to the virtual radiograph; calculating a second set of accumulated attenuation values during a second volume ray casting process on three-dimensional image data bounded by the model; and subtracting the second set of accumulated attenuation values from the virtual radiograph.
A radiological source , including: - a radiological insert with a center and a periphery, the radiological insert having a higher radiation at the periphery of the insert than at the center of the insert ; - an encapsulation around the radiological insert with a center and a periphery, one wall of the encapsulation having increased radiological shielding at the center of the wall than at the periphery of the wall , characterized in that the radiological insert has a toroidal portion. - a radiological insert with a center and a periphery, the radiological insert having a higher radiation at the periphery of the insert than at the center of the insert ; - an encapsulation around the radiological insert with a center and a periphery, one wall of the encapsulation having increased radiological shielding at the center of the wall than at the periphery of the wall ,