mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a total corneal power map, comprising: acquiring OCT data with a scan pattern centered on an eye cornea, wherein the scan pattern includes n radial scans repeated r times, c circular scans repeated r times, and n * raster scans where the scan pattern is repeated m times, where each scan includes a A-scans, wherein the scan pattern is a pachymetry mapping pattern defined by one of (a=1024, r=2, n=12, c=1, n*=0, and m=1), (a=2048, r=4, n=16, c=2, n*=0, and m=1), or (a=2048, r=1, n=16, c=2, n*=0, and m=4), and wherein the values of n, r, c, n*, and m define OCT data acquisition for pachymetry mapping and include a circular scan; obtaining a corneal topography image of the eye; obtaining a pachymetry map from the OCT data; obtaining a corneal anterior power map from the corneal topography image; generating an elevation map from the corneal topography image; registering the pachymetry map with the elevation map; generating a corneal posterior surface from the elevation map and the pachymetry map; and generating the total corneal power map from the anterior power map and a power map associated with the corneal posterior surface. acquiring OCT data with a scan pattern centered on an eye cornea, wherein the scan pattern includes n radial scans repeated r times, c circular scans repeated r times, and n * raster scans where the scan pattern is repeated m times, where each scan includes a A-scans, wherein the scan pattern is a pachymetry mapping pattern defined by one of (a=1024, r=2, n=12, c=1, n*=0, and m=1), (a=2048, r=4, n=16, c=2, n*=0, and m=1), or (a=2048, r=1, n=16, c=2, n*=0, and m=4), and wherein the values of n, r, c, n*, and m define OCT data acquisition for pachymetry mapping and include a circular scan; wherein the scan pattern is a pachymetry mapping pattern defined by one of (a=1024, r=2, n=12, c=1, n*=0, and m=1), (a=2048, r=4, n=16, c=2, n*=0, and m=1), or (a=2048, r=1, n=16, c=2, n*=0, and m=4), and wherein the values of n, r, c, n*, and m define OCT data acquisition for pachymetry mapping and include a circular scan; obtaining a corneal topography image of the eye; obtaining a pachymetry map from the OCT data; obtaining a corneal anterior power map from the corneal topography image; generating an elevation map from the corneal topography image; registering the pachymetry map with the elevation map; generating a corneal posterior surface from the elevation map and the pachymetry map; and generating the total corneal power map from the anterior power map and a power map associated with the corneal posterior surface.
Device with a plurality of movable adjustment elements (10, 12, 14, 16) which can be adjusted separately from one another and can each be locked in a desired position, each adjustment element (10, 12, 14, 16) being assigned at least one locking element (20, 22, 24), characterized in that the adjustment element (10, 12, 14, 16) and associated locking element (20, 22, 24) have opposing toothed surfaces (26, 28), the adjustment element (10, 12, 14, 16) and the locking element (20, 22, 24) being movable relative to one another from a locking position, in which the toothed surfaces (26, 28) rest against one another, into an unlocking position in which the toothed surfaces (26, 28) are at a distance from each other, and wherein a force transmission element is provided which effects the relative movement between all the adjustment elements (10, 12, 14, 16) and the associated locking elements (20, 22, 24), and wherein the device comprises at least one retaining element which is associated with at least one adjustment element (10, 12, 14, 16) and, in the unlocked position, exerts a retaining force on the associated adjustment element (10, 12, 14, 16) which must be overcome in order to adjust the adjustment element (10, 12, 14, 16).
A system for automatically processing an additively manufactured part, comprising: a de-powdering module for removing un-processed support powder surrounding an additively manufactured part; an optical inspection module for optically determining at least one part parameter associated with a surface finish of the additively manufactured part, wherein the at least one part parameter is a surface texture of the additively manufactured part; a processing module for processing a surface of the additively manufactured part responsive to the at least one part parameter determined by the optical inspection module; characterised by a controller configured to modify a processing parameter of a surface finishing process, performed by the processing module, based on the at least one part parameter determined by the optical inspection module. a de-powdering module for removing un-processed support powder surrounding an additively manufactured part; an optical inspection module for optically determining at least one part parameter associated with a surface finish of the additively manufactured part, wherein the at least one part parameter is a surface texture of the additively manufactured part; a processing module for processing a surface of the additively manufactured part responsive to the at least one part parameter determined by the optical inspection module; characterised by a controller configured to modify a processing parameter of a surface finishing process, performed by the processing module, based on the at least one part parameter determined by the optical inspection module.
A medical imaging apparatus comprising: a display; a data obtainer configured to obtain raw data generated by performing a tomography scan on an object; and a processor configured to: obtain, from the raw data, a plurality of pieces of monochromatic image data respectively corresponding to a plurality of energy levels, receive an external input that selects at least one energy level among the plurality of energy levels and sets at least one weight corresponding to the selected at least one energy level, and generate a synthetic image of the object by applying a combination of weights for the plurality of energy levels including the set at least one weight corresponding to the selected at least one energy level to at least one pixel value of the plurality of pieces of monochromatic image data; characterized in that, the display is configured to display the combination of weights for the plurality of energy levels by using a graph and the generated synthetic image, and the processor is further configured to change the combination of weights for the plurality of energy levels in response to an external input that changes a shape of the graph. a display; a data obtainer configured to obtain raw data generated by performing a tomography scan on an object; and a processor configured to: obtain, from the raw data, a plurality of pieces of monochromatic image data respectively corresponding to a plurality of energy levels, receive an external input that selects at least one energy level among the plurality of energy levels and sets at least one weight corresponding to the selected at least one energy level, and generate a synthetic image of the object by applying a combination of weights for the plurality of energy levels including the set at least one weight corresponding to the selected at least one energy level to at least one pixel value of the plurality of pieces of monochromatic image data; obtain, from the raw data, a plurality of pieces of monochromatic image data respectively corresponding to a plurality of energy levels, receive an external input that selects at least one energy level among the plurality of energy levels and sets at least one weight corresponding to the selected at least one energy level, and generate a synthetic image of the object by applying a combination of weights for the plurality of energy levels including the set at least one weight corresponding to the selected at least one energy level to at least one pixel value of the plurality of pieces of monochromatic image data; characterized in that, the display is configured to display the combination of weights for the plurality of energy levels by using a graph and the generated synthetic image, and the processor is further configured to change the combination of weights for the plurality of energy levels in response to an external input that changes a shape of the graph.
A device for cleaning, massaging and/or care of the lower extremities, in particular of the feet, comprising a shower tray having a bottom, comprising a nozzle unit having at least one nozzle that comprises a front end and a rear end, and comprising a conduit for introducing a liquid, said conduit directly or indirectly, in particular via a distributor, being connected to the rear end of the nozzle, said nozzle unit being disposed in the bottom of the shower tray and said liquid introduced via the conduit being allowed to flow into the shower tray from the front end of the nozzle, characterised in that the nozzle unit (03a, 03b) comprises eight nozzles substantially disposed in a T-shape, having a T-leg and a web, said T-leg being formed from five nozzles disposed one next to the other and said web, which runs in a substantially transverse manner with respect to the T-leg, being formed from three nozzles disposed one below and/or above the other.
A catalyzed particulate filter comprising: a plurality of porous walls extending longitudinally to form a plurality of parallel passages extending from an inlet end to an outlet end, wherein a quantity of the passages are inlet passages that are open at the inlet end and closed at the outlet end, and a quantity of passages are outlet passages that are closed at the inlet end and open at the outlet end; at least three coatings creating at least two zones axially along the plurality of porous walls, wherein a first coating is a first SCR catalyst coating, a second coating is a second SCR catalyst coating, and a third coating is a platinum group metal coating; wherein the at least three coatings create at least three zones axially along the plurality of porous walls, and wherein: a first zone extends axially from the inlet end of the porous walls a distance less than the full length of the porous walls and consists essentially of the first SCR catalyst coating; and a second zone extends axially from the first zone a distance less than the distance to the outlet end of the porous walls and comprises the platinum group metal coating and the first SCR catalyst coating; and wherein: a third zone extends axially from the second zone to the outlet end of the porous wall and comprises the platinum group metal coating and the second SCR catalyst coating. a plurality of porous walls extending longitudinally to form a plurality of parallel passages extending from an inlet end to an outlet end, wherein a quantity of the passages are inlet passages that are open at the inlet end and closed at the outlet end, and a quantity of passages are outlet passages that are closed at the inlet end and open at the outlet end; at least three coatings creating at least two zones axially along the plurality of porous walls, wherein a first coating is a first SCR catalyst coating, a second coating is a second SCR catalyst coating, and a third coating is a platinum group metal coating; wherein the at least three coatings create at least three zones axially along the plurality of porous walls, and wherein: a first zone extends axially from the inlet end of the porous walls a distance less than the full length of the porous walls and consists essentially of the first SCR catalyst coating; and a second zone extends axially from the first zone a distance less than the distance to the outlet end of the porous walls and comprises the platinum group metal coating and the first SCR catalyst coating; and wherein: a third zone extends axially from the second zone to the outlet end of the porous wall and comprises the platinum group metal coating and the second SCR catalyst coating.
A method for performing a random access procedure by a user equipment in a wireless communication system, the method comprising: receiving a physical downlink control channel, PDCCH, order indicating an initiation of the random access procedure from a base station; transmitting a random access preamble to the base station; and receiving a random access response message from the base station, wherein receiving the random access response message comprises: receiving downlink data along with the random access response message when the PDCCH order indicates a downlink data transmission in a message2, Msg2. receiving a physical downlink control channel, PDCCH, order indicating an initiation of the random access procedure from a base station; transmitting a random access preamble to the base station; and receiving a random access response message from the base station, wherein receiving the random access response message comprises: receiving downlink data along with the random access response message when the PDCCH order indicates a downlink data transmission in a message2, Msg2.
Process for producing a diamond electrode, comprising the following process steps: - roughening the surface of the electrode body by sand blasting, - etching the roughened surface, and - building up the diamond layer on the electrode body, characterized in that non-oxidative etching of the electrode body is performed with concentrated phosphoric acid (> 70%) at a temperature of between 140 and 180°C, preferably between 150 and 160°C, in such a way that more than 5 μm of the material of the electrode body under the roughened surface is removed. - roughening the surface of the electrode body by sand blasting, - etching the roughened surface, and - building up the diamond layer on the electrode body,
A method in a first network node for handling device discovery of second user equipments in a second network for Device to Device, D2D, communication, wherein the first network node is comprised in a first network and wherein the first network and the second network operate in different spectrum bands, the method being characterized by comprising: obtaining from a second network node within the second network, information about resources for sending device discovery beacon signals in a second network, wherein the information comprises resource description of any of time, frequency and code resources that the second user equipments in the second network use to transmit beacon signals, and sending to a first user equipment served by the first network node, the obtained information about resources for sending device discovery beacon signals in the second network, which information enables the first user equipment to discover beacon signals from the second user equipments in the second network, and/or to send beacon signals to be discovered by the second user equipments in the second network, further comprising. receiving from the second network node periodic information about the registered second user equipments that are broadcasting beacon signals in the second network, and based on the received periodic information, sending to the first user equipment, information about the probability that the first user equipment finds a beacon signalling user equipment if the first user equipment decides to listen to beacon signals in the second network. obtaining from a second network node within the second network, information about resources for sending device discovery beacon signals in a second network, wherein the information comprises resource description of any of time, frequency and code resources that the second user equipments in the second network use to transmit beacon signals, and sending to a first user equipment served by the first network node, the obtained information about resources for sending device discovery beacon signals in the second network, which information enables the first user equipment to discover beacon signals from the second user equipments in the second network, and/or to send beacon signals to be discovered by the second user equipments in the second network, further comprising. receiving from the second network node periodic information about the registered second user equipments that are broadcasting beacon signals in the second network, and based on the received periodic information, sending to the first user equipment, information about the probability that the first user equipment finds a beacon signalling user equipment if the first user equipment decides to listen to beacon signals in the second network.
Method for producing products, comprising copper or copper alloys for electric applications, in which the copper or the copper alloy is smelted and applied to the starting product in a casting mold, wherein casting material with a melting point higher than 1035 °C is used, the molten material is superheated by at most 15 % to 20 % of its melting point and a casting mold made of a material having an average thermal conductivity of more than 100 W/(m·K) is used for the molten material, characterized in that the cooling rate of the melt is greater or equal 10 3 K/s.
A method of manufacturing textured sewing thread comprising the steps of: processing textured yarn made of continuous filaments and having a zero or near-zero twist by applying a singles twist thereto; plying at least two such textured yarns together by twisting them in a direction opposing the singles twist; wherein the singles twists lie in the range 4 to 20 turns per inch (2.54 cm) and the plying twist lies the range 2 to 18 turns per inch (2.54 cm). processing textured yarn made of continuous filaments and having a zero or near-zero twist by applying a singles twist thereto; plying at least two such textured yarns together by twisting them in a direction opposing the singles twist; wherein the singles twists lie in the range 4 to 20 turns per inch (2.54 cm) and the plying twist lies the range 2 to 18 turns per inch (2.54 cm).
A method for controlling a thermal valve heated by an electrical heater operated by applying an operating voltage (Vr), comprising: a first step of applying a first voltage (Va), that is lower than the operating voltage (Vr), to the valve, to cause the valve to start to open, and a second step of subsequently increasing the applied voltage toward the level of the designated operating voltage (Vr), characterized in that in the first step, the applied first voltage (Va) continues to be the output as the applied voltage for a designated period of time (t) from the time the thermal valve starts to open, and the designated period of time is longer than the time which would be needed for a current flowing through the thermal valve to reach a maximum value if the designated operating voltage (Vr) were to be applied as the applied voltage to the thermal valve to cause the thermal valve to open. a first step of applying a first voltage (Va), that is lower than the operating voltage (Vr), to the valve, to cause the valve to start to open, and a second step of subsequently increasing the applied voltage toward the level of the designated operating voltage (Vr), characterized in that in the first step, the applied first voltage (Va) continues to be the output as the applied voltage for a designated period of time (t) from the time the thermal valve starts to open, and the designated period of time is longer than the time which would be needed for a current flowing through the thermal valve to reach a maximum value if the designated operating voltage (Vr) were to be applied as the applied voltage to the thermal valve to cause the thermal valve to open.
A compound of formula: wherein: R 1 is hydrogen; R 2 is adamantane, unsubstituted or substituted with hydroxy, or halogen; R 3 is trifluoromethyl, pyrazole, triazole, piperidine, pyrrolidine, hydroxymethyl piperidine, benzylpiperazine, hydroxypyrrolidine, tert -butyl pyrrolidine, hydroxyethyl piperazine, hydroxypiperidine or thiomorpholine group; R 4 is cyclopropyl, tert -butyl, -C(CH 3) 2 CH 2 OH, methyl, -CF 3 or -(CH 2) n CF 3 group, wherein n is 1 or 2; R 5 is hydrogen or C 1 -C 7 -alkyl, unsubstituted or substituted with halogen; and pharmaceutically acceptable salts thereof. R 1 is hydrogen; R 2 is adamantane, unsubstituted or substituted with hydroxy, or halogen; R 3 is trifluoromethyl, pyrazole, triazole, piperidine, pyrrolidine, hydroxymethyl piperidine, benzylpiperazine, hydroxypyrrolidine, tert -butyl pyrrolidine, hydroxyethyl piperazine, hydroxypiperidine or thiomorpholine group; R 4 is cyclopropyl, tert -butyl, -C(CH 3) 2 CH 2 OH, methyl, -CF 3 or -(CH 2) n CF 3 group, wherein n is 1 or 2; R 5 is hydrogen or C 1 -C 7 -alkyl, unsubstituted or substituted with halogen; and pharmaceutically acceptable salts thereof.
A device for mixing a reducing agent with and/or for evaporating a reducing agent in a stream of exhaust from an internal combustion engine, comprising a grid-like structure (1 14) disposed in the exhaust pipe, the structure being flowable through by gas and adapted to receive a reducing agent and comprising a number of flow guides (116, 118), characterised in that the structure for mixing comprises a grid extending at least approximately over the entire cross-section of the exhaust pipe with two families of orthogonal crossbars and flow flow guides (116, 118) extending downstream from the crossbars, the straight flow guides extending in the axial direction of the exhaust pipe and alternating with curved flow guides.
A turbine bucket comprising: a base; a blade coupled to the base and extending radially outward from the base and a shroud coupled to the blade radially outboard of the blade, wherein the blade includes a body having: a pressure side; a suction side opposing the pressure side; a leading edge between the pressure side and the suction side; and a trailing edge between the pressure side and the suction side on a side opposing the leading edge; a plurality of radially extending cooling passageways within the body; and at least one bleed aperture fluidly coupled with at least one of the plurality of radially extending cooling passageways, the at least one bleed aperture extending through the body at the trailing edge; characterised in that the shroud does not include radially facing apertures in a trailing half of the shroud defined downstream of a shroud rail. a base; a blade coupled to the base and extending radially outward from the base and a shroud coupled to the blade radially outboard of the blade, wherein the blade includes a body having: a pressure side; a suction side opposing the pressure side; a leading edge between the pressure side and the suction side; and a trailing edge between the pressure side and the suction side on a side opposing the leading edge; a plurality of radially extending cooling passageways within the body; and at least one bleed aperture fluidly coupled with at least one of the plurality of radially extending cooling passageways, the at least one bleed aperture extending through the body at the trailing edge; characterised in that the shroud does not include radially facing apertures in a trailing half of the shroud defined downstream of a shroud rail. a pressure side; a suction side opposing the pressure side; a leading edge between the pressure side and the suction side; and a trailing edge between the pressure side and the suction side on a side opposing the leading edge; a plurality of radially extending cooling passageways within the body; and at least one bleed aperture fluidly coupled with at least one of the plurality of radially extending cooling passageways, the at least one bleed aperture extending through the body at the trailing edge; characterised in that the shroud does not include radially facing apertures in a trailing half of the shroud defined downstream of a shroud rail.