mhurhangee/patent-ind-claim-en huggingface dataset:
An optical sensor system for placement under a display panel for detecting and imaging light returned from a fingerprint on top of the display panel, the optical sensor comprising - a microlens structure having a front side with an array of light focusing elements and an opaque back side with an array of optically transparent apertures aligned with the focusing elements, and - a sensor array of optical detector pixels facing the back side of the microlens structure, wherein each aperture is aligned with at least one of said optical detector pixels, wherein the optical sensor system is configured such that light returned from the fingerprint can be focused by the microlens structure onto the sensor array through the transparent apertures and such that light returned from the fingerprint with an incident angle of less than or equal to a predefined value is focused by the microlens structure to the sensor array whereas light returned from the fingerprint with an incident angle of more than said predefined value is not detected. - a microlens structure having a front side with an array of light focusing elements and an opaque back side with an array of optically transparent apertures aligned with the focusing elements, and - a sensor array of optical detector pixels facing the back side of the microlens structure, wherein each aperture is aligned with at least one of said optical detector pixels,
A catheter for administering therapy to vasculature, comprising: a flexible elongated body having a plurality of openings at a distal end of the body, a lumen in fluid communication with at least one of the openings and with a port at a proximal end of the body, and a singular therapeutic energy transducer at the distal end of the body, the transducer configured to deliver acoustic therapeutic energy to a target within the vasculature while a therapeutic agent is delivered to the target via the openings , wherein the openings are interspersed with the therapeutic energy transducer wherein the distal portion of the flexible elongated body has a circumference, and the therapeutic energy transducer is configured to deliver acoustic energy over greater than half of the circumference. a flexible elongated body having a plurality of openings at a distal end of the body, a lumen in fluid communication with at least one of the openings and with a port at a proximal end of the body, and a singular therapeutic energy transducer at the distal end of the body, the transducer configured to deliver acoustic therapeutic energy to a target within the vasculature while a therapeutic agent is delivered to the target via the openings , wherein the openings are interspersed with the therapeutic energy transducer wherein the distal portion of the flexible elongated body has a circumference, and the therapeutic energy transducer is configured to deliver acoustic energy over greater than half of the circumference.
Process for continuous production of C4-C10 diols from C3-C9 aldehydes comprising the process steps of: a. base-catalyzed addition of formaldehyde onto C3-C9 aldehydes to obtain the corresponding hydroxyaldehydes and b. subsequent hydrogenation of the hydroxyaldehydes to afford the corresponding diols, characterized in that the hydrogenation of the hydroxyaldehydes is performed continuously in the liquid phase over a Raney cobalt catalyst in the presence of hydrogen without workup of the reaction mixture from the process step a). a. base-catalyzed addition of formaldehyde onto C3-C9 aldehydes to obtain the corresponding hydroxyaldehydes and b. subsequent hydrogenation of the hydroxyaldehydes to afford the corresponding diols,
A printing stamp for imprint lithography comprising a pliable stamp layer having a contoured surface carrying a relief pattern that is exposed for patterning of a contoured surface of a substrate and a support layer adhered to the pliable stamp layer and comprising a plurality of pores filled with a filler material.
A process for depositing a coating on a continuous fibre (250; 350) of carbon or silicon carbide from a precursor of the coating (240; 340), the process comprising at least: heating a segment (251; 351) of the fibre in the presence of the coating precursor in a microwave field so as to bring the surface of the segment to a temperature allowing the coating to form on the segment from the coating precursor, characterized in that : the segment of fibre is in the presence of a supercritical phase of the precursor of the coating and the coating is formed by supercritical phase chemical deposition.
An external gear pump , having a driving first pump gear and having a second pump gear driven by the first pump gear , which intermesh with each other to convey a fluid from a suction side to a pressure side of the external gear pump , wherein the first pump gear and the second pump gear each have a plurality of teeth , each having a leading tooth flank leading in the rotation direction of the corresponding pump gear , and a trailing tooth flank , wherein the leading tooth flank of the first pump gear interacts with the trailing tooth flank of the second pump gear to drive the second pump gear via the first pump gear , wherein the trailing tooth flanks of the first pump gear extend concavely at least in sections to form a fluid pocket at at least one axial position in the radial direction, wherein the fluid pocket in the respective trailing tooth flank of the first pump gear is only formed open-edged on one side, viewed in the axial direction, characterised in that the teeth of the second pump gear are symmetrically designed and the fluid pocket has a cross-section that is the same throughout in the axial direction.
A multilayer deep cycle battery separator comprising: a first automotive-sized separator layer and a second automotive-sized separator layer connected together, the first separator layer is a PE (polyethylene) separator and the second separator layer is a PE (polyethylene) separator; wherein each said automotive-sized separator layer is characterized by : a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils). a first automotive-sized separator layer and a second automotive-sized separator layer connected together, the first separator layer is a PE (polyethylene) separator and the second separator layer is a PE (polyethylene) separator; wherein each said automotive-sized separator layer is characterized by : a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils). a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils).
Microcapsules comprising a core, wherein the core comprises cinmethylin, and a shell, wherein the shell comprises a polyurea material which comprises the polyaddition product of diphenylmethane diisocyanate and/or at least one oligomer thereof and at least one amine having at least two primary amino groups; where the weight ratio of cinmethylin and the polyurea material of the shell is of from 40:1 to 100:1; and where the overall weight ratio of cinmethylin and the diphenylmethane diisocyanate and/or at least one oligomer thereof present in the shell in polymerized form is of from 60:1 to 120:1.
A method for presenting media content to a user at user equipment , the method comprising: receiving a request for one of: adding media content to a media profile of the user; and scheduling a series recording of the media content; in response to the request, adding the media content to the media profile; determining if the media content is serial programming; in response to determining that the requested media content is serial programming, tracking, within the media profile, viewing progress of the user through serial programming; and generating for display a screen wherein, in response to determining that the user has missed a first episode of the serial programming, an option is presented to the user for allowing the user to skip the first episode of the serial programming and advance the user's viewing progress within the media profile as if the first episode had been watched by the user. receiving a request for one of: adding media content to a media profile of the user; and scheduling a series recording of the media content; adding media content to a media profile of the user; and scheduling a series recording of the media content; in response to the request, adding the media content to the media profile; determining if the media content is serial programming; in response to determining that the requested media content is serial programming, tracking, within the media profile, viewing progress of the user through serial programming; and generating for display a screen wherein, in response to determining that the user has missed a first episode of the serial programming, an option is presented to the user for allowing the user to skip the first episode of the serial programming and advance the user's viewing progress within the media profile as if the first episode had been watched by the user.
Grease composition containing, a urea compound as a thickener, a base oil, an alkaline earth metal salicylate and/or an alkaline earth metal phenate as a first additive constituent, a metal soap, being a stearic acid metal salt, as a second additive constituent, and a calcium sulphonate and/or a zinc naphthenate as a third additive constituent, wherein the blended amount of the aforementioned urea compound is 0.5 to 50 parts by mass, wherein the blended amount of the aforementioned first constituent is 0.1 to 10 parts by mass, wherein the blended amount of the aforementioned second constituent is 0.1 to 10 parts by mass, and the blended amount of the aforementioned third constituent is 0.1 to 10 parts by mass, taking the total grease composition as 100 parts by mass.
A two-dimensional code, comprising cells representing binary-coded data that are arranged as a pattern in the form of a two-dimensional matrix, wherein the two-dimensional code comprises three or more different position detection patterns (12A-12D, 52A-52D) that can be individually detected from an image, characterized in that at least two of the position detection patterns (12A-12D, 52A-52D) are in the form of a closed frame and have different line width ratios when one of the position detection patterns is 90° rotated and in that the at least two of the position detection patterns (12A-12D, 52A-52D) have accorded external shapes. the two-dimensional code comprises three or more different position detection patterns (12A-12D, 52A-52D) that can be individually detected from an image, characterized in that at least two of the position detection patterns (12A-12D, 52A-52D) are in the form of a closed frame and have different line width ratios when one of the position detection patterns is 90° rotated and in that the at least two of the position detection patterns (12A-12D, 52A-52D) have accorded external shapes.
A computer system comprising one or more processing units and memory , wherein the computer system implements an encoder system configured to perform operations comprising: encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, and wherein the control data includes, for each of the tile regions in the given tile set, one or more location parameters to indicate location of the tile region, T characterized in that the control data further includes a flag that indicates whether or not first sample values match second sample values, wherein the first sample values are reconstructed for the given tile set if portions outside the given tile set are not decoded, and wherein the second sample values are reconstructed for the given tile set if all of the portions outside the given tile set are decoded. encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, and wherein the control data includes, for each of the tile regions in the given tile set, one or more location parameters to indicate location of the tile region, T characterized in that the control data further includes a flag that indicates whether or not first sample values match second sample values, wherein the first sample values are reconstructed for the given tile set if portions outside the given tile set are not decoded, and wherein the second sample values are reconstructed for the given tile set if all of the portions outside the given tile set are decoded.
A method for the preparation of a compound of Formula IV wherein P 1 is H or a suitable protecting group; comprising the preparation of a compound of Formula I wherein P 2 is H or a suitable protecting group and R 1 is H or C 1-6 alkyl by Steps 1 and 2 ; and conversion of the compound of Formula I into the compound of Formula IV by Steps 3 to 7 wherein P 1 is H or a suitable protecting group; comprising the preparation of a compound of Formula I wherein P 2 is H or a suitable protecting group and R 1 is H or C 1-6 alkyl by Steps 1 and 2 ; and conversion of the compound of Formula I into the compound of Formula IV by Steps 3 to 7
A method for adaptively detecting a voice activity in an input audio signal consisting of frames, the method comprising the steps of: determining (S1) a long term signal to noise ratio, lsnr, of the input audio signal based at least on a received input frame of the input audio signal, wherein the received input frame of the audio signal is divided into several sub-bands; obtaining a signal to noise ratio, snr, for each sub-band of the input frame; calculating (S3) a sub-band specific parameter, sbsp, based on said respective sub-band's signal to noise ratio (snr) for each sub-band using an adaptive function (AF), wherein the sbsp of the i th sub-band sbsp(i) is calculated as follows: sbsp i = ƒ snr i + α β where i is a sub-band index of the i th sub-band, snr(i) is a signal to noise ratio of the i th sub-band, (f(snr(i)) + α) β is the adaptive function, αand β are two configurable variables of the adaptive function; deriving (S5) a modified segmental signal to noise ratio, mssnr, by adding the calculated sub-band specific parameters (sbsp) of each sub-band, wherein the mssnr is calculated as follows: mssnr = ∑ i = 1 N sbsp i where N is the number of frequency sub-bands into which said input frame is divided; and comparing (S6) the mssnr with a threshold value, thr, to provide a voice activity detection decision (VADD). determining (S1) a long term signal to noise ratio, lsnr, of the input audio signal based at least on a received input frame of the input audio signal, wherein the received input frame of the audio signal is divided into several sub-bands; obtaining a signal to noise ratio, snr, for each sub-band of the input frame; calculating (S3) a sub-band specific parameter, sbsp, based on said respective sub-band's signal to noise ratio (snr) for each sub-band using an adaptive function (AF), wherein the sbsp of the i th sub-band sbsp(i) is calculated as follows: sbsp i = ƒ snr i + α β where i is a sub-band index of the i th sub-band, snr(i) is a signal to noise ratio of the i th sub-band, (f(snr(i)) + α) β is the adaptive function, αand β are two configurable variables of the adaptive function; deriving (S5) a modified segmental signal to noise ratio, mssnr, by adding the calculated sub-band specific parameters (sbsp) of each sub-band, wherein the mssnr is calculated as follows: mssnr = ∑ i = 1 N sbsp i where N is the number of frequency sub-bands into which said input frame is divided; and comparing (S6) the mssnr with a threshold value, thr, to provide a voice activity detection decision (VADD).
Method for operating a control device for a vehicle, wherein - the control device is in the form of a multi-core processor having at least two cores (C0, C1) for executing computing processes (T1, T2) in a parallel manner and comprises a communication interface (K), via which the control device can be coupled to a diagnostic unit using signalling, in which - the computing processes (T1, T2) are each assigned to a predefined system cycle duration of the control device , - if all computing processes (T1, T2) which are assigned to the same predefined system cycle duration have been concluded, an output signal is provided via the communication interface (K) of the control device , said output signal comprising at least one of input, output or intermediate values of the computing processes (T1, T2), characterized in that - a selection signal which is representative of the input and/or output and/or intermediate values to be assigned to the output signal is provided, and - the respective input and/or output and/or intermediate value of the computing processes (T1, T2) is assigned to the output signal on the basis of the selection signal. - the control device is in the form of a multi-core processor having at least two cores (C0, C1) for executing computing processes (T1, T2) in a parallel manner and comprises a communication interface (K), via which the control device can be coupled to a diagnostic unit using signalling, in which - the computing processes (T1, T2) are each assigned to a predefined system cycle duration of the control device , - if all computing processes (T1, T2) which are assigned to the same predefined system cycle duration have been concluded, an output signal is provided via the communication interface (K) of the control device , said output signal comprising at least one of input, output or intermediate values of the computing processes (T1, T2), characterized in that - a selection signal which is representative of the input and/or output and/or intermediate values to be assigned to the output signal is provided, and - the respective input and/or output and/or intermediate value of the computing processes (T1, T2) is assigned to the output signal on the basis of the selection signal.
A dissolving pulp comprising cellulosic material, wherein the cellulosic material consists of Acacia crassicarpa cellulosic material.
An apparatus comprising a guidance structure ; and a housing which has a first flange for connecting the apparatus to a recipient having an inner space and which has a second flange for connecting the apparatus to a high-vacuum pump , characterized in that the guidance structure is arranged and designed as optically dense in such a manner that each molecule passing directly from the inner space through the first flange carries out at least two collisions with the apparatus on the way between the first and second flanges.
A channel quality information reporting method, comprising: obtaining (S201), by user equipment, UE, a reporting manner of reporting a reference signal index and reference signal received power, RSRP, corresponding to the reference signal index by the UE; and reporting (S202), by the UE, the reference signal index and the RSRP corresponding to the reference signal index to a base station using the reporting manner; wherein the reporting manner comprises a reporting granularity; wherein the reporting granularity comprises a first reporting granularity and a second reporting granularity, wherein the first reporting granularity is greater than the second reporting granularity; wherein when the reporting (S202), by the UE, the reference signal index and the RSRP is on a physical uplink control channel, the reporting granularity is the first reporting granularity, and when the reporting (S202), by the UE, the reference signal index and the RSRP is on a physical uplink shared channel, the reporting granularity is the second reporting granularity; and wherein the method further comprises determining, by the UE, the reporting granularity based on the RSRP. obtaining (S201), by user equipment, UE, a reporting manner of reporting a reference signal index and reference signal received power, RSRP, corresponding to the reference signal index by the UE; and reporting (S202), by the UE, the reference signal index and the RSRP corresponding to the reference signal index to a base station using the reporting manner; wherein the reporting manner comprises a reporting granularity; wherein the reporting granularity comprises a first reporting granularity and a second reporting granularity, wherein the first reporting granularity is greater than the second reporting granularity; wherein when the reporting (S202), by the UE, the reference signal index and the RSRP is on a physical uplink control channel, the reporting granularity is the first reporting granularity, and when the reporting (S202), by the UE, the reference signal index and the RSRP is on a physical uplink shared channel, the reporting granularity is the second reporting granularity; and wherein the method further comprises determining, by the UE, the reporting granularity based on the RSRP.
A voltage conversion apparatus having a first loop circuit and a second loop circuit which share an inductance component ( L ), in which a current passes through the first and second loop circuits alternately in accordance with ON/OFF operation of a first switching element ( Q1 ) provided in the first loop circuit , characterized in that a direction of a magnetic field through the first loop circuit generated at the ON operation of the first switching element ( Q1 ) in the first loop circuit is the same as a direction of a magnetic field through the second loop circuit generated at the OFF operation of the first switching element ( Q1 ) in the first loop circuit subsequent to the ON operation.
Thread-laying device for a thread-joining unit of a textile machine producing cross-wound bobbins, comprising - a gripper tube having a gripper tube mouth to which suction air can be applied, - a gripper tube flap which is arranged on the gripper tube so as to be pivotable between an open position, which releases the gripper tube mouth , and a closed position, which closes the gripper tube mouth , which gripper tube flap is biased towards the closed position by a magnetic field, characterized in that the gripper tube and the gripper tube flap have permanent magnet units which are arranged opposite one another in the open position, are oriented so as to repel one another and form a magnet pair. - a gripper tube having a gripper tube mouth to which suction air can be applied, - a gripper tube flap which is arranged on the gripper tube so as to be pivotable between an open position, which releases the gripper tube mouth , and a closed position, which closes the gripper tube mouth , which gripper tube flap is biased towards the closed position by a magnetic field,