mhurhangee/patent-ind-claim-en huggingface dataset:
A closure for a beverage cup comprising: a lid having an aperture and a drinking opening ; an upper member located, at least partially, on the outside of the lid , the upper member being rotatable between a first upper member position and a second upper member position; a lower member located, at least partially, on the inside of the lid , the lower member being coupled to the upper member via the aperture and being operable by rotation of the upper member between the first and second upper member positions, the lower member being operable between a first lower member position, in which the lower member closes the drinking opening and a second lower member position in which the drinking opening is unobstructed by the lower member ; characterised in that rotation of the upper member between the first upper member position and the second upper member position, causes the lower member to be lowered from the first lower member position away from the lid , so that the lower member is spaced from the drinking opening , and then, to be rotated away from the drinking opening to the second lower member position. a lid having an aperture and a drinking opening ; an upper member located, at least partially, on the outside of the lid , the upper member being rotatable between a first upper member position and a second upper member position; a lower member located, at least partially, on the inside of the lid , the lower member being coupled to the upper member via the aperture and being operable by rotation of the upper member between the first and second upper member positions, the lower member being operable between a first lower member position, in which the lower member closes the drinking opening and a second lower member position in which the drinking opening is unobstructed by the lower member ; characterised in that rotation of the upper member between the first upper member position and the second upper member position, causes the lower member to be lowered from the first lower member position away from the lid , so that the lower member is spaced from the drinking opening , and then, to be rotated away from the drinking opening to the second lower member position.
A manufacturing method for a header assembly for an implantable intracardiac device, wherein the header assembly comprises at least one tine extending from a base ring , wherein the base ring is conically formed, further comprising a header cap and a header base , wherein the header cap and the header base each comprise a supporting side surface corresponding to the conical form of the base ring , wherein the manufacturing method comprises the following steps: - an assembly step, wherein the conically formed base ring is placed between the header base and the header cap such that the conically formed base ring is located adjacent the supporting header base side surface of the header base and the supporting header cap side surface of the header cap , and - a subsequent fixing step, wherein the header cap is permanently fixed to the header base such that the conically formed base ring is located in a base ring groove formed by the supporting header cap side surface and the supporting header base side surface . - an assembly step, wherein the conically formed base ring is placed between the header base and the header cap such that the conically formed base ring is located adjacent the supporting header base side surface of the header base and the supporting header cap side surface of the header cap , and - a subsequent fixing step, wherein the header cap is permanently fixed to the header base such that the conically formed base ring is located in a base ring groove formed by the supporting header cap side surface and the supporting header base side surface .
A method of selecting cancer patients for treatment with onvansertib comprising determining phosphorylation of serine 46 of translational control tumor protein (TCTP) in a cancer sample obtained from a patient, wherein the sample is a sample of cells of the cancer or a sample of cell-free TCTP in the serum of the patient wherein phosphorylation is determined (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; and selecting the patient for treatment with onvansertib if the phosphorylation is decreased after the cells or cell-free TCTP have been exposed to onvansertib compared to before they have been exposed to onvansertib; wherein the cancer is acute myeloid leukemia (AML). determining phosphorylation of serine 46 of translational control tumor protein (TCTP) in a cancer sample obtained from a patient, wherein the sample is a sample of cells of the cancer or a sample of cell-free TCTP in the serum of the patient wherein phosphorylation is determined (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; and (a) prior to exposure of the cells or cell-free TCTP to onvansertib; and (b) after the cells or cell-free TCTP have been exposed to onvansertib; selecting the patient for treatment with onvansertib if the phosphorylation is decreased after the cells or cell-free TCTP have been exposed to onvansertib compared to before they have been exposed to onvansertib; wherein the cancer is acute myeloid leukemia (AML).
A computer-implemented method of processing a plurality of video streams in real-time, the method comprising: providing a hardware GPU configured with a shader configured to implement a bilateral filter; for each video stream of the plurality of video streams, receiving corresponding video images of the video stream; using the GPU or another processor to stitch corresponding video images of the video streams in sequence to generate stitched video images constituting a stitched video stream; using the GPU shader to apply the bilateral filter to the stitched video images of the stitched video stream to generate a filtered video stream in real-time; using the GPU or another processor to compress at least one video image of the filtered video stream; and transmitting the filtered video stream for display on a display device or storage in a storage device. providing a hardware GPU configured with a shader configured to implement a bilateral filter; for each video stream of the plurality of video streams, receiving corresponding video images of the video stream; using the GPU or another processor to stitch corresponding video images of the video streams in sequence to generate stitched video images constituting a stitched video stream; using the GPU shader to apply the bilateral filter to the stitched video images of the stitched video stream to generate a filtered video stream in real-time; using the GPU or another processor to compress at least one video image of the filtered video stream; and transmitting the filtered video stream for display on a display device or storage in a storage device.
A catalyst composition for converting an alcohol to a hydrocarbon containing a mixture of alkanes having at least four carbon atoms, the catalyst composition comprising a mixture of (i) a metal-loaded ZSM-5 catalyst catalytically active for converting said alcohol to said hydrocarbon, wherein said metal is vanadium, and (ii) a benzene alkylation catalyst selected from zeolite Y, mordenite, and MCM catalysts active for alkylating benzene; wherein said mixture is a solid solution containing particles of said metal-loaded ZSM-5 catalyst and separate particles of said benzene alkylation catalyst.
A method for measuring the frequency modulation f(t) of a laser source that comprises the following steps: - modulating the laser source over a period T, with a modulation controller ; - in a given period T, carrying out several measurements of a beat light intensity between two arms of an interferometer located downstream of the laser source and able to introduce a delay τ between the two arms, these measurements being synchronized with the control of the modulation; - calculating the frequency f(t) from the measurements; characterized in that - during each period T, f(t) varies, - the delay τ varies as a function of time over several periods T, with Δτ> 10% λ/c, and Δτ/τ < 0,01, where c is the speed of light and λ the wavelength of the source; - the measurements are carried out at the time t i in a given period and reiterated at t i +kT, with k≥1,the delay τ having varied from one iteration to the next, - and in that it comprises a step of - calculating a covariance matrix from temporal vectors x(t), the components of each vector x(t) being said measurements carried out in a same period T, the temporal vectors being separated by kT, - calculating eigenvectors and eigenvalues of the covariance matrix, - projecting the temporal vectors x(t) onto the eigenvectors associated with the highest non-negligible eigenvalues, so as to form an elliptical shape having a main axis, - the frequency modulation being obtained by the angle formed from projections of the vectors x(t) around the main axis. - modulating the laser source over a period T, with a modulation controller ; - in a given period T, carrying out several measurements of a beat light intensity between two arms of an interferometer located downstream of the laser source and able to introduce a delay τ between the two arms, these measurements being synchronized with the control of the modulation; - calculating the frequency f(t) from the measurements; characterized in that - during each period T, f(t) varies, - the delay τ varies as a function of time over several periods T, with Δτ> 10% λ/c, and Δτ/τ < 0,01, where c is the speed of light and λ the wavelength of the source; - the measurements are carried out at the time t i in a given period and reiterated at t i +kT, with k≥1,the delay τ having varied from one iteration to the next, - and in that it comprises a step of - calculating a covariance matrix from temporal vectors x(t), the components of each vector x(t) being said measurements carried out in a same period T, the temporal vectors being separated by kT, - calculating eigenvectors and eigenvalues of the covariance matrix, - projecting the temporal vectors x(t) onto the eigenvectors associated with the highest non-negligible eigenvalues, so as to form an elliptical shape having a main axis, - the frequency modulation being obtained by the angle formed from projections of the vectors x(t) around the main axis.
A zinc alloy plated steel sheet comprising a base steel sheet and a zinc alloy plating layer, wherein the zinc alloy plating layer comprises by wt%, aluminum (Al): 0.5% to 3%, magnesium (Mg): 0.5% to 3%, and a balance of zinc (Zn) and inevitable impurities, and the zinc alloy plating layer comprises a Zn single phase structure as a microstructure and a Zn-Al-Mg-based intermetallic compound, and the Zn single phase structure has a degree (f) of preferred orientation, expressed by Formula 1 below, within a range of 50% or greater, f % = I basal / I total × 100 where I total refers to an integral of all diffraction peaks of the Zn single phase structure when an X-ray diffraction pattern is measured within a range of 2 theta from 10° to 100° using a Cu-Kα source, and I basal refers to an integral of diffraction peaks of the Zn single phase structure relating to a basal plane.
A combustor wall for a turbine engine , the combustor wall comprising: a combustor shell extending axially along a centerline , the shell formed from a first material; and a combustor heat shield extending axially along the centerline , the heat shield formed from a second material that is different than the first material, and the heat shield connected to the shell by a bonded connection; wherein a cooling cavity is defined radially between the shell and the heat shield ; characterised in that the bonded connection comprises a partial transient liquid phase bonded connection. a combustor shell extending axially along a centerline , the shell formed from a first material; and a combustor heat shield extending axially along the centerline , the heat shield formed from a second material that is different than the first material, and the heat shield connected to the shell by a bonded connection; wherein a cooling cavity is defined radially between the shell and the heat shield ; characterised in that the bonded connection comprises a partial transient liquid phase bonded connection.
A transmission mode switching method for transmission mode switching in a combined cell, comprising: monitoring , by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending , by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition; and receiving, by the UE, a mode switching indication that is sent by the NodeB by using a downlink high speed-shared control channel, HS-SCCH, wherein the mode switching indication comprises information about a downlink transmission mode and an information about a node that sends downlink data; wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference. monitoring , by user equipment, UE, pilot signals sent by at least two nodes, wherein the pilot signals sent by the different nodes are different, and the pilot signals are used for differentiating the at least two nodes; and sending , by the UE, a physical layer measurement result report to a base station, NodeB, if the UE determines, according to the detected pilot signals, that measurement results of the pilot signals of the at least two nodes meet a preset trigger condition; and receiving, by the UE, a mode switching indication that is sent by the NodeB by using a downlink high speed-shared control channel, HS-SCCH, wherein the mode switching indication comprises information about a downlink transmission mode and an information about a node that sends downlink data; wherein the preset trigger condition is: the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls within a preset threshold range; or the UE detects that a parameter value of the pilot signals sent by the at least two nodes falls beyond a preset threshold range; wherein the parameter value of the pilot signals is any one of the following: a strength difference of the pilot signals, a channel quality difference, and a path gain difference.
A stereoscopic camera system comprising: a housing defining an exterior and an interior, wherein the camera system is configured to be positioned in a treatment room for viewing an object; and a pair of lenses mounted at either end of a front surface of the housing ; wherein one of the pair of lenses are positioned in front of a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector ; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that said heaters are provided attached to a rear side of a circuit board on which each of the image detectors are mounted, and wherein one or more conducting pads , thermally connected to the heater associated with the image detector, are provided around the periphery of each of the image detectors . a housing defining an exterior and an interior, wherein the camera system is configured to be positioned in a treatment room for viewing an object; and a pair of lenses mounted at either end of a front surface of the housing ; wherein one of the pair of lenses are positioned in front of a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector ; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that a first image detector for obtaining an image of an object from a first view point; and one of the pair of lenses are positioned in front of a second image detector for obtaining an image of an object from a second view point, fixed relative to the viewpoint of the first image detector ; wherein each of the image detectors are arranged to be contained within a micro climate of substantially constant temperature within the interior of the housing by being associated with heaters operable to maintain the image detectors at a substantially constant temperature; characterized in that said heaters are provided attached to a rear side of a circuit board on which each of the image detectors are mounted, and wherein one or more conducting pads , thermally connected to the heater associated with the image detector, are provided around the periphery of each of the image detectors .
Arrangement , comprising a fastening device for a function unit , wherein the fastening device comprises: - a housing , - a suction region which is arranged on the housing at the outside and with which the fastening device can be releasably fastened to an underlay , - a fastening interface for fastening the function unit , and - an electrically operated vacuum unit which is arranged in the housing and which is designed to provide a vacuum in the suction region , wherein the arrangement comprises the function unit , characterized in that the function unit comprises a guide device, namely a guide rail, a router guide, a milling template and/or a roll guide rail. - a housing , - a suction region which is arranged on the housing at the outside and with which the fastening device can be releasably fastened to an underlay , - a fastening interface for fastening the function unit , and - an electrically operated vacuum unit which is arranged in the housing and which is designed to provide a vacuum in the suction region , wherein the arrangement comprises the function unit , characterized in that the function unit comprises a guide device, namely a guide rail, a router guide, a milling template and/or a roll guide rail.
A composition for treating rice, wherein said composition comprises: selenium, iodine and an additive which is rice husk ash, optionally in admixture with leonardite humic extract and/or leonardite, wherein the composition is an aqueous composition, wherein: - said selenium is present in said composition in an amount from 0.001 g to 10 g per liter of aqueous composition; - said iodine is included in said composition at concentrations from 0.01 to 50 g/l of aqueous composition, and - said rice husk ash is included in the composition in amounts from 25 mg to 60 g per liter of aqueous composition. - said selenium is present in said composition in an amount from 0.001 g to 10 g per liter of aqueous composition; - said iodine is included in said composition at concentrations from 0.01 to 50 g/l of aqueous composition, and - said rice husk ash is included in the composition in amounts from 25 mg to 60 g per liter of aqueous composition.
A sample processing system comprising: a first base comprising an upper surface ; a sample plate mounted to the upper surface , the sample plate comprising: a top surface , a plurality of wells mounted to the top surface , each well comprising a well bottom surface and a well wall extending up from the well bottom surface, a plurality of reservoirs mounted to the top surface , each reservoir surrounding a corresponding well of the plurality of wells, and comprising a reservoir bottom surface and a reservoir wall defining, together with the well wall of the corresponding well, an interior of the reservoir; and a sliding head mounted to the first base to translate over the sample plate in a translation direction, the sliding head comprising: a housing comprising a second base , a magnet mounted in the housing to extend through the second base , and an adapter mounted to the second base. a first base comprising an upper surface ; a sample plate mounted to the upper surface , the sample plate comprising: a top surface , a plurality of wells mounted to the top surface , each well comprising a well bottom surface and a well wall extending up from the well bottom surface, a plurality of reservoirs mounted to the top surface , each reservoir surrounding a corresponding well of the plurality of wells, and comprising a reservoir bottom surface and a reservoir wall defining, together with the well wall of the corresponding well, an interior of the reservoir; and a top surface , a plurality of wells mounted to the top surface , each well comprising a well bottom surface and a well wall extending up from the well bottom surface, a plurality of reservoirs mounted to the top surface , each reservoir surrounding a corresponding well of the plurality of wells, and comprising a reservoir bottom surface and a reservoir wall defining, together with the well wall of the corresponding well, an interior of the reservoir; and a sliding head mounted to the first base to translate over the sample plate in a translation direction, the sliding head comprising: a housing comprising a second base , a magnet mounted in the housing to extend through the second base , and an adapter mounted to the second base. a housing comprising a second base , a magnet mounted in the housing to extend through the second base , and an adapter mounted to the second base.
A scroll vacuum pump comprising a fan controllable in its rotational speed for cooling the vacuum pump ; a temperature sensor; and a control device which is configured to regulate the rotational speed of the fan in dependence on a power consumption of a drive of the vacuum pump and on a temperature measured by the temperature sensor. a fan controllable in its rotational speed for cooling the vacuum pump ; a temperature sensor; and a control device which is configured to regulate the rotational speed of the fan in dependence on a power consumption of a drive of the vacuum pump and on a temperature measured by the temperature sensor.