mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating an apparatus, the method comprising: determining whether at least two of a plurality of channel state information, CSI, reports are to be transmitted for periodic reporting on a physical uplink control channel, PUCCH, in a subframe, each of the plurality of CSI reports related to a respective one of a plurality of component carriers and each of the plurality of component carriers having an associated priority; on a condition that the determination is positive, dropping at least one lower priority CSI report of the plurality of CSI reports, wherein: a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and transmitting , subsequent to the dropping, at least one prioritized CSI report of the plurality of CSI reports on the PUCCH in the subframe. determining whether at least two of a plurality of channel state information, CSI, reports are to be transmitted for periodic reporting on a physical uplink control channel, PUCCH, in a subframe, each of the plurality of CSI reports related to a respective one of a plurality of component carriers and each of the plurality of component carriers having an associated priority; on a condition that the determination is positive, dropping at least one lower priority CSI report of the plurality of CSI reports, wherein: a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and a CSI report containing a Rank Indicator, RI, is prioritized over one or more CSI reports containing a Channel Quality Indicator, CQI, and a CSI report containing a RI for a component carrier with a highest associated priority is prioritized over one or more CSI reports containing a RI for a respective component carrier of lower associated priority; and transmitting , subsequent to the dropping, at least one prioritized CSI report of the plurality of CSI reports on the PUCCH in the subframe.
A light-emitting device comprising: a mounting substrate including a mounting region ; light-emitting elements mounted on the mounting region ; a sealing resin which contains a phosphor and integrally seals the light-emitting elements ; and at least one heat transfer member which is arranged among the light-emitting elements on the mounting region , is embedded in the sealing resin , and has a higher thermal conductivity than the sealing resin , characterized in that the heat transfer member includes a fence-like circumferential surface surrounding a periphery of the light-emitting elements . a mounting substrate including a mounting region ; light-emitting elements mounted on the mounting region ; a sealing resin which contains a phosphor and integrally seals the light-emitting elements ; and at least one heat transfer member which is arranged among the light-emitting elements on the mounting region , is embedded in the sealing resin , and has a higher thermal conductivity than the sealing resin , characterized in that the heat transfer member includes a fence-like circumferential surface surrounding a periphery of the light-emitting elements .
A method, using which a lubricant flow rate at a centrifuge is monitored, in particular of a separator , which has a rotatable drum , which is rotatable using a drive device, wherein the drive device has a motor , which directly or indirectly drives a drive spindle , which is coupled in a rotationally-fixed manner to the drum , wherein the drive spindle is rotatably mounted in a bearing housing by at least one bearing arrangement having at least one bearing and wherein the centrifuge has a device for lubricant supply , using which the bearing arrangement is supplied with lubricant, characterized by the following steps: a. rotating the drive spindle using the motor and simultaneously operating the lubricant supply to generate a lubricant flow rate through the bearing arrangement; b. monitoring the lubricant flow rate through the bearing arrangement on the basis of at least one measurement of a temperature of the lubricant at at least one measurement point (M1, M2) on or in the device for lubricant supply , c. wherein a point of the lubricant supply is used as the respective measurement point (M1, M2) at which a temperature sensor is arranged, and wherein the output signal of this sensor is evaluated by an evaluation unit, and d. wherein the monitoring comprises a comparison of the measured temperature or a variable dependent thereon to at least one predetermined condition, and wherein in the event of a deviation from the condition, an action is triggered, characterized in that e. at a first measurement point (M1) in the device for lubricant supply and at a second measurement point (M2), a temperature of the lubricant is measured in each case and a temperature differential ΔT is calculated in each case from the two measured values (M1, M2) and the calculated temperature differential ΔT is compared to a condition defined as the condition of step c. a. rotating the drive spindle using the motor and simultaneously operating the lubricant supply to generate a lubricant flow rate through the bearing arrangement; b. monitoring the lubricant flow rate through the bearing arrangement on the basis of at least one measurement of a temperature of the lubricant at at least one measurement point (M1, M2) on or in the device for lubricant supply , c. wherein a point of the lubricant supply is used as the respective measurement point (M1, M2) at which a temperature sensor is arranged, and wherein the output signal of this sensor is evaluated by an evaluation unit, and d. wherein the monitoring comprises a comparison of the measured temperature or a variable dependent thereon to at least one predetermined condition, and wherein in the event of a deviation from the condition, an action is triggered, characterized in that e. at a first measurement point (M1) in the device for lubricant supply and at a second measurement point (M2), a temperature of the lubricant is measured in each case and a temperature differential ΔT is calculated in each case from the two measured values (M1, M2) and the calculated temperature differential ΔT is compared to a condition defined as the condition of step c.
Folding covering for a convertible vehicle, which folding covering comprises a top linkage and a top cover, which top linkage can be adjusted between a closed position and an open position via a roof kinematic system, the roof kinematic system being configured as a four-bar linkage kinematic system (V) and having a first and a second link , the first link of the four-bar linkage kinematic system being configured such that it can be adjusted via a drive member , and, furthermore, a tensioning hoop which is assigned to the top linkage and is mounted such that it can be adjusted via a tensioning hoop kinematic system being provided, to which tensioning hoop the top cover is fastened, the roof kinematic system being coupled to the tensioning hoop kinematic system in such a way that, during a movement of the roof kinematic system, the tensioning hoop performs an adjusting movement, the tensioning hoop kinematic system comprising a guide link and a coupling link , the coupling link being connected in an articulated manner to the second link of the four-bar linkage kinematic system, and the guide link being connected at its first end region via a bearing point in an articulated manner to the coupling link and via the second end region via a bearing point in an articulated manner to the tensioning hoop , and, furthermore, the top linkage having a storm linkage which is configured such that it can be adjusted via a control device between a locked position, in which the tensioning hoop is loaded by the storm linkage , and an unlocked position, the storm linkage having an upper and a lower storm rod which are connected to one another in an articulated manner via a bearing point , and the control device comprising a four-rod linkage and a second drive member , the four-rod linkage having an upper and a lower toggle lever which are connected to one another in an articulated manner via a bearing point , the upper toggle lever being attached in an articulated manner via a bearing point on a projection which is configured as an extension of the lower storm rod in the region of the bearing point , and the lower toggle lever being connected in an articulated manner to the drive member , and the lower toggle lever additionally being attached in an articulated manner via a bearing point which is fixed to the vehicle body.
A computer program stored in a computer-readable recording medium to execute an augmented reality providing method by using a computer, the augmented reality providing method comprising: obtaining plane information of a plane (P1 - P3) including a plurality of points (S1 - S4), by using distances from a distance sensor to the plurality of points (S1 - S4), wherein the distances are measured by the distance sensor provided in a terminal ; obtaining a normal vector (N1 - N3) of the plane (P1 - P3) by using the plane information and direction information of the terminal measured by a direction sensor ; determining a parameter of an object to be displayed on the plane (P1 - P3), considering the normal vector (N1 - N3), wherein the parameter comprises at least one of a size of the object, direction of the object, color of the object, or an animation applied to the object; and displaying the object according to the determined parameter, on a display unit of the terminal . obtaining plane information of a plane (P1 - P3) including a plurality of points (S1 - S4), by using distances from a distance sensor to the plurality of points (S1 - S4), wherein the distances are measured by the distance sensor provided in a terminal ; obtaining a normal vector (N1 - N3) of the plane (P1 - P3) by using the plane information and direction information of the terminal measured by a direction sensor ; determining a parameter of an object to be displayed on the plane (P1 - P3), considering the normal vector (N1 - N3), wherein the parameter comprises at least one of a size of the object, direction of the object, color of the object, or an animation applied to the object; and displaying the object according to the determined parameter, on a display unit of the terminal .
A method for enriching cancer nucleic acid, comprising: (a) obtaining cell-free circulating sample nucleic acid from a biological sample comprising cancer cells from a subject, which sample nucleic acid comprises a first histone-associated nucleic acid species and a second histone-associated nucleic acid species; and (b) separating some or substantially all of the first histone-associated nucleic acid species from the second histone-associated nucleic acid species, thereby generating a separation product enriched for the second histone-associated nucleic acid species, wherein cancer nucleic acid in the separation product is enriched relative to cancer nucleic acid in the sample nucleic acid, wherein separating some or substantially all of the first histone-associated nucleic acid species from the second histone-associated nucleic acid species comprises: i) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the first histone-associated nucleic acid species, wherein the histone is selected from the group consisting of H1.1, H1.3, and H1.5; and/or ii) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the second histone-associated nucleic acid species, wherein the histone is H1.0. (a) obtaining cell-free circulating sample nucleic acid from a biological sample comprising cancer cells from a subject, which sample nucleic acid comprises a first histone-associated nucleic acid species and a second histone-associated nucleic acid species; and (b) separating some or substantially all of the first histone-associated nucleic acid species from the second histone-associated nucleic acid species, thereby generating a separation product enriched for the second histone-associated nucleic acid species, wherein cancer nucleic acid in the separation product is enriched relative to cancer nucleic acid in the sample nucleic acid, wherein separating some or substantially all of the first histone-associated nucleic acid species from the second histone-associated nucleic acid species comprises: i) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the first histone-associated nucleic acid species, wherein the histone is selected from the group consisting of H1.1, H1.3, and H1.5; and/or ii) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the second histone-associated nucleic acid species, wherein the histone is H1.0. i) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the first histone-associated nucleic acid species, wherein the histone is selected from the group consisting of H1.1, H1.3, and H1.5; and/or ii) contacting the sample nucleic acid with an agent that specifically binds to a histone associated with the second histone-associated nucleic acid species, wherein the histone is H1.0.
An in-cell touch screen, comprising a first substrate and a first electrode layer provided above the first substrate, wherein, the first electrode layer comprises touch control drive electrodes , touch control sensing electrodes and touch control amplification electrodes , which are mutually insulated, the touch control amplification electrodes are provided in a gap between the touch control drive electrodes and the touch control sensing electrodes , during a display phase, at least the touch control drive electrodes and the touch control sensing electrodes are applied with a common voltage, and during a touch control phase, the touch control drive electrodes are applied with a touch control drive signal, and the touch control sensing electrodes output touch control sensing signals, characterized in that , the touch control amplification electrodes are suspended, meaning that there is not any electrical connection with the touch control amplification electrodes , during the touch control phase, each two adjacent touch control drive electrodes are electrically connected with each other by a first connection strip , and each two adjacent touch control sensing electrodes are electrically connected with each other by a second connection strip , the first connection strip and the second connection strip are spatially intersected with each other but electrically insulated from each other, and the touch control amplification electrodes provided in the gap are not intersected and overlap with the first connection strip and the second connection strip .
A tilting converter comprising: a container , defining a first longitudinal axis X, having a bottom ; a trunnion ring , coaxial to the container and spaced apart from said container, provided with two diametrically opposite trunnion pins , defining a second axis Y orthogonal to the first axis X, adapted to allow a rotation of the converter about said second axis Y; a suspension system, connecting said container to said trunnion ring , comprising suspension elements or groups of suspension elements , said suspension elements or said groups of suspension elements being arranged along a cylindrical or truncated cone side surface, coaxial to the first axis X, wherein there are provided deformation detecting means adapted to detect in real time the deformations to which the suspension elements are subjected, and wherein said deformation detecting means comprise deformation measuring instruments applied in at least one zone of each of said suspension elements . a container , defining a first longitudinal axis X, having a bottom ; a trunnion ring , coaxial to the container and spaced apart from said container, provided with two diametrically opposite trunnion pins , defining a second axis Y orthogonal to the first axis X, adapted to allow a rotation of the converter about said second axis Y; a suspension system, connecting said container to said trunnion ring , comprising suspension elements or groups of suspension elements , said suspension elements or said groups of suspension elements being arranged along a cylindrical or truncated cone side surface, coaxial to the first axis X, wherein there are provided deformation detecting means adapted to detect in real time the deformations to which the suspension elements are subjected, and wherein said deformation detecting means comprise deformation measuring instruments applied in at least one zone of each of said suspension elements .
A passive sampling membrane, comprising: a continuous mesoporous sequestration media comprising a sequestration phase and a support membrane, the support membrane being configured to support the sequestration phase, wherein the sequestration phase comprises a hydrophobic region and a hydrophilic region, wherein the continuous mesoporous sequestration media is configured to simultaneously sequester polar and non-polar organic substances, wherein the sequestration phase is a polymer, wherein the polymer includes the hydrophobic region and the hydrophilic region, wherein the hydrophobic region corresponds to a hydrophobic monomer and the hydrophilic region corresponds to a hydrophilic monomer, wherein the sequestration media is an in-situ formed continuous mesoporous phase embedded in the support membrane being a microfiber membrane. a continuous mesoporous sequestration media comprising a sequestration phase and a support membrane, the support membrane being configured to support the sequestration phase, wherein the sequestration phase comprises a hydrophobic region and a hydrophilic region, wherein the continuous mesoporous sequestration media is configured to simultaneously sequester polar and non-polar organic substances, wherein the sequestration phase is a polymer, wherein the polymer includes the hydrophobic region and the hydrophilic region, wherein the hydrophobic region corresponds to a hydrophobic monomer and the hydrophilic region corresponds to a hydrophilic monomer, wherein the sequestration media is an in-situ formed continuous mesoporous phase embedded in the support membrane being a microfiber membrane.
Hand-held vacuum cleaner, comprising - a housing body which has a drive unit and a suction material container and which has a first housing body connecting piece which is arranged at a first device body end, and a second housing body connecting piece which is arranged at a second device body end opposite the first device body end, - a handle , - a suction pipe having a tubular opening at a first suction pipe end and a suction pipe connecting piece at a second suction pipe end opposite the first suction pipe end , and - a floor nozzle , wherein the first housing body connecting piece can be releasably connected to the first suction pipe end and the floor nozzle , the second housing body connecting piece can be releasably connected to the first suction pipe end and the handle , and the suction pipe connecting piece can be releasably connected to the handle and the floor nozzle . - a housing body which has a drive unit and a suction material container and which has a first housing body connecting piece which is arranged at a first device body end, and a second housing body connecting piece which is arranged at a second device body end opposite the first device body end, - a handle , - a suction pipe having a tubular opening at a first suction pipe end and a suction pipe connecting piece at a second suction pipe end opposite the first suction pipe end , and - a floor nozzle ,
An ion removing system comprising: an electrolysis apparatus electrolyzing hard water to generate acidic water and alkaline water; an ion removing apparatus that comprises a hard water storage part storing the alkaline water generated by the electrolysis apparatus and a fine bubble generating part generating and supplying fine bubbles to the hard water storage part and that causes the fine bubbles to adsorb metal ions in the alkaline water in the hard water storage part to remove the metal ions from the alkaline water; a primary-side flow path connected to the ion removing apparatus to supply the hard water to the electrolysis apparatus ; a separating apparatus connected to the ion removing apparatus and separating crystals of a metal component deposited by crystallizing the metal ions removed from the alkaline water by the ion removing apparatus ; a secondary-side flow path connected to the separating apparatus to take out, from the separating apparatus , treated water obtained by separating the crystals; and a return flow path connected to the separating apparatus to return a portion of the treated water containing the crystals to the primary-side flow path , wherein the separating apparatus is a cyclone-type centrifugal separating apparatus having a tapered inner circumferential surface with a diameter decreasing downward and causing the alkaline water to spirally flow downward along the inner circumferential surface so that the crystals are separated, and wherein one end portion of the return flow path is opened on the inner circumferential surface side of the separating apparatus . an electrolysis apparatus electrolyzing hard water to generate acidic water and alkaline water; an ion removing apparatus that comprises a hard water storage part storing the alkaline water generated by the electrolysis apparatus and a fine bubble generating part generating and supplying fine bubbles to the hard water storage part and that causes the fine bubbles to adsorb metal ions in the alkaline water in the hard water storage part to remove the metal ions from the alkaline water; a primary-side flow path connected to the ion removing apparatus to supply the hard water to the electrolysis apparatus ; a separating apparatus connected to the ion removing apparatus and separating crystals of a metal component deposited by crystallizing the metal ions removed from the alkaline water by the ion removing apparatus ; a secondary-side flow path connected to the separating apparatus to take out, from the separating apparatus , treated water obtained by separating the crystals; and a return flow path connected to the separating apparatus to return a portion of the treated water containing the crystals to the primary-side flow path , wherein the separating apparatus is a cyclone-type centrifugal separating apparatus having a tapered inner circumferential surface with a diameter decreasing downward and causing the alkaline water to spirally flow downward along the inner circumferential surface so that the crystals are separated, and wherein one end portion of the return flow path is opened on the inner circumferential surface side of the separating apparatus .