mhurhangee/patent-ind-claim-en huggingface dataset:
System for preparing a quantity of beverage suitable for consumption, including: - a first exchangeable capsule having a first exit face ; - a second exchangeable capsule having a second exit face , the second exit face having a larger diameter (D B ) than the first exit face; - an apparatus for selectively preparing a beverage from the first exchangeable capsule or the second exchangeable capsule ; the apparatus including an extraction plate having a plurality of relief elements for selectively engaging one of the first and second exit faces, and a fluid dispensing device for supplying an amount of fluid, such as water, under pressure to a selected one of the exchangeable capsules, so as to press its exit face onto the relief elements, for opening the exit face, characterized in that the extraction plate and the second exit face are adapted to each other such that the second exit face tears on the extraction plate over a larger surface area than the first exit face, and/or wherein the extraction plate and the second exit face are adapted to each other such that the second exit face tears on the extraction plate on more locations than the first exit face, such that a flow resistance of the second exit face when opened is less than a flow resistance of the first exit face when opened. - a first exchangeable capsule having a first exit face ; - a second exchangeable capsule having a second exit face , the second exit face having a larger diameter (D B ) than the first exit face; - an apparatus for selectively preparing a beverage from the first exchangeable capsule or the second exchangeable capsule ; the apparatus including an extraction plate having a plurality of relief elements for selectively engaging one of the first and second exit faces, and a fluid dispensing device for supplying an amount of fluid, such as water, under pressure to a selected one of the exchangeable capsules, so as to press its exit face onto the relief elements, for opening the exit face, characterized in that the extraction plate and the second exit face are adapted to each other such that the second exit face tears on the extraction plate over a larger surface area than the first exit face, and/or wherein the extraction plate and the second exit face are adapted to each other such that the second exit face tears on the extraction plate on more locations than the first exit face, such that a flow resistance of the second exit face when opened is less than a flow resistance of the first exit face when opened.
A method for transmitting uplink control information, comprising: determining , by a terminal, uplink control information according to a size of a feedback window and according to a position of the feedback window, wherein the feedback window is a set of at least one downlink sub-frame for which feedback is to be made in a same uplink sub-frame, and the uplink control information comprises feedback information corresponding to the at least one downlink sub-frame in the feedback window; performing , by the terminal, Listen Before Talk, LBT, detection according to transmission time of the uplink control information, and determining an actual uplink transmission time; and transmitting , by the terminal, the determined uplink control information at the actual uplink transmission time; wherein performing , by the terminal, the LBT detection according to the transmission time of the uplink control information, and determining the actual uplink transmission time comprises: performing, by the terminal, the LBT detection at the transmission time of the uplink control information; determining, by the terminal, whether the LBT detection succeeds; and if the LBT detection succeeds, then determining, by the terminal, the time when the LBT detection succeeds as the actual uplink transmission time; and if the LBT detection fails, then performing, by the terminal, the LBT detection in a next sub-frame, and returning to the operation of determining whether the LBT detection succeeds. determining , by a terminal, uplink control information according to a size of a feedback window and according to a position of the feedback window, wherein the feedback window is a set of at least one downlink sub-frame for which feedback is to be made in a same uplink sub-frame, and the uplink control information comprises feedback information corresponding to the at least one downlink sub-frame in the feedback window; performing , by the terminal, Listen Before Talk, LBT, detection according to transmission time of the uplink control information, and determining an actual uplink transmission time; and transmitting , by the terminal, the determined uplink control information at the actual uplink transmission time; wherein performing , by the terminal, the LBT detection according to the transmission time of the uplink control information, and determining the actual uplink transmission time comprises: performing, by the terminal, the LBT detection at the transmission time of the uplink control information; determining, by the terminal, whether the LBT detection succeeds; and if the LBT detection succeeds, then determining, by the terminal, the time when the LBT detection succeeds as the actual uplink transmission time; and if the LBT detection fails, then performing, by the terminal, the LBT detection in a next sub-frame, and returning to the operation of determining whether the LBT detection succeeds.
A battery charging method comprising: determining a setting value of charging control information based on an overpotential value and a voltage value of a battery ; applying the setting value in the charging control information; and controlling a voltage applied to charge the battery based on the charging control information that applies the setting value, wherein the determining of the setting value comprises deriving a time value corresponding to a sum of the voltage value and the overpotential value based on an inverse function of a voltage function of the charging control information, and determining the time value as a shift value to shift the voltage function, and wherein applying of the setting value comprises shifting the voltage function based on the shift value. determining a setting value of charging control information based on an overpotential value and a voltage value of a battery ; applying the setting value in the charging control information; and controlling a voltage applied to charge the battery based on the charging control information that applies the setting value, wherein the determining of the setting value comprises deriving a time value corresponding to a sum of the voltage value and the overpotential value based on an inverse function of a voltage function of the charging control information, and determining the time value as a shift value to shift the voltage function, and wherein applying of the setting value comprises shifting the voltage function based on the shift value.
A communication method for Ethernet data, wherein the method comprises: receiving (S610), by a terminal device, downlink control information, DCI, from a network device, wherein the DCI is scrambled by using a first radio network temporary identifier, RNTI, the first RNTI is an RNTI for a broadcast-type or groupcast-type Ethernet packet, and the DCI comprises information used to indicate a time-frequency resource carrying the Ethernet packet; and receiving (S630), by the terminal device, a system information block, SIB, from the network device on the time-frequency resource indicated by the DCI, wherein the SIB comprises the Ethernet packet. receiving (S610), by a terminal device, downlink control information, DCI, from a network device, wherein the DCI is scrambled by using a first radio network temporary identifier, RNTI, the first RNTI is an RNTI for a broadcast-type or groupcast-type Ethernet packet, and the DCI comprises information used to indicate a time-frequency resource carrying the Ethernet packet; and receiving (S630), by the terminal device, a system information block, SIB, from the network device on the time-frequency resource indicated by the DCI, wherein the SIB comprises the Ethernet packet.
A method comprising: receiving, by an encoder device including a panner and an object analyzer, audio objects including audio signals and metadata, the audio signals spanning a set of azimuth angles; determining, by the object analyzer based on the audio signals and the metadata, a weight vector, the weight vector representing a respective weight of each azimuth angle; determining, by the object analyzer based on the audio signals and the metadata, warped azimuth angles, wherein the warped azimuth angles are varied based on weights in the weight vector; generating warped audio channels by the panner from the audio signals, including altering spatial positions of the audio signals according to the warped azimuth angles; and providing the warped audio channels and the weight vector to a decoder device for unwarping the warped audio channels based on the weight vector to output to a speaker system, wherein each weight corresponds to a respective audio signal amplitude at a respective azimuth angle, and the warped azimuth angles and the weight vector are time-varying, and wherein the warped azimuth angles increase angular distances between azimuth angles having higher weights and decrease angular distances between azimuth angles having lower weights. receiving, by an encoder device including a panner and an object analyzer, audio objects including audio signals and metadata, the audio signals spanning a set of azimuth angles; determining, by the object analyzer based on the audio signals and the metadata, a weight vector, the weight vector representing a respective weight of each azimuth angle; determining, by the object analyzer based on the audio signals and the metadata, warped azimuth angles, wherein the warped azimuth angles are varied based on weights in the weight vector; generating warped audio channels by the panner from the audio signals, including altering spatial positions of the audio signals according to the warped azimuth angles; and providing the warped audio channels and the weight vector to a decoder device for unwarping the warped audio channels based on the weight vector to output to a speaker system, wherein each weight corresponds to a respective audio signal amplitude at a respective azimuth angle, and the warped azimuth angles and the weight vector are time-varying, and wherein the warped azimuth angles increase angular distances between azimuth angles having higher weights and decrease angular distances between azimuth angles having lower weights.
A block storage arrangement having multiple container stacking compartments , a loading compartment arranged below the container stacking compartments , at least one loading vehicle which is movable in the loading compartment and with which containers can be stored from below in a container stacking compartment and can be removed from below from the container stacking compartment , and which has an electric drive assembly and an electrically rechargeable battery , and at least one transfer station , characterized in that an electrical charging device for the battery is arranged in the transfer station .
A capacitive touch assembly, comprising a cover plate and a printed circuit board assembly , wherein the capacitive touch assembly further comprises a conductor located between the cover plate and the printed circuit board assembly and electrically connected to the printed circuit board assembly , wherein the conductor is an elastic conductor , wherein the elastic conductor comprises a helical section , a bending section and an extension section between the helical section and the bending section , characterized in that the cover plate comprises a touch key , and a mounting groove being provided at a side of the cover plate opposite to the touch key and at a position corresponding to the touch key , and configured to receive the helical section of the elastic conductor , wherein a retaining rib is provided in the mounting groove configured to position and retain the elastic conductor .
A glass having a surface and a thickness t of from 0.05 mm to 1 mm, the glass comprising: a first region under a compressive stress, the first region extending from the surface to a depth of layer DOL in the glass, wherein the compressive stress CS has a maximum compressive stress CS1 at the surface and varies with distance d from the surface according to a function other than a complementary error function; and a second region under tensile stress, the second region extending from the depth of layer into the glass, wherein for the second region a value CT C determined by triangle approximation is equal to [(CS • DOL) / (t - (2•DOL))], and further wherein CT C , expressed in MPa, is greater than -37.6 ln(t)(MPa) + 48.7(MPa); and the second region further comprising an achieved central tension CT A , expressed in MPa, that is less than or equal to -37.6 ln(t)(MPa) + 48.7(MPa), wherein the glass is non-frangible. a first region under a compressive stress, the first region extending from the surface to a depth of layer DOL in the glass, wherein the compressive stress CS has a maximum compressive stress CS1 at the surface and varies with distance d from the surface according to a function other than a complementary error function; and a second region under tensile stress, the second region extending from the depth of layer into the glass, wherein for the second region a value CT C determined by triangle approximation is equal to [(CS • DOL) / (t - (2•DOL))], and further wherein CT C , expressed in MPa, is greater than -37.6 ln(t)(MPa) + 48.7(MPa); and the second region further comprising an achieved central tension CT A , expressed in MPa, that is less than or equal to -37.6 ln(t)(MPa) + 48.7(MPa), wherein the glass is non-frangible.
A method for a user equipment, UE , to perform wireless communications, configuration parameters for communications with a first group of cells and second DRX configuration parameters for communications with a second group of cells, wherein the first DRX configuration parameters and the second DRX configuration parameters share common starting time parameters; monitoring for communications by the first group of cells operating in first frequency resources based on the first DRX configuration parameters; monitoring for communications by the second group of cells operating in second frequency resources based on the second DRX configuration parameters; and characterised in that the first and second DRX configuration parameters include a common short DRX cycle timer such that the UE operates in a same DRX cycle for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources, wherein the first and second DRX configuration parameters include different timers for an ON duration timer and/or an inactivity timer for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources. configuration parameters for communications with a first group of cells and second DRX configuration parameters for communications with a second group of cells, wherein the first DRX configuration parameters and the second DRX configuration parameters share common starting time parameters; monitoring for communications by the first group of cells operating in first frequency resources based on the first DRX configuration parameters; monitoring for communications by the second group of cells operating in second frequency resources based on the second DRX configuration parameters; and characterised in that the first and second DRX configuration parameters include a common short DRX cycle timer such that the UE operates in a same DRX cycle for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources, wherein the first and second DRX configuration parameters include different timers for an ON duration timer and/or an inactivity timer for the first group of cells operating in the first frequency resources and the second group of cells operating in the second frequency resources.
A method for automatically displaying text content in a context based on passive user cues, comprising: identifying, with one or more processors , most important portions of the text content; detecting, with the one or more processors, passive cues of the user ; determining, with the one or more processors, a viewing context based on the passive cues of the user, wherein potential viewing contexts include a first overview context wherein the most important portions of the text content are displayed, and a detailed reading context wherein the text content is displayed in its entirety; and providing, with the one or more processors, the text content for display in the determined viewing context; wherein detecting the passive cues of the user comprises detecting: a speed at which the user is scrolling through the text content, and current activities of the user; and wherein an amount of the text content displayed in the first overview context is based on the speed at which the user is scrolling and the current activities of the user. identifying, with one or more processors , most important portions of the text content; detecting, with the one or more processors, passive cues of the user ; determining, with the one or more processors, a viewing context based on the passive cues of the user, wherein potential viewing contexts include a first overview context wherein the most important portions of the text content are displayed, and a detailed reading context wherein the text content is displayed in its entirety; and providing, with the one or more processors, the text content for display in the determined viewing context; wherein detecting the passive cues of the user comprises detecting: a speed at which the user is scrolling through the text content, and current activities of the user; and a speed at which the user is scrolling through the text content, and current activities of the user; and wherein an amount of the text content displayed in the first overview context is based on the speed at which the user is scrolling and the current activities of the user.
A dose of a food supplement comprising chromium and the five amino acids leucine, isoleucine, valine, threonine and lysine, wherein leucine, isoleucine, valine, threonine and lysine are the only amino acids present in the dose of the food supplement, and wherein the sum content of the five amino acids is from 1.75 to 3.5 g in the dose of the food supplement, and wherein the content of chromium is from 4.5 to 61 μg in the dose of the food supplement.
A medical, hand-driven bending instrument for bending a surgical rodlike implant about a bending axis thereof comprising - a handle consisting of a handle gripping portion and a handle effector portion which handle effector portion is adapted to contact an implant to be bent at two stopper positions distanced from each other in longitudinal direction of the rod, - a carriage moveably supported in/on/at the handle effector portion and being adapted to contact the implant at a bending position between the two stopper positions and - a lever , having a lever gripping portion and a lever effector portion at/in which the lever is pivotably connected with the handle at/in the handle effector portion, characterized in that a pawl is pivotably connected with the lever at/in the lever effector portion which pawl is adapted to frictionally and/or form-fittingly engage with said carriage for moving the carriage toward the implant to be bent when the lever gripping portion is manually pivoted against the handle gripping portion and to disengage from said carriage when the lever gripping portion is pivoted away from the handle gripping portion. - a handle consisting of a handle gripping portion and a handle effector portion which handle effector portion is adapted to contact an implant to be bent at two stopper positions distanced from each other in longitudinal direction of the rod, - a carriage moveably supported in/on/at the handle effector portion and being adapted to contact the implant at a bending position between the two stopper positions and - a lever , having a lever gripping portion and a lever effector portion at/in which the lever is pivotably connected with the handle at/in the handle effector portion, characterized in that a pawl is pivotably connected with the lever at/in the lever effector portion which pawl is adapted to frictionally and/or form-fittingly engage with said carriage for moving the carriage toward the implant to be bent when the lever gripping portion is manually pivoted against the handle gripping portion and to disengage from said carriage when the lever gripping portion is pivoted away from the handle gripping portion.
An acupuncture needle packaging container (P), comprising: a container body having a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle , and a peripheral portion positioned higher than a bottom portion of the storage recesses ; a sheet member configured to cover the container body and attached to the peripheral portion ; and an easily-bending portion crossing a longitudinal direction of a needle grip of an acupuncture needle stored in the storage recesses and provided on the container body below the needle grip , wherein the acupuncture needle is at least embedded and stored in the storage recesses , in a case in which the container body is bent through the easily-bending portion and the bent inverted V-shaped container body is placed on a mounting surface , the container body has a rigidity to maintain the inverted V-shape, and at a cross section of the easily-bending portion crossing the longitudinal direction of the acupuncture needle , a side wall of the container body , with respect to the bottom portion of the container body , is formed obliquely toward an outer side of the container body and the peripheral portion so that the side wall and the bottom portion form an angle R. a container body having a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle , and a peripheral portion positioned higher than a bottom portion of the storage recesses ; a plurality of storage recesses arranged side by side, each of the plurality of storage recesses configured to store an acupuncture needle , and a peripheral portion positioned higher than a bottom portion of the storage recesses ; a sheet member configured to cover the container body and attached to the peripheral portion ; and an easily-bending portion crossing a longitudinal direction of a needle grip of an acupuncture needle stored in the storage recesses and provided on the container body below the needle grip , wherein the acupuncture needle is at least embedded and stored in the storage recesses , in a case in which the container body is bent through the easily-bending portion and the bent inverted V-shaped container body is placed on a mounting surface , the container body has a rigidity to maintain the inverted V-shape, and at a cross section of the easily-bending portion crossing the longitudinal direction of the acupuncture needle , a side wall of the container body , with respect to the bottom portion of the container body , is formed obliquely toward an outer side of the container body and the peripheral portion so that the side wall and the bottom portion form an angle R.