mhurhangee/ep-ind-claims huggingface dataset:
A mounting device for an elongate flexible member extending through an aperture, comprising: an elongate body having a longitudinal axis; an internal passageway passing through the elongate body parallel to the longitudinal axis, for receipt of the elongate flexible member; a plurality of apertures in the elongate body, wherein the plurality of apertures are spaced around the elongate body at a first longitudinal position of the elongate body; an engagement member in each aperture and constrained to move along a displacement axis inclined to the longitudinal axis of the elongate body; a plurality of actuation members, each engaged with a respective engagement member, whereby displacement of the actuation member in a first direction displaces the engagement members outwardly to project beyond the periphery of the elongate body and displacement of the actuation members in a second, opposite direction displaces the engagement members inwardly; biasing means biasing the actuation members in the first direction; and a plurality of recesses spaced around the elongate body at a second longitudinal position of the elongate body, wherein the plurality of apertures correspond circumferentially with respect to the plurality of recesses, characterised in that the device further comprises a plurality of elongate passages in the elongate body in each of which one of the actuation members is located, wherein the elongate passages extend in a direction parallel to the longitudinal axis between each aperture and corresponding recess. an elongate body having a longitudinal axis; an internal passageway passing through the elongate body parallel to the longitudinal axis, for receipt of the elongate flexible member; a plurality of apertures in the elongate body, wherein the plurality of apertures are spaced around the elongate body at a first longitudinal position of the elongate body; an engagement member in each aperture and constrained to move along a displacement axis inclined to the longitudinal axis of the elongate body; a plurality of actuation members, each engaged with a respective engagement member, whereby displacement of the actuation member in a first direction displaces the engagement members outwardly to project beyond the periphery of the elongate body and displacement of the actuation members in a second, opposite direction displaces the engagement members inwardly; biasing means biasing the actuation members in the first direction; and a plurality of recesses spaced around the elongate body at a second longitudinal position of the elongate body, wherein the plurality of apertures correspond circumferentially with respect to the plurality of recesses, characterised in that the device further comprises a plurality of elongate passages in the elongate body in each of which one of the actuation members is located, wherein the elongate passages extend in a direction parallel to the longitudinal axis between each aperture and corresponding recess.
A method of accessing program meta-data for an electronic program guide, the method comprising: receiving a plurality of program meta-data virtual containers, a set of program identifiers and a set of time window identifiers, the set of program identifiers and the set of time window identifiers being associated with the plurality of program meta-data virtual containers, at least one of the virtual containers comprising normalized program meta-data of programs having instances in a plurality of time windows, wherein each of the set of program identifiers indicates instances of the programs which share at least one editorial description item of content and each of the set of time window identifiers indicates instances of the programs comprised in a particular time window; receiving an input indicating a selected time window, the input at least one of comprises and refers to a time-window identifier identifying the selected time window; receiving an input indicating a selected program, the input at least one of comprises and refers to the program identifier identifying the selected program; and filtering the plurality of virtual containers according to the time-window identifier and the program identifier so as to obtain a subset of the program meta-data which corresponds to at least the selected program in the selected time window. receiving a plurality of program meta-data virtual containers, a set of program identifiers and a set of time window identifiers, the set of program identifiers and the set of time window identifiers being associated with the plurality of program meta-data virtual containers, at least one of the virtual containers comprising normalized program meta-data of programs having instances in a plurality of time windows, wherein each of the set of program identifiers indicates instances of the programs which share at least one editorial description item of content and each of the set of time window identifiers indicates instances of the programs comprised in a particular time window; receiving an input indicating a selected time window, the input at least one of comprises and refers to a time-window identifier identifying the selected time window; receiving an input indicating a selected program, the input at least one of comprises and refers to the program identifier identifying the selected program; and filtering the plurality of virtual containers according to the time-window identifier and the program identifier so as to obtain a subset of the program meta-data which corresponds to at least the selected program in the selected time window.
A robot cleaner comprising a case; a suction device provided in the case; a suction nozzle configured to suck dust from a floor by driving of the suction device; a dust collection device configured to collect foreign substances contained in the air sucked via the suction nozzle; a wheel unit configured to allow the case to drive automatically; and a main controller configured to control the driving of the suction device and the wheel unit, wherein the robot cleaner further comprises, a Wi-Fi module provided in the case and arranged to provide an Access Point "AP"; and a NFC module provided in the case and arranged to provide an external terminal with AP information for access to the AP through NFC communication, wherein when the AP information received from the external terminal is authenticated, a Wi-Fi communication between the external terminal and the Wi-Fi module of the robot cleaner is enabled.
A complementary pair of sole plates for use with articles of footwear, comprising: a first plate and a second plate; the first plate including a first groove that divides a forefoot portion of the first plate into a first continuous lateral plate portion and a first continuous medial plate portion; the second plate including a second groove that divides a forefoot portion of the second plate into a second continuous lateral plate portion and a second continuous medial plate portion; wherein a maximum width of the first continuous lateral plate portion is greater than a maximum width of the second continuous lateral plate portion; and wherein a maximum width of the first continuous medial plate portion is less than a maximum width of the second continuous medial plate portion, the pair of sole plates having an asymmetric configuration; and characterised in that the first plate has a first stiffness and the second plate has a second stiffness, wherein the first stiffness is different than the second stiffness. a first plate and a second plate; the first plate including a first groove that divides a forefoot portion of the first plate into a first continuous lateral plate portion and a first continuous medial plate portion; the second plate including a second groove that divides a forefoot portion of the second plate into a second continuous lateral plate portion and a second continuous medial plate portion; wherein a maximum width of the first continuous lateral plate portion is greater than a maximum width of the second continuous lateral plate portion; and wherein a maximum width of the first continuous medial plate portion is less than a maximum width of the second continuous medial plate portion, the pair of sole plates having an asymmetric configuration; and characterised in that the first plate has a first stiffness and the second plate has a second stiffness, wherein the first stiffness is different than the second stiffness.
Bearing arrangement having a bearing, in particular anti-friction bearing as wheel bearing for motor vehicles, having a rotationally fixed bearing carrier which receives a bearing outer ring, and an axle shaft which is guided rotatably by means of at least one bearing inner ring, having a seal arrangement between the bearing rings, having an encoder system with an annular, magnetic pulse generator, also called an encoder, which is connected to the bearing inner ring, and with a pulse sensor which is fastened to the bearing outer ring, the magnetic pulse generator or encoder being configured as an annular shell, and the pulse sensor being arranged radially with respect to the annular shell, characterized in that the bearing outer ring has at least one recess for the pulse sensor, which recess is configured as a continuous radial opening and is arranged on the edge of the bearing outer ring, in that the seal arrangement has a carrier element which is fixed with a cylindrical flange within the bearing outer ring in the region of the recess, the carrier element being manufactured from antiferromagnetic material, and in that the annular shell is arranged within the cylindrical flange of the carrier element.
A network log time alignment method, comprising: obtaining to-be-analyzed log data of multiple network devices; parsing the log data of the multiple network devices to obtain features of each network device; determining associated features of the multiple network devices according to the features of each network device; and performing alignment on log time in the log data of the multiple network devices according to the associated features, wherein the performing alignment on log time in the log data of the multiple network devices according to the associated features comprises: obtaining a reference time for log alignment; and for each network device, determining a calibration time deviation of the network device, wherein the calibration time deviation is a difference between a log time of an associated feature of the network device and the reference time, and subtracting the calibration time deviation from a log time in log data of the network device. obtaining to-be-analyzed log data of multiple network devices; parsing the log data of the multiple network devices to obtain features of each network device; determining associated features of the multiple network devices according to the features of each network device; and performing alignment on log time in the log data of the multiple network devices according to the associated features, wherein the performing alignment on log time in the log data of the multiple network devices according to the associated features comprises: obtaining a reference time for log alignment; and for each network device, determining a calibration time deviation of the network device, wherein the calibration time deviation is a difference between a log time of an associated feature of the network device and the reference time, and subtracting the calibration time deviation from a log time in log data of the network device. obtaining a reference time for log alignment; and for each network device, determining a calibration time deviation of the network device, wherein the calibration time deviation is a difference between a log time of an associated feature of the network device and the reference time, and subtracting the calibration time deviation from a log time in log data of the network device.
System for printing on an object, the system printing an image onto at least one non-planar area of the surface of the object, having the following features: - an inkjet print head having nozzles; - a robot that generates a primary movement, the primary movement comprising at least two printing paths (A, B) of the inkjet print head located lateral to each other; and - a device that generates a secondary movement, the secondary movement extending in a direction essentially perpendicular to the primary movement characterized in that the secondary movement compensates for positional deviations of the inkjet print head during the primary movement, causing the printing paths (A, B) laterally to adjoin one another. - an inkjet print head having nozzles; - a robot that generates a primary movement, the primary movement comprising at least two printing paths (A, B) of the inkjet print head located lateral to each other; and - a device that generates a secondary movement, the secondary movement extending in a direction essentially perpendicular to the primary movement
An Escherichia coli bacterium capable of producing more than 30 grams per liter of succinic acid, wherein one of the biosynthetic intermediates for said succinic acid is phosphoenolpyruvate, and said bacterium contains at least one exogenous gene that encodes a protein that functions in the facilitated diffusion of a sugar, a mutation or deletion in one or more genes that encode proteins that functions in a phosphotransferase system for sugar import and two or more copies of a functional crr gene or a functional homolog of a crr gene.
A furniture fitting for moving a furniture part movably-supported relative to a furniture carcass, comprising: - a first fitting portion configured to be fixed to a furniture carcass, - a second fitting portion configured to be fixed to a movable furniture part, wherein the second fitting portion is pivotally connected to the first fitting portion, - a limiting device for limiting an opening angle of a relative pivoting movement of the first and second fitting portion (5, 6), the limiting device including at least one movably-supported actuating element, wherein the opening angle can be adjusted by a manual or by a tool-assisted actuation of the actuating element, - wherein the first fitting portion and the second fitting portion are pivotally connected to one another by at least one first lever, wherein the actuating element is movably supported on the first lever, - wherein the limiting device includes an abutment portion for limiting the opening angle, wherein a position of the abutment portion can be adjusted by an actuation of the actuating element, - wherein a second lever is provided for pivotally connecting the first fitting portion and the second fitting portion to one another, wherein the abutment portion can be supported on the second lever so as to limit the opening angle, characterized in that the second lever, in a cross-section, includes a U-shaped profile having two limbs, wherein the abutment portion can be supported on at least one of the limbs of the U-shaped profile. - a first fitting portion configured to be fixed to a furniture carcass, - a second fitting portion configured to be fixed to a movable furniture part, wherein the second fitting portion is pivotally connected to the first fitting portion, - a limiting device for limiting an opening angle of a relative pivoting movement of the first and second fitting portion (5, 6), the limiting device including at least one movably-supported actuating element, wherein the opening angle can be adjusted by a manual or by a tool-assisted actuation of the actuating element, - wherein the first fitting portion and the second fitting portion are pivotally connected to one another by at least one first lever, wherein the actuating element is movably supported on the first lever, - wherein the limiting device includes an abutment portion for limiting the opening angle, wherein a position of the abutment portion can be adjusted by an actuation of the actuating element, - wherein a second lever is provided for pivotally connecting the first fitting portion and the second fitting portion to one another, wherein the abutment portion can be supported on the second lever so as to limit the opening angle,
A poled pyroelectric device, comprising: a plurality of layers of a polar dielectric material having a pyroelectric coefficient, p, wherein each layer exhibits pyroelectric properties; a plurality of conductive electrodes layers, wherein each conductive electrodes layer is substantially in contact with at least a portion of one surface of a respective at least one of said plurality of layers of polar dielectric material, whereby said electrodes layers are alternately electrically connected in parallel to form a series of stacked capacitors comprised of said plurality of layers of polar dielectric material and plurality of conductive electrodes layers, wherein odd conductive electrodes layers are electrically connected at one end and even conductive electrodes layers are electrically connected at the opposite end, and characterized in that the plurality of layers of the polar dielectric material are provided in the device with ferroelectric domains of the polar dielectric material aligned with their dipoles in the same direction obtained by a poling process. a plurality of layers of a polar dielectric material having a pyroelectric coefficient, p, wherein each layer exhibits pyroelectric properties; a plurality of conductive electrodes layers, wherein each conductive electrodes layer is substantially in contact with at least a portion of one surface of a respective at least one of said plurality of layers of polar dielectric material, whereby said electrodes layers are alternately electrically connected in parallel to form a series of stacked capacitors comprised of said plurality of layers of polar dielectric material and plurality of conductive electrodes layers, wherein odd conductive electrodes layers are electrically connected at one end and even conductive electrodes layers are electrically connected at the opposite end, and characterized in that the plurality of layers of the polar dielectric material are provided in the device with ferroelectric domains of the polar dielectric material aligned with their dipoles in the same direction obtained by a poling process.
A method of decoding video data, the method comprising: determining, for a block of multiview video data, a reference index that identifies a reference picture comprising a source for backward-warping view synthesis prediction, BVSP; wherein determining the reference index comprises, when a flag indicating the usage of view synthesis prediction is equal to 1: when an ordinal first reference picture of a reference picture list is a long-term reference picture, setting the reference index equal to zero; or when the ordinal first reference picture of the reference picture list is a short-term reference picture, setting the reference index equal to an alternative reference index; performing BVSP on a portion of the reference picture identified by the reference index to produce a BVSP reference block; and predicting the block using the BVSP reference block. determining, for a block of multiview video data, a reference index that identifies a reference picture comprising a source for backward-warping view synthesis prediction, BVSP; wherein determining the reference index comprises, when a flag indicating the usage of view synthesis prediction is equal to 1: when an ordinal first reference picture of a reference picture list is a long-term reference picture, setting the reference index equal to zero; or when the ordinal first reference picture of the reference picture list is a short-term reference picture, setting the reference index equal to an alternative reference index; when an ordinal first reference picture of a reference picture list is a long-term reference picture, setting the reference index equal to zero; or when the ordinal first reference picture of the reference picture list is a short-term reference picture, setting the reference index equal to an alternative reference index; performing BVSP on a portion of the reference picture identified by the reference index to produce a BVSP reference block; and predicting the block using the BVSP reference block.
An operation mode switching method, comprising: a) determining, by user equipment, that the user equipment satisfies a first preset condition, wherein the first preset condition comprises one or more of a current data transmission rate of the user equipment is less than a first rate threshold, or a battery temperature of the user equipment is greater than a first temperature threshold; and b) changing, by the user equipment, a transmission mode parameter of the user equipment to a transmission mode parameter corresponding to a non-CA operation mode when the user equipment is in a carrier aggregation, CA operation mode, wherein the transmission mode parameter of the user equipment is used for representing a data transmission rate of the user equipment, the CA operation mode and the non-CA operation mode are corresponding to different transmission mode parameters, a data transmission rate represented by a transmission mode parameter corresponding to the CA operation mode is greater than a data transmission rate represented by the transmission mode parameter corresponding to the non-CA operation mode; characterized in that the operation mode switching method further comprises: c) restarting, by the user equipment, a communications module of the user equipment, and sending a first access request to a base station (12; 1200; 1300), wherein the first access request carries the transmission mode parameter corresponding to the non-CA operation mode. a) determining, by user equipment, that the user equipment satisfies a first preset condition, wherein the first preset condition comprises one or more of a current data transmission rate of the user equipment is less than a first rate threshold, or a battery temperature of the user equipment is greater than a first temperature threshold; and b) changing, by the user equipment, a transmission mode parameter of the user equipment to a transmission mode parameter corresponding to a non-CA operation mode when the user equipment is in a carrier aggregation, CA operation mode, wherein the transmission mode parameter of the user equipment is used for representing a data transmission rate of the user equipment, the CA operation mode and the non-CA operation mode are corresponding to different transmission mode parameters, a data transmission rate represented by a transmission mode parameter corresponding to the CA operation mode is greater than a data transmission rate represented by the transmission mode parameter corresponding to the non-CA operation mode;
A method for indicating a reference signal, comprising: receiving, by a terminal, first configuration information, wherein the first configuration information comprises first indication information, characterized in that the first indication information is used for indicating reference signals for link quality measurement; wherein the first indication information comprises second index information representing a quasi-co-located, QCL, relationship of the reference signals; determining, by the terminal, one or more of the reference signals corresponding to the link quality measurement according to the second index information representing the QCL relationship of the reference signals; wherein the reference signals are synchronization signal blocks, SSBs. receiving, by a terminal, first configuration information, wherein the first configuration information comprises first indication information, characterized in that the first indication information is used for indicating reference signals for link quality measurement; wherein the first indication information comprises second index information representing a quasi-co-located, QCL, relationship of the reference signals; determining, by the terminal, one or more of the reference signals corresponding to the link quality measurement according to the second index information representing the QCL relationship of the reference signals; wherein the reference signals are synchronization signal blocks, SSBs.