mhurhangee/ep-ind-claims huggingface dataset:
A method of graphics processing, the method comprising: receiving, at a graphics processing unit, GPU, a plurality of commands corresponding to a plurality of draws across a frame, each of the plurality of commands indicating a depth test direction with respect to a low-resolution depth, LRZ, buffer for the corresponding draw; maintaining, at the GPU, a LRZ status buffer to store a corresponding depth test direction for a first command in time of the plurality of commands processed by the GPU; and disabling, at the GPU, use of the LRZ buffer for depth testing for any of the plurality of commands remaining unprocessed after processing a command of the plurality of commands having a different depth test direction than the corresponding depth test direction stored in the LRZ status buffer. receiving, at a graphics processing unit, GPU, a plurality of commands corresponding to a plurality of draws across a frame, each of the plurality of commands indicating a depth test direction with respect to a low-resolution depth, LRZ, buffer for the corresponding draw; maintaining, at the GPU, a LRZ status buffer to store a corresponding depth test direction for a first command in time of the plurality of commands processed by the GPU; and disabling, at the GPU, use of the LRZ buffer for depth testing for any of the plurality of commands remaining unprocessed after processing a command of the plurality of commands having a different depth test direction than the corresponding depth test direction stored in the LRZ status buffer.
A dishwasher for treating dishes according to an automatic cycle of operation, comprising: a tub at least partially defining a treating chamber and having an open face providing access to the treating chamber; a cover selectively closing the open face; a spraying system; a recirculation system for recirculating liquid sprayed in the treating chamber to the spraying system; and a light assembly comprising a first light source and a first light guide; wherein the first light source emits light to the first light guide and first light guide distributes light to the treating chamber, characterized in that said spraying system comprises a distribution header and at least one aperture provided on the distribution header for spraying wash liquid into the treating chamber, said light assembly being provided on the distribution header. a tub at least partially defining a treating chamber and having an open face providing access to the treating chamber; a cover selectively closing the open face; a spraying system; a recirculation system for recirculating liquid sprayed in the treating chamber to the spraying system; and a light assembly comprising a first light source and a first light guide; wherein the first light source emits light to the first light guide and first light guide distributes light to the treating chamber,
The compound 3-(4-propyl-heptyl)-4-(2-hydroxyethyl) morpholine, or a pharmaceutically acceptable salt thereof, for use in the treatment of halitosis in a non-human animal, wherein said compound is coated onto an animal chew in an amount that prevents or treats halitosis, and wherein said chew is a toy or accessory that is intended for chewing or gnawing by an animal.
A power door operating system for an aircraft comprising a linear actuator, the linear actuator comprising: a screw shaft comprising a screw thread and having a longitudinal axis; a nut movable along the screw shaft from a retracted position to an extended position; characterized in that it further comprises a plurality of rollers movable with the nut, each comprising a cylindrical surface configured to roll along a respective flank (16,18) of the screw thread, such that rotation of the screw shaft causes the rollers to roll along the respective flank (16,18) so that the nut translates in an axial direction along the screw shaft, wherein the screw thread comprises one or more detents configured to lock the nut in one or more axial positions, and the rollers rotate about a roller axis, wherein the roller axis coincides with a flank angle of the respective flank (16, 18). a screw shaft comprising a screw thread and having a longitudinal axis; a nut movable along the screw shaft from a retracted position to an extended position; characterized in that it further comprises a plurality of rollers movable with the nut, each comprising a cylindrical surface configured to roll along a respective flank (16,18) of the screw thread, such that rotation of the screw shaft causes the rollers to roll along the respective flank (16,18) so that the nut translates in an axial direction along the screw shaft,
A scheduling method of a communication system, comprising the steps of: determining a Coordinated Multi-point Transmission/Reception, CoMP, set of cells for a terminal that supports a CoMP function; transmitting, to the terminal, an indicator for use in scheduling one or more cells in the CoMP set and cell information corresponding to the indicator, wherein the indicator indicates a combination of information on a Common Reference Signal, CRS, transmission resource for use in the CoMP set, scrambling information, and control region size information; and transmitting, to the terminal, scheduling information with the indicator. determining a Coordinated Multi-point Transmission/Reception, CoMP, set of cells for a terminal that supports a CoMP function; transmitting, to the terminal, an indicator for use in scheduling one or more cells in the CoMP set and cell information corresponding to the indicator, wherein the indicator indicates a combination of information on a Common Reference Signal, CRS, transmission resource for use in the CoMP set, scrambling information, and control region size information; and transmitting, to the terminal, scheduling information with the indicator.
A household washing machine comprising: an outer casing, a washing tub which is placed inside said outer casing and is designed to accommodate items to be washed during a wash cycle, an internal water softening device comprising a water softening agent capable of reducing the hardness degree of a fresh water to be supplied to said washing tub during a washing cycle; a brine tank containing brine to be supplied to said water softening device for regenerating said water softening agent; said washing machine further comprising at least a sensor assembly, which is provided with at least an electro-optical sensor which is configured to determine the salinity of the brine contained in said brine tank; said electro-optical sensor comprises: an emitting device for emitting a radiation beam, a receiving device for receiving said radiation beam, and electronic control means which are configured to receive an electrical signal from said receiving device being indicative of the refraction index of the brine and determine the salinity of the brine on the basis of said determined refraction index; characterized in that the electro-optical sensor further comprises a plug frame which is fitted into an opening formed on a wall of said brine tank; and optical interface means (87a,88a)(98a,98b) which are associated with said plug frame and are shaped in order to be at least partially in contact with said brine contained in said brine tank; said emitting device and said receiving device being stably incorporated/placed in said plug frame in respective prefixed positions, one to the other, with respect to said optical interface means (87,88)(98a,98b); and said optical interface means (87a,88a)(98a,98b) being structured in order to be crossed by the radiation beam emitted from said emitting device and provide to the receiving device an amount of radiation beam which is indicative of the refraction index of said brine. an emitting device for emitting a radiation beam, a receiving device for receiving said radiation beam, and electronic control means which are configured to receive an electrical signal from said receiving device being indicative of the refraction index of the brine and determine the salinity of the brine on the basis of said determined refraction index;
A process for producing a fluorescent powder composed mainly of an acicular or fibrous zinc oxide single crystal with an aspect ratio of 5 or higher, comprising: a step of producing a raw material solution selected from the group consisting of a raw material solution that is an alkali solution containing zinc ions, a raw material solution that is a solution containing zinc ions and ions of dopant element, and a mixed solution of the raw material solution and the raw material solution; and a hydrothermal reaction step wherein a hydrothermal reaction of the raw material solution is carried out in a hermetically sealed vessel at a subcritical or supercritical pressure, wherein the hydrothermal reaction step is carried out a temperature from 200°C to 250°C for 1 to 30 hours and subsequently carried out at a temperature from 400°C to 600°C for 30 minutes to 10 hours, wherein the ions of dopant element are ions of one or more elements selected from the group consisting of Co, Mn, Cd, Fe, Ni, Al, and Sn. a step of producing a raw material solution selected from the group consisting of a raw material solution that is an alkali solution containing zinc ions, a raw material solution that is a solution containing zinc ions and ions of dopant element, and a mixed solution of the raw material solution and the raw material solution; and a hydrothermal reaction step wherein a hydrothermal reaction of the raw material solution is carried out in a hermetically sealed vessel at a subcritical or supercritical pressure, wherein the hydrothermal reaction step is carried out a temperature from 200°C to 250°C for 1 to 30 hours and subsequently carried out at a temperature from 400°C to 600°C for 30 minutes to 10 hours, wherein the ions of dopant element are ions of one or more elements selected from the group consisting of Co, Mn, Cd, Fe, Ni, Al, and Sn.
A communication method, comprising: receiving, by a core network device, at least one data packet of a first service, wherein the at least one data packet comprises a first data packet, and the first data packet is located at a first location in the at least one data packet, wherein the first service is multicast service; and sending, by the core network device, the at least one data packet to a first network device, wherein the first data packet comprises a first sequence number of the first data packet, the first sequence number of the first data packet indicates the first location; the first data packet further comprises a general packet radio service tunnel protocol-user plane, GTP-U, sequence number, and the first sequence number of the first data packet is independent of the GTP-U sequence number. receiving, by a core network device, at least one data packet of a first service, wherein the at least one data packet comprises a first data packet, and the first data packet is located at a first location in the at least one data packet, wherein the first service is multicast service; and sending, by the core network device, the at least one data packet to a first network device, wherein the first data packet comprises a first sequence number of the first data packet, the first sequence number of the first data packet indicates the first location; the first data packet further comprises a general packet radio service tunnel protocol-user plane, GTP-U, sequence number, and the first sequence number of the first data packet is independent of the GTP-U sequence number.
A doctor blade holder comprising: a doctor blade holder cartridge for receiving a doctor blade, a back-up blade that supports the doctor blade, a top plate, a bottom plate mountable to a doctor back and a self-compensating load tube assembly (26, 36, 46, 66, 96, 116, 136, 146, 166, 196, 216, 226, 246, 256, 276, 296), characterized by said self-compensating load tube assembly (26, 36, 46, 66, 96, 116, 136, 146, 166, 196, 216, 226, 246, 256, 276, 296) comprising: a load tube (28, 38, 60, 68, 98, 118, 138, 148, 168, 198, 218, 232, 248, 258, 278, 298), including a membrane that encloses a liquid with a substantially invariable bulk modulus of elasticity, density and viscosity; and chatter responsive means for providing any of monitoring of blade chatter through pressure, damping of blade chatter, and minimizing blade chatter. a load tube (28, 38, 60, 68, 98, 118, 138, 148, 168, 198, 218, 232, 248, 258, 278, 298), including a membrane that encloses a liquid with a substantially invariable bulk modulus of elasticity, density and viscosity; and chatter responsive means for providing any of monitoring of blade chatter through pressure, damping of blade chatter, and minimizing blade chatter.
Method implemented by computer for determining the output physical quantity Y of an energy production system from an input physical quantity X of said system and a non-linear and convex physical model of said system associating with an input physical quantity x i an output physical quantity y i, the method comprising: - a step of acquiring a plurality of input and output physical quantities of the energy production system wherein a plurality of experimental points M n of coordinates ( x n, y n) are acquired so as to determine the physical model of the system; - a step (1E1) of determining, using the non-linear physical model, a plurality of operating points M i of coordinates ( x i, y i) with i ∈ [1, N]; - a step (1E2) of determining an optimal vector U opt among a plurality of vectors U j, said vectors U j comprising N coordinates u i j ∈ 0,1, the constraints on said coordinates being: { X = ∑ i = 1 N x ̅ i × u i j, ∀ j ∑ i = 1 N u i j = 1, ∀ j the optimal vector U opt being associated with the following lowest objective function: M × ∑ i = 1 N y ̅ i × u i j where M is a weighting coefficient strictly greater than zero; - a step (1E3) of determining the output physical quantity Y given by: Y = ∑ i = 1 N y ̅ i × u i opt - a step of acquiring a plurality of input and output physical quantities of the energy production system wherein a plurality of experimental points M n of coordinates ( x n, y n) are acquired so as to determine the physical model of the system; - a step (1E1) of determining, using the non-linear physical model, a plurality of operating points M i of coordinates ( x i, y i) with i ∈ [1, N]; - a step (1E2) of determining an optimal vector U opt among a plurality of vectors U j, said vectors U j comprising N coordinates u i j ∈ 0,1, the constraints on said coordinates being: { X = ∑ i = 1 N x ̅ i × u i j, ∀ j ∑ i = 1 N u i j = 1, ∀ j the optimal vector U opt being associated with the following lowest objective function: M × ∑ i = 1 N y ̅ i × u i j where M is a weighting coefficient strictly greater than zero; - a step (1E3) of determining the output physical quantity Y given by: Y = ∑ i = 1 N y ̅ i × u i opt
Method for producing polyvinyl alcohols by means of catalytic reaction of alcoholic polyvinyl ester solutions in extruders, characterized in that the polyvinyl esters are based solely on ethylenically unsaturated monomers, and one or more neutralizing agents are added to the product of the catalytic reaction in the extruder.
A handle assembly for a selectable weight set apparatus comprising: a handle for supporting a plurality of weight plates; an adjustment assembly associated with the handle for selecting a number of weight plates to be retained to the handle, the adjustment assembly comprising at least one selector for movement relative to the handle to engage and select the weight plates to be retained to the handle; and a locking assembly for fixing the selector relative to the handle, the locking assembly comprising a first locking element and a plurality of second locking elements, the first locking element being configured for releasable engagement with the selector and one of the plurality of second locking elements on the selector to place the locking assembly in locked and unlocked configurations; wherein the adjustment assembly further comprises a selector element fixed to the first locking element and operatively connected to the selector for moving the selector to retain a selected number of weight plates in said at least one of the first and second weight sets, movement of the selector element to advance the selector to a selected weight plate aligning the first locking element with a second locking element associated with the selected weight plate. a handle for supporting a plurality of weight plates; an adjustment assembly associated with the handle for selecting a number of weight plates to be retained to the handle, the adjustment assembly comprising at least one selector for movement relative to the handle to engage and select the weight plates to be retained to the handle; and a locking assembly for fixing the selector relative to the handle, the locking assembly comprising a first locking element and a plurality of second locking elements, the first locking element being configured for releasable engagement with the selector and one of the plurality of second locking elements on the selector to place the locking assembly in locked and unlocked configurations; wherein the adjustment assembly further comprises a selector element fixed to the first locking element and operatively connected to the selector for moving the selector to retain a selected number of weight plates in said at least one of the first and second weight sets, movement of the selector element to advance the selector to a selected weight plate aligning the first locking element with a second locking element associated with the selected weight plate.
A method for performing a diagnostic test of an alternator of a vehicle comprising an internal combustion engine arranged to drive the alternator and the driven alternator being arranged to charge a battery via an electrical connection thereto, characterized in that the method comprises - running the internal combustion engine at idle speed, - providing, by a control unit, a signal representative of a plurality of different pre-determined environmental conditions to the alternator, - providing, by the alternator, an output voltage and output current to the battery based on the plurality of different pre-determined environmental conditions, - determining, by a sensor connected to the battery, at least one of complete battery voltage and voltage of respective battery cells and providing the determined battery voltage to the control unit, - comparing, by the control unit, the determined battery voltage with a pre-defined reference-voltage representative of each one of the plurality of different pre-determined environmental conditions and - outputting, by the control unit, an approved total test result if the difference between the determined battery voltage and the pre-defined reference voltage falls within a predetermined range for each of the plurality of different pre-determined environmental conditions. - running the internal combustion engine at idle speed, - providing, by a control unit, a signal representative of a plurality of different pre-determined environmental conditions to the alternator, - providing, by the alternator, an output voltage and output current to the battery based on the plurality of different pre-determined environmental conditions, - determining, by a sensor connected to the battery, at least one of complete battery voltage and voltage of respective battery cells and providing the determined battery voltage to the control unit, - comparing, by the control unit, the determined battery voltage with a pre-defined reference-voltage representative of each one of the plurality of different pre-determined environmental conditions and - outputting, by the control unit, an approved total test result if the difference between the determined battery voltage and the pre-defined reference voltage falls within a predetermined range for each of the plurality of different pre-determined environmental conditions.
Jump starting method between a vehicle performing jump starting and an electric vehicle receiving jump starting which does not have an internal combustion engine, wherein the vehicle performing jump starting is an electric vehicle without an internal combustion engine and the on-board electrical systems (100A, 101A) of the two electric vehicles (100, 101) are temporarily electrically connected to one another during the jump starting period, wherein, in the case of electric vehicles (100, 101) which are equipped with high step-down converters (1.7) as charging device, the intermediate circuit rail (1.9) of the electric vehicle performing jump starting is connected to a DC rail of the electric vehicle receiving jump starting, and the battery of the electric vehicle receiving jump starting is charged, wherein a plug-in connection is provided in each vehicle (100, 101), by means of which plug-in connection in each case the intermediate circuit rail (1.9) of the vehicle performing jump starting is connected to the DC rail of the electric vehicle receiving jump starting downstream of a rectifier unit (1.6) and upstream of a DC-DC converter of the electric vehicle receiving jump starting, and a respective connection of a jump starting cable defines which of the two vehicles (100, 101) is respectively selected as the vehicle expecting jump starting or as the vehicle performing jump starting, wherein the states of charge of the two vehicles (100, 101) are detected at the beginning of the jump starting method, wherein a first threshold value is prespecified for the state of charge of the vehicle performing jump starting, and wherein the jump starting method is interrupted or terminated when the state of charge of the vehicle performing jump starting falls below the said threshold value.
A method of handling buffer status report for a mobile device capable of uplink multiple-input multiple-output, hereafter called MIMO, and/or capable of receiving and/or transmitting on a plurality of component carriers in a wireless communication system, the method comprising: generating at least two buffer size tables each including a plurality of indexes according to the maximum uplink data transmission rate, wherein only some of the plurality of indexes are used for indicating a data amount in an uplink buffer of the mobile communication device for the buffer status report; and receiving a signaling that indicates which buffer size table of the at least two buffer size tables is used for the buffer status report, from a NodeB of the wireless communication system. generating at least two buffer size tables each including a plurality of indexes according to the maximum uplink data transmission rate, wherein only some of the plurality of indexes are used for indicating a data amount in an uplink buffer of the mobile communication device for the buffer status report; and receiving a signaling that indicates which buffer size table of the at least two buffer size tables is used for the buffer status report, from a NodeB of the wireless communication system.