mhurhangee/ep-ind-claims huggingface dataset:
A processor, the processor characterized by comprising: a source processing device configured to identify data to request from another device; and a destination processing device configured to, in response to a request for the identified data from the source processing device using credit-based flow control, transmit the identified data to the source processing device using the credit-based flow control, wherein the source processing device comprises a credit buffer used for the credit-based flow control, the credit buffer being allocable to include a cache region configured to cache the transmitted identified data received by the source processing device wherein the source processing device selectively sets a write index value for the cache region to indicate which next entry of the cache region to store data next requested and received by the source processing device, based on a determination of whether the identified data is stored in the cache region, wherein the source processing device further comprises a tag matcher configured to perform a tag matching determination between an address of the identified data and tags corresponding to data cached in the cache region, to determine whether the identified data is stored in the cache region, and wherein, when the tag matching determination indicates a cache miss, the source processing device increases a current write index value for the cache region. a source processing device configured to identify data to request from another device; and a destination processing device configured to, in response to a request for the identified data from the source processing device using credit-based flow control, transmit the identified data to the source processing device using the credit-based flow control, wherein the source processing device comprises a credit buffer used for the credit-based flow control, the credit buffer being allocable to include a cache region configured to cache the transmitted identified data received by the source processing device wherein the source processing device selectively sets a write index value for the cache region to indicate which next entry of the cache region to store data next requested and received by the source processing device, based on a determination of whether the identified data is stored in the cache region, wherein the source processing device further comprises a tag matcher configured to perform a tag matching determination between an address of the identified data and tags corresponding to data cached in the cache region, to determine whether the identified data is stored in the cache region, and wherein, when the tag matching determination indicates a cache miss, the source processing device increases a current write index value for the cache region.
Device for supplying a foil to a printing press, the foil being intended to be used in a printing process during which transfer portions (31, 32, 33, 34) of a layer of the foil are transferred to a substrate to be printed, the device comprising - a foil input unit (26, 27, 28) for inputting at least one foil web (3, 29) to the device, - a foil reuse unit for receiving a used length of foil web (3, 29) from the printing press and feeding the same length of foil web (3, 29) back to the printing press in a longitudinally shifted position so as to allow the printing press to take transfer portions (31, 32, 33, 34) from the length of foil web (3, 29) at positions of the length of foil web (3, 29) which have not been addressed during previous use of the length of foil web (3, 29) in the printing process, and characterised by - a computing unit for determining the characteristics of a process for controlling the device, the computing unit being adapted to read a pattern of transfer portions (31, 32, 33, 34) to be realized by means of the printing process, prior to operation of the device, and to evaluate various options as to input of the at least one foil web (3, 29) to the device and reuse of a length of foil web (3, 29) in the device so as to determine which option involves a most efficient use of the foil for realizing the pattern, i.e. a highest degree of foil coverage. - a foil input unit (26, 27, 28) for inputting at least one foil web (3, 29) to the device, - a foil reuse unit for receiving a used length of foil web (3, 29) from the printing press and feeding the same length of foil web (3, 29) back to the printing press in a longitudinally shifted position so as to allow the printing press to take transfer portions (31, 32, 33, 34) from the length of foil web (3, 29) at positions of the length of foil web (3, 29) which have not been addressed during previous use of the length of foil web (3, 29) in the printing process, and
A radio communication system supporting dual connectivity, wherein the radio communication system comprises a user device, a master node and a secondary node, wherein the master node and the secondary node are simultaneously connected to the user device, wherein the user device comprises: a radio communication unit configured to receive a measurement configuration from each of the master node and the secondary node; and a measuring unit configured to measure reception quality of a target cell based on the measurement configuration received from each of the master node and the secondary node, and the master node comprises a radio communication unit configured to transmit a measurement configuration to the user device, the secondary node comprises a radio communication unit configured to transmit a measurement configuration to the user device, the master node comprises a measurement controlling unit configured to share information on a number of carrier frequencies to be measured by the user device with the secondary node, and the master node and the secondary node are configured to adjust a number of carrier frequencies to be measured by the user device such that said number does not exceed the number of measurements of carrier frequencies of the target cell that the user device can perform simultaneously based on the shared information. the user device comprises: a radio communication unit configured to receive a measurement configuration from each of the master node and the secondary node; and a measuring unit configured to measure reception quality of a target cell based on the measurement configuration received from each of the master node and the secondary node, and a radio communication unit configured to receive a measurement configuration from each of the master node and the secondary node; and a measuring unit configured to measure reception quality of a target cell based on the measurement configuration received from each of the master node and the secondary node, and the master node comprises a radio communication unit configured to transmit a measurement configuration to the user device, the secondary node comprises a radio communication unit configured to transmit a measurement configuration to the user device, the master node comprises a measurement controlling unit configured to share information on a number of carrier frequencies to be measured by the user device with the secondary node, and the master node and the secondary node are configured to adjust a number of carrier frequencies to be measured by the user device such that said number does not exceed the number of measurements of carrier frequencies of the target cell that the user device can perform simultaneously based on the shared information.
A nozzle for a cleaner, comprising: a suction part having a suction port and a main brush; and a movable member (320, 330) movably installed at the suction part and having a subsidiary brush (324, 334), characterized in that the nozzle further comprises a brush cleaning unit which is connected to the movable member (320, 330), through which the main brush and the subsidiary brush (324, 334) pass, and which is configured to separate foreign substances attached to one or more of the main brush and the subsidiary brush (324, 334). a suction part having a suction port and a main brush; and a movable member (320, 330) movably installed at the suction part and having a subsidiary brush (324, 334), characterized in that the nozzle further comprises a brush cleaning unit which is connected to the movable member (320, 330), through which the main brush and the subsidiary brush (324, 334) pass, and which is configured to separate foreign substances attached to one or more of the main brush and the subsidiary brush (324, 334).
Operating system for a vehicle, comprising an operating element for detecting an actuation; wherein the operating element has a first or a second operability state; the first operability state of the operating element is an activated operability state of the operating element; and the second operability state of the operating element is a deactivated operability state of the operating element, a feedback unit for outputting feedback; and a control unit coupled to the operating element and to the feedback unit; wherein the control unit is configured to detect the operability state of the operating element and to generate a first or a second control signal depending on the detected operability state and to transmit said control signal to the feedback unit; wherein the feedback unit is configured to generate and output the feedback on the basis of the first or second control signal, characterized in that the operating element is configured, in the event of an activated operability state, to generate an input signal on the basis of the actuation and, in the event of a deactivated operability state, not to generate an input signal when the operating element is actuated and/or such an input signal does not lead to an operation or input. an operating element for detecting an actuation; wherein the operating element has a first or a second operability state; the first operability state of the operating element is an activated operability state of the operating element; and the second operability state of the operating element is a deactivated operability state of the operating element, a feedback unit for outputting feedback; and a control unit coupled to the operating element and to the feedback unit; wherein the control unit is configured to detect the operability state of the operating element and to generate a first or a second control signal depending on the detected operability state and to transmit said control signal to the feedback unit; wherein the feedback unit is configured to generate and output the feedback on the basis of the first or second control signal, characterized in that the operating element is configured, in the event of an activated operability state, to generate an input signal on the basis of the actuation and, in the event of a deactivated operability state, not to generate an input signal when the operating element is actuated and/or such an input signal does not lead to an operation or input.
A combustor for a turbine engine, the combustor comprising: a combustor wall (76, 78) including a shell and a heat shield attached to the shell; wherein: one or more cooling cavities are defined between the shell and the heat shield, and fluidly couple a plurality of apertures defined in the shell with a plurality of apertures (96, 98) defined in the heat shield; the apertures (96, 98) in the heat shield include a first aperture and a second aperture; the first aperture is one of a plurality of first apertures defined in the heat shield, and a density of the first apertures in a first region of the heat shield is greater than a density of the first apertures in a second region of the heat shield; the second aperture is one of a plurality of second apertures defined in the heat shield, and a density of the second apertures in the first region is less than a density of the second apertures in the second region of the heat shield; each first aperture extends along a respective centerline, and the centerline is offset from a combustion chamber surface by a first included angle that is equal to thirty degrees (30°); and each second aperture extends along a respective centerline, and the centerline is offset from the combustion chamber surface by a second included angle that is between zero (0°) and twenty-five degrees (25°). one or more cooling cavities are defined between the shell and the heat shield, and fluidly couple a plurality of apertures defined in the shell with a plurality of apertures (96, 98) defined in the heat shield; the apertures (96, 98) in the heat shield include a first aperture and a second aperture; the first aperture is one of a plurality of first apertures defined in the heat shield, and a density of the first apertures in a first region of the heat shield is greater than a density of the first apertures in a second region of the heat shield; the second aperture is one of a plurality of second apertures defined in the heat shield, and a density of the second apertures in the first region is less than a density of the second apertures in the second region of the heat shield; each first aperture extends along a respective centerline, and the centerline is offset from a combustion chamber surface by a first included angle that is equal to thirty degrees (30°); and each second aperture extends along a respective centerline, and the centerline is offset from the combustion chamber surface by a second included angle that is between zero (0°) and twenty-five degrees (25°).
A vehicle frame front module of a vehicle frame of a vehicle trailer, comprising: - a front portion facing to a towing vehicle, - a rear portion facing away from the towing vehicle, - a first vertical web including a first straight portion and a first arc-shaped portion, and - a second vertical web including a second straight portion and a second arc-shaped portion, wherein the first arc-shaped portion and the second arc-shaped portion are connected to each other, characterized in that the first straight portion and the second straight portion divergingly extend in a direction from the front portion to the rear portion. - a front portion facing to a towing vehicle, - a rear portion facing away from the towing vehicle, - a first vertical web including a first straight portion and a first arc-shaped portion, and - a second vertical web including a second straight portion and a second arc-shaped portion,
A module for an aircraft turbine engine, this module comprising: - at least one annular casing (24, 32) of an annular combustion chamber, - at least one sealing ring (36, 38) for a turbine wheel, and - at least one annular bearing support, characterised in that this module is made in one piece. - at least one annular casing (24, 32) of an annular combustion chamber, - at least one sealing ring (36, 38) for a turbine wheel, and - at least one annular bearing support,
A device for impacting a fastener comprising: a drive channel; a cylinder opening at an end portion to the drive channel; a polyurethane elastomer bumper fixedly positioned at the end portion of the cylinder, the bumper including a drive bore extending therethrough and aligned with the drive channel, and an outer wall defining a plurality of grooves (172; 174) extending radially about the bumper; and a drive mechanism including a drive blade aligned with the drive bore, characterised in that the bumper is a microcellular polyurethane elastomer bumper and each of the plurality of grooves extends radially about the entire circumference of the MPE bumper. a drive channel; a cylinder opening at an end portion to the drive channel; a polyurethane elastomer bumper fixedly positioned at the end portion of the cylinder, the bumper including a drive bore extending therethrough and aligned with the drive channel, and an outer wall defining a plurality of grooves (172; 174) extending radially about the bumper; and a drive mechanism including a drive blade aligned with the drive bore, characterised in that the bumper is a microcellular polyurethane elastomer bumper and each of the plurality of grooves extends radially about the entire circumference of the MPE bumper.
A heavy load tire comprising a tread portion, wherein the tread portion is partitioned into a plurality of portions by a widthwise groove extending in a tire widthwise direction, and at least one of a circumferential groove extending in a tire circumferential direction and a tread end that is an end portion of the tread portion, the circumferential groove and a first inner widthwise groove, which is arrayed in a tire circumferential direction and included in the widthwise groove, are formed on at least one side of a tire equator line, the first inner widthwise groove opens to the circumferential groove, extends inward in the tire widthwise direction, and reaches the tire equator line, the first inner widthwise groove includes: an inner widthwise linear groove extending linearly along a tire widthwise direction from the circumferential groove toward an inner side in the tire widthwise direction; and a curved groove, which is continuous with an inner end in the tire widthwise direction of the inner widthwise linear groove, extends inward in the tire widthwise direction and in a tire normal rotation direction, and reaches the tire equator line, and an angle (θ1) formed by the curved groove and the tire widthwise direction becomes smaller toward the tire equator line, wherein a first outer widthwise groove, which is included in the widthwise groove, is wider than the first inner widthwise groove, opens to the circumferential groove at a position opposed to the first inner widthwise groove, and extends outward in the tire widthwise direction, is arrayed in the tire circumferential direction, and wherein a second outer widthwise groove, which is narrower than the first outer widthwise groove, opens to the circumferential groove, and extends outward in the tire widthwise direction, is arranged between the first outer widthwise grooves adjacent to each other in the tire circumferential direction. an inner widthwise linear groove extending linearly along a tire widthwise direction from the circumferential groove toward an inner side in the tire widthwise direction; and a curved groove, which is continuous with an inner end in the tire widthwise direction of the inner widthwise linear groove, extends inward in the tire widthwise direction and in a tire normal rotation direction, and reaches the tire equator line, and an angle (θ1) formed by the curved groove and the tire widthwise direction becomes smaller toward the tire equator line, wherein a first outer widthwise groove, which is included in the widthwise groove, is wider than the first inner widthwise groove, opens to the circumferential groove at a position opposed to the first inner widthwise groove, and extends outward in the tire widthwise direction, is arrayed in the tire circumferential direction, and wherein a second outer widthwise groove, which is narrower than the first outer widthwise groove, opens to the circumferential groove, and extends outward in the tire widthwise direction, is arranged between the first outer widthwise grooves adjacent to each other in the tire circumferential direction.
A polymer comprising a hydrophilic repeating unit having a sulfinyl group and a hydroxy group in a side chain thereof, wherein, when a homopolymer of the above hydrophilic repeating unit is dissolved in an amount of 1 g or more in 100 g pure water at ambient temperature (25°C), the repeating unit is evaluated as being hydrophilic.
An electric power steering device that includes an electric motor rotating a steering mechanism for a vehicle and a control unit placed on a counter-output side of a rotating shaft of the electric motor, the electric power steering device in which a connector for power supply is placed in part of the control unit, wherein in the control unit, near the connector for power supply, a filter module into which filter parts including at least wiring for electric conduction, a coil (17b, 17d), and a capacitor (17a, 17c, 17e) are integrated is housed, characterized in that the wiring for electric conduction includes a + line and a - line for power supply which are placed in parallel, as the coil (17b, 17d), at least one of a common mode coil and a normal mode coil is placed, the capacitor (17a, 17c, 17e) is placed near the coil (17b, 17d), and an area of connection between a main stream portion of the wiring for electric conduction and the coil (17b, 17d) and an area of connection between the main stream portion of the wiring for electric conduction and the capacitor (17a, 17c, 17e) are wired in a shortest distance.
A piezoelectric thin film element comprising a pair of electrode layers and a piezoelectric thin film sandwiched between the pair of electrode layers, wherein the piezoelectric thin film is a potassium-sodium niobate based film, the pair of electrode layers are composed of platinum (Pt), and oxide particles are contained in at least one of the electrode layers, characterised in that the oxide particles are one of NaNbO 3, KNbO 3, Nb 2 O 5 and PtO 2.
Chimeric promoter characterized in that it comprises two or more oligonucleotide sequence(s) or parts thereof regulating the transcription of a gene of an anabolic and/or of a catabolic pathway and increases the transcript level of an RNA typed as messenger RNA fragment encoding for a protein selected from the group consisting of enzymes, structural proteins, coenzymes, transporters, antibodies, hormones and regulators, as regulatory RNA fragment, as enzymatically active RNA fragment or as transfer RNA fragment, said chimeric promoter selected from the group consisting of SEQ ID NO.2, SEQ ID NO.3 or SEQ ID NO.1.
An apparatus for filtering oily mists, comprising at least one filtration stage which has at least one filtration tower provided with an enclosure having a substantially vertical axis, provided in a lower region with an inlet for the air to be filtered, which is connected to an environment to be treated and, in an upward region, an outlet for the filtered air, said enclosure accommodating internally a plurality of mutually superimposed filtration elements, means being provided for the forced generation of an air flow from said inlet to said outlet through said filtration elements, wherein the apparatus comprises, upstream of said filtration stage, along the direction of said air flow, at least one pre-filtration stage which is provided with at least one cyclone condenser provided with an intake port, which communicates with the environment to be treated, and with a discharge port connected to said inlet characterized in that said enclosure supports externally said cyclone condenser wherein a second tub for the collection of the liquid separated from the air to be treated is located on the bottom of said filtration tower and wherein the means for the forced generation of an air flow comprises an extractor which communicates with said outlet of said filtration tower and is driven by an adapted motor supported by said enclosure of said filtration tower wherein said cyclone condenser has a hollow cylindrical body, with a substantially vertical axis, which communicates in a lower region with a conical portion with walls that converge downward, said intake port being arranged tangentially to and above said cylindrical body, said discharge port being arranged upward and axially to said cylindrical body, at the lower end of said conical portion there being a discharge outlet for the liquids separated from the air to be treated which communicates with a first collection tub.