mhurhangee/ep-ind-claims huggingface dataset:
A mechanism, for extending an x86 microprocessor instruction set to provide for additional operand registers, the mechanism characterised by: an extended instruction, configured to prescribe the additional operand registers, the additional operand registers corresponding to a prescribed operation, wherein said extended instruction comprises a selected, but unused, opcode in the existing microprocessor instruction set followed by an n-bit extended registers specifier prefix (305; 600), said selected opcode indicating said extended instruction and said n-bit extended registers specifier prefix (305; 600) indicating the additional operand registers, wherein the additional operand registers cannot otherwise be prescribed according to the existing microprocessor instruction set, and wherein said selected opcode comprises opcode F1H (ICE BKPT), and wherein prescription of said additional operand registers via said extended instruction continues to allow execution of any other opcode in the existing microprocessor instruction set; and a translator, configured to receive said extended instruction, and configured to generate a micro instruction sequence directing said microprocessor to access the additional operand registers during execution of said prescribed operation; wherein said extended instruction further comprises: remaining instruction entities, configured to specify said prescribed operation, wherein said prescribed operation is to be executed by the microprocessor, and wherein operands corresponding to said prescribed operation are provided from/to the additional operand registers. an extended instruction, configured to prescribe the additional operand registers, the additional operand registers corresponding to a prescribed operation, wherein said extended instruction comprises a selected, but unused, opcode in the existing microprocessor instruction set followed by an n-bit extended registers specifier prefix (305; 600), said selected opcode indicating said extended instruction and said n-bit extended registers specifier prefix (305; 600) indicating the additional operand registers, wherein the additional operand registers cannot otherwise be prescribed according to the existing microprocessor instruction set, and wherein said selected opcode comprises opcode F1H (ICE BKPT), and wherein prescription of said additional operand registers via said extended instruction continues to allow execution of any other opcode in the existing microprocessor instruction set; and a translator, configured to receive said extended instruction, and configured to generate a micro instruction sequence directing said microprocessor to access the additional operand registers during execution of said prescribed operation; wherein said extended instruction further comprises: remaining instruction entities, configured to specify said prescribed operation, wherein said prescribed operation is to be executed by the microprocessor, and wherein operands corresponding to said prescribed operation are provided from/to the additional operand registers.
A method of rotor position detection for a permanent magnet synchronous motor, the motor having a rotor, a stator and a plurality of stator windings which exhibit saliency, the stator windings being connected from a common point to respective feed points to form respective phases for the motor, wherein: each phase is driven by a PWM excitation voltage derived from a supply voltage (V s) and applied to the corresponding feed point; the excitation voltages of the phases have PWM waveforms which are staggered in time to create combinations of excitation states in the phases, the combinations changing with time; measurements of the supply voltage (V s) and the voltage (V p, V q, V r) at the common point are taken at a plurality of times corresponding with respective combinations of excitation states; a plurality of values of ratios (p,q,r) are determined, wherein each one of the of the plurality of values of ratios is defined as a ratio of the measured voltage at the common point (V p, V q, V r) to the measured supply voltage (V s) for each one of the plurality of times corresponding with respective combinations of excitation states; and position information for the rotor is derived from a comparison of the values of the plurality of ratios (p,q,r) with one another, wherein the comparison is used to identify a range of positions within which the rotor position is contained. each phase is driven by a PWM excitation voltage derived from a supply voltage (V s) and applied to the corresponding feed point; the excitation voltages of the phases have PWM waveforms which are staggered in time to create combinations of excitation states in the phases, the combinations changing with time; measurements of the supply voltage (V s) and the voltage (V p, V q, V r) at the common point are taken at a plurality of times corresponding with respective combinations of excitation states; a plurality of values of ratios (p,q,r) are determined, wherein each one of the of the plurality of values of ratios is defined as a ratio of the measured voltage at the common point (V p, V q, V r) to the measured supply voltage (V s) for each one of the plurality of times corresponding with respective combinations of excitation states; and position information for the rotor is derived from a comparison of the values of the plurality of ratios (p,q,r) with one another, wherein the comparison is used to identify a range of positions within which the rotor position is contained.
A method of handling multimedia broadcast and multicast service, MBMS, transmission and reception for a mobile device in a LTE-A wireless communication system, the method comprising: enabling a plurality of component carriers; and applying a multi-media broadcast over a single frequency network, MBSFN, allocation on a first enabled component carrier and not on the rest of the enabled component carriers, when the mobile device receives the MBSFN allocation on the first enabled component carrier. enabling a plurality of component carriers; and applying a multi-media broadcast over a single frequency network, MBSFN, allocation on a first enabled component carrier and not on the rest of the enabled component carriers, when the mobile device receives the MBSFN allocation on the first enabled component carrier.
A supplementary device for a manually operable injection device, the supplementary device comprising: a body defining a passage through which an injection device is slidable; and a securing unit configured to secure the body to the injection device in the specific position when the injection device is received through the passage, characterized in that the securing unit comprises a deformable collar section having an upper part and a lower part, wherein the upper part is substantially rigid and is not able to deform, and wherein the lower part is formed to be resilient and to be able to deform in response to an urging force applied to it so that the deformable collar section can be manipulated between an initial undeformed condition and a deformed condition. a body defining a passage through which an injection device is slidable; and a securing unit configured to secure the body to the injection device in the specific position when the injection device is received through the passage, characterized in that the securing unit comprises a deformable collar section having an upper part and a lower part, wherein the upper part is substantially rigid and is not able to deform, and wherein the lower part is formed to be resilient and to be able to deform in response to an urging force applied to it so that the deformable collar section can be manipulated between an initial undeformed condition and a deformed condition.
Barrier paper having a carrier comprising a paper, which carrier has a coating (5, 6) on a first side and on a second side opposite the first side, in each case at least in sections, wherein the coatings (5, 6) differing on the two opposite sides (3, 4), characterized in that the barrier paper has an oxygen transport rate according to DIN 53380-3 of ≤ 10 cm 3 /m 2 •d•bar and a water vapor permeability according to ISO 15106-3 ≤ 15 g/m 2 •d and at least the first coating on the first side comprises a polyurethane varnish and at least the second coating arranged on the second side comprises, at least in sections, a sealing layer which can be activated by the cold or heat sealing process.
A curved roller conveyor with a conveyor frame and a plurality of conveyor rollers rotatably supported on the conveyor frame, wherein the curved conveyor has a drive system with a drive belt having a round cross-section, characterized in that several conveyor rollers rest on the drive belt in a floating manner and that the conveyor frame of the curved roller conveyor has an inner profile extending along a circular line and a plurality of conveyor section bearing elements fixed on the inner profile, which each have an elongated hole to form a bearing site, in which an axle end of the conveyor roller is received.
A method (100, 200) comprising: determining (102, 202), by a processor, if there are consecutive nozzles of a print apparatus that are occluded by a contaminant; and, when a predetermined number of consecutive nozzles are occluded, the predetermined number being greater than or equal to two, automatically triggering (104, 204) a cleaning operation to at least partially remove the contaminant, characterised in that the cleaning operation comprises moving a nozzle area comprising occluded nozzles so that a wiper blade comprising a wide portion and a narrow portion moves across the surface of the nozzle area so that the narrow portion of the wiper blade moves across the surface of the nozzle area. determining (102, 202), by a processor, if there are consecutive nozzles of a print apparatus that are occluded by a contaminant; and, when a predetermined number of consecutive nozzles are occluded, the predetermined number being greater than or equal to two, automatically triggering (104, 204) a cleaning operation to at least partially remove the contaminant, characterised in that the cleaning operation comprises moving a nozzle area comprising occluded nozzles so that a wiper blade comprising a wide portion and a narrow portion moves across the surface of the nozzle area so that the narrow portion of the wiper blade moves across the surface of the nozzle area.
A method for manufacturing a jelly-roll type electrode assembly having a cathode/separation membrane/anode laminate structure, including: (a) coating both sides of a porous substrate with organic/inorganic composite layers, each of which includes inorganic particles and an organic polymer as a binder, so as to fabricate a composite membrane; and (b) inserting one end of a sheet laminate comprising a cathode sheet and an anode sheet as well as the composite membrane into a mandrel, winding the sh eet laminate around the mandrel, and then, removing the mandrel, wherein the organic/inorganic composite layer includes microfine pores capable of moderating a variation in volume during charge/discharge of a secondary battery, and an interfacial friction coefficient between the composite membrane and the mandrel is not more than 0.28; wherein the lowered interfacial friction coefficient between the composite membrane and the mandrel is achieved by coating a surface of the mandrel with a low friction coating material; and wherein the low friction coating material is at least one selected from: Group 4a, 5a and/or 6a elements in Periodic Table; aluminum; carbides, nitrides, oxides and/or a solid solution of silicon; diamond like carbon; diamond; and teflon. (a) coating both sides of a porous substrate with organic/inorganic composite layers, each of which includes inorganic particles and an organic polymer as a binder, so as to fabricate a composite membrane; and (b) inserting one end of a sheet laminate comprising a cathode sheet and an anode sheet as well as the composite membrane into a mandrel, winding the sh eet laminate around the mandrel, and then, removing the mandrel, wherein the organic/inorganic composite layer includes microfine pores capable of moderating a variation in volume during charge/discharge of a secondary battery, and an interfacial friction coefficient between the composite membrane and the mandrel is not more than 0.28; wherein the lowered interfacial friction coefficient between the composite membrane and the mandrel is achieved by coating a surface of the mandrel with a low friction coating material; and wherein the low friction coating material is at least one selected from: Group 4a, 5a and/or 6a elements in Periodic Table; aluminum; carbides, nitrides, oxides and/or a solid solution of silicon; diamond like carbon; diamond; and teflon.
An ion filter for filtering ions in a gas sample, the ion filter comprising: a first ion channel (22,122, 422) for filtering ions from a target chemical in the gas sample; a second ion channel (24,124, 424) for filtering ions from the target chemical in the gas sample, wherein the second ion channel (24,124, 424) is separated from the first ion channel (22, 122, 422); a single electrode layer (30, 430) wherein each ion channel is located within the single electrode layer, and characterized by a temperature control region in thermal contact with the first (22,122, 422) and second (24,124, 424) ion channels for controlling a difference in temperature between the first (22,122, 422) and second (24,124, 424) ion channels. a first ion channel (22,122, 422) for filtering ions from a target chemical in the gas sample; a second ion channel (24,124, 424) for filtering ions from the target chemical in the gas sample, wherein the second ion channel (24,124, 424) is separated from the first ion channel (22, 122, 422); a single electrode layer (30, 430) wherein each ion channel is located within the single electrode layer, and characterized by a temperature control region in thermal contact with the first (22,122, 422) and second (24,124, 424) ion channels for controlling a difference in temperature between the first (22,122, 422) and second (24,124, 424) ion channels.
A resin fuel tank comprising: a fuel tank main body in which a closed space for storing fuel is formed in its interior; a built-in part that is disposed within the closed space and is fixed to a wall portion of the fuel tank main body by at least two mounting portions; connecting portions (32, 34) of the built-in part, which are separated from the wall portion and that connect the two mounting portions; and deformation absorbing portions (48A, 48B) of the built-in part, which are elastically deformable and are provided between the mounting portions and the connecting portions (32, 34); characterised in that the deformation absorbing portions (48A, 48B) are upside-down U-shaped as seen in side view, one ends (68A, 68B) of the deformation absorbing portions being fixed to the connecting portions, and other ends (56A, 56B) of the deformation absorbing portions being separated from the connecting portions in a height direction. a fuel tank main body in which a closed space for storing fuel is formed in its interior; a built-in part that is disposed within the closed space and is fixed to a wall portion of the fuel tank main body by at least two mounting portions; connecting portions (32, 34) of the built-in part, which are separated from the wall portion and that connect the two mounting portions; and deformation absorbing portions (48A, 48B) of the built-in part, which are elastically deformable and are provided between the mounting portions and the connecting portions (32, 34); characterised in that the deformation absorbing portions (48A, 48B) are upside-down U-shaped as seen in side view, one ends (68A, 68B) of the deformation absorbing portions being fixed to the connecting portions, and other ends (56A, 56B) of the deformation absorbing portions being separated from the connecting portions in a height direction.
Method for controlling an output volume of at least one acoustic output device (2, 4) comprising: recording an acoustic voice signal by means of a speech-recording device, outputting the acoustic voice signal by means of the at least one output device (2, 4) and determining a location of the speech-recording device relative to the at least one output device (2, 4), wherein the output volume of the at least one output device (2, 4) is controlled as a function of the location, characterised in that the output device (2, 4) is an output device in a rail vehicle and the location of the speech-recording device is determined based on at least one location-determination signal that emanates from an active and/or passive transponder element (28, 30, 32, 24) and that is received by the speech-recording device. recording an acoustic voice signal by means of a speech-recording device, outputting the acoustic voice signal by means of the at least one output device (2, 4) and determining a location of the speech-recording device relative to the at least one output device (2, 4), wherein the output volume of the at least one output device (2, 4) is controlled as a function of the location, characterised in that the output device (2, 4) is an output device in a rail vehicle and the location of the speech-recording device is determined based on at least one location-determination signal that emanates from an active and/or passive transponder element (28, 30, 32, 24) and that is received by the speech-recording device.
A method for forming a molded part having quasi-isotropic properties, the method comprising: consolidating a first layer formed from a first composite component material having fibers oriented in a first orientation and a second layer formed from a second composite component material having fibers orientated in a second orientation to create a quasi-isotropic panel providing strength in various directions; dividing the quasi-isotropic panel into a plurality of quasi-isotropic-flakes, the quasi-isotropic flakes providing structural strength in several directions; filling a compression mold with the plurality of quasi-isotropic-flakes; and applying heat to the compression mold to form the molded part having quasi-isotropic properties. consolidating a first layer formed from a first composite component material having fibers oriented in a first orientation and a second layer formed from a second composite component material having fibers orientated in a second orientation to create a quasi-isotropic panel providing strength in various directions; dividing the quasi-isotropic panel into a plurality of quasi-isotropic-flakes, the quasi-isotropic flakes providing structural strength in several directions; filling a compression mold with the plurality of quasi-isotropic-flakes; and applying heat to the compression mold to form the molded part having quasi-isotropic properties.
A communication method for carrier aggregation of time division duplexing and frequency division duplexing,, wherein the method is applied in a communication system configured with a primary cell and a secondary cell, and characterized by comprising: receiving, by a user equipment, UE, downlink, information from a base station through a subframe n of the secondary cell; and feeding back, by the UE, an ACK/NACK of the downlink information on a subframe m of the primary cell; wherein n and m are subframe indexes, a subframe n of the primary cell is a downlink subframe, an index value of the subframe m equals to an index value of an uplink subframe, wherein the uplink subframe is a subframe that feeds back the ACK/NACK of downlink, information of the subframe n of the primary cell in the primary cell, and the uplink subframe is determined according to an ACK/NACK timing relationship to which the subframe n of the primary cell corresponds. receiving, by a user equipment, UE, downlink, information from a base station through a subframe n of the secondary cell; and feeding back, by the UE, an ACK/NACK of the downlink information on a subframe m of the primary cell; wherein n and m are subframe indexes, a subframe n of the primary cell is a downlink subframe, an index value of the subframe m equals to an index value of an uplink subframe, wherein the uplink subframe is a subframe that feeds back the ACK/NACK of downlink, information of the subframe n of the primary cell in the primary cell, and the uplink subframe is determined according to an ACK/NACK timing relationship to which the subframe n of the primary cell corresponds.
A pharmacy drawer system for storage of objects, comprising at least one drawer having a plurality of separate compartments for accommodating the objects, wherein the drawer is guided via a drawer guide within a body, and the drawer guide has a slope for effecting a gravity-induced automatic run from a removal position allowing for access to at least a part of the compartments, into a closed position, wherein, on the body or the drawer, a damping unit with pull-in function is arranged which is effective between the body and the drawer, wherein said damping unit with pull-in function is operative to effect a deceleration of the drawer and a pull-in movement of the drawer into the closed position, and wherein said damping unit with pull-in function is designed as a spring damping system comprising a spring, characterized in that the maximum effective spring force of the spring of said spring damping system in normal operation is smaller than 10 N.
An ambulatory infusion device, comprising: an energy storage for electrically powering several functional units (14, 14, 14"') of the device; and a measuring module configured to measure a voltage of the energy storage; wherein the device further comprises a monitoring system configured to determine on an ongoing basis energy or charge consumed by the functional units (14, 14, 14''') by adding up amounts of energy or charge based on data provided by control units (13, 13', 13") associated with the functional units (14, 14, 14"'), and to generate an alarm depending on the voltage of the energy storage, characterized in that the energy storage is replaceable and the monitoring system is further configured to trigger the measuring module to measure the voltage of the energy storage at a point in time which depends on the energy or charge consumed by the functional units (14, 14, 14"') in a time interval preceding said point in time. an energy storage for electrically powering several functional units (14, 14, 14"') of the device; and a measuring module configured to measure a voltage of the energy storage; wherein the device further comprises a monitoring system configured to determine on an ongoing basis energy or charge consumed by the functional units (14, 14, 14''') by adding up amounts of energy or charge based on data provided by control units (13, 13', 13") associated with the functional units (14, 14, 14"'), and to generate an alarm depending on the voltage of the energy storage,
Method of producing an aluminum slug anode for a capacitor, comprising: - providing etched aluminum foils, - stacking said etched aluminum foils to a multi layer stack, - hot pressing the multi layer stack of aluminum foils to a final thickness of the slug anode, - sintering the pressed multi layer stack of aluminum foils, - cutting said aluminum foils to the desired size of the slug anode prior to the stacking or cutting the multi layer stack of said aluminum foils prior to the pressing process or prior to the sintering process or after the sintering process, - providing means allowing electrically contacting the slug anodes, and anodizing the aluminum slug anode. - providing etched aluminum foils, - stacking said etched aluminum foils to a multi layer stack, - hot pressing the multi layer stack of aluminum foils to a final thickness of the slug anode, - sintering the pressed multi layer stack of aluminum foils, - cutting said aluminum foils to the desired size of the slug anode prior to the stacking or cutting the multi layer stack of said aluminum foils prior to the pressing process or prior to the sintering process or after the sintering process, - providing means allowing electrically contacting the slug anodes, and anodizing the aluminum slug anode.