mhurhangee/ep-ind-claims huggingface dataset:
A microprocessor that records an execution trace, comprising: a processing unit; a memory cache; and control logic that configures the microprocessor to at least: based on executing a first instruction at the processing unit, detect occurrence of a first cache event that initiates a lifetime of a cache line within the memory cache; based on detecting the first cache event, initiate logging, into the execution trace, first trace information indicating a beginning of the lifetime of the cache line within the memory cache; subsequent to initiating logging of the first trace information, and based on executing a second instruction at the processing unit, detect occurrence of a second cache event that ends the lifetime of the cache line within the memory cache; and based on detecting the second cache event, initiate logging, into the execution trace, second trace information indicating an ending of the lifetime of the cache line within the memory cache. a processing unit; a memory cache; and control logic that configures the microprocessor to at least: based on executing a first instruction at the processing unit, detect occurrence of a first cache event that initiates a lifetime of a cache line within the memory cache; based on detecting the first cache event, initiate logging, into the execution trace, first trace information indicating a beginning of the lifetime of the cache line within the memory cache; subsequent to initiating logging of the first trace information, and based on executing a second instruction at the processing unit, detect occurrence of a second cache event that ends the lifetime of the cache line within the memory cache; and based on detecting the second cache event, initiate logging, into the execution trace, second trace information indicating an ending of the lifetime of the cache line within the memory cache. based on executing a first instruction at the processing unit, detect occurrence of a first cache event that initiates a lifetime of a cache line within the memory cache; based on detecting the first cache event, initiate logging, into the execution trace, first trace information indicating a beginning of the lifetime of the cache line within the memory cache; subsequent to initiating logging of the first trace information, and based on executing a second instruction at the processing unit, detect occurrence of a second cache event that ends the lifetime of the cache line within the memory cache; and based on detecting the second cache event, initiate logging, into the execution trace, second trace information indicating an ending of the lifetime of the cache line within the memory cache.
A tyre analysis method for determining characteristic parameters of an agricultural tractor provided with two front wheels supporting two front tyres and with two rear wheels supporting two rear tyres; the method comprises the steps of: mounting a first rotation sensor on a first wheel (2, 4); mounting a second rotation sensor on a second wheel (2, 4); driving the agricultural tractor along a straight path; measuring, while driving the agricultural tractor along the straight path, the total number of revolutions made by the first wheel (2, 4) and by the second wheel (2, 4); determining at least one characteristic parameter using the total number of revolutions made by the first wheel (2, 4) and by the second wheel (2, 4); and measuring with a distance sensor a distance traveled by the agricultural tractor; said method being characterized in that the distance sensor is formed by: a receiver which is attached to a body of the agricultural tractor; and a beacon placed in a fixed position on the ground nearby the travelling path of the agricultural tractor. mounting a first rotation sensor on a first wheel (2, 4); mounting a second rotation sensor on a second wheel (2, 4); driving the agricultural tractor along a straight path; measuring, while driving the agricultural tractor along the straight path, the total number of revolutions made by the first wheel (2, 4) and by the second wheel (2, 4); determining at least one characteristic parameter using the total number of revolutions made by the first wheel (2, 4) and by the second wheel (2, 4); and measuring with a distance sensor a distance traveled by the agricultural tractor; said method being characterized in that the distance sensor is formed by: a receiver which is attached to a body of the agricultural tractor; and a beacon placed in a fixed position on the ground nearby the travelling path of the agricultural tractor. a receiver which is attached to a body of the agricultural tractor; and a beacon placed in a fixed position on the ground nearby the travelling path of the agricultural tractor.
A cutting tool, comprising: a rear machine connection member; a central tube having a front end and a rear end; at least one cutting ring (14, 18) secured to the central tube, the at least one cutting ring (14, 18) including a sleeve member and one or more arm assemblies, each arm assembly including one or more leading arms extending radially outwardly from the sleeve member, one or more trailing arms extending radially outwardly from the sleeve member, and a cutting head supported by the one or more leading arms and the one or more trailing arms, characterized in that a cross-sectional area of the one or more leading arms is largest proximate the sleeve member and is smallest proximate the cutting head to reduce weight and moment of inertia of the cutting tool, and wherein a cross-sectional area of the one or more trailing arms is largest proximate the sleeve member and is smallest proximate the cutting head to reduce weight and moment of inertia of the cutting tool. a rear machine connection member; a central tube having a front end and a rear end; at least one cutting ring (14, 18) secured to the central tube, the at least one cutting ring (14, 18) including a sleeve member and one or more arm assemblies, each arm assembly including one or more leading arms extending radially outwardly from the sleeve member, one or more trailing arms extending radially outwardly from the sleeve member, and a cutting head supported by the one or more leading arms and the one or more trailing arms, characterized in that a cross-sectional area of the one or more leading arms is largest proximate the sleeve member and is smallest proximate the cutting head to reduce weight and moment of inertia of the cutting tool, and wherein a cross-sectional area of the one or more trailing arms is largest proximate the sleeve member and is smallest proximate the cutting head to reduce weight and moment of inertia of the cutting tool.
Power management method for a hybrid vehicle selectively driven by an electric motor and by a heat engine, the electric motor being supplied with power by a unit for storing electrical power able to be recharged by the heat engine, method in which a charge level of the power storage unit is monitored in order to select a heat engine or electric motor drive mode, said method comprising steps of: - evaluating a route profile for the vehicle, associated with a trip of said vehicle; and - evaluating (36, 66), depending on said route profile, a threshold charge level (S1, S2, S3) called the authorized threshold, below which a heat engine drive mode is activated, in which the step of evaluating the route profile comprises evaluating (30, 32) the trip distance (d), the trip time (t) and the nature of the trip, between a specified starting point and a specified endpoint, and the nature of the trip is chosen from at least one trip comprising an extra urban portion and one trip not comprising an extra urban portion, and the step of evaluating the route profile comprises evaluating the trip distance (d) and the trip time (t), and the nature of the trip is evaluated from the average speed (Vmoy) of the trip, said average speed (Vmoy) being obtained from said distance (d) and said time (t). - evaluating a route profile for the vehicle, associated with a trip of said vehicle; and - evaluating (36, 66), depending on said route profile, a threshold charge level (S1, S2, S3) called the authorized threshold, below which a heat engine drive mode is activated,
A motor drive control device having a three-phase full bridge circuit composed of elements having diodes for passing currents in reverse direction provide in parallel to each switching element, for converting a direct-current power supply, or a dummy direct-current power supply obtained by rectifying and smoothing an alternating-current supply, into a dummy three-phase alternating current of arbitrary voltage and arbitrary frequency in the three-phase full bridge circuit, and driving the motor at a desired rotating speed, wherein the dummy three-phase alternating current is a dummy three-phase alternating current cyclically repeating positive direction feeding period, non-feeding period, negative direction feeding period, and non-feeding period in each phase, a control circuit for detecting a terminal voltage of the motor in a non-feeding period, obtaining a time of change (T2, T4, T6, T8, T10, T12, T501, T503, T505, T507, T509, T603, T655) of a terminal voltage from positive to negative as a time of change (T2, T8, T501, T507, T602, T650, T656) of a corresponding phase current from negative to positive, obtaining a time of change (T1, T3, T5, T7, T9, T11, T500, T502, T504, T506, T508, T510, T600, T606, T652) of a terminal voltage from negative to positive as a time of change (T5, T11, T504, T510, T605, T653) of a corresponding phase current from positive to negative, and adjusting a phase of a voltage feeding waveform applied to the corresponding motor terminal so that a difference between the current phase based on each obtained current change time and a phase of an alternating voltage at the motor terminal generated as a result of voltage application is equal to a predetermined value, wherein in the dummy three-phase alternating current, the absolute value of terminal voltage generated from each bridge in feeding period is a constant voltage with respect to a neutral point potential of the direct-current portion; and wherein the absolute value of terminal voltage generated from each bridge in the feeding period is adjusted on the basis of the deviation between an actual rotating speed and a desired rotating speed; characterized in that the absolute value of applied voltage to the terminal generated in the feeding period is set smaller than a maximum possible value, and when the desired rotating speed is realized, the duration of the feeding period is increased, and the feeding is started right after the terminal voltage in the non-feeding period is inverted, by controlling the feeding phase.
A material for an organic electroluminescence device comprising at least one of the indenofluorenedione derivatives shown by the following formulae (IIa), (IIb), (IIc) and: wherein R 11 to R 50, which may be the same or different, are a hydrogen atom, a halogen atom, a fluoroalkyl group, or a phenyl group substituted with at least one selected from halogen atoms and fluoroalkyl groups, provided that a case where all of R 11 to R 50 are a hydrogen atom is excluded. wherein R 11 to R 50, which may be the same or different, are a hydrogen atom, a halogen atom, a fluoroalkyl group, or a phenyl group substituted with at least one selected from halogen atoms and fluoroalkyl groups, provided that a case where all of R 11 to R 50 are a hydrogen atom is excluded.
A device for providing a bone cement paste consisting of two starting components, comprising a hollow cylindrical cartridge having an interior, wherein a bone cement powder as the first starting component is stored in a proximal part of the interior and at least two pouches containing a monomer liquid as the second starting component are stored in a distal part of the interior, wherein a dispensing plunger which is axially movable in the interior is arranged between the bone cement powder and the at least two pouches and a delivery plunger which is axially movable in the interior is arranged on a side of the at least two pouches axially opposite the dispensing plunger, wherein the proximal part and the distal part of the interior are fluidically connected to one another via a conduit means, wherein the dispensing plunger can be divided into four equally sized quadrants on a distal dispensing plunger side facing the at least two pouches, wherein each of the four quadrants has at least one opening means, so that by advancing the delivery plunger in the direction of the dispensing plunger, the at least two pouches can be opened by the opening means and the monomer liquid can be delivered into the bone cement powder. a hollow cylindrical cartridge having an interior, wherein a bone cement powder as the first starting component is stored in a proximal part of the interior and at least two pouches containing a monomer liquid as the second starting component are stored in a distal part of the interior, wherein a dispensing plunger which is axially movable in the interior is arranged between the bone cement powder and the at least two pouches and a delivery plunger which is axially movable in the interior is arranged on a side of the at least two pouches axially opposite the dispensing plunger, wherein the proximal part and the distal part of the interior are fluidically connected to one another via a conduit means, wherein the dispensing plunger can be divided into four equally sized quadrants on a distal dispensing plunger side facing the at least two pouches, wherein each of the four quadrants has at least one opening means, so that by advancing the delivery plunger in the direction of the dispensing plunger, the at least two pouches can be opened by the opening means and the monomer liquid can be delivered into the bone cement powder.
A heat exchanger for an aircraft skin, the heat exchanger comprising a plurality of sets of channels having a proximal end and a distal end, each of the sets of channels comprising: a first channel defined by a first skin and a wall; and a second channel defined by a second skin and the wall, wherein: the wall is a continuous corrugated element comprising a plurality of first longitudinal sections coupled to the first skin and a plurality of second longitudinal sections coupled to the second skin; the first and second longitudinal sections (122, 124) are connected in a repeating pattern by a plurality of inclined sections (126, 128); the inclined section located between the first channel and the second channel of each respective set of channels comprises at least one aperture to allow fluid to pass through the inclined section from the first channel to the second channel; and, each set of channels is separated by a section of a wall that does not contain an aperture such that each set of channels is fluidly isolated from the other sets of channels. a first channel defined by a first skin and a wall; and a second channel defined by a second skin and the wall, wherein: the wall is a continuous corrugated element comprising a plurality of first longitudinal sections coupled to the first skin and a plurality of second longitudinal sections coupled to the second skin; the first and second longitudinal sections (122, 124) are connected in a repeating pattern by a plurality of inclined sections (126, 128); the inclined section located between the first channel and the second channel of each respective set of channels comprises at least one aperture to allow fluid to pass through the inclined section from the first channel to the second channel; and, each set of channels is separated by a section of a wall that does not contain an aperture such that each set of channels is fluidly isolated from the other sets of channels.
A device for compensating the operating clearances of an engine comprising: - a transmission device likely to move transversely in an engine block during an engine cycle; - a pressing device exerting a holding force on the transmission device and comprising a piston which moves in a chamber filled with a fluid and a pressure source connected to the chamber; with the compensation device being characterized in that the pressing device comprises a check-valve (32, 37) between the source and the chamber; and in that the chamber has at least one calibrated drain port (28, 29) intended to adjust the holding force to the instantaneous speed of transverse movement of the transmission device in the engine block. - a transmission device likely to move transversely in an engine block during an engine cycle; - a pressing device exerting a holding force on the transmission device and comprising a piston which moves in a chamber filled with a fluid and a pressure source connected to the chamber;
A hydrosilylation method wherein (i) an olefin compound having carbon-carbon unsaturated bond, and (ii) a compound having hydrogensilyl group are reacted using the catalytic action of platinum and/or complex compound thereof, in the presence of a nitrile compound and an aromatic hydroxyl compound; wherein the nitrile compound is a member selected from acetonitrile, acrylonitrile, propane nitrile, butane nitrile, and benzonitrile, and the aromatic hydroxyl compound is a member selected from phenol, hydroquinone, cresol, and bisphenol A; wherein the compound having a hydrogensilyl group is a hydrogenorganoxysilane represented by the following general formula: H-SiR 3 n X 3-n wherein R 3 is a monovalent hydrocarbon group, X is an organoxy group, and n is an integer of 0 to 2; or a hydrolytic condensation product obtained by using the hydrogenorganoxysilane as at least one of its constitutional components; and wherein the olefin compound is an olefin compound containing tertiary amine atom; a diene compound represented by the following general formula: CH 2 =C(R 4)-(CH 2) m -C(R 4)=CH 2 wherein R 4 is independently hydrogen atom or a monovalent hydrocarbon group, and m is an integer of 0 to 20; or a compound containing an aliphatic ring structure and/or an aromatic ring structure having vinyl group or allyl group. (i) an olefin compound having carbon-carbon unsaturated bond, and (ii) a compound having hydrogensilyl group are reacted using the catalytic action of platinum and/or complex compound thereof, in the presence of a nitrile compound and an aromatic hydroxyl compound;
A method for service function chaining within an end-to-end path of a network connection between a source node and a destination node, the method comprising: executing, for a defined service function chain including an ordered sequence of selected network service functions, an address resolution process that translates names of the network service functions of the service function chain into their corresponding IP addresses, characterized in that the address resolution process is performed at a name server of the destination node by means of a sequence of name server queries sent in succession to respective name servers (6, 7) of each of the network service functions of the service function chain in accordance with their order, wherein each of said name server queries is answered by a response from a name server (6, 7) of the respective network service function that includes the IP addresses of selected instances of the respective network service function chosen by the respective name server (6, 7) according to predefined criteria.
A charging apparatus comprising: a plug supplying electrical energy to an electric vehicle through a plurality of plug pins (66 and 67); a first temperature sensor and a second temperature sensor (68 and 69) disposed in the plug and measuring the temperatures of the plurality of plug pins (66 and 67); and a control unit determining the presence or absence of the overheating of the plug based on the temperatures measured from the first temperature sensor and the second temperature sensor (68 and 69) characterized in that the plug comprises a first resistor and a second resistor wherein the first resistor is connected to one end of the first temperature sensor and the second resistor is connected to one end of the second temperature sensor (68 and 69), wherein the resistance value of the first resistor and the resistance value of the second resistor are different, wherein the control unit is configured to measure a voltage value on the resistors, and to determine a short between circuits from the first temperature sensor and the second temperature sensor (68 and 69), when a voltage value from the first resistor and a voltage value from the second resistor are the same. a plug supplying electrical energy to an electric vehicle through a plurality of plug pins (66 and 67); a first temperature sensor and a second temperature sensor (68 and 69) disposed in the plug and measuring the temperatures of the plurality of plug pins (66 and 67); and a control unit determining the presence or absence of the overheating of the plug based on the temperatures measured from the first temperature sensor and the second temperature sensor (68 and 69) characterized in that the plug comprises a first resistor and a second resistor wherein the first resistor is connected to one end of the first temperature sensor and the second resistor is connected to one end of the second temperature sensor (68 and 69), wherein the resistance value of the first resistor and the resistance value of the second resistor are different, wherein the control unit is configured to measure a voltage value on the resistors, and to determine a short between circuits from the first temperature sensor and the second temperature sensor (68 and 69), when a voltage value from the first resistor and a voltage value from the second resistor are the same.
Cover for swivel closure of a storage space in a passenger compartment of a motor vehicle, wherein the cover is made of a plastic material and a carrier body comprises an outer and inner cover element (5, 6) which are connected together, and wherein the cover further comprises hinged elements for swivel mounting, characterised in that the inner and outer cover elements (5, 6) are designed so as to be connectable to each other in a form-fitting manner via elements (16, 17) arranged in the edge regions of same, and said form-fit connection comprises at least the hinge elements.
A polishing composition comprising: (a) 0.01 wt.% to 0.1 wt.% of a pyrrolidone polymer; (b) 0.05 wt.% to 2 wt.% of an aminophosphonic acid; (c) 0.01 wt.% to 5 wt.% of a tetraalkylammonium salt; and (d) water, wherein the composition has a pH of 7 to 11.7. (a) 0.01 wt.% to 0.1 wt.% of a pyrrolidone polymer; (b) 0.05 wt.% to 2 wt.% of an aminophosphonic acid; (c) 0.01 wt.% to 5 wt.% of a tetraalkylammonium salt; and (d) water,