mhurhangee/ep-ind-claims huggingface dataset:
Adjusting instrument for an exterior vision unit of a motor vehicle, comprising a housing with a fixing element for coupling with a supporting frame of the exterior vision unit and an adjusting element which is pivotably connected with the housing for adjusting an exterior vision element, wherein for the purpose of mounting the housing to the supporting frame, there are provided an engagement body movable relative to the housing, for engaging thereof by a fastening element, in particular a screw, for connecting the engagement body with the supporting frame, wherein the engagement body can move along with the fastening element in at least a mounting direction; and a wire spring which by way of two parts thereof spaced apart at an intermediate distance is supported on a housing part, wherein the engagement body engages the wire spring in a portion of the wire spring between the two spaced apart parts to realize in a mounted condition an elastic deformation of the wire spring. an engagement body movable relative to the housing, for engaging thereof by a fastening element, in particular a screw, for connecting the engagement body with the supporting frame, wherein the engagement body can move along with the fastening element in at least a mounting direction; and a wire spring which by way of two parts thereof spaced apart at an intermediate distance is supported on a housing part, wherein the engagement body engages the wire spring in a portion of the wire spring between the two spaced apart parts to realize in a mounted condition an elastic deformation of the wire spring.
A graphics processing unit, comprising: a plurality of execution units configured to receive sample instructions; the graphics processing unit characterized by: a plurality of sampler dispatch logic units connected via an interconnect or data bus; and a plurality of sampler units, each sampler unit coupled to a sampler dispatch logic unit of the plurality of sampler dispatch logic units and at least one execution unit of the plurality of execution units, wherein the plurality of sampler dispatch logic units are configured to network the plurality of sampler units together as a pool of sampler units, and to route a sample instruction received at a corresponding execution unit of the plurality of execution units to a sampler unit of the pool of sampler units, wherein at least one of the plurality of sampler dispatch logic units is configured to calculate an estimate of a sample instruction density for a frame of a workload and to determine a number of sampler units to be enabled or disabled based on the estimate. a plurality of execution units configured to receive sample instructions; the graphics processing unit characterized by: a plurality of sampler dispatch logic units connected via an interconnect or data bus; and a plurality of sampler units, each sampler unit coupled to a sampler dispatch logic unit of the plurality of sampler dispatch logic units and at least one execution unit of the plurality of execution units, wherein the plurality of sampler dispatch logic units are configured to network the plurality of sampler units together as a pool of sampler units, and to route a sample instruction received at a corresponding execution unit of the plurality of execution units to a sampler unit of the pool of sampler units, wherein at least one of the plurality of sampler dispatch logic units is configured to calculate an estimate of a sample instruction density for a frame of a workload and to determine a number of sampler units to be enabled or disabled based on the estimate. a plurality of sampler dispatch logic units connected via an interconnect or data bus; and a plurality of sampler units, each sampler unit coupled to a sampler dispatch logic unit of the plurality of sampler dispatch logic units and at least one execution unit of the plurality of execution units, wherein the plurality of sampler dispatch logic units are configured to network the plurality of sampler units together as a pool of sampler units, and to route a sample instruction received at a corresponding execution unit of the plurality of execution units to a sampler unit of the pool of sampler units, wherein at least one of the plurality of sampler dispatch logic units is configured to calculate an estimate of a sample instruction density for a frame of a workload and to determine a number of sampler units to be enabled or disabled based on the estimate.
A magnesium alloy, based on the total weight of the magnesium alloy, the magnesium alloy consists of: 0.8-1.4 wt% of a rare earth element, 0.01-0.2 wt% of R, 0.8-1.5 wt% of Mn, 0-0.01 wt% of Fe, 0-0.01 wt% of Cu, 0-0.01 wt% of Ni, 0-0.01 wt% of Co, 0-0.01 wt% of Sn, 0-0.01 wt% of Ca, and the balance of Mg, wherein R is at least one selected from Al and Zn. 0.8-1.4 wt% of a rare earth element, 0.01-0.2 wt% of R, 0.8-1.5 wt% of Mn, 0-0.01 wt% of Fe, 0-0.01 wt% of Cu, 0-0.01 wt% of Ni, 0-0.01 wt% of Co, 0-0.01 wt% of Sn, 0-0.01 wt% of Ca, and the balance of Mg, wherein R is at least one selected from Al and Zn.
An apparatus for measuring a biosignal of a subject that may include a motion artifact, the apparatus comprising: a measuring module configured to measure the biosignal; an obtaining module configured to obtain a replication signal corresponding to the motion artifact; a sensing module different from the obtaining module configured to sense a motion of the subject; a control module configured to generate a first control signal for controlling processing of the biosignal; wherein the control module is further configured to determine whether the biosignal is to be processed or not based on a degree of the motion artifact relating to the sensed motion, such that processing is performed if the degree of the motion artifact is above a predetermined threshold, and to generate the first control signal based on a result of the determining and further comprises a second generating unit configured to generate a second control signal, based on the result of the determining, for operating the obtaining module; and a signal processing module configured to process or not process the biosignal by filtering the biosignal using the replication signal, based on the first control signal. a measuring module configured to measure the biosignal; an obtaining module configured to obtain a replication signal corresponding to the motion artifact; a sensing module different from the obtaining module configured to sense a motion of the subject; a control module configured to generate a first control signal for controlling processing of the biosignal; wherein the control module is further configured to determine whether the biosignal is to be processed or not based on a degree of the motion artifact relating to the sensed motion, such that processing is performed if the degree of the motion artifact is above a predetermined threshold, and to generate the first control signal based on a result of the determining and further comprises a second generating unit configured to generate a second control signal, based on the result of the determining, for operating the obtaining module; and a signal processing module configured to process or not process the biosignal by filtering the biosignal using the replication signal, based on the first control signal.
A method for transaction processing in a massively parallel processing database, the method comprising: receiving, by a transaction manager, from a first resource manager, a first snapshot of the first resource manager, the first snapshot comprising a global transaction ID for each active transaction at the first resource manager; receiving, by the transaction manager, from a second resource manager, a second snapshot of the second resource manager, the second snapshot comprising a global transaction ID for each active transaction at the second resource manager; reconciling the first snapshot of the first resource manager and the second snapshot of the second resource manager by generating a reconciled snapshot, the reconciled snapshot comprising a union list of the global transaction IDs of the first snapshot and the second snapshot; transmitting, by the transaction manager, to the first resource manager and the second resource manager, the reconciled snapshot; and performing a transaction using the reconciled snapshot; wherein the transaction manager, the first resource manager, and the second resource manager are each a node of a plurality of nodes of an MPP database system, each node of the plurality of nodes being configured so as to selectively become a transaction manager or a resource manager for a transaction based on the origin of the transaction. receiving, by a transaction manager, from a first resource manager, a first snapshot of the first resource manager, the first snapshot comprising a global transaction ID for each active transaction at the first resource manager; receiving, by the transaction manager, from a second resource manager, a second snapshot of the second resource manager, the second snapshot comprising a global transaction ID for each active transaction at the second resource manager; reconciling the first snapshot of the first resource manager and the second snapshot of the second resource manager by generating a reconciled snapshot, the reconciled snapshot comprising a union list of the global transaction IDs of the first snapshot and the second snapshot; transmitting, by the transaction manager, to the first resource manager and the second resource manager, the reconciled snapshot; and performing a transaction using the reconciled snapshot;
A HF-surgery appliance comprising: - at least one HF generator with an active output and a neutral output to generate a working current, - at least two working connectors (22 1 to 22 n) for connection of at least one instrument (11, 12) through which the working current can be conducted to a biological tissue, - a safety device for reducing the danger presented by fault currents that can flow through an inactive instrument, the safety device comprising a control means designed such that in response to an activation signal, initially the working connector (22 1 to 22 n) of an instrument (11, 12) that is to be activated is connected to the active output of the HF generator, and then the HF generator is controlled so that it supplies the working current, wherein the safety device being designed and connected to the working connectors (22 1 to 22 n) as well as to the neutral output in such a way that every working connector (22 1 to 22 n), except the working connector (22 1 to 22 n) of the instrument (11, 12) that is to be activated, is connected to the neutral output, wherein at the working connectors (22 1 to 22 n) there are provided sampling elements (33 1 to 33 n) for detecting the magnitude of a current and/or voltage, wherein the control means is designed to switch off the HF generator whenever the current and/or the voltage at the working connectors (22 1 to 22 n) that are connected to the neutral output exceeds a predetermined threshold. - at least one HF generator with an active output and a neutral output to generate a working current, - at least two working connectors (22 1 to 22 n) for connection of at least one instrument (11, 12) through which the working current can be conducted to a biological tissue, - a safety device for reducing the danger presented by fault currents that can flow through an inactive instrument, the safety device comprising a control means designed such that in response to an activation signal, initially the working connector (22 1 to 22 n) of an instrument (11, 12) that is to be activated is connected to the active output of the HF generator, and then the HF generator is controlled so that it supplies the working current,
An anchoring device for radiators, comprising a movable hook, a support, a reversible locking means, elastic means, at least one release lever, and a bracket having a predominantly longitudinal extension, the lower end of said bracket forming a fixed hook adapted to cooperate with said movable hook associated with the upper end of said bracket, said movable hook being supported by said support which is slidingly mounted on said bracket and is configured to be locked by said reversible locking means in a position chosen among predefined positions; said locking means comprising a contoured body which translates integrally with said support; said contoured body having at least one locking member, which cooperates with said elastic means, and with said at least one release lever, which acts in contrast with said elastic means and is configured to move said locking member between a locking configuration, in which said locking member engages said bracket by being pushed by said elastic means, and a release position, in which said locking member is substantially disengaged from said bracket; said device being characterized in that it comprises a plurality of protrusions that protrude from said bracket; said protrusions being selectively engageable by said locking member in said locking configuration.
A handheld electronic pipette, comprising a linear actuator including a motor for driving a piston to aspirate and dispense fluid into and from a pipette tip, a control circuit for the pipette including a user controllable microprocessor and memory, a display electrically connected to the microprocessor, and a user operable controller connected to the microprocessor; wherein the microprocessor is programmed to present a user interface to a user on the display and to control the motor in response to a programmed sequence or instructions from the user; characterized in that the controller is operable by the user to navigate and select at least one option in the user interface; the controller is further operable to direct the operation of the pipette in driving the piston; the controller is a two-axis joystick-style controller capable of outputting a continuous range of output values representative of its horizontal and vertical position and comprising a home position or a center position; and the two-axis joystick-style controller is configured to receive a user input representative of a position along two axes. characterized in that the controller is operable by the user to navigate and select at least one option in the user interface; the controller is further operable to direct the operation of the pipette in driving the piston; the controller is a two-axis joystick-style controller capable of outputting a continuous range of output values representative of its horizontal and vertical position and comprising a home position or a center position; and the two-axis joystick-style controller is configured to receive a user input representative of a position along two axes.
A thermally stable oil-in-water emulsion comprising: an oil comprising a polyunsaturated fatty acid, water, an emulsifier selected from: a modified gum acacia, a lecithin, an agar, a modified ghatti gum, a pectin, a carrageenan, a xanthan gum, a modified food starch, a modified alginate, a polyoxyethylene sorbitan ester, a sugar ester, and combinations thereof, and a water-soluble stabilizer selected from: glycerol and a mixture of sodium chloride and a monosaccharide, wherein the water-soluble stabilizer is present in a concentration of 20% to 50% by weight of the emulsion, and wherein the thermally stable oil-in-water emulsion is flowable at a temperature of -40°C, and is free from a variation in particle size after 9 months in storage at a temperature of -40 °C to -15 °C. an oil comprising a polyunsaturated fatty acid, water, an emulsifier selected from: a modified gum acacia, a lecithin, an agar, a modified ghatti gum, a pectin, a carrageenan, a xanthan gum, a modified food starch, a modified alginate, a polyoxyethylene sorbitan ester, a sugar ester, and combinations thereof, and a water-soluble stabilizer selected from: glycerol and a mixture of sodium chloride and a monosaccharide, wherein the water-soluble stabilizer is present in a concentration of 20% to 50% by weight of the emulsion, and wherein the thermally stable oil-in-water emulsion is flowable at a temperature of -40°C, and is free from a variation in particle size after 9 months in storage at a temperature of -40 °C to -15 °C.
A method comprising: identifying a set of statements (211, 212, 213, 214, 215, 216, 217, 218, 219) within a control flow of a software program (130, 200, 310); generating a plurality of variations of the software program (130, 200, 310) which comprise different subsets of statements (211, 212, 213, 214, 215, 216, 217, 218, 219) of the control flow which are exposed to side channels, respectively, wherein the generating comprises converting code fragments of a statement (211, 212, 213, 214, 215, 216, 217, 218, 219) within the control flow into semantically equivalent code that does not identify a result of the statement (211, 212, 213, 214, 215, 216, 217, 218, 219); determining one or more pareto-optimal variations (130C, 130F, 130K, 311, 312, 313) of the software program (130, 200, 310) based on side channel leakage values and performance values of the plurality of variations (130C, 130F, 130K, 311, 312, 313) of the software program (130, 200, 310), wherein pareto-optimality is achieved if there is no other solution with a lower value (222, 224) in at least one dimension and no other dimension with a higher value (222, 224); outputting information about the one or more pareto-optimal variations (130C, 130F, 130K, 311, 312, 313) of the software program to a user device; and based on the outputted information, deciding which statements (211, 212, 213, 214, 215, 216, 217, 218, 219) within the control flow to hide and which to allow to be observed through the side channels. identifying a set of statements (211, 212, 213, 214, 215, 216, 217, 218, 219) within a control flow of a software program (130, 200, 310); generating a plurality of variations of the software program (130, 200, 310) which comprise different subsets of statements (211, 212, 213, 214, 215, 216, 217, 218, 219) of the control flow which are exposed to side channels, respectively, wherein the generating comprises converting code fragments of a statement (211, 212, 213, 214, 215, 216, 217, 218, 219) within the control flow into semantically equivalent code that does not identify a result of the statement (211, 212, 213, 214, 215, 216, 217, 218, 219); determining one or more pareto-optimal variations (130C, 130F, 130K, 311, 312, 313) of the software program (130, 200, 310) based on side channel leakage values and performance values of the plurality of variations (130C, 130F, 130K, 311, 312, 313) of the software program (130, 200, 310), wherein pareto-optimality is achieved if there is no other solution with a lower value (222, 224) in at least one dimension and no other dimension with a higher value (222, 224); outputting information about the one or more pareto-optimal variations (130C, 130F, 130K, 311, 312, 313) of the software program to a user device; and based on the outputted information, deciding which statements (211, 212, 213, 214, 215, 216, 217, 218, 219) within the control flow to hide and which to allow to be observed through the side channels.
A cartridge adapted for use with a flow-through hybridization apparatus wherein the cartridge comprises a moulded cartridge housing on which there is formed a grid which defines a plurality of testing compartments, and on a downstream side of the grid it is mounted a porous membrane; the grid being adapted to facilitate individual hybridization at the individual testing compartments; wherein the cartridge comprises first sealing means on the downstream side of the grid to prevent analytes from passing from one testing compartment to another; characterized in that the first sealing means are provided in the form of a template adhered onto an underside of the membrane following the testing compartments defining grid to form a sealing gasket providing individual fluid sealing of the testing compartments when the cartridge is received inside a reaction chamber of a flow-through apparatus during use; the cartridge having the portion of the membrane in contact with the downstream side of the grid treated to form second sealing means when the membrane is attached to the downstream side of the cartridge housing.
Attachment elements cartridge strip comprising a carrier strip which is made of plastics material, is formed by a plurality of interconnected carrier segments and extends along a longitudinal axis, wherein the carrier segments have at least one guide section with an external diameter for guiding a respective carrier segment in a bolt guide of a setting tool, and through-openings in each of which an attachment element is stored, wherein projections extend from the carrier strip on at least one side of a plane defined by the carrier strip, which projections extend from their starting point on the carrier strip to their free end over a length and have a first width perpendicular to the length, and wherein the projections extend beyond the external diameter in a radial direction in relation to the longitudinal axis, characterised in that the projections are designed to be bendable in at least one direction transversely to their longitudinal extension.
An ejection assembly, comprising: an ejection panel, an ejection carriage coupled to the ejection panel so as to allow the ejection carriage to translate axially relative to the ejection panel; a translating link having a first end and a second end, the first end of the translating link being pivotingly couplet to the ejection carriage and configured to translate therewith; and a stationary link having a first end and a second end, wherein the first end of the stationary link is coupled to the ejection panel and the stationary link is coupled to the translating link at a location on the translating link between the first end of the translating link and the second end of the translating link, wherein axial translation of the ejection carriage relative to the ejection panel causes the second end of the translating link and the second end of the stationary link to move transversely with respect to the ejection panel, an ejection panel, an ejection carriage coupled to the ejection panel so as to allow the ejection carriage to translate axially relative to the ejection panel; a translating link having a first end and a second end, the first end of the translating link being pivotingly couplet to the ejection carriage and configured to translate therewith; and a stationary link having a first end and a second end, wherein the first end of the stationary link is coupled to the ejection panel and the stationary link is coupled to the translating link at a location on the translating link between the first end of the translating link and the second end of the translating link, wherein axial translation of the ejection carriage relative to the ejection panel causes the second end of the translating link and the second end of the stationary link to move transversely with respect to the ejection panel,