mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a cryptor that encodes files of a computer system, the method comprising: identifying, by a file processor, one or more files into which a data entry is performed by a suspect process, wherein the identification of the one or more files includes identifying characteristics of each identified file, the characteristics including at least one of: an entropy of at least a part of the file, and information about an application or a process that has entered data into the file; for each identified file, identifying, by an analyzer, classes of file modifications using a trained machine learning model and respective characteristics of the identified file; and for each identified file, identifying, by the analyzer, a suspect process as being associated with the cryptor based on the identified classes of file modification of the file, wherein the identification of the suspect process as being associated with the cryptor includes: - determining a number of the one or more files for which a probability of the modifications of the file exceeds a first threshold; and - when the determined number of the one or more files for which the probability of the modifications of the file exceeds the first threshold is greater than a second threshold, identifying the suspect process as being associated with the cryptor; and - protecting the computer system from the cryptor. identifying, by a file processor, one or more files into which a data entry is performed by a suspect process, wherein the identification of the one or more files includes identifying characteristics of each identified file, the characteristics including at least one of: an entropy of at least a part of the file, and information about an application or a process that has entered data into the file; for each identified file, identifying, by an analyzer, classes of file modifications using a trained machine learning model and respective characteristics of the identified file; and for each identified file, identifying, by the analyzer, a suspect process as being associated with the cryptor based on the identified classes of file modification of the file, wherein the identification of the suspect process as being associated with the cryptor includes: - determining a number of the one or more files for which a probability of the modifications of the file exceeds a first threshold; and - when the determined number of the one or more files for which the probability of the modifications of the file exceeds the first threshold is greater than a second threshold, identifying the suspect process as being associated with the cryptor; and - protecting the computer system from the cryptor. - determining a number of the one or more files for which a probability of the modifications of the file exceeds a first threshold; and - when the determined number of the one or more files for which the probability of the modifications of the file exceeds the first threshold is greater than a second threshold, identifying the suspect process as being associated with the cryptor; and - protecting the computer system from the cryptor.
An extension cable adapted for use in an intravascular ultrasound system, comprising: a first connector, for electrical and mechanical connection to an intravascular ultrasound catheter; a second connector, for electrical and mechanical connection to an intravascular ultrasound patient interface module; and a cable arrangement for power transmission and data transmission, and a signal processor (34; 72), between the first and second connectors (36, 37), wherein the signal processor comprises an electrical buffer with gain 1 or an electrical amplifier with gain greater than 1, and wherein the cable arrangement comprises a combined electrical cable which carries superposed power and data signals, wherein the extension cable further comprises a splitter for extracting the data signals and a combiner for recombining the data signals with the power signals, wherein the signal processor is provided for the extracted data signals. a first connector, for electrical and mechanical connection to an intravascular ultrasound catheter; a second connector, for electrical and mechanical connection to an intravascular ultrasound patient interface module; and a cable arrangement for power transmission and data transmission, and a signal processor (34; 72), between the first and second connectors (36, 37), wherein the signal processor comprises an electrical buffer with gain 1 or an electrical amplifier with gain greater than 1, and wherein the cable arrangement comprises a combined electrical cable which carries superposed power and data signals, wherein the extension cable further comprises a splitter for extracting the data signals and a combiner for recombining the data signals with the power signals, wherein the signal processor is provided for the extracted data signals.
A base station for a cleaning robot, provided for the cleaning robot to dock, wherein the cleaning robot is connectable to a mopping module of the cleaning robot, wherein the base station comprises: an operating position for the cleaning robot to dock to replace the mopping module; a storage module, configured to store at least one mopping module; and a transfer module, configured to transfer the mopping module between the storage module and the operating position; characterized in that the storage module is located above the operating position. an operating position for the cleaning robot to dock to replace the mopping module; a storage module, configured to store at least one mopping module; and a transfer module, configured to transfer the mopping module between the storage module and the operating position; characterized in that the storage module is located above the operating position.
A method for tracking welding contact tip deterioration in real time with welds performed by a robot, the method including the steps of: establishing a reference that relates welding parameters during welding production to contact tip life; choosing a representative weld from among the welds that are performed on a single part (24, 28); monitoring welding parameters of a contact tip during use in real time through a welding power source or a robotic controller while performing the same representative weld on each part (24, 28); wherein the frequency of data acquisition is 10 Hz or higher; comparing the monitored welding parameters to the reference by displaying a control chart including average welding current plotted as a function of part count; providing real-time feedback to an operator; and predicting contact tip failure from the comparison. establishing a reference that relates welding parameters during welding production to contact tip life; choosing a representative weld from among the welds that are performed on a single part (24, 28); monitoring welding parameters of a contact tip during use in real time through a welding power source or a robotic controller while performing the same representative weld on each part (24, 28); wherein the frequency of data acquisition is 10 Hz or higher; comparing the monitored welding parameters to the reference by displaying a control chart including average welding current plotted as a function of part count; providing real-time feedback to an operator; and predicting contact tip failure from the comparison.
A radiation crosslinkable pressure sensitive adhesive precursor comprising: a) an acrylate base polymer b) a co-polymerized type photocrosslinker, in an amount greater than 0.1 parts by weight per 100 parts by weight of acrylate base polymer; c) a co-polymerized hydrogen-donating monomer; and d) a hydrocarbon tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer, and wherein either the total acid content of a), b), and c) is zero or the total acid content of a), b), and c) is greater than zero and not more than 3%, wherein the "total acid content" of a), b), and c) refers to the weight percent of polymerized monomers bearing an acid moiety of all of a), b), and c) and the term "acid content" refers to the total content of polymerized monomers bearing an acid moiety. a) an acrylate base polymer b) a co-polymerized type photocrosslinker, in an amount greater than 0.1 parts by weight per 100 parts by weight of acrylate base polymer; c) a co-polymerized hydrogen-donating monomer; and d) a hydrocarbon tackifying resin, in an amount greater than 40 parts by weight per 100 parts by weight of acrylate base polymer, and wherein either the total acid content of a), b), and c) is zero or the total acid content of a), b), and c) is greater than zero and not more than 3%, wherein the "total acid content" of a), b), and c) refers to the weight percent of polymerized monomers bearing an acid moiety of all of a), b), and c) and the term "acid content" refers to the total content of polymerized monomers bearing an acid moiety.
A system of a motor-driven trailer and a towbar for coupling the trailer to a vehicle, in particular to a bicycle, wherein the towbar comprises a vehicle side end for connection with the vehicle and a trailer side end connected with a trailer coupling of the trailer, wherein the towbar is coupled to the trailer such that the towbar is pivotable along a pivoting path between a lowered position and a raised position with respect to the trailer, characterized in that the system comprises at least one first sensor element (22, 24) for detecting a position of the towbar along the pivoting path and a control unit communicating with the at least one first sensor element (22, 24), wherein the control unit is adapted to, dependent on the position of the towbar along the pivoting path, put the system in an operating mode where the motor of the trailer supports the movement of the trailer and in a parking mode where brakes of the trailer are applied to impede movement of the trailer, wherein the system is put into the parking mode when the towbar is in the raised position and into the operating mode when the towbar is in the lowered position.
A light guide configured to be mounted in a vehicle, said light guide comprising: - a coupling portion presenting an input face, - a main portion extending from said coupling portion, - an output surface extending at least along the main portion, the light guide being arranged in such a way that light rays that enter into the light guide through the input face are propagated by total internal reflection along the coupling portion and then along the main portion, before reaching out of the light guide trough the output surface, wherein the said input face is flat, characterized in that said input face has a periphery that is formed by only five edges (11 to 15) of substantially the same size, these edges joining together such that they form five angles (α) with substantially the same value, wherein at least one of the edges (11, 12) is a convex edge. - a coupling portion presenting an input face, - a main portion extending from said coupling portion, - an output surface extending at least along the main portion, the light guide being arranged in such a way that light rays that enter into the light guide through the input face are propagated by total internal reflection along the coupling portion and then along the main portion, before reaching out of the light guide trough the output surface, wherein the said input face is flat, characterized in that said input face has a periphery that is formed by only five edges (11 to 15) of substantially the same size, these edges joining together such that they form five angles (α) with substantially the same value, wherein at least one of the edges (11, 12) is a convex edge.
A polyacetal thermoplastic composition comprising: a) 20 to 80 weight percent polyacetal polymer, the polymer being homopolymer, copolymer, or mixtures of these; b) 5 to 40 weight percent glass fiber; c) 0.1 to 2 weight percent polymeric thermal stabilizer selected from the group consisting of a polyacrylamide, a polymethacrylamide, and mixtures of these; d) 0.02 to 2 weight percent allantoin; e) 0.1 to 5 weight percent of an ethylene copolymer of the formula E/X/Y, wherein each of the a) to e) components is based on the weight of the composition; and wherein: E comprises 40 to 90 weight percent of the ethylene copolymer and is the radical formed from ethylene; X comprises 10 to 40 weight percent of the ethylene copolymer and is a radical formed from monomers selected from the group consisting of CH 2 =CH -C -OR 2, wherein R 1 is H, CH 3 or C 2 H 5, R 2 is an alkyl group having 1-8 carbon atoms, vinyl acetate, or a mixture of these; and Y comprises 0.5 to 20 weight percent of the ethylene copolymer and is a radical formed from monomers selected from the group consisting of CH 2 =CH(R 1)-C -OR 3 wherein R 3 is glycidyl, and R 1 is R 1 is H, CH 3 or C 2 H 5. a) 20 to 80 weight percent polyacetal polymer, the polymer being homopolymer, copolymer, or mixtures of these; the polymer being homopolymer, copolymer, or mixtures of these; b) 5 to 40 weight percent glass fiber; c) 0.1 to 2 weight percent polymeric thermal stabilizer selected from the group consisting of a polyacrylamide, a polymethacrylamide, and mixtures of these; d) 0.02 to 2 weight percent allantoin; e) 0.1 to 5 weight percent of an ethylene copolymer of the formula E/X/Y, E comprises 40 to 90 weight percent of the ethylene copolymer and is the radical formed from ethylene; X comprises 10 to 40 weight percent of the ethylene copolymer and is a radical formed from monomers selected from the group consisting of CH 2 =CH -C -OR 2, wherein R 1 is H, CH 3 or C 2 H 5, R 2 is an alkyl group having 1-8 carbon atoms, vinyl acetate, or a mixture of these; and Y comprises 0.5 to 20 weight percent of the ethylene copolymer and is a radical formed from monomers selected from the group consisting of CH 2 =CH(R 1)-C -OR 3 wherein R 3 is glycidyl, and R 1 is R 1 is H, CH 3 or C 2 H 5.
A method to extract out of an aqueous solution, concentrate and/or reformulate [ 18 F]fluorides without any evaporation step, in an organic solution suitable for a subsequent radiolabeling reaction, said method comprising the following steps of: - passing said aqueous [ 18 F]fluoride solution or solvent through a solid phase extraction column containing an anion-exchange resin so that said [ 18 F]fluoride are trapped on said resin - rinsing the resin with an organic solvent for eliminating the residual water that may be undesirable for a subsequent chemical processing, whilst keeping the extracted anions trapped on the resin. - eluting said [ 18 F]fluorides with an eluting solution so that to release said [ 18 F]fluorides from said anion- exchange resin under a form which is reactive and immediately usable for a labeling reaction; - use the eluted solution for a radiolabeling reaction; characterised in that the eluting solution is a solution with a cryptate of an alkali or alkaline earth with hydroxide as counterion, containing an organic solvent suitable for the subsequent radiolabeling reaction; - passing said aqueous [ 18 F]fluoride solution or solvent through a solid phase extraction column containing an anion-exchange resin so that said [ 18 F]fluoride are trapped on said resin - rinsing the resin with an organic solvent for eliminating the residual water that may be undesirable for a subsequent chemical processing, whilst keeping the extracted anions trapped on the resin. - eluting said [ 18 F]fluorides with an eluting solution so that to release said [ 18 F]fluorides from said anion- exchange resin under a form which is reactive and immediately usable for a labeling reaction; - use the eluted solution for a radiolabeling reaction; characterised in that the eluting solution is a solution with a cryptate of an alkali or alkaline earth with hydroxide as counterion, containing an organic solvent suitable for the subsequent radiolabeling reaction;
A process for selectively separating semiconducting single-walled carbon nanotubes (sc-SWCNTs) from metallic single-walled carbon nanotubes (m-SWCNTs), comprising: extracting a mixture of sc-SWCNTs and m-SWCNTs with a conjugated polymer in a non-polar solvent to produce an enriched sc-SWCNT dispersion; and, exposing the enriched sc-SWCNT dispersion to an inorganic adsorptive medium in a non-polar solvent, the inorganic adsorptive medium selectively binding the m-SWCNTs to further separate the sc-SWCNTs from the m-SWCNTs.
A smart device grouping system, comprising: a grouping terminal and at least two selected smart devices, characterized in that the grouping terminal is configured to transmit a transmission power value to each of the selected smart devices; each of the smart devices is configured to: broadcast a signal based on the transmission power value, and after receiving signals broadcast by the other one or more of the smart devices based on the transmission power value, generate pieces of signal strength information respectively based on signal strengths of the received signals and identifications of the smart devices sending the received signals; and the grouping terminal is further configured to acquire the pieces of signal strength information generated by each smart device and group the selected smart devices based on the pieces of signal strength information. broadcast a signal based on the transmission power value, and after receiving signals broadcast by the other one or more of the smart devices based on the transmission power value, generate pieces of signal strength information respectively based on signal strengths of the received signals and identifications of the smart devices sending the received signals; and
A probe for dimensional measurement and for wireless signal communication with a base station, the probe comprising: a housing including two parts (4,5); three bolts connecting the two parts; a window transparent to the signal located between the two parts and extending around the three bolts; and a circuit board within the probe having at least one transmitter and/or receiver mounted thereon for said signal communication with the base station; wherein the circuit board lies partly between the three bolts and the window. a housing including two parts (4,5); three bolts connecting the two parts; a window transparent to the signal located between the two parts and extending around the three bolts; and a circuit board within the probe having at least one transmitter and/or receiver mounted thereon for said signal communication with the base station; wherein the circuit board lies partly between the three bolts and the window.
Apparatus, comprising: an electrical interface; and a processor, configured: to receive, via the electrical interface, a temperature sensed by a temperature sensor at a distal end of an intrabody probe, to estimate a temperature of tissue of a subject, based on the sensed temperature and a parameter of an ablating current driven, by an ablation electrode at the distal end of the intrabody probe, into the tissue, wherein the processor is configured to estimate the temperature of the tissue by: selecting a coefficient in response to the parameter, and multiplying, by the coefficient, a value that is based on the sensed temperature, and to generate an output in response to the estimated temperature, characterized in that the coefficient is selected in response to the parameter such that the coefficient is a function, of the parameter, that is responsive to adjustments in the parameter. an electrical interface; and a processor, configured: to receive, via the electrical interface, a temperature sensed by a temperature sensor at a distal end of an intrabody probe, to estimate a temperature of tissue of a subject, based on the sensed temperature and a parameter of an ablating current driven, by an ablation electrode at the distal end of the intrabody probe, into the tissue, wherein the processor is configured to estimate the temperature of the tissue by: selecting a coefficient in response to the parameter, and multiplying, by the coefficient, a value that is based on the sensed temperature, and to generate an output in response to the estimated temperature, characterized in that to receive, via the electrical interface, a temperature sensed by a temperature sensor at a distal end of an intrabody probe, to estimate a temperature of tissue of a subject, based on the sensed temperature and a parameter of an ablating current driven, by an ablation electrode at the distal end of the intrabody probe, into the tissue, wherein the processor is configured to estimate the temperature of the tissue by: selecting a coefficient in response to the parameter, and multiplying, by the coefficient, a value that is based on the sensed temperature, and selecting a coefficient in response to the parameter, and multiplying, by the coefficient, a value that is based on the sensed temperature, and to generate an output in response to the estimated temperature, characterized in that the coefficient is selected in response to the parameter such that the coefficient is a function, of the parameter, that is responsive to adjustments in the parameter.
A wind turbine blade shear web, the shear web comprising an elongate panel having a first side and an opposing second side and a longitudinally extending flange arranged along a longitudinal edge of the panel, the flange comprising a plurality of elongate flange sections arranged along the first side of the panel and integrated therewith, the plurality of flange sections being substantially L-shaped in cross-section such that each flange section comprises a base and an upstand, wherein the upstand extends substantially away from the base, each flange section comprising a plurality of elongate flange elements arranged one on top of another and offset from one another in a longitudinal direction of the flange section such that the offset between the flange elements defines a tapered portion (58, 62) at each of a first and second longitudinal end (48, 50) of the flange section, wherein the tapered portions (58, 62) of longitudinally adjacent flange sections overlap to define at least one scarf joint between said adjacent flange sections. the flange comprising a plurality of elongate flange sections arranged along the first side of the panel and integrated therewith, the plurality of flange sections being substantially L-shaped in cross-section such that each flange section comprises a base and an upstand, wherein the upstand extends substantially away from the base, each flange section comprising a plurality of elongate flange elements arranged one on top of another and offset from one another in a longitudinal direction of the flange section such that the offset between the flange elements defines a tapered portion (58, 62) at each of a first and second longitudinal end (48, 50) of the flange section, wherein the tapered portions (58, 62) of longitudinally adjacent flange sections overlap to define at least one scarf joint between said adjacent flange sections.
A dishwasher comprising a tub wherein the washing process is performed, a tub inlet that provides air entrance into the tub, a tub outlet providing the air in the tub to be discharged, an air channel located outside the tub, providing a closed air cycle between the tub outlet and the tub inlet, a fan disposed on the air channel and providing the air in the tub to be sucked and a dehumidifying unit disposed on the air channel, having a desiccant material desiccating the air passing therethrough, a chamber wherein the desiccant material is disposed, at least one heater used during the regeneration of the desiccant material, at least partially extending into the chamber and embedded into the desiccant material, an inlet port providing the air coming from the air channel to enter the chamber and an outlet port providing the air in the chamber to pass into the air channel again, characterized by a vibration generator providing the desiccant material to be stirred by vibrating the heater.