mhurhangee/ep-ind-claims huggingface dataset:
A method to identify machines infected by malware, comprising: determining whether a universal resource locator, URL, in a network request from a computing device, is present in a first cache coupled to a processor of a server; determining whether a fully qualified domain name, extracted from the URL and distinct from the URL, is present in a second cache coupled to the processor of the server, in response to determining that the URL is not present in the first cache; evaluating a parent hostname, extracted from the URL and distinct from the URL, as to suspiciousness, in response to determining that the fully qualified domain name is not present in the second cache of the server, wherein evaluating the parent hostname includes determining whether the parent hostname has a length greater than a predetermined length; and indicating the computing device has a likelihood of infection, responsive to one of: the URL being present in the first cache of the server along with a first indication that indicates that the URL is suspicious, the fully qualified domain name being present in the second cache of the server along with a second indication that indicates that the fully qualified domain is suspicious, or the evaluating of the parent hostname having a third indication that indicates that the parent hostname is suspicious, wherein at least one method operation is performed by the processor. determining whether a universal resource locator, URL, in a network request from a computing device, is present in a first cache coupled to a processor of a server; determining whether a fully qualified domain name, extracted from the URL and distinct from the URL, is present in a second cache coupled to the processor of the server, in response to determining that the URL is not present in the first cache; evaluating a parent hostname, extracted from the URL and distinct from the URL, as to suspiciousness, in response to determining that the fully qualified domain name is not present in the second cache of the server, wherein evaluating the parent hostname includes determining whether the parent hostname has a length greater than a predetermined length; and indicating the computing device has a likelihood of infection, responsive to one of: the URL being present in the first cache of the server along with a first indication that indicates that the URL is suspicious, the fully qualified domain name being present in the second cache of the server along with a second indication that indicates that the fully qualified domain is suspicious, or the evaluating of the parent hostname having a third indication that indicates that the parent hostname is suspicious, wherein at least one method operation is performed by the processor.
A tyre parameter monitoring system, comprising: an electronic module with a fitting; a ball stud coupled to the fitting; a valve stem, the valve stem having a ball socket that is coupled to the ball stud to form a ball joint such that the valve stem is positionable at different angles to the electronic module; a nut, a washer and a seal placed over the valve stem, characterized in that in use the position of the valve stem with respect to the electronic module may be fixed by securing the nut, the washer and the seal to a distal end of the valve stem and to a wheel rim, wherein in a mounted position the nut is positioned on an outer surface of the wheel rim and is tightened to clamp the seal and washer between the valve stem and the wheel rim, thus pulling the valve stem inside the washer, exerting pressure on the ball socket and blocking rotation of the valve stem around the ball stud so as to provide an auto locking mechanism an electronic module with a fitting; a ball stud coupled to the fitting; a valve stem, the valve stem having a ball socket that is coupled to the ball stud to form a ball joint such that the valve stem is positionable at different angles to the electronic module; a nut, a washer and a seal placed over the valve stem, characterized in that in use the position of the valve stem with respect to the electronic module may be fixed by securing the nut, the washer and the seal to a distal end of the valve stem and to a wheel rim, wherein in a mounted position the nut is positioned on an outer surface of the wheel rim and is tightened to clamp the seal and washer between the valve stem and the wheel rim, thus pulling the valve stem inside the washer, exerting pressure on the ball socket and blocking rotation of the valve stem around the ball stud so as to provide an auto locking mechanism
An information processing device comprising: a determination unit configured to determine one operation mode, representing a power mode, among a plurality of operation modes in which processing speeds are different when a process is performed; and a processing unit configured to transmit information regarding a processing time to a communication control device capable of performing contactless communication with an external device using the information regarding the processing time for setting of a waiting time of the process, wherein the processing unit is configured to transmit information regarding the processing time, which is based on the determined operation mode and on a communication speed between the information processing device and the communication control device and which indicates a reference of the processing time when the process is performed. a determination unit configured to determine one operation mode, representing a power mode, among a plurality of operation modes in which processing speeds are different when a process is performed; and a processing unit configured to transmit information regarding a processing time to a communication control device capable of performing contactless communication with an external device using the information regarding the processing time for setting of a waiting time of the process, wherein the processing unit is configured to transmit information regarding the processing time, which is based on the determined operation mode and on a communication speed between the information processing device and the communication control device and which indicates a reference of the processing time when the process is performed.
An inverter module characterized by comprising: a power system circuit board adapted to convert DC power supplied from a power supply into AC power and to apply the AC power to an electric motor; and a control circuit board adapted to control the AC power applied to the electric motor, the power system circuit board and the control circuit board being integrated through a resin case, the inverter module further comprising an insulating through hole that is provided in a region between a frame ground connected to a high voltage system and formed on the control circuit board and a low voltage circuit adjacent to the frame ground. a power system circuit board adapted to convert DC power supplied from a power supply into AC power and to apply the AC power to an electric motor; and a control circuit board adapted to control the AC power applied to the electric motor, the power system circuit board and the control circuit board being integrated through a resin case, the inverter module further comprising an insulating through hole that is provided in a region between a frame ground connected to a high voltage system and formed on the control circuit board and a low voltage circuit adjacent to the frame ground.
A valve (10, 310) for controlling the flow of fluid, said valve being suitable to operate at frequencies of 20 kHz or higher, comprising: a first plate having apertures extending generally perpendicular through said first plate; a second plate having apertures extending generally perpendicular through said second plate, said apertures being substantially offset from the apertures of said first plate; and a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the apertures of said second plate; characterised by: a flap disposed and moveable between said first plate and said second plate, said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate, wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve. a first plate having apertures extending generally perpendicular through said first plate; a second plate having apertures extending generally perpendicular through said second plate, said apertures being substantially offset from the apertures of said first plate; and a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the apertures of said second plate; characterised by: a flap disposed and moveable between said first plate and said second plate, said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate, wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve. a flap disposed and moveable between said first plate and said second plate, said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate, wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve.
Optical apparatus, comprising: a transparent envelope (43, 44); an electro-optical layer, contained within the envelope and having an effective local index of refraction at any given location that is determined by a voltage waveform applied across the electro-optical layer at the location; an array of excitation electrodes disposed over a surface of the transparent envelope; and control circuitry, which is configured to apply voltage waveforms to the excitation electrodes so as to generate across at least a part of the active area of the electro-optical layer a phase modulation profile (60, 63, 64, 65, 66, 67, 70) comprising spatially alternating peaks and troughs separated by phase transitions chosen so as to emulate a Fresnel lens, characterized in that the troughs have respective phase modulation depths that vary by at least one quarter wavelength at a nominal wavelength of 500 nm across at least the part of the active area of the electro-optical layer that emulates the Fresnel lens. a transparent envelope (43, 44); an electro-optical layer, contained within the envelope and having an effective local index of refraction at any given location that is determined by a voltage waveform applied across the electro-optical layer at the location; an array of excitation electrodes disposed over a surface of the transparent envelope; and control circuitry, which is configured to apply voltage waveforms to the excitation electrodes so as to generate across at least a part of the active area of the electro-optical layer a phase modulation profile (60, 63, 64, 65, 66, 67, 70) comprising spatially alternating peaks and troughs separated by phase transitions chosen so as to emulate a Fresnel lens, characterized in that the troughs have respective phase modulation depths that vary by at least one quarter wavelength at a nominal wavelength of 500 nm across at least the part of the active area of the electro-optical layer that emulates the Fresnel lens.
Switching bridge for a switchgear, the switching bridge comprising an electrical switching contact and a contact carrier, the switching contact being arranged on the contact carrier, the contact carrier being constructed from a predeterminable plurality of first layer parts and second layer parts for adaptation to requirements with regard to conductivity and dimensional stability, the first layer parts each comprising a first material, the second layer parts each comprising a second material, the second material being different to the first material, and the first layer parts and the second layer parts being interconnected, a contact region of the switching contact being arranged substantially orthogonal on a side surface plane of the first and second layer parts (5, 6), each of the first layer parts and the second layer parts being designed as a punched part, the first material being silver and/or copper and/or aluminum and comprising a high electrical conductivity, characterized in that the second material includes steel and comprises a high stiffness and in that the switching bridge comprises two packs of first layer parts, each of the packs comprising a plurality of first layer parts, and each of the packs being flanked by a plurality of second layer parts.
A method for resetting and verifying a resistive memory, comprising: enabling at least one word line signal corresponding to one selected resistive memory cell of the resistive memory during a resetting and verifying timing period (TR/TS); providing a bit line voltage (VVER) to the bit line of the selected resistive memory cell, wherein the bit line voltage (VVER) continuously decreases from a first voltage level to a second voltage level during the resetting and verifying timing period (TR/TS); and measuring a detected current through the bit line of the selected resistive memory cell and determining a finish time point of the resetting and verifying timing period (TR/TS) by comparing the detected current and a reference current (CREF); characterised in that: the reference current (CREF) is generated by the application of the bit line voltage (VVER) to the cathode of a diode providing an exponential variation of the reference current (CREF) with the bit line voltage (VVER). enabling at least one word line signal corresponding to one selected resistive memory cell of the resistive memory during a resetting and verifying timing period (TR/TS); providing a bit line voltage (VVER) to the bit line of the selected resistive memory cell, wherein the bit line voltage (VVER) continuously decreases from a first voltage level to a second voltage level during the resetting and verifying timing period (TR/TS); and measuring a detected current through the bit line of the selected resistive memory cell and determining a finish time point of the resetting and verifying timing period (TR/TS) by comparing the detected current and a reference current (CREF); characterised in that: the reference current (CREF) is generated by the application of the bit line voltage (VVER) to the cathode of a diode providing an exponential variation of the reference current (CREF) with the bit line voltage (VVER).
A computer-aided diagnosis system, the system comprising: a pre-processing unit to extract an image-based region of interest; a segmentation unit to delineate at least one lesion in the region of interest; a clinical information processing unit to accept and convert clinical information into a compatible format; characterized in that the computer-aided diagnosis system further comprises a feature extraction unit to extract image-based features in a plurality of dimensions from the image of the region of interest, wherein the image-based features include a fractal dimension of a shape of the at least one lesion; and a classifier or committee of classifiers that uses the image-based features and the clinical information to output a decision. a pre-processing unit to extract an image-based region of interest; a segmentation unit to delineate at least one lesion in the region of interest; a clinical information processing unit to accept and convert clinical information into a compatible format; characterized in that the computer-aided diagnosis system further comprises a feature extraction unit to extract image-based features in a plurality of dimensions from the image of the region of interest, wherein the image-based features include a fractal dimension of a shape of the at least one lesion; and a classifier or committee of classifiers that uses the image-based features and the clinical information to output a decision.
A method of identifying an antibody, a target, or an agent in a sample comprising the steps of: a) obtaining cDNAs of mRNAs encoding immunoglobulins in the sample, thereby obtaining a mixture of the cDNAs; b) sequencing without any prior cloning step at least 1000 of the variable heavy and variable light chains of the immunoglobulins present in said sample, thereby obtaining sequence data; c) determining the most abundant VH and VL chains present in the sample using a computer-implemented algorithm; d) synthesizing polynucleotides encoding the most abundant VH and VL chains present in the sample and producing antibodies comprising said VH and VL chains using an expression vector; and e) testing the antibodies, thereby identifying the antibody or the target. a) obtaining cDNAs of mRNAs encoding immunoglobulins in the sample, thereby obtaining a mixture of the cDNAs; b) sequencing without any prior cloning step at least 1000 of the variable heavy and variable light chains of the immunoglobulins present in said sample, thereby obtaining sequence data; c) determining the most abundant VH and VL chains present in the sample using a computer-implemented algorithm; d) synthesizing polynucleotides encoding the most abundant VH and VL chains present in the sample and producing antibodies comprising said VH and VL chains using an expression vector; and e) testing the antibodies, thereby identifying the antibody or the target.
A replaceable unit for an electrophotographic image forming device, comprising: a housing having, upon insertion of the replaceable unit in an image forming device, a top, a bottom, a front and a rear positioned between a first side and a second side of the housing, wherein the front leads during insertion and the rear trails; the housing has a reservoir for holding toner; and an electrical connector on the first side of the housing, the electrical connector includes an electrical contact for contacting a corresponding electrical contact in the image forming device, the electrical contact of the replaceable unit is electrically connected to processing circuitry mounted on the replaceable unit, the electrical connector is movable between a first position and a second position, the electrical contact of the replaceable unit moves outward from the first side of the housing along a side-to-side dimension of the housing when the electrical connector moves from the first position to the second position such that the electrical contact of the replaceable unit is positioned further outward along the side-to-side dimension of the housing when the electrical connector is in the second position than when the electrical connector is in the first position, the electrical contact of the replaceable unit faces downward and is unobstructed from below when the electrical connector is in the second position permitting the corresponding electrical contact in the image forming device to contact the electrical contact of the replaceable unit from below. a housing having, upon insertion of the replaceable unit in an image forming device, a top, a bottom, a front and a rear positioned between a first side and a second side of the housing, wherein the front leads during insertion and the rear trails; the housing has a reservoir for holding toner; and an electrical connector on the first side of the housing, the electrical connector includes an electrical contact for contacting a corresponding electrical contact in the image forming device, the electrical contact of the replaceable unit is electrically connected to processing circuitry mounted on the replaceable unit, the electrical connector is movable between a first position and a second position, the electrical contact of the replaceable unit moves outward from the first side of the housing along a side-to-side dimension of the housing when the electrical connector moves from the first position to the second position such that the electrical contact of the replaceable unit is positioned further outward along the side-to-side dimension of the housing when the electrical connector is in the second position than when the electrical connector is in the first position, the electrical contact of the replaceable unit faces downward and is unobstructed from below when the electrical connector is in the second position permitting the corresponding electrical contact in the image forming device to contact the electrical contact of the replaceable unit from below.
A composition for use in preparing a rechargeable zinc electrode comprising in admixture: (a) zinc oxide, zinc hydroxide or a mixture thereof; and (b) zinc stearate, where the zinc stearate: zinc oxide/hydroxide molar ratio is in the range 0.05:1.00 to 0.4:1.0, or calcium stearate, where the calcium stearate: zinc oxide/hydroxide molar ratio is in the range 0.03:1 to 0.15:1. (a) zinc oxide, zinc hydroxide or a mixture thereof; and (b) zinc stearate, where the zinc stearate: zinc oxide/hydroxide molar ratio is in the range 0.05:1.00 to 0.4:1.0, or calcium stearate, where the calcium stearate: zinc oxide/hydroxide molar ratio is in the range 0.03:1 to 0.15:1.
An adaptive milking system, comprising: a milk meter operable to: measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; a controller communicatively coupled to the milk meter and operable to: calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and a detacher communicatively coupled to the controller and operable to remove a milking unit from the animal when the delay timer reaches a threshold time. a milk meter operable to: measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; measure a flow rate of milking an animal during a first period of time; and monitor the flow rate of milking the animal; a controller communicatively coupled to the milk meter and operable to: calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and calculate a percentage of the measured flow rate; trigger a delay timer when the monitored flow rate of milking the animal becomes lower than the larger of (a) a default threshold flow rate and (b) the calculated percentage of the measured flow rate; and a detacher communicatively coupled to the controller and operable to remove a milking unit from the animal when the delay timer reaches a threshold time.