mhurhangee/ep-ind-claims huggingface dataset:
A system for identifying malicious activity comprising: a telemetry gathering component configured to receive a plurality of telemetry data streams from a plurality of devices, each of the plurality of telemetry data streams having a plurality of events; an anchor identification component configured to identify an anchor event in a first telemetry data stream, wherein the anchor event is an event or signal which is known to be malicious or related to malicious activity; and a satellite identification component configured to identify a satellite event in at least a second telemetry data stream, the satellite event corresponding to an event in the first telemetry data stream within an anchor timeframe from the anchor event; wherein the satellite identification component is further configured to identify the satellite event in a third telemetry data stream and to identify an unidentified anchor event in the third telemetry data stream, the unidentified anchor event having a relationship to the satellite event and occurring within the anchor timeframe; wherein the satellite identification component is adapted to tag the unidentified anchor event having a relationship to the satellite event as anchor event or to flag the unidentified anchor event having a relationship to the satellite event for analysis by a malware researcher. a telemetry gathering component configured to receive a plurality of telemetry data streams from a plurality of devices, each of the plurality of telemetry data streams having a plurality of events; an anchor identification component configured to identify an anchor event in a first telemetry data stream, wherein the anchor event is an event or signal which is known to be malicious or related to malicious activity; and a satellite identification component configured to identify a satellite event in at least a second telemetry data stream, the satellite event corresponding to an event in the first telemetry data stream within an anchor timeframe from the anchor event; wherein the satellite identification component is further configured to identify the satellite event in a third telemetry data stream and to identify an unidentified anchor event in the third telemetry data stream, the unidentified anchor event having a relationship to the satellite event and occurring within the anchor timeframe; wherein the satellite identification component is adapted to tag the unidentified anchor event having a relationship to the satellite event as anchor event or to flag the unidentified anchor event having a relationship to the satellite event for analysis by a malware researcher.
Process for the demulsifying cleaning of metallic surfaces, which may be contaminated with oil(s), with at least one further non-polar organic compound, with fat(s), with soap(s), with particulate dirt or/and with at least one anionic organic compound, using an aqueous, alkaline, surfactant-containing bath solution (= cleaning bath, bath), wherein the bath becomes contaminated with oil(s), with at least one further non-polar organic compound, with fat(s), with soap(s), with particulate dirt or/and with at least one anionic organic compound during cleaning of the metallic surfaces, characterised in that the operation is carried out by a dipping process, in that contents of demulsifying surfactants in the range of from 0.2 to 10 g/l are used in the dipping process, in that the bath contains at least one demulsifying surfactant or/and this is added to the bath, which demulsifying surfactant is chosen from non-ionic surfactants based on ethoxylated alkyl alcohols having an end group cap and ethoxylated-propoxylated alkyl alcohols having an end group cap, in that the bath moreover contains at least one cationic organic compound or/and this is added to the bath, in that there is added to the bath a content of cationic organic compounds in an amount in which the stoichiometric ratio of cationic organic compounds to anionic organic compounds is kept in the range of from 0.7:1 to 1.2:1, and in that the bath is kept in a demulsifying state even during increasing contamination, in particular with at least one anionic organic compound, wherein the demulsifying state is maintained by the optional further addition of at least one cationic organic compound, and wherein the radius of curvature of the oil droplets is adjusted so that the oil in a moved bath is still not quite demulsified and so that an oil-containing phase has therefore still not accumulated or not yet accumulated markedly on the surface of the bath, but however spontaneously deposits in a quiescent bath.
An image sensor comprising an array of pixels, each pixel comprising: a photosensitive area operative to sense a visual scene, wherein a light intensity of the scene surveilled by the pixel is represented by the current voltage level Vp of the pixel; and at least one embedded memory keeping trace of historical voltage levels of said pixel, wherein the embedded memory further defining a voltage range between voltage thresholds V MAX and V MIN of the pixel, and wherein a pixel status change is triggered when the current voltage level (V P) is above V MAX or below V MIN characterized in that each pixel outputs two-bits which define one of three possible pixel states, H, M and L where: H [0,1]: V P > V MAX; M [0,0]: V MAX > V P > V MIN; L [1,0]: V P < V MIN. a photosensitive area operative to sense a visual scene, wherein a light intensity of the scene surveilled by the pixel is represented by the current voltage level Vp of the pixel; and at least one embedded memory keeping trace of historical voltage levels of said pixel, wherein the embedded memory further defining a voltage range between voltage thresholds V MAX and V MIN of the pixel, and wherein a pixel status change is triggered when the current voltage level (V P) is above V MAX or below V MIN H [0,1]: V P > V MAX; M [0,0]: V MAX > V P > V MIN; L [1,0]: V P < V MIN.
A compact multi-channel digital radio device configured as a transceiver, comprising: at least one antenna; at least one wideband converter; and, a filter bank connected between said at least one antenna and said at least one wideband converter, said filter bank comprising a plurality of narrowband surface acoustic wave "SAW" filters having respective distinct frequency bands within a bandwidth of the at least one wideband converter; wherein the at least one wideband converter comprises an analog to digital converter and a digital to analog converter, the at least one antenna (91A, 92G) is configured to receive and transmit radiofrequency radiation within a specified frequency band that at least partly overlaps the distinct frequency bands of the SAW filters and the bandwidths of ADC and the DAC, and wherein the transceiver is configured to deliver a plurality of reception channels to a processing unit, the reception channels corresponding to at least some of the plurality of channels and being converted by the ADC, and to deliver a plurality of transmission channels from the processing unit, the transmission channels corresponding to at least some of the plurality of channels and being converted by the DAC; wherein each of said distinct frequency bands comprises a plurality of distinct channels, each having a respective narrow channel width and steep channel edges for channel separation; and, wherein said filter bank and said at least one wideband converter are associated to implement simultaneous multi-channel digital radio communications at ultra-high frequencies "UHF". at least one antenna; at least one wideband converter; and, a filter bank connected between said at least one antenna and said at least one wideband converter, said filter bank comprising a plurality of narrowband surface acoustic wave "SAW" filters having respective distinct frequency bands within a bandwidth of the at least one wideband converter; wherein the at least one wideband converter comprises an analog to digital converter and a digital to analog converter, the at least one antenna (91A, 92G) is configured to receive and transmit radiofrequency radiation within a specified frequency band that at least partly overlaps the distinct frequency bands of the SAW filters and the bandwidths of ADC and the DAC, and wherein the transceiver is configured to deliver a plurality of reception channels to a processing unit, the reception channels corresponding to at least some of the plurality of channels and being converted by the ADC, and to deliver a plurality of transmission channels from the processing unit, the transmission channels corresponding to at least some of the plurality of channels and being converted by the DAC; wherein each of said distinct frequency bands comprises a plurality of distinct channels, each having a respective narrow channel width and steep channel edges for channel separation; and, wherein said filter bank and said at least one wideband converter are associated to implement simultaneous multi-channel digital radio communications at ultra-high frequencies "UHF".
A connector assembly for inflatable brackets for tents or awnings, wherein the connector assembly comprises an air blocking switch and two tube bodies (1, 2), each connected to the air blocking switch, the connector assembly further comprises connector at each end of the tube bodies (1, 2) which is not connected to the blocking switch, wherein the air blocking switch comprises a switch body, a first fastening rotary cap and a second fastening rotary cap, wherein the switch body is provided with a first interface configured to be connected to the first tube body and a second interface configured to be connected to the second tube body, a first fastening thread is arranged on a periphery of a part of the first interface and a second fastening thread is arranged on a periphery of a part of the second interface, the first fastening rotary cap is sleeved onto the first tube body and the first fastening thread, and the second fastening rotary cap is sleeved onto the second tube body and the second fastening thread, characterized in that the switch body comprises a plug fixing seat and a movable plug, the first interface and the first fastening thread are arranged at one end of the plug fixing seat, and the other end of the plug fixing seat is provided with a receiving chamber for receiving the movable plug, the movable plug comprises a plug body, an air chamber, an air port, a receiving chamber sealer and a first interface sealer, the air chamber is arranged in the plug body, one end of the air chamber is connected to the second interface and the other end of the air chamber is connected to the air port, the air port is arranged between the receiving chamber sealer and the first interface sealer, the first interface sealer has a diameter less than that of the receiving chamber sealer, the first interface sealer is configured to seal the first interface, and the receiving chamber sealer is configured to seal a gap between the plug body and the receiving chamber; the second interface is inserted within a gap between the receiving chamber and the movable plug, the movable plug is provided with a second interface sealer configured to be connected to the second interface, the plug fixing seat is provided with a rotation-preventing rib, and the rotation-preventing rib causes the second interface not to rotate with respect to the plug fixing seat.
Phase-contrast x-ray imaging device, in particular for the medical field, comprising an x-radiation source for generating an x-radiation field and an x-ray detector having a one-dimensional or two-dimensional arrangement of pixels, wherein a phase-contrast differential amplifier, with the aid of which spatial phase differences in the x-radiation field are amplified during operation, is positioned between the x-radiation source and the x-ray detector, wherein the phase-contrast differential amplifier comprises two diffraction gratings (G A,G B) which, when viewed in a radiation incidence direction (z), are arranged one behind the other, characterised in that each diffraction grating (G A,G B) - has a transverse surface which is to be aligned substantially at right angles to the radiation incidence direction (z) and which is spanned by an x-axis (x) and a y-axis (y) perpendicular thereto, and - comprises a plurality of diffraction ridges made of an optically comparatively thin base material which are arranged alternating with optically denser interspaces, wherein the diffraction ridges are embodied in such a way that they subdivide the transverse surface into elongate diffraction strips which extend in each case in the y-direction (y) and which are arranged next to one another in parallel rows in the x-direction (x) and wherein adjacent diffraction strips are different from one another in that they are always aligned to different focuses in terms of the diffraction properties of the grating material arranged in each case in the vicinity of said diffraction strip or diffract in different directions. - has a transverse surface which is to be aligned substantially at right angles to the radiation incidence direction (z) and which is spanned by an x-axis (x) and a y-axis (y) perpendicular thereto, and - comprises a plurality of diffraction ridges made of an optically comparatively thin base material which are arranged alternating with optically denser interspaces, wherein the diffraction ridges are embodied in such a way that they subdivide the transverse surface into elongate diffraction strips which extend in each case in the y-direction (y) and which are arranged next to one another in parallel rows in the x-direction (x) and wherein adjacent diffraction strips are different from one another in that they are always aligned to different focuses in terms of the diffraction properties of the grating material arranged in each case in the vicinity of said diffraction strip or diffract in different directions.
A clutch plate in an annular shape, the clutch plate comprising a plurality of lubricating grooves on one end face and the other end face of the clutch plate in an axial direction, wherein the lubricating grooves are formed with plastic deformation and intersection points where the lubricating grooves intersect with each other, and are extended up to outer peripheral edges and inner peripheral edges of both the end faces (11, 12), characterized in that the lubricating grooves are formed in a same phase on both the end faces (11, 12), and all the intersection points are positioned in other areas than at least one of the outer peripheral edges and the inner peripheral edges of both the end faces (11, 12).
A measuring assembly for a thermal analysis of a sample, having - a crucible for storing a sample in the crucible, - a sensor for measuring a sample temperature of the sample when the crucible is arranged on the sensor, characterized by an anti-rotation protection for the crucible, wherein the anti-rotation protection comprises a protrusion (21; 19') and a depression (19; 21'), in order to provide a predetermined rotational position of the crucible with respect to the sensor by means of a positive engagement of the protrusion (21; 19') with the depression (19; 21') when the crucible is arranged on the sensor, wherein the protrusion (21; 19') is arranged on the sensor or a further component of the measuring assembly, which is arranged in a stationary manner to the sensor, and the depression (19; 21') is arranged in the region of the outer side of the crucible, or vice versa. - a crucible for storing a sample in the crucible, - a sensor for measuring a sample temperature of the sample when the crucible is arranged on the sensor,
An electrically contacting fastening device with a threaded bolt and a nut, between which an electrical contact element is arranged, wherein the threaded bolt has a contacting portion with which it lies in surface-to-surface contact against the contact element, and a threaded portion, the nut is fastened to the threaded bolt by means of the threaded portion and on its end face lies with its contacting region in surface-to-surface contact against the contact element, the threaded portion of the threaded bolt is provided with a lubricant coating, and the contacting portion of the threaded bolt, the contact element and the end-face contacting region of the nut are free from lubricant.
A method of producing minced fish meat frozen into granules, the method comprising: a) raising the temperature of fish meat (raw material) which has been frozen at -20°C or less to a temperature of from -10°C to -5°C; b) mincing the fish meat while maintaining the temperature of the fish meat at a temperature of from -10°C to -5°C by using a meat mincer having a feed screw, a plate, and a plate knife at a rotation speed of 165 rpm or less of the plate knife and the meat mincer to keep a clearance (gap) between the plate knife and the feed screw of the meat mincer at substantially 0 mm, before mincing the fish meat; c) cooling the minced fish meat to -20°C or less; and d) crushing the minced fish meat frozen at -20°C or less into granules. a) raising the temperature of fish meat (raw material) which has been frozen at -20°C or less to a temperature of from -10°C to -5°C; b) mincing the fish meat while maintaining the temperature of the fish meat at a temperature of from -10°C to -5°C by using a meat mincer having a feed screw, a plate, and a plate knife at a rotation speed of 165 rpm or less of the plate knife and the meat mincer to keep a clearance (gap) between the plate knife and the feed screw of the meat mincer at substantially 0 mm, before mincing the fish meat; c) cooling the minced fish meat to -20°C or less; and d) crushing the minced fish meat frozen at -20°C or less into granules.
An image signal processing system, comprising: an input interface for receiving photon counting projection data acquired by an X-ray imaging apparatus having a photon counting detector; a calibration data memory (CMEM) holding calibration data, said calibration data encoding photon counting data versus path lengths curves for different energy thresholds of said detector, at least one of said curves being non-injective; and a path length convertor configured to convert an entry in said photon counting projection data into an associated path length based on at least two photon counting data versus path lengths curves encoded in said calibration data, wherein the path length conversion comprises computing at least two estimates for the associated path length based on one of the at least two curves and choosing one of the two estimates as the associated path length based on at least one other of the curves and photon counting projection data for at least one other threshold. an input interface for receiving photon counting projection data acquired by an X-ray imaging apparatus having a photon counting detector; a calibration data memory (CMEM) holding calibration data, said calibration data encoding photon counting data versus path lengths curves for different energy thresholds of said detector, at least one of said curves being non-injective; and a path length convertor configured to convert an entry in said photon counting projection data into an associated path length based on at least two photon counting data versus path lengths curves encoded in said calibration data, wherein the path length conversion comprises computing at least two estimates for the associated path length based on one of the at least two curves and choosing one of the two estimates as the associated path length based on at least one other of the curves and photon counting projection data for at least one other threshold.
A wall mountable electric vehicle charger, comprising: - two fixing wall supports mounted on the back of the charger, used to fix the charger to the wall and to create a space between the charger and the wall in which the airflow circulates; - a modular AC to DC converter unit comprising at least one removable/insertable high frequency AC to DC power converter module placed in the interior back of the charger; - a cooling system; - a wireless network interface; and - a central processing unit configured to control the cooling system and to operate the wireless network interface to communicate with a mobile computational device; Wherein the cooling system is placed on the back of the charger being comprised by input and output channels that are spaced apart and are configured respectively: - to collect air from the back of the charger that circulate inside the charger to cool its components; and - to expel said air to the back of the charger. - two fixing wall supports mounted on the back of the charger, used to fix the charger to the wall and to create a space between the charger and the wall in which the airflow circulates; - a modular AC to DC converter unit comprising at least one removable/insertable high frequency AC to DC power converter module placed in the interior back of the charger; - a cooling system; - a wireless network interface; and - a central processing unit configured to control the cooling system and to operate the wireless network interface to communicate with a mobile computational device; - to collect air from the back of the charger that circulate inside the charger to cool its components; and - to expel said air to the back of the charger.
Method for the preparation of pickled potato strings, comprising the steps of: a) Providing potatoes having a dry matter content, expressed as specific gravity, of between 1.040 and 1.075 g/ml, b) Cutting the potatoes of step a) in strings having a cross-sectional area of 25 mm 2 or less, c) Heating the potato strings of step b) to a temperature of 140°C or less, d) Blast chilling the heated potato strings of step c) within 25 minutes to ambient temperature or less, e) Incubating the blast chilled potato strings of step d) in a liquid pickling medium having a pH between 3 and 4.5 at an elevated temperature of at least 65°C. a) Providing potatoes having a dry matter content, expressed as specific gravity, of between 1.040 and 1.075 g/ml, b) Cutting the potatoes of step a) in strings having a cross-sectional area of 25 mm 2 or less, c) Heating the potato strings of step b) to a temperature of 140°C or less, d) Blast chilling the heated potato strings of step c) within 25 minutes to ambient temperature or less, e) Incubating the blast chilled potato strings of step d) in a liquid pickling medium having a pH between 3 and 4.5 at an elevated temperature of at least 65°C.