mhurhangee/ep-ind-claims huggingface dataset:
A method to identify malicious network traffic communicated via a computer Z network between a first and a second computer system, the method comprising the following steps performed by a malicious network traffic detector: monitoring network traffic over the computer network to detect a network connection as a new network connection; identifying, by an analyser of the malicious network traffic detector, characteristics of the new network connection to determine a network protocol of the new network connection; retrieving from a traffic portions definition store a definition of a portion of network traffic for the new network connection based on the network protocol of the new network connection determined by the analyser of the malicious network traffic detector; evaluating a measure of correlation fractal dimension, CFD, for the portion of network traffic of the new network connection based on the retrieved definition of the portion of network traffic for the new network connection; storing a dictionary of one or more CFD measures in a dictionary data store, each of the one or more CFD measures being associated with a portion of network traffic of a malicious network connection; comparing the evaluated measure of CFD for the portion of network traffic of the new network connection with the one or more CFD measures stored in the dictionary so as to determine if malicious network traffic is communicated over the new network connection, wherein the portion of network traffic of the new network connection is a continuous subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint. monitoring network traffic over the computer network to detect a network connection as a new network connection; identifying, by an analyser of the malicious network traffic detector, characteristics of the new network connection to determine a network protocol of the new network connection; retrieving from a traffic portions definition store a definition of a portion of network traffic for the new network connection based on the network protocol of the new network connection determined by the analyser of the malicious network traffic detector; evaluating a measure of correlation fractal dimension, CFD, for the portion of network traffic of the new network connection based on the retrieved definition of the portion of network traffic for the new network connection; storing a dictionary of one or more CFD measures in a dictionary data store, each of the one or more CFD measures being associated with a portion of network traffic of a malicious network connection; comparing the evaluated measure of CFD for the portion of network traffic of the new network connection with the one or more CFD measures stored in the dictionary so as to determine if malicious network traffic is communicated over the new network connection, wherein the portion of network traffic of the new network connection is a continuous subset of the network traffic subsequent to a transport protocol handshake and up to a predetermined endpoint.
A jetting head drive unit including a plurality of nozzles and a plurality of piezoelectric elements corresponding to the plurality of nozzles, the jetting head drive unit comprising: a drive waveform acquisition unit adapted to acquire a drive waveform; a drive voltage generation unit (377, 379) adapted to generate a drive voltage to be supplied to the piezoelectric elements using the drive waveform; and a drive voltage supply unit (364, 368, 379. 377) adapted to supply the drive voltage to the piezoelectric elements, wherein the drive waveform acquisition unit is adapted to acquire an overflow waveform used to generate an overflow drive voltage when a liquid is caused to overflow from the nozzle to a nozzle surface without jetting the liquid from the nozzle, characterized in that the drive voltage generation unit is adapted to use the overflow waveform to generate the overflow drive voltage including one or more overflow pulses corresponding to a period of 0.2 seconds or more and 90 seconds or less, and the overflow pulses have a pulse width of 1.2 times or more and 1.8 times or less, an amplitude of 0.3 times or more and 0.8 times or less, and at least one of a rising period or a falling period of 0.3 times or less, with respect to a jetting pulse included in a jetting drive voltage when the liquid is jetted from the nozzles. a drive waveform acquisition unit adapted to acquire a drive waveform; a drive voltage generation unit (377, 379) adapted to generate a drive voltage to be supplied to the piezoelectric elements using the drive waveform; and a drive voltage supply unit (364, 368, 379. 377) adapted to supply the drive voltage to the piezoelectric elements, wherein the drive waveform acquisition unit is adapted to acquire an overflow waveform used to generate an overflow drive voltage when a liquid is caused to overflow from the nozzle to a nozzle surface without jetting the liquid from the nozzle, characterized in that the drive voltage generation unit is adapted to use the overflow waveform to generate the overflow drive voltage including one or more overflow pulses corresponding to a period of 0.2 seconds or more and 90 seconds or less, and the overflow pulses have a pulse width of 1.2 times or more and 1.8 times or less, an amplitude of 0.3 times or more and 0.8 times or less, and at least one of a rising period or a falling period of 0.3 times or less, with respect to a jetting pulse included in a jetting drive voltage when the liquid is jetted from the nozzles.
Nozzle device (1, 2, 3) configured to face a surface to be cleaned and to be moved over the surface during a cleaning action, the nozzle device (1, 2, 3) comprising: - at least one light-emitting source (20, 30) arranged at a side of the nozzle device (1, 2, 3) and configured to emit light from the respective side of the nozzle device (1, 2, 3), and a controlling arrangement, characterized in that - the controlling arrangement configured to vary at least one parameter of the at least one light-emitting source (20, 30) in relation to actual circumstances of a cleaning action between a functional value and at least one default value which is different from the functional value, and to set the functional value of the parameter when the respective side is in the vicinity of an obstacle on the surface to be cleaned. - at least one light-emitting source (20, 30) arranged at a side of the nozzle device (1, 2, 3) and configured to emit light from the respective side of the nozzle device (1, 2, 3), and a controlling arrangement, characterized in that - the controlling arrangement configured to vary at least one parameter of the at least one light-emitting source (20, 30) in relation to actual circumstances of a cleaning action between a functional value and at least one default value which is different from the functional value, and to set the functional value of the parameter when the respective side is in the vicinity of an obstacle on the surface to be cleaned.
A low temperature plasma probe comprising÷ a housing comprising a discharge gas inlet port, a probe tip, two electrodes, and a dielectric barrier characterized in that: the two electrodes comprise a center electrode and an outer electrode and the two electrodes are separated by the dielectric barrier, and wherein application of AC voltage to the two electrodes from a power supply generates an electric field and a low temperature plasma, wherein a first of the two electrodes is spaced apart from a second of the two electrodes such that the electric field produced by the two electrodes extends the low temperature plasma out of the probe tip, wherein the position of the center electrode is adjustable so as to change the electric field produced by the two electrodes.
A system for detecting the presence of water in oil, comprising: an array of infra-red emitters (112A, 112B, 112C, 122D) for emitting light at a first plurality of wavelengths between 1100 nm and 1500 nm; an array of infra-red receivers (122A, 122B, 122C, 122D), each arranged to detect light from a respective emitter at the respective wavelength and produce a light signal representative of the light detected, the receivers being spaced from the emitters by a gap through which oil in use may pass; and a processor arranged to analyse and compare the respective light signals to determine an amount of water present in the oil, wherein the processor is arranged to determine when a fluctuation of one or more of the light signals exceeds a preset value. an array of infra-red emitters (112A, 112B, 112C, 122D) for emitting light at a first plurality of wavelengths between 1100 nm and 1500 nm; an array of infra-red receivers (122A, 122B, 122C, 122D), each arranged to detect light from a respective emitter at the respective wavelength and produce a light signal representative of the light detected, the receivers being spaced from the emitters by a gap through which oil in use may pass; and a processor arranged to analyse and compare the respective light signals to determine an amount of water present in the oil, wherein the processor is arranged to determine when a fluctuation of one or more of the light signals exceeds a preset value.
Insulating pad for isolating hot parts of an installation, in particular of ships and of production plants, comprising • at least one heat-resistant isolation mat, • a heat-resistant woven and/or knitted fabric (3, 8) on the isolation mat, and • an aluminum foil, which is arranged on at least one large side surface of the heat-resistant woven or knitted fabric (3, 8), • characterized in that, the heat-resistant woven and/or knitted fabric (3, 8) completely envelopes the isolation fiber mat. • at least one heat-resistant isolation mat, • a heat-resistant woven and/or knitted fabric (3, 8) on the isolation mat, and • an aluminum foil, which is arranged on at least one large side surface of the heat-resistant woven or knitted fabric (3, 8), • characterized in that, the heat-resistant woven and/or knitted fabric (3, 8) completely envelopes the isolation fiber mat.
A method for passaging and subsequently differentiating pluripotent stem cells, comprising the steps of: a. obtaining clusters of pluripotent stem cells, b. releasing the pluripotent stem cells as single cells, c. plating the single pluripotent stem cells on a tissue culture substrate, d. allowing the single pluripotent stem cells to expand, e. releasing the single pluripotent stem cells, f. plating the single pluripotent stem cells on a new tissue culture substrate, and g. subsequently differentiating the single pluripotent stem cells into cells expressing markers characteristic of the pancreatic endoderm lineage or cells expressing markers characteristic of the pancreatic endocrine lineage. a. obtaining clusters of pluripotent stem cells, b. releasing the pluripotent stem cells as single cells, c. plating the single pluripotent stem cells on a tissue culture substrate, d. allowing the single pluripotent stem cells to expand, e. releasing the single pluripotent stem cells, f. plating the single pluripotent stem cells on a new tissue culture substrate, and g. subsequently differentiating the single pluripotent stem cells into cells expressing markers characteristic of the pancreatic endoderm lineage or cells expressing markers characteristic of the pancreatic endocrine lineage.
A method for measuring an entity of interest in a stream of rinsing water, comprising a. supplying a stream of water to a unit previously subjected to a washing process for rinsing at least a part of the surfaces of the washed unit, b. supplying a stream of air to the washed unit, c. collecting a mixture of water and air at an outlet of the unit, characterized in that said method comprises d. deaerating the mixture of water and air using a cyclone to produce an aqueous stream, and e. measuring the concentration of an entity of interest in the aqueous stream. a. supplying a stream of water to a unit previously subjected to a washing process for rinsing at least a part of the surfaces of the washed unit, b. supplying a stream of air to the washed unit, c. collecting a mixture of water and air at an outlet of the unit, characterized in that said method comprises d. deaerating the mixture of water and air using a cyclone to produce an aqueous stream, and e. measuring the concentration of an entity of interest in the aqueous stream.
A motor vehicle comprising: - a front engine compartment; - a powertrain unit housed in said engine compartment; - at least one pair of side-members arranged along respective sides of the engine compartment and substantially parallel to an advancing longitudinal axis of the motor vehicle; at least one of said side-members comprising: - an intermediate portion comprising a lateral wall having a hole, and - a front terminal portion; the motor vehicle further comprising at least one safety device configured so as to move said powertrain unit sideways during an impact, towards the opposite side to that which is subject to said impact, and comprising a beam having: - a first axial end fixed with respect to said terminal portion and horizontally spaced from said terminal portion laterally towards the outside of said engine compartment, and - a second axial end, fixed to said intermediate portion by fixing elements; characterised in that said safety device further comprises a pin, which is fixed with respect to said second axial end, is a component distinct from said fixing elements, and projects with respect to said second axial end through said hole and towards said powertrain unit. - a front engine compartment; - a powertrain unit housed in said engine compartment; - at least one pair of side-members arranged along respective sides of the engine compartment and substantially parallel to an advancing longitudinal axis of the motor vehicle; - an intermediate portion comprising a lateral wall having a hole, and - a front terminal portion; - a first axial end fixed with respect to said terminal portion and horizontally spaced from said terminal portion laterally towards the outside of said engine compartment, and - a second axial end, fixed to said intermediate portion by fixing elements;
A tracking system comprising[[:]] at least three markers (110, 111, 112) attached on a target and adapted to emit lights or adapted to reflect lights emitted from at least one light source [[;]], characterized in that the tracking system comprises: a reflector reflecting the lights which are emitted from the markers (110, 111, 112) or the lights reflected by the markers (110, 111, 112); an image forming unit which is adapted to form a direct image by directly receiving lights emitted from the markers (110, 111, 112) and, at the same time, is adapted to form a reflection image by receiving lights reflected from the reflector after being emitted from the markers (110, 111, 112); and a processor which is adapted to calculate three-dimensional coordinates of the markers (110, 111, 112) using the direct image, the reflection image, and a spatial position and direction of the reflector pre-stored in a memory of the processor, and is adapted to calculate a spatial position and direction of the target by comparing the three-dimensional coordinates of the markers (110, 111, 112) with a pre-stored geometric information between the markers (110, 111, 112) adjacent to each other. a reflector reflecting the lights which are emitted from the markers (110, 111, 112) or the lights reflected by the markers (110, 111, 112); an image forming unit which is adapted to form a direct image by directly receiving lights emitted from the markers (110, 111, 112) and, at the same time, is adapted to form a reflection image by receiving lights reflected from the reflector after being emitted from the markers (110, 111, 112); and a processor which is adapted to calculate three-dimensional coordinates of the markers (110, 111, 112) using the direct image, the reflection image, and a spatial position and direction of the reflector pre-stored in a memory of the processor, and is adapted to calculate a spatial position and direction of the target by comparing the three-dimensional coordinates of the markers (110, 111, 112) with a pre-stored geometric information between the markers (110, 111, 112) adjacent to each other.
A device for learning and training the golf swing, comprising a frame (20, 60) which comprises at least a first carrier element (22, 62), at least one first guiding element for guiding a golf club on the track of motion that is correct for a golf swing when performing a golf swing, which first guiding element is connected to the first carrier element (22, 62) by means of a first connecting element, and at least one second guiding element for guiding the movement of the first guiding element and a third guiding element for guiding the movement of the first guiding element, wherein the second guiding element is connected to the first guiding element and by means of a second connecting element to the frame (20, 60), wherein the third guiding element is connected to the first guiding element and by means of a third connecting element to the frame (20, 60), wherein at the end of the first guiding element opposite to the first carrier element (22, 62) a golf club is fixable by means of a first fixing element at the hosel of the club head, at the ferrule of the golf club or at the end of the associated shaft facing the club head, and wherein a fourth guiding element is provided, which is connected to the first guiding element, and at the end of the fourth guiding element opposite to the first guiding element the golf club is fixable below its grip by means of a second fixing element, wherein the first, the second, the third and/or the fourth guiding element (32, 34, 36, 54) is a ribbon, a rope or a cord.
A battery energy source arrangement comprising a battery energy storage in turn comprising two or more parallel-connected battery strings (5 1,..., 5 i,..., 5 n), and connection means for connecting a voltage of said battery strings (5 1,..., 5 i,..., 5 n) to a load, characterized by battery string voltage adapter devices (7 1,..., 7 i,..., 7 n) connected in series with a respective one of said two or more parallel-connected battery strings (5 1,..., 5 i,..., 5 n), wherein said battery string voltage adapter devices (7 1,..., 7 i,..., 7 n) are designed to handle only a fraction of said voltage handled by said battery strings (5 1,..., 5 i,..., 5 n).
A unit for a turbocharger, the unit comprising: a turbine wheel portion that comprises a turbine wheel material and a turbine wheel axis; a shaft portion that comprises a shaft material and a shaft axis wherein the shaft material comprises a molybdenum content less than 0.5 percent by weight; a first weld that is between the turbine wheel portion and the shaft portion wherein the first weld comprises a first average axial position over a first azimuthal span; and a second weld that is between the turbine wheel portion and the shaft portion wherein the second weld comprises a second average axial position over a second azimuthal span, wherein a sum of the first azimuthal span and the second azimuthal span is approximately 360 degrees, and wherein the first average axial position differs from the second average axial position. a turbine wheel portion that comprises a turbine wheel material and a turbine wheel axis; a shaft portion that comprises a shaft material and a shaft axis wherein the shaft material comprises a molybdenum content less than 0.5 percent by weight; a first weld that is between the turbine wheel portion and the shaft portion wherein the first weld comprises a first average axial position over a first azimuthal span; and a second weld that is between the turbine wheel portion and the shaft portion wherein the second weld comprises a second average axial position over a second azimuthal span, wherein a sum of the first azimuthal span and the second azimuthal span is approximately 360 degrees, and wherein the first average axial position differs from the second average axial position.
A method comprising: flowing a polymer through a slim tube comprising porous media until steady state is achieved; adjusting a temperature of the porous media with the polymer to emulate a reservoir temperature; flowing a slug of a gel solution through the porous media in the slim tube, wherein the gel solution comprises the polymer and a crosslinker, the gel solution 2. at least partially solidifying at the adjusted temperature; measuring a plurality of pressure drops across the porous media in the slim tube at a corresponding plurality of locations along a length of the slim tube while flowing the slug through the porous media in the slim tube, wherein the slug at least partially solidifies within the slim tube causing an increase in pressure; and determining a location of gelation of the slug of gel solution within the slim tube based on the increase in pressure. flowing a polymer through a slim tube comprising porous media until steady state is achieved; adjusting a temperature of the porous media with the polymer to emulate a reservoir temperature; flowing a slug of a gel solution through the porous media in the slim tube, wherein the gel solution comprises the polymer and a crosslinker, the gel solution 2. at least partially solidifying at the adjusted temperature; measuring a plurality of pressure drops across the porous media in the slim tube at a corresponding plurality of locations along a length of the slim tube while flowing the slug through the porous media in the slim tube, wherein the slug at least partially solidifies within the slim tube causing an increase in pressure; and determining a location of gelation of the slug of gel solution within the slim tube based on the increase in pressure.
A charging device for the heat treatment of workpieces having a hub, comprising a charging support, a shaft and at least one auxiliary hub, wherein the workpiece can be vertically supported on the shaft by means of the auxiliary hub(s) precisely fitted into the hub, and the shaft is supported on the charging support, characterised in that the auxiliary hub(s) are of disc shape and are adapted to suit the hub or can be adapted by means of peripherally arranged adjusting elements, wherein the workpiece has a hub diameter of more than 20% of the workpiece diameter.
A method for automatically handling objects in which the objects are held by means of an object gripper or the like and are subjected to a handling process, a transport process or an assembly process in the held state, wherein the position of at least one surface section of the held object relative to a contact surface of the object gripper or the like is monitored by means of at least one position sensor arranged at the object gripper or the like and a warning signal or control signal is generated in the event of a change of the position during the handling process, the transport process or the assembly process; wherein the position of the surface section is monitored by an amplitude evaluation and/or by a signal shape evaluation, and wherein the position of the surface section is monitored by means of at least one ultrasonic transducer; wherein a placement and a new gripping of the object are initiated when a warning signal or control signal is present. wherein the position of at least one surface section of the held object relative to a contact surface of the object gripper or the like is monitored by means of at least one position sensor arranged at the object gripper or the like and a warning signal or control signal is generated in the event of a change of the position during the handling process, the transport process or the assembly process; wherein the position of the surface section is monitored by an amplitude evaluation and/or by a signal shape evaluation, and wherein the position of the surface section is monitored by means of at least one ultrasonic transducer; wherein a placement and a new gripping of the object are initiated when a warning signal or control signal is present.