mhurhangee/patent-ind-claim-en huggingface dataset:
A method, executable by a computing device, the method comprising: extracting data from a payload field within a domain name system, DNS, packet ; classifying the extracted data according to a level of risk associated with the extracted data; and determining whether the DNS packet is malicious based on the classification, characterized in that : classifying the extracted data according to the level of risk associated with the extracted data comprises: processing the extracted data against a list of malicious domains; classifying the extracted data as a high level risk responsive to a determination that the extracted data corresponds to the list of malicious domains; processing the extracted data against a list of benign domains responsive to a determination that the extracted data does not correspond to the list of malicious domains; and classifying the extracted data as a low level risk responsive to a determination that the extracted data corresponds to the list of benign domains. extracting data from a payload field within a domain name system, DNS, packet ; classifying the extracted data according to a level of risk associated with the extracted data; and determining whether the DNS packet is malicious based on the classification, characterized in that : classifying the extracted data according to the level of risk associated with the extracted data comprises: processing the extracted data against a list of malicious domains; classifying the extracted data as a high level risk responsive to a determination that the extracted data corresponds to the list of malicious domains; processing the extracted data against a list of benign domains responsive to a determination that the extracted data does not correspond to the list of malicious domains; and classifying the extracted data as a low level risk responsive to a determination that the extracted data corresponds to the list of benign domains. processing the extracted data against a list of malicious domains; classifying the extracted data as a high level risk responsive to a determination that the extracted data corresponds to the list of malicious domains; processing the extracted data against a list of benign domains responsive to a determination that the extracted data does not correspond to the list of malicious domains; and classifying the extracted data as a low level risk responsive to a determination that the extracted data corresponds to the list of benign domains.
A device for monitoring the filling level of materials which have accumulated or which have to be emptied or respectively to be treated in a container or respectively at a collection point, wherein the device : has at least one first level sensor , by means of which a current filling level of the materials can be determined, has a telecommunication unit, by means of which determined filling level data can be transferred to a control center , characterized in that the device has a fill rate analysis unit for detecting and/or determining at least one filling rate parameter, by means of which fill rate analysis unit at least one predicted filling parameter can be created, wherein the at least one predicted filling parameter comprises a time or respectively a time frame, at which time or respectively in which time frame the filling level will reach a predetermined filling level according to the at least one filling rate parameter, and the at least one predicted filling parameter can be transferred by means of the telecommunication unit to the control center . has at least one first level sensor , by means of which a current filling level of the materials can be determined, has a telecommunication unit, by means of which determined filling level data can be transferred to a control center , characterized in that the device has a fill rate analysis unit for detecting and/or determining at least one filling rate parameter, by means of which fill rate analysis unit at least one predicted filling parameter can be created, wherein the at least one predicted filling parameter comprises a time or respectively a time frame, at which time or respectively in which time frame the filling level will reach a predetermined filling level according to the at least one filling rate parameter, and the at least one predicted filling parameter can be transferred by means of the telecommunication unit to the control center .
An insulated wire, comprising: a rectangular conductor; and a thermoplastic resin layer on the rectangular conductor, wherein a difference of the adhesion strength between the thermoplastic resin layer and the rectangular conductor for a pair of sides of the rectangular conductor opposed to and the adhesion strength between the thermoplastic resin layer and the rectangular conductor for the other pair of sides of the rectangular conductor opposed to is 5 gf/mm to 100 gf/mm, and wherein the adhesion strength is measured by setting an insulated wire having a partially peeled thermoplastic resin layer on a tension tester, and peeling the thermoplastic resin layer upward at a rate of 4 mm/min (180° peeling-off); the tensile load measured at the time is defined as the adhesion strength (gf/mm). a rectangular conductor; and a thermoplastic resin layer on the rectangular conductor, wherein a difference of the adhesion strength between the thermoplastic resin layer and the rectangular conductor for a pair of sides of the rectangular conductor opposed to and the adhesion strength between the thermoplastic resin layer and the rectangular conductor for the other pair of sides of the rectangular conductor opposed to is 5 gf/mm to 100 gf/mm, and wherein the adhesion strength is measured by setting an insulated wire having a partially peeled thermoplastic resin layer on a tension tester, and peeling the thermoplastic resin layer upward at a rate of 4 mm/min (180° peeling-off); the tensile load measured at the time is defined as the adhesion strength (gf/mm).
- Washing cabin for two-wheeled vehicles, comprising: - an interior enclosure that divides the interior space into a washing chamber and a machinery cabinet ; and - a door for accessing the washing chamber ; - wherein the machinery cabinet comprises a high pressure hydraulic circuit and the washing chamber comprises several washing turbines ; - the washing cabin being characterised in that : the washing turbines comprise a fixed central body (6.1) connected at one end to the high-pressure hydraulic circuit and, on the other, to a head (6.2) that rotates with the passage of water, which in turn comprises at least two tubular arms (6.3) ending in two water impeller nozzles (6.4), wherein the axis passing through the center of the impeller nozzles (6.4) forms with the axis of rotation of the head (6.2) an angle α in the range between 2° and 20°; and - wherein each of the tubular arms (6.3) is formed by a first section attached to the head (6.2) and a second section ending at the impeller nozzle (6.4), wherein both sections are at an angle to each other; - wherein the angle formed by the first and second section of the tubular arms (6.3) is greater than 90°. - an interior enclosure that divides the interior space into a washing chamber and a machinery cabinet ; and - a door for accessing the washing chamber ; - wherein the machinery cabinet comprises a high pressure hydraulic circuit and the washing chamber comprises several washing turbines ; - the washing cabin being characterised in that : the washing turbines comprise a fixed central body (6.1) connected at one end to the high-pressure hydraulic circuit and, on the other, to a head (6.2) that rotates with the passage of water, which in turn comprises at least two tubular arms (6.3) ending in two water impeller nozzles (6.4), wherein the axis passing through the center of the impeller nozzles (6.4) forms with the axis of rotation of the head (6.2) an angle α in the range between 2° and 20°; and - wherein each of the tubular arms (6.3) is formed by a first section attached to the head (6.2) and a second section ending at the impeller nozzle (6.4), wherein both sections are at an angle to each other; - wherein the angle formed by the first and second section of the tubular arms (6.3) is greater than 90°. - wherein each of the tubular arms (6.3) is formed by a first section attached to the head (6.2) and a second section ending at the impeller nozzle (6.4), wherein both sections are at an angle to each other; - wherein the angle formed by the first and second section of the tubular arms (6.3) is greater than 90°.
A method of controlling a voltage potential in a flow battery (20;120) during a mode transition to control corrosion, the method comprising: (a) transitioning a flow battery (20;120) to or from an inactive, shut-down mode with respect to an active, charge/discharge mode, the flow battery including at least one cell having a first electrode , a second electrode spaced apart from the first electrode , and an electrolyte separator layer arranged between the first electrode and the second electrode ; and (b) limiting a voltage potential across the first electrode and the second electrode of the flow battery (20;120) during step (a) using a voltage-limiting device (50;150) arranged in an electric circuit that is electrically coupled with the first electrode and the second electrode ; characterised in that the transitioning includes starting the flow battery (20;120) from the inactive, shut-down mode to the active, charge/discharge mode, and during the starting of the flow battery (20;120), feeding a positive liquid electrolyte and a negative liquid electrolyte to, respectively, the first electrode and the second electrode such that the positive liquid electrolyte and the negative liquid electrolyte are fed one at a time. (a) transitioning a flow battery (20;120) to or from an inactive, shut-down mode with respect to an active, charge/discharge mode, the flow battery including at least one cell having a first electrode , a second electrode spaced apart from the first electrode , and an electrolyte separator layer arranged between the first electrode and the second electrode ; and (b) limiting a voltage potential across the first electrode and the second electrode of the flow battery (20;120) during step (a) using a voltage-limiting device (50;150) arranged in an electric circuit that is electrically coupled with the first electrode and the second electrode ; characterised in that
A compound having the following structural formula (A): wherein R is selected so that the compound comprises one of the following structures:
A user equipment device, operable to: - receive, from a radio access network, radio access network parameters that can be applied by a group of user equipment devices, and a user equipment group indication enabling said user equipment device to determine whether to apply said radio access network parameters, - apply said radio access network parameters as part of an access network discovery and selection function policy, if said access network discovery and selection function policy matches said user equipment group indication, and the user equipment device is characterized in that it is operable to: - apply said radio access network parameters as part of an inter system routing policy rule for traffic steering between a radio access network and a wireless local area network, if said user equipment group indication matches a value of a user equipment group said user equipment device belongs to in said inter system routing policy rule. - receive, from a radio access network, radio access network parameters that can be applied by a group of user equipment devices, and a user equipment group indication enabling said user equipment device to determine whether to apply said radio access network parameters, - apply said radio access network parameters as part of an access network discovery and selection function policy, if said access network discovery and selection function policy matches said user equipment group indication, and the user equipment device is characterized in that it is operable to: - apply said radio access network parameters as part of an inter system routing policy rule for traffic steering between a radio access network and a wireless local area network, if said user equipment group indication matches a value of a user equipment group said user equipment device belongs to in said inter system routing policy rule.
A device suitable for use in a body lumen comprising an elongated control member and a radially expansible cage disposed at or adjacent to a distal end of the elongated control arm that is adjustable between a contracted orientation and an expanded deployed orientation, wherein the radially expansible cage is adapted to scrape thrombus from vessel walls and collect matter removed from vessel walls when in a deployed orientation, and wherein the device comprises an extractor comprising a helical formation adapted to rotate disposed within an extractor tube, the extractor tube comprising one or more windows located inside the cage and a portion of the helical formation within the radially expansible cage is exposed by means of the one or more windows in the extractor tube.
A method of motion detection comprising: providing a reference surface having a plurality of fixed, targetable objects thereon and a movable device configured for acquiring images of said reference surface while said movable device is positioned above said reference surface and is made to move relative thereto; then acquiring a first plurality of images wherein each image in said first plurality contains a second plurality of objects; grouping said second plurality of objects into discernable clusters and arranging said clusters generally uniformly about the circumferential of a pseudo-circle determining lumped motion vectors for each said cluster by analyzing an intensity variation of light cast from said objects and captured within said images, wherein differences between successive images are analysed in order to determine said lumped motion vectors ; determining a common linear motion vector of said clusters of objects; determining a non-linear motion vector of each of said clusters of objects; using data acquired from said linear motion vectors and from said non-linear motion vectors, determining a value or a status of a specific function used by a computer, electronic system or a system of equivalent functionality. providing a reference surface having a plurality of fixed, targetable objects thereon and a movable device configured for acquiring images of said reference surface while said movable device is positioned above said reference surface and is made to move relative thereto; then acquiring a first plurality of images wherein each image in said first plurality contains a second plurality of objects; grouping said second plurality of objects into discernable clusters and arranging said clusters generally uniformly about the circumferential of a pseudo-circle determining lumped motion vectors for each said cluster by analyzing an intensity variation of light cast from said objects and captured within said images, wherein differences between successive images are analysed in order to determine said lumped motion vectors ; determining a common linear motion vector of said clusters of objects; determining a non-linear motion vector of each of said clusters of objects; using data acquired from said linear motion vectors and from said non-linear motion vectors, determining a value or a status of a specific function used by a computer, electronic system or a system of equivalent functionality.
An automatic analyser comprising: an analysis module (5-7) that is configured to analyze a sample ; an insertion unit into which an examination object rack , having an examination object container accommodating the sample mounted thereon, is inserted; a transport line that is configured to transport the examination object rack from the insertion unit to the analysis module (5-7); a storage unit that is configured to store an operation mode of the automatic analyser; a detection unit ; and a control unit, characterised in that the detection unit is configured to detect and regognize an operation mode switching rack inserted into the insertion unit by its ID, shape or colour; and the control unit is configured to switch the operation mode stored in the storage unit on the basis of the recognition of the operation mode switching rack by the detection unit , and the control unit is configured to apply the switched operation mode to the examination object rack transported from the insertion unit to the transport line after the operation mode switching rack. an analysis module (5-7) that is configured to analyze a sample ; an insertion unit into which an examination object rack , having an examination object container accommodating the sample mounted thereon, is inserted; a transport line that is configured to transport the examination object rack from the insertion unit to the analysis module (5-7); a storage unit that is configured to store an operation mode of the automatic analyser; a detection unit ; and a control unit, characterised in that the detection unit is configured to detect and regognize an operation mode switching rack inserted into the insertion unit by its ID, shape or colour; and the control unit is configured to switch the operation mode stored in the storage unit on the basis of the recognition of the operation mode switching rack by the detection unit , and the control unit is configured to apply the switched operation mode to the examination object rack transported from the insertion unit to the transport line after the operation mode switching rack.
A sensor for checking a tool of a machine tool , the sensor comprising a high-frequency transmitter for generating a high-frequency signal, a high-frequency receiver for generating a received signal from a received high-frequency signal, a coupling unit for coupling a high-frequency signal into the tool and decoupling it from the tool , and a control and evaluation unit for determining a time of flight of a high-frequency signal transmitted by the high-frequency transmitter and received again by the high-frequency receiver on the basis of the received signal of the high-frequency receiver , characterized by an output for outputting length information of the tool obtained from the time of flight and/or a display for displaying length information of the tool obtained from the time of flight.
Heald stave for high-speed weaving machines, said heald stave comprising a main body and a reinforcement stave , characterized in that the main body conjointly with the reinforcement stave forms a receptacle space in which a fastening means of a damping strip can be held in a form-fit as a detent for healds which are lined up with clearance.
A method, in a base station, for determining a control timing configuration, the control timing configuration providing a subframe timing setting for configuring Physical Uplink Shared Channel, PUSCH, and associated uplink Hybrid Automatic Retransmission Request Acknowledgment, HARQ-ACK, control timing for a cell serving a user equipment in a multiple cell communications network, wherein the user equipment is served by a Time Division Duplex, TDD, based cell, and a Frequency Division Duplex, FDD, based cell, the method comprising: determining a control timing configuration for a scheduled secondary cell, the scheduled secondary cell being the FDD based cell, and, the type of the scheduling cell being the TDD based cell; and implementing the control timing configuration for PUSCH and associated uplink HARQ-ACK control timing for a cell serving the user equipment; and for the cell serving the user equipment is the FDD based cell, the determining further comprising determining the control timing configuration for the PUSCH to follow a control timing configuration according to an FDD configuration of the FDD based cell. determining a control timing configuration for a scheduled secondary cell, the scheduled secondary cell being the FDD based cell, and, the type of the scheduling cell being the TDD based cell; and implementing the control timing configuration for PUSCH and associated uplink HARQ-ACK control timing for a cell serving the user equipment; and for the cell serving the user equipment is the FDD based cell, the determining further comprising determining the control timing configuration for the PUSCH to follow a control timing configuration according to an FDD configuration of the FDD based cell.
Light module for a motor vehicle lighting device, comprising: - at least one laser light source for emitting a primary light beam of laser light having wavelengths in a primary spectral range in a primary solid angle range in a primary direction of radiation ; - a wavelength converter , which is arranged such that the primary light beam impinges on the wavelength converter , and which is designed such that a secondary light distribution of secondary light having wavelengths in a secondary spectral range is emitted in a secondary solid angle range by means of the impinging primary light beam ; - an optical emission device for converting the secondary light distribution into an emission light distribution of the light module; a primary detector being provided in such a way that a radiation intensity can be measured which is present within the primary solid angle range in the primary direction of radiation as viewed from the wavelength converter , a secondary detector being provided in such a way that a radiation intensity can be measured in a range which is outside the primary solid angle range as viewed from the wavelength converter , a primary deflection surface being provided which, as viewed from the wavelength converter , is arranged in the primary direction of radiation and is designed in such a way that at least a portion of the light impinging on the primary deflection surface is directed to the primary detector , characterized in that the primary detector is arranged on a circuit board on the side of the wavelength converter facing away from the deflection surface , and the portion of the light impinging on the primary deflection surface is deflected in a rearward direction to the primary detector , and in that the light module has a carrier component on which the wavelength converter is arranged, which is of plate-like design, which has an aperture which is covered by the wavelength converter and which has a further aperture through which the light detected by the primary deflection surface passes and impinges on the primary detector . - at least one laser light source for emitting a primary light beam of laser light having wavelengths in a primary spectral range in a primary solid angle range in a primary direction of radiation ; - a wavelength converter , which is arranged such that the primary light beam impinges on the wavelength converter , and which is designed such that a secondary light distribution of secondary light having wavelengths in a secondary spectral range is emitted in a secondary solid angle range by means of the impinging primary light beam ; - an optical emission device for converting the secondary light distribution into an emission light distribution of the light module;