mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assessing the integrity of files comprising the steps: - continually monitoring files of a file system for file corruptions indicative of the presence of malware , - detecting an updated file such as a modified file or a created file, the updated file emerging from an update event, - screening file parameters of the updated file, where if file parameters are within predetermined bounds, the file is marked as integrous and wherein only in response to a file parameter having an anomaly transgressing a predefined anomaly threshold, deep inspecting the updated file , the deep inspection comprising: - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file , - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests , marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - continually monitoring files of a file system for file corruptions indicative of the presence of malware , - detecting an updated file such as a modified file or a created file, the updated file emerging from an update event, - screening file parameters of the updated file, where if file parameters are within predetermined bounds, the file is marked as integrous and wherein only in response to a file parameter having an anomaly transgressing a predefined anomaly threshold, deep inspecting the updated file , the deep inspection comprising: - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file , - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests , marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - retrieving, from a database, a sequence of tests specific to the file parameter anomaly of the updated file , - testing the updated file using the sequence of tests where the sequence of tests ascertains file integrity related to the updated file and the update event, where: - if the updated file and update event passes all tests of the sequence of tests , marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event. - if the updated file and update event passes all tests of the sequence of tests , marking the file as being integrous, and - alternatively, transmitting an alert signal indicating a malware risk related to the updated file or update event.
Aerodynamic deflector arranged at the front of a motor vehicle characterised in that it comprises a deformable skin of which an upper strip is rigidly connected to the lower portion of a front bumper , and of which a lower strip is connected to a front edge of a rigid arch that can be moved by a manoeuvring device between a low position in which the deformable skin is deployed so as to divert the flow of air that presents under the vehicle when the vehicle advances, and a high position in which the deformable skin is folded away in a recess arranged behind the bumper.
A water vapor observation device, comprising: a water vapor index acquisition module configured to acquire a water vapor index calculated based on radio wave intensities of at least two frequencies among a plurality of radio waves received by a microwave radiometer , at a plurality of time points during a predetermined period (PT1); a global navigation satellite system (GNSS) precipitable water vapor acquisition module configured to acquire a GNSS precipitable water amount calculated based on an atmospheric delay of a GNSS signal received by a GNSS receiver , at the plurality of time points; a correlation data generation module configured to generate correlation data (D1) between the water vapor index and the GNSS precipitable water; and a precipitable water vapor calculation module configured to calculate a precipitable water amount from an additional water vapor index, acquired based on a measurement of the microwave radiometer , based on the correlation data (D1). a water vapor index acquisition module configured to acquire a water vapor index calculated based on radio wave intensities of at least two frequencies among a plurality of radio waves received by a microwave radiometer , at a plurality of time points during a predetermined period (PT1); a global navigation satellite system (GNSS) precipitable water vapor acquisition module configured to acquire a GNSS precipitable water amount calculated based on an atmospheric delay of a GNSS signal received by a GNSS receiver , at the plurality of time points; a correlation data generation module configured to generate correlation data (D1) between the water vapor index and the GNSS precipitable water; and a precipitable water vapor calculation module configured to calculate a precipitable water amount from an additional water vapor index, acquired based on a measurement of the microwave radiometer , based on the correlation data (D1).
A polyalkyl(meth)acrylate based comb polymer, consisting of the following monomers: (a) 10 to 20% by weight of an ester of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0% to 1% by weight of methyl methacrylate; (c) 60% to 75% by weight of n-butyl methacrylate; (d) 10% to 20% by weight of C 10-15 alkyl methacrylates, preferably C 12-14 alkyl methacrylates; (e) 0% to 1% by weight of styrene monomers; and (f) 0.5 to 3% by weight of a nitrogen-containing (meth)acrylate selected from the group consisting of aminoalkyl (meth)acrylates, aminoalkyl(meth)acrylamides and mixtures thereof. (a) 10 to 20% by weight of an ester of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; (b) 0% to 1% by weight of methyl methacrylate; (c) 60% to 75% by weight of n-butyl methacrylate; (d) 10% to 20% by weight of C 10-15 alkyl methacrylates, preferably C 12-14 alkyl methacrylates; (e) 0% to 1% by weight of styrene monomers; and (f) 0.5 to 3% by weight of a nitrogen-containing (meth)acrylate selected from the group consisting of aminoalkyl (meth)acrylates, aminoalkyl(meth)acrylamides and mixtures thereof.
A method of monitoring variation over time in the thrust exerted by at least one buoy mounted on an undersea bottom-to-surface connection pipe and exerting traction on said pipe, the method comprising performing the following steps: 1) measuring the deformation of at least one optical fiber by measuring the variation of an optical signal in the optical fiber relative to a reference value for the optical signal, said optical fiber extending at least in part in a direction having a component parallel to the direction of the thrust force exerted by said buoy on said pipe, said optical fiber being securely applied against the surface by adhesive, or preferably being securely embedded in the bulk of a material constituting at least an abutment part secured to said pipe or to the buoy and against which said buoy exerts said thrust, said abutment part being an elastically deformable intermediate abutment part arranged between (i) a portion of the buoy and (ii) a rigid retaining part (5, 5a-5d) secured to said pipe, the thrust exerted by said buoy comprising said intermediate abutment part ; and 2) determining a variation in said thrust exerted by said buoy as a function of said variation of the optical signal as measured in step 1) relative to a reference value for the optical signal corresponding to a maximum initial thrust from the buoy. 1) measuring the deformation of at least one optical fiber by measuring the variation of an optical signal in the optical fiber relative to a reference value for the optical signal, said optical fiber extending at least in part in a direction having a component parallel to the direction of the thrust force exerted by said buoy on said pipe, said optical fiber being securely applied against the surface by adhesive, or preferably being securely embedded in the bulk of a material constituting at least an abutment part secured to said pipe or to the buoy and against which said buoy exerts said thrust, said abutment part being an elastically deformable intermediate abutment part arranged between (i) a portion of the buoy and (ii) a rigid retaining part (5, 5a-5d) secured to said pipe, the thrust exerted by said buoy comprising said intermediate abutment part ; and 2) determining a variation in said thrust exerted by said buoy as a function of said variation of the optical signal as measured in step 1) relative to a reference value for the optical signal corresponding to a maximum initial thrust from the buoy.
A method for correcting for aging in particulate matter sensors for a diesel engine , comprising: calculating calculated particulate matter values for a modeled diesel engine exhaust system over a period of time; measuring measured test particulate matter values with a test particulate matter sensor over the period of time in a test diesel engine exhaust system; determining differences between the calculated particulate matter values and the measured test particulate matter values from the test particulate matter sensor over the period of time, the differences corresponding to an error in the measured test particulate matter values from the test particulate matter sensor; measuring particulate matter values with at least one other particulate matter sensor over a same period of time; and correcting the measured particulate matter values from the at least one other particulate matter sensor based on the determined differences to obtain a corrected particulate matter value. calculating calculated particulate matter values for a modeled diesel engine exhaust system over a period of time; measuring measured test particulate matter values with a test particulate matter sensor over the period of time in a test diesel engine exhaust system; determining differences between the calculated particulate matter values and the measured test particulate matter values from the test particulate matter sensor over the period of time, the differences corresponding to an error in the measured test particulate matter values from the test particulate matter sensor; measuring particulate matter values with at least one other particulate matter sensor over a same period of time; and correcting the measured particulate matter values from the at least one other particulate matter sensor based on the determined differences to obtain a corrected particulate matter value.
A method for an access point to provide one or more features to a station , the method comprising: outputting a unique identifier request to the station prior to associating with the station , wherein the unique identifier request includes a request that the station respond with a unique identifier that is to be used by the access point for the station ; establishing , in response to outputting the unique identifier request, a secure connection with the station ; receiving a unique identifier response from the station via the secure connection; determining that the station supports creating and delivering the unique identifier based on an indication provided within the unique identifier response; determining that the unique identifier response provides the unique identifier to be used for the station , wherein the unique identifier is different from a media access control (MAC) address of the station ; and providing access to the one or more features to the station based on the unique identifier received in the unique identifier response. outputting a unique identifier request to the station prior to associating with the station , wherein the unique identifier request includes a request that the station respond with a unique identifier that is to be used by the access point for the station ; establishing , in response to outputting the unique identifier request, a secure connection with the station ; receiving a unique identifier response from the station via the secure connection; determining that the station supports creating and delivering the unique identifier based on an indication provided within the unique identifier response; determining that the unique identifier response provides the unique identifier to be used for the station , wherein the unique identifier is different from a media access control (MAC) address of the station ; and providing access to the one or more features to the station based on the unique identifier received in the unique identifier response.
A process for the preparation of isocyanates by reacting amines with phosgene, wherein the phosgene stream which is fed to the mixing of amine and phosgene (i) is substantially free of isocyanates and (ii) has a mass content of hydrogen chloride of less than 0.4% by mass, wherein the required amount of HCl in the phosgene-containing stream of starting materials is provided by addition of HCl to the fresh phosgene or is established in the recycled phosgene stream by workup in the phosgene workup (IX), taking account of the amount of fresh phosgene supplied. (i) is substantially free of isocyanates and (ii) has a mass content of hydrogen chloride of less than 0.4% by mass, wherein the required amount of HCl in the phosgene-containing stream of starting materials is provided by addition of HCl to the fresh phosgene or is established in the recycled phosgene stream by workup in the phosgene workup (IX), taking account of the amount of fresh phosgene supplied.
Roundbaler , in particular an agricultural roundbaler, having a variable pressing chamber for producing cylindrical round bales, having at least one circulating pressing means and having at least one sensor device that has a pivoting device , has a pick-up , which is received on the pivoting device so as to be preloaded in the direction of the pressing means such that it is in contact with the pressing means , and has a sensor for determining the position of the pivoting device , characterized in that the sensor device has a deflector which, upon contact with the pressing means , pivots the pivoting device independently of the tension of the pressing means .
A dispersant, comprising a polyurethane having oxamide diol groups, wherein the polyurethane includes a backbone having oxamide pendant groups, wherein the oxamide pendant groups each includes R, wherein and wherein y is 5% to 95% of the sum of y and z, and z is 5% to 95% of the sum of y and z.
Body of a commercial vehicle, wherein the body comprises a wall or a roof element formed by a panel which is formed in the manner of a sandwich made of a foamed core layer and at least one cover layer consisting of a reshapable material and covering the core layer on one of its side surfaces and wherein on the outer side of the cover layer facing away from the core layer a component is fastened by riveting by means of a blind rivet , which sits in openings introduced into the component and the cover layer so as to align with one another, characterised in that the edge region of the cover layer bordering the opening of the cover layer is cold-formed, at least in sections, into a collar protruding into the core layer , which has, as a result of its cold forming, a higher inherent rigidity than the region of the cover layer surrounding the collar .
A processor comprising a plurality of block-based processor cores implementing a block-based process instruction set architecture for executing a program comprising a plurality of instruction blocks wherein the plurality of block-based processor cores are connected to each other via a core interconnect , each block-based processor core comprising: an instruction pipeline comprising fetch, decode and execute stages; a plurality of sharable memory resources ; and state access logic , the state access logic comprising one or more programmable control registers comprising a composition control register and a composition topological register for configuring a first resource of the plurality of sharable memory resources to be powered up and enabled for sharing with other processor cores of the plurality of processor cores and a second resource of the plurality of shareable resources to be powered down while the first resource is enabled for sharing, the one or more programmable control registers being programmable during execution of the program; wherein: the composition control register comprises a master control register field comprising a number of bits that indicate which resources of the respective core of the processor, including the first resource, are to be shared among the respective core of the processor and a group of processor cores of the plurality of processor cores; and the composition topological register specifies which processor cores are part of the group of processor cores. an instruction pipeline comprising fetch, decode and execute stages; a plurality of sharable memory resources ; and state access logic , the state access logic comprising one or more programmable control registers comprising a composition control register and a composition topological register for configuring a first resource of the plurality of sharable memory resources to be powered up and enabled for sharing with other processor cores of the plurality of processor cores and a second resource of the plurality of shareable resources to be powered down while the first resource is enabled for sharing, the one or more programmable control registers being programmable during execution of the program; wherein: the composition control register comprises a master control register field comprising a number of bits that indicate which resources of the respective core of the processor, including the first resource, are to be shared among the respective core of the processor and a group of processor cores of the plurality of processor cores; and the composition topological register specifies which processor cores are part of the group of processor cores. the composition control register comprises a master control register field comprising a number of bits that indicate which resources of the respective core of the processor, including the first resource, are to be shared among the respective core of the processor and a group of processor cores of the plurality of processor cores; and the composition topological register specifies which processor cores are part of the group of processor cores.
A computer-implemented method comprising: encoding a picture with wavefront parallel processing, WPP, enabled, wherein the encoding produces encoded data, including, for an intra copy mode using an offset value to indicate a displacement to a position in previously reconstructed sample values of the picture for prediction, enforcing one or more constraints consistent with the WPP, the one or more constraints including a constraint that a horizontal displacement value from a reference region to a current region is less than or equal to a vertical displacement value from the current region to the reference region ; and outputting the encoded data as part of a bitstream. encoding a picture with wavefront parallel processing, WPP, enabled, wherein the encoding produces encoded data, including, for an intra copy mode using an offset value to indicate a displacement to a position in previously reconstructed sample values of the picture for prediction, enforcing one or more constraints consistent with the WPP, the one or more constraints including a constraint that a horizontal displacement value from a reference region to a current region is less than or equal to a vertical displacement value from the current region to the reference region ; and outputting the encoded data as part of a bitstream.
A cable fixation device comprising: a base with fastener holes ; an upright projecting from the base , the upright including a fixation projection having a T-shaped portion for receiving a cable tie for fixating a cable , characterised in that said T-shaped portion for receiving the cable tie comprises protrusions for engaging the cable jacket of said cable . a base with fastener holes ; an upright projecting from the base , the upright including a fixation projection having a T-shaped portion for receiving a cable tie for fixating a cable , characterised in that said T-shaped portion for receiving the cable tie comprises protrusions for engaging the cable jacket of said cable .
Press for manufacturing a component made of fibre-reinforced composite, designed as a membrane press, with - a press stand - a press lower part to/on which a mould is arranged, - a press upper part which comprises a pressure case that is sealable against the press lower part - one or more press cylinders which are supported at the press stand and act on the press upper part and/or press lower part , - a membrane which is stretchable over or against the mould , - a vacuum pump with which a vacuum can be generated on one side of the membrane , characterised in that the press stand is designed as a C-frame with an upper horizontal C-leg , a lower horizontal C-leg and a vertical C-base , and in that the membrane is elastically fastened to the press upper part in a pre-tensioned manner. - a press stand - a press lower part to/on which a mould is arranged, - a press upper part which comprises a pressure case that is sealable against the press lower part - one or more press cylinders which are supported at the press stand and act on the press upper part and/or press lower part , - a membrane which is stretchable over or against the mould , - a vacuum pump with which a vacuum can be generated on one side of the membrane ,