mhurhangee/ep-ind-claims huggingface dataset:
A composite security marking for a physical object, in particular an anti-counterfeit product marking, comprising: a physical unclonable function, PUF; characterized in that the composite security marking further comprises: a representation of a pointer indicating a location where a digital signature can be accessed, said pointer indicating a routing to a server from which the digital signature can be retrieved; wherein the digital signature: digitally signs a hash value resulting from application of a predetermined cryptographic hash function to data representing a response generated by the PUF in reaction to a challenge of a predetermined challenge-response authentication scheme; and is a set of one or more digital values resulting from an encryption of said hash value with a private key, according to an asymmetric cryptographic system, of the originator of said data representing a response generated by the PUF or of said hash value resulting therefrom. a physical unclonable function, PUF; characterized in that the composite security marking further comprises: a representation of a pointer indicating a location where a digital signature can be accessed, said pointer indicating a routing to a server from which the digital signature can be retrieved; wherein the digital signature: digitally signs a hash value resulting from application of a predetermined cryptographic hash function to data representing a response generated by the PUF in reaction to a challenge of a predetermined challenge-response authentication scheme; and is a set of one or more digital values resulting from an encryption of said hash value with a private key, according to an asymmetric cryptographic system, of the originator of said data representing a response generated by the PUF or of said hash value resulting therefrom. a representation of a pointer indicating a location where a digital signature can be accessed, said pointer indicating a routing to a server from which the digital signature can be retrieved; wherein the digital signature: digitally signs a hash value resulting from application of a predetermined cryptographic hash function to data representing a response generated by the PUF in reaction to a challenge of a predetermined challenge-response authentication scheme; and is a set of one or more digital values resulting from an encryption of said hash value with a private key, according to an asymmetric cryptographic system, of the originator of said data representing a response generated by the PUF or of said hash value resulting therefrom. digitally signs a hash value resulting from application of a predetermined cryptographic hash function to data representing a response generated by the PUF in reaction to a challenge of a predetermined challenge-response authentication scheme; and is a set of one or more digital values resulting from an encryption of said hash value with a private key, according to an asymmetric cryptographic system, of the originator of said data representing a response generated by the PUF or of said hash value resulting therefrom.
A helmet (100, 200) comprising: a force absorbing element (104, 204) having an inner surface and an outer surface; a shell (102, 202) having an inner surface and an outer surface, the inner surface of the shell secured to the outer surface of the force absorbing element, the shell further having an edge; and a surface reinforcing component (110, 210) having an inner surface and an outer surface comprising at least one anchor feature (116, 216) on the inner surface and embedded in the force absorbing element (104, 204), the inner surface of the surface reinforcing component secured to the outer surface of the force absorbing element (104, 204), wherein the surface reinforcing component further includes a lip extending along a portion of the edge of the shell (102, 202), wherein the lip acts as a brim. a force absorbing element (104, 204) having an inner surface and an outer surface; a shell (102, 202) having an inner surface and an outer surface, the inner surface of the shell secured to the outer surface of the force absorbing element, the shell further having an edge; and a surface reinforcing component (110, 210) having an inner surface and an outer surface comprising at least one anchor feature (116, 216) on the inner surface and embedded in the force absorbing element (104, 204), the inner surface of the surface reinforcing component secured to the outer surface of the force absorbing element (104, 204), wherein the surface reinforcing component further includes a lip extending along a portion of the edge of the shell (102, 202), wherein the lip acts as a brim.
A device for use in a domestic appliance for textile treatment, the device comprising: - at least one housing, - the housing being designed to be positioned in a treatment space of the domestic appliance; - the housing comprising: - at least one output module which is designed to release at least one preparation into the treatment space of the domestic appliance and/or to trigger an output; and - at least one sensor module which is designed to determine sensor information characteristic of the state of the treatment space of the domestic appliance and/or of the device; - the sensor module comprising at least one sensor, the sensor information at least partially representing information determined by means of the at least one sensor, the at least one sensor being a magnetic field sensor; the device being characterized in that - the information determined by the sensor is at least partially indicative of a loading state of the treatment space of the domestic appliance; and - the release and/or the triggering of the output of the preparation by the at least one output module is at least partially based on the sensor information. - at least one housing, - the housing being designed to be positioned in a treatment space of the domestic appliance; - the housing comprising: - at least one output module which is designed to release at least one preparation into the treatment space of the domestic appliance and/or to trigger an output; and - at least one sensor module which is designed to determine sensor information characteristic of the state of the treatment space of the domestic appliance and/or of the device; - the sensor module comprising at least one sensor, the sensor information at least partially representing information determined by means of the at least one sensor, the at least one sensor being a magnetic field sensor; the device being characterized in that - the information determined by the sensor is at least partially indicative of a loading state of the treatment space of the domestic appliance; and - the release and/or the triggering of the output of the preparation by the at least one output module is at least partially based on the sensor information.
Arrangement for controlling highly automated driving of a vehicle, comprising: - a vehicle guiding device for autonomously guiding the vehicle, - an evaluation device for evaluating a condition of a driver of the vehicle, - a control device for controlling activation and deactivation of the vehicle guiding device, - wherein the vehicle guiding device is designed to guide the vehicle autonomously in an activated state, - wherein the vehicle guiding device is designed to calculate a remaining autonomous driving time (T HAF), wherein the remaining autonomous driving time (T HAF) indicates a time for which the vehicle guiding device can autonomously guide the vehicle, - wherein the evaluation device is designed to calculate a reaction time (T i) of the driver on the basis of the evaluated condition of the driver, wherein the reaction time (T i) indicates a time which the driver requires at most to take over control of the vehicle from the vehicle guiding device when the vehicle guiding device is in the activated state, - wherein the control device is designed to activate or to deactivate, on the basis of the remaining autonomous driving time (T HAF) and the reaction time (T i) of the driver, the vehicle guiding device for autonomous guiding of the vehicle. - a vehicle guiding device for autonomously guiding the vehicle, - an evaluation device for evaluating a condition of a driver of the vehicle, - a control device for controlling activation and deactivation of the vehicle guiding device, - wherein the vehicle guiding device is designed to guide the vehicle autonomously in an activated state, - wherein the vehicle guiding device is designed to calculate a remaining autonomous driving time (T HAF), wherein the remaining autonomous driving time (T HAF) indicates a time for which the vehicle guiding device can autonomously guide the vehicle, - wherein the evaluation device is designed to calculate a reaction time (T i) of the driver on the basis of the evaluated condition of the driver, wherein the reaction time (T i) indicates a time which the driver requires at most to take over control of the vehicle from the vehicle guiding device when the vehicle guiding device is in the activated state, - wherein the control device is designed to activate or to deactivate, on the basis of the remaining autonomous driving time (T HAF) and the reaction time (T i) of the driver, the vehicle guiding device for autonomous guiding of the vehicle.
A sizing composition for the manufacture of a fire-resistant thermal and/or acoustic insulation product based on mineral wool, characterized in that it contains: - a thermosetting resin which is a phenolic resin and - an aldehyde-amine resin modified by an alcohol, the alcohol being any compound containing at least one free hydroxyl function, with the exception of the phenolic compounds, the aldehyde-amine resin modified by an alcohol is used in a proportion of 5 to 70 parts, by weight of solids per 100 parts by weight of solids of thermosetting resin and where appropriate of urea. - a thermosetting resin which is a phenolic resin and - an aldehyde-amine resin modified by an alcohol, the alcohol being any compound containing at least one free hydroxyl function, with the exception of the phenolic compounds,
An aircraft engine, comprising: an air inlet duct extending from an inlet through which air is configured to enter the aircraft engine to an outlet within the aircraft engine; and at least one strut having a leading edge and a trailing edge and extending across at least part of the air inlet duct; characterised in that: the at least one strut has a strut passage and a plurality of static pressure measurement taps spaced apart on the trailing edge and in fluid communication with the strut passage; and the trailing edge of the at least one strut has a plurality of edge contours, each edge contour of the plurality of edge contours positioned at one static pressure measurement tap (38A, 38B) of the plurality static pressure measurement taps, each edge contour of the plurality of edge contours defining a contour edge wall recessed from a remainder of the trailing edge. an air inlet duct extending from an inlet through which air is configured to enter the aircraft engine to an outlet within the aircraft engine; and at least one strut having a leading edge and a trailing edge and extending across at least part of the air inlet duct; the at least one strut has a strut passage and a plurality of static pressure measurement taps spaced apart on the trailing edge and in fluid communication with the strut passage; and the trailing edge of the at least one strut has a plurality of edge contours, each edge contour of the plurality of edge contours positioned at one static pressure measurement tap (38A, 38B) of the plurality static pressure measurement taps, each edge contour of the plurality of edge contours defining a contour edge wall recessed from a remainder of the trailing edge.
An orthopaedic shoe for preventing excess pressure loads on pressure-sensitive foot soles, in particular those of diabetics, the shoe having a rigid sole which substantially precludes bending of the forward joint of the foot during walking, and the sole, in the area of the toes and/or in the area of the heel, having a convexly rounded sole portion (04, 05) which allows the rigid sole to roll, and the shoe having a shaft, and fixation means (06, 07) being provided on the shaft, by means of which the foot can be fixed in the shoe, and the fixation means (06, 07) having a heel strap which extends from the left instep across the back of the heel bone to the right instep, and the fixation means (06, 07) comprising a dorsal strap, which extends across the dorsum of the foot and has a pulling means which can be tensioned across the dorsum for size adjustment, characterised in that the dorsal strap is attached in a load-transmitting manner with a left and a right connecting element (18, 19) to the left and right portion (11a, 11b) of the heel strap, the connecting elements (18, 19) each having a distance to the two ends (13, 16) of the heel strap attached laterally to the shoe and a distance to the centre of the heel strap spanning across the heel bone.
A fluid coupling that is electrically conductive having at least one cutting end that is also electrically conductive attached to a body section of the fluid coupling, the at least one cutting end including a cu tting clip comprised of a spring loaded clip body and at least one cutting end tab (14, 16) extending outwardly from the clip body; wherein the clip body is configured to securely engage the body section of the fluid coupling by expanding outwardly and then retracting over the body section; wherein the at least one cutting end tab (14, 16) extends so as to cut at least the inner layer (42, 52) of an installed hose (40, 50) and then contact a conductive layer (44, 54) of the hose.
A method for outputting a controller setpoint for at least one power generator, in particular at least one wind power installation or at least one windfarm, or at least one cluster controller characterized in that the method comprising the steps: - receiving a data packet comprising a current setpoint and a plurality of future setpoints, with a data input, - storing the future setpoints of the received data packet in a memory, - outputting the current setpoint of the data packet with a data output as a controller setpoint for the power generator, in particular the at least one wind power installation or the at least one windfarm, or the cluster controller, wherein, - after the expiry of a predefined time period in which, after the reception of the data packet, no further data packet is received, a first of the stored future setpoints is output with the data output as the next controller setpoint. - receiving a data packet comprising a current setpoint and a plurality of future setpoints, with a data input, - storing the future setpoints of the received data packet in a memory, - outputting the current setpoint of the data packet with a data output as a controller setpoint for the power generator, in particular the at least one wind power installation or the at least one windfarm, or the cluster controller, wherein, - after the expiry of a predefined time period in which, after the reception of the data packet, no further data packet is received, a first of the stored future setpoints is output with the data output as the next controller setpoint.
An apparatus implementing an element manager, EM, for a 3GPP wireless network, the EM being one of plural 3GPP operation and management, OAM, entities that are arranged to work with ETSI management and orchestration, MANO, entities for network functions virtualizations, wherein the EM is configured to: receive first performance measurement, PM, data for a virtualized network function, VNF (130, 230), directly from the VNF (130, 230); receive second PM data (245A, 245B) for network functions virtualization infrastructure, NFVI (140, 240), arranged to support the VNF (130, 230) from a virtualized network function manager, VNFM being one of the ETSI MANO entities, coupled with a virtualized infrastructure manager, VIM being one of the ETSI MANO entities, wherein the VIM received the second PM data (245A, 245B) directly from the NFVI (140, 240); perform a PM data correlation and detection of threshold crossing function using the first and the second PM data (235, 245A, 245B), wherein the PM data correlation and detection threshold crossing function using the first and the second PM data (235, 245A, 245B) includes use of a plurality of PMs from among the first and the second PM data (235, 245A, 245B) to detect whether a given threshold has been crossed; and determine, based on a result of the PM data correlation and detection of threshold crossing function using the first and the second PM data (235, 245A, 245B), whether to initiate a VNF lifecycle management, LCM, operation to be performed VNFM. receive first performance measurement, PM, data for a virtualized network function, VNF (130, 230), directly from the VNF (130, 230); receive second PM data (245A, 245B) for network functions virtualization infrastructure, NFVI (140, 240), arranged to support the VNF (130, 230) from a virtualized network function manager, VNFM being one of the ETSI MANO entities, coupled with a virtualized infrastructure manager, VIM being one of the ETSI MANO entities, wherein the VIM received the second PM data (245A, 245B) directly from the NFVI (140, 240); perform a PM data correlation and detection of threshold crossing function using the first and the second PM data (235, 245A, 245B), wherein the PM data correlation and detection threshold crossing function using the first and the second PM data (235, 245A, 245B) includes use of a plurality of PMs from among the first and the second PM data (235, 245A, 245B) to detect whether a given threshold has been crossed; and determine, based on a result of the PM data correlation and detection of threshold crossing function using the first and the second PM data (235, 245A, 245B), whether to initiate a VNF lifecycle management, LCM, operation to be performed VNFM.
A method for decoding an encoded higher-order Ambisonics representation of a 2- or 3-dimensional sound field, the decoding method comprising: - receiving a bit stream containing the encoded HOA representation, including O encoded spatial domain signals; - perceptual decoding each one of the encoded spatial domain signals into a corresponding decoded spatial domain signal, wherein the decoded spatial domain signals represent a regular distribution of reference points on a sphere; - transforming the decoded spatial domain signals for a frame into O HOA coefficients of the frame. - receiving a bit stream containing the encoded HOA representation, including O encoded spatial domain signals; - perceptual decoding each one of the encoded spatial domain signals into a corresponding decoded spatial domain signal, wherein the decoded spatial domain signals represent a regular distribution of reference points on a sphere; - transforming the decoded spatial domain signals for a frame into O HOA coefficients of the frame.
A Fe-Co alloy powder having a mean particle size of 100 nm or less, wherein the coercive force Hc is 52.0 to 78.0 kA/m and the saturation magnetization σs is 160 Am 2 /kg or higher.
Use of a replication deficient recombinant Sindbis virus comprising an RNA genome comprising: an open reading frame encoding functional Sindbis non-structural proteins; and a heterologous RNA sequence, wherein the heterologous RNA sequence comprises at least 50 bp of an enveloped non-Sindbis RNA virus sequence or a retrovirus sequence; as a control in a nucleic acid diagnostic assay for the detection of an enveloped non-Sindbis RNA-containing virus or a retrovirus. an open reading frame encoding functional Sindbis non-structural proteins; and a heterologous RNA sequence, wherein the heterologous RNA sequence comprises at least 50 bp of an enveloped non-Sindbis RNA virus sequence or a retrovirus sequence;
A method for controlling the electric motor of a power steering system in a vehicle, said power steering system including a hydraulic pump driven by said electric motor, where the system does not comprise a steering torque sensor but a steering angle sensor, said method including deciding upon predetermined operating conditions to stop the motor according to a stopping process, characterized in that said stopping process of the method comprises: - reducing the rotation speed of the motor abruptly to an intermediate value different from zero during a drop phase; - monitoring the steering angle sensor to detect a movement of the steering system of the vehicle caused by the reduction of the rotation speed of the motor; - in case a movement of the steering system is detected, interrupting the stopping process. - reducing the rotation speed of the motor abruptly to an intermediate value different from zero during a drop phase; - monitoring the steering angle sensor to detect a movement of the steering system of the vehicle caused by the reduction of the rotation speed of the motor; - in case a movement of the steering system is detected, interrupting the stopping process.
A method for synchronising a number of individual drives (1, 1a) onto a common drive position, used in particular in a printing press with a folding unit that has at least one individual folding drive, the individual drives being combined by at least one bus or other communication system conveying position, speed and/or acceleration information to form a position-synchronous drive group (1, 1a, 2) which is fed with a leading axis movement profile (w spd,l, w pos,l) by a leading axis control, information on the common position being derived from an individually driven reference drive, for example the individual folding drive, characterised by the following steps: - an individual drive of the drive group (1, 1a, 2) is selected as the reference drive (1 a), - the leading axis movement profile (w spd,l, w pos,l) is generated virtually and independently of the drive, - the leading axis movement profile (w spd,l, w pos,l) comprising at least one virtual leading axis position, - and upon specifying the leading axis movement profile (w spd,l, w pos,l) to the drive group (1, 1 a, 2) an offset (w pos,l - w pos,r) of the location or position (w pos,r0, w pos,r) of the reference drive in relation to the leading axis movement profile (w spd,l, w pos,l) is taken into consideration. - an individual drive of the drive group (1, 1a, 2) is selected as the reference drive (1 a), - the leading axis movement profile (w spd,l, w pos,l) is generated virtually and independently of the drive, - the leading axis movement profile (w spd,l, w pos,l) comprising at least one virtual leading axis position, - and upon specifying the leading axis movement profile (w spd,l, w pos,l) to the drive group (1, 1 a, 2) an offset (w pos,l - w pos,r) of the location or position (w pos,r0, w pos,r) of the reference drive in relation to the leading axis movement profile (w spd,l, w pos,l) is taken into consideration.
A strain sensor adapted to measure a strain of a measurement specimen comprising: a first structure that is attached to the measurement specimen; a second structure that is made of material which has a smaller thermal coefficient compared to a thermal expansion coefficient of the first structure; and a strain detector that is connected to an upper surface of the second structure, the strain detector being configured to detect a strain of the second structure; characterized in that a bottom surface of the second structure is annularly connected to the first structure. a first structure that is attached to the measurement specimen; a second structure that is made of material which has a smaller thermal coefficient compared to a thermal expansion coefficient of the first structure; and a strain detector that is connected to an upper surface of the second structure, the strain detector being configured to detect a strain of the second structure; characterized in that a bottom surface of the second structure is annularly connected to the first structure.