mhurhangee/ep-ind-claims huggingface dataset:
A method for Time of Day, ToD, management in an Optical Line Terminal, OLT, wherein the method comprises: obtaining ToD management parameters configured based on extended management objects in the Management Information Base, MIB; generating an Optical Network Unit Management and Control Interface, OMCI, message based on an extended OLT-G managed entity and sending said OMCI message to said Optical Network Unit, ONU, wherein said OMCI message carries therein said ToD management parameters, wherein said ToD management parameters include at least a ToD distribution time interval.
Driver assistance device comprising a first driver-assistance module and a second driver-assistance module, comprising a selecting module designed, when the first module is activated and the second module deactivated: - to deactivate the first module on receipt of deactivation information (OFF_INT); and - to activate the second module on receipt of activation information (LDW+LKA_INT) regarding the second module; characterized in that the selecting module further makes it possible, when the first module is activated and the second module deactivated: - to deactivate the first module when configuration information is equal to a first value (LDW_CONF), on receipt of activation information (B_REL) from a button; - to activate the second module when the configuration information is equal to a second value (LDW+LKA_CONF), on receipt of said activation information (B_REL). - to deactivate the first module on receipt of deactivation information (OFF_INT); and - to activate the second module on receipt of activation information (LDW+LKA_INT) regarding the second module; - to deactivate the first module when configuration information is equal to a first value (LDW_CONF), on receipt of activation information (B_REL) from a button; - to activate the second module when the configuration information is equal to a second value (LDW+LKA_CONF), on receipt of said activation information (B_REL).
A method comprising: receiving, by a Root Authority device, a command to create a Module, wherein the Module is a first application that securely provisions a data asset to a target device in an operation phase of a manufacturing lifecycle of the target device in response to the command, executing a Module Template by the Root Authority device to generate the Module, wherein the Module Template is a second application that defines a set of instructions for the Module and the data asset; deploying the Module to an Appliance device, wherein the set of instructions of the Module, when executed by the Appliance device, results in a secure construction of a sequence of operations to securely provision the data asset to the target device, wherein the Appliance device is configured to distribute the data asset to a cryptographic manager core of the target device and wherein the target device is a monolithic integrated circuit that is separate from the appliance device and comprises a cryptographic manager core. receiving, by a Root Authority device, a command to create a Module, wherein the Module is a first application that securely provisions a data asset to a target device in an operation phase of a manufacturing lifecycle of the target device in response to the command, executing a Module Template by the Root Authority device to generate the Module, wherein the Module Template is a second application that defines a set of instructions for the Module and the data asset; deploying the Module to an Appliance device, wherein the set of instructions of the Module, when executed by the Appliance device, results in a secure construction of a sequence of operations to securely provision the data asset to the target device, wherein the Appliance device is configured to distribute the data asset to a cryptographic manager core of the target device and wherein the target device is a monolithic integrated circuit that is separate from the appliance device and comprises a cryptographic manager core.
A method for predicting motion of a target using imaging, the method comprising: receiving image data, acquired using an imaging system, corresponding to a region of interest ROI, in a subject; generating a set of reconstructed images from the image data, wherein the set of reconstructed images include multi-rate images, and the set of multi-rate images comprises a first set of images and a second set of images, wherein a temporal rate of the second set of images is higher than the temporal rate of the first set of images and a spatial resolution of the second set of images is lower than the spatial resolution of the first set of images; processing the set of reconstructed images to obtain motion information associated with a target in the ROI including generating a first motion waveform using the first set of images and a second motion waveform using the second set of images, wherein the second motion waveform is delayed in time relative to the first motion waveform; and utilizing the motion information in a motion prediction framework to estimate a predicted motion of the target including performing a multi-rate adaptive filtering technique, using the first motion waveform and the second motion waveform, to estimate a motion state variable; and generating a report based on the predicted motion. receiving image data, acquired using an imaging system, corresponding to a region of interest ROI, in a subject; generating a set of reconstructed images from the image data, wherein the set of reconstructed images include multi-rate images, and the set of multi-rate images comprises a first set of images and a second set of images, wherein a temporal rate of the second set of images is higher than the temporal rate of the first set of images and a spatial resolution of the second set of images is lower than the spatial resolution of the first set of images; processing the set of reconstructed images to obtain motion information associated with a target in the ROI including generating a first motion waveform using the first set of images and a second motion waveform using the second set of images, wherein the second motion waveform is delayed in time relative to the first motion waveform; and utilizing the motion information in a motion prediction framework to estimate a predicted motion of the target including performing a multi-rate adaptive filtering technique, using the first motion waveform and the second motion waveform, to estimate a motion state variable; and generating a report based on the predicted motion.
Method for hand tracking at a manual assembly workstation, which has a working surface and a depth camera, which is connected to a control unit, wherein the control unit detects actual depth images in a detection area by means of the depth camera, wherein the working surface is at least partially in the detection area, wherein the control unit detects a reference depth image of the detection area by means of the depth camera, and wherein the control unit provides at least one reference line in the detection area, wherein a structure that has been introduced into the detection area is detected by the control unit in that the actual depth images are compared with the reference depth image by the control unit, and wherein the control unit detects the structure as at least one arm if the structure seen in a detected actual depth image has a connection with the reference line, in that the structure touches, intersects or covers the reference line, and/or if the structure seen in a detected actual depth image has a predetermined minimum surface area.
A system for delivery of radiation to a target portion of a native tissue, the system comprising: a catheter having a main catheter body, the main catheter body including: an outer catheter surface; and an inner catheter surface that defines a longitudinally oriented lumen, the lumen extending between longitudinally spaced proximal and distal catheter face surfaces extending laterally between the inner and outer catheter surfaces; a plurality of tubes extending through the lumen towards the distal catheter face surface, each tube of the plurality of tubes being configured to selectively guide exposure of a radiation source to the target portion of the native tissues; a sheath that covers at least a portion of the outer catheter surface, characterised by the sheath including a tapered portion protruding substantially longitudinally distally from a portion of the circumference of the distal catheter face surface, wherein the tapered portion is at least partially pliable to facilitate positioning of the system relative to at least a portion of the native tissue. a catheter having a main catheter body, the main catheter body including: an outer catheter surface; and an inner catheter surface that defines a longitudinally oriented lumen, the lumen extending between longitudinally spaced proximal and distal catheter face surfaces extending laterally between the inner and outer catheter surfaces; an outer catheter surface; and an inner catheter surface that defines a longitudinally oriented lumen, the lumen extending between longitudinally spaced proximal and distal catheter face surfaces extending laterally between the inner and outer catheter surfaces;
A resin component comprising: a curable resin; and nanoparticles dispersed in the resin, the nanoparticles each independently comprising surface-bonded hydrophobically-modifying (C 1 -C 50)hydrocarbyl groups, wherein at least one of the (C 1 -C 50)hydrocarbyl groups is a (C 1 -C 50)alkyl group and at least one of the surface-bonded hydrophobically-modifying (C 1 -C 50)hydrocarbyl groups is a (C 6 -C 50)aryl group. a curable resin; and nanoparticles dispersed in the resin, the nanoparticles each independently comprising surface-bonded hydrophobically-modifying (C 1 -C 50)hydrocarbyl groups, wherein at least one of the (C 1 -C 50)hydrocarbyl groups is a (C 1 -C 50)alkyl group and at least one of the surface-bonded hydrophobically-modifying (C 1 -C 50)hydrocarbyl groups is a (C 6 -C 50)aryl group.
A method for the production of a contact material based on silver tin oxide or silver zinc oxide, characterized in that tin oxide or zinc oxide particles are mixed with a powder of a metal that differs from silver, this mixture is heated beyond the melting point of the metal powder, so that the tin oxide or zinc oxide particles are wetted with liquid metal, the mixture is exposed to an oxygen-containing atmosphere and the metal is thereby oxidized, and thereafter the product formed by the oxidation step is embedded as a powder in a silver matrix.
A polytetrafluoroethylene (PTFE) granulated powder obtainable by granulation of a not-modified PTFE powder which has an average particle diameter of 1-6 μm and is obtainable by pulverizing an unpulverized PTFE virgin polymer which has an amorphous index of ≥ 0.25 and is obtained by suspension polymerization; the AI being the ratio (A 778 /A 2367) between the absorbance at 778 cm -1 (A 778) and the absorbance at 2367 cm -1 (A 2367) in IR spectrophotometry measured by the method according to JIS K 0117.
An air intake for nacelle intended to equip an aircraft propulsion unit of the type comprising an air intake upstream of an engine delimiting an air intake flow path, a median section intended to surround a fan of the engine and a downstream section intended to surround the combustion chamber of the engine, the air intake comprising a disassembly mechanism having a movable panel between a flush closed position in which it ensures the aerodynamic continuity of the air intake in the air intake flow path and an open for maintenance position in which the movable panel is recessed radially outward from its flush closed position so as to free up a space allowing the removal of a fan blade at its distal end, the movable panel being configured to be fixed to the nacelle by fixing means configured to be housed integrally in the nacelle, for example in the air intake of the nacelle, the disassembly mechanism having a cavity formed in a thickness of the air intake and closed by the movable panel in the flush closed position, characterized in that the fixing means comprising movable radial rods configured to be anchored to the movable panel and fixed to the air intake by means of a two-position yoke. the air intake comprising a disassembly mechanism having a movable panel between a flush closed position in which it ensures the aerodynamic continuity of the air intake in the air intake flow path and an open for maintenance position in which the movable panel is recessed radially outward from its flush closed position so as to free up a space allowing the removal of a fan blade at its distal end, the movable panel being configured to be fixed to the nacelle by fixing means configured to be housed integrally in the nacelle, for example in the air intake of the nacelle, the disassembly mechanism having a cavity formed in a thickness of the air intake and closed by the movable panel in the flush closed position, characterized in that the fixing means comprising movable radial rods configured to be anchored to the movable panel and fixed to the air intake by means of a two-position yoke.
Grinding installation with a grinding machine having a head plate which is driven in a rotating and/or oscillating manner and is designed for receiving and releasably holding a grinding disk, and with a device for replacing the grinding disk, wherein the device has a stop element, against which the head plate with the grinding disk can be placed in a removal position, characterized in that - on an outer edge of the head plate at least one recess is provided, which, for the purpose of engaging behind the grinding disk, forms an engaging hollow space between the grinding disk and the head plate, - the device has at least one removal finger which is adjustable between a retracted position and an engaged position, in which the removal finger engages into one of the at least one recess on the head plate in the removal position, and - the device has a clamping means, through which the at least one removal finger is displaceable relative to the stop element, wherein the removal finger, for the purpose of releasing the grinding disk, comes to rest against its rear side and clamps the grinding disk on the stop element. - on an outer edge of the head plate at least one recess is provided, which, for the purpose of engaging behind the grinding disk, forms an engaging hollow space between the grinding disk and the head plate, - the device has at least one removal finger which is adjustable between a retracted position and an engaged position, in which the removal finger engages into one of the at least one recess on the head plate in the removal position, and - the device has a clamping means, through which the at least one removal finger is displaceable relative to the stop element, wherein the removal finger, for the purpose of releasing the grinding disk, comes to rest against its rear side and clamps the grinding disk on the stop element.
A process for producing a modified olefin polymer, said process comprising the steps of: contacting a stream comprising a functionally unsaturated compound and stream comprising a free radical generator thus producing a mixed fluid stream; introducing a stream comprising particles of an olefin polymer into an extruder; introducing the mixed fluid stream into the extruder; melting the stream comprising particles of the olefin polymer in the extruder to produce a melt stream; and extruding the melt stream at a temperature which is greater than the decomposition temperature of the free radical generator and the melting temperature of the olefin polymer but less than the decomposition temperature of the olefin polymer, thereby producing the modified olefin polymer.
A multi-chip module, comprising: a first integrated circuit IC die; a second IC die having an input/output I/O node configured to electrically couple to the first IC die by a through substrate via TSV; an amplifier circuit of an I/O buffer circuit of the second IC die having at least one of an amplifier input terminal and/or an amplifier output terminal electrically coupled to the I/O node; characterised by a fuse on an active surface of the second IC die that is configured to electrically couple to the I/O node, wherein the fuse provides a short circuit path from the I/O node to ground in a closed state and is arranged to protect the second IC die from damage caused by an electrostatic discharge ESD occurring in response to electrically coupling the first IC die to the second IC die; and the fuse is configured to allow the electrostatic discharge ESD current surge to go directly to ground bypassing the amplifier circuit of the I/O buffer circuit of the second die to protect the amplifier circuit of the second IC die from damage caused by the electrostatic discharge ESD, wherein the amplifier circuit is adapted to generate a fuse-blow current that transitions the fuse from a closed state to an open state to electrically disconnect the I/O node from ground and provide output signals and/or receive input signals at the I/O node. a first integrated circuit IC die; a second IC die having an input/output I/O node configured to electrically couple to the first IC die by a through substrate via TSV; an amplifier circuit of an I/O buffer circuit of the second IC die having at least one of an amplifier input terminal and/or an amplifier output terminal electrically coupled to the I/O node; characterised by a fuse on an active surface of the second IC die that is configured to electrically couple to the I/O node, wherein the fuse provides a short circuit path from the I/O node to ground in a closed state and is arranged to protect the second IC die from damage caused by an electrostatic discharge ESD occurring in response to electrically coupling the first IC die to the second IC die; and the fuse is configured to allow the electrostatic discharge ESD current surge to go directly to ground bypassing the amplifier circuit of the I/O buffer circuit of the second die to protect the amplifier circuit of the second IC die from damage caused by the electrostatic discharge ESD, wherein the amplifier circuit is adapted to generate a fuse-blow current that transitions the fuse from a closed state to an open state to electrically disconnect the I/O node from ground and provide output signals and/or receive input signals at the I/O node.
A heart size measuring tool (10, 110), including: a tubular body (12, 112) having a proximal end (22, 122) and a distal end (20, 120); a suction cup located at the distal end (20, 120) of the measuring tool (10, 110); a flexible measuring cord (14, 114) having length indicia; a measuring cord support mechanism (16, 116) comprising a plurality of support members (30, 130), and a guide (40, 140) located near a distal end of each support member (30, 130), wherein the flexible measuring cord (14, 114) extends through the guide (40, 140) and into the body (12, 112), the support mechanism (16, 116) is movable between a retracted state with respect to the body (12, 120) in which the guides (40, 140) are proximal of the suction cup and an extended state with respect to the body (12, 120) in which the guides (40, 140) are distal of the suction cup, the plurality of support members (30, 130) are in a reduced-diameter configuration and the measuring cord (14, 114) is in a collapsed position while the support mechanism (16, 116) is in the retracted state, and the plurality of support members (30, 130) and the measuring cord (14, 114) are configured to be in a measuring position around a portion of a heart to be measured while the support mechanism (16, 116) is in the extended state; and an actuating mechanism (18, 118) to move the support mechanism (16, 116) between the retracted and extended states. a tubular body (12, 112) having a proximal end (22, 122) and a distal end (20, 120); a suction cup located at the distal end (20, 120) of the measuring tool (10, 110); a flexible measuring cord (14, 114) having length indicia; a measuring cord support mechanism (16, 116) comprising a plurality of support members (30, 130), and a guide (40, 140) located near a distal end of each support member (30, 130), wherein the flexible measuring cord (14, 114) extends through the guide (40, 140) and into the body (12, 112), the support mechanism (16, 116) is movable between a retracted state with respect to the body (12, 120) in which the guides (40, 140) are proximal of the suction cup and an extended state with respect to the body (12, 120) in which the guides (40, 140) are distal of the suction cup, the plurality of support members (30, 130) are in a reduced-diameter configuration and the measuring cord (14, 114) is in a collapsed position while the support mechanism (16, 116) is in the retracted state, and the plurality of support members (30, 130) and the measuring cord (14, 114) are configured to be in a measuring position around a portion of a heart to be measured while the support mechanism (16, 116) is in the extended state; and an actuating mechanism (18, 118) to move the support mechanism (16, 116) between the retracted and extended states.
A method for performing radio link monitoring, RLM, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a precoded control channel from a base station, BS; and estimating a radio link quality of the received precoded control channel, wherein the radio link quality is estimated on the basis of UE assumption associated with precoding applied to the precoded control channel, wherein the UE assumption indicates that the precoding is carried out using a space-time code scheme, wherein a 2n th resource element of the precoded control channel includes a 2n th modulation symbol transmitted from a first antenna of the BS and a 2n+1 th modulation symbol transmitted from a second antenna of the BS, wherein a 2n+1 th resource element of the precoded control channel includes a 2n+1 th modulation symbol transmitted from the first antenna and a negative conjugate of a 2n th modulation symbol transmitted from the second antenna, and wherein n is an integer equal to or greater than 0. receiving a precoded control channel from a base station, BS; and estimating a radio link quality of the received precoded control channel, wherein the radio link quality is estimated on the basis of UE assumption associated with precoding applied to the precoded control channel, wherein the UE assumption indicates that the precoding is carried out using a space-time code scheme, wherein a 2n th resource element of the precoded control channel includes a 2n th modulation symbol transmitted from a first antenna of the BS and a 2n+1 th modulation symbol transmitted from a second antenna of the BS, wherein a 2n+1 th resource element of the precoded control channel includes a 2n+1 th modulation symbol transmitted from the first antenna and a negative conjugate of a 2n th modulation symbol transmitted from the second antenna, and wherein n is an integer equal to or greater than 0.