mhurhangee/ep-ind-claims huggingface dataset:
A driving assist method using a controller that uses a sensor to detect another vehicle that cuts in front of a host vehicle in a lane in which the host vehicle is traveling, comprising: setting, by the controller, a detection field of the sensor in front of the host vehicle, characterized by determining, by the controller, that the other vehicle has cut in front of the host vehicle when the host vehicle is traveling and a degree to which the other vehicle has entered into the detection field exceeds or equals a first prescribed value, and determining, by the controller, the other vehicle has cut in front of the host vehicle when the host vehicle is stopped and the degree exceeds or equals a second prescribed value that is smaller than the first prescribed value; wherein the controller controls the host vehicle to travel follow a preceding vehicle that is ahead of the host vehicle, sets the detection field of the sensor between the host vehicle and the preceding vehicle, sets the first prescribed value to a third prescribed value, which is an area of a rear surface of the other vehicle detected within the detection field, and sets the second prescribed value to a fourth prescribed value, which is an area of a side surface of the other vehicle detected within the detection field. setting, by the controller, a detection field of the sensor in front of the host vehicle, characterized by determining, by the controller, that the other vehicle has cut in front of the host vehicle when the host vehicle is traveling and a degree to which the other vehicle has entered into the detection field exceeds or equals a first prescribed value, and determining, by the controller, the other vehicle has cut in front of the host vehicle when the host vehicle is stopped and the degree exceeds or equals a second prescribed value that is smaller than the first prescribed value; wherein the controller controls the host vehicle to travel follow a preceding vehicle that is ahead of the host vehicle, sets the detection field of the sensor between the host vehicle and the preceding vehicle, sets the first prescribed value to a third prescribed value, which is an area of a rear surface of the other vehicle detected within the detection field, and sets the second prescribed value to a fourth prescribed value, which is an area of a side surface of the other vehicle detected within the detection field.
A method for depressurizing a vehicular fuel storage system comprising a first portion and a second portion, the first portion being in fluid communication with a closable filler head opening, the first portion being separated from the second portion by means of a valve, characterized in that the method comprises: - in a first time period, depressurizing the first portion by bringing the first portion in communication with the atmosphere, through an electronic valve comprising one or more pressure sensors for measuring pressure within the filler pipe and/or within the fuel tank, while said valve and said filler head opening are closed; - in a second time period, depressurizing the second portion by bringing the second portion in communication with the atmosphere through the electronic valve; and - obtaining readiness for access to said filler head opening as from the end of said first time period. - in a first time period, depressurizing the first portion by bringing the first portion in communication with the atmosphere, through an electronic valve comprising one or more pressure sensors for measuring pressure within the filler pipe and/or within the fuel tank, while said valve and said filler head opening are closed; - in a second time period, depressurizing the second portion by bringing the second portion in communication with the atmosphere through the electronic valve; and - obtaining readiness for access to said filler head opening as from the end of said first time period.
A wide-field spectrometric system comprising at least one optical telescope and one spectrometer, said telescope comprising a slot in the focal plane thereof, the spectrometer comprising optical dispersion means, an optical assembly (C, I) and photodetection means arranged so that the image chromatically dispersed from the slot of the telescope forms on said photodetection means, characterised in that the slot comprises a mirror comprising a plurality of microfacets, each microfacet being oriented so as to perform pupil matching between the pupil of the telescope and the pupil of the spectrometer, the orientations of each microfacet being such that the light rays originating from the same point of the pupil of the telescope are all reflected parallel to themselves, the spectrometer thus being telecentric.
A method for detecting misbehaviour of a peer node within a peer-to-peer, P2P, network governed according to predefined rules, the method comprises the following steps of: a) choosing at least two peer nodes (A, B) from the P2P network to act as tester peers (A, B); b) sending into the P2P network a testing request message by one of the two tester peers with as target of the testing request message the other tester peer; c) analysing by the other tester peer the behaviour of the P2P network by collecting any response message related to the testing request message; d) comparing the received response message to the testing request message with a corresponding testing request message with same target sent to the other tester peer without following a path according to the predefined rules governing the P2P network; e) in case a misbehaviour is found without being able to identify the misbehaving peer node then choosing at least a different peer node from the P2P network to act as the tester peer such to attempt to surround the misbehaviour peer node and applying accordingly steps b to d; f) comparing the identification results obtained by the different tester peers to try to identify the misbehaving peer node and in the negative case restarts a detection procedure by choosing another different peer node from the P2P network and applying steps b to f; g) when identifying a misbehaviour peer node then discarding it from the P2P network in case by updating the predefined rules governing the P2P network. a) choosing at least two peer nodes (A, B) from the P2P network to act as tester peers (A, B); b) sending into the P2P network a testing request message by one of the two tester peers with as target of the testing request message the other tester peer; c) analysing by the other tester peer the behaviour of the P2P network by collecting any response message related to the testing request message; d) comparing the received response message to the testing request message with a corresponding testing request message with same target sent to the other tester peer without following a path according to the predefined rules governing the P2P network; e) in case a misbehaviour is found without being able to identify the misbehaving peer node then choosing at least a different peer node from the P2P network to act as the tester peer such to attempt to surround the misbehaviour peer node and applying accordingly steps b to d; f) comparing the identification results obtained by the different tester peers to try to identify the misbehaving peer node and in the negative case restarts a detection procedure by choosing another different peer node from the P2P network and applying steps b to f; g) when identifying a misbehaviour peer node then discarding it from the P2P network in case by updating the predefined rules governing the P2P network.
An electric screw coolant pump for delivering a coolant circulation comprising: a spindle housing having a spindle chamber in which at least two screw spindles (2a, 2b) are rotatably accommodated; a pump inlet and a pump outlet for guiding a delivery flow through the spindle chamber; a motor housing that is arranged axially adjacent to the spindle housing; characterized in that the motor housing includes a motor chamber in which a dry-running electric motor is arranged in such a manner that it is delimited with respect to the delivery flow; and the motor housing comprises a heat transfer section, through which the delivery flow flows, arranged between the motor chamber and a component boundary between the motor housing and the spindle housing. a spindle housing having a spindle chamber in which at least two screw spindles (2a, 2b) are rotatably accommodated; a pump inlet and a pump outlet for guiding a delivery flow through the spindle chamber; a motor housing that is arranged axially adjacent to the spindle housing; characterized in that the motor housing includes a motor chamber in which a dry-running electric motor is arranged in such a manner that it is delimited with respect to the delivery flow; and the motor housing comprises a heat transfer section, through which the delivery flow flows, arranged between the motor chamber and a component boundary between the motor housing and the spindle housing.
A system for sensing a shifting of a drive ring, comprising: a compressor housing; at least one drive ring, wherein the drive ring is installable on the compressor housing, and is disposed on the compressor housing with a spacing, and the drive ring is provided with at least one installation hole, wherein the installation hole extends along a radial direction of the drive ring; and at least one sensor, wherein the sensor is configured to be located in the corresponding installation hole, and is used to sense the spacing between the drive ring and the compressor housing in real time. a compressor housing; at least one drive ring, wherein the drive ring is installable on the compressor housing, and is disposed on the compressor housing with a spacing, and the drive ring is provided with at least one installation hole, wherein the installation hole extends along a radial direction of the drive ring; and at least one sensor, wherein the sensor is configured to be located in the corresponding installation hole, and is used to sense the spacing between the drive ring and the compressor housing in real time.
Computer-implemented method for determining errors of at least one parameter of the object derived from a digital object representation, wherein the digital representation comprises a plurality of image points arranged in a raster, wherein at least one piece of image information is associated with an image point, which quantifies a measurementspecific value of the object at the position of the image point, wherein the image information results from a metrological imaging of the object and is superimposed with a statistical noise, wherein, based on the metrological mapping of the object, the image information of a first image point is correlated with the image information of image points within a vicinity of the first image point defined by a correlation length of the image information, the method comprising the following steps: - determining the object representation, wherein a surface model is derived as the object representation from the image information which are present as gray values, - determining the correlation length of the object representation, - determining a first subset of image points from the plurality of image points, the image points of the first subset of image points in the object representation being spaced apart from one another by at least the correlation length, - determining the at least one parameter from the image information of the first subset of image points, the at least one parameter representing the position of the material interfaces bounding the represented object, a dimension of a partial geometry of the object or a local property of a material, and - determining an error for the determined at least one parameter from the image information of the first subset of image points. - determining the object representation, wherein a surface model is derived as the object representation from the image information which are present as gray values, - determining the correlation length of the object representation, - determining a first subset of image points from the plurality of image points, the image points of the first subset of image points in the object representation being spaced apart from one another by at least the correlation length, - determining the at least one parameter from the image information of the first subset of image points, the at least one parameter representing the position of the material interfaces bounding the represented object, a dimension of a partial geometry of the object or a local property of a material, and - determining an error for the determined at least one parameter from the image information of the first subset of image points.
A hydrogel/fibre composite structure producible by a method comprising: partially impregnating fibres of a water-swellable fibrous material with an aqueous hydrogel precursor solution comprising at least one polymerisable, and optionally crosslinkable, monomer such that at least partial swelling of the impregnated fibres takes place, and polymerising, and optionally crosslinking, the at least one monomer after impregnation of the fibres and at least partial swelling of the fibres to form the hydrogel within the impregnated fibres of the fibrous material, such that the integrity of the fibrous material is at least partially preserved in the resulting hydrogel/fibre composite.
A polymer composition comprising: - a polyphenylene sulfide, - at least 3 wt. % of polyamide 6, - 25 to 60 wt. % of reinforcing agents, - 3 to 8 wt. % of a functionalized, non-aromatic elastomer, wherein the weight ratio PPS/PA6 is at least 4, and wherein wt. % are based on the total weight of the composition. - a polyphenylene sulfide, - at least 3 wt. % of polyamide 6, - 25 to 60 wt. % of reinforcing agents, - 3 to 8 wt. % of a functionalized, non-aromatic elastomer,
Lighting device for a motor vehicle, comprising: - a housing configured to bear against a rear window of the motor vehicle; - an antinoise material, said housing and said antinoise material being composed of two different materials; - said housing comprising at least one hole, and said antinoise material being configured to pass through said at least one hole and to extend in a projecting manner from said at least one hole to the outside of the housing; the lighting device being characterized in that: - the antinoise material is partly arranged inside said housing and is in contact with said housing and with a rear window of said motor vehicle. - a housing configured to bear against a rear window of the motor vehicle; - an antinoise material, said housing and said antinoise material being composed of two different materials; - said housing comprising at least one hole, and said antinoise material being configured to pass through said at least one hole and to extend in a projecting manner from said at least one hole to the outside of the housing; the lighting device being characterized in that: - the antinoise material is partly arranged inside said housing and is in contact with said housing and with a rear window of said motor vehicle. - the antinoise material is partly arranged inside said housing and is in contact with said housing and with a rear window of said motor vehicle.
A medical implant comprising a nonwoven material formed from electrospun fibres having a surface modification by which the fibres can be crosslinked together.
A method comprising: storing, by a computing device, a software application in memory of the computing device, where the software application includes a native component and a resource bundle, where the native component is generated using technologies native to the computing device, and where the resource bundle includes non-native web code defining a web view for the software application; receiving, by the computing device, user input selecting the software application; in response to receiving the user input, executing, by the computing device, the native component of the software application; upon execution of the native component, loading, by the computing device, web code from the stored resource bundle into the native component to generate the web view; establishing, by the computing device, a native communication bridge between the native component and the web view; presenting, by the computing device, the web view on a display of the computing device; receiving, by the computing device from a server device, update data describing a latest version of the resource bundle; and while the software application continues to execute: automatically updating, by the computing device, the stored resource bundle to correspond to the latest version of the resource bundle based on the update data; automatically reloading, by the computing device, web code from the updated resource bundle into the native component to generate an updated web view; and presenting the updated web view on the display of the computing device. storing, by a computing device, a software application in memory of the computing device, where the software application includes a native component and a resource bundle, where the native component is generated using technologies native to the computing device, and where the resource bundle includes non-native web code defining a web view for the software application; receiving, by the computing device, user input selecting the software application; in response to receiving the user input, executing, by the computing device, the native component of the software application; upon execution of the native component, loading, by the computing device, web code from the stored resource bundle into the native component to generate the web view; establishing, by the computing device, a native communication bridge between the native component and the web view; presenting, by the computing device, the web view on a display of the computing device; automatically updating, by the computing device, the stored resource bundle to correspond to the latest version of the resource bundle based on the update data; automatically reloading, by the computing device, web code from the updated resource bundle into the native component to generate an updated web view; and presenting the updated web view on the display of the computing device.
A method for determining a carrier set, comprising: determining, by a device, a second carrier set for a user equipment, UE, performing a sidelink transmission, according to synchronization reference information used by a carrier, wherein the synchronization reference information comprises a synchronization configuration; determining, by the device, from the second carrier set, a first carrier set corresponding to a logical channel for the UE performing the sidelink transmission; and determining, by the device, from the first carrier set, a subset of the first carrier set according to priorities of data packets in the logical channel and channel busy ratios, CBRs, of carriers in the first carrier set. determining, by a device, a second carrier set for a user equipment, UE, performing a sidelink transmission, according to synchronization reference information used by a carrier, wherein the synchronization reference information comprises a synchronization configuration; determining, by the device, from the second carrier set, a first carrier set corresponding to a logical channel for the UE performing the sidelink transmission; and determining, by the device, from the first carrier set, a subset of the first carrier set according to priorities of data packets in the logical channel and channel busy ratios, CBRs, of carriers in the first carrier set.
A process for preparing donepezil or a salt thereof, the process comprising reducing a 1-benzyl-4-[(5,6-dimethoxy-1-indanon-2-yl)methylene]pyridonium halide of formula II wherein X- is chloride or bromide, in the presence of an ionic compound, a solvent, a catalyst and a source of hydrogen, to form donepezil and optionally converting donepezil to the salt thereof, wherein the ionic compound is selected from the group consisting of a salt of an ammonium salt, an alkali metal, a salt of an alkaline earth metal, a formate, a perchlorate or mixtures thereof.
A Sunshade, comprising a sunshade frame, a sunshade cloth, at least one solar module, an electric storage device and an electrical driving mechanism; wherein the sunshade cloth is retained by the sunshade frame, the solar module is arranged on an upper surface of the sunshade cloth, the solar module is electrically connectable or connected to the electric storage device, and the electric storage device is adapted to provide electrical energy to the electrical driving mechanism which is mechanically connected to the sunshade frame so that the sunshade frame is adapted to be opened and closed by the electrical driving mechanism; wherein the sunshade frame comprises an external upright column, an internal upright column, an upper suspension head, a lower suspension head, a slide, an upper strut, a middle strut and a lower strut; wherein the upper suspension head is arranged on a top end of the internal upright column, the lower suspension head is arranged on a top end of the external upright column, the external upright column is a hollow tubular structure, the internal upright column passes through the lower suspension head and is slidably connected in an inner cavity of the external upright column, the internal upright column is connected to the electrical driving mechanism arranged in a pipe cavity of the external upright column, and the slide is slidably connected on the external upright column; wherein a top end of the upper strut is hinged on the upper suspension head, a bottom end of the upper strut is suspended, a top end of the lower strut is hinged on a middle portion of the upper strut, a bottom end of the lower strut is hinged on the slide, a top end of the middle strut is hinged on the lower suspension head, a bottom end of the middle strut is hinged on a middle portion of the lower strut, and the sunshade cloth is retained by the upper strut; wherein the solar module comprises at least one thin-film solar cell.
A 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide salt selected from: 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 R,3 S)-(+)-camphorate; 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 S,3 R)-(-)-camphorate; 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) -(-)-mandelate; and 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 S)-(+)-camsylate. 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 R,3 S)-(+)-camphorate; 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 S,3 R)-(-)-camphorate; 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) -(-)-mandelate; and 2-{4-[ -piperidin-3-yl]phenyl}-2H-indazole-7-carboxamide (niraparib) (1 S)-(+)-camsylate.