mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal configured to share a rights object, RO, in digital rights management, the mobile terminal comprising: a transceiver configured to send and receive information; a processor cooperating with the transceiver and configured to: send via the transceiver a RO upgrade request to a rights issuer, RI, which issued the RO existing in the mobile terminal, to request the RO to be upgraded in order to share the RO with at least one device, wherein the RO upgrade request comprises information on the RO and information on permission and/or constraint(s) desired by a user of the mobile terminal for an upgraded-RO; if the RO upgrade request is successfully processed by the RI, receive, via the transceiver from the RI, a RO upgrade response containing the upgraded-RO and upgraded permission and/or constraint(s) generated based on the RO upgrade request, and wherein the processor is configured to: if the RO upgrade response includes a move permission for the upgraded-RO, directly move the upgraded-RO to the at least one device. a transceiver configured to send and receive information; a processor cooperating with the transceiver and configured to: send via the transceiver a RO upgrade request to a rights issuer, RI, which issued the RO existing in the mobile terminal, to request the RO to be upgraded in order to share the RO with at least one device, wherein the RO upgrade request comprises information on the RO and information on permission and/or constraint(s) desired by a user of the mobile terminal for an upgraded-RO; if the RO upgrade request is successfully processed by the RI, receive, via the transceiver from the RI, a RO upgrade response containing the upgraded-RO and upgraded permission and/or constraint(s) generated based on the RO upgrade request, and wherein the processor is configured to: if the RO upgrade response includes a move permission for the upgraded-RO, directly move the upgraded-RO to the at least one device. send via the transceiver a RO upgrade request to a rights issuer, RI, which issued the RO existing in the mobile terminal, to request the RO to be upgraded in order to share the RO with at least one device, wherein the RO upgrade request comprises information on the RO and information on permission and/or constraint(s) desired by a user of the mobile terminal for an upgraded-RO; if the RO upgrade request is successfully processed by the RI, receive, via the transceiver from the RI, a RO upgrade response containing the upgraded-RO and upgraded permission and/or constraint(s) generated based on the RO upgrade request, and wherein the processor is configured to: if the RO upgrade response includes a move permission for the upgraded-RO, directly move the upgraded-RO to the at least one device.
Pressure medium container for a hydraulic motor vehicle brake system, having a housing, having a filler opening, having a closure element and having at least one hydraulic connection to the hydraulic pressure medium supply of the motor vehicle brake system, characterized in that an additionally structurally predetermined defined volume reservoir for receiving pressure medium can be rendered hydraulically effective by arranging the closure element on the filler opening.
A bypass switch for providing a bypass path between a first terminal and a second terminal, the bypass switch comprising: a first set of electrical contacts respectively connected to the first terminal and the second terminal; a second set of electrical contacts respectively connected to the first terminal and the second terminal; a movable member comprising a first conductive section, a second conductive section and an insulator between the first conductive section and the second conductive section, wherein the movable member is movable from an initial state, via a first state, to a second state, wherein in the initial state the first set of electrical contacts are conductively separated and the second set of electrical contacts are conductively separated, in the first state the first set of electrical contacts are conductively connected via the first conductive section and the second set of electrical contacts are conductively separated, and in the second state the second set of electrical contacts are conductively connected via the second conductive section; characterized by a first impedance between one of electrical contacts of the first set of electrical contacts and one of the first terminal and the second terminal; and a second impedance between one of electrical contacts of the second set of electrical contacts and one of the first terminal and the second terminal, such that a reactance of the second impedance is significantly higher than a reactance of the first impedance. a first set of electrical contacts respectively connected to the first terminal and the second terminal; a second set of electrical contacts respectively connected to the first terminal and the second terminal; a movable member comprising a first conductive section, a second conductive section and an insulator between the first conductive section and the second conductive section, wherein the movable member is movable from an initial state, via a first state, to a second state, wherein in the initial state the first set of electrical contacts are conductively separated and the second set of electrical contacts are conductively separated, in the first state the first set of electrical contacts are conductively connected via the first conductive section and the second set of electrical contacts are conductively separated, and in the second state the second set of electrical contacts are conductively connected via the second conductive section; characterized by a first impedance between one of electrical contacts of the first set of electrical contacts and one of the first terminal and the second terminal; and a second impedance between one of electrical contacts of the second set of electrical contacts and one of the first terminal and the second terminal, such that a reactance of the second impedance is significantly higher than a reactance of the first impedance.
A method for producing a titanium alloy member, comprising: preparing a raw material made of titanium alloy; nitriding the raw material to form a nitrogen-containing raw material by generating a nitrogen compound layer and/or a nitrogen solid solution layer in a surface layer of the raw material; mixing the raw material and the nitrogen-containing raw material to yield a nitrogen-containing mixed material; sintering the nitrogen-containing mixed material to obtain a sintered titanium alloy member by bonding the material together and uniformly diffusing nitrogen in solid solution from the nitrogen-containing raw material to the entire interior portion of the sintered titanium alloy member; hot plastic forming and/or heat treating the sintered titanium alloy member to obtain a processed member; and surface treating the processed member to provide compressive residual stress. preparing a raw material made of titanium alloy; nitriding the raw material to form a nitrogen-containing raw material by generating a nitrogen compound layer and/or a nitrogen solid solution layer in a surface layer of the raw material; mixing the raw material and the nitrogen-containing raw material to yield a nitrogen-containing mixed material; sintering the nitrogen-containing mixed material to obtain a sintered titanium alloy member by bonding the material together and uniformly diffusing nitrogen in solid solution from the nitrogen-containing raw material to the entire interior portion of the sintered titanium alloy member; hot plastic forming and/or heat treating the sintered titanium alloy member to obtain a processed member; and surface treating the processed member to provide compressive residual stress.
A copolymer comprising a plurality of polyisobutylene segments having a number average molecular weight of 20,000 or less and a plurality of biodegradable polymer segments.
An ejection system for an emergency exit of a vehicle, the emergency exit extending along a base surface and being arranged to cooperate in a mounted position with a receiving frame of the vehicle, the ejection system comprising a retaining element and a blocking mechanism arranged to cooperate with the retaining element according to: - a blocking configuration in which a movable portion of the blocking mechanism prevents a relative displacement of the retaining element and of the blocking mechanism in an ejection direction of the emergency exit which is transverse to the base surface, the movable portion being configured to be displaced in a closure plane extending transversely to the base surface and - an ejection configuration in which the blocking mechanism is capable of moving in the ejection direction relative to the retaining element. - a blocking configuration in which a movable portion of the blocking mechanism prevents a relative displacement of the retaining element and of the blocking mechanism in an ejection direction of the emergency exit which is transverse to the base surface, the movable portion being configured to be displaced in a closure plane extending transversely to the base surface and - an ejection configuration in which the blocking mechanism is capable of moving in the ejection direction relative to the retaining element.
A dental implant that enables functional periodontium formation, characterized in that a dental follicle tissue derived cell mass is placed on the surface of said implant, and the surface of said implant on which said cell mass is placed is the whole or a part of the surface which will be surrounded by the alveolar bone of the recipient at the time of transplantation of said implant.
A method performed by a driver assistance system mountable in a vehicle to provide object detection in the vicinity of the vehicle, the system including a camera (12L, 12C, 12R) operatively attached to a processor, wherein the vehicle is a truck, a heavy goods vehicle, a limousine, or a public transport vehicle, such as a bus, the method comprising: capturing a plurality of image frames (15L, 15C, 15R) with the camera (12L, 12C, 12R) mounted externally at the rear of the vehicle, wherein the field of view of the camera is substantially in the forward direction of travel of the vehicle along a side of the vehicle; determining a yaw rate of the vehicle using a yaw sensor; selecting, for object detection, respective portions of the image frames based on the yaw rate of the vehicle and previously collected data indicative of potential blind spots, characterized in that upon measuring an increase in absolute value of the yaw, a larger area of the image frames is selected for object detection, thereby increasing an effective horizontal field of view to detect an obstruction over a wider horizontal angle measured from the side of the vehicle; and processing the selected portions of the image frames to detect an object (54a, 54b). capturing a plurality of image frames (15L, 15C, 15R) with the camera (12L, 12C, 12R) mounted externally at the rear of the vehicle, wherein the field of view of the camera is substantially in the forward direction of travel of the vehicle along a side of the vehicle; determining a yaw rate of the vehicle using a yaw sensor; selecting, for object detection, respective portions of the image frames based on the yaw rate of the vehicle and previously collected data indicative of potential blind spots, characterized in that upon measuring an increase in absolute value of the yaw, a larger area of the image frames is selected for object detection, thereby increasing an effective horizontal field of view to detect an obstruction over a wider horizontal angle measured from the side of the vehicle; and processing the selected portions of the image frames to detect an object (54a, 54b).
Thermoforming plant for processing a plastic sheet, with a chain for transporting the plastic sheet through the thermoforming plant, the chain having a retention means for the plastic sheet so that during operation of the thermoforming plant, the plastic sheet can exert a transverse force on the chain transversely to a chain extension direction; and with a guide for the chain for absorbing the transverse force, the chain having a basic structure with a plurality of rollers between lugs for absorbing a transport direction force; the rollers being oriented vertically so that the transverse force acts transversely to their roller axes; i. e. the rollers operating in an upright position with an upright axis, the guide directly engaging the rollers, characterized in that the chain vertically rests on gravity support rollers, where the gravity support rollers are formed separate from the rollers and have a horizontal axis.
An fuse molded modeling three dimensional article having areas of dissimilar or different hardness, wherein one of said areas is hard and is plastic, metal, glass, wood, concrete, rock, or mixtures thereof, and another of said areas is a flexible material less hard than said hard area, wherein said flexible material comprises a controlled distribution hydrogenated styrenic block copolymer obtained by copolymerization of two monomers in a polymerization process wherein each of the monomers is incorporated into the polymer at the same rate, and a thermoplastic elastomer.
An elongate medical device (12; 12a-12d) comprising an assembly (30; 30') of multiple temperature sensors, the assembly (30; 30') comprising: a first metal material comprising a plurality of junctions (39, 39a; J1-J4); and a plurality of conductors (38; 38') comprising a second metal material, each conductor (38, 38') connected to the first metal material at one of the plurality of junctions (39, 39a; J1-J4); characterized by a common conductor (40; 40') that is physically paired with at least one of the plurality of conductors (38; 38') at a corresponding common conductor junction such that the common conductor (40; 40') forms a thermocouple pair with each of the plurality of conductors (38; 38'). a first metal material comprising a plurality of junctions (39, 39a; J1-J4); and a plurality of conductors (38; 38') comprising a second metal material, each conductor (38, 38') connected to the first metal material at one of the plurality of junctions (39, 39a; J1-J4); characterized by a common conductor (40; 40') that is physically paired with at least one of the plurality of conductors (38; 38') at a corresponding common conductor junction such that the common conductor (40; 40') forms a thermocouple pair with each of the plurality of conductors (38; 38').
Central communication unit of a motor vehicle comprising a number of connection modules for establishing a wireless data link between the motor vehicle and at least one transmitting/receiving device located outside the motor vehicle, a connection module manager for controlling the connection modules in order to provide a suitable data link between the motor vehicle and the at least one transmitting/receiving device, a data network for connecting a number of devices within the motor vehicle, wherein a number of applications, which can be executed on the devices, can in each case utilize a data link via the central communication unit to the transmitting/receiving device, characterized by a communication organization module which is designed in such a manner that available external connection capacities between the central communication unit and the at least one transmitting/receiving device are distributed actively in accordance with predetermined criteria to the individual active data links of the applications.
A method for distinguishing between a water particulate and a solid particulate in a transient fluid, the method comprising the steps of: directing a beam of electromagnetic radiation into the transient fluid; providing a single sensor to detect an intensity of the radiation after passing through at least a portion of the fluid; generating a single waveform representing the intensity detected by the single sensor; and analyzing the single waveform based upon at least one of a statistical analysis and a waveform analysis to detect the presence of a particulate in the transient fluid and to distinguish the particulate between a water particulate and a solid particulate, wherein variations in shape, symmetry, and standard deviation of the single waveform differentiate between the water particulate and the solid particulate. directing a beam of electromagnetic radiation into the transient fluid; providing a single sensor to detect an intensity of the radiation after passing through at least a portion of the fluid; generating a single waveform representing the intensity detected by the single sensor; and analyzing the single waveform based upon at least one of a statistical analysis and a waveform analysis to detect the presence of a particulate in the transient fluid and to distinguish the particulate between a water particulate and a solid particulate, wherein variations in shape, symmetry, and standard deviation of the single waveform differentiate between the water particulate and the solid particulate.
A system (400, 500, 600, 1400) for separating native heart valve leaflets (870, 872) attached together by a fixation device (301, 890, 990), comprising: an elongate shaft (401, 501, 801, 1401) having a proximal end portion (402, 502, 802, 1402), a distal end portion (403, 503, 803, 1403) and a longitudinal axis extending therebetween, the elongate shaft configured for transvascular delivery of the distal end portion to a native heart valve; a balloon (410, 510, 610, 810, 1310, 1410) disposed at the distal end portion of the elongate shaft, the balloon inflatable from a collapsed condition to an inflated condition; at least one snare lumen (420, 520, 620, 820, 1320) extending along at least a portion of the balloon, the at least one snare lumen having an exit port (425, 525, 825) defined therein, wherein the exit port is disposed at an intermediate location along a length of the balloon; and a snare deployable through the exit port from a delivery position within the at least one snare lumen to an extended position extending beyond the exit port, the snare in the extended position configured to capture the fixation device. an elongate shaft (401, 501, 801, 1401) having a proximal end portion (402, 502, 802, 1402), a distal end portion (403, 503, 803, 1403) and a longitudinal axis extending therebetween, the elongate shaft configured for transvascular delivery of the distal end portion to a native heart valve; a balloon (410, 510, 610, 810, 1310, 1410) disposed at the distal end portion of the elongate shaft, the balloon inflatable from a collapsed condition to an inflated condition; at least one snare lumen (420, 520, 620, 820, 1320) extending along at least a portion of the balloon, the at least one snare lumen having an exit port (425, 525, 825) defined therein, wherein the exit port is disposed at an intermediate location along a length of the balloon; and a snare deployable through the exit port from a delivery position within the at least one snare lumen to an extended position extending beyond the exit port, the snare in the extended position configured to capture the fixation device.
Orally administrable immunostimulant product comprising at least a microencapsulated cytokine and an enteric protection polymer, wherein said cytokine is a fish cytokine, or mollusc cytokine or crustacean cytokine.
A low-ash, low-phosphorus lubricant composition suitable for use in a stationary gas engine, comprising: (a) an oil of lubricating viscosity; (b) 1.5 to 8 percent by weight of a succinimide dispersant wherein the amine-derived moiety thereof is a condensed polyamine, formed by a condensation reaction between at least one hydroxy compound with at least one polyamine reactant containing at least one primary or secondary amino group; (c) 0.8 to 4.0 percent by weight of a hindered, ester-substituted phenol antioxidant; and (d) at least one metal-containing sulfonate detergent or metal-containing phenate detergent, in an amount which provides 1.2 to 2.1 percent by weight of said sulfonate or phenate moieties exclusive of the weight of the metal moieties; said lubricant containing up to 0.06 percent by weight phosphorus and up to 1.25 percent sulfated ash, wherein the phenate detergent is not a salicylate detergent. (a) an oil of lubricating viscosity; (b) 1.5 to 8 percent by weight of a succinimide dispersant wherein the amine-derived moiety thereof is a condensed polyamine, formed by a condensation reaction between at least one hydroxy compound with at least one polyamine reactant containing at least one primary or secondary amino group; (c) 0.8 to 4.0 percent by weight of a hindered, ester-substituted phenol antioxidant; and (d) at least one metal-containing sulfonate detergent or metal-containing phenate detergent, in an amount which provides 1.2 to 2.1 percent by weight of said sulfonate or phenate moieties exclusive of the weight of the metal moieties;
A method to dewarp image data of the anterior segment of an eye collected using an optical coherence tomographic instrument, said image data containing one or more observed fragments of anterior and posterior corneal surfaces, said method comprising: processing said image data to locate observed fragments of the anterior and posterior corneal surfaces; wherein when the anterior or posterior corneal surface is identified, the other surface is locatable based on a thickness model; determining extended profiles of said anterior and posterior corneal surfaces using the observed fragments of the anterior and posterior corneal surfaces, and information related to fragments of the corneal surfaces not contained in the image data based on a predefined model of corneal surface curvature; wherein the extended profiles include both the observed fragments and missing or non-observed fragments of said corneal surfaces. dewarping the image data based upon the determined extended profiles of said anterior and posterior corneal surfaces; and, displaying to a user or storing the dewarped image data. processing said image data to locate observed fragments of the anterior and posterior corneal surfaces; wherein when the anterior or posterior corneal surface is identified, the other surface is locatable based on a thickness model; determining extended profiles of said anterior and posterior corneal surfaces using the observed fragments of the anterior and posterior corneal surfaces, and information related to fragments of the corneal surfaces not contained in the image data based on a predefined model of corneal surface curvature; wherein the extended profiles include both the observed fragments and missing or non-observed fragments of said corneal surfaces. dewarping the image data based upon the determined extended profiles of said anterior and posterior corneal surfaces; and, displaying to a user or storing the dewarped image data.