mhurhangee/ep-ind-claims huggingface dataset:
A medical-device guidance system (1, 101, 201, 301, 401) comprising: a medical device (3, 103, 203, 303) with a magnet; a guiding unit that is adapted to form a control magnetic field for guidance control of the medical device (3, 103, 203, 303), inside a prescribed control area; a detection unit (7Y-1, 7Y-2) that is adapted to detect positional information of the medical device (3, 103, 203, 303); a computational unit that is adapted to judge that the medical device (3, 103, 203, 303) has gone outside the control area on the basis of an output from the detection unit (7Y-1, 7Y-2) and that is adapted to calculate a direction for returning the medical device (3, 103, 203, 303) to the control area; and a control unit (21, 121, 421) that is adapted to control the guiding unit on the basis of an output from the computational unit, wherein the control unit (21, 121, 421) is adapted to stop formation of the control magnetic field when the medical device (3, 103, 203, 303) goes outside the control area. a medical device (3, 103, 203, 303) with a magnet; a guiding unit that is adapted to form a control magnetic field for guidance control of the medical device (3, 103, 203, 303), inside a prescribed control area; a detection unit (7Y-1, 7Y-2) that is adapted to detect positional information of the medical device (3, 103, 203, 303); a computational unit that is adapted to judge that the medical device (3, 103, 203, 303) has gone outside the control area on the basis of an output from the detection unit (7Y-1, 7Y-2) and that is adapted to calculate a direction for returning the medical device (3, 103, 203, 303) to the control area; and a control unit (21, 121, 421) that is adapted to control the guiding unit on the basis of an output from the computational unit, wherein the control unit (21, 121, 421) is adapted to stop formation of the control magnetic field when the medical device (3, 103, 203, 303) goes outside the control area.
A discoloration resistant Gold alloy for jewelry, characterized in that it consists in weight: - Gold, in an amount of 755‰ to 770‰, - Copper, in an amount of 165‰ to 183‰, - Silver, in an amount of 28‰ to 50‰, - Palladium, in an amount of 19‰ to 23‰ and - Iron, in an amount of 2‰ to 6‰; and optionally, in weight, one or more of: Iridium, Ruthenium, Rhenium and Zinc, wherein the sum of Iridium, Ruthenium, Rhenium and Zinc does not exceed 2‰ the Gold alloy being characterized by the absence of Vanadium, the balance being impurities. - Gold, in an amount of 755‰ to 770‰, - Copper, in an amount of 165‰ to 183‰, - Silver, in an amount of 28‰ to 50‰, - Palladium, in an amount of 19‰ to 23‰ and - Iron, in an amount of 2‰ to 6‰;
A method for transmitting a signal performed by a user equipment, UE, during communication in a wireless communication system, the method comprising: receiving timing advance, TA, information on a self-contained subframe having all of a downlink control region, a downlink data region, a guard period, GP, for transmission-to-reception switching, and an uplink control region; and transmitting uplink control information by advancing transmission timing corresponding to the uplink control region by a time length indicated by the TA information, wherein when the time length indicated by the TA information is less than a predetermined length, the UE first transmits a specific uplink signal, and then transmits the uplink control information at a residual duration of the GP, which remains after completion of the transmission-to-reception switching by the UE and which depends on the time length indicated by the TA information. receiving timing advance, TA, information on a self-contained subframe having all of a downlink control region, a downlink data region, a guard period, GP, for transmission-to-reception switching, and an uplink control region; and transmitting uplink control information by advancing transmission timing corresponding to the uplink control region by a time length indicated by the TA information, wherein when the time length indicated by the TA information is less than a predetermined length, the UE first transmits a specific uplink signal, and then transmits the uplink control information at a residual duration of the GP, which remains after completion of the transmission-to-reception switching by the UE and which depends on the time length indicated by the TA information.
Method for assembling a superconducting bearing, wherein the bearing comprises a first bearing race having a first body made of a type 2 superconducting material and a second bearing race having a second body made of a type 2 superconducting material, wherein the method comprises the steps of: assembling the two bearing races and simultaneously applying to the first body and the second body an external magnetic field permeating both bodies (2, 7). assembling the two bearing races and simultaneously applying to the first body and the second body an external magnetic field permeating both bodies (2, 7).
A heat and moisture exchanger for tracheotomy or laryngectomy patients, comprising at least a valve plate and a housing, wherein the valve plate comprises a radial circumferential limp, and wherein the housing comprises a valve seat that encompasses a distal opening of the housing, wherein the valve seat comprises a groove for receiving the lip, wherein the valve plate is dedicated to the distal opening of the housing, and wherein the valve plate can be closed, such that the lip engages in the groove.
A multilayer, metallized, laminate film employed to form in-mold labels, said laminate film including first and second multilayer structures, said first multilayer structure being a clear structure including a polymer core layer and first and second outer polymer layers on opposed sides of the core layer, said first outer polymer layer being a top outer layer of said first multilayer structure and including a metal layer thereon, said metal layer being a surface layer of said first multilayer structure, said second outer polymer layer being a bottom polymer layer of said first multilayer structure and having an outer matte surface that is adapted in the in mold label formed from said laminate film, to engage and bond to a molded article; said second multilayer structure being a clear structure including a core layer and first and second outer polymer layers on opposed sides of the core layer, said first outer polymer layer being the top polymer layer of the second multilayer structure and the second outer polymer layer being the bottom polymer layer of the second multilayer structure, said first and second outer polymer layers providing outer surfaces of said second multilayer structure, said second outer polymer layer having an outer matte surface; an adhesive layer bonding the metal layer of said first multilayer structure to the top outer surface of said second multilayer structure providing a bonded interface free of any printed indicia; wherein the first and second multilayer structures are 'clear' so that at least a portion of the appearance of the metal layer on the first multilayer structure is visible through the matte surfaces of the first multilayer structure and the second multilayer structure.
An ion gun system comprising: an ion gun for irradiating an ion beam; an electric power supply unit for supplying electric power to the ion gun; a plurality of mass flow regulators (64, 65) for introducing each of a plurality of types of gas in said ion gun; ion gun control means, connected to said electric power supply unit, for controlling electric power supplied to said ion gun from the electric power supply unit; and mass flow control means, connected to said mass flow regulators (64, 65), for controlling the flow rate of gas introduced in said ion gun from the mass flow regulators (64, 65) when forming a multi-layer antireflective film consisting of a high-refractive-index layer and a low-refractive-index layer on a lens substrate according to an ion-assisted method with use of said ion gun, the forming comprising a first film formation step of forming the high-refractive-index layer or the low-refractive-index layer and a second film formation step of forming the low-refractive-index layer or the high-refractive-index layer, characterized in that said mass flow control means is provided with a function of changing a set value of flow rate of each of the plurality of types of gas from a set value (A1 or A2) for said first film formation step to another set value (A2 or A1) for said second film formation step, during a period between said first film formation step and said second film formation step, by changing stepwise within a range where said ion gun is working stably. an ion gun for irradiating an ion beam; an electric power supply unit for supplying electric power to the ion gun; a plurality of mass flow regulators (64, 65) for introducing each of a plurality of types of gas in said ion gun; ion gun control means, connected to said electric power supply unit, for controlling electric power supplied to said ion gun from the electric power supply unit; and mass flow control means, connected to said mass flow regulators (64, 65), for controlling the flow rate of gas introduced in said ion gun from the mass flow regulators (64, 65) when forming a multi-layer antireflective film consisting of a high-refractive-index layer and a low-refractive-index layer on a lens substrate according to an ion-assisted method with use of said ion gun, the forming comprising a first film formation step of forming the high-refractive-index layer or the low-refractive-index layer and a second film formation step of forming the low-refractive-index layer or the high-refractive-index layer,
A strain relief for relieving strain on a conductive cable, the strain relief comprising: a. a flexible housing having a cavity along its longitudinal axis; b. at least one posable insert which: i. is disposed substantially parallel to, but outside the cavity; and ii. is substantially surrounded by the flexible housing, characterized in that c. the shape of the posable insert is one of the group consisting of: an extrusion whose cross-section is a rectangle; an extrusion whose cross-section is an ellipse; a rectangular plate which favors deformation along its shortest axis. a. a flexible housing having a cavity along its longitudinal axis; b. at least one posable insert which: i. is disposed substantially parallel to, but outside the cavity; and ii. is substantially surrounded by the flexible housing, characterized in that i. is disposed substantially parallel to, but outside the cavity; and ii. is substantially surrounded by the flexible housing, characterized in that c. the shape of the posable insert is one of the group consisting of: an extrusion whose cross-section is a rectangle; an extrusion whose cross-section is an ellipse; a rectangular plate which favors deformation along its shortest axis.
A composition comprising, based on the total weight of the composition, 40 to 80 wt% of a polyetherimide; 10 to 50 wt% of talc; and 1 to 15 wt% of a polymer additive comprising a polyphthalamide, a poly(siloxane-etherimide) copolymer, an aliphatic polyamide, or a combination comprising at least one of the foregoing; wherein the composition has a number of drops to tracking at 250 volts of greater than or equal to 50 drops determined according to ASTM D-3638-85. 40 to 80 wt% of a polyetherimide; 10 to 50 wt% of talc; and 1 to 15 wt% of a polymer additive comprising a polyphthalamide, a poly(siloxane-etherimide) copolymer, an aliphatic polyamide, or a combination comprising at least one of the foregoing; wherein the composition has a number of drops to tracking at 250 volts of greater than or equal to 50 drops determined according to ASTM D-3638-85.
A laundry treating apparatus comprising: a cabinet; a drum accommodated in the cabinet; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet, wherein the dynamic absorber comprises: a support plate coupled to the cabinet; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass, characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate. a cabinet; a drum accommodated in the cabinet; a tub accommodating the drum; and a dynamic absorber provided to absorb oscillation of the cabinet, wherein the dynamic absorber comprises: a support plate coupled to the cabinet; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass, characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate. a support plate coupled to the cabinet; a first moving mass disposed on the support plate to be movable in a lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus; and a second moving mass disposed on the support plate to be movable in the lateral direction to absorb oscillation transmitted to the cabinet during use of the laundry treating apparatus, and wherein the first moving mass has a mass greater than that of the second moving mass, characterized in that the dynamic absorber is configured such that, for absorbing the oscillation, a time point at which the second moving mass starts relative motion with respect to the support plate is earlier than that at which the first moving mass starts relative motion with respect to the support plate.
Method for automated analysis of an incubated line blot with single affixed test parts, whereby pictures of at least areas of a surface of the line blot, on which antigens are arranged, are taken with a camera and the pictures are transferred to an analysis unit, in which a discolouration of the line blot in areas of attached antigens is detected and a diagnostic suggestion is generated based on the detected discolouration, characterized in that at least two images are taken by the camera at different time instances and with different exposure times, respectively, and in that the respective optimal images of the single test parts are filtered out and are taken into account as a combined overall picture of an incubated line blot as a basis for the generation of the diagnostic suggestion.
A method comprising: communicating, by a first processor unit, with a host processing unit over a first link; communicating, by the first processor unit, with a second processor unit over a second link, wherein the second processor unit is to couple to the host processing unit via a third link; and determining, by the first processor unit, whether to send a cache coherent request from the first processor unit to the host processing unit over the first link or over the second link via the second processing unit; comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link. communicating, by a first processor unit, with a host processing unit over a first link; communicating, by the first processor unit, with a second processor unit over a second link, wherein the second processor unit is to couple to the host processing unit via a third link; and determining, by the first processor unit, whether to send a cache coherent request from the first processor unit to the host processing unit over the first link or over the second link via the second processing unit; comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link. comprising determining whether to send the cache coherent request over the first link or over the second link based on an amount of available upstream bandwidth over the first link; determining the amount of available upstream bandwidth over the first link based on a number of link credits available; comprising determining the amount of available upstream bandwidth over the first link based on a raw upstream bandwidth metric; and determining whether to send the cache coherent request over the first link or over the second link based on an amount of available bandwidth over the second link.
A hearing assistance device configured to be worn by a wearer, comprising: a circuit (320, 520) configured to perform wireless communication; an antenna (110, 210, 310, 510) coupled to the circuit (320, 520), the antenna (110, 210, 310, 510) including: two antenna elements (112, 312, 512); and a cross-feed (114, 314, 514) coupled to the two antenna elements (112, 312, 512) to provide for electrical connection between the two antenna elements (112, 312, 512), the cross-feed (114, 314, 514) having a flared structure configured to reduce capacitive coupling between the antenna (110, 210, 310, 510) and the wearer when the hearing assistance device is worn by the wearer; and a case housing the circuit (320, 520) and the antenna (110, 210, 310, 510). a circuit (320, 520) configured to perform wireless communication; an antenna (110, 210, 310, 510) coupled to the circuit (320, 520), the antenna (110, 210, 310, 510) including: two antenna elements (112, 312, 512); and a cross-feed (114, 314, 514) coupled to the two antenna elements (112, 312, 512) to provide for electrical connection between the two antenna elements (112, 312, 512), the cross-feed (114, 314, 514) having a flared structure configured to reduce capacitive coupling between the antenna (110, 210, 310, 510) and the wearer when the hearing assistance device is worn by the wearer; and two antenna elements (112, 312, 512); and a cross-feed (114, 314, 514) coupled to the two antenna elements (112, 312, 512) to provide for electrical connection between the two antenna elements (112, 312, 512), the cross-feed (114, 314, 514) having a flared structure configured to reduce capacitive coupling between the antenna (110, 210, 310, 510) and the wearer when the hearing assistance device is worn by the wearer; and a case housing the circuit (320, 520) and the antenna (110, 210, 310, 510).
A steering method for an industrial truck in which by means of a steering transducer, in particular a steering wheel, at least one steerable wheel is manually steered by a hydraulic or mechanical connection with the steering transducer, the angular position of the at least one manually steered wheel is detected, and at least one further steerable wheel is motor-steered in dependence on the detected angular position, characterized in that, for a 90° change of travel direction of the industrial truck, the wheels (2, 3, 4) are steered by 90° and the above motor-steered wheel is manually steered and the at least one above manually-steered wheel is motor-steered.
A method for diagnostics and monitoring of anomalies in a cyber-physical system, the method comprising: obtaining information related to anomalies identified in the CPS, wherein the obtained information comprises at least one value of one or more CPS variables; generating one or more classifying features of the identified anomalies in the CPS based on the obtained information; performing classification of the identified anomalies in the CPS into two or more anomaly classes based on the generated classifying features using two or more classification models by a classification module, a decision of the classification being performed by voting of individual models of the two or more classification models, wherein each of the two or more anomaly classes is associated with one or more anomaly characteristics; performing diagnostics of anomalies in each of the two or more anomaly classes by calculating values of the anomaly characteristics associated with each of the two or more anomaly classes; and monitoring of anomalies of each of the two or more anomaly classes based on the calculated values of the anomaly characteristics associated with each of the two or more anomaly classes. obtaining information related to anomalies identified in the CPS, wherein the obtained information comprises at least one value of one or more CPS variables; generating one or more classifying features of the identified anomalies in the CPS based on the obtained information; performing classification of the identified anomalies in the CPS into two or more anomaly classes based on the generated classifying features using two or more classification models by a classification module, a decision of the classification being performed by voting of individual models of the two or more classification models, wherein each of the two or more anomaly classes is associated with one or more anomaly characteristics; performing diagnostics of anomalies in each of the two or more anomaly classes by calculating values of the anomaly characteristics associated with each of the two or more anomaly classes; and monitoring of anomalies of each of the two or more anomaly classes based on the calculated values of the anomaly characteristics associated with each of the two or more anomaly classes.