mhurhangee/ep-ind-claims huggingface dataset:
A fingerprint bookmark system in a vehicle comprising one or more interior settings configurable by a vehicle occupant, the fingerprint bookmark system comprising: - a scanner (210; 310; 410; 510) configured to record a fingerprint from the vehicle occupant; - a storage device configured to receive and store the fingerprint recorded by the scanner (210; 310; 410; 510); and - one or more processors; characterized in that the scanner (210; 310; 410; 510) is configured to record a fingerprint image showing the fingerprint and duration data (220; 420) for the fingerprint image, the duration data indicating a duration value of contact of the vehicle occupant with the scanner (210; 310; 410; 510); and the one or more processors are configured to: - in response to the fingerprint image being received from the scanner (210; 310; 410; 510), compare the duration data (220; 420) associated with the fingerprint image with a duration threshold; - when the duration data (220; 420) is less than the duration threshold, initiate a search to obtain a first bookmark for the fingerprint shown in the fingerprint image and to configure an interior setting of the vehicle in accordance with one or more instructions contained in the first bookmark; and - when the duration data (220; 420) exceeds the duration threshold, create a second bookmark for the fingerprint shown in the fingerprint image, wherein the second bookmark contains at least one instruction that is different from each of the one or more instructions contained in the first bookmark. - a scanner (210; 310; 410; 510) configured to record a fingerprint from the vehicle occupant; - a storage device configured to receive and store the fingerprint recorded by the scanner (210; 310; 410; 510); and - one or more processors; - in response to the fingerprint image being received from the scanner (210; 310; 410; 510), compare the duration data (220; 420) associated with the fingerprint image with a duration threshold; - when the duration data (220; 420) is less than the duration threshold, initiate a search to obtain a first bookmark for the fingerprint shown in the fingerprint image and to configure an interior setting of the vehicle in accordance with one or more instructions contained in the first bookmark; and - when the duration data (220; 420) exceeds the duration threshold, create a second bookmark for the fingerprint shown in the fingerprint image, wherein the second bookmark contains at least one instruction that is different from each of the one or more instructions contained in the first bookmark.
A gas insulated bus comprising: a first container including a first flange and forming a sealed space in which an insulating gas is enclosed; a second container including a second flange joined to the first flange and forming the sealed space together with the first container; a conductor housed in the sealed space; and an insulating support supporting the conductor in the sealed space, wherein part of the second flange is an inner flange including a mounting to which the insulating support is attached, the second container includes an extension portion in a portion in which the inner flange is provided, the extension portion extending toward a side opposite to a central axis of the conductor, characterized in that an end portion of the insulating support attached to the mounting extends into the extension portion. a first container including a first flange and forming a sealed space in which an insulating gas is enclosed; a second container including a second flange joined to the first flange and forming the sealed space together with the first container; a conductor housed in the sealed space; and an insulating support supporting the conductor in the sealed space, wherein part of the second flange is an inner flange including a mounting to which the insulating support is attached, the second container includes an extension portion in a portion in which the inner flange is provided, the extension portion extending toward a side opposite to a central axis of the conductor, characterized in that an end portion of the insulating support attached to the mounting extends into the extension portion.
An isolation apparatus comprising: an isolation circuit board including an isolation circuit configured to capacitively couple a microwave generator and a coaxial transmission cable, the isolation circuit board further configured to pass energy at a fundamental frequency between the microwave generator and the coaxial transmission cable; a shield coupling including: a ground reference shield connected to a ground reference of the microwave generator and configured to house the isolation circuit board; a patient reference shield connected to an outer sheath of the coaxial transmission cable, wherein the ground reference shield and the patient reference shield are capacitively coupled and form a shield coupling capacitor therebetween; and wherein the isolation circuit provides electrical isolation between the microwave generator and the coaxial transmission cable and the shield coupling capacitor provides a ground reference for the coaxial transmission cable; the apparatus being characterized in that: the microwave generator fundamental frequency can vary during energy delivery; and the capacitive coupling is dynamically varied to adjust electively to the variations of the fundamental frequency during energy delivery. an isolation circuit board including an isolation circuit configured to capacitively couple a microwave generator and a coaxial transmission cable, the isolation circuit board further configured to pass energy at a fundamental frequency between the microwave generator and the coaxial transmission cable; a shield coupling including: a ground reference shield connected to a ground reference of the microwave generator and configured to house the isolation circuit board; a patient reference shield connected to an outer sheath of the coaxial transmission cable, wherein the ground reference shield and the patient reference shield are capacitively coupled and form a shield coupling capacitor therebetween; and a ground reference shield connected to a ground reference of the microwave generator and configured to house the isolation circuit board; a patient reference shield connected to an outer sheath of the coaxial transmission cable, wherein the ground reference shield and the patient reference shield are capacitively coupled and form a shield coupling capacitor therebetween; and wherein the isolation circuit provides electrical isolation between the microwave generator and the coaxial transmission cable and the shield coupling capacitor provides a ground reference for the coaxial transmission cable; the apparatus being characterized in that: the microwave generator fundamental frequency can vary during energy delivery; and the capacitive coupling is dynamically varied to adjust electively to the variations of the fundamental frequency during energy delivery. the microwave generator fundamental frequency can vary during energy delivery; and the capacitive coupling is dynamically varied to adjust electively to the variations of the fundamental frequency during energy delivery.
A multi-tenant computing system, comprising: a delta identifier component, configured to detect a tenant input to access a given solution and to identify a hierarchical set of customization deltas, arranged according to a customization hierarchy, that represent customizations to a base system, corresponding to the given solution; and a delta application component, configured to apply the identified set of hierarchical customization deltas to the base system, in an order identified by the hierarchy, to generate the given solution for a runtime system running the given solution and provide the tenant with runtime access to the given solution; characterized by: wherein the delta application component applies the identified set of hierarchical customization deltas for a given solution on-the-fly to those components of the given solution which are needed as tenants access the given solution, during runtime. a delta identifier component, configured to detect a tenant input to access a given solution and to identify a hierarchical set of customization deltas, arranged according to a customization hierarchy, that represent customizations to a base system, corresponding to the given solution; and a delta application component, configured to apply the identified set of hierarchical customization deltas to the base system, in an order identified by the hierarchy, to generate the given solution for a runtime system running the given solution and provide the tenant with runtime access to the given solution; characterized by: wherein the delta application component applies the identified set of hierarchical customization deltas for a given solution on-the-fly to those components of the given solution which are needed as tenants access the given solution, during runtime.
An acoustic transducer comprising: a transducer element (106a-c, 768a, 860, 902, 1202a-c, 1203a-c, 1209a-c, 1291a-b, 131 1a-c, 1502, 1602) with an acoustic radiative surface (182a-c) oriented in an X-Y plane configured to receive acoustic radiation along an axis normal to the acoustic radiative surface, the radiative surface including two warped edges (172a, 172b, 772a, 772b, 872a, 872b) at opposing sides of the radiative surface, wherein the warped edges define shapes with truncated Gaussian function parameters with respect to a Y axis in the X-Y plane, and cause an overall width of the radiative surface defined parallel to an X axis in the X-Y plane to be greater than any local width (863a-c) of the radiative surface defined parallel to the X axis and between the two warped edges.
Hob system, comprising 1.1. a cooking product support formed in one piece for supporting food to be cooked and/or cookware, and 1.2. a plurality of energy converters arranged on the cooking product support, which are designed to convert an input energy form into an output energy form intended for heating the cooking product support and/or the cookware, 1.3. wherein at least two of the energy converters differ with respect to the output energy form to be converted, and 1.4. wherein the energy converters are each configured to be modular and can thus be interchangeably arranged on the cooking product support, characterized 1.5. by an extractor fan apparatus for extracting cooking vapours downwards, and 1.6. by a control device which is designed for controlling the energy converters and is in signal communication therewith and which can be automatically adapted to the energy converters actually connected to the control device in order to achieve a control adapted to the respective energy converter, 1.7. wherein the energy converters have an identification means for automated recognition by the control device, which is designed to store and output a digital identifier. 1.1. a cooking product support formed in one piece for supporting food to be cooked and/or cookware, and 1.2. a plurality of energy converters arranged on the cooking product support, which are designed to convert an input energy form into an output energy form intended for heating the cooking product support and/or the cookware, 1.3. wherein at least two of the energy converters differ with respect to the output energy form to be converted, and 1.4. wherein the energy converters are each configured to be modular and can thus be interchangeably arranged on the cooking product support, 1.5. by an extractor fan apparatus for extracting cooking vapours downwards, and 1.6. by a control device which is designed for controlling the energy converters and is in signal communication therewith and which can be automatically adapted to the energy converters actually connected to the control device in order to achieve a control adapted to the respective energy converter, 1.7. wherein the energy converters have an identification means for automated recognition by the control device, which is designed to store and output a digital identifier.
A jack comprising: a carriage having a front end and rear end for placing beneath a vehicle having a lifting arm (35,36) and attachment means (15,16) for attaching the carriage to the lifting arm (35,36) wherein the attachment means (15,16) is co-operable with the lifting arm (25,36) to jack up the vehicle on the carriage and a wheelset on the rear end of the carriage configured to bear the weight of the vehicle, the carriage being pivotably moveable on the wheelset between a first position in which the attachment means (15,16) is attachable to the lifting arm (35,36) and a second raised position in which the carriage can support the vehicle on the wheelset characterised in that the carriage comprises a platform for holding a raised vehicle in a raised position and the platform comprises a pair of spaced apart height adjustable legs (22,23) wherein the height adjustable legs (22,23) support the vehicle in the raised position. a carriage having a front end and rear end for placing beneath a vehicle having a lifting arm (35,36) and attachment means (15,16) for attaching the carriage to the lifting arm (35,36) wherein the attachment means (15,16) is co-operable with the lifting arm (25,36) to jack up the vehicle on the carriage and a wheelset on the rear end of the carriage configured to bear the weight of the vehicle, the carriage being pivotably moveable on the wheelset between a first position in which the attachment means (15,16) is attachable to the lifting arm (35,36) and a second raised position in which the carriage can support the vehicle on the wheelset characterised in that the carriage comprises a platform for holding a raised vehicle in a raised position and the platform comprises a pair of spaced apart height adjustable legs (22,23) wherein the height adjustable legs (22,23) support the vehicle in the raised position.
A method in a network node of a radio access network for determining whether a received signal on a receive frequency of the network node comprises interference caused by intermodulation due to one or more signals transmitted by the network node, the method is comprising: determining at least one frequency of a transmitted signal (100, 102) which potentially gives rise to an intermodulation product on the receive frequency; transmitting a request to a transceiver device, wherein the request includes information about the determined at least one frequency (100, 102) and an instruction to monitor that at least one frequency; estimating interference level at the received signal on the receive frequency at one or more time instants; receiving a measurement report from the transceiver device, wherein the measurement report includes information about signal levels of the transmitted signal on the at least one frequency at the one or more time instants; and determining whether the received signal on the receive frequency of the network node comprises interference caused by intermodulation based on the estimated interference level at the receive frequency and the information contained in the measurement report. determining at least one frequency of a transmitted signal (100, 102) which potentially gives rise to an intermodulation product on the receive frequency; transmitting a request to a transceiver device, wherein the request includes information about the determined at least one frequency (100, 102) and an instruction to monitor that at least one frequency; estimating interference level at the received signal on the receive frequency at one or more time instants; receiving a measurement report from the transceiver device, wherein the measurement report includes information about signal levels of the transmitted signal on the at least one frequency at the one or more time instants; and determining whether the received signal on the receive frequency of the network node comprises interference caused by intermodulation based on the estimated interference level at the receive frequency and the information contained in the measurement report.
A method for setting an alternative destination of a robot, the method comprising the steps of: acquiring information on obstruction of arrival at a first destination of a robot, and determining an obstruction area associated with the arrival obstruction information by clustering adjacent areas around the first destination; determining a destination candidate area around the obstruction area with reference to a size of the robot; and determining an area in the destination candidate area, which is specified on the basis of a location of the robot, as a second destination of the robot, characterized in that, in the step of determining the obstruction area, a closed area is specified by successively clustering an area adjacent to the closed area where at least one obstruction object associated with the arrival obstruction information exists, using an area containing or adjacent to the first destination in a map associated with the robot as a starting point of the clustering, and the obstruction area is determined on the basis of the specified closed area, wherein the arrival obstruction information indicates that the robot is determined to be unable to arrive at the first destination, wherein in the step of determining the obstruction area, the adjacent areas around the first destination are clustered by applying a flood-fill algorithm in the map, and wherein in the step of determining the obstruction area, the clustering is successively performed until areas where the at least one obstruction object does not exist are found at all boundaries of the closed area. acquiring information on obstruction of arrival at a first destination of a robot, and determining an obstruction area associated with the arrival obstruction information by clustering adjacent areas around the first destination; determining a destination candidate area around the obstruction area with reference to a size of the robot; and determining an area in the destination candidate area, which is specified on the basis of a location of the robot, as a second destination of the robot, characterized in that, in the step of determining the obstruction area, a closed area is specified by successively clustering an area adjacent to the closed area where at least one obstruction object associated with the arrival obstruction information exists, using an area containing or adjacent to the first destination in a map associated with the robot as a starting point of the clustering, and the obstruction area is determined on the basis of the specified closed area, wherein the arrival obstruction information indicates that the robot is determined to be unable to arrive at the first destination, wherein in the step of determining the obstruction area, the adjacent areas around the first destination are clustered by applying a flood-fill algorithm in the map, and wherein in the step of determining the obstruction area, the clustering is successively performed until areas where the at least one obstruction object does not exist are found at all boundaries of the closed area.
A transducer assembly for use in a power tool including a housing, a motor, an output shaft that receives torque from the motor, and a planetary transmission positioned between the motor and the output shaft, the planetary transmission including a ring gear, the assembly comprising: a bracket affixed to the housing; a protrusion including an arcuate outer periphery, the protrusion being offset from a central axis of the bracket and extending from the bracket in a direction parallel with the central axis; and a transducer including: an inner hub having an aperture through which a distal end of the protrusion is received, the arcuate outer periphery of the protrusion being in substantially line contact with a wall segment at least partially defining the aperture, an outer rim affixed to the ring gear, a flexible web interconnecting the inner hub to the rim, and a sensor affixed to the flexible web for detecting strain of the flexible web in response to a reaction torque applied to the ring gear from the output shaft. a bracket affixed to the housing; a protrusion including an arcuate outer periphery, the protrusion being offset from a central axis of the bracket and extending from the bracket in a direction parallel with the central axis; and a transducer including: an inner hub having an aperture through which a distal end of the protrusion is received, the arcuate outer periphery of the protrusion being in substantially line contact with a wall segment at least partially defining the aperture, an outer rim affixed to the ring gear, a flexible web interconnecting the inner hub to the rim, and a sensor affixed to the flexible web for detecting strain of the flexible web in response to a reaction torque applied to the ring gear from the output shaft. an inner hub having an aperture through which a distal end of the protrusion is received, the arcuate outer periphery of the protrusion being in substantially line contact with a wall segment at least partially defining the aperture, an outer rim affixed to the ring gear, a flexible web interconnecting the inner hub to the rim, and a sensor affixed to the flexible web for detecting strain of the flexible web in response to a reaction torque applied to the ring gear from the output shaft.
A method of manufacturing a patterned aluminum nitride layer, the method comprising: growing an amorphous patterned layer on a seed layer, wherein the amorphous patterned layer promotes growth of a first type aluminum nitride layer having a disordered crystallographic structure and wherein the seed layer promotes growth of a second type aluminum nitride layer with a vertically oriented columnar crystal structure; depositing aluminum nitride over the amorphous patterned layer and the seed layer to form the first type aluminum nitride layer with the disordered crystallographic structure over the amorphous patterned layer and the second type aluminum nitride layer with the vertically oriented columnar crystal structure over the seed layer; depositing a masking layer over the second type aluminum nitride layer; and etching away the first type aluminum nitride layer. growing an amorphous patterned layer on a seed layer, wherein the amorphous patterned layer promotes growth of a first type aluminum nitride layer having a disordered crystallographic structure and wherein the seed layer promotes growth of a second type aluminum nitride layer with a vertically oriented columnar crystal structure; depositing aluminum nitride over the amorphous patterned layer and the seed layer to form the first type aluminum nitride layer with the disordered crystallographic structure over the amorphous patterned layer and the second type aluminum nitride layer with the vertically oriented columnar crystal structure over the seed layer; depositing a masking layer over the second type aluminum nitride layer; and etching away the first type aluminum nitride layer.
A packaging material, comprising: a substrate; microwave energy interactive material on the substrate; microwave energy transparent material on the substrate and adjacent to the microwave interactive material on the substrate, the microwave energy transparent material comprising the microwave energy interactive material in a deactivated condition; and characterised in that it comprises thermoset polymeric material on the microwave energy interactive material, the thermoset polymeric material and the microwave energy interactive material being superposed with one another. a substrate; microwave energy interactive material on the substrate; microwave energy transparent material on the substrate and adjacent to the microwave interactive material on the substrate, the microwave energy transparent material comprising the microwave energy interactive material in a deactivated condition; and characterised in that it comprises thermoset polymeric material on the microwave energy interactive material, the thermoset polymeric material and the microwave energy interactive material being superposed with one another.