mhurhangee/ep-ind-claims huggingface dataset:
A system for creating a database of dipole densities d(y) and distance measurements at the surface of one or more cardiac chambers of a patient, said system comprising: a mapping catheter including: an elongate shaft comprising a proximal portion with a proximal end and a distal portion with a distal end constructed and arranged to be inserted into the body of the patient; an electrode array extending from the distal end of the shaft and having a basket construction that includes a plurality of support arms, the plurality of support arms having mounted thereto: multiple electrodes configured to measure potentials from cardiac activity, at least one ultrasound transducer constructed and arranged to emit sound waves and at least one ultrasound sensor constructed and arranged to receive reflections of the sound waves; and a device comprising a dipole density module configured to determine dipole densities d(y) from the measured potentials V(x), wherein the device is configured to produce distance measurements from the received reflections of the sound waves. a mapping catheter including: an elongate shaft comprising a proximal portion with a proximal end and a distal portion with a distal end constructed and arranged to be inserted into the body of the patient; an electrode array extending from the distal end of the shaft and having a basket construction that includes a plurality of support arms, the plurality of support arms having mounted thereto: multiple electrodes configured to measure potentials from cardiac activity, at least one ultrasound transducer constructed and arranged to emit sound waves and at least one ultrasound sensor constructed and arranged to receive reflections of the sound waves; and an elongate shaft comprising a proximal portion with a proximal end and a distal portion with a distal end constructed and arranged to be inserted into the body of the patient; an electrode array extending from the distal end of the shaft and having a basket construction that includes a plurality of support arms, the plurality of support arms having mounted thereto: multiple electrodes configured to measure potentials from cardiac activity, at least one ultrasound transducer constructed and arranged to emit sound waves and at least one ultrasound sensor constructed and arranged to receive reflections of the sound waves; and a device comprising a dipole density module configured to determine dipole densities d(y) from the measured potentials V(x), wherein the device is configured to produce distance measurements from the received reflections of the sound waves.
An edible product suitable for use as spreads comprising, based on the total weight of the edible product, a) from 15 to 80 percentage by weight (wt %) of a glyceride composition [composition (G F), herein after] b) from 20 to 85 wt % of a fat free part comprised in at least one filler material, and c) at most 20 wt % of water, wherein the composition (G F) comprises, with respect to the total weight of the composition: d) from 5 to 20 wt % of saturated fatty acid residues (SAFA), e) at most 3 wt % of trans unsaturated fatty acid residues, f) at most 8 wt % of C12:0 fatty acid residues, g) C14:0, C16:0 and C18:0 fatty acid residues wherein the weight ratio of (C14:0 + C16:0) / C18:0 is at most 1.0, h) SUS-triglycerides [SUS, herein after] and SSU-triglycerides [SSU, herein after] wherein the weight ratio of SUS/SSU is more than 1.0, wherein S represents a saturated fatty acid residue having from 16 to 18 carbon atoms and U represents an unsaturated fatty acid residue having 18 or more carbon atoms, and wherein the composition (G F) has i) a solid fat content at 20°C of less than 5 wt % and a SFC at 35°C of less than 1 wt % wherein the SFC is measured according to International Union of Pure and Applied Chemistry (IUPAC) method 2.150 a, and wherein the edible product has j) a hardness of maximum 1000 g and a ratio between the hardness and the SFC at 20°C, R = T/SFC20 of at least 125, whereby T is the hardness of the food product expressed in gram and measured with an SMS-texture meter type TA.XT plus at 20°C using a metal or hard plastic cylindrical probe of a diameter of 10 mm, to a penetration depth of 10 mm at a probe speed of 0.5 mm/sec. a) from 15 to 80 percentage by weight (wt %) of a glyceride composition [composition (G F), herein after] b) from 20 to 85 wt % of a fat free part comprised in at least one filler material, and c) at most 20 wt % of water, d) from 5 to 20 wt % of saturated fatty acid residues (SAFA), e) at most 3 wt % of trans unsaturated fatty acid residues, f) at most 8 wt % of C12:0 fatty acid residues, g) C14:0, C16:0 and C18:0 fatty acid residues wherein the weight ratio of (C14:0 + C16:0) / C18:0 is at most 1.0, h) SUS-triglycerides [SUS, herein after] and SSU-triglycerides [SSU, herein after] wherein the weight ratio of SUS/SSU is more than 1.0, wherein S represents a saturated fatty acid residue having from 16 to 18 carbon atoms and U represents an unsaturated fatty acid residue having 18 or more carbon atoms,
A method for determining a transmission configuration indicator, TCI, of a user equipment, UE, in a wireless communication system, the method comprising: receiving a radio resource control, RRC, signal including a plurality of TCI states; receiving a medium access control, MAC, control element, CE, informing one TCI state among the plurality of TCI states; and determining a TCI for a control resource set, CORESET, based on the RRC signal and the MAC CE, characterised in that the RRC signal is a first RRC signal including TCI states related to a physical downlink shared channel, PDSCH, or a second RRC signal including TCI states related to a physical downlink control channel, PDCCH, and wherein (S301-S303) based on the CORESET being a specific CORESET, the MAC CE informs one TCI state among the TCI states related to the PDSCH, and based on the CORESET not being the specific CORESET, the MAC CE informs one TCI state among the TCI states related to the PDCCH. receiving a radio resource control, RRC, signal including a plurality of TCI states; receiving a medium access control, MAC, control element, CE, informing one TCI state among the plurality of TCI states; and determining a TCI for a control resource set, CORESET, based on the RRC signal and the MAC CE, characterised in that the RRC signal is a first RRC signal including TCI states related to a physical downlink shared channel, PDSCH, or a second RRC signal including TCI states related to a physical downlink control channel, PDCCH, and wherein (S301-S303) based on the CORESET being a specific CORESET, the MAC CE informs one TCI state among the TCI states related to the PDSCH, and based on the CORESET not being the specific CORESET, the MAC CE informs one TCI state among the TCI states related to the PDCCH.
A vehicle handle having a handle joining section ( 20f, 20e) joining with a door panel of a vehicle in addition to having a non-contact type detection sensor in a handle interior space, and performing at least unlocking of a door in accordance with detection information from the detection sensor, characterized in that the vehicle handle comprises an internal water discharging path communicating between the handle interior space ( s) and a handle exterior space and capable of discharging water inside the handle interior space ( s) to the handle exterior space, the handle joining sections ( 20f, 20e) are provided at both ends along an axis of a grip section, and the internal water discharging paths are formed so as to become more distant from an axis as the internal water discharging paths extend to the handle joining sections ( 20f, 20e).
A rubber formulation which is particularly useful in rubber products or components of rubber products which are subject to abrasive forces, said rubber formulation being characterized by being comprised of: at least one natural or synthetic rubber and from 1 weight percent to 30 weight percent of a micronized rubber composition having a particle size which is within the range of 40 mesh to 200 mesh, wherein the micronized rubber composition is comprised of at least 10 weight percent reclaimed solution styrene-butadiene rubber from post-consumer sources.
An antenna system for an airplane, the antenna system comprising: an antenna system enclosure; a desiccant enclosure (200, 1100, 1400) within the antenna system enclosure and having desiccant material positioned between an outside air pipe and an inside air pipe, the inside air pipe extending from the desiccant enclosure (200, 1100, 1400) to open to an interior air volume of at least one component of the antenna system within the antenna system enclosure, the outside air pipe extending from the desiccant enclosure (200, 1100, 1400) to ambient air outside the antenna system enclosure, and the desiccant material is configured to absorb moisture in the ambient air flowing from the outside air pipe to the inside air pipe through the desiccant enclosure (200, 1100, 1400) while air pressure is being equalized from outside to inside the antenna system enclosure; and a condenser (710, 712) connected to the outside air pipe to intervene in the ambient air flowing from outside the antenna system enclosure to the desiccant enclosure, the condenser (710, 712) having a meandering airflow pathway through which the ambient air flows toward the desiccant enclosure, the condenser (710, 712) is attached and thermally coupled to a radio-frequency, RF, waveguide having a thermal mass that functions to cause changes to the temperature of the condenser to lag changes to the temperature of the air flowing through the condenser, wherein the RF waveguide is a component of the antenna system. an antenna system enclosure; a desiccant enclosure (200, 1100, 1400) within the antenna system enclosure and having desiccant material positioned between an outside air pipe and an inside air pipe, the inside air pipe extending from the desiccant enclosure (200, 1100, 1400) to open to an interior air volume of at least one component of the antenna system within the antenna system enclosure, the outside air pipe extending from the desiccant enclosure (200, 1100, 1400) to ambient air outside the antenna system enclosure, and the desiccant material is configured to absorb moisture in the ambient air flowing from the outside air pipe to the inside air pipe through the desiccant enclosure (200, 1100, 1400) while air pressure is being equalized from outside to inside the antenna system enclosure; and a condenser (710, 712) connected to the outside air pipe to intervene in the ambient air flowing from outside the antenna system enclosure to the desiccant enclosure, the condenser (710, 712) having a meandering airflow pathway through which the ambient air flows toward the desiccant enclosure, the condenser (710, 712) is attached and thermally coupled to a radio-frequency, RF, waveguide having a thermal mass that functions to cause changes to the temperature of the condenser to lag changes to the temperature of the air flowing through the condenser, wherein the RF waveguide is a component of the antenna system.
A method for manufacturing an article allowing in particular the application of a decorative film onto a final support, comprising the following steps: - providing a casting support having surface characteristics such that a paint material can be applied in the form of a film directly on said casting support, while generating after drying of the paint material film first controlled adhesion forces between the casting support and the film, - applying a at least one layer of paint material onto the support to form a film, and cause this layer to dry, - applying an extraction support onto the free surface of the paint material layer, without adding an adhesive distinct from said support, with second controlled adhesion forces between the film and the extraction support, - exerting between the casting support and the extraction support a separation effort in conditions such that the first adhesion forces are lower than the second adhesion forces, so as to peel off the assembly made of the extraction support and the paint material film, - the second adhesion forces after peeling off being such that the paint material film can be separated from the extraction support. - providing a casting support having surface characteristics such that a paint material can be applied in the form of a film directly on said casting support, while generating after drying of the paint material film first controlled adhesion forces between the casting support and the film, - applying a at least one layer of paint material onto the support to form a film, and cause this layer to dry, - applying an extraction support onto the free surface of the paint material layer, without adding an adhesive distinct from said support, with second controlled adhesion forces between the film and the extraction support, - exerting between the casting support and the extraction support a separation effort in conditions such that the first adhesion forces are lower than the second adhesion forces, so as to peel off the assembly made of the extraction support and the paint material film, - the second adhesion forces after peeling off being such that the paint material film can be separated from the extraction support.
A method for estimating or predicting an internal battery state of at least one battery unit within an electric energy storage system, the method comprising: - obtaining operational data of the electric energy storage system relating to operating conditions of the electric energy storage system, - feeding the obtained operational data to a non-linear state observer adapted to estimate and/or predict the internal battery state of the at least one battery unit in a series of time steps, such that an observer error of the non-linear state observer converges towards zero, or towards a value close to zero, - based on at least the obtained operational data, estimating or predicting the internal battery state using the non-linear state observer, wherein the non-linear state observer is a switched multi-gain observer switching between at least two different static observer gains, characterized in that the observer gain to be used is selected based on a predicted or estimated value of the internal battery state as determined by the nonlinear state observer. - obtaining operational data of the electric energy storage system relating to operating conditions of the electric energy storage system, - feeding the obtained operational data to a non-linear state observer adapted to estimate and/or predict the internal battery state of the at least one battery unit in a series of time steps, such that an observer error of the non-linear state observer converges towards zero, or towards a value close to zero, - based on at least the obtained operational data, estimating or predicting the internal battery state using the non-linear state observer, wherein the non-linear state observer is a switched multi-gain observer switching between at least two different static observer gains, characterized in that the observer gain to be used is selected based on a predicted or estimated value of the internal battery state as determined by the nonlinear state observer.
An apparatus comprising: - at least four magnetic cores, wherein each core is configured to support an inductor of a filter circuit, wherein each core is supported on either side by a base, wherein each core comprises: - a first section, and - a second section separated from the first section by an adhesive layer; wherein the apparatus is characterized by: - a separator configured to separate the at least four magnetic cores from one another, wherein the separator comprises a set of focusing projections defining a hollow cavity, wherein the separator encloses an air core structure configured to store magnetic energy when subjected to a magnetic flux, and wherein individual focusing projections of the set of focusing projections are disposed on different sides of the hollow cavity to focus a magnetic field from the at least four magnetic cores through the hollow cavity. - at least four magnetic cores, wherein each core is configured to support an inductor of a filter circuit, wherein each core is supported on either side by a base, wherein each core comprises: - a first section, and - a second section separated from the first section by an adhesive layer; wherein the apparatus is characterized by: - a separator configured to separate the at least four magnetic cores from one another, wherein the separator comprises a set of focusing projections defining a hollow cavity, wherein the separator encloses an air core structure configured to store magnetic energy when subjected to a magnetic flux, and wherein individual focusing projections of the set of focusing projections are disposed on different sides of the hollow cavity to focus a magnetic field from the at least four magnetic cores through the hollow cavity.
A method for operating a transport device comprising a plurality of identical transport means arranged one after another in a transport direction, which transport means in each case are able to pick up at least one product to be transported, in particular a product in post press processing, and are able to transport it along an intrinsically closed transport path between stations arranged on the transport path, in which method, in order to identify the individual transport means, selected transport means are used, the position of which can be detected by means of first sensors arranged on the transport path as they pass the first sensors and which are arranged distributed over the transport path and which divide the transport path into individual segments, characterized in that all the transport means are assigned individually consecutive fixed serial numbers, which are counted from a single starting point, and in that a starting point is defined by a specific arrangement of a plurality of detectable transport means.
A method for creating a data mart in a business intelligence server environment, said method comprising: maintaining data in a plurality of data sources (104, 106, 108, 110), said data sources including at least a relational database and a multidimensional database; providing, on a business intelligence server, a virtual semantic model that incorporates all of the plurality of data sources, wherein the virtual semantic model is a presentation layer that is rendered to a user and is mapped to a physical layer that directly models entities in the data sources; receiving, on the virtual semantic model, a list of levels for aggregation that span at least two of the plurality of data sources, and specifying one of the plurality of data sources to store an aggregate based on the received list of levels; aggregating, by a business intelligence server, data by creating, for each said level, a single aggregate table that contains columns at that level and at higher levels; and creating, by the business intelligence server, a multidimensional cube to store data for the aggregated data, and storing the multidimensional cube in the specified data source. maintaining data in a plurality of data sources (104, 106, 108, 110), said data sources including at least a relational database and a multidimensional database; providing, on a business intelligence server, a virtual semantic model that incorporates all of the plurality of data sources, wherein the virtual semantic model is a presentation layer that is rendered to a user and is mapped to a physical layer that directly models entities in the data sources; receiving, on the virtual semantic model, a list of levels for aggregation that span at least two of the plurality of data sources, and specifying one of the plurality of data sources to store an aggregate based on the received list of levels; aggregating, by a business intelligence server, data by creating, for each said level, a single aggregate table that contains columns at that level and at higher levels; and creating, by the business intelligence server, a multidimensional cube to store data for the aggregated data, and storing the multidimensional cube in the specified data source.
A transmission method, comprising: determining, by a network device, M transmission areas allocated to a terminal device, and generating first information used to indicate the M transmission areas, wherein M is a positive integer, and the transmission area represents an air interface time-frequency resource that comprises a range of time and a range of frequencies that are specified by a communications system; wherein the M transmission areas are used for non-grant mode uplink date transmission, where uplink data is sent by using, without needing undergo a process from service requesting to uplink granting by the network device, at least one transmission area among the M transmission areas; determining, by the network device for each transmission area of the M transmission areas, second information used to indicate a transport block size; sending, by the network device, an indication message to the terminal device, so that the terminal device transmits uplink data according to the indication message, wherein the indication message comprises the first information and the second information; receiving, by the network device, uplink data that is sent by the terminal device on N transmission areas according to transport block sizes of N transmission areas among the M transmission areas, where N is a positive integer less than or equal to M; and decoding, by the network device, the uplink data on the N transmission areas according to the transport block sizes of the N transmission areas. determining, by a network device, M transmission areas allocated to a terminal device, and generating first information used to indicate the M transmission areas, wherein M is a positive integer, and the transmission area represents an air interface time-frequency resource that comprises a range of time and a range of frequencies that are specified by a communications system; wherein the M transmission areas are used for non-grant mode uplink date transmission, where uplink data is sent by using, without needing undergo a process from service requesting to uplink granting by the network device, at least one transmission area among the M transmission areas; determining, by the network device for each transmission area of the M transmission areas, second information used to indicate a transport block size; sending, by the network device, an indication message to the terminal device, so that the terminal device transmits uplink data according to the indication message, wherein the indication message comprises the first information and the second information; receiving, by the network device, uplink data that is sent by the terminal device on N transmission areas according to transport block sizes of N transmission areas among the M transmission areas, where N is a positive integer less than or equal to M; and decoding, by the network device, the uplink data on the N transmission areas according to the transport block sizes of the N transmission areas.
A worktable, in particular for the cosmetic treatment of nails, comprising an in essence closed housing, which is closed at its top by a tabletop, which extends in the lateral extension over the entire housing and which comprises a first suction opening in one region and wherein the housing comprises an outlet opening (73, 703) in another region, wherein the first suction opening is connected to the outlet opening (73, 703) by a suction cannel (3, 11, 12, 5, 13, 6, 7, 70), wherein in the suction cannel (3, 11, 12, 5, 13, 6, 7, 70) in the suction direction, a narrowing, a filtering unit and a fan are arranged, wherein in the suction direction, after the fan, a first calming- and silencing zone is arranged, characterized in that the first calming- and silencing zone comprises a laterally closed channel with at least one redirection, wherein the inside of the channel walls in said zone are provided with a soundproofing.