mhurhangee/ep-ind-claims huggingface dataset:
A system for generating an electrophysiology map of a portion of a patient's anatomy, comprising: a comparison processor configured to: compare two or more instantaneous EKG signals to corresponding ones of template EKG signals; calculate a matching score indicative of a morphology match between the two or more instantaneous EKG signals and the corresponding ones of the template EKG signals; and add an electrophysiology data point to the electrophysiology map when the matching score exceeds a preset matching score threshold; and a mapping processor configured to generate a graphical representation of the electrophysiology map from a plurality of electrophysiology data points added to the electrophysiology map by the comparison processor, characterized in that the matching score is calculated using a ratio between a distance between the two or more instantaneous EKG signals and the corresponding ones of the template EKG signals and a template area, wherein the template area is computed by computing a distance between each of the two or more template EKG signals and a zero signal, which is a model signal for which all samples are set to zero, and wherein the template area is computed as a weighted sum of distances between each of the two or more template EKG signals and the zero signal. a comparison processor configured to: compare two or more instantaneous EKG signals to corresponding ones of template EKG signals; calculate a matching score indicative of a morphology match between the two or more instantaneous EKG signals and the corresponding ones of the template EKG signals; and add an electrophysiology data point to the electrophysiology map when the matching score exceeds a preset matching score threshold; and compare two or more instantaneous EKG signals to corresponding ones of template EKG signals; calculate a matching score indicative of a morphology match between the two or more instantaneous EKG signals and the corresponding ones of the template EKG signals; and add an electrophysiology data point to the electrophysiology map when the matching score exceeds a preset matching score threshold; and a mapping processor configured to generate a graphical representation of the electrophysiology map from a plurality of electrophysiology data points added to the electrophysiology map by the comparison processor, characterized in that the matching score is calculated using a ratio between a distance between the two or more instantaneous EKG signals and the corresponding ones of the template EKG signals and a template area, wherein the template area is computed by computing a distance between each of the two or more template EKG signals and a zero signal, which is a model signal for which all samples are set to zero, and wherein the template area is computed as a weighted sum of distances between each of the two or more template EKG signals and the zero signal.
A method for controlling antenna use in a computing device comprising a first antenna, a second antenna and a third antenna, wherein the first antenna and the third antenna are proximate to each other and are distant from the second antenna, wherein the first and second antennas (1, 2) are for use by a first wireless transceiving device and the third antenna is for use by a second wireless transceiving device, the method comprising: determining which wireless transceiving devices are active; if the first wireless transceiving device is active and the second wireless transceiving device is not active, enabling transmission/reception diversity so that the first transceiving device is free to select the antenna of the first and second antenna (1, 2) that receives the strongest signal; and if the first wireless transceiving device and the second wireless transceiving device are active, disabling transmission/reception diversity such that the first wireless transceiving device may only use the second antenna. determining which wireless transceiving devices are active; if the first wireless transceiving device is active and the second wireless transceiving device is not active, enabling transmission/reception diversity so that the first transceiving device is free to select the antenna of the first and second antenna (1, 2) that receives the strongest signal; and if the first wireless transceiving device and the second wireless transceiving device are active, disabling transmission/reception diversity such that the first wireless transceiving device may only use the second antenna.
An optical device comprising: a substrate having a waveguide region and a mounting region; a planar lightwave circuit waveguide comprising a lower-clad layer and an upper-clad layer on the waveguide region of the substrate and a platform core between the lower-clad layer and the upper-clad layer; a terrace defined by etching the lower-clad layer on the mounting region of the substrate, the terrace comprising an interlocking part; an optical active chip mounted on the mounting region of the substrate, the optical active chip comprising a chip core therein; and a chip alignment mark disposed on a mounting surface of the optical active chip, the chip alignment mark protruding from the mounting surface so as to extend from the mounting surface of the optical active chip into the interlocking part, wherein the optical active chip is aligned by interlocking between the interlocking part of the terrace and the chip alignment mark of the optical active chip and mounted on the mounting region; wherein the optical device further comprises a solder film disposed on the chip alignment mark so as to be within the interlocking part, the solder film protruding from a bottom surface of the chip alignment mark so as to extend from the bottom surface of the chip alignment mark into the interlocking part. a substrate having a waveguide region and a mounting region; a planar lightwave circuit waveguide comprising a lower-clad layer and an upper-clad layer on the waveguide region of the substrate and a platform core between the lower-clad layer and the upper-clad layer; a terrace defined by etching the lower-clad layer on the mounting region of the substrate, the terrace comprising an interlocking part; an optical active chip mounted on the mounting region of the substrate, the optical active chip comprising a chip core therein; and a chip alignment mark disposed on a mounting surface of the optical active chip, the chip alignment mark protruding from the mounting surface so as to extend from the mounting surface of the optical active chip into the interlocking part, wherein the optical active chip is aligned by interlocking between the interlocking part of the terrace and the chip alignment mark of the optical active chip and mounted on the mounting region; wherein the optical device further comprises a solder film disposed on the chip alignment mark so as to be within the interlocking part, the solder film protruding from a bottom surface of the chip alignment mark so as to extend from the bottom surface of the chip alignment mark into the interlocking part.
A method of controlling an autonomous cleaner comprising a body, a driving wheel to drive the body and a driving wheel assembly (100A, B; 200; 300; 400; 500; 600;) having the driving wheel, the method characterized by: detecting by a sensor (156, 256, 356, 456, 556, 656) provided at the driving wheel assembly, a displacement of the driving wheel corresponding to a reference position by sensing a sensor target (152, 252, 352, 452, 552, 652), determining material quality or condition of a floor surface according to the displacement of the driving wheel, and controlling the driving of the autonomous cleaner according to the determined material quality or the condition of the floor surface. detecting by a sensor (156, 256, 356, 456, 556, 656) provided at the driving wheel assembly, a displacement of the driving wheel corresponding to a reference position by sensing a sensor target (152, 252, 352, 452, 552, 652), determining material quality or condition of a floor surface according to the displacement of the driving wheel, and controlling the driving of the autonomous cleaner according to the determined material quality or the condition of the floor surface.
A plant for producing a plastic stretch film, comprising: one or more extruders which feed a flat extrusion head; at least one chill roll to cool the melted plastic material coming out of the flat extrusion head, said chill roll having cylindrical shape and being rotated around its axis; a vacuum box arranged near the flat extrusion head; a device for detecting the thickness of the cooled stretch film; and a control unit equipped with a memory and programmed to regulate the production parameters of the plastic stretch film at least depending on the signals provided by said device for detecting the thickness of the cooled stretch film and by one or more sensors for detecting the physical characteristics of the stretch film deposited on the chill roll, wherein a mobile temperature sensor is arranged in a fixed angular position (α) with respect to the flat extrusion head, characterized in that said control unit is programmed to regulate the depression generated by the vacuum box at least depending on the temperature detected by said mobile temperature sensor. one or more extruders which feed a flat extrusion head; at least one chill roll to cool the melted plastic material coming out of the flat extrusion head, said chill roll having cylindrical shape and being rotated around its axis; a vacuum box arranged near the flat extrusion head; a device for detecting the thickness of the cooled stretch film; and a control unit equipped with a memory and programmed to regulate the production parameters of the plastic stretch film at least depending on the signals provided by said device for detecting the thickness of the cooled stretch film and by one or more sensors for detecting the physical characteristics of the stretch film deposited on the chill roll,
A surface stress sensor comprising: a sensor body for detecting a surface stress applied thereto; and a particulate material coated over the sensor body, wherein said particulate material is an aggregation of particles; wherein the sensor is configured to detect a change in the surface stress caused by adsorption of the sample molecule by the particulate material; characterized in that said particulate material is a plurality of kinds of material being at least titania and silica, and the surface of the particulate material is modified with a plurality of kinds of surface modifying groups, wherein (i) a first surface modifying group among said plurality of kinds of surface modifying groups is a hydrophobic surface modifying group, and (ii) a second surface modifying group among said plurality of kinds of surface modifying groups that is different from the first surface modifying group is a hydrophilic surface modifying group which is shorter than the first surface modifying group, and said second surface modifying group is an aminopropyl group and said first surface modifying group is an alkyl group which has a longer chain length than the aminopropyl group; and wherein the plurality of kinds of material are repeatedly present on the surface of the particulate material and each of the plurality of kinds of materials is modified by a surface modifying group of a different type. a sensor body for detecting a surface stress applied thereto; and a particulate material coated over the sensor body, wherein said particulate material is an aggregation of particles; wherein the sensor is configured to detect a change in the surface stress caused by adsorption of the sample molecule by the particulate material; characterized in that said particulate material is a plurality of kinds of material being at least titania and silica, and the surface of the particulate material is modified with a plurality of kinds of surface modifying groups, wherein (i) a first surface modifying group among said plurality of kinds of surface modifying groups is a hydrophobic surface modifying group, and (ii) a second surface modifying group among said plurality of kinds of surface modifying groups that is different from the first surface modifying group is a hydrophilic surface modifying group which is shorter than the first surface modifying group, and (i) a first surface modifying group among said plurality of kinds of surface modifying groups is a hydrophobic surface modifying group, and (ii) a second surface modifying group among said plurality of kinds of surface modifying groups that is different from the first surface modifying group is a hydrophilic surface modifying group which is shorter than the first surface modifying group, and said second surface modifying group is an aminopropyl group and said first surface modifying group is an alkyl group which has a longer chain length than the aminopropyl group; and wherein the plurality of kinds of material are repeatedly present on the surface of the particulate material and each of the plurality of kinds of materials is modified by a surface modifying group of a different type.
A dolly comprising a platform having an upper surface, a lower surface, a peripheral edge, a torus-shaped pocket dimensioned to receive a wheel from an adjacent dolly and a plurality of wheels extending from the lower surface and attached thereto characterized in that: a circular shaped disk is centrally disposed in the torus-shaped pocket, and the circular shaped disk is mounted for rotational movement about an axis generally perpendicular to the upper surface.
Polymer-coated proppant particles suitable for use in fracturing operations in subterranean geological formations, comprising: inorganic proppant particles coated with at least one resin/silicone resin copolymer, wherein - the resin is selected from condensates of phenol/formaldehyde, melamine/formaldehyde and melamine/phenol/formaldehyde, and - the silicone resin is an organopolysiloxane comprising D units R 2 SiO 2/2 and T units RSiO 3/2, wherein R is an organic group, the silicone resin having Si-OH groups, Si-bonded alkoxy groups, or mixtures thereof, and - wherein the mol percent of T units is greater than the mol percent of the D units, and less than 30 mol percent Q units are present based on the sum of M, D, Q and T. inorganic proppant particles coated with at least one resin/silicone resin copolymer, wherein - the resin is selected from condensates of phenol/formaldehyde, melamine/formaldehyde and melamine/phenol/formaldehyde, and - the silicone resin is an organopolysiloxane comprising D units R 2 SiO 2/2 and T units RSiO 3/2, wherein R is an organic group, the silicone resin having Si-OH groups, Si-bonded alkoxy groups, or mixtures thereof, and - wherein the mol percent of T units is greater than the mol percent of the D units, and less than 30 mol percent Q units are present based on the sum of M, D, Q and T. - the resin is selected from condensates of phenol/formaldehyde, melamine/formaldehyde and melamine/phenol/formaldehyde, and - the silicone resin is an organopolysiloxane comprising D units R 2 SiO 2/2 and T units RSiO 3/2, wherein R is an organic group, the silicone resin having Si-OH groups, Si-bonded alkoxy groups, or mixtures thereof, and - wherein the mol percent of T units is greater than the mol percent of the D units, and less than 30 mol percent Q units are present based on the sum of M, D, Q and T.
Device for dispensing fake lashes, comprising a casing equipped with a dispensing opening, a support strip on which is attached a plurality of fake lashes, and a movement mechanism capable of being actuated to lead to a movement of the strip in order to convey the fake lashes towards the dispensing opening and enable the exit of the fake lashes through the dispensing opening, wherein walls (120, 122) of the casing being located on either side of the dispensing opening, are configured to enable clamping against one another in the manner of a clamp with the aim of holding one or more of said lashes between said walls; the device being characterised in that one of said walls is fixed and the other, referred to as movable arm of the clamp, is hinged with respect to the rest of the casing.
An axial gas turbine engine compressor that includes a casing and a multiplicity of distributor wheels, each composed of a multiplicity of sectors in arcs of circles, each distributor wheel being located between two consecutive mobile stages (121, 122), including one upstream mobile stage and one downstream mobile stage, each sector comprising an external platform and radial stator blades fixed to said external platform, each external platform being individually retained by a joint upstream of the stator blades and a joint downstream of the stator blades, the said upstream joint being of the tongue and groove type, and comprising a groove provided along the upstream edge of the external platform and a tongue on the downstream edge of the plate surrounding the upstream mobile stage, characterised in that the said front joint is of the tongue and groove type formed between a transverse flange provided on the external platform and a flange provided on the casing, with a securing resource to ensure a tight joint between the two flanges (133, 154), and in that one of the distributor wheels includes an air intake orifice, the said air intake orifice being provided using external platforms having a flared shape at their downstream end.
A method for assessing the absence or presence of rheumatoid arthritis in vitro by biochemical markers, comprising measuring in a sample the concentration of at least a) RF and b) interleukin-6, c) mathematically combining the values measured for RF and IL-6 using Discriminant analysis, Kernel Methods, Nonparametric Methods, Partial Least Squares, Tree-Based Methods, Generalized Linear Models, Principal Components based Methods, Generalized Additive Models, Fuzzy Logic based Methods, Neural Networks or Genetic Algorithms based Methods and d) correlating the combined value from (c) to the absence or presence of rheumatoid arthritis. a) RF and b) interleukin-6, c) mathematically combining the values measured for RF and IL-6 using Discriminant analysis, Kernel Methods, Nonparametric Methods, Partial Least Squares, Tree-Based Methods, Generalized Linear Models, Principal Components based Methods, Generalized Additive Models, Fuzzy Logic based Methods, Neural Networks or Genetic Algorithms based Methods and d) correlating the combined value from (c) to the absence or presence of rheumatoid arthritis.
A method comprising: receiving a first notification of an unmanned aerial system flying in an area; sending a second notification to multiple mobile devices (102a-102d, 200, 304) of multiple users located in the area, the second notification requesting the multiple users to look for the UAS; sending a third notification to at least some of the mobile devices (102a-102d, 200, 304) and other mobile devices of other users located in a larger area, the third notification requesting the users and the other users to look for a controller of the UAS or an operator of the UAS; receiving information about the UAS from one or more of the mobile devices (102a-102d, 200, 304) of one or more of the users, the information obtained by the one or more mobile devices (102a-102d, 200, 304); determining an assessment of the UAS based on the information about the UAS received from the one or more mobile devices (102a-102d, 200, 304); sending a fourth third notification to at least some of the mobile devices (102a-102d, 200, 304), the fourth notification comprising information regarding the assessment of the UAS. receiving a first notification of an unmanned aerial system flying in an area; sending a second notification to multiple mobile devices (102a-102d, 200, 304) of multiple users located in the area, the second notification requesting the multiple users to look for the UAS; sending a third notification to at least some of the mobile devices (102a-102d, 200, 304) and other mobile devices of other users located in a larger area, the third notification requesting the users and the other users to look for a controller of the UAS or an operator of the UAS; receiving information about the UAS from one or more of the mobile devices (102a-102d, 200, 304) of one or more of the users, the information obtained by the one or more mobile devices (102a-102d, 200, 304); determining an assessment of the UAS based on the information about the UAS received from the one or more mobile devices (102a-102d, 200, 304); sending a fourth third notification to at least some of the mobile devices (102a-102d, 200, 304), the fourth notification comprising information regarding the assessment of the UAS.
A non-biopersistent inorganic glass fiber comprising the fiberization product of 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, greater than 0 to 0.1 weight percent lithium oxide and greater than 0 to 2 weight percent strontium oxide, or 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, 0.05 to 0.1 weight percent lithium oxide and greater than 0 to 3 weight percent strontium oxide.
Refrigeration device having a housing and having a cross-member (103, 201, 301) which on the front side of the housing connects a first housing side wall (203, 303) to a second housing side wall, wherein a first cross-member end of the cross-member (103, 201, 301) can be fastened by means of a latch in a latching receptacle of the first housing side wall, characterised in that a lower refrigerated goods compartment and an upper refrigerated goods compartment arranged above the lower refrigerated goods compartment are arranged in the housing and wherein the cross-member (103, 201, 301) runs between the upper refrigerated goods compartment and the lower refrigerated goods compartment, which are manufactured by deep-drawing, as a result of which any gap between both refrigerated goods compartments can be covered.
An article having a slippery surface, comprising: a smooth substrate comprising a monomolecular fluorous anchoring layer; the anchoring layer comprising; a head group covalently attached to the substrate and a functional group directly or indirectly attached to the head group; and a lubricating layer comprising a perfluorocarbon oil having an affinity for the functional group and disposed over the anchoring layer, wherein the anchoring layer and the lubricating layer are held together by non-covalent attractive forces, wherein the anchoring layer and the lubricating layer form a surface configured and arranged for contact with a material that is substantially immiscible with the perfluorocarbon oil, wherein the surface repels the material that is substantially immiscible with the perfluorocarbon oil. a head group covalently attached to the substrate and a functional group directly or indirectly attached to the head group; and a lubricating layer comprising a perfluorocarbon oil having an affinity for the functional group and disposed over the anchoring layer, wherein the anchoring layer and the lubricating layer are held together by non-covalent attractive forces, wherein the anchoring layer and the lubricating layer form a surface configured and arranged for contact with a material that is substantially immiscible with the perfluorocarbon oil, wherein the surface repels the material that is substantially immiscible with the perfluorocarbon oil.