mhurhangee/ep-ind-claims huggingface dataset:
Transceiver coupled to at least one antenna (12a1) and configured to establish a communication link to a further transceiver, wherein a radio signal intended for establishing the communication link and transmitted and/or received by the at least one antenna (12a1) is a directional radio signal; and the transceiver further comprising a sensor configured to detect positional information of an antenna of the further transceiver; the transceiver being configured to drive the at least one antenna (12a1) of the transceiver such that the radio signal is directed into a direction that faces a position corresponding to the positional information of the antenna of the further transceiver; the transceiver further including a computing unit coupled to the sensor and configured to detect the positional information of the antenna of the further transceiver by means of feature extraction of one or several features on the basis of a sensor signal of the sensor; wherein the computing unit is configured to classify the further transceiver on the basis of the one or several features; wherein the computing unit is configured to draw conclusions, on the basis of the one or several features, to an MAC address or a part of the MAC address of the further transceiver. the transceiver further comprising a sensor configured to detect positional information of an antenna of the further transceiver; the transceiver being configured to drive the at least one antenna (12a1) of the transceiver such that the radio signal is directed into a direction that faces a position corresponding to the positional information of the antenna of the further transceiver; the transceiver further including a computing unit coupled to the sensor and configured to detect the positional information of the antenna of the further transceiver by means of feature extraction of one or several features on the basis of a sensor signal of the sensor; wherein the computing unit is configured to classify the further transceiver on the basis of the one or several features; wherein the computing unit is configured to draw conclusions, on the basis of the one or several features, to an MAC address or a part of the MAC address of the further transceiver.
A solenoid comprising: a coil defining an axis; an armature disposed radially inward of the coil; and a plurality of linear guides disposed at least partially between a radially inward facing surface of the coil and a radially outward facing surface of the armature, each of said linear guides having a frictional surface area, with a dimension of the frictional surface area aligned with the axis being larger than a dimension of the frictional surface area aligned with a circumference of the coil; characterized in that each linear guide of said plurality of linear guides is at an oblique angle relative to the axis; and configured in a sawtooth arrangement. a coil defining an axis; an armature disposed radially inward of the coil; and a plurality of linear guides disposed at least partially between a radially inward facing surface of the coil and a radially outward facing surface of the armature, each of said linear guides having a frictional surface area, with a dimension of the frictional surface area aligned with the axis being larger than a dimension of the frictional surface area aligned with a circumference of the coil; characterized in that each linear guide of said plurality of linear guides is at an oblique angle relative to the axis; and configured in a sawtooth arrangement.
An accessory for assembling hardware to a composite structure, comprising: - an anchor end to be engaged by an end, in an introduction direction (Y-Y'), in a housing of the composite structure, and to be submerged in a binder contained by said housing, the anchor end being provided with a device for rearwardly retaining said end inside the housing; - said retention device being retractable, transverse to said direction of introduction (Y-Y'), from an attached configuration on the rear of a layer of the composite structure to a retracted configuration, which is adapted to engage the anchor end and the retention device together inside said housing; - an arrangement of the assembly of the hardware, characterised in that said retention device is resiliently deformable from its attached configuration to its retracted configuration, in which said retention device generates a force to return itself to its attached configuration. - an anchor end to be engaged by an end, in an introduction direction (Y-Y'), in a housing of the composite structure, and to be submerged in a binder contained by said housing, the anchor end being provided with a device for rearwardly retaining said end inside the housing; - said retention device being retractable, transverse to said direction of introduction (Y-Y'), from an attached configuration on the rear of a layer of the composite structure to a retracted configuration, which is adapted to engage the anchor end and the retention device together inside said housing; - an arrangement of the assembly of the hardware,
An electrophysiology apparatus comprising a high voltage pulsed direct current supply and at least two catheters configured for endocardial access, each of the at least two catheters including at least one catheter tip and electrode assembly connectable with the high voltage pulsed DC supply to provide the at least two catheters with oppositely charged electroporation electrodes, wherein each of the at least two catheters is configured to be inserted into a different natural lumen or cavity adjacent to a target tissue at an abluminal location such that, in use, the at least two catheters at the different natural lumens or cavities create a peak cumulative electric field at the abluminal location between the oppositely charged electroporation electrodes to effect electroporation of the target tissue, wherein the electrodes of each catheter tip and electrode assembly are individually controllable by a controller operable by a user, or by a programmable control system incorporating a controller, wherein said controller is configured to control the duration of an electrical field pulse delivered by the high voltage pulsed DC supply, characterised in that said controller is further configured to selectively control the pairing of (+) and (-) electrodes of the catheter tip and electrode assemblies according to a switching sequence.
A method for assigning addresses to a plurality of functional modules (304a-d, 402) carried by a movable object (100, 300), the method comprising: (a) transmitting an activation signal from a control module (306, 404) to a functional module of the plurality of functional modules (304a-d, 402) via a first communication interface, thereby activating the functional module for addressing, wherein the plurality of functional modules (304a-d, 402) are each configured to control a component of the movable object (100, 300), and wherein the first communication interface is a unidirectional communication interface allowing one-way communication from the control module (306, 404) to the functional module; (b) transmitting an addressing signal comprising an address from the control module (306, 404) to all functional modules of the plurality of functional modules (306, 404) via a second communication interface different from the first communication interface, thereby causing the address to be assigned to the activated functional module of step (a), wherein the second communication interface is a bidirectional communication interface allowing two-way communication between the control module (306, 404) and each functional module; and (c) repeating steps (a) and (b) for each functional module, thereby assigning an address to each functional module. (a) transmitting an activation signal from a control module (306, 404) to a functional module of the plurality of functional modules (304a-d, 402) via a first communication interface, thereby activating the functional module for addressing, wherein the plurality of functional modules (304a-d, 402) are each configured to control a component of the movable object (100, 300), and wherein the first communication interface is a unidirectional communication interface allowing one-way communication from the control module (306, 404) to the functional module; (b) transmitting an addressing signal comprising an address from the control module (306, 404) to all functional modules of the plurality of functional modules (306, 404) via a second communication interface different from the first communication interface, thereby causing the address to be assigned to the activated functional module of step (a), wherein the second communication interface is a bidirectional communication interface allowing two-way communication between the control module (306, 404) and each functional module; and (c) repeating steps (a) and (b) for each functional module, thereby assigning an address to each functional module.
A test method for evaluating a surface state of a dispensing probe included in an automatic analyzing device that dispenses a liquid sample, the test method comprising the following steps in the following order: a step of dispensing a first test solution in which an acidic pigment is dissolved; a step of cleaning the dispensing probe a step of dispensing a second test solution in which no acidic pigment is dissolved; a step of cleaning the dispensing probe; a step of dispensing the solution into which the pigment is carried into a reaction vessel by using the dispensing probe; a measuring step of measuring an absorbance of the solution into which the acidic pigment is carried; a pigment amount calculating step of calculating an amount of acidic pigment carried from the acidic pigment remaining on the dispensing probe into the second test solution; and a step of evaluating the surface state of the dispensing probe on the basis of the amount of acidic pigment carried into the second test solution, characterised in that the first test solution has a pH of 2.0 or more and 4.4 or less. a step of dispensing a first test solution in which an acidic pigment is dissolved; a step of cleaning the dispensing probe a step of dispensing a second test solution in which no acidic pigment is dissolved; a step of cleaning the dispensing probe; a step of dispensing the solution into which the pigment is carried into a reaction vessel by using the dispensing probe; a measuring step of measuring an absorbance of the solution into which the acidic pigment is carried; a pigment amount calculating step of calculating an amount of acidic pigment carried from the acidic pigment remaining on the dispensing probe into the second test solution; and a step of evaluating the surface state of the dispensing probe on the basis of the amount of acidic pigment carried into the second test solution, characterised in that the first test solution has a pH of 2.0 or more and 4.4 or less.
A mouse or mouse cell having a genome comprising; i) one or more companion animal IGH V region genes, one or more companion animal D region genes and one or more companion animal J region genes; and (ii) optionally one or more companion animal IGL kappa V region genes and one or more companion animal IGL kappa J region genes; and/or one or more companion animal IGL lambda V region genes and one or more companion animal IGL lambda J region genes, wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat. i) one or more companion animal IGH V region genes, one or more companion animal D region genes and one or more companion animal J region genes; and (ii) optionally one or more companion animal IGL kappa V region genes and one or more companion animal IGL kappa J region genes; and/or one or more companion animal IGL lambda V region genes and one or more companion animal IGL lambda J region genes, wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat. wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat.
An apparatus for making softgel capsules having incorporated therein other solid dosage forms selected from the group consisting of pellets, smaller capsules, smaller tablets, sustained release solid dosage forms, immediate release solid dosage forms, extended release solid dosage forms and zero order release solid dosage forms, said apparatus comprising: (a) two spreader boxes; (b) two casting drums; (c) a pair of rotary dies having means for suction; (d) a liquid fill system; (e) a wedge for heating gelatine ribbons and feeding said fill; and (f) two lateral dispensing devices said lateral dispensing devices including hoppers (12; 13) having said solid dosage forms, channelguides for transporting said solid dosage forms, wherein the lateral dispensing devices are characterized by a grasping claw for dispensing said solid dosage form into the softgel pocket formed in the rotary dies, wherein the grasping claw has a volume capacity for accurate dosing fixed within the capsule. (a) two spreader boxes; (b) two casting drums; (c) a pair of rotary dies having means for suction; (d) a liquid fill system; (e) a wedge for heating gelatine ribbons and feeding said fill; and (f) two lateral dispensing devices said lateral dispensing devices including hoppers (12; 13) having said solid dosage forms, channelguides for transporting said solid dosage forms,
A diversity receiver having multiple antenna receiving branches, characterized in that each branch has means for estimating at least a receiving channel parameter, and that the channel parameter estimating means in one branch are coupled to the channel parameter estimating means in an other branch for using at least a part of the channel parameter estimate in the one branch as an aid for estimating at least a receiving channel parameter in the other branch.
Apparatus suitable for actively adjusting one or more knobs provided on grills for the closed-loop control of the power being output, wherein the apparatus comprises a closed-loop control element comprising a receiving element and an encoder element, wherein a. a closed-loop control unit coupled to the closed-loop control element is provided, wherein the closed-loop control unit or the closed-loop control element comprises at least one sensor which is coupled thereto and measures the temperature and the provided values of which are also accordingly processed there, and wherein the closed-loop control unit is an electronic circuit, b. the closed-loop control unit comprises an external process unit which can be used to select different temperature/time profiles, wherein the external process unit is an application executable on a tablet PC or a smartphone, c. the receiving element can be placed onto the knob of the grill in a rotationally fixed manner, and the receiving element has a cylindrical design which can be placed onto the knob. a. a closed-loop control unit coupled to the closed-loop control element is provided, wherein the closed-loop control unit or the closed-loop control element comprises at least one sensor which is coupled thereto and measures the temperature and the provided values of which are also accordingly processed there, and wherein the closed-loop control unit is an electronic circuit, b. the closed-loop control unit comprises an external process unit which can be used to select different temperature/time profiles, wherein the external process unit is an application executable on a tablet PC or a smartphone, c. the receiving element can be placed onto the knob of the grill in a rotationally fixed manner, and the receiving element has a cylindrical design which can be placed onto the knob.
A composition comprising two immunogens wherein: - the first immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier, wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos: 311, 312, 313, 314, 326, 327, 328, 340, 341 and 353, and - the second immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier, wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos: 220, 221, 222, 233, 234, 235, 245, 246 and 247. - the first immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier, wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos: 311, 312, 313, 314, 326, 327, 328, 340, 341 and 353, and - the second immunogen consists of an immunogen comprising at least one antigenic IgE peptide linked to an immunogenic carrier, wherein said antigenic IgE peptide consists of an amino acid sequence selected from the group consisting of SEQ ID Nos: 220, 221, 222, 233, 234, 235, 245, 246 and 247.
Coated phosphor particles comprising luminescent particles which consist of at least one luminescent compound selected from the group of (Y,Gd,Lu,Sc,Sm,Tb) 3 (Al,Ga) 5 O 12: Ce (with or without Pr), YSiO 2 N:Ce, Y 2 Si 3 O 3 N 4:Ce, Gd 2 Si 3 O 3 N 4:Ce, (Y,Gd,Tb,Lu) 3 Al 5-x Si x Oi 2-x N x:Ce, BaMgAl 10 O 17:Eu (with or without Mn), SrAl 2 O 4:Eu, Sr 4 Al 14 O 25:Eu, (Ca,Sr,Ba)Si 2 N 2 O 2:Eu, SrSiAl 2 O 3 N 2:Eu, (Ca,Sr,Ba) 2 Si 5 N 8:Eu, (Ca,Sr,Ba)SiN 2:Eu, CaAlSiN 3:Eu, molybdates, tungstates, vanadates, in each case individually or mixtures thereof with one or more activator ions, such as Ce, Eu, Mn, Cr, Tb and/or Bi, and at least one aluminium oxide, zirconium oxide, zinc oxide, titanium dioxide and/or silicon dioxide coating having a porous surface comprising meso- and/or macropores, where the mesopores have a pore opening between 2 and 50 nm and the macropores have a pore opening > 50 nm.
A spherical bearing (700, 1400, 1500) for releasably immobilizing an attachment to an external object (109, 207, 506), said bearing (700, 1400, 1500) comprising: a spherical core (700a, 800) having a top, a bottom, a center, a spherical outer periphery, and an annular hole (701, 801) through said center of said spherical core (700a, 800) for appending said spherical core (700a, 800) to the external object (109, 207, 506), said annular hole (701, 801) extending from said top to said bottom of said spherical core (700a, 800), wherein a plurality of segments (704, 804) are positioned radially around said annular hole (701, 801), said segments (704, 804) being only defined by a plurality of outer relief cuts (702, 802) formed in said spherical outer periphery and a single core split (701a, 801a) extending from top of said annular hole (701, 801) along said spherical outer periphery to the bottom of said annular hole (701, 801), wherein inner relief cuts extending around said annular hole (701, 801) are absent, wherein a plurality of deflection flexure points, each said point formed at an inner end of one said outer relief cut (702, 802) arc provided in said spherical core (700a, 800); a flexible housing (706, 1406) surrounding said spherical core (700a, 800) said flexible housing (706, 1406) being capable to carry the attachment; and a releasable clamping mechanism (707, 1407) for radially clamping said flexible housing (706, 1406) to compress said spherical core (700a, 800), said clamping mechanism (707, 1407) being positioned to reduce the diameter of said flexible housing (706, 1406) when said clamping mechanism (707, 1407) is tightened to cause said segments (704, 804) to deflect about said deflection flexure points and conform to the outer surface of the external object (109, 207, 506), thereby immobilizing said spherical core (700a, 800) on the external object (109, 207, 506) and immobilizing said housing on said spherical core (700a, 800).
A method for battery health diagnostics, comprising: measuring at least one battery property of a battery in real-time to provide measured data; tracking at least one measurement time at which the measured data is measured; providing a battery history model by adaptively modeling the measured data and the at least one measurement time; estimating a future state of the battery based on the battery history model; forecasting a prognostic for a battery reliability-and-maintainability using the battery history model; reporting the prognostic of the battery; reporting a reliability-and-maintainability assessment of the battery based on the prognostic; wherein the reliability-and-maintainability assessment comprises a thermal run-away warning. measuring at least one battery property of a battery in real-time to provide measured data; tracking at least one measurement time at which the measured data is measured; providing a battery history model by adaptively modeling the measured data and the at least one measurement time; estimating a future state of the battery based on the battery history model; forecasting a prognostic for a battery reliability-and-maintainability using the battery history model; reporting the prognostic of the battery; reporting a reliability-and-maintainability assessment of the battery based on the prognostic; wherein the reliability-and-maintainability assessment comprises a thermal run-away warning.
A method of driving a display device comprising a plurality of first electrodes (131,231, 431,631) and a plurality of second electrodes (132,232,432,632); a polymer dispersed liquid crystal, PDLC, layer (135,235435,634) between the first electrodes and the second electrodes; a plurality of third electrodes (141,241,441,641) and a plurality of fourth electrodes (142,242,442,642) on and spaced apart from the second electrodes, a plurality of electrochromic layers (145,245,445,645) between the third electrodes and the fourth electrodes; and an electrolyte layer (146,246,446,646) between the third electrodes and the fourth electrodes; the method comprising displaying a still image on the plurality of electrochromic layers by: applying a voltage between at least one corresponding pair of electrodes, the corresponding pair of electrodes including one of the third electrodes (141,241,441,641) and one of the fourth electrodes 142,242,442,642); and not supplying power to the first and second electrodes (131,231,331,431,631), (132,232,432,632) so that no voltage is applied between the first (131,231,431,631) and second electrodes (132,232,432,632) so that the PDLC layer acts as a reflecting layer in the off state. applying a voltage between at least one corresponding pair of electrodes, the corresponding pair of electrodes including one of the third electrodes (141,241,441,641) and one of the fourth electrodes 142,242,442,642); and not supplying power to the first and second electrodes (131,231,331,431,631), (132,232,432,632) so that no voltage is applied between the first (131,231,431,631) and second electrodes (132,232,432,632) so that the PDLC layer acts as a reflecting layer in the off state.