mhurhangee/ep-ind-claims huggingface dataset:
A method of managing applications by a portable computing device, PCD, and a PCD docking station, the method comprising: when an application is selected (3302; 3502), the application having a first application version and a second application version, wherein the second application version requires more computing capability and has a more extensive user interface than the first application version, determining (3304; 3504), by the PCD, whether the PCD is docked or not docked with the PCD docking station; determining (3324; 3506) whether the second application version is available when the PCD is docked; when the PCD is docked, executing (3326; 3508) the first application version when the second application version is unavailable and executing (3330; 3512) the second application version when the second application is available; determining (3306; 3524), the PCD, whether the first application version is available when the PCD is not docked; when the PCD is not docked, executing (3308; 3526), by the PCD, the second application version when the first application version is unavailable and executing (3312; 3530), by the PCD, the first application version when the first application is available. when an application is selected (3302; 3502), the application having a first application version and a second application version, wherein the second application version requires more computing capability and has a more extensive user interface than the first application version, determining (3304; 3504), by the PCD, whether the PCD is docked or not docked with the PCD docking station; determining (3324; 3506) whether the second application version is available when the PCD is docked; when the PCD is docked, executing (3326; 3508) the first application version when the second application version is unavailable and executing (3330; 3512) the second application version when the second application is available; determining (3306; 3524), the PCD, whether the first application version is available when the PCD is not docked; when the PCD is not docked, executing (3308; 3526), by the PCD, the second application version when the first application version is unavailable and executing (3312; 3530), by the PCD, the first application version when the first application is available.
An apparatus to deliver doses of basal insulin to a body of a user, the apparatus comprising: a user interface to receive input regarding at least one characteristic of the user; and a tailored basal insulin profile mechanism to select an initial basal infusion pattern for the user from a plurality of basal insulin infusion patterns comprising a pre-defined sequence of basal infusion rate changes based, at least in part, on the received input; characterized in that the tailored basal insulin profile mechanism is configured to evaluate suitability of the initial basal infusion pattern, and either confirm the initial basal infusion pattern as the pattern to be used to perform insulin infusion to the user if the initial basal infusion pattern is determined to be suitable, or select an alternate basal infusion pattern if the initial basal infusion pattern is determined to be unsuitable. a user interface to receive input regarding at least one characteristic of the user; and a tailored basal insulin profile mechanism to select an initial basal infusion pattern for the user from a plurality of basal insulin infusion patterns comprising a pre-defined sequence of basal infusion rate changes based, at least in part, on the received input; characterized in that the tailored basal insulin profile mechanism is configured to evaluate suitability of the initial basal infusion pattern, and either confirm the initial basal infusion pattern as the pattern to be used to perform insulin infusion to the user if the initial basal infusion pattern is determined to be suitable, or select an alternate basal infusion pattern if the initial basal infusion pattern is determined to be unsuitable.
A knob switch device, comprising: a knob portion comprising a knob configured to control an encoder; and a control circuit portion electrically connected to the encoder and at least one switching element, wherein the knob portion further comprises a trigger mechanism configured to trigger the switching element, and the knob drives the trigger mechanism to trigger the switching element by an axial movement, characterized in that the trigger mechanism comprises a first magnetic unit and a second magnetic unit which are arranged in homopolarity, the first magnetic unit and the second magnetic unit keep a distance due to a repulsive force between the first magnetic unit and the second magnetic unit, the knob drives the second magnetic unit to move toward the first magnetic unit by an axial movement, and the first magnetic unit moves to trigger the switching element due to the repulsive force. a knob portion comprising a knob configured to control an encoder; and a control circuit portion electrically connected to the encoder and at least one switching element, wherein the knob portion further comprises a trigger mechanism configured to trigger the switching element, and the knob drives the trigger mechanism to trigger the switching element by an axial movement, characterized in that the trigger mechanism comprises a first magnetic unit and a second magnetic unit which are arranged in homopolarity, the first magnetic unit and the second magnetic unit keep a distance due to a repulsive force between the first magnetic unit and the second magnetic unit, the knob drives the second magnetic unit to move toward the first magnetic unit by an axial movement, and the first magnetic unit moves to trigger the switching element due to the repulsive force.
Method for locating a defect on an electric link (12, 14), characterized in that it comprises the steps consisting of: - measuring, by means of a system with three mutually orthogonal coils, three orthogonal components of an electromagnetic field generated by the electric link where the system is placed, in the vicinity of an estimated prior location of the defect at several places along the link (12, 14), - estimating the complete module of said electromagnetic field based on these three components measured in each of said places along the link (12, 14), - deducing from this an estimation of a curve that represents the variation of the complete module (|H|) of said electromagnetic field along the link (12, 14) in the vicinity of the estimated prior location of the defect, - estimating a new location of the defect as a function of this curve. - measuring, by means of a system with three mutually orthogonal coils, three orthogonal components of an electromagnetic field generated by the electric link where the system is placed, in the vicinity of an estimated prior location of the defect at several places along the link (12, 14), - estimating the complete module of said electromagnetic field based on these three components measured in each of said places along the link (12, 14), - deducing from this an estimation of a curve that represents the variation of the complete module (|H|) of said electromagnetic field along the link (12, 14) in the vicinity of the estimated prior location of the defect, - estimating a new location of the defect as a function of this curve.
A juice extractor comprising a main body comprising: - a food inlet, - a juice outlet, - a pulp discharge opening, - a food processing chamber with a food compression section arranged between the food inlet and a pulp outlet, - a spindle, rotatably mounted in the food processing chamber for transporting food from the food inlet through the food compression section and for transporting pulp through the pulp outlet out of the food compression section, and - a pulp pushing section arranged between the pulp outlet and the pulp discharge opening, the pulp pushing section having a pulp inlet which communicates with the pulp outlet, the pulp inlet and the discharge opening being arranged such that food enters and is discharged from the pulp pushing section in respective axial and radial directions, wherein the pulp pusing section comprises pushing means arranged to actively push the pulp out of the discharge opening in said radial direction, and wherein the pushing section has a core rotatable in a bore, and the pushing means comprises a blade having a first portion and a second portion, one of said core and bore being provided with said blade and the other of said core and bore being provided with at least one rib, the at least one rib and the second portion being arranged to promote transport of the pulp in said axial direction, and the first portion being arranged to promote transport in said radial direction, towards and through said discharge opening. - a food inlet, - a juice outlet, - a pulp discharge opening, - a food processing chamber with a food compression section arranged between the food inlet and a pulp outlet, - a spindle, rotatably mounted in the food processing chamber for transporting food from the food inlet through the food compression section and for transporting pulp through the pulp outlet out of the food compression section, and - a pulp pushing section arranged between the pulp outlet and the pulp discharge opening, the pulp pushing section having a pulp inlet which communicates with the pulp outlet, the pulp inlet and the discharge opening being arranged such that food enters and is discharged from the pulp pushing section in respective axial and radial directions, wherein the pulp pusing section comprises pushing means arranged to actively push the pulp out of the discharge opening in said radial direction, and wherein the pushing section has a core rotatable in a bore, and the pushing means comprises a blade having a first portion and a second portion, one of said core and bore being provided with said blade and the other of said core and bore being provided with at least one rib, the at least one rib and the second portion being arranged to promote transport of the pulp in said axial direction, and the first portion being arranged to promote transport in said radial direction, towards and through said discharge opening.
Device for identification of a concrete element, wherein said identification device comprising: a/ radio-identification means comprising a support carrying a radio-communication chip, and b/ a casing including: b1/ two opposite walls (31, 32), a front one and a rear one, each provided with an internal face (311, 321) between which said radio-identification means are added, and b2/ anchoring means, which are adapted to be embedded in said concrete element, for the fastening between said identification device and said concrete element, characterized in that said support of the radio-identification means comprises a support plate that is made of an elastomeric material, and in that it includes sealing means (314, 324) arranged between said internal faces (311, 321) of said casing and said support plate of the radio-identification means, to form a compression seal that is adapted to prevent the passage of fluids between said internal faces (311, 321) of said casing and said support plate of the radio-identification means. a/ radio-identification means comprising a support carrying a radio-communication chip, and b/ a casing including: b1/ two opposite walls (31, 32), a front one and a rear one, each provided with an internal face (311, 321) between which said radio-identification means are added, and b2/ anchoring means, which are adapted to be embedded in said concrete element, for the fastening between said identification device and said concrete element, characterized in that said support of the radio-identification means comprises a support plate that is made of an elastomeric material, and in that it includes sealing means (314, 324) arranged between said internal faces (311, 321) of said casing and said support plate of the radio-identification means, to form a compression seal that is adapted to prevent the passage of fluids between said internal faces (311, 321) of said casing and said support plate of the radio-identification means. b1/ two opposite walls (31, 32), a front one and a rear one, each provided with an internal face (311, 321) between which said radio-identification means are added, and b2/ anchoring means, which are adapted to be embedded in said concrete element, for the fastening between said identification device and said concrete element, characterized in that said support of the radio-identification means comprises a support plate that is made of an elastomeric material, and in that it includes sealing means (314, 324) arranged between said internal faces (311, 321) of said casing and said support plate of the radio-identification means, to form a compression seal that is adapted to prevent the passage of fluids between said internal faces (311, 321) of said casing and said support plate of the radio-identification means.
A non-transitory computer readable medium included in a mobile device for a mobile device beacon application having instructions stored thereon that are executable by processor electronics in order to: in response to receipt of a detection event caused by a receiver detecting a beacon Universally Unique Identifier UUID and a beacon major transmitted from a beacon, forward the beacon UUID and the beacon major to a remote computer system; receive, from the remote computer system, a data matrix comprising: the beacon UUID for the beacon, a beacon minor for the beacon, and a beacon characteristic for the beacon; calculate a beacon relevancy score for the beacon at least using a user profile and the beacon characteristic, wherein the user profile comprises a user characteristic; determine a movement vector of the mobile device based on a change of location of the mobile device; recalculate the beacon relevancy score based on the movement vector of the mobile device; and determine if the recalculated beacon relevancy score is above or equal to a user threshold; wherein the instructions are further executable by processor electronics in order to, if the recalculated beacon relevancy score is above or equal to the user threshold, then execute a predetermined action. in response to receipt of a detection event caused by a receiver detecting a beacon Universally Unique Identifier UUID and a beacon major transmitted from a beacon, forward the beacon UUID and the beacon major to a remote computer system; receive, from the remote computer system, a data matrix comprising: the beacon UUID for the beacon, a beacon minor for the beacon, and a beacon characteristic for the beacon; calculate a beacon relevancy score for the beacon at least using a user profile and the beacon characteristic, wherein the user profile comprises a user characteristic; determine a movement vector of the mobile device based on a change of location of the mobile device; recalculate the beacon relevancy score based on the movement vector of the mobile device; and determine if the recalculated beacon relevancy score is above or equal to a user threshold;
A leading edge section with a laminar flow control comprising: a perforated outer skin shaped with an aerodynamic leading edge profile, an inner surface internally arranged with respect to the outer skin, a plurality of suction chambers formed between the outer skin and the inner surface, a plurality of radial structural elements to withstand structural loads at the leading edge, wherein, the leading edge section further comprises a tubular element span-wise arranged at the leading edge section, and wherein the inner surface is perforated and it is a part of the tubular element such that the tubular element has perforations in correspondence with the inner surface so that an exterior region of the leading edge is communicated with the interior of the tubular element through said suction chambers and the inner surface; wherein the radial structural elements are radially distributed at the leading edge section; wherein one radial structural element is arranged such that one of its ends is attached at the leading edge forward point of the leading edge; wherein the radial structural elements have free edges; and wherein the radial structural elements are provided at their free edges with flanges to enlarge the interface surface with the outer skin. a perforated outer skin shaped with an aerodynamic leading edge profile, an inner surface internally arranged with respect to the outer skin, a plurality of suction chambers formed between the outer skin and the inner surface, a plurality of radial structural elements to withstand structural loads at the leading edge, wherein, the leading edge section further comprises a tubular element span-wise arranged at the leading edge section, and wherein the inner surface is perforated and it is a part of the tubular element such that the tubular element has perforations in correspondence with the inner surface so that an exterior region of the leading edge is communicated with the interior of the tubular element through said suction chambers and the inner surface; wherein the radial structural elements are radially distributed at the leading edge section; wherein one radial structural element is arranged such that one of its ends is attached at the leading edge forward point of the leading edge; wherein the radial structural elements have free edges; and wherein the radial structural elements are provided at their free edges with flanges to enlarge the interface surface with the outer skin.
A centering stabilizer comprising: a first section to produce a pulling force along a longitudinal axis thereof; a second section to produce a pushing force along a longitudinal axis thereof, wherein the longitudinal axis of the first section is aligned with the longitudinal axis of the second section; first mounting assembly attached to a first distal end of the centering stabilizer, wherein said first mounting assembly securely attaches the centering stabilizer to a steering system of a vehicle, wherein said vehicle steering system moves in association with a set of steerable wheels; second mounting assembly attached to a second distal end of the centering stabilizer, wherein said second mounting assembly securely attaches said second section of said centering stabilizer to a vehicle frame of the vehicle, wherein when the set of steerable wheels is displaced from a straight ahead driving position, a distance between said vehicle steering system and said vehicle frame changes; and the centering stabilizer further comprising a dynamically adjustable mount to adjust a centering position of the centering stabilizer from within the vehicle. a first section to produce a pulling force along a longitudinal axis thereof; a second section to produce a pushing force along a longitudinal axis thereof, wherein the longitudinal axis of the first section is aligned with the longitudinal axis of the second section; first mounting assembly attached to a first distal end of the centering stabilizer, wherein said first mounting assembly securely attaches the centering stabilizer to a steering system of a vehicle, wherein said vehicle steering system moves in association with a set of steerable wheels; second mounting assembly attached to a second distal end of the centering stabilizer, wherein said second mounting assembly securely attaches said second section of said centering stabilizer to a vehicle frame of the vehicle, wherein when the set of steerable wheels is displaced from a straight ahead driving position, a distance between said vehicle steering system and said vehicle frame changes; and the centering stabilizer further comprising a dynamically adjustable mount to adjust a centering position of the centering stabilizer from within the vehicle.
A computer implemented method of deriving a sequence of fingerprints (FPn) from one or more media-components (204a-d, 219), the method comprising; a) receiving the or each media-component (204a-d, 219) at a processing device and causing that processing device to: i) move a window through the or each media-component (204a-d, 219) to a plurality of positions (305a, 305b); ii) select a portion of the or each media-component (204a-d, 219); iii) process the portion of the or each media-component (204a-d, 219) to generate a fingerprint (FPn) indicative of the portion of the or each media-component (204a-d, 219); iv) store the fingerprint (FPn); v) process the portion to generate a quality measure indicative of the uniqueness of the fingerprint (FPn), wherein the quality measure is determined according to a change in a property between neighbouring frames (300a-n, 306a-n) of the one or more media-components (204a-d, 219); and vi) store the quality measure in association with the fingerprint (FPn). a) receiving the or each media-component (204a-d, 219) at a processing device and causing that processing device to: i) move a window through the or each media-component (204a-d, 219) to a plurality of positions (305a, 305b); ii) select a portion of the or each media-component (204a-d, 219); iii) process the portion of the or each media-component (204a-d, 219) to generate a fingerprint (FPn) indicative of the portion of the or each media-component (204a-d, 219); iv) store the fingerprint (FPn); v) process the portion to generate a quality measure indicative of the uniqueness of the fingerprint (FPn), wherein the quality measure is determined according to a change in a property between neighbouring frames (300a-n, 306a-n) of the one or more media-components (204a-d, 219); and vi) store the quality measure in association with the fingerprint (FPn). i) move a window through the or each media-component (204a-d, 219) to a plurality of positions (305a, 305b); ii) select a portion of the or each media-component (204a-d, 219); iii) process the portion of the or each media-component (204a-d, 219) to generate a fingerprint (FPn) indicative of the portion of the or each media-component (204a-d, 219); iv) store the fingerprint (FPn); v) process the portion to generate a quality measure indicative of the uniqueness of the fingerprint (FPn), wherein the quality measure is determined according to a change in a property between neighbouring frames (300a-n, 306a-n) of the one or more media-components (204a-d, 219); and vi) store the quality measure in association with the fingerprint (FPn).