mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a characteristic of a test cavity, the method comprising: sweeping through a plurality of optical frequencies within a bandwidth of a tunable laser as a function of time; for each of the plurality of optical frequencies, measuring interference signals from the test cavity, a first reference cavity having a first known characteristic, and a second reference cavity having a second known characteristic, the first reference cavity and the second reference cavity having different gap sizes; determining values of the plurality of optical frequencies from the measured interference signals of the first reference cavity and the second reference cavity and the first known characteristic of the first reference cavity and the second known characteristic of the second reference cavity, wherein determining the values of the plurality of optical frequencies comprises fitting the measured interference signals of the first reference cavity and the second reference cavity obtained for each of the plurality of optical frequencies to a mathematical model based on the first known characteristic of the first reference cavity and the second known characteristic of the second reference cavity; and determining the characteristic of the test cavity based on the measured interference signals for the test cavity using the determined values of the plurality of optical frequencies. sweeping through a plurality of optical frequencies within a bandwidth of a tunable laser as a function of time; for each of the plurality of optical frequencies, measuring interference signals from the test cavity, a first reference cavity having a first known characteristic, and a second reference cavity having a second known characteristic, the first reference cavity and the second reference cavity having different gap sizes; determining values of the plurality of optical frequencies from the measured interference signals of the first reference cavity and the second reference cavity and the first known characteristic of the first reference cavity and the second known characteristic of the second reference cavity, wherein determining the values of the plurality of optical frequencies comprises fitting the measured interference signals of the first reference cavity and the second reference cavity obtained for each of the plurality of optical frequencies to a mathematical model based on the first known characteristic of the first reference cavity and the second known characteristic of the second reference cavity; and determining the characteristic of the test cavity based on the measured interference signals for the test cavity using the determined values of the plurality of optical frequencies.
An applicator tool for repairing damage to a wind turbine blade, comprising: a spatula comprising: a flexible extrusion plate having a front edge, a rear edge, opposed side edges (50, 52), an outer surface, and an inner surface, the extrusion plate further having a central region defined by a central axis; and a feed tube for supplying a coating material to the spatula, characterized in that it further comprises one or more spacers (60, 106) positioned proximate the inner surface of the extrusion plate, wherein the one or more spacers (60, 106) are configured to define a gap between an outer surface of the wind turbine blade and the inner surface of the extrusion plate; wherein the spatula is configured to shape the coating material into a coating over a damaged area of the wind turbine blade, wherein the spatula is configured to apply a uniform and even coating of material that in cross section is generally thickest adjacent a leading edge of the blade and decreases in thickness in a generally continuous and smooth manner along the upper and lower surfaces of the blade and in a direction toward a trailing edge of the blade. a spatula comprising: a flexible extrusion plate having a front edge, a rear edge, opposed side edges (50, 52), an outer surface, and an inner surface, the extrusion plate further having a central region defined by a central axis; and a feed tube for supplying a coating material to the spatula, characterized in that it further comprises one or more spacers (60, 106) positioned proximate the inner surface of the extrusion plate, wherein the one or more spacers (60, 106) are configured to define a gap between an outer surface of the wind turbine blade and the inner surface of the extrusion plate; wherein the spatula is configured to shape the coating material into a coating over a damaged area of the wind turbine blade, wherein the spatula is configured to apply a uniform and even coating of material that in cross section is generally thickest adjacent a leading edge of the blade and decreases in thickness in a generally continuous and smooth manner along the upper and lower surfaces of the blade and in a direction toward a trailing edge of the blade.
A sensor device with a pressure sensor for detecting a pressure of a fluid, wherein the pressure sensor is provided in a housing of the sensor device such that a pressure detection element is exposed to the fluid, the sensor device comprising: a first temperature sensor provided in the housing and configured to detect a temperature conducted from the fluid via the housing or the pressure sensor; characterized in a second temperature sensor provided at a position that is more distant from the fluid than the first temperature sensor; and a temperature calculator configured to calculate a temperature of the detection target from a temperature detected by the first temperature sensor and a temperature detected by the second temperature sensor, the sensor device being wherein the second temperature sensor is provided in contact with the housing and inside a portion of the housing which is not in contact with the fluid. a first temperature sensor provided in the housing and configured to detect a temperature conducted from the fluid via the housing or the pressure sensor; characterized in a second temperature sensor provided at a position that is more distant from the fluid than the first temperature sensor; and a temperature calculator configured to calculate a temperature of the detection target from a temperature detected by the first temperature sensor and a temperature detected by the second temperature sensor, the sensor device being wherein the second temperature sensor is provided in contact with the housing and inside a portion of the housing which is not in contact with the fluid.
An insertion device for an infusion set including: - an advance unit (3, 4) for moving the infusion set along a central axis (z) from a proximal position into a distal position, - a holding element for holding the infusion set, wherein the holding element has a guide element, - a base portion which receives the holding element, wherein a counterpart guide element is mounted to the base portion and the base portion has a contact surface for fitting the insertion device on to an application point on the body of a patient, - a head portion arranged rotatably about the central axis (z) relative to the base portion, wherein upon a relative rotation between the head portion and the base portion in a first direction of rotation the guide element of the holding element can be guided with the counterpart guide element provided on the base portion, wherein the guide element of the holding element is in guiding engagement with the counterpart guide element provided on the base portion and the holding element is moveable along the central axis (z) relative to the base portion from a distal position into a proximal position. - an advance unit (3, 4) for moving the infusion set along a central axis (z) from a proximal position into a distal position, - a holding element for holding the infusion set, wherein the holding element has a guide element, - a base portion which receives the holding element, wherein a counterpart guide element is mounted to the base portion and the base portion has a contact surface for fitting the insertion device on to an application point on the body of a patient, - a head portion arranged rotatably about the central axis (z) relative to the base portion,
Cosmetic method for treating and/or preventing greasy skin or greasiness-prone skin and/or the associated cutaneous aesthetic defects, comprising the topical application to the skin of a composition comprising, in a cosmetically acceptable medium, at least one compound of formula: in which: - R represents a hydrogen atom or a saturated or unsaturated and linear or branched C1-C6 hydrocarbon radical; - R' represents a saturated or unsaturated and linear or branched C1-C18 hydrocarbon radical, optionally substituted by a hydroxyl group; - C-X represents C=O or CH-OH. - R represents a hydrogen atom or a saturated or unsaturated and linear or branched C1-C6 hydrocarbon radical; - R' represents a saturated or unsaturated and linear or branched C1-C18 hydrocarbon radical, optionally substituted by a hydroxyl group; - C-X represents C=O or CH-OH.
A limb support comprising: a longitudinal member configured to be coupled to a patient support apparatus; and a carriage comprising: a space for receiving the longitudinal member; and a plurality of rollers (34, 36, 38, 40) configured to engage the longitudinal member, the plurality of rollers (34, 36, 38, 40) configured to maintain alignment of the carriage during movement of the carriage along the longitudinal member, characterised in that: the carriage further comprises a locking mechanism configured to secure the carriage to the longitudinal member at any of an infinite number of positions along the length of the longitudinal member; the locking mechanism comprises a clamp for securing the carriage to the longitudinal member, the clamp including a plurality of elastomeric blocks which deform under a load to secure the carriage to the longitudinal member; at least one elastomeric block is deformed by a cam; and the locking mechanism is lockable with a single action. a longitudinal member configured to be coupled to a patient support apparatus; and a carriage comprising: a space for receiving the longitudinal member; and a plurality of rollers (34, 36, 38, 40) configured to engage the longitudinal member, the plurality of rollers (34, 36, 38, 40) configured to maintain alignment of the carriage during movement of the carriage along the longitudinal member, a space for receiving the longitudinal member; and a plurality of rollers (34, 36, 38, 40) configured to engage the longitudinal member, the plurality of rollers (34, 36, 38, 40) configured to maintain alignment of the carriage during movement of the carriage along the longitudinal member, the carriage further comprises a locking mechanism configured to secure the carriage to the longitudinal member at any of an infinite number of positions along the length of the longitudinal member; the locking mechanism comprises a clamp for securing the carriage to the longitudinal member, the clamp including a plurality of elastomeric blocks which deform under a load to secure the carriage to the longitudinal member; at least one elastomeric block is deformed by a cam; and the locking mechanism is lockable with a single action.
Multilayer structure for the creation of a multipurpose sports floor covering, said multilayer structure comprising an upper wear layer composed of at least one surface layer, the wear layer being attached to a back layer made of polyvinyl chloride foam, characterized in that it comprises a polyethylene terephthalate polymer film, positioned between the surface layer and the back layer, and having a stiffness of greater than 100 N/mm, a thickness of between 50 μm and 250 μm, and a Young's modulus of greater than 1.5 GPa.
A method for network communication, the method comprising: detecting that a first button associated with a first hybrid device of a hybrid communication network and a second button associated with a second hybrid device of the hybrid communication network were activated, wherein the first hybrid device includes a plurality of different network interfaces (104, 106, 108); determining, at the first hybrid device, to establish a secure communication link with the second hybrid device via at least a subset of the plurality of different network interfaces of the first hybrid device in response to said detecting that the first button and the second button were activated; wherein detecting that the first button and the second button were activated comprises determining whether a probe message was received from the second hybrid device over a network interface of the subset of plurality of different network interfaces within a predetermined connect time interval specific to said network interface, which is different from other connect time intervals specific to other network interfaces of the subset of plurality of different network interfaces; and initiating operations for establishing the secure communication link with the second hybrid device via the at least the subset of the plurality of different network interfaces. detecting that a first button associated with a first hybrid device of a hybrid communication network and a second button associated with a second hybrid device of the hybrid communication network were activated, wherein the first hybrid device includes a plurality of different network interfaces (104, 106, 108); determining, at the first hybrid device, to establish a secure communication link with the second hybrid device via at least a subset of the plurality of different network interfaces of the first hybrid device in response to said detecting that the first button and the second button were activated; wherein detecting that the first button and the second button were activated comprises determining whether a probe message was received from the second hybrid device over a network interface of the subset of plurality of different network interfaces within a predetermined connect time interval specific to said network interface, which is different from other connect time intervals specific to other network interfaces of the subset of plurality of different network interfaces; and initiating operations for establishing the secure communication link with the second hybrid device via the at least the subset of the plurality of different network interfaces.
A system comprising: an imaging device having a container slot and a rotating latch; and a consumable supply item to hold an initial or refillable volume of ink for use in the imaging device, the supply item arranged for forward insertion into the container slot in the imaging device, and wherein the rotating latch is adapted to keep in place the supply item during use and to be activated by a user to eject the supply item after use, said consumable supply item comprising: a housing having a top exterior surface and an interior to retain the volume of fluid, said interior having a bottom interior surface, wherein the interior is adapted to deplete, during use, the volume of fluid in a direction of gravity toward the bottom interior surface; and the top exterior surface having a notch, wherein the notch has a first face and a second face to engage a front of the latch, wherein the top exterior surface of the housing is substantially flat and the first face and the second face of the notch are angled from the top exterior surface to allow the latch to swing into and away from contact with the notch. an imaging device having a container slot and a rotating latch; and a consumable supply item to hold an initial or refillable volume of ink for use in the imaging device, the supply item arranged for forward insertion into the container slot in the imaging device, and wherein the rotating latch is adapted to keep in place the supply item during use and to be activated by a user to eject the supply item after use, said consumable supply item comprising: a housing having a top exterior surface and an interior to retain the volume of fluid, said interior having a bottom interior surface, wherein the interior is adapted to deplete, during use, the volume of fluid in a direction of gravity toward the bottom interior surface; and the top exterior surface having a notch, wherein the notch has a first face and a second face to engage a front of the latch, wherein the top exterior surface of the housing is substantially flat and the first face and the second face of the notch are angled from the top exterior surface to allow the latch to swing into and away from contact with the notch. a housing having a top exterior surface and an interior to retain the volume of fluid, said interior having a bottom interior surface, wherein the interior is adapted to deplete, during use, the volume of fluid in a direction of gravity toward the bottom interior surface; and the top exterior surface having a notch, wherein the notch has a first face and a second face to engage a front of the latch, wherein the top exterior surface of the housing is substantially flat and the first face and the second face of the notch are angled from the top exterior surface to allow the latch to swing into and away from contact with the notch.
An apparatus (300, 400, 500, 600) to wipe a tubular member (360, 560), the apparatus comprising: a first wiper section (302A, 402A, 602A) and a second wiper section (302B, 402B, 602B), wherein the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B) are translatably movable with respect to each other towards a point of convergence, characterized in that the apparatus further comprises: a position sensor (616A, 616B) coupled to at least one of the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B) to detect the position of the at least one of the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B). a first wiper section (302A, 402A, 602A) and a second wiper section (302B, 402B, 602B), wherein the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B) are translatably movable with respect to each other towards a point of convergence, characterized in that the apparatus further comprises: a position sensor (616A, 616B) coupled to at least one of the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B) to detect the position of the at least one of the first wiper section (302A, 402A, 602A) and the second wiper section (302B, 402B, 602B).
A sheet feeding device comprising: a sheet loader configured to load a sheet bundle including a sheet with a flap (P1a); a first conveyor (21,70) configured to convey the sheet with the flap (P1a) loaded on the sheet loader; a second conveyor (56,71) disposed adjacent to the first conveyor (21,70); and a guide (55, 58, 75) disposed below the flap (P1a) of the sheet to be conveyed, between the second conveyor and the sheet loader in a sheet conveying direction of the sheet, the guide (55, 58, 75) configured to guide the sheet, characterized in that the first conveyor (21,70) includes: an air blower configured to blow floating air from a plurality of portions to float an uppermost sheet of the sheet bundle on the sheet loader; and a sheet conveying body configured to convey the uppermost sheet floated by the air blower. a sheet loader configured to load a sheet bundle including a sheet with a flap (P1a); a first conveyor (21,70) configured to convey the sheet with the flap (P1a) loaded on the sheet loader; a second conveyor (56,71) disposed adjacent to the first conveyor (21,70); and a guide (55, 58, 75) disposed below the flap (P1a) of the sheet to be conveyed, between the second conveyor and the sheet loader in a sheet conveying direction of the sheet, the guide (55, 58, 75) configured to guide the sheet, characterized in that the first conveyor (21,70) includes: an air blower configured to blow floating air from a plurality of portions to float an uppermost sheet of the sheet bundle on the sheet loader; and a sheet conveying body configured to convey the uppermost sheet floated by the air blower. an air blower configured to blow floating air from a plurality of portions to float an uppermost sheet of the sheet bundle on the sheet loader; and a sheet conveying body configured to convey the uppermost sheet floated by the air blower.
A battery pack, comprising: an enclosure; a plurality of network nodes inside the enclosure, each network node having at least one battery cell and a battery cell controller that generates a unique radio frequency, RF, signature; and a special-purpose computer processor that compares an incoming channel impulse response, CIR, of the unique radio frequency, RF, signal signature corresponding to an incoming packet exchanged between a battery cell controller and a battery management unit inside the enclosure to a plurality of stored valid RF CIR signatures and executes a resemblance metric to accept or reject the incoming packet. an enclosure; a plurality of network nodes inside the enclosure, each network node having at least one battery cell and a battery cell controller that generates a unique radio frequency, RF, signature; and a special-purpose computer processor that compares an incoming channel impulse response, CIR, of the unique radio frequency, RF, signal signature corresponding to an incoming packet exchanged between a battery cell controller and a battery management unit inside the enclosure to a plurality of stored valid RF CIR signatures and executes a resemblance metric to accept or reject the incoming packet.
An optical laminate, comprising: an optical functional layer; and a reddening-resistant layer formed on at least one side of the optical functional layer, characterized in that the optical functional layer is a polarizing layer, the reddening-resistant layer is a void-containing layer or a laminate comprising the void-containing layer, wherein the void-containing layer does not comprise solid particles, and an average reflectance of the optical laminate with respect to light having wavelength of from 380 nm to 780 nm is 2% or more, wherein the average surface reflectance is measured by a spectrophotometer for light having the wavelength of 380nm to 780nm. an optical functional layer; and a reddening-resistant layer formed on at least one side of the optical functional layer, characterized in that the optical functional layer is a polarizing layer, the reddening-resistant layer is a void-containing layer or a laminate comprising the void-containing layer, wherein the void-containing layer does not comprise solid particles, and an average reflectance of the optical laminate with respect to light having wavelength of from 380 nm to 780 nm is 2% or more, wherein the average surface reflectance is measured by a spectrophotometer for light having the wavelength of 380nm to 780nm.
An antibody, or fragment thereof, which specifically binds calcitonin receptor, wherein the antibody, or fragment thereof, binds an epitope within SEQ ID NO: 5.
Tape for the manufacture of cigarettes or filters of cigarettes, which is formed by a flat film formed into a ring and extending over the entire width of the tape, and wherein tension elements are arranged in the film to increase the tensile strength thereof.