mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting presence of a fluid, comprising: mounting a sensor array proximate a conduit for said fluid, said sensor array comprising a plurality of Bragg grating sensing elements (201, 203, 205) within an optical fiber having a hard protective polymer coating, each Bragg grating sensing element (201, 203, 205) being encapsulated in a package (105, 112-115) having anchors (108, 109, 114) that are bonded or crimped to the hard protective polymer coating beyond the location of each Bragg grating sensing element (201, 203, 205) for subjecting the Bragg grating sensing element (201, 203, 205) to a change in strain when contacted by said fluid; and interrogating said sensor array with laser light to detect any change in the optical properties of the Bragg grating sensing elements (201, 203, 205) due to the change in strain, wherein the Bragg grating sensing elements (201, 203, 205) are inscribed through the protective polymer coating of the optical fiber with a laser having a pulse duration less than 5 ps. mounting a sensor array proximate a conduit for said fluid, said sensor array comprising a plurality of Bragg grating sensing elements (201, 203, 205) within an optical fiber having a hard protective polymer coating, each Bragg grating sensing element (201, 203, 205) being encapsulated in a package (105, 112-115) having anchors (108, 109, 114) that are bonded or crimped to the hard protective polymer coating beyond the location of each Bragg grating sensing element (201, 203, 205) for subjecting the Bragg grating sensing element (201, 203, 205) to a change in strain when contacted by said fluid; and interrogating said sensor array with laser light to detect any change in the optical properties of the Bragg grating sensing elements (201, 203, 205) due to the change in strain, wherein the Bragg grating sensing elements (201, 203, 205) are inscribed through the protective polymer coating of the optical fiber with a laser having a pulse duration less than 5 ps.
A method, implemented by a radio access network, RAN, node in a RAN of a wireless communication network, the method comprising: signaling, responsive to detecting an overload condition of the RAN, a wireless device to stop reporting Quality of Experience, QoE, measurements to the RAN; and notifying a management system in a core network outside of the RAN that the reporting of QoE measurements to the RAN has stopped. signaling, responsive to detecting an overload condition of the RAN, a wireless device to stop reporting Quality of Experience, QoE, measurements to the RAN; and notifying a management system in a core network outside of the RAN that the reporting of QoE measurements to the RAN has stopped.
A biological substance detection method of specifically detecting a biological substance in a pathological section, the method comprising: immunostaining the pathological section with a fluorescent label; staining the pathological section with eosin having excitation wavelengths in a region of less than 350 nm and a wavelength region of higher than 450 nm and less than 550 nm used as a staining reagent for morphological observation; and detecting the biological substance in the pathological section through fluorescence emission by irradiation of the stained pathological section with excitation light having wavelengths other than the excitation wavelengths of the eosin, wherein in the immunostaining of the pathological section, a fluorescent dye-containing particle or a fluorescent nanoparticle-containing particle is used as the fluorescent label; wherein the fluorescent dye-containing particle comprises an organic or inorganic material particle containing a fluorescent dye and having an excitation wavelength in a wavelength region of 350 to 450 nm or in a longer wavelength region of 550 nm or more and the fluorescent nanoparticle-containing particle comprises an organic or inorganic material particle containing a fluorescent nanoparticle comprising phosphor or a semiconductor and having an excitation wavelength region of 350 to 450 nm or in a longer wavelength region of 550 nm or more. immunostaining the pathological section with a fluorescent label; staining the pathological section with eosin having excitation wavelengths in a region of less than 350 nm and a wavelength region of higher than 450 nm and less than 550 nm used as a staining reagent for morphological observation; and detecting the biological substance in the pathological section through fluorescence emission by irradiation of the stained pathological section with excitation light having wavelengths other than the excitation wavelengths of the eosin, wherein in the immunostaining of the pathological section, a fluorescent dye-containing particle or a fluorescent nanoparticle-containing particle is used as the fluorescent label; wherein the fluorescent dye-containing particle comprises an organic or inorganic material particle containing a fluorescent dye and having an excitation wavelength in a wavelength region of 350 to 450 nm or in a longer wavelength region of 550 nm or more and the fluorescent nanoparticle-containing particle comprises an organic or inorganic material particle containing a fluorescent nanoparticle comprising phosphor or a semiconductor and having an excitation wavelength region of 350 to 450 nm or in a longer wavelength region of 550 nm or more.
Rectangular and water-permeable soil stabilisation panel (1, 2) defining cells that can be filled with grit, for producing reinforced soil areas, such as footways, driveways, parking lots or the like, the panel consisting of a substantially closed bottom wall provided with water passage openings, and a wall grate integrally formed with the bottom wall, extending upward therefrom and limiting a plurality of cells, and with coupling means (4a, 4b, 6a, 6b) allowing the coupling of adjacent and adjoining panels along the panel edges, wherein the bottom wall with the water passage openings is formed with complementary edge areas (1a, 1b, 1c, 1d) that are offset in elevation and that create an overlapping of the bottom wall areas of adjacent panels during the connection of adjacent panels, and wherein the cell walls respectively extending transversely to the respective panel edge of the peripheral cells that are at least partly open towards the panel edge are configured with end areas (2a, 2b) which, in connected panels, overlap with the corresponding cell wall areas of the adjacent plate with a clearance for movement, characterized in that a) the soil reinforcing panel is configured as a plastic mold part, in that b) the water passage openings in the bottom allow for the exit of only small particles, but not of grit, in that c) the overlap of the bottom wall areas of adjacent panels is created with a clearance for movement and in such a way that in case of movement of the panels relative to one another no gaps between the bottom walls of adjacent plates are created due to the mutual overlapping of the edge areas of the bottom panels in a panel assembly, and the overall panel assembly always has a continuous bottom extending above the connected panel edges, and in that d) the complementary coupling means (4a, 4b, 6a, 6b) arranged at the panel edges secure the adjacent panels against their separation as well as relative vertical movement of the panel edges, and are formed with elastic elements (44, 65) which allow for elastic movement play when the panels are coupled. a) the soil reinforcing panel is configured as a plastic mold part, in that b) the water passage openings in the bottom allow for the exit of only small particles, but not of grit, in that c) the overlap of the bottom wall areas of adjacent panels is created with a clearance for movement and in such a way that in case of movement of the panels relative to one another no gaps between the bottom walls of adjacent plates are created due to the mutual overlapping of the edge areas of the bottom panels in a panel assembly, and the overall panel assembly always has a continuous bottom extending above the connected panel edges, and in that d) the complementary coupling means (4a, 4b, 6a, 6b) arranged at the panel edges secure the adjacent panels against their separation as well as relative vertical movement of the panel edges, and are formed with elastic elements (44, 65) which allow for elastic movement play when the panels are coupled.
A method for distributing articles (2, 2a, 2b) comprising the steps of: - order-picking the articles (2, 2a, 2b) included in an order into at least one shelf compartment of a shelf unit (7, 7a..7m), - wherein the shelf unit (7, 7a..7m) is transported into or arranged in a handover position in a first article storage region (A, A1, A2) of a dispensing station (1a..1u), wherein the dispensing station (1a..1u) comprises the first article storage region (A, A1, A2) separated by a first separating wall (3, 3a, 3b) and a customer access region (B, B 1, B2), and wherein the at least one shelf compartment, in the handover position of the shelf unit (7, 7a..7m), is accessible via a closeable opening (4, 4a, 4b) in the first separating wall (3, 3a, 3b), and - wherein an article distribution system accepts a request to pick up the articles (2, 2a, 2b) by a person or a machine (38, 44) associated with the person and releases the closable opening (4, 4a, 4b) if the person or the machine (38, 44) is authorized to pick up the articles (2, 2a, 2b), characterized in that - the article dispensing system releases, individually and depending on the request to pick up the articles (2, 2a, 2b), a continuous opening (4, 4a, 4b) of variable size by releasing several adjacent swing doors (10a..10g) for closing the opening (4, 4a, 4b), which are disposed in the separating wall (3, 3a, 3b) and at least some of which are hinged in opposite pairs and which are associated with this request. - order-picking the articles (2, 2a, 2b) included in an order into at least one shelf compartment of a shelf unit (7, 7a..7m), - wherein the shelf unit (7, 7a..7m) is transported into or arranged in a handover position in a first article storage region (A, A1, A2) of a dispensing station (1a..1u), wherein the dispensing station (1a..1u) comprises the first article storage region (A, A1, A2) separated by a first separating wall (3, 3a, 3b) and a customer access region (B, B 1, B2), and wherein the at least one shelf compartment, in the handover position of the shelf unit (7, 7a..7m), is accessible via a closeable opening (4, 4a, 4b) in the first separating wall (3, 3a, 3b), and - wherein an article distribution system accepts a request to pick up the articles (2, 2a, 2b) by a person or a machine (38, 44) associated with the person and releases the closable opening (4, 4a, 4b) if the person or the machine (38, 44) is authorized to pick up the articles (2, 2a, 2b), characterized in that - the article dispensing system releases, individually and depending on the request to pick up the articles (2, 2a, 2b), a continuous opening (4, 4a, 4b) of variable size by releasing several adjacent swing doors (10a..10g) for closing the opening (4, 4a, 4b), which are disposed in the separating wall (3, 3a, 3b) and at least some of which are hinged in opposite pairs and which are associated with this request.
A drop-on-demand printing method comprising combining primary drops to form a combined drop, by performing the following steps in a printing head: - discharging a first primary drop (x21A) of a first liquid collected from a first liquid reservoir (x16A) to move along a first path; - discharging a second primary drop (x21B) of a second liquid collected from a second liquid reservoir (x16B) to move along a second path; - controlling the flight of the first primary drop (x21A) and the second primary drop (x21B) to combine the first primary drop with the second primary drop into the combined drop at a connection point within a reaction chamber within the printing head so that a chemical reaction is initiated within a controlled environment of the reaction chamber between the first liquid of the first primary drop and the second liquid of the second primary drop; - and controlling the flight of the combined drop through the reaction chamber along a combined drop path directed towards the surface to be printed such that the combined drop, during movement along the combined drop path starting from the connection point is distanced from the elements of the printing head. - discharging a first primary drop (x21A) of a first liquid collected from a first liquid reservoir (x16A) to move along a first path; - discharging a second primary drop (x21B) of a second liquid collected from a second liquid reservoir (x16B) to move along a second path; - controlling the flight of the first primary drop (x21A) and the second primary drop (x21B) to combine the first primary drop with the second primary drop into the combined drop at a connection point within a reaction chamber within the printing head so that a chemical reaction is initiated within a controlled environment of the reaction chamber between the first liquid of the first primary drop and the second liquid of the second primary drop; - and controlling the flight of the combined drop through the reaction chamber along a combined drop path directed towards the surface to be printed such that the combined drop, during movement along the combined drop path starting from the connection point is distanced from the elements of the printing head.
A silicone adhesive composition, comprising an addition reaction-curable silicone, a compound having at least one unsaturated hydrocarbon group and at least one (poly)oxyalkylene residue in one molecule, an ionic liquid containing no lithium, and (e) a platinum group metal catalyst which is not a complex with a compound having an unsaturated hydrocarbon bond. an addition reaction-curable silicone, a compound having at least one unsaturated hydrocarbon group and at least one (poly)oxyalkylene residue in one molecule, an ionic liquid containing no lithium, and (e) a platinum group metal catalyst which is not a complex with a compound having an unsaturated hydrocarbon bond.
A household appliance comprising a main discharge line and a circulation line, and a filtering member having a casing which is disposed between the main discharge line and the circulation line, an inlet which is provided on the wall of the casing connected to the main discharge line and which receives the discharged water, a first chamber into which the inlet opens in the casing, a second chamber which is disposed under the first chamber, a filter which is disposed between the first chamber and the second chamber, a first outlet which is provided on the first chamber and which is positioned opposite to the inlet, and a second outlet which is provided on the second chamber and which is positioned at the same vertical plane as the inlet characterized by the filtering member comprising spikes on the surface of the filter, each having a rounded edge and a sharp edge, and inclined against the direction of water flow such that the rounded edges face the first chamber and the sharp edges face the second chamber.
A method for producing a myocardial sheet from cardiomyocytes, endothelial cells, and mural cells derived from embryonic stem cells comprising the following steps (a) and (b) of: (a) producing Flk/KDR positive cells, cardiomyocytes, endothelial cells, and mural cells from embryonic stem cells; (b) forming a sheet by mixing the Flk/KDR positive cells with the cardiomyocytes, endothelial cells, and mural cells. (a) producing Flk/KDR positive cells, cardiomyocytes, endothelial cells, and mural cells from embryonic stem cells; (b) forming a sheet by mixing the Flk/KDR positive cells with the cardiomyocytes, endothelial cells, and mural cells.
A device for resuspending a concentrated blood component collected in a single-use processing chamber comprising: a support adapted to permit mounting the single-use processing chamber thereto; a motor operatively connected to the support for imparting motion thereto; a controller for actuating the motor; and a compression element that is selectively engageable with the processing chamber when mounted to the support, wherein the compression element is a roller. a support adapted to permit mounting the single-use processing chamber thereto; a motor operatively connected to the support for imparting motion thereto; a controller for actuating the motor; and a compression element that is selectively engageable with the processing chamber when mounted to the support, wherein the compression element is a roller.
An ice thickness measurement sensor for measuring the thickness of ice on a surface comprising: an insulating plate arrangeable so as to extend away from said surface from a proximal end to a distal end in use; a first array of electrodes formed on the insulating plate as parallel arms extending from a spine; and a second array of electrodes formed on the insulating plate as parallel arms extending from a spine, wherein the first array of electrodes and the second array of electrodes are interlaced such that an array of capacitors is formed by neighbouring pairs of electrodes (124a, 134a) from the respective first and second arrays, the array of capacitors forming a capacitive sensor. an insulating plate arrangeable so as to extend away from said surface from a proximal end to a distal end in use; a first array of electrodes formed on the insulating plate as parallel arms extending from a spine; and a second array of electrodes formed on the insulating plate as parallel arms extending from a spine, wherein the first array of electrodes and the second array of electrodes are interlaced such that an array of capacitors is formed by neighbouring pairs of electrodes (124a, 134a) from the respective first and second arrays, the array of capacitors forming a capacitive sensor.
An apparatus for a user equipment, the apparatus comprising: - means for receiving, from a first cell, an indication of a measurement configuration valid for a second cell, the second cell being a neighboring cell of the first cell, wherein the measurement configuration indicates cells neighboring the second cell to be measured by the apparatus in case of radio link failure, and the measurement configuration originates from an access node controlling the second cell; - means for performing at least one measurement in accordance with the measurement configuration responsive to a radio link failure of a radio link over which the apparatus is communicating with the first cell; - means for re-establishing the radio link with the access node controlling the second cell; and - means for reporting the results of the at least one measurement to the access node controlling the second cell. - means for receiving, from a first cell, an indication of a measurement configuration valid for a second cell, the second cell being a neighboring cell of the first cell, wherein the measurement configuration indicates cells neighboring the second cell to be measured by the apparatus in case of radio link failure, and the measurement configuration originates from an access node controlling the second cell; - means for performing at least one measurement in accordance with the measurement configuration responsive to a radio link failure of a radio link over which the apparatus is communicating with the first cell; - means for re-establishing the radio link with the access node controlling the second cell; and - means for reporting the results of the at least one measurement to the access node controlling the second cell.
A leadless pacing device for delivering pacing pulses to a heart of a patient, the leadless pacing device comprising: a power supply for providing a power supply voltage; a housing at least partially supporting the power supply, the housing having a distal end, a proximal end, and a side extending between the distal end and the proximal end; a plurality of electrodes (26, 28) on the housing; a fixing member extending from the housing; a distal extension connected to the housing and extending distally of the distal end of the housing; a guide wire port (54; and a guide wire lumen characterized in that the guide wire port extends through the side of the housing at a location proximal of the fixing member; and the guide wire lumen extends from the guide wire port in the side of the housing and at a location proximal of the fixing member to a distal end of the distal extension. a power supply for providing a power supply voltage; a housing at least partially supporting the power supply, the housing having a distal end, a proximal end, and a side extending between the distal end and the proximal end; a plurality of electrodes (26, 28) on the housing; a fixing member extending from the housing; a distal extension connected to the housing and extending distally of the distal end of the housing; a guide wire port (54; and a guide wire lumen characterized in that the guide wire port extends through the side of the housing at a location proximal of the fixing member; and the guide wire lumen extends from the guide wire port in the side of the housing and at a location proximal of the fixing member to a distal end of the distal extension.
Exhaust-gas turbocharger arrangement having a first and a second exhaust-gas turbocharger, the turbine outlet of one exhaust-gas turbocharger being connected via a pipe arrangement with a pipe element to the turbine inlet of the other exhaust-gas turbocharger, a first pipe section of the pipe element having a first fastening apparatus for fastening the first exhaust-gas turbocharger and a second fastening apparatus for fastening the pipe element to a first supporting element of an internal combustion engine, and in that a second pipe section which is separate from the first pipe section has a third fastening apparatus for fastening of the second exhaust-gas turbocharger and a fourth fastening apparatus for fastening the pipe element to a second supporting element of an internal combustion engine.
A shoe sole including: - a first base component having a first tread lower layer including a plurality of blocks, and a second upper layer; - at least one second top component connected to said first base component, as well as - at least one third intermediate component interposed between said first base component and said second top component, said at least one third intermediate component having a hardness lower than said second top component and is intended to control and dissipate the deformation of said first base component, so as to prevent or reduce the propagation of deformations from said first base component to said second top component, wherein said first component has a flat or substantially flat intermediate section, as well as an annular section or a plurality of lateral sections extending upwards, in use, starting from an outer edge of said intermediate section, and wherein said second component has a base wall, a first annular wall or one or more first side walls extending starting from the outer edge of said base wall, in use, upwards, a second annular wall or at least one second side wall extending starting from the outer edge of said base wall, in use, towards the bottom, the upper, in use, end of said first component being enclosing and in abutment against as well as connected on said second annular wall or said at least one second side wall. - a first base component having a first tread lower layer including a plurality of blocks, and a second upper layer; - at least one second top component connected to said first base component, as well as - at least one third intermediate component interposed between said first base component and said second top component,