mhurhangee/ep-ind-claims huggingface dataset:
Method in a mobile telecommunication network for detection of device information including subscriber information and equipment information, the network comprising a mobile station with a terminal part and with a subscriber identity module, SIM, and an application, the network further comprising a repository for storing device information, including configuration data and/or personal settings data, the method comprising a) detecting by the application device information of the mobile station attaching to the network, b) comparing by the application the detected device information to the device information previously stored in the mobile station, c) the application running in the mobile station sends the detected device information to be stored in the network repository if it does not correspond to the device information previously stored in the mobile station, where after d) the configuration data and/or the personal settings data are downloaded automatically to the mobile station, wherein the application is situated in the subscriber identity module, SIM, and is executed by a signal from the operation system of the subscriber identity module, SIM, when the mobile terminal is switched on, and wherein the application for detecting device information consists of a device switch application in the subscriber identity module, SIM, of the mobile station, wherein the network further comprises a Device Switch Detector which is connected to the repository and which receives the information sent from the subscriber identity module that a subscriber has changed a subscriber identity module. a) detecting by the application device information of the mobile station attaching to the network, b) comparing by the application the detected device information to the device information previously stored in the mobile station, c) the application running in the mobile station sends the detected device information to be stored in the network repository if it does not correspond to the device information previously stored in the mobile station, where after d) the configuration data and/or the personal settings data are downloaded automatically to the mobile station, wherein the application is situated in the subscriber identity module, SIM, and is executed by a signal from the operation system of the subscriber identity module, SIM, when the mobile terminal is switched on, and wherein the application for detecting device information consists of a device switch application in the subscriber identity module, SIM, of the mobile station, wherein the network further comprises a Device Switch Detector which is connected to the repository and which receives the information sent from the subscriber identity module that a subscriber has changed a subscriber identity module.
A nacelle for a gas turbine engine, the nacelle having an intake at the upstream end of the nacelle and an exhaust at the downstream end of the nacelle, and the intake having, in flow series, an intake lip and a diffuser, wherein: the intake lip has a highlight which is a closed loop defining a boundary between inner and outer surfaces of the intake lip, on all longitudinal sections through the nacelle that contain the longitudinal axis of the nacelle said inner and outer surfaces (36A, 36B) have their tangents coincident at the highlight and have their maximum curvatures at the highlight; the highlight lying in a highlight surface which is either planar or is curved in only one principal direction; the nacelle being characterised in that at each of one or more positions on the highlight, and in the respective longitudinal section, a portion of the intake lip crosses a tangent to the highlight surface at that position and surfaces of the intake neighbouring that portion of the intake lip provide smoothly blended surfaces; wherein an angle between the tangent to said inner and outer surfaces (36A, 36B) at the highlight and the tangent to the highlight surface is at most 5°. the intake lip has a highlight which is a closed loop defining a boundary between inner and outer surfaces of the intake lip, on all longitudinal sections through the nacelle that contain the longitudinal axis of the nacelle said inner and outer surfaces (36A, 36B) have their tangents coincident at the highlight and have their maximum curvatures at the highlight; the highlight lying in a highlight surface which is either planar or is curved in only one principal direction; the nacelle being characterised in that at each of one or more positions on the highlight, and in the respective longitudinal section, a portion of the intake lip crosses a tangent to the highlight surface at that position and surfaces of the intake neighbouring that portion of the intake lip provide smoothly blended surfaces; wherein an angle between the tangent to said inner and outer surfaces (36A, 36B) at the highlight and the tangent to the highlight surface is at most 5°.
A needle device comprising: a catheter tube attached to a catheter hub, said catheter hub comprising a hub body comprising an exterior surface and an interior surface defining an interior cavity; a valve (112, 202) comprising a first valve piece (144, 204) comprising first diameter attached to a second valve piece (146, 206) comprising a second diameter by a valve stem (148, 208), which has a stem diameter that is smaller than the first diameter and the second diameter, a lumen (180, 250) extending at least partially through the valve stem (148, 208), and a septum (160, 240) comprising one or more slits (170, 220) located at an end of the lumen (180, 250); a valve retainer (116, 210) positioned in the interior cavity of the catheter hub to secure the valve (112, 202) to the interior cavity of the catheter hub; and a needle projecting through the valve stem (148, 208), through the catheter tube, and having a needle tip extending distally of a distal end of the catheter tube in a ready to use position; said needle having a proximal end attached to a needle hub characterized in that the valve retainer (116, 210) comprises a plurality of flow holes. a catheter tube attached to a catheter hub, said catheter hub comprising a hub body comprising an exterior surface and an interior surface defining an interior cavity; a valve (112, 202) comprising a first valve piece (144, 204) comprising first diameter attached to a second valve piece (146, 206) comprising a second diameter by a valve stem (148, 208), which has a stem diameter that is smaller than the first diameter and the second diameter, a lumen (180, 250) extending at least partially through the valve stem (148, 208), and a septum (160, 240) comprising one or more slits (170, 220) located at an end of the lumen (180, 250); a valve retainer (116, 210) positioned in the interior cavity of the catheter hub to secure the valve (112, 202) to the interior cavity of the catheter hub; and a needle projecting through the valve stem (148, 208), through the catheter tube, and having a needle tip extending distally of a distal end of the catheter tube in a ready to use position; said needle having a proximal end attached to a needle hub characterized in that the valve retainer (116, 210) comprises a plurality of flow holes.
A prosthetic heart valve adapted for post-implant expansion and having an inflow end and an outflow end, comprising: an inner structural support stent including a generally circular composite band having alternating upstanding commissure posts and cusps, wherein the composite band comprises an outer band surrounding and attached to an inner band that defines the commissure posts, the support stent defining an implant circumference that is substantially non-compressible in normal physiological use and has a first diameter, and wherein the outer band has a single expandable segment around its periphery that permits expansion of the support stent from the first diameter to a second diameter larger than the first diameter upon application of an outward dilatory force from within the support stent substantially larger than forces associated with normal physiological use; and a plurality of flexible leaflets supported by the support stent and configured to ensure one-way blood flow therethrough, wherein the single expandable segment is formed by overlapping free ends (277a, 277b) and located at either one of the cusps or one of the commissures, wherein the overlapping free ends (277a, 277b) of the outer band overlap with one outside the other and a sleeve surrounds them to hold the free ends (277a, 277b) radially together and maintain alignment of the free ends (277a, 277b) by providing a minimum amount of friction. an inner structural support stent including a generally circular composite band having alternating upstanding commissure posts and cusps, wherein the composite band comprises an outer band surrounding and attached to an inner band that defines the commissure posts, the support stent defining an implant circumference that is substantially non-compressible in normal physiological use and has a first diameter, and wherein the outer band has a single expandable segment around its periphery that permits expansion of the support stent from the first diameter to a second diameter larger than the first diameter upon application of an outward dilatory force from within the support stent substantially larger than forces associated with normal physiological use; and a plurality of flexible leaflets supported by the support stent and configured to ensure one-way blood flow therethrough, wherein the single expandable segment is formed by overlapping free ends (277a, 277b) and located at either one of the cusps or one of the commissures, wherein the overlapping free ends (277a, 277b) of the outer band overlap with one outside the other and a sleeve surrounds them to hold the free ends (277a, 277b) radially together and maintain alignment of the free ends (277a, 277b) by providing a minimum amount of friction.
A spark plug comprising a center electrode, the center electrode having a small-diameter portion with a noble metal tip joined by laser welding to a front end of the small-diameter portion, a large-diameter portion made larger in diameter than the small-diameter portion and a connection portion connecting the small-diameter portion and the large-diameter portion to each other, wherein the spark plug satisfies the following conditions, and: Dg ≤ 2.6 1.15 ≤ Lc + Ls ≤ 3.0 0.48 ≤ Ls / Lc + Ls ≤ 0.75 where Dg (mm) is a diameter of the large-diameter portion; Lc (mm) is a length of the noble metal tip in an axis direction of the spark plug; and Ls (mm) is a length of the small-diameter portion in the axis direction of the spark plug; and wherein a boundary region between the small-diameter portion and the connection portion of the center electrode has a rounded profile.
A wire guide for introducing medical devices into a patient, the wire guide comprising: a core member having a first and second end; and a braided member woven of a plurality of strands, the braided member being affixed to the core member, whereby the core member includes a shoulder and a height of the shoulder is about the thickness of the braided member to thereby provide a smooth transition from the core member to the braided member; and the braided member is located about a portion of the core member, characterized in that the braided member 14 extends from the shoulder beyond the first end of the core member to provide a flexible end section of the wire guide. a core member having a first and second end; and a braided member woven of a plurality of strands, the braided member being affixed to the core member, whereby the core member includes a shoulder and a height of the shoulder is about the thickness of the braided member to thereby provide a smooth transition from the core member to the braided member; and the braided member is located about a portion of the core member, characterized in that the braided member 14 extends from the shoulder beyond the first end of the core member to provide a flexible end section of the wire guide.
A sweeper/scrubber assembly for cleaning a floor surface comprising: a first brush and a second brush configured to rotate along the floor surface; the first brush being configured to rotate along the floor surface about a first rotational axis; the second brush being positioned adjacent to the first brush and is configured to rotate along the floor surface about a second rotational axis; a cleaning fluid dispensing system configured to dispense cleaning fluid on at least one of the floor surface, the first brush and the second brush; a vacuum squeegee positioned against one of the first brush and the second brush, the vacuum squeegee being configured to apply a vacuum suction force to a face of the first brush or the second brush against which the vacuum squeegee is positioned; and a solid debris collection reservoir that is an unvacuumed space configured to receive solid debris thrown by one or both of the first brush and the second brush. a first brush and a second brush configured to rotate along the floor surface; the first brush being configured to rotate along the floor surface about a first rotational axis; the second brush being positioned adjacent to the first brush and is configured to rotate along the floor surface about a second rotational axis; a cleaning fluid dispensing system configured to dispense cleaning fluid on at least one of the floor surface, the first brush and the second brush; a vacuum squeegee positioned against one of the first brush and the second brush, the vacuum squeegee being configured to apply a vacuum suction force to a face of the first brush or the second brush against which the vacuum squeegee is positioned; and a solid debris collection reservoir that is an unvacuumed space configured to receive solid debris thrown by one or both of the first brush and the second brush.
A trimming device for an electrode film of a secondary battery comprising: a frame for providing a supporting force; a plurality of vertical columns which are supported by the frame, are extended vertically, and can be raised and lowered; a pair of main shafts which are supported horizontally, can rotate axially, and has a plurality of first eccentric axis portions and second eccentric axis portions having mutually different rotational center axes; a driving unit (15,16,17) which axially rotates the respective main shafts, simultaneously; an elevation force transfer unit which is installed or a lower portion of the main shaft and coupled with a bottom portion of the vertical column; an upper elevated body which is horizontally installed with an upper portion of the main shaft, is coupled with a top portion of the vertical column, and includes an upper; a lower elevated body which is arranged under the upper elevated body to be spaced apart therefrom, is supported by the vertical column, is capable of a sliding motion with respect to the vertical column, and includes a lower mold corresponding with the upper mold; a fine adjusting unit which is provided under the elevation force transfer unit and, when necessary, adjusts a gap between the upper mold and the lower mold; a plurality of first connecting arms which are coupled with the first eccentric axis portion of the main shaft, extend downwards to be linked with the elevation force transfer unit, and are driven by the axial rotation of the main shaft so as to provide an up-down motion for the elevation force transfer unit, the fine adjusting, the vertical columns, and the upper elevated body; and a plurality of second connecting arms which are coupled with the second eccentric axis portion of the main shaft, extended upwards to be coupled with the lower elevated body, and driven by the axial rotation of the main shaft so as to raise or lower the lower elevated body.
Electronic memory device, comprising a bank of memories provided with a cache, and a sequencer for providing physical access to said bank of memories, as well as a physical interface for receiving high level memory access requests, and a request manager, characterized in that the request manager comprises an input queue for storing the high level memory access requests, an arbitration function which takes account of data of the cache and data of the input queue so as to designate a request which is to be executed and an output queue for receiving data of an executed request, thus allowing the memory banks, the sequencer and the request manager to be realized on a single chip, the chip comprising unidirectional point-to-point lines for transporting high level requests, the input queue and output queue being both connected by a unidirectional link to the physical interface, the physical interface providing a connection between the chip and the outside, wherein all the data entering the device via the physical interface are stored in the input queue, and all the data sent out of the device are initially stored in the output queue.
An arrangement configured to calibrate latency of a processing device between an input interface and an output interface, said arrangement comprising: - a generator of a calibrated output to be output by the processing device through the output interface (310a, 310b) as an output event; - a sensor (330a, 330b) configured to capture the calibrated output and send it to a processing unit of the processing device through the input interface; wherein the sensor is an optical sensor; wherein the input interface is a port of the computer device adapted to receive datasets from computer mice; and wherein the calibrated output is a two-dimensional periodic image configured to move on a screen of the processing device relatively to the optical sensor. - a generator of a calibrated output to be output by the processing device through the output interface (310a, 310b) as an output event; - a sensor (330a, 330b) configured to capture the calibrated output and send it to a processing unit of the processing device through the input interface;
A method for quenching a metal material comprising quenching the metal material with a heat-treating oil composition having a kinematic viscosity of from 8 to 35 mm 2 /s at 100°C and which comprises a mixed base oil containing not less than 5% by mass but less than 50% by mass, on the basis of the mixed base oil, of a low-boiling base oil having a 5% distillation temperature of from 300 to 400°C, and more than 50% by mass but not more than 95% by mass, on the basis of the mixed base oil, of a high-boiling base oil having a 5% distillation temperature of 500°C or higher, wherein the 5% distillation temperature corresponding to the temperature at which 5% of an oil is distilled off as measured by "Reference: Distillation Testing Method for Petroleum Fractions by Gas Chromatography" of "Petroleum Products-Distillation Test" according to JIS K2254.
A method for producing a syngas containing H 2 and CO, wherein coke oven gas from a coke oven process is separated into hydrogen and a residual gas stream containing hydrocarbons, wherein the hydrogen separated from the coke oven gas is fed to a CO-rich syngas stream obtained from the top gas of a blast furnace process, and wherein the residual gas stream containing the hydrocarbons is recirculated into the blast furnace process as feedstock.
A motorcycle comprising: a headlight unit including a base member made of resin, and a lens member attached to the base member; a front cowl made of resin, to which the headlight unit is attached; and an attachment portion used to attach a license plate, characterized by the attachment portion protruding from the front cowl, and the attachment portion being made of resin and being integrally molded with the front cowl. a headlight unit including a base member made of resin, and a lens member attached to the base member; a front cowl made of resin, to which the headlight unit is attached; and an attachment portion used to attach a license plate, characterized by the attachment portion protruding from the front cowl, and the attachment portion being made of resin and being integrally molded with the front cowl.
A system comprising: a negative-pressure dressing configured for application of negative pressure to a tissue site; an isolation patch, configured for use under the negative-pressure dressing and configured to fluidly isolate a portion of the tissue site from the negative pressure; and a negative-pressure source fluidly coupled to the negative-pressure dressing. a negative-pressure dressing configured for application of negative pressure to a tissue site; an isolation patch, configured for use under the negative-pressure dressing and configured to fluidly isolate a portion of the tissue site from the negative pressure; and a negative-pressure source fluidly coupled to the negative-pressure dressing.
Composite floor panel comprising: a core layer having a multiple of pins; an inboard interlock layer having at least one ply mechanically interlocked with said multiple of pins; an inboard layer bonded to said inboard interlock layer; an outboard interlock layer having at least one ply mechanically interlocked with said multiple of pins; and an outboard layer bonded to said outboard interlock layer, characterized in that said core layer includes a multiple of closely spaced vertical pins, which are perpendicular to the composite floor panel and form a reinforcement area, in addition to the multiple of pins of the core layer and which fit between the multiple of pins of the core layer, and said multiple of closely spaced vertical pins each define a length equal to or shorter than a thickness of said core layer, wherein said core layer defines an at least partially rebated area within said reinforcement area, said at least partially rebated area includes a ramped edge. a core layer having a multiple of pins; an inboard interlock layer having at least one ply mechanically interlocked with said multiple of pins; an inboard layer bonded to said inboard interlock layer; an outboard interlock layer having at least one ply mechanically interlocked with said multiple of pins; and an outboard layer bonded to said outboard interlock layer, characterized in that said core layer includes a multiple of closely spaced vertical pins, which are perpendicular to the composite floor panel and form a reinforcement area, in addition to the multiple of pins of the core layer and which fit between the multiple of pins of the core layer, and said multiple of closely spaced vertical pins each define a length equal to or shorter than a thickness of said core layer, wherein said core layer defines an at least partially rebated area within said reinforcement area, said at least partially rebated area includes a ramped edge.