mhurhangee/ep-ind-claims huggingface dataset:
A high-strength electric resistance welded steel tube having a composition consisting of, in terms of percent by mass, C: 0.05 to 0.20% Si: 0.5 to 2.0% Mn: 1.0 to 3.0% P: 0.1% or less S: 0.01% or less Al: 0.01 to 0.1% N: 0.005% or less, and optionally at least one selected from Cu: 1.0% or less, Ni: 1.0% or less, Cr: 0.5% or less, Mo: 0.5% or less, Nb: 0.05% or less, Ti: 0.05% or less, W: 0.05% or less, B: 0.0050% or less, Ca: 0.0050% or less and REM: 0.0050% or less, and the balance being Fe and unavoidable impurities, and a structure which is a dual phase structure including a ferrite phase and a martensite phase, with a volume ratio of the martensite phase being 20 to 60%, wherein the electric resistance welded steel tube has a tensile strength TS of 1180 MPa or more, an elongation El thereof in a tube axis direction of 10% or more, and a yield ratio of less than 90% before an application of a 2% prestrain and baking finishing, and wherein the material of the electric resistance welded steel tube has a strength increase (BH value) of 100 MPa or more and a yield ratio of 90% or more after the application of a 2% prestrain and baking finishing that includes a heat treatment of 170°C × 10 min, wherein TS, El and yield ratio are determined by taking JIS No. 12 tensile test specimens according to JIS Z 2201 and conducting a tensile test according to JIS Z 2241; and the BH value is calculated by determining the difference between the 0.2% proof stress after baking finishing and the strength after application of a 2% strain. and a structure which is a dual phase structure including a ferrite phase and a martensite phase, with a volume ratio of the martensite phase being 20 to 60%, wherein the electric resistance welded steel tube has a tensile strength TS of 1180 MPa or more, an elongation El thereof in a tube axis direction of 10% or more, and a yield ratio of less than 90% before an application of a 2% prestrain and baking finishing, and wherein the material of the electric resistance welded steel tube has a strength increase (BH value) of 100 MPa or more and a yield ratio of 90% or more after the application of a 2% prestrain and baking finishing that includes a heat treatment of 170°C × 10 min, wherein TS, El and yield ratio are determined by taking JIS No. 12 tensile test specimens according to JIS Z 2201 and conducting a tensile test according to JIS Z 2241; and the BH value is calculated by determining the difference between the 0.2% proof stress after baking finishing and the strength after application of a 2% strain.
A carrier arrangement for a vehicle lifting platform, comprising two longitudinal beams (122, 124) spaced apart from one another, which can be moved vertically by a lifting device, wherein the longitudinal beams (122, 124) extend in a longitudinal direction, characterized in that, two carriages (140, 142, 144, 146; 240; 340; 540; 740) that are spaced apart from one another in the longitudinal direction are accommodated on each of the two longitudinal beams (122, 124) in order to reach under a first axle and a second axle of a vehicle, wherein a distance between the two carriages (140, 142, 144, 146; 240; 340; 540; 740) is adjustable, the carriages (140, 142, 144, 146; 240; 340; 540; 740) are each configured to accommodate at least two carrier leaves (154; 254; 554; 754), which are spaced apart from one another in the longitudinal direction, and which are configured for a support reaching under the wheel, and which are arranged to be selectively accommodated in an inward directed orientation or an outward directed orientation, the carriages (140, 142, 144, 146; 240; 340; 540; 740) are movable in a first state in the longitudinal direction along the longitudinal beam (122, 124), the carriages (140, 142, 144, 146; 240; 340; 540; 740) are frictionally fixed to the longitudinal beam (122, 124) in a second state, a switching between the first state and the second state of the carriage (140, 142, 144, 146; 240; 340; 540; 740) causes an engagement or disengagement of a guide roller (170; 270; 370; 570; 770), which has a friction-reducing effect in the first state of the carriage (140, 142, 144, 146; 240; 340; 540; 740), and an adapter unit, which is arranged to reach under the vehicle body, can be accommodated on the at least two carrier leaves (154; 254; 554; 754) of a carriage (140, 142, 144, 146; 240; 340; 540; 740).
A motor vehicle combustion engine including at least one combustion cylinder, an exhaust line, a richness sensor disposed on the exhaust line, a module for determining a richness setpoint at the sensor as a function of a richness setpoint in said at least one combustion cylinder, the determining module being configured to determine the richness setpoint at the sensor by using a first calculation rule, and a regulation module which is configured to determine a richness correction to be applied in said at least one cylinder according to a first calculation rule as a function of a representative value of a difference between a richness measured by the sensor and the richness setpoint at the sensor, characterized in that the determining module of the richness setpoint at the sensor or the regulation module is configured to use respectively a second calculation rule of the richness setpoint at the sensor or a second calculation rule of the correction to be applied, which second calculation rule is different from the first calculation rule respectively of the richness setpoint or of the correction to be applied, and the engine comprises a selection module receiving at least one value (d) of an operating parameter of the engine, the selection module being configured to select a calculation rule used by the determining module of the richness setpoint at the sensor or by the regulation module from the first calculation rule and the second calculation rule respectively of the richness setpoint or of the correction to be applied as a function of said at least one value (d) of an operating parameter of the engine.
An information processing device comprising a cache data measuring unit configured to measure a data usage amount when a wireless terminal uses data relating to an application in an application server that holds the application and the data, wherein the information processing device is disposed between a base station to which the wireless terminal is connected and the application server by a direct connection, and the measurement, by the cache data measuring unit, is performed on a basis of data communication between the base station and the application server, and wherein the information processing device is configured to send the measured data usage amount to a fee charging unit for charging a fee on a basis of said measurement result.
Tooling for the manufacture of wound capacities, comprising a fibre-winding mandrel, characterized in that the mandrel, of the type that can be removed or eliminated after the capacity has been wound and polymerized, is made at least partially from a cellular concrete.
Vehicle door handle with a grip section and at least one fastening section coupled to the grip section for mounting the grip section on a vehicle, wherein the grip section has a housing and near-field communication electronics accommodated in the housing, wherein the grip section is designed such that the housing is deformed when it is actuated, wherein the near-field communication electronics has an oscillating circuit with a coil and wherein a control circuit is coupled to the near-field communication electronics, wherein the control circuit is designed to control the near-field communication electronics in a communication mode, wherein the coil can be operated as a transmit/receive coil for near-field communication, wherein the housing has at least one metallic component (9a, 9b) in a region which faces the coil, wherein the metallic component is designed to change its position relative to the coil when the housing is deformed, wherein the control circuit is designed for temporarily deactivating the communication mode and for activating the coil in a sensor mode, wherein the control circuit is designed to repeatedly measure the inductance of the coil in the sensor mode in order to detect deformations of the housing, wherein the control circuit is designed to provide an actuation signal as a function of the inductance of the coil when the coil is controlled in sensor mode. wherein the grip section has a housing and near-field communication electronics accommodated in the housing, wherein the grip section is designed such that the housing is deformed when it is actuated, wherein the near-field communication electronics has an oscillating circuit with a coil and wherein a control circuit is coupled to the near-field communication electronics, wherein the control circuit is designed to control the near-field communication electronics in a communication mode, wherein the coil can be operated as a transmit/receive coil for near-field communication, wherein the housing has at least one metallic component (9a, 9b) in a region which faces the coil, wherein the metallic component is designed to change its position relative to the coil when the housing is deformed, wherein the control circuit is designed for temporarily deactivating the communication mode and for activating the coil in a sensor mode, wherein the control circuit is designed to repeatedly measure the inductance of the coil in the sensor mode in order to detect deformations of the housing, wherein the control circuit is designed to provide an actuation signal as a function of the inductance of the coil when the coil is controlled in sensor mode.
An optical unit comprising, seen in a direction from the object side to the imaging surface, a first substrate, a first lens element, a flat, transparent intermediate layer, a second lens element and a second substrate, which intermediate layer has an optically correcting function near the imaging surface, wherein said first lens element and said first substrate are integral parts forming together a first lens group and that said second lens element and said second substrate are integral parts forming together a second lens group, characterised in that the intermediate layer is connected to the first lens element and the second lens element by means of an adhesive.
A tissue sparing implant comprising: a stem having a distal stem axis; the stem having a medial side, anterior side, posterior side, and a lateral side, the stem further comprises a proximal end having a terminal flare flaring outwardly from said proximal end on the medial, anterior and posterior sides of the stem, said terminal flare having an exterior surface that forms an angle relative to the distal stem axis within a range of about seventy to about one-hundred and ten degrees, such that the terminal flare contacts an internal medial calcar region of a bone when implanted, such that load is transferred medially from the stem component to the medial calcar region; wherein the stem component further comprises a medial curve extending along a majority length of said stem component, wherein the medial curve comprises at least three different radii of curvature that increase from a proximal end of said stem component to a distal end of said stem component and wherein the medial curve is configured to model the natural medial curvature of a femoral neck of the natural femoral bone; and characterised in that the terminal flare does not flare outwardly on the lateral side of the stem. a stem having a distal stem axis; the stem having a medial side, anterior side, posterior side, and a lateral side, the stem further comprises a proximal end having a terminal flare flaring outwardly from said proximal end on the medial, anterior and posterior sides of the stem, said terminal flare having an exterior surface that forms an angle relative to the distal stem axis within a range of about seventy to about one-hundred and ten degrees, such that the terminal flare contacts an internal medial calcar region of a bone when implanted, such that load is transferred medially from the stem component to the medial calcar region; wherein the stem component further comprises a medial curve extending along a majority length of said stem component, wherein the medial curve comprises at least three different radii of curvature that increase from a proximal end of said stem component to a distal end of said stem component and wherein the medial curve is configured to model the natural medial curvature of a femoral neck of the natural femoral bone; and characterised in that the terminal flare does not flare outwardly on the lateral side of the stem.
A control device, within the session layer, for establishing data communication sessions between communication terminals (T1, T3) via a communication network, and comprising means of processing arranged, in the event a request is received to establish a session between a requesting terminal and at least one contact terminal, to locate each contact terminal so as to allow the establishment of that session, characterized in that it comprises means of search arranged, when said means of processing have received said request to establish a session between a requesting terminal and at least one contact terminal and have located said at least one contact terminal, to determine session information representative of session characteristics that the communication network can support for each communication between said requesting terminal and said at least one contact terminal and chosen from a group comprising traffic engineering data, information taken from traffic engineering data, information relating to quality of service, and in that said means of processing are arranged to integrate into at least one session control message intended for said requesting terminal and/or for at least one of said contact terminals said session information determined by said means of search, so that at least one of those terminals (T1, T3) can decide to effectively establish said session given said received session information.
A light engine arranged to form an image visible from a viewing window, wherein the light engine comprises: a display device arranged to display a hologram of the image and spatially modulate light in accordance with the hologram, wherein the hologram is configured to angularly distribute spatially modulated light of the image in accordance with position of image content, such that angular channels of the spatially modulated light correspond with respective continuous regions of the image; a waveguide pupil expander (2204,2404, 2604) arranged to receive the spatially modulated light and provide a plurality of different light propagation paths for the spatially modulated light from the display device to the viewing window; the light engine being characterized in further comprising a control device (2250, 2450, 2650) disposed between the waveguide pupil expander and the viewing window, wherein the control device comprises at least one aperture (2251,2451, 2453, 2453, 2454, 2651, 2652, 2653, 2654, 2655) arranged such that a first viewing position within the viewing window receives a first channel of light spatially modulated by the hologram in accordance with a first region of the image and a second viewing position within the viewing window receives a second channel of light spatially modulated by the hologram in accordance with a second region of the image. a display device arranged to display a hologram of the image and spatially modulate light in accordance with the hologram, wherein the hologram is configured to angularly distribute spatially modulated light of the image in accordance with position of image content, such that angular channels of the spatially modulated light correspond with respective continuous regions of the image; a waveguide pupil expander (2204,2404, 2604) arranged to receive the spatially modulated light and provide a plurality of different light propagation paths for the spatially modulated light from the display device to the viewing window; the light engine being characterized in further comprising a control device (2250, 2450, 2650) disposed between the waveguide pupil expander and the viewing window, wherein the control device comprises at least one aperture (2251,2451, 2453, 2453, 2454, 2651, 2652, 2653, 2654, 2655) arranged such that a first viewing position within the viewing window receives a first channel of light spatially modulated by the hologram in accordance with a first region of the image and a second viewing position within the viewing window receives a second channel of light spatially modulated by the hologram in accordance with a second region of the image.
A subsea variable speed drive apparatus comprising: - a pressure resistant container comprising a curved wall section having a curved, internal surface; and - a variable speed drive comprising at least one power electronics module arranged inside the container and held at a predetermined atmospheric pressure, wherein the at least one power electronics module is mounted on a heatsink which is mounted on the internal surface, the heatsink comprising a curved surface contacting the internal surface and having a radius of curvature corresponding to the radius of curvature of the internal surface, the heatsink being fixedly attached to the internal surface creating a contact pressure between the heatsink and the internal surface providing efficient heat transfer from the heatsink to the container. - a pressure resistant container comprising a curved wall section having a curved, internal surface; and - a variable speed drive comprising at least one power electronics module arranged inside the container and held at a predetermined atmospheric pressure,
An information processing device comprising: a judgment unit configured to judge whether or not at least part of a coverage area of a first cell overlaps with a coverage area of a second cell; an information acquisition unit configured to acquire second cell identification information previously assigned to identify the second cell, from a storage unit which stores the second cell identification information, from another device, or on the basis of information input; and a determination unit configured to determine whether first cell identification information for identifying the first cell is identical to the second cell identification information, based on a judgment result of the judgment unit. a judgment unit configured to judge whether or not at least part of a coverage area of a first cell overlaps with a coverage area of a second cell; an information acquisition unit configured to acquire second cell identification information previously assigned to identify the second cell, from a storage unit which stores the second cell identification information, from another device, or on the basis of information input; and a determination unit configured to determine whether first cell identification information for identifying the first cell is identical to the second cell identification information, based on a judgment result of the judgment unit.
A drug for use in treating an inflammatory bowel disease, comprising an RXR agonist as an active ingredient which is a compound represented by formula:
A surgical instrument control circuit comprising: a primary processor; a safety processor; and a segmented circuit comprising a plurality of circuit segments (1102a-1102h) in signal communication with the primary processor, the plurality of circuit segments (1102a-1102h) comprising: a power segment configured to provide a respective stabilized segment voltage to the primary processor, the safety processor, and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment. a primary processor; a safety processor; and a segmented circuit comprising a plurality of circuit segments (1102a-1102h) in signal communication with the primary processor, the plurality of circuit segments (1102a-1102h) comprising: a power segment configured to provide a respective stabilized segment voltage to the primary processor, the safety processor, and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment. a power segment configured to provide a respective stabilized segment voltage to the primary processor, the safety processor, and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment.
A signal distribution network (noa-noj) for an antenna arrangement (100a-100j) with fewer input ports than antenna elements, comprising: at least two signal splitters; and at least two signal combiners, wherein each signal splitter is configured to receive one input baseband signal (S1-S4) from a unique input port and to provide one direct feed signal as input to a unique antenna element (E1-E14), and to provide intermediate signals as input to two of said at least two signal combiners; wherein each signal combiner is configured to receive two intermediate signals, each intermediate signal being received from a respective signal splitter of said at least two signal splitters, and to provide one combined signal as input to a unique antenna element (E1-E14), wherein said one combined signal is formed by combining the received two intermediate signals; wherein the signal distribution network (noa-noj) further comprising one signal adder configured to provide input to one antenna element of the antenna arrangement (100a-100j), wherein one of said at least two signal splitters is configured to provide a first input to said signal adder, and wherein one of said at least two signal combiners is configured to provide a second input to said signal adder. at least two signal splitters; and at least two signal combiners, wherein each signal splitter is configured to receive one input baseband signal (S1-S4) from a unique input port and to provide one direct feed signal as input to a unique antenna element (E1-E14), and to provide intermediate signals as input to two of said at least two signal combiners; wherein each signal combiner is configured to receive two intermediate signals, each intermediate signal being received from a respective signal splitter of said at least two signal splitters, and to provide one combined signal as input to a unique antenna element (E1-E14), wherein said one combined signal is formed by combining the received two intermediate signals; wherein the signal distribution network (noa-noj) further comprising one signal adder configured to provide input to one antenna element of the antenna arrangement (100a-100j), wherein one of said at least two signal splitters is configured to provide a first input to said signal adder, and wherein one of said at least two signal combiners is configured to provide a second input to said signal adder.