mhurhangee/ep-ind-claims huggingface dataset:
Method of arranging an oxygen injector, which comprises a Laval nozzle, at a side wall of a metallurgical smelting unit, wherein the oxygen injector is arranged in an injector housing with an outlet opening, which is so arranged from outside the smelting unit at the side wall at an injector opening that the injector housing projects partly inwardly into the smelting unit, wherein an installation height of an outlet opening of the Laval nozzle above a surface of a melt present in the smelting unit is determined with consideration of an oxygen pressure in an inlet region of the Laval nozzle, an oxygen volume flow through the Laval nozzle and an incidence angle (a) of the Laval nozzle and the oxygen injector is arranged at the side wall in dependence on the determined installation height, wherein the installation height is determined by the formula H = a · p 2 + b · p + c · V̇ + d · V̇ + e · α + f, wherein a, b, c, d e and f are constant factors and p is the oxygen pressure in the inlet region of the Laval nozzle, V̇ is the oxygen volume flow through the Laval nozzle and α is the incidence angle of the Laval Nozzle, wherein the oxygen pressure in the inlet region of the Laval nozzle lies in the range of 8 bars ≤ p ≤ 12 bars, the oxygen volume flow through the Laval nozzle lies in the range of 1400 Nm 3 /h ≤ V̇ 4400 Nm 3 /h and the incidence angle (a) lies in the range of 40° ≤ α ≤ 45°, wherein the constant a lies in a range of -1.2 · 10 -4 to -3.7 · 10 -4, the constant b lies in a range of 1.8 · 10 -2 to 5.5 · 10 -2, the constant c lies in a range of -3.1 · 10 -9 to 9.3 · 10 -9, the constant d lies in a range of 1.3 · 10 -4 to 4.0 · 10 -4, the constant e lies in a range of 1.5 · 10 -2 to 4.5 · 10 -2 and the constant f lies in a range of -4.1 · 10 -1 to 1.2 · 10 0.
An assembly for a cycle including: - a cycle frame comprising a head tube having a lower end opening and an upper end opening, and - a front fork including a fork crown and a steerer tube extending longitudinally inside the head tube and at least one branch extending from the fork crown in a direction opposite that of the steerer tube, to support a front wheel; and - a steering stop system to limit the angular travel of the fork, the system including a first groove on the fork, characterized in that it includes a second groove on the frame or on the head tube, and a steering stop element mounted free between the first groove and the second groove. - a cycle frame comprising a head tube having a lower end opening and an upper end opening, and - a front fork including a fork crown and a steerer tube extending longitudinally inside the head tube and at least one branch extending from the fork crown in a direction opposite that of the steerer tube, to support a front wheel; and - a steering stop system to limit the angular travel of the fork, the system including a first groove on the fork,
A sensor device for use in detecting current in a conductor, said sensor device comprising: a Rogowski coil defining an aperture; and a dielectric material at least partially enclosing said Rogowski coil, said dielectric material comprising a first part and a second part and having a dielectric constant of at least about 3.5 at a frequency range between approximately 10 Hz to 1000 Hz, said dielectric material configured such that, when a conductor is at least partially inserted within said aperture, at least said first part of said dielectric material is positioned between said Rogowski coil and the conductor, wherein said first part of said dielectric material has a first thickness, said second part of said dielectric material has a second thickness that is less than the first said thickness, and said second part of said dielectric material is positioned adjacent to said Rogowski coil opposite said aperture; and an enclosure comprising a mount and said dielectric material, said enclosure substantially enclosing said Rogowski coil, said conductor being rectangularly shaped and said mount defining an aperture structured to form a friction fit with said conductor. a Rogowski coil defining an aperture; and a dielectric material at least partially enclosing said Rogowski coil, said dielectric material comprising a first part and a second part and having a dielectric constant of at least about 3.5 at a frequency range between approximately 10 Hz to 1000 Hz, said dielectric material configured such that, when a conductor is at least partially inserted within said aperture, at least said first part of said dielectric material is positioned between said Rogowski coil and the conductor, wherein said first part of said dielectric material has a first thickness, said second part of said dielectric material has a second thickness that is less than the first said thickness, and said second part of said dielectric material is positioned adjacent to said Rogowski coil opposite said aperture; and an enclosure comprising a mount and said dielectric material, said enclosure substantially enclosing said Rogowski coil, said conductor being rectangularly shaped and said mount defining an aperture structured to form a friction fit with said conductor.
Hollow chamber frame for a drawer, wherein the hollow chamber frame has a frame body, which forms a side wall (10, 11) of the assembled drawer when in use, wherein the frame body has an outer wall and an inner wall spaced apart opposite the outer wall, and the outer wall and the inner wall are connected to one another by a crosspiece provided at the top on the frame body, wherein a decorative element of the hollow chamber frame which can be attached optionally onto the frame body is arranged on the outer wall and/or the inner wall of the frame body, so that at least a portion of a surface of the frame body is covered by the decorative element in order to influence the appearance of the hollow chamber frame, wherein the decorative element has a surface element, a bearing section and a gripping section, wherein for securing the decorative element attached onto the frame body the gripping section grips around a lower edge section of the outer wall from below and the bearing section is positioned in bearing contact at the top on the frame body in the area of the crosspiece of the frame body, characterised in that a step is formed between the portion of the bearing section which bears on the crosspiece of the frame body and an inner side of the bearing section spaced apart from the crosspiece at the top.
Conduit connector with at least one first attachment section for connecting to at least one first media conduit, with at least one second attachment section for connecting to at least one second media conduit and/or to an aggregate, and with at least one central section connecting the attachment sections (10, 11) to one another and arranged between the latter, wherein the conduit connector takes the form of a moulding of synthetic material and exhibits at least one wall and at least one inner flow duct surrounded by said wall, and wherein the conduit connector has been provided in at least one partial region of the central section with at least one heating strand or with a heating wire for electrical heating by wrapping, wherein the heating strand or heating wire exhibits at least one stranded conductor or at least one wire and a multi-layer insulating sheathing surrounding said strand or wire, wherein the at least one heating strand or the at least one heating wire has been adhesively fixed or fastened to the conduit connector, at least in the central section of the conduit connector, by a fastening means, wherein the wall thickness of the multi-layer insulating sheathing after the adhesive fixing or fastening of the heating strand or heating wire on the conduit connector all around the at least one stranded conductor or the at least one wire has a sufficient thickness for electrical insulation, characterized in that the melting-point or melting-range of the material being used for the inner layer of the insulating sheathing of the heating strand or heating wire is higher than the melting-point or melting-range of the material being used for the outer layer.
A method of looking up entries of a table stored in a memory, by a processor, the method comprising: receiving a first single instruction multiple data, SIMD, instruction specifying a first subset of indices; looking up, in a crossbar implemented by the processor, a first subset of table entries corresponding to the first subset of indices; checking whether the outputs of the crossbar belong to a desired subset of table entries by comparing one or more most significant bits of each index of the first subset of indices with a sub-table select value; generating a first vector output of the first SIMD instruction as equal to the outputs of the crossbar, if the outputs of the crossbar belong to a desired subset of table entries; and generating the first vector output as equal to zero values, if the outputs of the crossbar do not belong to a desired subset of table entries. receiving a first single instruction multiple data, SIMD, instruction specifying a first subset of indices; looking up, in a crossbar implemented by the processor, a first subset of table entries corresponding to the first subset of indices; checking whether the outputs of the crossbar belong to a desired subset of table entries by comparing one or more most significant bits of each index of the first subset of indices with a sub-table select value; generating a first vector output of the first SIMD instruction as equal to the outputs of the crossbar, if the outputs of the crossbar belong to a desired subset of table entries; and generating the first vector output as equal to zero values, if the outputs of the crossbar do not belong to a desired subset of table entries.
Method of manufacturing a rotor by welding at least four elements together, at least one element having a body with at least a cavity and at least a surface (4, 5) to be welded to a surface (6, 7) of an adjacent element, the method comprising: - vertically stacking the elements one above the other to form a pile with facing surfaces (4, 5, 6, 7) to be welded together defining slots, wherein the cavity or cavities of adjacent elements define at least a bore that extends over at least a portion of the pile, - welding adjacent elements together within the slots, characterised by: - welding the slots at an upper part of the bore before the slots at a lower part of the bore, and by - welding at least one of the slots at the upper part of the bore last, and - purging the bore with an inert gas or mixture during welding. - vertically stacking the elements one above the other to form a pile with facing surfaces (4, 5, 6, 7) to be welded together defining slots, wherein the cavity or cavities of adjacent elements define at least a bore that extends over at least a portion of the pile, - welding adjacent elements together within the slots, - welding the slots at an upper part of the bore before the slots at a lower part of the bore, and by - welding at least one of the slots at the upper part of the bore last, and - purging the bore with an inert gas or mixture during welding.
A contact lens comprising back surface translational elements, wherein the translational elements are dimples, wherein the dimples are in a peripheral zone surrounding an optic zone of the lens, and wherein the dimples are imparted into a back surface of the lens in a radially symmetric manner and are aligned along equally spaced radial spokes, each spoke having an equal number of dimples, and wherein the contact lens comprises between about 150 and about 300 dimples on the lens back surface, wherein the dimple centers are spaced apart by between 100 to 400 microns and the dimples have a diameter of between 100 to 300 microns.
A method for transmitting frame information from an upper node comprising a base station or an upper relay station to a relay station in a wireless communication system using a relay scheme, the relay scheme using a frame comprising a downlink subframe, the downlink subframe comprising a plurality of sections (301, 303, 305, 307), at least one section being a downlink relay section, the method comprising: transmitting (603, 803), from an upper node to a relay station, at an initial connection of the relay station when the upper node and the relay station are not currently connected, downlink section information indicating a downlink relay section for communication between the upper node and the relay station; and transmitting (607, 807), from the upper node to the relay station, after the initial connection with the relay station, frame information, informing the frame structure, for communication with the relay station for a relay service through the downlink relay section. transmitting (603, 803), from an upper node to a relay station, at an initial connection of the relay station when the upper node and the relay station are not currently connected, downlink section information indicating a downlink relay section for communication between the upper node and the relay station; and transmitting (607, 807), from the upper node to the relay station, after the initial connection with the relay station, frame information, informing the frame structure, for communication with the relay station for a relay service through the downlink relay section.
Electric scissors comprising: two blade sections (18, 19); a power source that operates to close at least one of the two blade sections (18, 19); a manipulating member that controls an operation of the power source; and an unlock switch that is provided separately from the manipulating member, wherein the electric scissors are configured to be in a locked state which nullifies the operation of the power source, a standby state in which the power source is operable by manipulation of the manipulating member, and a state in which the power source operates to close at least one of the two blade sections (18, 19) based on manipulation on the manipulating member after the standby state is set, and when the manipulating member and the unlock switch are manipulated at the same time in the locked state, or when one of the manipulating member and the unlock switch is manipulated in the locked state and thereafter another of the manipulating member and the unlock switch is manipulated within a predetermined time, the electric scissors are set in the standby state. two blade sections (18, 19); a power source that operates to close at least one of the two blade sections (18, 19); a manipulating member that controls an operation of the power source; and an unlock switch that is provided separately from the manipulating member, wherein the electric scissors are configured to be in a locked state which nullifies the operation of the power source, a standby state in which the power source is operable by manipulation of the manipulating member, and a state in which the power source operates to close at least one of the two blade sections (18, 19) based on manipulation on the manipulating member after the standby state is set, and when the manipulating member and the unlock switch are manipulated at the same time in the locked state, or when one of the manipulating member and the unlock switch is manipulated in the locked state and thereafter another of the manipulating member and the unlock switch is manipulated within a predetermined time, the electric scissors are set in the standby state.
A method for dynamic timeout, at a server or a process communicatively coupled thereto, comprising machine-implemented steps of: receiving a request from a requestor; determining whether to send an interim message to the requestor; wherein the interim message contains information regarding what the server is doing to process the request, during a time period in which it is not yet possible to provide a more substantive response; and if it is determined that the interim message should be sent to the requestor, sending to the requestor the interim message referring to the request, characterized in that, the interim message contains one or more response-related items, comprising: if processing the request involves multiple steps, an indication of which steps of the multiple steps have already been performed; and if processing the request involves sending a second request to an external resource server, an indication of the status of the second request. receiving a request from a requestor; determining whether to send an interim message to the requestor; wherein the interim message contains information regarding what the server is doing to process the request, during a time period in which it is not yet possible to provide a more substantive response; and if it is determined that the interim message should be sent to the requestor, sending to the requestor the interim message referring to the request, characterized in that, the interim message contains one or more response-related items, comprising: if processing the request involves multiple steps, an indication of which steps of the multiple steps have already been performed; and if processing the request involves sending a second request to an external resource server, an indication of the status of the second request. if processing the request involves multiple steps, an indication of which steps of the multiple steps have already been performed; and if processing the request involves sending a second request to an external resource server, an indication of the status of the second request.
A method for communication, the method comprising: in a semiconductor photonics die (130, 401, 501A, 501B): communicating optical signals into and/or out of said semiconductor die (130, 401, 501A, 501B) utilizing a grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) on said semiconductor photonics die (130, 401, 501A, 501B), characterized in that said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B), wherein said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises the perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B) comprising varying widths over the length of the waveguides (705A-705C, 903, 1005, 1105A, 1105B). in a semiconductor photonics die (130, 401, 501A, 501B): communicating optical signals into and/or out of said semiconductor die (130, 401, 501A, 501B) utilizing a grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) on said semiconductor photonics die (130, 401, 501A, 501B), characterized in that said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B), wherein said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises the perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B) comprising varying widths over the length of the waveguides (705A-705C, 903, 1005, 1105A, 1105B). communicating optical signals into and/or out of said semiconductor die (130, 401, 501A, 501B) utilizing a grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) on said semiconductor photonics die (130, 401, 501A, 501B), characterized in that said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B), wherein said grating coupler (117A-117H, 307, 403, 503A, 503B, 610, 703, 720, 803, 900, 1000) comprises the perturbed waveguides (705A-705C, 903, 1005, 1105A, 1105B) comprising varying widths over the length of the waveguides (705A-705C, 903, 1005, 1105A, 1105B).
A method for reference time setting of the displays of a sympathetic watch by a sympathetic clock, with which said watch forms a sympathetic assembly including a connection mechanism including at least two distinct transmission lines between said clock and said watch when said watch is deposited in a receptacle included in said clock, in a transfer position, said watch including at least one resonator, and a display gear train and a finishing gear train, and, or else a stop mechanism arranged to stop the operation of said resonator, or else a coupling mechanism allowing to separate the display from the finishing gear train, or else both such a stop mechanism and such a coupling mechanism, and said watch including at least one hour display and one minute display, a reference position of which is defined, said watch including at least one power storage barrel, for power supplying at least one resonator, characterised in that use is made of one said watch including a coupling mechanism between a display gear train (705; 707; 708) and a finishing gear train, and including a hammer movable between a coiled position where it is retained by a pawl and tensioned by a spring, and an active position where said hammer is arranged to rest on the periphery of a first hour heart cam carried by an hour wheel included in said watch, so as to constrain said first hour heart cam in rotation to its smallest radius, and in that a cycle including three phases is executed, a first phase during which, by a first displacement of an interface between said clock and said watch, said coupling mechanism is uncoupled by said interface which actuates it to its uncoupled position, and in that, after uncoupling said coupling-clutch, said interface releases said hammer, which returns by said first hour heart cam the hour display, and, by the timer, the minute display to said reference position, and a second phase where the position of said displays (4; 5) is maintained, for time setting, isolating or recoiling said hammer, and a third phase where, by a second displacement of said interface between said clock and said watch, to reconnect said finishing gear train with said display gear train, said coupling mechanism is coupled by said interface which actuates it towards its coupled position and during which third phase it is possible to recoil said hammer by said interface.
A forming mold for integrally forming an endless-shaped gasket, wherein a forming groove serving as a cavity space is provided in a parting surface of said forming mold, wherein said forming groove has a reversing section in a part thereof, characterized in that said reversing section has two linear sections (5, 6), and end portions (b, c) of said two linear sections (5, 6) are connected by a circular arc-shaped curved section, and said two linear sections (5, 6) are arranged at linearly symmetrical positions and are arranged so that a distance between the linear sections (5, 6) is enlarged little by little from one end toward the other end, and the end portions (b, c) having the enlarged distance are connected by the circular arc-shaped curved section. wherein said forming groove has a reversing section in a part thereof, characterized in that said reversing section has two linear sections (5, 6), and end portions (b, c) of said two linear sections (5, 6) are connected by a circular arc-shaped curved section, and said two linear sections (5, 6) are arranged at linearly symmetrical positions and are arranged so that a distance between the linear sections (5, 6) is enlarged little by little from one end toward the other end, and the end portions (b, c) having the enlarged distance are connected by the circular arc-shaped curved section.