mhurhangee/ep-ind-claims huggingface dataset:
A method for transferring at least one datum between a real-time task producing a datum and a real-time task consuming said datum, each datum being associated with a visibility date, said method being implemented in a computer comprising a central memory, at least one processor and at least one direct memory access DMA controller, each DMA controller being configured to handle the data transfers between various zones of the central memory controlled by an operating system executed on said processors, characterised in that it comprises the following steps, in response to the initiation of the transfer of a datum by the current instance (k) of an initiating task (20, 21): - creating, by the operating system, at least one DMA descriptor for describing the DMA transfer expected for said datum, following the execution of a given instance (k-1, k) of the task; - inserting, by the operating system, DMA descriptors in a list of descriptors awaiting processing by said DMA controller, said DMA descriptors being inserted in a sorted manner as a function of a sorting criterion relating to the visibility date of the data and/or the temporal behaviour of the tasks; - processing descriptors of said list of DMA descriptors by executing DMA requests by the DMA controller; and - executing, by the operating system, the following instance (k, k+1) of the initiating task as a function of the completion of the processing of a predefined set of the DMA descriptors of said list of descriptors. - creating, by the operating system, at least one DMA descriptor for describing the DMA transfer expected for said datum, following the execution of a given instance (k-1, k) of the task; - inserting, by the operating system, DMA descriptors in a list of descriptors awaiting processing by said DMA controller, said DMA descriptors being inserted in a sorted manner as a function of a sorting criterion relating to the visibility date of the data and/or the temporal behaviour of the tasks; - processing descriptors of said list of DMA descriptors by executing DMA requests by the DMA controller; and - executing, by the operating system, the following instance (k, k+1) of the initiating task as a function of the completion of the processing of a predefined set of the DMA descriptors of said list of descriptors.
Light module for a motor vehicle lighting device, comprising: - at least one laser light source for emitting a primary light beam of laser light having wavelengths in a primary spectral range in a primary solid angle range in a primary direction of radiation; - a wavelength converter, which is arranged such that the primary light beam impinges on the wavelength converter, and which is designed such that a secondary light distribution of secondary light having wavelengths in a secondary spectral range is emitted in a secondary solid angle range by means of the impinging primary light beam; - an optical emission device for converting the secondary light distribution into an emission light distribution of the light module; a primary detector being provided in such a way that a radiation intensity can be measured which is present within the primary solid angle range in the primary direction of radiation as viewed from the wavelength converter, a secondary detector being provided in such a way that a radiation intensity can be measured in a range which is outside the primary solid angle range as viewed from the wavelength converter, a primary deflection surface being provided which, as viewed from the wavelength converter, is arranged in the primary direction of radiation and is designed in such a way that at least a portion of the light impinging on the primary deflection surface is directed to the primary detector, characterized in that the primary detector is arranged on a circuit board on the side of the wavelength converter facing away from the deflection surface, and the portion of the light impinging on the primary deflection surface is deflected in a rearward direction to the primary detector, and in that the light module has a carrier component on which the wavelength converter is arranged, which is of plate-like design, which has an aperture which is covered by the wavelength converter and which has a further aperture through which the light detected by the primary deflection surface passes and impinges on the primary detector. - at least one laser light source for emitting a primary light beam of laser light having wavelengths in a primary spectral range in a primary solid angle range in a primary direction of radiation; - a wavelength converter, which is arranged such that the primary light beam impinges on the wavelength converter, and which is designed such that a secondary light distribution of secondary light having wavelengths in a secondary spectral range is emitted in a secondary solid angle range by means of the impinging primary light beam; - an optical emission device for converting the secondary light distribution into an emission light distribution of the light module;
A method for dynamically maintaining a distance d between a floating vessel and a turret moored floating vessel using a computing system, wherein the floating vessel includes a plurality of engines comprising at least one main engine and at least one manoeuvring engine, the method comprising: determining a linear distance between the floating vessel and the turret moored floating vessel; controlling output power of the manoeuvring engine; and directing the output power of the manoeuvring engine to a plurality of marine propellers that are provided in rotatable pods to ensure the determined linear distance matches the distance d, characterized in that a total output power of the manoeuvring engine is set to be between 20% and 35% of total power of the plurality of engines, and wherein the floating vessel is designed to have a total output power of the plurality of engines over displacement of the floating vessel ratio between 0.80 and 1.10, and wherein the total output thrust of the manoeuvring engine for following rotational displacement of the turret moored floating vessel is determined by below equation: T = M + A · b · 4 · π T P 2, where T denotes a maximum total output thrust of the manoeuvring engine, M denotes a mass of the floating vessel in metric tonnes, A denotes an added mass of the floating vessel in a surge direction in metric tonnes, b denotes a displacement of an axis of the turret moored floating vessel, T P denotes a response time of the floating vessel to move the displacement b. determining a linear distance between the floating vessel and the turret moored floating vessel; controlling output power of the manoeuvring engine; and directing the output power of the manoeuvring engine to a plurality of marine propellers that are provided in rotatable pods to ensure the determined linear distance matches the distance d, characterized in that a total output power of the manoeuvring engine is set to be between 20% and 35% of total power of the plurality of engines, and wherein the floating vessel is designed to have a total output power of the plurality of engines over displacement of the floating vessel ratio between 0.80 and 1.10, and wherein the total output thrust of the manoeuvring engine for following rotational displacement of the turret moored floating vessel is determined by below equation: T = M + A · b · 4 · π T P 2, where T denotes a maximum total output thrust of the manoeuvring engine, M denotes a mass of the floating vessel in metric tonnes, A denotes an added mass of the floating vessel in a surge direction in metric tonnes, b denotes a displacement of an axis of the turret moored floating vessel, T P denotes a response time of the floating vessel to move the displacement b.
A method for the preparation of a compound of Formula or salts thereof, the method comprising: a. reacting a compound of the Formula and a compound of Formula to form a compound of Formula; wherein Ar is benzyl-, phenyl- or naphthyl-, which may be mono- or di- or poly substituted with alkyl, aryl, alkoxy, amino, hydroxyl, halogen, and nitro groups; b. treating the compound of Formula obtained from step (a) with a compound of Formula to form a compound of Formula; wherein; Ar is as described above, X is chloro, bromo or iodo; and c. treating the reaction mixture of step (b) with water and/or acid solution to obtain a compound of Formula or salts thereof. a. reacting a compound of the Formula and a compound of Formula to form a compound of Formula; wherein Ar is benzyl-, phenyl- or naphthyl-, which may be mono- or di- or poly substituted with alkyl, aryl, alkoxy, amino, hydroxyl, halogen, and nitro groups; b. treating the compound of Formula obtained from step (a) with a compound of Formula to form a compound of Formula; wherein; Ar is as described above, X is chloro, bromo or iodo; and Ar is as described above, X is chloro, bromo or iodo; and c. treating the reaction mixture of step (b) with water and/or acid solution to obtain a compound of Formula or salts thereof.
A fiber optic cable (20, 220, 320), comprising: a polymer jacket (32, 232, 332) having a channel (38, 238, 338) therein, at least one optical fiber (48, 40, 248, 250, 352, 354) in the channel (38, 238, 338); wherein the channel (38, 238, 338) has an aspect ratio calculated by dividing a height of the channel by a width of the channel of at least 1.5, characterized in that the cable (20, 220, 320) has a diameter in the range of 2.8-3.5 millimeters; a first stranded conductor (40, 240, 344) is embedded within the jacket (32, 232, 332) and formed from an electrically-conductive metallic material on a first side of the channel (38, 238, 338); and a second stranded conductor (42, 242, 346) is embedded within the jacket (32, 232, 332) and formed from an electrically-conductive metallic material on an opposite side of the channel (38, 238, 338) to the first conductor. a polymer jacket (32, 232, 332) having a channel (38, 238, 338) therein, at least one optical fiber (48, 40, 248, 250, 352, 354) in the channel (38, 238, 338); wherein the channel (38, 238, 338) has an aspect ratio calculated by dividing a height of the channel by a width of the channel of at least 1.5, characterized in that the cable (20, 220, 320) has a diameter in the range of 2.8-3.5 millimeters; a first stranded conductor (40, 240, 344) is embedded within the jacket (32, 232, 332) and formed from an electrically-conductive metallic material on a first side of the channel (38, 238, 338); and a second stranded conductor (42, 242, 346) is embedded within the jacket (32, 232, 332) and formed from an electrically-conductive metallic material on an opposite side of the channel (38, 238, 338) to the first conductor.
A method of culturing cells characterized in that a cell culture plate (Fig. 1, Fig. 2, Fig. 4, Fig. 5: A) having a plurality of side walls (Fig. 1, Fig. 2, Fig. 4, Fig. 5: 1) and a plurality of space structures (Fig. 1, Fig. 2, Fig. 4, Fig. 5: 3) for arranging cultured cells which are formed by the side walls, each space structure having a length of 100 μm and a width of 100 μm, and having a communicative structure resulting from providing the side walls with openings (Fig. 1, Fig. 2, Fig. 4, Fig. 5: 2) for communication of the plurality of space structures among them such that the formation of desmosomes is induced, which serve as pseudo-scaffolds in cell culture, on the side walls, whereby cells cultured three-dimensionally in each space structure extend toward the opposing side walls and the cells cultured in the respective space structures are connected through the openings and thus the direction of extension of cultured cells is regulated, whereby the cultured cells are cardiac myocytes, wherein each side wall in the cell culture plate has a height of 3 μm to 1000 μm, a thickness of 3 μm to 1000 μm and a width of 3 μm to 3000 μm.
A solid catalyst component for the (co)polymerization of olefins comprising titanium, magnesium, halogen, bismuth and an electron donor compound and is obtained by a process comprising the following steps: (a) dissolving a Mg 2 compound where R groups, equal or different to each other, are C 1 -C 15 hydrocarbon groups optionally containing a heteroatom selected from O, N and halogen, in an organic liquid medium in order to have a liquid mixture; (b) contacting the above mixture (a) with TiCl 4 obtaining a liquid mixture not containing solid phase, (c) subjecting the liquid mixture (b) to a temperature of at least 50°C thereby forming solid catalyst particles, said process being characterized by the fact that (i) a Bi compound and (ii) a bidentate electron donor compound is present in one or more of steps (a) to (c) and/or contacted with the solid catalyst particles obtained from (c). (a) dissolving a Mg 2 compound where R groups, equal or different to each other, are C 1 -C 15 hydrocarbon groups optionally containing a heteroatom selected from O, N and halogen, in an organic liquid medium in order to have a liquid mixture; (b) contacting the above mixture (a) with TiCl 4 obtaining a liquid mixture not containing solid phase, (c) subjecting the liquid mixture (b) to a temperature of at least 50°C thereby forming solid catalyst particles, said process being characterized by the fact that (i) a Bi compound and (ii) a bidentate electron donor compound is present in one or more of steps (a) to (c) and/or contacted with the solid catalyst particles obtained from (c).
A rotary shaving head having at least one cutter unit, wherein each cutter unit comprises: a cap having an external surface with hair-entry openings for engaging the skin of a user; and a rotary cutter having cutting elements supported by a carrier, the rotary cutter being locatable within and rotatable with respect to the cap; and wherein the shaving head further comprises: a support member for supporting the cutter unit; and a retainer, arranged to engage and lock with the support member by relative rotation therewith and retain the cap and the rotary cutter there between, wherein the retainer comprises an annular body defining a drive openingy, characterized in that the annular body is provided with one or more holes allowing cut hairs to pass through, wherein the holes are shaped as directional indicators indicating a direction of rotation of the retainer with respect to the support member. a cap having an external surface with hair-entry openings for engaging the skin of a user; and a rotary cutter having cutting elements supported by a carrier, the rotary cutter being locatable within and rotatable with respect to the cap; a support member for supporting the cutter unit; and a retainer, arranged to engage and lock with the support member by relative rotation therewith and retain the cap and the rotary cutter there between, wherein the retainer comprises an annular body defining a drive openingy, characterized in that the annular body is provided with one or more holes allowing cut hairs to pass through, wherein the holes are shaped as directional indicators indicating a direction of rotation of the retainer with respect to the support member.
A method for a network controller that manages a plurality of logical networks, the method comprising: receiving a specification of a logical network, of the plurality of logical networks, the logical network comprising a logical forwarding element with at least two logical ports that each connect the logical network to an external network and that each peer with at least one physical router of the external network in order to advertise network address reachability information for at least two subnets of the logical network to the external network wherein a first logical port peers with a first physical router on a first subnet of the external network and a second logical port peers with a second physical router on a second subnet of the external network, wherein the first and second subnets are different from each other and from the at least two subnets of the logical network; selecting host machines from a plurality of host machines to host gateways for implementing each of the logical ports that connect the logical network to the external network; and generating, for distribution to each of the gateways, data tuples defining (i) a routing table for implementing the connection between the logical network and the external network for the port implemented by the gateway and (ii) a configuration for a routing protocol application that enables the gateway to peer with the physical router of the external network with which the port implemented by the gateway peers. receiving a specification of a logical network, of the plurality of logical networks, the logical network comprising a logical forwarding element with at least two logical ports that each connect the logical network to an external network and that each peer with at least one physical router of the external network in order to advertise network address reachability information for at least two subnets of the logical network to the external network wherein a first logical port peers with a first physical router on a first subnet of the external network and a second logical port peers with a second physical router on a second subnet of the external network, wherein the first and second subnets are different from each other and from the at least two subnets of the logical network; selecting host machines from a plurality of host machines to host gateways for implementing each of the logical ports that connect the logical network to the external network; and generating, for distribution to each of the gateways, data tuples defining (i) a routing table for implementing the connection between the logical network and the external network for the port implemented by the gateway and (ii) a configuration for a routing protocol application that enables the gateway to peer with the physical router of the external network with which the port implemented by the gateway peers.
A method for calibrating an advanced driver assistance (ADAS) sensor of a vehicle, using a calibrating apparatus including a support structure and a calibration device mounted on the support structure, the vehicle being operatively rested on a service surface of a service area, the method comprising the following steps: - generating by means of a control unit positioning data to facilitate positioning the support structure at a working position in proximity to the service area; - sending a calibration command to an electronic control unit of the vehicle to determine an interaction between the ADAS sensor and the calibration device; - processing data received from the electronic control unit of the vehicle in order to generate calibration data; characterized in that the control unit retrieves characterization data, previously saved and representing a position of the service surface relative to a spatial reference system, and generates the positioning data as a function of the characterization data. - generating by means of a control unit positioning data to facilitate positioning the support structure at a working position in proximity to the service area; - sending a calibration command to an electronic control unit of the vehicle to determine an interaction between the ADAS sensor and the calibration device; - processing data received from the electronic control unit of the vehicle in order to generate calibration data;
Bogie (4, 38, 42) for a rail vehicle having a wheel set having a wheel set bearing, characterized by a temperature verification element and a thermally conductive line, by means of which the wheel set bearing is thermally connected to the temperature verification element.
A method for the expulsion of a plant protection composition by means of a fluid chamber which communicates with a spray orifice via an electrically activatable fluid valve, the spray orifice being surrounded by a spray nozzle, the distance between the fluid valve and the spray orifice being less than 50 cm, the method comprising the following steps of: - setting a pressure and a length of a time interval for the expulsion of the plant protection composition, - filling the plant protection composition into the fluid chamber, the plant protection composition being a gel-like fluid which has at 25°C a dynamic viscosity which is determined by Brookfield's rotational viscometry with a shear gradient of 100 s -1 and is in the range of from 30 to 1000 mPa.s, - exerting the previously set pressure on the plant protection composition located in the fluid chamber, and - opening the fluid valve for the previously set time interval by means of an electric control signal and closing the fluid valve after the end of the time interval so that a defined volume or a defined weight of the plant protection composition is expelled through the spray nozzle as a jet. - setting a pressure and a length of a time interval for the expulsion of the plant protection composition, - filling the plant protection composition into the fluid chamber, the plant protection composition being a gel-like fluid which has at 25°C a dynamic viscosity which is determined by Brookfield's rotational viscometry with a shear gradient of 100 s -1 and is in the range of from 30 to 1000 mPa.s, - exerting the previously set pressure on the plant protection composition located in the fluid chamber, and - opening the fluid valve for the previously set time interval by means of an electric control signal and closing the fluid valve after the end of the time interval so that a defined volume or a defined weight of the plant protection composition is expelled through the spray nozzle as a jet.
Pipeline for transporting a viscous fluid, the pipeline comprising an overpressure valve having a sealing element which separates the interior of the pipeline from an outflow line and is designed to release the outflow line at a predetermined overpressure, wherein a surface of the sealing element is arranged in the pipeline, through which pipeline the fluid can flow, wherein the viscous fluid flows around the surface in the pipeline during operation, and the surface of the sealing element facing the interior of the pipeline is flush with the inside of the pipe wall and the surface of the sealing element facing the interior of the pipeline conforms to the contour of the inside of the pipe wall, and wherein the sealing element is fixed in the closed position by a linkage, which linkage can be displaced by the predetermined overpressure, such that the sealing element connected thereto releases the outflow line.