mhurhangee/ep-ind-claims huggingface dataset:
A system for manufacturing a blade, said system comprising: a mold; a plurality of first plies, each of said first plies sized to extend substantially the length of a span of the blade; a plurality of second plies, each of said second plies sized to extend only partially the length of the span of the blade, said plurality of first plies layered with said plurality of second plies in said mold such that said plurality of second plies is interspersed throughout said plurality of first plies to spread apart said plurality of first plies to facilitate increasing a cross-sectional area of the blade; characterised in that said plurality of second plies are interspersed throughout said plurality of first plies in groups of adjacent second plies, each group comprising a tapered tip that facilitates reducing a resin pocket formation in the blade; and each of said first plies comprises a first thickness, each of said second plies comprising a second thickness, the first thickness being greater than the second thickness to facilitate reducing a resin pocket formation in the blade. a mold; a plurality of first plies, each of said first plies sized to extend substantially the length of a span of the blade; a plurality of second plies, each of said second plies sized to extend only partially the length of the span of the blade, said plurality of first plies layered with said plurality of second plies in said mold such that said plurality of second plies is interspersed throughout said plurality of first plies to spread apart said plurality of first plies to facilitate increasing a cross-sectional area of the blade;
Arrangement of pockets on an item of clothing comprising at least one main pocket and one compartment pocket (9,9a,9b) which has at least one back piece (15,19a,19b) and one front piece (10,10a,10b) of which the upper edge (11,11a,11b) defines its inlet opening (12,12a,12b), a lower part (17,17a,17b) that is housed, for at least a stored position of use of said compartment pocket (9,9a,9b), inside said main pocket, and an upper part (18,18a,18b) that is visible in that same said stored position of use, wherein the compartment pocket (9a,9b) is secured to said item of clothing at its upper part (18a,18b), giving said compartment pocket (9a,9b) a mobile nature able to move between at least the stored position of use inside the main pocket and a disengaged position of use outside the main pocket.
A system, comprising: an application server configured to a) receive a message transmitted from a mobile terminal CHARACTERIZED IN THAT the mobile terminal is movable between at least a first network of a first predetermined type and at least a second network of a second predetermined type being different of the first predetermined type, the message being an encapsulation of at least one supplementary service request that uses a predetermined format to activate call forwarding service; and said predetermined format being previously agreed to between said mobile terminal and said at least second network, b) unpack the message, update data as to the mobile terminal with new supplementary service information and provide the supplementary service to the mobile terminal using the predetermined format. a) receive a message transmitted from a mobile terminal CHARACTERIZED IN THAT the mobile terminal is movable between at least a first network of a first predetermined type and at least a second network of a second predetermined type being different of the first predetermined type, the message being an encapsulation of at least one supplementary service request that uses a predetermined format to activate call forwarding service; and said predetermined format being previously agreed to between said mobile terminal and said at least second network, b) unpack the message, update data as to the mobile terminal with new supplementary service information and provide the supplementary service to the mobile terminal using the predetermined format.
Method for cleaning a windscreen of a vehicle, in particular a motor vehicle, the method comprising a phase of remote activation of a cycle of cleaning a windscreen of said vehicle, said cleaning cycle comprising at least one wiping phase S11 with the aid of a wiping device of said vehicle, said cycle comprises a prior phase S9 of washing the windscreen with the aid of a washing device of said vehicle, characterized in that the method comprises a phase S8 of testing for the presence of water and/or rain on the windscreen, said phase being intended to configure the windscreen cleaning cycle, and in which a positive result of the testing phase S8 activates the windscreen wiping phase S11 and a negative result of the testing phase S8 authorizes a windscreen washing phase S9 followed by a waiting phase S10 before the windscreen wiping phase S11 is activated.
A pharmaceutical composition for use in treating pulmonary fibrosis, the pharmaceutical composition comprising a compound selected from tolperisone and eperisone, or a pharmaceutically acceptable salt thereof or a solvate of the compound or the salt thereof.
A nitrided part comprising a steel core containing, by mass%, C: 0.05 to 0.35%, Si: 0.05 to 1.50%, Mn: 0.20 to 2.50%, P: 0.025% or less, S: 0.050% or less, Cr: 0.50 to 2.50%, V: 0.05 to 1.30%, Al: 0.050% or less, N: 0.0250% or less, Mo: 0 to 1.50%, Cu: 0 to 0.50%, Ni: 0 to 0.50%, Nb: 0 to 0.100%, Ti: 0 to 0.050%, B: 0 to 0.0100%, Ca: 0 to 0.0100%, Pb: 0 to 0.50%, Bi: 0 to 0.50%, In: 0 to 0.20%, Sn: 0 to 0.100%, and a balance of Fe and impurities, a nitrogen diffusion layer formed on the steel core, and a compound layer formed on the nitrogen diffusion layer, containing mainly nitrided iron, and having a thickness of 5 to 15 μm, wherein 90% or more in mass% of the elements included in the compound layer are nitrogen and iron, wherein in a cross-section vertical from a surface of the compound layer, a pore area ratio in a range of a depth of 3 μm from the surface is 10% or less, X is defined based on the contents of C, Mn, Cr, V, and Mo at the steel core as X = − 2.1 × C + 0.04 × Mn + 0.5 × Cr + 1.8 × V − 1.5 × Mo, (i) 0≤X≤0.25 and an area ratio of y' phases of the nitride iron in the compound layer is 50% or more and 80% or less or (ii) 0.25≤X≤0.50 and an area ratio of y' phases of the nitride iron in the compound layer is 80% or more. a steel core containing, by mass%, C: 0.05 to 0.35%, Si: 0.05 to 1.50%, Mn: 0.20 to 2.50%, P: 0.025% or less, S: 0.050% or less, Cr: 0.50 to 2.50%, V: 0.05 to 1.30%, Al: 0.050% or less, N: 0.0250% or less, Mo: 0 to 1.50%, Cu: 0 to 0.50%, Ni: 0 to 0.50%, Nb: 0 to 0.100%, Ti: 0 to 0.050%, B: 0 to 0.0100%, Ca: 0 to 0.0100%, Pb: 0 to 0.50%, Bi: 0 to 0.50%, In: 0 to 0.20%, Sn: 0 to 0.100%, and a balance of Fe and impurities, a nitrogen diffusion layer formed on the steel core, and a compound layer formed on the nitrogen diffusion layer, containing mainly nitrided iron, and having a thickness of 5 to 15 μm, wherein 90% or more in mass% of the elements included in the compound layer are nitrogen and iron, wherein in a cross-section vertical from a surface of the compound layer, a pore area ratio in a range of a depth of 3 μm from the surface is 10% or less, X is defined based on the contents of C, Mn, Cr, V, and Mo at the steel core as X = − 2.1 × C + 0.04 × Mn + 0.5 × Cr + 1.8 × V − 1.5 × Mo, (i) 0≤X≤0.25 and an area ratio of y' phases of the nitride iron in the compound layer is 50% or more and 80% or less or (ii) 0.25≤X≤0.50 and an area ratio of y' phases of the nitride iron in the compound layer is 80% or more. (i) 0≤X≤0.25 and an area ratio of y' phases of the nitride iron in the compound layer is 50% or more and 80% or less or (ii) 0.25≤X≤0.50 and an area ratio of y' phases of the nitride iron in the compound layer is 80% or more.
Printing press, the printing press comprising at least one printing unit comprising at least four nozzle bars, each comprising at least one print head, at least one nozzle bar of the at least four nozzle bars having at least one printing position and at least one service position, the at least one nozzle bar being selectively arranged in the printing position or in the at least one service position, the at least one service position being configured as a first service position, in the first service position the at least one nozzle bar having a first distance with respect to the transport path of printing substrate, at least one second service position being configured as a second service position, in the second service position the at least one nozzle bar having a second distance with respect to the transport path, the at least one printing unit comprising at least one cleaning device and at least one cleaning system, the at least one cleaning device comprising at least one cleaning element including at least one fluid supply opening, the at least one cleaning system comprising at least one removal unit comprising at least one contact element, the contact of the at least one print head with the at least one cleaning device corresponding to a contactless cleaning of at least one exit surface of the at least one print head, the first service position corresponding to a positioning of the at least one nozzle bar during a contactless cleaning of the at least one exit surface of the at least one print head of the at least one nozzle bar, the at least one nozzle bar being arranged in the second service position when contact with the at least one cleaning system occurs, characterized in that the at least one cleaning device or the at least one cleaning system is selectively arranged in an area between the at least one nozzle bar and a transport path of printing substrate, in that the at least one service position is arranged in vertical direction above the printing position, and in that the second distance of the second service position of the nozzle bar is less than in the first service position.
A BNP-SP fragment assay method for the diagnosis of an acute cardiac disorder in a subject, wherein the BNP-SP fragment is BNP-SP (SEQ ID NO:19) and wherein the assay comprises detecting the BNP-SP fragment in a sample obtained from a subject within two hours of onset of the disorder, or within two hours of clinical presentation with the disorder.
A compression arm device for compressing a breast in an imaging system with a compression paddle, the compression arm device comprising: a drive for moving the compression paddle towards the breast, wherein the drive provides a variable resistance during a contact of the compression paddle with the breast, and wherein the drive comprises a motor and a rotatable leadscrew coupled to the motor, wherein the paddle is coupled to a compression device assembly which is linearly moveable by the rotatable leadscrew upon operation of the motor; and wherein the drive further comprises at least one knob operatively coupled to the compression paddle and configured to move the compression paddle upon a rotation of the at least one knob, wherein the at least one knob is configured to provide the variable resistance to the rotation of the at least one knob, further comprising an encoder coupled to the at least one knob and communicatively coupled to the motor, wherein upon the rotation of the at least one knob, the encoder communicates with the motor to drive rotation of the leadscrew. a drive for moving the compression paddle towards the breast, wherein the drive provides a variable resistance during a contact of the compression paddle with the breast, and wherein the drive comprises a motor and a rotatable leadscrew coupled to the motor, wherein the paddle is coupled to a compression device assembly which is linearly moveable by the rotatable leadscrew upon operation of the motor; and wherein the drive further comprises at least one knob operatively coupled to the compression paddle and configured to move the compression paddle upon a rotation of the at least one knob, wherein the at least one knob is configured to provide the variable resistance to the rotation of the at least one knob, further comprising an encoder coupled to the at least one knob and communicatively coupled to the motor, wherein upon the rotation of the at least one knob, the encoder communicates with the motor to drive rotation of the leadscrew.
A coil spring comprising a plurality of interconnected canted coils, the plurality of interconnected canted coils comprising a coil axis; each coil being defined by a wire having a wire path that results in a coil cross section, each coil has a coil width that is increased relative to a coil height to increase surface contact areas of the coil; the coil spring being characterized in that: the coil cross sections, when viewed along the coil axis, comprises at least a first space and a second space differentiated from each other and each confined by the wire.
A printer head for a 3D-printing apparatus, comprising a nozzle arranged to extrude a printing material along a principal axis of the nozzle, wherein the nozzle comprises an opening, perpendicular to the principal axis, for allowing a flow of printing material therethrough, and an element arranged downstream of the opening relative to a direction of the flow of printing material and arranged at a position along the principal axis, wherein the opening has a first area and the element has a cross-sectional second area parallel to the first area, wherein the second area, in a projection on the first area in a direction along the principal axis, is defined by the first area, such that the nozzle, during operation of the printer head, allows a flow of printing material along the principal axis, through the opening and around the element, characterized in that the element has an ellipsoid or spherical shape.
A method of inflating and deflating a tyre on a vehicle, said vehicle having a rotatable air passage (24, 27) connectable to a tyre, said vehicle having a non-rotatable air passage (25, 28) through which air is conducted from a pressurised air supply, one of the passages (24, 25, 28, 27) having an associated sealing means (31, 32) for co-operating with a contact component &associated with the other passage and characterised in that prior to inflation and deflation of the tyre, one of the passages (24, 25, 28, 27) is pressurised to ensure the integrity of the sealing means (31, 32) with the contact component.
An information processing apparatus that is connected to an image forming apparatus, the information processing apparatus comprising: a size detecting unit that detects a size of each page of a document to be printed; an orientation detecting unit that detects orientation of each page of the document; a receiving unit that receives a setting of post processing that is to be performed on a printed sheet on which the document is printed; a determining unit that determines whether pages of different sizes, both having one side of the same length and other sides of different lengths, are detected in the document; a rotation control unit that, when the determining unit determines that the pages of the different sizes have been detected, rotates pages so that sides of the same length are aligned on the basis of the setting of the post processing received by the receiving unit; and an output unit that outputs the document with the pages rotated by the rotation control unit for displaying on a preview screen of a display. a size detecting unit that detects a size of each page of a document to be printed; an orientation detecting unit that detects orientation of each page of the document; a receiving unit that receives a setting of post processing that is to be performed on a printed sheet on which the document is printed; a determining unit that determines whether pages of different sizes, both having one side of the same length and other sides of different lengths, are detected in the document; a rotation control unit that, when the determining unit determines that the pages of the different sizes have been detected, rotates pages so that sides of the same length are aligned on the basis of the setting of the post processing received by the receiving unit; and an output unit that outputs the document with the pages rotated by the rotation control unit for displaying on a preview screen of a display.
Method in a mobile terminal in a wireless communication system, for enabling a handover related decision from a serving cell to a target cell, the method being characterised by the following steps: - determining if a received signal power from a potential target cell exceeds a first predetermined threshold according to a first criterion, - measuring a Doppler shift related to said potential target cell, - determining if an absolute value of the measured Doppler shift is below a second predetermined threshold according to a second - - criterion, - adding the potential target cell for which the first and second criterion are fulfilled, to a list, - determining if the absolute value of the measured Doppler shift related to each of the cells in the list, respectively, exceeds a third predetermined threshold, which is higher than the second threshold, and; - changing a parameter related to said handover related decision if the Doppler shift related to any of the cells in the list is determined to exceed the third threshold. - determining if a received signal power from a potential target cell exceeds a first predetermined threshold according to a first criterion, - measuring a Doppler shift related to said potential target cell, - determining if an absolute value of the measured Doppler shift is below a second predetermined threshold according to a second - - criterion, - adding the potential target cell for which the first and second criterion are fulfilled, to a list, - determining if the absolute value of the measured Doppler shift related to each of the cells in the list, respectively, exceeds a third predetermined threshold, which is higher than the second threshold, and; - changing a parameter related to said handover related decision if the Doppler shift related to any of the cells in the list is determined to exceed the third threshold.
A method of increasing hydrocarbon production by hydraulic fracturing in a well, the well having at least one perforated interval exposing rock in a formation and at an interval, the method comprising the steps of: injecting an aqueous fluid into the formation followed by injecting an aqueous fluid and proppant into the formation, whereby an a-seismic process is used wherein: there are a plurality of cycles of injecting the aqueous fluid followed by injecting the aqueous fluid and a volume of proppant in a single cycle with each cycle terminating in a shut-in period (120,130); the volume of proppant is determined from a calculation of volume of very high conductivity fractures and the volume of the very high conductivity fractures is determined by measuring a downhole pressure against injected volume of the aqueous fluid at the start of each cycle; an injection rate for pumping the aqueous fluid is less than 0.03405 m 3 /s (15 bpm) to prevent shocking the formation; the aqueous fluid is cooled before said injection so that the temperature of the injected aqueous fluid at the shut-in period is lower than the temperature of the formation at the interval to provide a temperature differential and induce thermal stress and tensile failure in the formation. there are a plurality of cycles of injecting the aqueous fluid followed by injecting the aqueous fluid and a volume of proppant in a single cycle with each cycle terminating in a shut-in period (120,130); the volume of proppant is determined from a calculation of volume of very high conductivity fractures and the volume of the very high conductivity fractures is determined by measuring a downhole pressure against injected volume of the aqueous fluid at the start of each cycle; an injection rate for pumping the aqueous fluid is less than 0.03405 m 3 /s (15 bpm) to prevent shocking the formation; the aqueous fluid is cooled before said injection so that the temperature of the injected aqueous fluid at the shut-in period is lower than the temperature of the formation at the interval to provide a temperature differential and induce thermal stress and tensile failure in the formation.
A device for sampling a drill core including a frame intended to position the device on the ground and a guide member, integral with the frame, for receiving a drill pipe; with the guide member comprising: - an inlet orifice facing an outlet orifice intended to be positioned at the ground level, with the orifices (4, 5) making it possible to hold the drill tube during the sampling of the core; with the sampling device being characterized in that the guide member comprises: - a suction head arranged at the outlet orifice and so configured as to prevent the emission of core residues into the environment; - a sampling pocket for receiving the drill core fixed by holding elements (8, 9) at the inlet orifice and the suction head. - an inlet orifice facing an outlet orifice intended to be positioned at the ground level, with the orifices (4, 5) making it possible to hold the drill tube during the sampling of the core; - a suction head arranged at the outlet orifice and so configured as to prevent the emission of core residues into the environment; - a sampling pocket for receiving the drill core fixed by holding elements (8, 9) at the inlet orifice and the suction head.