mhurhangee/ep-ind-claims huggingface dataset:
A vehicle seating system, comprising: a first link having a first end rotatably coupled to a base; a second link having a first end rotatably coupled to the base; a main tube extending between a second end of the first link and a second end of the second link, wherein the main tube is configured to transfer torque between the first and second links; characterized by an energy management feature configured to facilitate rotation of the first link relative to the second link if a torque applied to the main tube exceeds a threshold value. a first link having a first end rotatably coupled to a base; a second link having a first end rotatably coupled to the base; a main tube extending between a second end of the first link and a second end of the second link, wherein the main tube is configured to transfer torque between the first and second links; characterized by an energy management feature configured to facilitate rotation of the first link relative to the second link if a torque applied to the main tube exceeds a threshold value.
An isolated nucleic acid encoding a humanized anti-beta7 antibody comprising: an HVR-L1, HVR-L2, HVR-L3, HVR-H1, HVR-H2 and HVR-H3, wherein each, in order, comprises RASESVDDLLH (SEQ ID NO:9), KYASQSIS (SEQ ID NO:2), QQGNSLPNT (SEQ ID NO:3), GFFITNNYWG (SEQ ID NO:4), GYISYSGSTSYNPSLKS (SEQ ID NO:5), and ARTGSSGYFDF (SEQ ID NO:64). an HVR-L1, HVR-L2, HVR-L3, HVR-H1, HVR-H2 and HVR-H3, wherein each, in order, comprises RASESVDDLLH (SEQ ID NO:9), KYASQSIS (SEQ ID NO:2), QQGNSLPNT (SEQ ID NO:3), GFFITNNYWG (SEQ ID NO:4), GYISYSGSTSYNPSLKS (SEQ ID NO:5), and ARTGSSGYFDF (SEQ ID NO:64).
Process for the manufacture of a thermoplastic composition of use as masterbatch, comprising: ■ a copolymer (a) of ethylene and of an ethylenic monomer carrying a polar functional group in the form of particles; ■ and at least one solution of organic peroxide (b), optionally with an organic solvent thereof, said peroxide being chosen from peroxyester family which is absorbed by said copolymer; characterized in that the process comprises: ■ a first stage in which the solution of peroxide (b) is brought into contact with the copolymer (a); ■ a second stage of complete absorption of the solution of peroxide (b) by the copolymer (a) with stirring; ■ a third stage of recovery of the thermoplastic composition. ■ a copolymer (a) of ethylene and of an ethylenic monomer carrying a polar functional group in the form of particles; ■ and at least one solution of organic peroxide (b), optionally with an organic solvent thereof, said peroxide being chosen from peroxyester family which is absorbed by said copolymer; ■ a first stage in which the solution of peroxide (b) is brought into contact with the copolymer (a); ■ a second stage of complete absorption of the solution of peroxide (b) by the copolymer (a) with stirring; ■ a third stage of recovery of the thermoplastic composition.
A suction adapter suitable to treat a wound site with negative pressure, comprising: an applicator (1520, 5520) having an upper surface and a lower surface; and a bridge (1502, 5502) having a proximal end and a distal end, the distal end of the bridge connected to the upper surface of the applicator, the bridge (1502, 5502) comprising: an upper fluid passage (1512, 5512) connected to an air leak (1524, 5524); and characterized by a lower fluid passage (1516, 5516) in fluid communication with a source of negative pressure, the lower fluid passage (1516, 5516) comprising a 3D knitted material. an applicator (1520, 5520) having an upper surface and a lower surface; and a bridge (1502, 5502) having a proximal end and a distal end, the distal end of the bridge connected to the upper surface of the applicator, the bridge (1502, 5502) comprising: an upper fluid passage (1512, 5512) connected to an air leak (1524, 5524); and characterized by a lower fluid passage (1516, 5516) in fluid communication with a source of negative pressure, the lower fluid passage (1516, 5516) comprising a 3D knitted material. an upper fluid passage (1512, 5512) connected to an air leak (1524, 5524); and characterized by a lower fluid passage (1516, 5516) in fluid communication with a source of negative pressure, the lower fluid passage (1516, 5516) comprising a 3D knitted material.
Time zone correction mechanism, for a timepiece, equipped with a manual control device comprising two counteracting manual corrector actuators (30, 50), arranged to be operated by a user and to control movements of one and the same time zone correction wheel assembly in opposite directions, each of the two manual corrector actuators (30, 50) setting in motion a time zone corrector (20, 40) associated therewith comprising a beak (29, 49) which is configured to bear against a relief of said time zone correction wheel assembly and to cause said time zone correction wheel assembly to move over a full path of travel of said manual corrector actuator (30, 50) under the action of the user, said time zone correction mechanism being characterised in that said time zone correction wheel assembly is a toothed wheel assembly comprising a regularly spaced toothing having a first drive level from which a plurality of successive teeth are missing and replaced by a first clearance, and a second drive level parallel to said first drive level, and from which a plurality of successive teeth are missing and replaced by a second clearance, and in that said first clearance and said second clearance are not superimposed with one another, and in that each time zone corrector (20, 40) is configured to cooperate with a single drive level, from among the first drive level and the second drive level, of the time zone correction wheel assembly.
A method performed by a multicarrier receiver for dynamically allocating demodulation fingers (416 - 426) in the receiver, the method comprising: determining quality measurements for signals received over respective frequency carriers and demodulated by respective demodulators; characterized by: comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation. determining quality measurements for signals received over respective frequency carriers and demodulated by respective demodulators; characterized by: comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation. comparing the quality measurements of the signals; and dynamically allocating at least one demodulation finger (416 - 426) from a first demodulator (410 - 414) to a second demodulator (410 - 414) to provide improved throughput for the multicarrier receiver, when the quality measurement of a first signal demodulated by the first demodulator (410 - 414) is determined to be above a threshold and the quality measurement of the first signal is determined to be better than the quality measurement of a second signal demodulated by a second demodulator (410 - 414), wherein the second demodulator is selected based on at least in part a projected improvement in overall throughput by comparing the resulting quality measurement based on the reallocation.
Sensor arrangement, comprising: - a sensor comprising a first and a second capacitive element (14, 15), a first and a second input terminal (16, 17) and an output terminal, wherein the first capacitive element is coupled between the first input terminal and the output terminal and the second capacitive element is coupled between the second input terminal and the output terminal, - a driver circuit that comprises a sensor driver coupled to the first and the second input terminal (16, 17) of the sensor and - a measurement circuit coupled to the output terminal of the sensor, wherein, in a measurement mode, the driver circuit is configured to provide a first periodic signal to the first input terminal and a second periodic signal to the second input terminal and, in a diagnostic mode, the driver circuit is configured to provide a third periodic signal to the first input terminal, characterized in that in the diagnostic mode, the driver circuit is configured to keep the second input terminal floating by keeping the second input terminal disconnected from the sensor driver. - a sensor comprising a first and a second capacitive element (14, 15), a first and a second input terminal (16, 17) and an output terminal, wherein the first capacitive element is coupled between the first input terminal and the output terminal and the second capacitive element is coupled between the second input terminal and the output terminal, - a driver circuit that comprises a sensor driver coupled to the first and the second input terminal (16, 17) of the sensor and - a measurement circuit coupled to the output terminal of the sensor, wherein, in a measurement mode, the driver circuit is configured to provide a first periodic signal to the first input terminal and a second periodic signal to the second input terminal and,
A drying method comprising: a step (#101) of heating a battery provided in a drying chamber to a predetermined temperature, the predetermined temperature being a temperature that does not exceed a heat-resistant temperature of a material that constitutes the battery; a step (#103) of increasing an air pressure inside the drying chamber to a predetermined air pressure that is higher than an atmospheric pressure, while the battery is at the predetermined temperature; and a step (#104) of decreasing the air pressure inside the drying chamber to be lower than the predetermined air pressure; characterized in that the step (#103) of increasing an air pressure inside the drying chamber and the step (#104) of decreasing the air pressure inside the drying chamber are alternately performed for plural times under the predetermined temperature. a step (#101) of heating a battery provided in a drying chamber to a predetermined temperature, the predetermined temperature being a temperature that does not exceed a heat-resistant temperature of a material that constitutes the battery; a step (#103) of increasing an air pressure inside the drying chamber to a predetermined air pressure that is higher than an atmospheric pressure, while the battery is at the predetermined temperature; and a step (#104) of decreasing the air pressure inside the drying chamber to be lower than the predetermined air pressure; characterized in that the step (#103) of increasing an air pressure inside the drying chamber and the step (#104) of decreasing the air pressure inside the drying chamber are alternately performed for plural times under the predetermined temperature.
Device for fitting or removing a window of a motor vehicle, such as a windshield, comprising, on the one hand, a bracket formed by a mast of which the lower end is fixed to a base while the upper end is secured to a beam which rotates about the axis of said mast and, on the other hand, a set of suction cups secured to a bar as well as means for suspending said bar from said beam and means for adjusting the height of said bar suspended from said beam, characterized in that it comprises means for temporarily securing said bar to said mast and in that said suction cups are rotatably mounted on said bar about the axis of said bar and about an axis perpendicular to the axis of said bar.
A gas turbine engine, comprising: an engine component (26; 50) having a first fitting and a first abutment surface (36; 52); a service tube fluidly connected to the engine component (26; 50), the service tube having a second fitting at one end thereof and an adjustable flange, the second fitting engaged in a male/female connection with the first fitting of the engine component (26; 50), the second fitting having a threaded portion, the adjustable flange threadably engaged with the threaded portion of the second fitting for adjusting a position of the adjustable flange along the second fitting so as to bring a second abutment surface of the adjustable flange in abutment against the first abutment surface (36; 52), the adjustable flange having bolt holes for alignment with corresponding bolt holes in the first abutment surface (36; 52); and fasteners (46, 48) including bolts insertable in the bolt holes for clamping the first and second abutment surfaces (36, 38) together. an engine component (26; 50) having a first fitting and a first abutment surface (36; 52); a service tube fluidly connected to the engine component (26; 50), the service tube having a second fitting at one end thereof and an adjustable flange, the second fitting engaged in a male/female connection with the first fitting of the engine component (26; 50), the second fitting having a threaded portion, the adjustable flange threadably engaged with the threaded portion of the second fitting for adjusting a position of the adjustable flange along the second fitting so as to bring a second abutment surface of the adjustable flange in abutment against the first abutment surface (36; 52), the adjustable flange having bolt holes for alignment with corresponding bolt holes in the first abutment surface (36; 52); and fasteners (46, 48) including bolts insertable in the bolt holes for clamping the first and second abutment surfaces (36, 38) together.
Locking device having a base body, a locking means for locking the base body to a counter body, an actuation means movable relative to the base body, said actuation means being able to be brought into contact with the locking means, and at least one displacement device, wherein the displacement device is connected to the actuation means and to the base body and wherein the actuation means transfers the locking means into a locking position and is in contact with the locking means in the locking position, characterised in that the displacement device in the case of actuating the actuation means, the actuation means automatically moves into a locking position, wherein the displacement device automatically moves the actuation means into the locking position only after exceeding a centre point.
A biomedical sensor system comprising a plurality of electrodes and a contiguous dielectric adhesive material that includes a polymer and that is in contact with each of the plurality of electrodes, wherein said contiguous dielectric adhesive material comprises a first surface adapted for applying to a patient and a second surface opposite the first surface on which said plurality of electrodes is provided, and a signal analysis system that is coupled to said plurality of electrodes, wherein polar material is dispersed within the polymer such that in use, the polar material that is between a biomedical signal and one of the plurality of electrodes becomes aligned with the biomedical signal, yet is not ionically conductive, whilst the polar material that is not immediately adjacent to the biomedical signal and the said electrode does not become aligned, wherein said signal analysis system is arranged to receive signals from each of the plurality of electrodes and is arranged to select a subset of the plurality of electrodes to be used for signal analysis, wherein the selection is based on those signals with the least noise and/or the strongest amplitude; and wherein said contiguous dielectric adhesive material has an impedance of greater than 200 kΩ.
A rechargeable lithium air battery comprising a ceramic separator forming an anode chamber, a molten lithium anode (14; 16) contained in the anode chamber, an air cathode, and an electrolyte reservoir, wherein the electrolyte reservoir contains a non-aqueous electrolyte, which is either an inorganic electrolyte or a silane or a siloxane-based compound, wherein the cathode comprises a core adjacent to the ceramic separator and at least one fin extending radially outward from the core, and wherein the core is a high temperature region of the cathode and the at least one fin is a low temperature region of the cathode.
A method comprising: receiving, by a computer system including one or more processors, data of a computer environment including a plurality of assets; filtering, by the computer system, using the data and one or more first criteria, the plurality of assets to identify a set of filtered assets; determining, by the computer system, using the data, a state of each asset of the set of filtered assets; identifying, by the computer system, a plurality of asset clusters within the set of filtered assets using states of the set of filtered assets and second criteria for clustering the set of filtered assets, the second criteria defined based on user profiles for various users of the computer environment, each asset cluster including assets of the set of filtered assets of interest to one or more users associated with a corresponding user profile and identified based on corresponding asset states and corresponding values of the one or more second criteria; generating, by the computer system, a visual representation of an asset cluster of the plurality of asset clusters; and assigning, by the computer system, the visual representation to a user account or a computing device for rendering based on a user profile associated with the user account or computing device. receiving, by a computer system including one or more processors, data of a computer environment including a plurality of assets; filtering, by the computer system, using the data and one or more first criteria, the plurality of assets to identify a set of filtered assets; determining, by the computer system, using the data, a state of each asset of the set of filtered assets; identifying, by the computer system, a plurality of asset clusters within the set of filtered assets using states of the set of filtered assets and second criteria for clustering the set of filtered assets, the second criteria defined based on user profiles for various users of the computer environment, each asset cluster including assets of the set of filtered assets of interest to one or more users associated with a corresponding user profile and identified based on corresponding asset states and corresponding values of the one or more second criteria; generating, by the computer system, a visual representation of an asset cluster of the plurality of asset clusters; and assigning, by the computer system, the visual representation to a user account or a computing device for rendering based on a user profile associated with the user account or computing device.
Workpiece which is reversibly deformable by pressure for the strong reversible connection of machine components, comprising: (i) an essentially cylindrical base body which has on its periphery a pressing area against an area of the machine component to be connected, (ii) at least one displacement space in the interior of the base body, which is fully or partly filled with a displacement medium in powder form or granulated form, (iii) pressure and tensioning means -, and (iv) at least one pressure ram which is designed in shape and size in such a way that it can be pushed into the displacement space by means of the pressure and tensioning means in order to compress the displacement medium located therein, causing an expansion of the periphery of the base body over the pressing area and thus formation of a very strong reversible connection to the machine component to be connected, characterised in that the displacement medium employed in the at least one displacement space has a total effective modulus of elasticity of at most 20% of the modulus of elasticity of the material of the base body and has a total effective coefficient of expansion which deviates by a maximum of 10% from the coefficient of expansion of the base body, where the displacement medium is a single component or is a mixture of at least two components, each with different moduli of elasticity and/or coefficients of expansion. (i) an essentially cylindrical base body which has on its periphery a pressing area against an area of the machine component to be connected, (ii) at least one displacement space in the interior of the base body, which is fully or partly filled with a displacement medium in powder form or granulated form, (iii) pressure and tensioning means -, and (iv) at least one pressure ram which is designed in shape and size in such a way that it can be pushed into the displacement space by means of the pressure and tensioning means in order to compress the displacement medium located therein, causing an expansion of the periphery of the base body over the pressing area and thus formation of a very strong reversible connection to the machine component to be connected,
Method (1, 41, 51, 61) for manufacturing a reinforcing member for a blade of an aircraft, said method (1, 41, 51, 61) comprising at least: • a plurality of positioning steps for positioning bundles of reinforcing threads (10, 20) on upper faces of supports (11, 21), each positioning step comprising positioning at least one bundle of reinforcing threads on a support; • a plurality of securing steps (3, 43, 53) for securing said bundles of reinforcing threads (10, 20) with said upper faces of said supports (11, 21), each securing step (3, 43, 53) comprising securing said at least one bundle of reinforcing threads (10, 20) with said support (11, 21) in order to form a monolithic sub-assembly (12, 22); • a step of overlaying a plurality of monolithic sub-assemblies (12, 22) in a mould in the same overlaying direction, said plurality of monolithic sub-assemblies (12, 22) comprising a first monolithic sub-assembly and a second monolithic sub-assembly, said at least one bundle of reinforcing threads of said first monolithic sub-assembly being overlaid with a lower face opposite said upper face of said second monolithic sub-assembly; and • a step of polymerizing a resin in said mould. • a plurality of positioning steps for positioning bundles of reinforcing threads (10, 20) on upper faces of supports (11, 21), each positioning step comprising positioning at least one bundle of reinforcing threads on a support; • a plurality of securing steps (3, 43, 53) for securing said bundles of reinforcing threads (10, 20) with said upper faces of said supports (11, 21), each securing step (3, 43, 53) comprising securing said at least one bundle of reinforcing threads (10, 20) with said support (11, 21) in order to form a monolithic sub-assembly (12, 22); • a step of overlaying a plurality of monolithic sub-assemblies (12, 22) in a mould in the same overlaying direction, said plurality of monolithic sub-assemblies (12, 22) comprising a first monolithic sub-assembly and a second monolithic sub-assembly, said at least one bundle of reinforcing threads of said first monolithic sub-assembly being overlaid with a lower face opposite said upper face of said second monolithic sub-assembly; and • a step of polymerizing a resin in said mould.