mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining bispecific IgG-type antibodies which functionally substitute for factor VIII/VIIIa, comprising the steps of: - immunizing a non-human animal with F.IXa in order to obtain an anti-F.IXa antibody; - immunizing a non-human animal with F.X in order to obtain an anti F.X antibody; - producing a bispecific antibody comprising the anti-F.IXa antibody H and L chain variable regions and the anti-F.X antibody H and L chain variable regions, wherein the CH3 region of an H chain of the bispecific antibody comprises at least one amino acid substitution so as to obtain an IgG antibody that has a heterologous combination of H chains; and - selecting antibodies with an activity that substitutes for F.VIII/F.VIIIa function. - immunizing a non-human animal with F.IXa in order to obtain an anti-F.IXa antibody; - immunizing a non-human animal with F.X in order to obtain an anti F.X antibody; - producing a bispecific antibody comprising the anti-F.IXa antibody H and L chain variable regions and the anti-F.X antibody H and L chain variable regions, wherein the CH3 region of an H chain of the bispecific antibody comprises at least one amino acid substitution so as to obtain an IgG antibody that has a heterologous combination of H chains; and - selecting antibodies with an activity that substitutes for F.VIII/F.VIIIa function.
Laser sensor with integrated rotating mechanism which comprises: a camera; a laser; and a chassis configured to rotate on its own rotating axis; including an indexed rotating mechanism which comprises, in turn: a first motorised set, which consists of a first rotating motor characterised in that the first rotating motor is positioned on an axis parallel and not coincident to the rotating axis, and connected to said rotating axis by a set of gears; including a second motorised set which consists of a second locking motor coupled onto the rotation axis in a first support of the laser sensor; and where the first support comprises at the bottom locking rollers and a spindle coupled to the aforementioned first support in such a way that locking occurs as a result of contact between balls housed in the chassis and the rollers adjacent to the lower part of the support.
A module (30, 50) comprising a strip of fuel cells (32, 33) each having an upper electrode (38, 41) and a lower electrode (39, 42), an upper electrode of a cell being electrically connected to a lower electrode of an adjacent cell by a connector comprising: a base, two arms (21, 23) extending in a same direction from two external edges of the base, two flaps (20, 22) extending towards each other from ends of the arms opposed to their connection with the base, characterized in that the spacing between the two arms is greater than or equal to the width of the strip, and the two flaps (20, 22) are applied on an upper or lower electrode, and the base is applied on a lower or upper electrode.
A power storage device packaging material comprising: a laminate comprising at least a surface coating layer, a base material layer, a black adhesive agent layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, a peak P OCO derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less. a laminate comprising at least a surface coating layer, a base material layer, a black adhesive agent layer, a barrier layer, an adhesive layer, and a heat-sealable resin layer in this order, wherein the adhesive layer is a cured product of a resin composition containing a compound having an isocyanate group, a corrosion-resistant film is provided on at least a surface of the barrier layer facing the adhesive layer, when the corrosion-resistant film is analyzed using time-of-flight secondary ion mass spectrometry, a P PO3/CrPO4 ratio of peak intensity P PO3 derived from PO 3 - to peak intensity P CrPO4 derived from CrPO 4 - is in the range of 6 or more and 120 or less, when the corrosion-resistant film is analyzed by X-ray photoelectron spectroscopy, a peak P OCO derived from C1s of O-C=O bonds in the range of 287 eV to 290 eV and a peak P C-C derived from C1s of C-C bonds at 285 eV are detected, and a value of peak height ratio P OCO/C-C obtained by dividing a height of the peak P OCO by a height of the peak P C-C is in the range of 0.10 or more and 0.50 or less.
Dynamic braking device for a railway vehicle having a roof provided with at least one piece of equipment, the dynamic braking device comprising at least one rheostat which is to be arranged on the roof of the railway vehicle and beneath said piece of equipment, characterised in that it comprises a heat deflector covering the rheostat, having lateral openings on either side of the rheostat in a transverse direction, and a deflection panel which is arranged above the rheostat and is to be arranged beneath said piece of equipment, the deflection panel being formed to have, in the transverse direction, a width greater than a known width of said piece of equipment in the same transverse direction.
A computer aided design system projection method for projecting a three dimensional element in a three dimensional model space to obtain a two dimensional element in a two dimensional space, the method comprising: receiving a projection instruction; determining whether or not a three dimensional model in an edit state, in which the three dimensional model can be edited by a received operation, is an assembly or a component when the projection instruction is received; obtaining a component belonging to the assembly, when the three dimensional model is the assembly; obtaining the component in the edit state, when the three dimensional model is a component; obtaining a projection drawing on which the component is projected and obtaining a two dimensional element in the projection drawing; searching for a three dimensional element corresponding to the two dimensional element from the component obtained by using information indicating association relationship between the two dimensional element and the three dimensional element; searching for a dimension line added to the three dimensional element; and projecting the three dimensional element and the dimension line. receiving a projection instruction; determining whether or not a three dimensional model in an edit state, in which the three dimensional model can be edited by a received operation, is an assembly or a component when the projection instruction is received; obtaining a component belonging to the assembly, when the three dimensional model is the assembly; obtaining the component in the edit state, when the three dimensional model is a component; obtaining a projection drawing on which the component is projected and obtaining a two dimensional element in the projection drawing; searching for a three dimensional element corresponding to the two dimensional element from the component obtained by using information indicating association relationship between the two dimensional element and the three dimensional element; searching for a dimension line added to the three dimensional element; and projecting the three dimensional element and the dimension line.
A well cementing composition, comprising: (i) an aqueous fluid; (ii) a solid blend comprising portland cement; (iii) an air entrainment suppressing agent comprising a blend of a silicone and polypropylene glycol, or a silicone that is functionalized with ether groups; and (iv) hydrophobic particles comprising one or more members selected from the list consisting of rubber particles, polyamides, polypropylene, acrylonitrile butadiene rubbers, polyethylene, styrene butadiene, uintaite, styrene isoprene styrene rubber, styrene isoprene copolymers, styrene butadiene styrene rubber, styrene divinylbenzene, fluoroelastomers, perfluoroelastomers, polyphenylene sulfide, polyether-etherketone, petroleum coke derivatives and coal. (i) an aqueous fluid; (ii) a solid blend comprising portland cement; (iii) an air entrainment suppressing agent comprising a blend of a silicone and polypropylene glycol, or a silicone that is functionalized with ether groups; and (iv) hydrophobic particles comprising one or more members selected from the list consisting of rubber particles, polyamides, polypropylene, acrylonitrile butadiene rubbers, polyethylene, styrene butadiene, uintaite, styrene isoprene styrene rubber, styrene isoprene copolymers, styrene butadiene styrene rubber, styrene divinylbenzene, fluoroelastomers, perfluoroelastomers, polyphenylene sulfide, polyether-etherketone, petroleum coke derivatives and coal.
Tripping apparatus for a thermal fuse, comprising: - an actuator which is designed to trip at a limit temperature, - a conductive bridge element which, by way of a connection region, is fastened and connected to a connection point by means of a fusible connecting element in order to carry a current; wherein the connecting element is designed to melt when the limit temperature is reached or exceeded, so that the bridge element can be released from the connecting element when the actuator is tripped, in order to interrupt the current-carrying operation, wherein the actuator has a fusible body which holds a plunger in a non-tripped position, wherein the material of the fusible body is selected such that it melts when the limit temperature is reached and as a result trips the actuator, wherein the plunger is moved by a force, in particular by a spring force, in order to completely lift the bridge element away from the connection points with the aid of the plunger. - an actuator which is designed to trip at a limit temperature, - a conductive bridge element which, by way of a connection region, is fastened and connected to a connection point by means of a fusible connecting element in order to carry a current;
Device for receiving and securing a tool, in particular a drill bit, on a power tool, for example a core drill, comprising - an output shaft for transmitting a torque generated in the power tool to the tool; and - a union nut, which is positioned around the output shaft and includes an internal thread, the internal thread being able to interact with an external thread corresponding to it that is arranged at an attachment end of the tool, for releasably connecting the output shaft to the attachment end of the tool, the output shaft including a securing ring and the union nut including a stop washer, characterized in that the union nut also includes a damping element, and in that the stop washer is positioned between the securing ring and the damping element. - an output shaft for transmitting a torque generated in the power tool to the tool; and - a union nut, which is positioned around the output shaft and includes an internal thread, the internal thread being able to interact with an external thread corresponding to it that is arranged at an attachment end of the tool, for releasably connecting the output shaft to the attachment end of the tool, the output shaft including a securing ring and the union nut including a stop washer,
A method for selectively enhancing the wetting characteristics of a substrate, comprising: providing at least one substrate, the substrate having a first wetting characteristic; providing at least one laser system configured to output at least one patterning beam having a wavelength of 200nm to 1200nm to the substrate, the patterning beam having an laser energy greater than the ablation threshold of the substrate; selectively forming at least one feature on at least a portion of the surface of the substrate with the patterning beam, the feature having a second wetting characteristic wherein the first wetting characteristic and second wetting characteristic are different; selectively applying at least one substrate coating to the substrate and the feature; and selectively ablating at least a portion of the substrate coating from the substrate to expose the feature formed on the substrate. providing at least one substrate, the substrate having a first wetting characteristic; providing at least one laser system configured to output at least one patterning beam having a wavelength of 200nm to 1200nm to the substrate, the patterning beam having an laser energy greater than the ablation threshold of the substrate; selectively forming at least one feature on at least a portion of the surface of the substrate with the patterning beam, the feature having a second wetting characteristic wherein the first wetting characteristic and second wetting characteristic are different; selectively applying at least one substrate coating to the substrate and the feature; and selectively ablating at least a portion of the substrate coating from the substrate to expose the feature formed on the substrate.
A wireless terminal for a full-duplex communication system, the wireless terminal comprising: a transmit antenna array having a plurality of transmit antennas for forming a spatially beamformed transmit beam toward a receiver based on channel information related to the receiver and a beamforming weight for the transmit beam; and a receive antenna array having a plurality of receive antennas for forming a spatially beamformed receive beam toward a transmitter based on channel information related to the transmitter and a beamforming weight for the receive beam, wherein the plurality of transmit antennas and the plurality of receive antennas use a same frequency and time resource for a simultaneous communication signal of the respective transmit and receive beams, wherein the beamformed transmit beam and the beamformed receive beam do not spatially overlap, and wherein the beamforming weight for the transmit beam and the beamforming weight for the receive beam are jointly selected based on interference between the transmit beam and the receive beam. a transmit antenna array having a plurality of transmit antennas for forming a spatially beamformed transmit beam toward a receiver based on channel information related to the receiver and a beamforming weight for the transmit beam; and a receive antenna array having a plurality of receive antennas for forming a spatially beamformed receive beam toward a transmitter based on channel information related to the transmitter and a beamforming weight for the receive beam, wherein the plurality of transmit antennas and the plurality of receive antennas use a same frequency and time resource for a simultaneous communication signal of the respective transmit and receive beams, wherein the beamformed transmit beam and the beamformed receive beam do not spatially overlap, and wherein the beamforming weight for the transmit beam and the beamforming weight for the receive beam are jointly selected based on interference between the transmit beam and the receive beam.
A method for creating a content item on an online management system comprising: receiving, by the online content management system, a request from a user device associated with a user account of the content management system to create a new content item, the request specifying a content item name and a content item type for the new content item, the content item corresponding to a native software application not available on the user device; in response to receiving the content item type and the content item name, selecting, by the online content management system, a content item template from a plurality of content item templates based on the specified content item type, wherein each of the plurality of content item templates is of a different content item type; generating, by the online content management system, a copy of the selected content item template; renaming, by the content management system, the copy of the selected content item based on the content item name; and saving, by the online content management system, the content item template copy as the new content item in an online folder of the online content management system associated with the user account. receiving, by the online content management system, a request from a user device associated with a user account of the content management system to create a new content item, the request specifying a content item name and a content item type for the new content item, the content item corresponding to a native software application not available on the user device; in response to receiving the content item type and the content item name, selecting, by the online content management system, a content item template from a plurality of content item templates based on the specified content item type, wherein each of the plurality of content item templates is of a different content item type; generating, by the online content management system, a copy of the selected content item template; renaming, by the content management system, the copy of the selected content item based on the content item name; and saving, by the online content management system, the content item template copy as the new content item in an online folder of the online content management system associated with the user account.
An immersion lithography apparatus, comprising: a stage configured to hold a work piece; a reticle stage configured to hold a reticle that defines an image; a projection system including an optical element, the projection system being configured to project the image defined by the reticle into an exposure region on the work piece, a containment member arranged to fill a space under the optical element with an immersion fluid; and a fluid removal system, wherein the containment member comprises: a transport region positioned adjacent the space, the transport region having a plurality of passages for collecting immersion fluid exiting the space; characterised in that the containment member further comprises: a removal chamber, wherein the fluid removal system is arranged to create a pressure differential across the transport region, the pressure differential acting to pull the immersion fluid through the transport region to the removal chamber, and wherein the fluid removal system comprises a recovery reservoir for capturing immersion fluid from the removal chamber, and wherein the containment member is arranged such that a gap between the containment member and the substrate is between approximately 0.05 mm and 5 mm. a stage configured to hold a work piece; a reticle stage configured to hold a reticle that defines an image; a projection system including an optical element, the projection system being configured to project the image defined by the reticle into an exposure region on the work piece, a containment member arranged to fill a space under the optical element with an immersion fluid; and a fluid removal system, wherein the containment member comprises: a transport region positioned adjacent the space, the transport region having a plurality of passages for collecting immersion fluid exiting the space; characterised in that the containment member further comprises: a removal chamber, a transport region positioned adjacent the space, the transport region having a plurality of passages for collecting immersion fluid exiting the space; characterised in that the containment member further comprises: a removal chamber, a removal chamber, wherein the fluid removal system is arranged to create a pressure differential across the transport region, the pressure differential acting to pull the immersion fluid through the transport region to the removal chamber, and wherein the fluid removal system comprises a recovery reservoir for capturing immersion fluid from the removal chamber, and wherein the containment member is arranged such that a gap between the containment member and the substrate is between approximately 0.05 mm and 5 mm.
Method for determining the temperature of an electrically heatable catalytic converter (24, 28) in an exhaust system of an internal combustion engine, wherein the electrically heatable catalytic converter (24, 28) has a heating resistor with a temperature-dependent resistance, and wherein the component temperature of the electrically heatable catalytic converter (24, 28) is determined from the temperature-dependent resistance of the heating resistor, wherein the energization of the electric heating resistor is carried out by closing a switch (46, 50) in a circuit which connects a battery to the electric heating resistor, wherein the component temperature is determined from the electrical resistance at a known current strength and known voltage, characterized in that the input of power into the measuring circuit is carried out by means of a pulse-width-modulation-controlled down converter, wherein the measurement of the current strength and voltage is carried out at least ten times within a pulse-width-modulation period.
An assembly comprising an aircraft turbine engine and a pylon for mounting the turbine engine to an element of the aircraft, the turbine engine having a longitudinal axis and comprising a gas generator comprising, from upstream to downstream, in the flowing orientation of the gases, at least one compressor (14, 16), an annular combustion chamber and at least one turbine (20, 22), the pylon having a generally elongate shape along said axis and comprising members (34, 36) for suspending the turbine engine, these members being connected to the turbine engine in at least one plane which is perpendicular to the axis and which is located upstream of the combustion chamber so that the turbine engine is attached in a cantilever manner to the pylon, characterised in that it further comprises at least one damper which connects the turbine engine to the pylon and which is located in a plane perpendicular to the axis located downstream of the combustion chamber, this damper being configured to limit the relative displacements in said plane between the turbine engine and the pylon without transmitting stresses. the turbine engine having a longitudinal axis and comprising a gas generator comprising, from upstream to downstream, in the flowing orientation of the gases, at least one compressor (14, 16), an annular combustion chamber and at least one turbine (20, 22), the pylon having a generally elongate shape along said axis and comprising members (34, 36) for suspending the turbine engine, these members being connected to the turbine engine in at least one plane which is perpendicular to the axis and which is located upstream of the combustion chamber so that the turbine engine is attached in a cantilever manner to the pylon, characterised in that it further comprises at least one damper which connects the turbine engine to the pylon and which is located in a plane perpendicular to the axis located downstream of the combustion chamber, this damper being configured to limit the relative displacements in said plane between the turbine engine and the pylon without transmitting stresses.