mhurhangee/ep-ind-claims huggingface dataset:
An anti-human Igβ antibody comprising a heavy chain variable region comprising CDR1 consisting of the amino acid sequence of amino acid numbers 31 to 35 of SEQ ID NO: 2, CDR2 consisting of the amino acid sequence of amino acid numbers 50 to 65 of SEQ ID NO: 2, and CDR3 consisting of the amino acid sequence of amino acid numbers 98 to 108 of SEQ ID NO: 2, a light chain variable region comprising CDR1 consisting of the amino acid sequence of amino acid numbers 24 to 38 of SEQ ID NO: 4, CDR2 consisting of the amino acid sequence of amino acid numbers 54 to 60 of SEQ ID NO: 4, and CDR3 consisting of the amino acid sequence of amino acid numbers 93 to 101 of SEQ ID NO: 4, and a heavy chain constant region which is a human Igyl constant region having amino acid mutations of S239D, H268D, and L328W.
An inflow cannula for ventricular assist devices, having a porous structure in part or in its entirety, for draining blood from the heart, wherein the length of said porous structure can be appropriately set in accordance with the length of the portion of the structure which runs through the ventricle wall or atrium wall and is exposed to the heart, and wherein said porous structure is formed of one or more linear metallic elements.
A rotor overspeed protection assembly of a gas turbine engine, comprising: an annular blade outer air seal (BOAS) assembly comprising a ROP segment; and a stator vane coupled with the BOAS assembly, the stator vane comprising a stator flange disposed about a forward edge portion of the stator vane, wherein the ROP segment comprises a ROP flange extending in an axially aft direction from a main body of the ROP segment toward the stator vane, wherein the ROP flange is disposed radially inward of the stator flange; and wherein the BOAS assembly further comprises a BOAS segment coupled with the ROP segment, the BOAS segment comprising a BOAS flange extending in an axially aft direction from a main body of the BOAS segment toward the stator vane, wherein the BOAS flange is disposed radially outward of the stator flange of the stator vane. an annular blade outer air seal (BOAS) assembly comprising a ROP segment; and a stator vane coupled with the BOAS assembly, the stator vane comprising a stator flange disposed about a forward edge portion of the stator vane,
A method for detecting anomalies in data traffic generated by peripheral devices simulating human-like patterns comprising: - retrieving, by computerized data processing means, all data packets sent by a peripheral device to a computer; - identifying, by said computerized data processing means, a data communication as a plurality of said data packets in a predetermined timeframe; - parsing, by said computerized data processing means, the content of each of said data packets of said data communication to extract a plurality of communication features of said data communication; - classifying, by said computerized data processing means, said communication features through a set of absolute classifiers of the binary type comprising two or more absolute classifiers and through a set of majority classifiers of the binary type comprising an odd number of majority classifiers; and - signalling, by said computerized data processing means, an anomaly of said data communication when at least the majority in said set of majority classifiers or at least one in said set of absolute classifiers marks said communication features as anomalous. - retrieving, by computerized data processing means, all data packets sent by a peripheral device to a computer; - identifying, by said computerized data processing means, a data communication as a plurality of said data packets in a predetermined timeframe; - parsing, by said computerized data processing means, the content of each of said data packets of said data communication to extract a plurality of communication features of said data communication; - classifying, by said computerized data processing means, said communication features through a set of absolute classifiers of the binary type comprising two or more absolute classifiers and through a set of majority classifiers of the binary type comprising an odd number of majority classifiers; and - signalling, by said computerized data processing means, an anomaly of said data communication when at least the majority in said set of majority classifiers or at least one in said set of absolute classifiers marks said communication features as anomalous.
A heating device for fluids in a motor vehicle, comprising at least one housing and a heat exchanger, the heat exchanger comprising individual pins (2.2, 2.3), which project upwardly from a base plate (2.1) and are integrally connected to the base plate (2.1), for increasing the heat transfer surface area, characterized by comprising an electrical PTC heating element in heat-conducting connection to the heat exchanger.
Energy coupling device for power coupling a high-voltage on-board electrical system designed for DC voltage to a low-voltage on-board electrical system designed for DC voltage, comprising a high-voltage terminal for connecting the energy coupling device to the high-voltage on-board electrical system, a low-voltage terminal for connecting the energy coupling device to the low-voltage on-board electrical system, a high-voltage energy converter connected to the high-voltage terminal, a low-voltage energy converter connected to the low-voltage terminal, a DC voltage intermediate circuit, to which the high-voltage energy converter and the low-voltage energy converter are connected for electrically coupling the two energy converters (24, 26), and a control unit for controlling the energy converters (24, 26), characterised in that the control unit is designed to determine degrees of conversion efficiency of the energy converters (24, 26) and to set an intermediate circuit DC voltage of the DC voltage intermediate circuit as a function of a total efficiency produced by a sum of the degrees of conversion efficiency, in order to maximise the total degree of efficiency.
A method comprising: illuminating (10, 50) a work space using a lens of a projector; defocusing (12, 54) the lens such that a projected image is out of focus; after defocusing the lens, capturing (14, 56) an image of the work space; and displaying the captured image. illuminating (10, 50) a work space using a lens of a projector; defocusing (12, 54) the lens such that a projected image is out of focus; after defocusing the lens, capturing (14, 56) an image of the work space; and displaying the captured image.
Transmission for a driveable working machine, with: a. a first drive for coupling to a first drive source, b. a second drive for coupling to a second drive source (21, 21'), c. a first output for coupling to one or several wheel axles (18a, 18b) and/or wheels, characterised in that the transmission has d. a first switching step shaft, which may be connected to the first drive and the first output in a force-fitting way and e. a second switching step shaft, which may be connected selectively and independently of the first switching step shaft to the first drive or the second drive and the first output in a force-fitting way. a. a first drive for coupling to a first drive source, b. a second drive for coupling to a second drive source (21, 21'), c. a first output for coupling to one or several wheel axles (18a, 18b) and/or wheels, characterised in that the transmission has d. a first switching step shaft, which may be connected to the first drive and the first output in a force-fitting way and e. a second switching step shaft, which may be connected selectively and independently of the first switching step shaft to the first drive or the second drive and the first output in a force-fitting way.
A packet transmission method applicable to a security socket layer protocol, SSL, virtual private network, VPN, wherein a client can access an intranet by using a network extension function after logging in to SSL VPN, comprising: receiving, by a SSL VPN server of the SSL VPN, by using a Virtual Private Network, VPN, tunnel, an encrypted packet sent by the client, wherein the encrypted packet is sent by the client after the client determines, according to a preset control policy, that the control policy comprises an Internet Protocol, IP, address and a port number that are the same as a destination IP address and a destination port number of a packet to be sent and encrypts the packet to be sent, and the control policy comprises information about an IP address and a port number of an intranet server of the intranet; decrypting, by the SSL VPN server, the encrypted packet; and sending, by the SSL VPN server, the decrypted packet to a corresponding intranet server, wherein a source IP address of the decrypted packet is an external network IP address. receiving, by a SSL VPN server of the SSL VPN, by using a Virtual Private Network, VPN, tunnel, an encrypted packet sent by the client, wherein the encrypted packet is sent by the client after the client determines, according to a preset control policy, that the control policy comprises an Internet Protocol, IP, address and a port number that are the same as a destination IP address and a destination port number of a packet to be sent and encrypts the packet to be sent, and the control policy comprises information about an IP address and a port number of an intranet server of the intranet; decrypting, by the SSL VPN server, the encrypted packet; and sending, by the SSL VPN server, the decrypted packet to a corresponding intranet server, wherein a source IP address of the decrypted packet is an external network IP address.
Process for the preparation of MIL-100 (Al), characterized in that aluminum nitrate and trimesic acid are reacted in an alcohol/water mixture under the action of a base selected from NH 3, a NH 3 releasing compound or mixtures thereof.
A method for a serving cell, comprising: receiving, from a helping cell different from said serving cell, helper data which contains a portion of an uplink subframe as received at said helping cell, wherein the portion comprises at least one partial data symbol or partial pilot symbol or partial reference symbol; performing coordinated multipoint processing on the portion of the uplink subframe using the helper data, performing serving cell only equalization on a further portion of the uplink subframe to which the helper data does not correspond, combining the portion and the further portion to form a complete uplink subframe; and providing the complete uplink subframe to a decoder. receiving, from a helping cell different from said serving cell, helper data which contains a portion of an uplink subframe as received at said helping cell, wherein the portion comprises at least one partial data symbol or partial pilot symbol or partial reference symbol; performing coordinated multipoint processing on the portion of the uplink subframe using the helper data, performing serving cell only equalization on a further portion of the uplink subframe to which the helper data does not correspond, combining the portion and the further portion to form a complete uplink subframe; and providing the complete uplink subframe to a decoder.
A heat recovery and utilization system comprising: equipment for electricity generation comprising a boiler for electricity generation; a heat recovery unit for recovering heat from exhaust gas of the boiler, the heat recovery unit comprising a portion of a heat medium circulation pipe in which a heat medium flows and which is disposed within a passage of the exhaust gas; a heat exchanger for heat exchanging between supply water flowing in a supply water pipe and the heat medium from the heat recovery unit, where the supply water is a water to be supplied for a local area supply facility for heating and the like; a heat accumulator for storing the supply water heat exchanged by the heat exchanger to accumulate heat for equipment other than the equipment for electricity generation; and the heat medium circulation pipe is configured for circulating the heat medium between the heat recovery unit and the heat exchanger, characterized in that the heat exchanger is constituted to heat the heat medium circulating in the circulation pipe utilizing the supply water stored in the heat accumulator to preheat the heat recovery unit at a time of startup of the system. equipment for electricity generation comprising a boiler for electricity generation; a heat recovery unit for recovering heat from exhaust gas of the boiler, the heat recovery unit comprising a portion of a heat medium circulation pipe in which a heat medium flows and which is disposed within a passage of the exhaust gas; a heat exchanger for heat exchanging between supply water flowing in a supply water pipe and the heat medium from the heat recovery unit, where the supply water is a water to be supplied for a local area supply facility for heating and the like; a heat accumulator for storing the supply water heat exchanged by the heat exchanger to accumulate heat for equipment other than the equipment for electricity generation; and the heat medium circulation pipe is configured for circulating the heat medium between the heat recovery unit and the heat exchanger, characterized in that the heat exchanger is constituted to heat the heat medium circulating in the circulation pipe utilizing the supply water stored in the heat accumulator to preheat the heat recovery unit at a time of startup of the system.
A transport box for Gastronorm-Containers (12, 14; 16; 18, 20; 22, 24, 26, 28; 30, 32, 34, 36; 38, 40; 42, 44, 46, 48, 50, 52, 54), the transport box providing for thermal insulation of its interior space with respect to the environment and comprising a lid by means of which it can be opened and closed, and the transport box being provided to be loaded and unloaded with Gastronorm-Containers (12, 14; 16; 18, 20; 22, 24, 26, 28; 30, 32, 34, 36; 38, 40; 42, 44, 46, 48, 50, 52, 54) from above in the opened state, characterised in that the transport box has an interior space designed to, optionally, vertically accommodate at least one thermal insulation plate in at least a first position or a second position, that, among the dimensions of the interior space, the length, the width (b) and the height (h), the length and the width (b) are selected so that the interior space is subdivided into at least two partial interior spaces (6, 8) thermally insulated with respect to each other and including two storage spaces (70, 72) adapted to the dimensions of Gastronorm-Containers (12, 14; 18, 20; 22, 24, 26, 28; 30, 32, 34, 36; 38, 40; 42, 44, 46, 48, 50, 52, 54) when the thermal insulation plate is arranged in the first position, and that only one storage space adapted to the dimensions of Gastronorm-Containers is obtained when the thermal insulation plate is arranged in the second position.
Roller blind casing, in particular in the form of a fitted roller blind casing, preferably a roller blind casing composed of extruded plastics parts and/or injection-moulded plastics parts, comprising a front wall, a rear wall and a top wall, and two end walls which close the sides of the roller blind casing, further comprising a slat-guiding part (13 to 13"') which comprises a guide groove (12, 12') and with which a feed-in part for guiding the slats into the guide groove (12, 12') is associated, it being possible to provide guide grooves (12, 12') of different widths for the slat guide part (13 to 13"'), characterised in that a set of two or more slat guide parts (13 to 13"') is associated with the roller blind casing, which slat guide parts comprise guide grooves (12, 12') of different widths, the horizontal distance between the window-side flank of the guide groove (12, 12') and the inner surface of the front wall of the roller blind casing being the same for all the slat guide parts (13 to 13"') when installed, and in that the feed-in part is designed to cooperate with all of the two or more guide grooves (12, 12') of different widths (B, B') in a fixing position on the end wall.
A media resource playing method, applied to a calling terminal, wherein the method comprises: initiating, by the calling terminal, a call to a called terminal; sending a resource obtaining request to a first media server using a target application client installed on the calling terminal, wherein the resource obtaining request carries related information of the call, and wherein the target application client is a video customized ringback tone application that has function for playing media during call establishment; receiving address information of a first media resource returned by the first media server based on the resource obtaining request, wherein the first media resource matches the related information; and playing the first media resource based on the address information after receiving a ringing message, wherein the first media server is a server in an internet technology, IT, domain, and wherein before the playing the first media resource based on the address information after receiving a ringing message, if it is determined that a first media negotiation message is not received, performing the step of playing the first media resource, wherein the first media negotiation message is for performing media negotiation between a second media server and the calling terminal, and the second media server is in a communication technology, CT, domain, or if it is determined that the first media negotiation message is received, playing a second media resource in the CT domain instead of the first media resource. initiating, by the calling terminal, a call to a called terminal; sending a resource obtaining request to a first media server using a target application client installed on the calling terminal, wherein the resource obtaining request carries related information of the call, and wherein the target application client is a video customized ringback tone application that has function for playing media during call establishment; receiving address information of a first media resource returned by the first media server based on the resource obtaining request, wherein the first media resource matches the related information; and playing the first media resource based on the address information after receiving a ringing message, wherein the first media server is a server in an internet technology, IT, domain, and wherein before the playing the first media resource based on the address information after receiving a ringing message, if it is determined that a first media negotiation message is not received, performing the step of playing the first media resource, wherein the first media negotiation message is for performing media negotiation between a second media server and the calling terminal, and the second media server is in a communication technology, CT, domain, or if it is determined that the first media negotiation message is received, playing a second media resource in the CT domain instead of the first media resource.
A process for producing a polyamide resin film, wherein an unstretched film is simultaneously biaxially, longitudinally and transversely stretched by a simultaneous biaxial tenter stretching method, in which the widthwise edges of the unstretched film is gripped at the positions away from the guide rails with clips attached to travelling supports guided by the guide rails, wherein the supports travel along a curved portions which contains a curved orbit in the early stretching stage and a reversely curved orbit in the final stretching stage, the inter-clip distance varies in the curved orbit of the early stretching stage so as to expand once in the first place and to then get back as before, the inter-clip distance varies in the reversely curved orbit of the final stretching stage so as to shrink once in the first place and to then get back as before, and characterized in that from a start of a transverse stretching until a maximum stretching magnification factor of the transverse stretching is reached, a longitudinal stretching magnification factor represented by a linear distance between adjacent clips is prevented from being decreased by 5% or more of a maximum stretching magnification factor of a longitudinal stretching.
A method of determining a distance to an interface in an earth formation, the method comprising: (a) conveying a logging instrument into a borehole; (b) activating at least one transmitter on the logging instrument to produce a guided acoustic wave which propagates downward to the bottom of the borehole and produces an acoustic wave in the earth formation; (c) using at least one receiver on the logging instrument for: receiving a first signal responsive to the downward propagating guided acoustic wave, and characterized by using said at least one receiver for receiving a second signal responsive to an upward propagating guided acoustic wave resulting from reflection of the acoustic wave (303,305) in the formation at an interface therein; (d) using a processor for estimating from the first signal and the second signal a distance to the interface. (a) conveying a logging instrument into a borehole; (b) activating at least one transmitter on the logging instrument to produce a guided acoustic wave which propagates downward to the bottom of the borehole and produces an acoustic wave in the earth formation; (c) using at least one receiver on the logging instrument for: receiving a first signal responsive to the downward propagating guided acoustic wave, and characterized by using said at least one receiver for receiving a second signal responsive to an upward propagating guided acoustic wave resulting from reflection of the acoustic wave (303,305) in the formation at an interface therein; receiving a first signal responsive to the downward propagating guided acoustic wave, and characterized by using said at least one receiver for receiving a second signal responsive to an upward propagating guided acoustic wave resulting from reflection of the acoustic wave (303,305) in the formation at an interface therein; (d) using a processor for estimating from the first signal and the second signal a distance to the interface.