mhurhangee/ep-ind-claims huggingface dataset:
A wireless audio device tethering system comprising: an intermediary device having at least one wireless transceiver; wherein said intermediary device is configured to establish at least a first wireless connection with a first wireless audio device and at least a second wireless connection with a second wireless audio device; wherein said intermediary device is further configured to receive a unique identifier of the second wireless audio device from said second wireless audio device and to transmit said unique identifier to said first wireless audio device along with an instruction for establishing a third wireless connection between said first wireless audio device and said second wireless audio device identified by said unique identifier. an intermediary device having at least one wireless transceiver; wherein said intermediary device is configured to establish at least a first wireless connection with a first wireless audio device and at least a second wireless connection with a second wireless audio device; wherein said intermediary device is further configured to receive a unique identifier of the second wireless audio device from said second wireless audio device and to transmit said unique identifier to said first wireless audio device along with an instruction for establishing a third wireless connection between said first wireless audio device and said second wireless audio device identified by said unique identifier.
A processor-implemented method for providing computer network security, the method comprising: gathering real-time threat information from one or more sources; deriving, in real time, security intelligence based on the real-time threat information; determining, in real time, a security measure based on the security intelligence; and dynamically applying the security measure to a computer network using a set of virtual appliances and a set of virtual switches, characterised in that dynamically applying comprises: mapping the security measure to the set of virtual appliances, the set of virtual switches, and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances. gathering real-time threat information from one or more sources; deriving, in real time, security intelligence based on the real-time threat information; determining, in real time, a security measure based on the security intelligence; and dynamically applying the security measure to a computer network using a set of virtual appliances and a set of virtual switches, characterised in that dynamically applying comprises: mapping the security measure to the set of virtual appliances, the set of virtual switches, and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances. mapping the security measure to the set of virtual appliances, the set of virtual switches, and to a plurality of packet filters, dynamically instantiating each virtual appliance in the set of virtual appliances based on the mapping using software defined networking, service chaining virtual appliances in the set of virtual appliances to connect the instantiated virtual appliances according to the mapping, and dynamically programming, based on the mapping, the set of virtual switches using the plurality of packet filters to steer network traffic to the instantiated set of virtual appliances.
A topical composition comprising erythrulose and a C 4-6 alkyl glycerine, wherein the amount of erythrulose is selected in the range from 0.01 wt.-% to 5 wt.-%, based on the total weight of the composition.
A multi-antenna transceiver system (200, 300) comprising: a group of transceiver chips (201-202, 301-302), wherein each transceiver chip has a respective chip-associated frequency generator (297, 397, 497, 597, 597', 897) configured to provide a respective conversion frequency, and wherein each transceiver chip is configured to use the respective conversion frequency for on-chip frequency conversion of a transceiver signal; a controller (230, 330, 430, 530, 830) adapted to cause configuration of the respective chip-associated frequency generator of at least one of the transceiver chips, wherein the configuration comprises dynamically setting the respective conversion frequency; and wherein the respective conversion frequencies are different for at least two of the transceiver chips. a group of transceiver chips (201-202, 301-302), wherein each transceiver chip has a respective chip-associated frequency generator (297, 397, 497, 597, 597', 897) configured to provide a respective conversion frequency, and wherein each transceiver chip is configured to use the respective conversion frequency for on-chip frequency conversion of a transceiver signal; a controller (230, 330, 430, 530, 830) adapted to cause configuration of the respective chip-associated frequency generator of at least one of the transceiver chips, wherein the configuration comprises dynamically setting the respective conversion frequency; and wherein the respective conversion frequencies are different for at least two of the transceiver chips.
Method for improving the thermal conductivity of soils around and/or in the region of an earthed high-voltage line and/or extra-high-voltage line, characterised in that an improvement in grain contact and an increase in the material density of the soil surrounding the earthed high-voltage line and/or extra-high-voltage line is effected by - injection of a suspension for stimulating a bio-cementation with bio-cementing microorganisms and a nutrient solution to be injected into the soil and - subsequent bio-cementation of the surrounding soil. - injection of a suspension for stimulating a bio-cementation with bio-cementing microorganisms and a nutrient solution to be injected into the soil and - subsequent bio-cementation of the surrounding soil.
Use of an inhibitor of cysteine degradation for reducing the formation of trisulfide bonds in proteins, wherein the inhibitor of cysteine degradation is selected from an antioxidant, an organic acid, an organic aldehyde, and an unsaturated lipid, and wherein the use comprises: culturing cells expressing said proteins in the presence of an effective amount of the inhibitor of cysteine degradation, whereby trisulfide linkage formation in said proteins is reduced relative to cells cultured in medium without the inhibitor of cysteine degradation.
Device for blowing a fluid onto at least one face of a thin element of the band type, comprising, within a containment having a horizontal longitudinal axis (XX') corresponding to the axis of travel of the band, at least one radial-flow fan with a vertical axis (ZZ'), having at least one outlet connected to at least one pipe (51, 52) for feeding nozzles directed towards the said face, characterized in that it comprises two diametrically opposite pipes (51, 52), each pipe feeding at least one series of transverse parallel nozzles, the nozzles inducing fluid jets in at least one plane perpendicular to the direction (XX') of travel of the said band.
Communications equipment for use by a call centre to enable communications between the call centre and one or more user devices, the communications equipment comprising: audio processing circuitry for processing audio signals received from the user devices over a communications network, wherein the processing circuitry is configured to perform acoustic echo cancellation and/or noise suppression and/or dereverberation processing on the received audio signals to cancel acoustic echoes and/or suppress noise and/or suppress reverberation that is present in the audio signals received from the user device, characterized in that the communications equipment further comprises a database for storing information on the call centre environment, one or more user devices, one or more call centre devices, preferences of users associated with the one or more user devices and/or preferences of personnel in the call centre; wherein, on initiation of a call to the call centre by one of the user devices, the communications equipment is configured to retrieve the information relevant to the call from the database, and the audio processing circuitry (70,72) is configured to adjust the processing of the audio signals based on the retrieved information. audio processing circuitry for processing audio signals received from the user devices over a communications network, wherein the processing circuitry is configured to perform acoustic echo cancellation and/or noise suppression and/or dereverberation processing on the received audio signals to cancel acoustic echoes and/or suppress noise and/or suppress reverberation that is present in the audio signals received from the user device, characterized in that the communications equipment further comprises a database for storing information on the call centre environment, one or more user devices, one or more call centre devices, preferences of users associated with the one or more user devices and/or preferences of personnel in the call centre; wherein, on initiation of a call to the call centre by one of the user devices, the communications equipment is configured to retrieve the information relevant to the call from the database, and the audio processing circuitry (70,72) is configured to adjust the processing of the audio signals based on the retrieved information.
Dialog device between an operator of an aircraft and a guidance system of said aircraft, said dialog device being installed on the aircraft and comprising at least one screen capable of restoring guidance information, characterized in that said screen is a touch screen, the touch screen comprising at least one graphic object which is produced in the form of an interaction means controlled by a direct contact with said touch screen, the interaction means representing: - on the one hand, a playback element which indicates the value of at least one guidance setpoint of said guidance system; and - on the other hand, a control element which can be grasped and moved along a curve by an operator so as to modify the value of said guidance setpoint of said guidance system. - on the one hand, a playback element which indicates the value of at least one guidance setpoint of said guidance system; and - on the other hand, a control element which can be grasped and moved along a curve by an operator so as to modify the value of said guidance setpoint of said guidance system.
Interface arrangement for coupling between an AC system and a DC system and comprising a converter for conversion between AC and DC, said converter having a DC side with a first and a second terminal (T1, T2) for connection to said DC system and an AC side with a group of terminals for being coupled to said AC system, a transformer having a primary side with a first set of primary windings for being coupled to said AC system and a secondary side with a second set of secondary windings coupled to said converter, characterised in that said transformer being equipped with a third set of auxiliary windings, and that the interface arrangement further comprises a short-circuiting device connected between said third set of auxiliary windings and ground, and a fault detecting unit configured to detect a fault on one of the converter terminals and activate the short-circuiting device for short-circuiting the third set of auxiliary windings.
A genetically modified cereal plant having a recombinant DNA construct integrated into the genome of the cereal plant; said construct comprising a gene operably linked to a heterologous promoter, wherein: i. said heterologous promoter directs grain-specific expression of said operably linked gene, and ii. said gene comprises a coding sequence encoding a signal peptide N-terminally fused to a polypeptide having aspartic endoprotease activity (EC 3.4.23.12), and wherein the amino acid sequence of said polypeptide has at least 88% sequence identity to a sequence selected from the group consisting of: SEQ ID No.: 4; amino acid residues 30-451 of SEQ ID No: 6; amino acid residues 30-451 of SEQ ID No: 8; amino acid residues 30-451 of SEQ ID No: 10; and amino acid residues 28-446 of SEQ ID No: 12; and wherein expression of said gene confers enhanced resistance to a fungal disease caused by a species of Fusarium and/or Aspergillus as compared to a parent cereal plant from which said genetically modified cereal plant was derived. i. said heterologous promoter directs grain-specific expression of said operably linked gene, and ii. said gene comprises a coding sequence encoding a signal peptide N-terminally fused to a polypeptide having aspartic endoprotease activity (EC 3.4.23.12), and wherein the amino acid sequence of said polypeptide has at least 88% sequence identity to a sequence selected from the group consisting of: SEQ ID No.: 4; amino acid residues 30-451 of SEQ ID No: 6; amino acid residues 30-451 of SEQ ID No: 8; amino acid residues 30-451 of SEQ ID No: 10; and amino acid residues 28-446 of SEQ ID No: 12; and
A synthetic compound comprising formula wherein Ri, R 2 and R 3 are methoxy, R 4 is selected from the group consisting of alkyl carbonyloxy, substituted alkyl carbonyloxy, alkyl carbonyl, substituted alkyl carbonyl, aryl carbonyloxy and substituted aryl carbonyloxy and R 5 is selected from the group consisting of hydrogen, hydroxyl, alkoxy, substituted alkoxy, alkyl carbonyloxy, substituted alkyl carbonyloxy, alkyl carbonyl, substituted alkyl carbonyl, aryl carbonyloxy, substituted aryl carbonyloxy, halogen, amino, nitro, hydrocarbyl and substituted hydrocarbyl; and X, Y, and Z are independently selected from the group consisting of carbon, nitrogen, and oxygen.
An epoxy resin adduct comprising the reaction product of at least one oligomeric polyfunctional aliphatic or cycloaliphatic epoxy resin; and at least one reactive compound; wherein the oligomeric polyfunctional aliphatic or cycloaliphatic epoxy resin is separated and isolated from the epoxy resin formed by the epoxidation of (i) an aliphatic or cycloaliphatic hydroxyl-containing material using (ii) an epihalohydrin, (iii) a basic-acting substance, (iv) non-Lewis acid catalyst, and (v) optionally one or more solvents; wherein the reactive compound comprises one or more compounds having two or more reactive hydrogen atoms per molecule and the reactive hydrogen atoms are reactive with epoxide groups, wherein the ratio of the reactive compound and the at least one oligomeric polyfunctional aliphatic or cycloaliphatic epoxy resin is from 2:1 to 100:1 equivalents of the reactive hydrogen atom in the reactive compound per equivalent of epoxide group in the resin.
Combustion device, having a combustion chamber, which has an exhaust gas opening, and a gas supply line, wherein the combustion chamber has a first region which is designed as a deflection region of a gas flow, wherein the first region has a plurality of circular-segment-shaped cross-sections which are parallel to one another and each have a circle center, wherein a connection of the circle centers lies substantially on an axis, wherein a side wall of the combustion chamber in the first region is formed as part of a circumferential surface of a rotary body, and wherein the axis extends substantially along the axis of rotation of this rotary body, wherein the gas supply line is connected to the combustion chamber so as to form an orifice, wherein the orifice is arranged in an operating position on an underside of the combustion chamber, wherein gas supplied via the gas supply line flows tangentially from below and transversely to the axis towards the first region, characterized in that the combustion chamber, in region of the orifice, has a mixing region for mixing gas supplied via the gas supply line with gas rotating in the combustion chamber, in that the combustion chamber, in the region of the orifice of the gas supply line, has a second region with a V-shaped cross-section tapering towards the orifice, in that the mixing region is part of the second region, and in that the second region adjoins the first region tangentially, so that a tangential inflow of the first region is formed along the side wall.
A movable crane arrangement that comprises a main girder for a trolley; end girders (4, 5) with running wheels to be supported on both ends of the main girder; and running platforms (6, 7) for the running wheels of the end girders (4, 5), wherein the crane arrangement also comprises one elongated transport container, inside which at least part of the crane arrangement can be placed, in a disassembled or folded state for transport, and one running platform is arranged to be implemented on the roof of the container at a selected height, characterised in that and the other running platform is arranged to be implemented on the erection platform of the crane arrangement, and auxiliary erecting means (8, 9, 10, 11) are arranged that comprise erecting columns (8, 9) supported to the container, and lifting devices (10, 11) fastened to the erecting columns (8, 9), and at least part of the auxiliary erecting means may be fitted into the same container.
Method of laser deposition welding, wherein a filler material, in particular a powdery filler material, is applied to at least one area of a surface of a workpiece, wherein the filler material is at least partially melted by means of a laser beam and/or an area of the workpiece surface is melted by means of a laser beam in such a manner that after solidification, a firmly bonded material deposition of the filler material on the workpiece surface is obtained, wherein the laser beam is directed onto the workpiece surface by means of a laser processing device, wherein the laser processing device comprises a laser nozzle that defines a working area within which the laser beam hits the workpiece surface, wherein the point of impact of the laser beam on the workpiece surface is changed by a scanning movement, in which the laser nozzle and the workpiece surface move relative to one another and wherein an additional movement is superimposed on the scanning movement through which the point of impact of the laser beam on the workpiece surface is changed within the working area of the laser nozzle, wherein the additional movement is generated by a movement of at least one laser mirror of a scanner optics, and characterized in that the speed of the mirror movement for generating the additional movement is almost constant and the additional movement extends within the rectangular working area in a circumferential manner along the edge of the working area on a closed, elliptical or rectangular continuous path in a periodically repeating pattern and the laser power in the outer edge areas of the rectangular working area is reduced in dependence on the positioning speed of the point of impact along the movement path of the additional movement in order to prevent burning-in or burning of the filler material or of the workpiece surface. wherein the additional movement is generated by a movement of at least one laser mirror of a scanner optics, and characterized in that the speed of the mirror movement for generating the additional movement is almost constant and the additional movement extends within the rectangular working area in a circumferential manner along the edge of the working area on a closed, elliptical or rectangular continuous path in a periodically repeating pattern and the laser power in the outer edge areas of the rectangular working area is reduced in dependence on the positioning speed of the point of impact along the movement path of the additional movement in order to prevent burning-in or burning of the filler material or of the workpiece surface.
Connection control circuitry for a User Equipment, UE, for use in a cellular wireless communications network configurable to offload communication of packet data from a cellular radio-access network comprising an Evolved Packet Core, EPC, to a Trusted Wireless Local Access Network, TWLAN, comprising a Trusted Wireless Access Gateway, TWAG, the connection control circuitry comprising: a connection requesting module configured to send a distinguishable-connection establishment message to the TWAG, the message requesting setup of a TWAG-routed data connection comprising at least one of a Packet Data Network, PDN, connection directed through an EPC PDN gateway and a Non-Seamless Wireless Offload, NSWO, connection directed through a non-3GPP gateway, wherein the distinguishable-connection establishment message includes a parameter to indicate whether a subsequent connection is being requested; a connection setup module configured to receive from the TWAG, in response to the distinguishable-connection establishment message, a unique virtual gateway interface address and configured to establish a point-to-point link between the UE and the TWAG, the point-to-point link being distinguishable from any other substantially simultaneous point-to-point link between any UE and the TWAG using the corresponding unique virtual gateway interface address. a connection requesting module configured to send a distinguishable-connection establishment message to the TWAG, the message requesting setup of a TWAG-routed data connection comprising at least one of a Packet Data Network, PDN, connection directed through an EPC PDN gateway and a Non-Seamless Wireless Offload, NSWO, connection directed through a non-3GPP gateway, wherein the distinguishable-connection establishment message includes a parameter to indicate whether a subsequent connection is being requested; a connection setup module configured to receive from the TWAG, in response to the distinguishable-connection establishment message, a unique virtual gateway interface address and configured to establish a point-to-point link between the UE and the TWAG, the point-to-point link being distinguishable from any other substantially simultaneous point-to-point link between any UE and the TWAG using the corresponding unique virtual gateway interface address.