mhurhangee/ep-ind-claims huggingface dataset:
Mobile surveillance system adapted for patrolling a surveillance area of a facility, particularly of a building, the system comprising a plurality of sensors, in particular comprising at least two cameras (213, 223), wherein the system comprises at least one unmanned ground vehicle (UGV; 210) that is adapted to move autonomously on a ground of the surveillance area, the UGV comprising a housing enclosing - a first battery; - first sensor means, particularly comprising a first camera, the first sensor means being adapted to generate first sensor data, - a first computing unit comprising a processor and a data storage, the first computing unit being adapted to receive and evaluate the first sensor data in real time, the system comprises at least one unmanned aerial vehicle (UAV; 220), the UGV and the UAV being adapted for collaboratively patrolling the surveillance area, in particular autonomously, wherein - the UAV comprises second sensor means, particularly comprising a second camera, the second sensor means being adapted to generate second sensor data, - the UGV comprises a first data exchange module and the UAV comprises a second data exchange module, the first and second data exchange modules (215, 225) being adapted to exchange data (251, 252); characterized in that, - the first computing unit is adapted to receive and evaluate the second sensor data in real time. - a first battery; - first sensor means, particularly comprising a first camera, the first sensor means being adapted to generate first sensor data, - a first computing unit comprising a processor and a data storage, the first computing unit being adapted to receive and evaluate the first sensor data in real time, - the UAV comprises second sensor means, particularly comprising a second camera, the second sensor means being adapted to generate second sensor data, - the UGV comprises a first data exchange module and the UAV comprises a second data exchange module, the first and second data exchange modules (215, 225) being adapted to exchange data (251, 252); characterized in that, - the first computing unit is adapted to receive and evaluate the second sensor data in real time.
A method for capturing genomic regions of interest for targeted DNA sequencing, the method comprising: ligating universal probe targets onto a plurality of duplex nucleic acid fragments wherein the plurality of duplex nucleic acid fragments comprise at least one genomic region of interest, and wherein the universal probe target is common across the plurality of nucleic acid fragments; denaturing the plurality of ligated duplex nucleic acid fragments to create single stranded nucleic acid fragments comprising universal probe targets; exposing the single stranded nucleic acid fragments to a plurality of linked capture probes comprising a target probe complimentary to at least a portion of the genomic region of interest, the target probe linked at its 5' to a 5' end of a nucleic acid comprising, in a 3' to 5' order, a universal probe and a universal priming site, wherein the exposing step occurs under conditions that require binding of the target probe to the genomic region of interest to permit binding of the universal probe to the universal probe target, and wherein the target probe is blocked from extension; extending the universal probe using a strand displacing polymerase to produce a copy of the genomic region of interest; amplifying the genomic region of interest using PCR amplification and universal primers complementary to the universal priming sites; and sequencing the genomic region of interest. ligating universal probe targets onto a plurality of duplex nucleic acid fragments wherein the plurality of duplex nucleic acid fragments comprise at least one genomic region of interest, and wherein the universal probe target is common across the plurality of nucleic acid fragments; denaturing the plurality of ligated duplex nucleic acid fragments to create single stranded nucleic acid fragments comprising universal probe targets; exposing the single stranded nucleic acid fragments to a plurality of linked capture probes comprising a target probe complimentary to at least a portion of the genomic region of interest, the target probe linked at its 5' to a 5' end of a nucleic acid comprising, in a 3' to 5' order, a universal probe and a universal priming site, wherein the exposing step occurs under conditions that require binding of the target probe to the genomic region of interest to permit binding of the universal probe to the universal probe target, and wherein the target probe is blocked from extension; extending the universal probe using a strand displacing polymerase to produce a copy of the genomic region of interest; amplifying the genomic region of interest using PCR amplification and universal primers complementary to the universal priming sites; and sequencing the genomic region of interest.
A power cable (1, 2, 4, 5) comprising at least one conductor (11, 21, 31, 41, 51, 61) and a hollow tube (13, 23, 33, 43, 53, 63) at least partially filled with a traceable material, wherein said traceable material comprises a tracer associated with a uniquely identifiable code and wherein said traceable material is in a liquid or gel form, characterised in that said hollow tube (13, 23, 43, 53, 63) is an independent element.
A mobile communication system comprising: a first control unit and a second control unit adapted to control communication of plural types of transport channels in accordance with statuses of wireless resources allocated to each of the transport channels, characterized in that the first control unit has means for transmitting information related to a wireless resource used in a first transport channel at transmission timing of a base station to the second control unit before the transmission timing, and the second control unit has: means (205,405,505) for receiving the information related to said wireless resource used in the first transport channel from the first control unit; means (205,405,505) for calculating a wireless resource which can be applied to data of a second transport channel at the transmission timing with using at least the received information related to said wireless resource used in the first transport channel; and means (205,405,505) for controlling communication of data in accordance with a wireless resource of the calculation result. a first control unit and a second control unit adapted to control communication of plural types of transport channels in accordance with statuses of wireless resources allocated to each of the transport channels, characterized in that the first control unit has means for transmitting information related to a wireless resource used in a first transport channel at transmission timing of a base station to the second control unit before the transmission timing, and the second control unit has: means (205,405,505) for receiving the information related to said wireless resource used in the first transport channel from the first control unit; means (205,405,505) for calculating a wireless resource which can be applied to data of a second transport channel at the transmission timing with using at least the received information related to said wireless resource used in the first transport channel; and means (205,405,505) for controlling communication of data in accordance with a wireless resource of the calculation result. means (205,405,505) for receiving the information related to said wireless resource used in the first transport channel from the first control unit; means (205,405,505) for calculating a wireless resource which can be applied to data of a second transport channel at the transmission timing with using at least the received information related to said wireless resource used in the first transport channel; and means (205,405,505) for controlling communication of data in accordance with a wireless resource of the calculation result.
A two-component bonding agent composition comprising: (a) a first component that is an aqueous mixture with its solid portion comprising (i) 0.1% to 10% of a polyol containing at least two hydroxyl groups and being selected from the group consisting of water dispersible polyether polyols, polyester polyols, polyether polyester polyols and mixtures thereof, (ii) 3% to 32% of a rosin resin, and (iii) 58% to 96% of a polymer having from 20-60% residues of at least one styrene monomer, from 40-80% residues of at least one acrylic monomer having a Tg less than 0°C., from 1-4% residues of (meth)acrylic acid and less than 0.5% residues of hydroxyl-containing monomers; and (b) a second component comprising a water dispersible polyisocyanate, wherein the second component is present relative to the first component at a NCO/NCO-reactive group molar ratio of 1:1 to 8:1; wherein the percentages are by weight. (a) a first component that is an aqueous mixture with its solid portion comprising (i) 0.1% to 10% of a polyol containing at least two hydroxyl groups and being selected from the group consisting of water dispersible polyether polyols, polyester polyols, polyether polyester polyols and mixtures thereof, (ii) 3% to 32% of a rosin resin, and (iii) 58% to 96% of a polymer having from 20-60% residues of at least one styrene monomer, from 40-80% residues of at least one acrylic monomer having a Tg less than 0°C., from 1-4% residues of (meth)acrylic acid and less than 0.5% residues of hydroxyl-containing monomers; and (b) a second component comprising a water dispersible polyisocyanate, wherein the second component is present relative to the first component at a NCO/NCO-reactive group molar ratio of 1:1 to 8:1; wherein the percentages are by weight.
A mobile surface maintenance machine comprising: a debris hopper movable between an operational configuration for a sweeping operation and a debris dump configuration, said debris hopper having a debris inlet into which dust and debris is thrown by a sweeping brush or drawn in to the debris hopper by action of vacuum fan via a vacuum conduit, said debris hopper having an upper opening defined by an upper flange surrounding a top aperture; characterised by a filter module (18, 19) providing at least two filter stages for separating dust and debris within the debris hopper, said at least two filter stages including a cyclonic filter and a cylindrical filter, with some of said dust and debris being first collected on debris collection surfaces (35, 42), and said filter module (18, 19) including a filter shaking mechanism and a housing supported by and adapted to seal against the upper flange of said debris hopper, and wherein the debris hopper is removed from air communication with the vacuum fan when the debris hopper is in said debris dump configuration, said filter module (18,19) having flexible seals (36, 49) which open to release dust and debris from said collection surfaces (35, 42) during a hopper dumping procedure and which remain closed by vacuum action during the sweeping operation.
A Diaphragm-Piston (D/P) type brake chamber - used for M (carriage of passengers), N (carriage of goods) and O (trailers) type of vehicles categorized in automotive sector and comprising; - a pressurized spring room; - a spring which releases in the B-A direction when the pressurized air in the pressurized spring room starts to exhaust by a control valve or which compresses in the A-B direction when the pressurized air is transferred to the pressurized spring room; - a piston pipe which transfers the brake power to the push rod generated by the spring; - a cap which prevents the air connection between a spring compression area and a pressurized service room while the spring brake off and said brake chamber characterized in further comprising; - air transfer holes in the side wall at the end of the piston pipe provide the air transfer between a spring compression area and a service room internally while spring braking off and braking on and - said piston pipe is made of aluminum material. - used for M (carriage of passengers), N (carriage of goods) and O (trailers) type of vehicles categorized in automotive sector and comprising; - a pressurized spring room; - a spring which releases in the B-A direction when the pressurized air in the pressurized spring room starts to exhaust by a control valve or which compresses in the A-B direction when the pressurized air is transferred to the pressurized spring room; - a piston pipe which transfers the brake power to the push rod generated by the spring; - a cap which prevents the air connection between a spring compression area and a pressurized service room while the spring brake off and said brake chamber characterized in further comprising; - air transfer holes in the side wall at the end of the piston pipe provide the air transfer between a spring compression area and a service room internally while spring braking off and braking on and - said piston pipe is made of aluminum material. - a pressurized spring room; - a spring which releases in the B-A direction when the pressurized air in the pressurized spring room starts to exhaust by a control valve or which compresses in the A-B direction when the pressurized air is transferred to the pressurized spring room; - a piston pipe which transfers the brake power to the push rod generated by the spring; - a cap which prevents the air connection between a spring compression area and a pressurized service room while the spring brake off and said brake chamber characterized in further comprising; - air transfer holes in the side wall at the end of the piston pipe provide the air transfer between a spring compression area and a service room internally while spring braking off and braking on and - said piston pipe is made of aluminum material. - air transfer holes in the side wall at the end of the piston pipe provide the air transfer between a spring compression area and a service room internally while spring braking off and braking on and - said piston pipe is made of aluminum material.
An apparatus associated with a user equipment (110, 200, 910, 920) in a communication system (100, 900) employing network slicing, comprising: processing circuitry, configured to: select a pre-configured access category indicating a priority of communication with said communication system (100, 900), said pre-configured access category based on a criterion dependent on a network slice; perform a barring check based on said pre-configured access category; and cause transmission of an access message in accordance with the barring check and a random access procedure with said communication system (100, 900). select a pre-configured access category indicating a priority of communication with said communication system (100, 900), said pre-configured access category based on a criterion dependent on a network slice; perform a barring check based on said pre-configured access category; and cause transmission of an access message in accordance with the barring check and a random access procedure with said communication system (100, 900).
A system (100, 200) for tethering a subsea blowout preventer, the system comprising: a plurality of anchors (110, 210) disposed about the subsea BOP and secured to the sea floor; a plurality of tensioning systems (140, 220, 320), wherein one tensioning system (140, 220, 320) is coupled to an upper end of each anchor (110, 210); a plurality of flexible tension members, wherein each tension member extends from a first end coupled to the subsea BOP to a second end coupled to one of the tensioning systems (140, 220, 320); wherein each tensioning system (140, 220, 320) is configured to apply a tensile preload to one of the tension members; wherein each tensioning system (140, 220, 320) is a winch (140, 220, 320) configured to pay in and pay out the corresponding tension member; wherein each winch (140, 220, 320) includes a spool (141, 222, 322) rotatably coupled to the corresponding anchor (110, 210) and a locking mechanism (150, 224, 324) configured to prevent pay out of the corresponding tension member from the spool (141, 222, 322), wherein the spool (141, 222, 322) has an axis of rotation. a plurality of anchors (110, 210) disposed about the subsea BOP and secured to the sea floor; a plurality of tensioning systems (140, 220, 320), wherein one tensioning system (140, 220, 320) is coupled to an upper end of each anchor (110, 210); a plurality of flexible tension members, wherein each tension member extends from a first end coupled to the subsea BOP to a second end coupled to one of the tensioning systems (140, 220, 320); wherein each tensioning system (140, 220, 320) is configured to apply a tensile preload to one of the tension members; wherein each tensioning system (140, 220, 320) is a winch (140, 220, 320) configured to pay in and pay out the corresponding tension member; wherein each winch (140, 220, 320) includes a spool (141, 222, 322) rotatably coupled to the corresponding anchor (110, 210) and a locking mechanism (150, 224, 324) configured to prevent pay out of the corresponding tension member from the spool (141, 222, 322), wherein the spool (141, 222, 322) has an axis of rotation.
A reflective skin-spread composition comprising: (a) 80 to 90 w/w % reflective glass microspheres; and (b) 10 to 20 w/w % carrier medium; wherein: (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %. (a) 80 to 90 w/w % reflective glass microspheres; and (b) 10 to 20 w/w % carrier medium; wherein: (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %. (i) the reflective glass microspheres have an average diameter of 30 to 80 microns; (ii) the carrier medium comprises an emollient ester, a plant emollient, a binder/stabilizer, and a water-resistant film-forming agent; and (iii) the composition comprises the emollient ester at 3 to 6 w/w%, the plant emollient at 2 to 5 w/w %, the binder/stabilizer at 3 to 6 w/w %, and the water-resistant film-forming agent at 1 to 4 w/w %.
A method for positioning a volume to be imaged for computed tomography imaging, in which method, an arrangement is used which comprises a computed tomography imaging apparatus including X-ray imaging means, a control system of the computed tomography imaging apparatus and a means for showing image information arranged into a functional connection with the computed tomography imaging apparatus, in which method a human or animal head including a volume desired to get imaged is positioned in the imaging area of the computed tomography imaging apparatus, said human or animal head is imaged by at least two optical cameras from at least two different directions and at least a first and a second image taken from at least two different directions produced by said cameras are shown by said means for showing image information, in connection with said first and second images, a volume positioning indicator is shown which indicates a position within the area imaged by said at least two cameras of the volume to get imaged by the computed tomography imaging apparatus, characterized in that said at least a first and a second image are live images of said human or animal head and position of the volume desired to get imaged by said computed tomography apparatus is pointed, selected or determined by means of said volume positioning indicator by positioning the volume positioning indicator to a desired point in said live images. a human or animal head including a volume desired to get imaged is positioned in the imaging area of the computed tomography imaging apparatus, said human or animal head is imaged by at least two optical cameras from at least two different directions and at least a first and a second image taken from at least two different directions produced by said cameras are shown by said means for showing image information, in connection with said first and second images, a volume positioning indicator is shown which indicates a position within the area imaged by said at least two cameras of the volume to get imaged by the computed tomography imaging apparatus, characterized in that said at least a first and a second image are live images of said human or animal head and position of the volume desired to get imaged by said computed tomography apparatus is pointed, selected or determined by means of said volume positioning indicator by positioning the volume positioning indicator to a desired point in said live images.
A user terminal (20, UE) comprising: a receiving section that is configured to receive a downlink, DL, signal at least including a uplink, UL, grant; and a discontinuous reception, DRX, control section (204, 402) that is configured to control a discontinuous reception operation, characterized in that, when receiving the DL signal including the UL grant, the DRX control section is configured to control the discontinuous reception operation based on a bit field related to a command for a DRX transition included in the DL signal, and the bit field included in the DL signal is transmitted via a Physical Downlink Control Channel, PDCCH, wherein even when a transition to a discontinuous reception state is commanded in accordance with the bit field included in the DL signal including the UL grant, if the DRX control section (204, 402) receives a command to start or re-start a DRX Inactivity Timer before the transition to the discontinuous reception state, the DRX control section is configured to keep operating in an active state. a receiving section that is configured to receive a downlink, DL, signal at least including a uplink, UL, grant; and a discontinuous reception, DRX, control section (204, 402) that is configured to control a discontinuous reception operation, characterized in that, when receiving the DL signal including the UL grant, the DRX control section is configured to control the discontinuous reception operation based on a bit field related to a command for a DRX transition included in the DL signal, and the bit field included in the DL signal is transmitted via a Physical Downlink Control Channel, PDCCH, wherein even when a transition to a discontinuous reception state is commanded in accordance with the bit field included in the DL signal including the UL grant, if the DRX control section (204, 402) receives a command to start or re-start a DRX Inactivity Timer before the transition to the discontinuous reception state, the DRX control section is configured to keep operating in an active state.
A method of producing bacteriophages, characterised in that: a) a bacterial host strain is cultured in a medium appropriate to it, the culture is inoculated with a bacteriophage strain and a bacteriophage lysate is obtained, b) the bacteriophage lysate is purified using affinity chromatography, and c) the purified bacteriophage preparation is obtained from the resulting eluate, wherein the bacteriophage lacks a gene encoding a structural protein and the bacterial host cell contains a sequence that encodes the structural protein lacking in the bacteriophage as a fusion protein with HisTag or GST and has an affinity for a chromatography gel of stage b). a) a bacterial host strain is cultured in a medium appropriate to it, the culture is inoculated with a bacteriophage strain and a bacteriophage lysate is obtained, b) the bacteriophage lysate is purified using affinity chromatography, and c) the purified bacteriophage preparation is obtained from the resulting eluate,