mhurhangee/patent-ind-claim-en huggingface dataset:
A method of enriching an oligonucleotide library comprising a plurality of oligonucleotides, the method comprising: (a) performing at least one round of positive selection, wherein the positive selection comprises: (i) contacting at least one sample with the plurality of oligonucleotides, wherein the at least one sample comprises tissue; and (ii) recovering members of the plurality of oligonucleotides that associated with the at least one sample; (b) optionally performing at least one round of negative selection, wherein the negative selection comprises: (i) contacting at least one additional sample with the plurality of oligonucleotides, wherein at least one additional sample comprises tissue; (ii) recovering members of the plurality of oligonucleotides that did not associate with the at least one additional sample; and (c) amplifying the members of the plurality of oligonucleotides recovered in at least one or step (a)(ii) and step (b)(ii), wherein the tissue in the at least one sample in step (a)(i) and/or the tissue in the at least one additional sample in step (b)(i) is lysed, or scraped from a substrate, thereby enriching the oligonucleotide library. (a) performing at least one round of positive selection, wherein the positive selection comprises: (i) contacting at least one sample with the plurality of oligonucleotides, wherein the at least one sample comprises tissue; and (ii) recovering members of the plurality of oligonucleotides that associated with the at least one sample; (i) contacting at least one sample with the plurality of oligonucleotides, wherein the at least one sample comprises tissue; and (ii) recovering members of the plurality of oligonucleotides that associated with the at least one sample; (b) optionally performing at least one round of negative selection, wherein the negative selection comprises: (i) contacting at least one additional sample with the plurality of oligonucleotides, wherein at least one additional sample comprises tissue; (ii) recovering members of the plurality of oligonucleotides that did not associate with the at least one additional sample; and (i) contacting at least one additional sample with the plurality of oligonucleotides, wherein at least one additional sample comprises tissue; (ii) recovering members of the plurality of oligonucleotides that did not associate with the at least one additional sample; and (c) amplifying the members of the plurality of oligonucleotides recovered in at least one or step (a)(ii) and step (b)(ii),
A heat exchange unit, comprising: - a housing having an inflow air passage communicating with an air inlet , and an outflow air passage communicating with an air outlet ; - a first partition plate that partitions an inside of the housing into the inflow air passage and the outflow air passage ; - a bellmouth disposed around an opening formed in the first partition plate ; - a centrifugal fan disposed on the first partition plate via the bellmouth ; and - a heat exchanger disposed on a downstream side of the centrifugal fan in the housing , - wherein the housing includes: upper and lower surfaces which are opposed to each other in a rotational axis of the centrifugal fan ; and four side surfaces extending around the rotational axis of the centrifugal fan , the lower surface facing a fan inlet of the centrifugal fan , the heat exchange unit being characterized in that the four side surfaces consist of: a front surface in which the air outlet is formed; a rear surface which is opposed to the front surface; and two side surfaces which are opposed to each other between the front surface and the rear surface, - wherein the air inlet is open at any surface of the housing having the inflow air passage , - wherein the air outlet is open at the front surface of the housing having the outflow air passage , and - wherein the inflow air passage is formed between the fan inlet and the lower surface to reach the rear surface, wherein x/r is 1.05 or more, where r is a fan radius of the centrifugal fan , and x is a distance between the rotational axis of the centrifugal fan and the rear surface of the housing . - a housing having an inflow air passage communicating with an air inlet , and an outflow air passage communicating with an air outlet ; - a first partition plate that partitions an inside of the housing into the inflow air passage and the outflow air passage ; - a bellmouth disposed around an opening formed in the first partition plate ; - a centrifugal fan disposed on the first partition plate via the bellmouth ; and - a heat exchanger disposed on a downstream side of the centrifugal fan in the housing , - wherein the housing includes: upper and lower surfaces which are opposed to each other in a rotational axis of the centrifugal fan ; and four side surfaces extending around the rotational axis of the centrifugal fan , the lower surface facing a fan inlet of the centrifugal fan , the heat exchange unit being characterized in that the four side surfaces consist of: a front surface in which the air outlet is formed; a rear surface which is opposed to the front surface; and two side surfaces which are opposed to each other between the front surface and the rear surface, - wherein the air inlet is open at any surface of the housing having the inflow air passage , - wherein the air outlet is open at the front surface of the housing having the outflow air passage , and - wherein the inflow air passage is formed between the fan inlet and the lower surface to reach the rear surface,
A trusted device-based data acquisition method, comprising: publishing description information of first data, wherein the first data is stored in a trusted device; obtaining a data acquisition request sent by a data requestor for the first data in response to the description information, wherein the data acquisition request is used to request to retrieve the first data based on a first resource; sending the data acquisition request to a data owner of the first data; obtaining first confirmation information from the data owner; obtaining the first data from the trusted device based on the first confirmation information; and sending the first data to the data requestor, wherein the trusted device is a pluggable USB flash drive having a unified serial number and is bound to a hardware device connected for the first time, the pluggable USB flash drive is deployed with a trusted execution environment isolated from an operating system layer, and the pluggable USB flash drive can only add and delete data but cannot modify data, wherein the trusted device obtains the first data from a terminal of the data owner based on the trusted execution environment, comprising: obtaining, by the trusted device, the first data from the terminal of the data owner through an interface predefined in code in the trusted execution environment. publishing description information of first data, wherein the first data is stored in a trusted device; obtaining a data acquisition request sent by a data requestor for the first data in response to the description information, wherein the data acquisition request is used to request to retrieve the first data based on a first resource; sending the data acquisition request to a data owner of the first data; obtaining first confirmation information from the data owner; obtaining the first data from the trusted device based on the first confirmation information; and sending the first data to the data requestor, wherein the trusted device is a pluggable USB flash drive having a unified serial number and is bound to a hardware device connected for the first time, the pluggable USB flash drive is deployed with a trusted execution environment isolated from an operating system layer, and the pluggable USB flash drive can only add and delete data but cannot modify data, wherein the trusted device obtains the first data from a terminal of the data owner based on the trusted execution environment, comprising: obtaining, by the trusted device, the first data from the terminal of the data owner through an interface predefined in code in the trusted execution environment.
A welding simulator comprising: a display ; a welding tool ; a plurality of coupons representing a plurality of simulated workpieces; assembly position and orientation data for the plurality of simulated workpieces arranged into a simulated structure; and a housing holding logic comprising a memory storing machine-readable instructions and a processor for executing the instructions: characterized in that the welding tool is a mock welding tool, and in that the processor is arranged for executing the instructions to: generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces. a display ; a welding tool ; a plurality of coupons representing a plurality of simulated workpieces; assembly position and orientation data for the plurality of simulated workpieces arranged into a simulated structure; and a housing holding logic comprising a memory storing machine-readable instructions and a processor for executing the instructions: characterized in that the welding tool is a mock welding tool, and in that the processor is arranged for executing the instructions to: generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces. generate a simulated virtual or augmented environment in which the plurality of simulated workpieces are arranged according to the position and orientation data; define a plurality of weld paths for a training exercise, wherein the weld paths are defined by the arrangement of the simulated workpieces; track a plurality of traversals of the mock welding tool corresponding to the plurality of weld paths; and display the simulated virtual or augmented environment, a plurality of simulated welds resulting from the plurality of traversals, and the simulated structure formed by the simulated plurality of simulated welds combined with the arrangement of the simulated workpieces.
Vibration damper , in particular designed for a chassis of a vehicle, with a damper tube and a damper piston which is arranged in the damper tube so as to be reciprocatingly movable and is connected to a piston rod which extends out of the damper tube , wherein the damper piston movably separates a first oil-filled damper chamber on the piston rod side from a second oil-filled damper chamber remote from the piston rod, and wherein a bottom element is arranged at one end of the damper tube and seals an open end of the damper tube , wherein the bottom element is formed by a solid component which protrudes into the end of the damper tube and thereby reduces the oil volume of the second damper chamber , characterized in that the bottom element has a circumferential welding collar via which the bottom element is welded to the end of the damper tube by means of a weld seam , and the bottom element has a circumferential sealing collar which protrudes into the damper tube and receives a sealing element which is arranged in a sealing manner against the inside of the damper tube .
An apparatus for monitoring the position of one or more aircraft , comprising: a first receiver device configured to receive first aircraft position information, over a digital data link, from a first radio frequency source located onboard the aircraft at a first periodicity, via one or more ground stations ; a second receiver device configured to receive second aircraft position information broadcasted from a second radio frequency source located onboard the aircraft at a second periodicity, via one or more ground stations ; a buffer configured to receive the first and second aircraft position information from the first and second receiver devices respectively; a processor configured to receive and filter the buffered first and second aircraft position information; and to smooth the filtered aircraft position information and to output the smoothed aircraft position information such that it can be overlaid onto electronic geographical mapping data; characterised in that the processor is configured to filter the first and second aircraft position information such that the quantity of position information data smoothed for a given aircraft is within a given limit for a given time period; and in that the processor is configured to filter the aircraft position information based on the relative positional accuracy and the relative temporal accuracy of the respective sources that the aircraft position information is received from. a first receiver device configured to receive first aircraft position information, over a digital data link, from a first radio frequency source located onboard the aircraft at a first periodicity, via one or more ground stations ; a second receiver device configured to receive second aircraft position information broadcasted from a second radio frequency source located onboard the aircraft at a second periodicity, via one or more ground stations ; a buffer configured to receive the first and second aircraft position information from the first and second receiver devices respectively; a processor configured to receive and filter the buffered first and second aircraft position information; and to smooth the filtered aircraft position information and to output the smoothed aircraft position information such that it can be overlaid onto electronic geographical mapping data; characterised in that the processor is configured to filter the first and second aircraft position information such that the quantity of position information data smoothed for a given aircraft is within a given limit for a given time period; and in that the processor is configured to filter the aircraft position information based on the relative positional accuracy and the relative temporal accuracy of the respective sources that the aircraft position information is received from.
A method for determining whether a device is immersed in a fluid, the method comprising: acquiring an acceleration signal for the device ; detecting a pressure within the device ; and wherein the method further comprises: determining a change in height for the device from the acquired acceleration signal over a predefined time period; detecting a change in pressure from the pressure detected within the device over the predefined time period; and wherein determining whether the device is immersed in the fluid is based on a comparison of the determined change in height with the detected change in pressure, wherein determining whether the device is immersed in the fluid comprises: determining a ratio of the determined change in height to the detected change in pressure; and identifying the fluid in which the device is immersed based on the determined ratio. acquiring an acceleration signal for the device ; detecting a pressure within the device ; and wherein the method further comprises: determining a change in height for the device from the acquired acceleration signal over a predefined time period; detecting a change in pressure from the pressure detected within the device over the predefined time period; and wherein determining whether the device is immersed in the fluid is based on a comparison of the determined change in height with the detected change in pressure, wherein determining whether the device is immersed in the fluid comprises: determining a ratio of the determined change in height to the detected change in pressure; and identifying the fluid in which the device is immersed based on the determined ratio. determining a change in height for the device from the acquired acceleration signal over a predefined time period; detecting a change in pressure from the pressure detected within the device over the predefined time period; and wherein determining whether the device is immersed in the fluid is based on a comparison of the determined change in height with the detected change in pressure, wherein determining whether the device is immersed in the fluid comprises: determining a ratio of the determined change in height to the detected change in pressure; and identifying the fluid in which the device is immersed based on the determined ratio. determining a ratio of the determined change in height to the detected change in pressure; and identifying the fluid in which the device is immersed based on the determined ratio.
Holder for a sensor unit , comprising at least two one-piece busbars , wherein an internal electrical interface (16.1) to a measuring transducer is formed at first ends of the at least two busbars , and an external electrical interface (16.2, 16.2A, 16.2B, 16.2C) for a plug module is formed at second ends of the at least two busbars , characterized in that an orientation component engages around the at least two busbars and is arranged between the internal electrical interface (16.1) and the external electrical interface (16.2, 16.2A, 16.2B, 16.2C), wherein an orientation of the orientation component , which orientation defines an outgoing direction of the second ends of the at least two busbars and of the external electrical interface (16.2, 16.2A, 16.2B, 16.2C) and matches said outgoing direction to the plug module , can be changed.
An apparatus for use in a small cell network, the apparatus comprising a processor, a memory, and communication circuitry, the apparatus being connected to a local network via its communication circuitry for traffic offloading at the local network, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to operate to: receive an authorization to send notifications and information related to a user equipment "UE" , to a plurality of nodes within the local network; receive a request that a first node of the plurality of nodes be notified when the UE connects to the local network, the UE being capable of connecting to the local network via a local network anchor; and based on the authorization and the request, send a notification to the first node when the UE attaches to the local network. receive an authorization to send notifications and information related to a user equipment "UE" , to a plurality of nodes within the local network; receive a request that a first node of the plurality of nodes be notified when the UE connects to the local network, the UE being capable of connecting to the local network via a local network anchor; and based on the authorization and the request, send a notification to the first node when the UE attaches to the local network.
A process for the preparation of a powder by electrostatic spray-drying of an oil-in-water emulsion, wherein said oil-in-water emulsion comprises an octenyl succinate starch and a maltodextrin.
Wiping device with a foldable wiping panel, comprising two panel wings supported so as to be pivotable about one or two parallel pivot axes and which is connected to a handle of the wiping device via a handle bearing , and with a wiping cover detachably fastened to the panel wings of the wiping panel, wherein the panel wings can be folded or pivoted downwards from a wiping position, in which the bottom sides of the panel wings lie in one plane and spread the wiping cover between them, into a drying position and wherein the panel wings can be releasably fixed in the wiping position by means of a holding device and pivoted downwards in the drying position, so that the wiping cover attached to the outer ends of the panel wings hangs down for drying by means of a drying device at least in sections with a central or lateral section which can be inserted into the drying device, characterized in that the holding device is formed by at least one latching connection which is formed by latching elements and can be released by a release torque and which are embodied in such a way that the weight force of the moist, in particular completely soaked and dripping wet wiping cover , when the wiping panel is freely hanging raised, exerts a torque on the panel wings which is smaller than the release torque, so that the holding device is able to hold the panel wings in the locked position, wherein, in the event of jerky deceleration of a downwardly directed movement of the wiping device or in the event of jerky deceleration of a downwardly directed movement of the wiping device with subsequent reversal of direction, a release force which is calculated from the sum of the weight force of the moist, in particular completely soaked and dripping wet wiping cover and a braking force due to inertia, exerts a torque on the panel wings which is greater than the release torque, so that the panel wings release automatically and fall into the drying position driven by gravity.
A tree shears gripper comprising a clamp designed for gripping tree trunks, a cutting device designed to cut a trunk and a supporting structure for the clamp and the cutting device , wherein the clamp is movable between a first operating position and a second operating position, in which it has different inclinations relative to the supporting structure , characterised in that it comprises means for moving the clamp designed to move the clamp between the first and second operating positions by means of a roto-translational movement.
A tire tread rubber composition containing: a rubber component including an isoprene-based rubber and a styrene-butadiene rubber; a filler including 20% by mass or more of silica and 20% by mass or more of carbon black; a mercapto-based silane coupling agent; a liquid rubber; and a resin, wherein the mercapto-based silane coupling agent means a silane coupling agent having a mercapto group and a silane coupling agent having a structure in which a mercapto group is protected by a protecting group. a rubber component including an isoprene-based rubber and a styrene-butadiene rubber; a filler including 20% by mass or more of silica and 20% by mass or more of carbon black; a mercapto-based silane coupling agent; a liquid rubber; and a resin, wherein the mercapto-based silane coupling agent means a silane coupling agent having a mercapto group and a silane coupling agent having a structure in which a mercapto group is protected by a protecting group.