mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring the level of hydrophobicity of a chromatographic resin, comprising: (a) mixing a fluorophore with a gold nanoparticle to form a fluorophore-conjugated gold nanoparticle; (b) contacting the fluorophore-conjugated gold nanoparticle with a chromatographic resin in a solution; (c) removing the supernatant and washing the chromatographic resin with a washing buffer; and (d) quantifying the level of fluorescence intensity of the chromatographic resin, thereby measuring the level of hydrophobicity of the chromatographic resin, wherein the level of the fluorescence intensity from (d) is indicative of the level of hydrophobicity of a chromatographic resin. (a) mixing a fluorophore with a gold nanoparticle to form a fluorophore-conjugated gold nanoparticle; (b) contacting the fluorophore-conjugated gold nanoparticle with a chromatographic resin in a solution; (c) removing the supernatant and washing the chromatographic resin with a washing buffer; and (d) quantifying the level of fluorescence intensity of the chromatographic resin, thereby measuring the level of hydrophobicity of the chromatographic resin,
A controller (10; 210) for controlling a vehicle device, comprising: a circuit board (10b; 210b) having mounted thereon a control circuit (19; 219) that controls operations of the vehicle device; a first temperature sensor mounted on a first specific region (10c; 210c) of the circuit board (10b; 210b) to output a first signal responsive to a temperature of the first specific region (10c; 210c) of the circuit board (10b; 210b); anda second temperature sensor (152; 153) mounted on a second specific region (10d; 210d) of the circuit board (10b; 210b) to output a second signal responsive to a temperature of the second specific region (10d; 210d) of the circuit board (10b; 210b); the control circuit (19; 219) having an anomaly detection portion that is adapted to judge the occurrence or non-occurrence of an output anomaly in the first temperature sensor based on the first and second signals of the first and second temperature sensors (151, 152; 151, 153); said controller being characterised in that the control circuit (19; 219) is configured to correct an output value of the vehicle device by the first signal of the first temperature sensor. a circuit board (10b; 210b) having mounted thereon a control circuit (19; 219) that controls operations of the vehicle device; a first temperature sensor mounted on a first specific region (10c; 210c) of the circuit board (10b; 210b) to output a first signal responsive to a temperature of the first specific region (10c; 210c) of the circuit board (10b; 210b); anda second temperature sensor (152; 153) mounted on a second specific region (10d; 210d) of the circuit board (10b; 210b) to output a second signal responsive to a temperature of the second specific region (10d; 210d) of the circuit board (10b; 210b); the control circuit (19; 219) having an anomaly detection portion that is adapted to judge the occurrence or non-occurrence of an output anomaly in the first temperature sensor based on the first and second signals of the first and second temperature sensors (151, 152; 151, 153); said controller being characterised in that the control circuit (19; 219) is configured to correct an output value of the vehicle device by the first signal of the first temperature sensor.
Mounting device for a sanitary unit, comprising a mounting frame, which comprises means for fastening the sanitary unit, sanitary fittings mounted on the mounting frame, and a cover (14, 15, 26), which at least frontally conceals the mounting frame and which is delimited by a boundary edge (20, 21, 22), wherein the mounting device further comprises a screen element, with which, in the mounting device fitted fixedly relative to a building floor, a gap between the boundary edge (20, 21, 22) and the building floor can be covered, characterized in that the screen element is configured so as to be adjustable with respect to the boundary edge (20, 21, 22) and/or the mounting frame, so that the mounting device can be arranged at different heights, with concealment of the gap.
A method performed by a user equipment, UE, for sidelink, SL, operations, the method comprising: receiving an indicator indicating to implement a frequency shift on one or more SL frequency carriers when Long-Term-Evolution, LTE,-Vehicle to Everything, V2X, SL communication is shared with New Radio, NR, SL communication on the one or more SL frequency carriers; and in a case that the UE selects a first SL frequency carrier for NR SL packet transmission being associated with the indicator, implementing a frequency shift while transmitting one or more NR SL packets on the first SL frequency carrier. receiving an indicator indicating to implement a frequency shift on one or more SL frequency carriers when Long-Term-Evolution, LTE,-Vehicle to Everything, V2X, SL communication is shared with New Radio, NR, SL communication on the one or more SL frequency carriers; and in a case that the UE selects a first SL frequency carrier for NR SL packet transmission being associated with the indicator, implementing a frequency shift while transmitting one or more NR SL packets on the first SL frequency carrier.
A method of producing an aminocarboxylic acid comprising the steps of: combining a sulfonic acid and a solution comprising an aminocarboxylate and a solvent to produce a composition comprising the aminocarboxylic acid; and isolating the aminocarboxylic acid from the composition. combining a sulfonic acid and a solution comprising an aminocarboxylate and a solvent to produce a composition comprising the aminocarboxylic acid; and isolating the aminocarboxylic acid from the composition.
A method for distributing multimedia content, the method comprising: storing an item of multimedia content as stored multimedia content together with an original content identifier that uniquely identifies said item of multimedia content; firstly transcoding said stored multimedia content for playback on a first multimedia device, thereby producing a firstly transcoded version of said stored multimedia content; delivering said firstly transcoded content to said first multimedia device together with said original content identifier; receiving, from said first multimedia device, an instruction to forward said item of multimedia content to a second multimedia device, said instruction including said original content identifier; accessing said stored multimedia content using said original content identifier; and secondly transcoding said stored multimedia content for playback on the second multimedia device, thereby producing a secondly transcoded version of said stored multimedia content. storing an item of multimedia content as stored multimedia content together with an original content identifier that uniquely identifies said item of multimedia content; firstly transcoding said stored multimedia content for playback on a first multimedia device, thereby producing a firstly transcoded version of said stored multimedia content; delivering said firstly transcoded content to said first multimedia device together with said original content identifier; receiving, from said first multimedia device, an instruction to forward said item of multimedia content to a second multimedia device, said instruction including said original content identifier; accessing said stored multimedia content using said original content identifier; and secondly transcoding said stored multimedia content for playback on the second multimedia device, thereby producing a secondly transcoded version of said stored multimedia content.
A device for producing a sealed booklet comprising at least one folded signature consisting of one or more layers, wherein the signature comprises a strip of single layer extending from a first outer layer of said signature, said strip extending parallel to the fold line of said booklet, said device comprising means for folding said signature on said fold line, means for folding the strip onto the second outer layer of said signature, and adhesive application means for applying an adhesive to a surface are a on one of said strip and said second outer layer of said signature, said surface area being intended to contact a surface area of the other one of said strip and said second outer layer of said signature, characterized in that said adhesive application means are arranged to apply said adhesive after said folding on said fold line of the signature has started.
A particulate composition comprising anhydrous crystalline 2-O-α-D-glucosyl-L-ascorbic acid, which comprises 2-O-α-D-glucosyl-L-ascorbic acid in an amount of over 98.0% by weight but less than 99.9% by weight, on a dry solid basis; which has a degree of crystallinity of 90% or higher for anhydrous crystalline 2-O-α-D-glucosyl-L-ascorbic acid, when calculated based on a profile of powder X-ray diffraction analysis of said composition; and which has a dynamic vapor sorption level of 0.01% or lower, when kept at 25°C under a relative humidity of 35% by weight for 12 hours after removal of water in said composition under nitrogen gas stream.
A method comprising: receiving a message from a telecommunications device, the message including at least a mobile telephone number and a globally unique identifier GUID, for the telecommunications device that identify communication paths available for use by the telecommunications device, the message received by a server using a communication path associated with the GUID; transmitting a code to the telecommunications device in response to the message using a communication path associated with the mobile telephone number; receiving a hash from the telecommunications device that is based at least in part on the code, the mobile telephone number, and the GUID, and used to authenticate a relationship between the mobile telephone number and the GUID; determining whether the hash is correct; and mapping the mobile telephone number to the GUID when the hash is correct, the mapping to create an operation that forwards communications initially directed to the mobile telephone number to be directed to the GUID. receiving a message from a telecommunications device, the message including at least a mobile telephone number and a globally unique identifier GUID, for the telecommunications device that identify communication paths available for use by the telecommunications device, the message received by a server using a communication path associated with the GUID; transmitting a code to the telecommunications device in response to the message using a communication path associated with the mobile telephone number; receiving a hash from the telecommunications device that is based at least in part on the code, the mobile telephone number, and the GUID, and used to authenticate a relationship between the mobile telephone number and the GUID; determining whether the hash is correct; and mapping the mobile telephone number to the GUID when the hash is correct, the mapping to create an operation that forwards communications initially directed to the mobile telephone number to be directed to the GUID.
An apparatus for comminuting material to be ground, comprising a feed opening for material to be ground, a feed device, a cross-flow shredder, two screw conveyors for conveying the material to be ground and a dust-tight intermediate bunker, wherein the two screw conveyors are connected in a dust-tight manner to the cross-flow shredder on the respective feed side and in a rod-tight manner to the intermediate bunker on the discharge side, wherein the intermediate bunker is connected to the cross-flow shredder via a hose or pipe system, and the intermediate bunker has a discharge opening closed by a slide valve.
A method for producing a screw-and-adhesive connection between at least one upper component and at least one lower component using a flow drill screw which penetrates the upper component at the joining point through a pre-drilled hole and is screwed to the lower component, forming a flow-drilled hole, characterised in that the pre-drilled hole in the upper component is covered by a cover fastened to the upper component, which cover is first of all perforated by the flow drill screw before it can penetrate into the pre-drilled hole and furthermore is screw-connected to the lower component, wherein the perforated cover then serves as a washer for the screw head of the flow drill screw.
A method of detecting compromised access points by a communications device, comprising: transmitting a first probe addressed to a server from the communications device via a first network connection with a first network employing a first radio access technology, RAT; transmitting a second probe addressed to the server from the communications device via a second network connection with a second network employing a second, different RAT, wherein the first probe and the second probe are transmitted via respective access points in the first network and the second network; receiving, by the communications device, a first probe reply from the server via the first network connection in response to transmitting the first probe, wherein the received first probe reply includes a first connection result; receiving, by the communications device, a second probe reply from the server via the second network connection in response to transmitting the second probe, wherein the second probe reply includes a second connection result; comparing the first connection result in the received first probe reply to the second connection result in the received second probe reply to generate a feature vector containing elements indicating those features for which there is a discrepancy between the first and second probe replies; and determining, by the communications device, whether an access point of either the first network or the second network is a rogue access point based on the feature vector. transmitting a first probe addressed to a server from the communications device via a first network connection with a first network employing a first radio access technology, RAT; transmitting a second probe addressed to the server from the communications device via a second network connection with a second network employing a second, different RAT, wherein the first probe and the second probe are transmitted via respective access points in the first network and the second network; receiving, by the communications device, a first probe reply from the server via the first network connection in response to transmitting the first probe, wherein the received first probe reply includes a first connection result; receiving, by the communications device, a second probe reply from the server via the second network connection in response to transmitting the second probe, wherein the second probe reply includes a second connection result; comparing the first connection result in the received first probe reply to the second connection result in the received second probe reply to generate a feature vector containing elements indicating those features for which there is a discrepancy between the first and second probe replies; and determining, by the communications device, whether an access point of either the first network or the second network is a rogue access point based on the feature vector.
An apparatus comprising: a first ceramic matrix composite component comprising a plurality of stacked plies of reinforcement material and having an exterior surface formed of a ceramic material and including a primary surface region and a plurality of secondary surface regions, each of the plurality of secondary surface regions being spaced apart from each other by a portion of the primary surface region and projecting from the primary surface region to define at least one determinant load path when another component is brought into contact with the secondary surface regions, wherein the primary surface region and the plurality of second surface regions are formed by an outermost ply of the plurality of stacked plies; and a second component positioned in contact with at least one of the secondary surface regions and spaced from the primary surface region to thereby define the at least one determinant load path between the ceramic matrix composite first component and the second component. a first ceramic matrix composite component comprising a plurality of stacked plies of reinforcement material and having an exterior surface formed of a ceramic material and including a primary surface region and a plurality of secondary surface regions, each of the plurality of secondary surface regions being spaced apart from each other by a portion of the primary surface region and projecting from the primary surface region to define at least one determinant load path when another component is brought into contact with the secondary surface regions, wherein the primary surface region and the plurality of second surface regions are formed by an outermost ply of the plurality of stacked plies; and a second component positioned in contact with at least one of the secondary surface regions and spaced from the primary surface region to thereby define the at least one determinant load path between the ceramic matrix composite first component and the second component.
A user equipment, UE, configured to transmit a data stream to an Evolved Node B, eNodeB, the UE comprising: at least one antenna port (106A-B), each antenna port being connectable to an antenna (104A-B) capable of transmitting data from the data stream to the eNodeB at one of a plurality of selectable tuning states, the combination of antenna ports and tuning states forming a plurality of selectable antenna states for the UE, wherein the selectable tuning states are associated with at least one of a selectable impedance or a selectable aperture for the antenna; and circuitry configured to: transmit to the eNodeB a first portion of the data stream over a first antenna state of the plurality; sequentially transmit to the eNodeB a test signal over each antenna state in the plurality; receive from the eNodeB an indication that the test signal transmitted on a second antenna state of the plurality is stronger at the eNodeB than the test signal transmitted on the first antenna state; and transmit to the eNodeB a second portion of the data stream over the second antenna state. at least one antenna port (106A-B), each antenna port being connectable to an antenna (104A-B) capable of transmitting data from the data stream to the eNodeB at one of a plurality of selectable tuning states, the combination of antenna ports and tuning states forming a plurality of selectable antenna states for the UE, wherein the selectable tuning states are associated with at least one of a selectable impedance or a selectable aperture for the antenna; and circuitry configured to: transmit to the eNodeB a first portion of the data stream over a first antenna state of the plurality; sequentially transmit to the eNodeB a test signal over each antenna state in the plurality; receive from the eNodeB an indication that the test signal transmitted on a second antenna state of the plurality is stronger at the eNodeB than the test signal transmitted on the first antenna state; and transmit to the eNodeB a second portion of the data stream over the second antenna state. transmit to the eNodeB a first portion of the data stream over a first antenna state of the plurality; sequentially transmit to the eNodeB a test signal over each antenna state in the plurality; receive from the eNodeB an indication that the test signal transmitted on a second antenna state of the plurality is stronger at the eNodeB than the test signal transmitted on the first antenna state; and transmit to the eNodeB a second portion of the data stream over the second antenna state.
An ice hole reaming assembly in combination with an ice auger, said ice auger having a central shaft with an upper end and a lower end, a helical blade affixed along an inside edge to the central shaft and extending outwardly therefrom, an ice cutting blade and a concave split ring affixed about the lower end of the central shaft, and a series of cutouts along the inside edge of the helical blade, said cutouts in vertical alignment forming a channel adjacent to the central shaft; wherein said ice hole reaming assembly comprises a rod disposed within said channel and extending substantially the length of the central shaft, said rod having a first end and a second end and being parallel to and in spaced relation with the central shaft, a portion of the first end of the rod extending above the channel and being bent into a right angle, said bent portion forming a handle; a cylindrical receptacle having an upper rim and a floor securely affixed to the central shaft beneath the channel near the lower end of the central shaft, wherein said second end of said rod is disposed in the receptacle such that the rod is supported therein; an ice reaming blade securely attached to the second end of the rod above the upper rim of the receptacle, said ice reaming blade having a rest position wherein it does not extend beyond the split ring and a use position wherein the ice reaming blade extends outwardly beyond the split ring to ream an ice hole; a retaining loop affixed to the central shaft above the top edge of the ice reaming blade and encircling said rod, the rod being freely rotatable within the retaining loop, said retaining loop to maintain the rod in vertical orientation adjacent to the central shaft and to prevent the rod from being lifted out of the receptacle; a latch assembly affixed to the central shaft substantially at the level of the handle and positioned such that when the handle is engaged in the latch assembly the ice reaming blade is in the rest position and when the handle is released from latch assembly the rod rotates and the ice reaming blade is moved to the use position to ream the ice hole, whereby the ice hole can be drilled and reamed in one operation while the auger is activated; and wherein said ice auger further comprises at least two vertical stabilizing posts equidistantly arranged about the central shaft, a first post affixed between the split ring and the helical blade along outside edges thereof and disposed radially outward from the retaining loop such that when the ice reaming blade is in the use position the first post functions as a stop to prevent further rotation of said ice reaming blade and to support said ice reaming blade, and at least one second stabilizing post affixed between two portions of the helical blade along outside edges thereof, whereby the stabilizing posts provide stability to the ice auger and prevent wobble during operation.