mhurhangee/ep-ind-claims huggingface dataset:
A process, for detecting an interfering signal, comprising: conducting a scan of one or more frequency bands, for an interfering signal, to obtain at least one scan result; determining, from the at least one scan result, that a response condition has been detected; identifying a first frequency band corresponding to the detected response condition; determining, based on at least one characteristic of the interfering signal, that a response condition action is to be performed; the response condition action to be performed comprising: identifying an available first Internet-of-Things, IOT, sensor; selecting the available first IoT sensor; developing a scan plan; instructing the first IoT sensor to initiate the scan plan; receiving first scan data from the first IoT sensor; analyzing the first scan data to identify a second frequency band; wherein the second frequency band is indicative of the interfering signal, generated by a signal interference source, and arising within the first frequency band; and based on at least the first scan data, estimating a location for the signal interference source, SIS. conducting a scan of one or more frequency bands, for an interfering signal, to obtain at least one scan result; determining, from the at least one scan result, that a response condition has been detected; identifying a first frequency band corresponding to the detected response condition; determining, based on at least one characteristic of the interfering signal, that a response condition action is to be performed; identifying a first frequency band corresponding to the detected response condition; determining, based on at least one characteristic of the interfering signal, that a response condition action is to be performed; the response condition action to be performed comprising: identifying an available first Internet-of-Things, IOT, sensor; selecting the available first IoT sensor; developing a scan plan; instructing the first IoT sensor to initiate the scan plan; receiving first scan data from the first IoT sensor; analyzing the first scan data to identify a second frequency band; wherein the second frequency band is indicative of the interfering signal, generated by a signal interference source, and arising within the first frequency band; and identifying an available first Internet-of-Things, IOT, sensor; selecting the available first IoT sensor; developing a scan plan; instructing the first IoT sensor to initiate the scan plan; receiving first scan data from the first IoT sensor; analyzing the first scan data to identify a second frequency band; wherein the second frequency band is indicative of the interfering signal, generated by a signal interference source, and arising within the first frequency band; and based on at least the first scan data, estimating a location for the signal interference source, SIS.
A method for prioritizing data streams, the method comprising: identifying, by a reprioritizer of a first intermediary device deployed between a first node and a second node, a first compression characteristic of a first packet in a first data stream, the first data stream having a first traffic priority level; identifying, by the reprioritizer, a second compression characteristic of a second packet in a second data stream, the second data stream having a second traffic priority level less than the first traffic priority level; increasing, by the reprioritizer, the second traffic priority level of the second data stream to greater than the first traffic priority level of the first data stream responsive to a comparison between the first compression characteristic and the second compression characteristic; starting, by the reprioritizer, a timer based at least on the comparison between the first compression characteristic and the second compression characteristic; and resetting, based on expiration of the timer maintained by the reprioritizer, the second traffic priority level of the second data stream to be less than the first traffic priority level of the first data stream. identifying, by a reprioritizer of a first intermediary device deployed between a first node and a second node, a first compression characteristic of a first packet in a first data stream, the first data stream having a first traffic priority level; identifying, by the reprioritizer, a second compression characteristic of a second packet in a second data stream, the second data stream having a second traffic priority level less than the first traffic priority level; increasing, by the reprioritizer, the second traffic priority level of the second data stream to greater than the first traffic priority level of the first data stream responsive to a comparison between the first compression characteristic and the second compression characteristic; starting, by the reprioritizer, a timer based at least on the comparison between the first compression characteristic and the second compression characteristic; and resetting, based on expiration of the timer maintained by the reprioritizer, the second traffic priority level of the second data stream to be less than the first traffic priority level of the first data stream.
A biological fluid sampling device, comprising: an absorbent probe (18, 118) made of a hydrophilic polymeric material with a majority of the exterior surface of the probe (18, 118) being exposed and available for placing against a fluid sample on a surface to absorb the sample; and a holder (14, 114) connected to the probe (18, 118); characterized in that the probe (18, 118) is of sufficient size to absorb for analysis a maximum of about 20 μl of blood in about 2-5 seconds without separating the blood from plasma, the probe (18, 118) having a length of less than about 5mm and a cross-sectional area of less than about 20 mm 2 and a density of less than about 4 g/cc. an absorbent probe (18, 118) made of a hydrophilic polymeric material with a majority of the exterior surface of the probe (18, 118) being exposed and available for placing against a fluid sample on a surface to absorb the sample; and a holder (14, 114) connected to the probe (18, 118); characterized in that
A neural prothesis (100; 200; 300; 400; 500) comprising: a coupling element receptacle (102, 202, 302, 402, 600) and at least one coupling element (106, 106', 206, 306, 406) which has a first and a second coupling portion (106A, 106A', 106B, 106B'), wherein: the at least one coupling element (106, 106', 206, 306, 406) is fixed by the coupling element receptacle (102, 202, 302, 402, 600), the first coupling portion (106A, 106A') can be arranged on a first nerve region and the second coupling portion (106B, 106B') can be arranged on a second nerve region such that the two nerve regions can be coupled by means of the neural prothesis; wherein the coupling element receptacle is formed by a plurality of rod-shaped and/or tubular guiding elements which are arranged parallel to one another; characterized in that the coupling element has a hollow configuration, consists of non-reabsorbing material and the non-reabsorbing material is a metal and/or a metal alloy. a coupling element receptacle (102, 202, 302, 402, 600) and at least one coupling element (106, 106', 206, 306, 406) which has a first and a second coupling portion (106A, 106A', 106B, 106B'), wherein: the at least one coupling element (106, 106', 206, 306, 406) is fixed by the coupling element receptacle (102, 202, 302, 402, 600), the first coupling portion (106A, 106A') can be arranged on a first nerve region and the second coupling portion (106B, 106B') can be arranged on a second nerve region such that the two nerve regions can be coupled by means of the neural prothesis; wherein the coupling element receptacle is formed by a plurality of rod-shaped and/or tubular guiding elements which are arranged parallel to one another; characterized in that the coupling element has a hollow configuration, consists of non-reabsorbing material and the non-reabsorbing material is a metal and/or a metal alloy. the at least one coupling element (106, 106', 206, 306, 406) is fixed by the coupling element receptacle (102, 202, 302, 402, 600), the first coupling portion (106A, 106A') can be arranged on a first nerve region and the second coupling portion (106B, 106B') can be arranged on a second nerve region such that the two nerve regions can be coupled by means of the neural prothesis; wherein the coupling element receptacle is formed by a plurality of rod-shaped and/or tubular guiding elements which are arranged parallel to one another; characterized in that the coupling element has a hollow configuration, consists of non-reabsorbing material and the non-reabsorbing material is a metal and/or a metal alloy.
A wind turbine with a rotor which has a rotor hub, which rests on a stator, wherein between the rotor and the stator a bearing element is arranged, wherein the bearing element has at least one inner ring element (10, 40) and at least one outer ring element (11,41), wherein between the inner ring element (10, 40) and the outer ring element (11, 41) a plain bearing is formed, which is formed by at least two plain bearings (8, 9, 38, 39) arranged at an axial distance from one another, wherein at least one of the, or the, plain bearings (8, 9) is or are formed respectively by plain bearing pads arranged next to one another in circumferential direction, comprising a support layer and an anti-frictional layer arranged thereon, or wherein the plain bearings (38, 39) are formed by plain bearing segments, characterized in that - in the embodiment of the plain bearings (38, 39) as plain bearing pads, the outer ring element comprises grooves on the surface facing the plain bearing pads and the plain bearing pads are partly arranged in said grooves, and the grooves have a cross-section widening in the direction of a groove base, and the plain bearing pads have a cross-section corresponding thereto, and the plain bearing pads are fastened on the outer ring element by a detachable securing element, wherein respectively two plain bearing pads arranged adjacent to one another in axial direction are fixed on the outer ring element via a common securing element, - or that in the embodiment of the plain bearings (38, 39) as plain bearing segments a wedge element is arranged between end faces (46, 47) of the plain bearing segments of a plain bearing (38, 39) pointing towards one another, with which wedge element the sliding bearing segments are pressed against the inner surface of the outer ring element. - in the embodiment of the plain bearings (38, 39) as plain bearing pads, the outer ring element comprises grooves on the surface facing the plain bearing pads and the plain bearing pads are partly arranged in said grooves, and the grooves have a cross-section widening in the direction of a groove base, and the plain bearing pads have a cross-section corresponding thereto, and the plain bearing pads are fastened on the outer ring element by a detachable securing element, wherein respectively two plain bearing pads arranged adjacent to one another in axial direction are fixed on the outer ring element via a common securing element, - or that in the embodiment of the plain bearings (38, 39) as plain bearing segments a wedge element is arranged between end faces (46, 47) of the plain bearing segments of a plain bearing (38, 39) pointing towards one another, with which wedge element the sliding bearing segments are pressed against the inner surface of the outer ring element.
A can body manufacturing system comprising: a moving route on which a can body moves, characterised in that the moving route is branched to a plurality of branch routes at a branch part, the plurality of branch routes joining on a downstream side of the branch part; an inkjet printing apparatus provided to one branch route included in the plurality of branch routes, the inkjet printing apparatus performing printing onto a can body by an inkjet method; and a plate printing apparatus provided to an other branch route included in the plurality of branch routes, the plate printing apparatus performing printing onto a can body by a plate printing method. a moving route on which a can body moves, characterised in that the moving route is branched to a plurality of branch routes at a branch part, the plurality of branch routes joining on a downstream side of the branch part; an inkjet printing apparatus provided to one branch route included in the plurality of branch routes, the inkjet printing apparatus performing printing onto a can body by an inkjet method; and a plate printing apparatus provided to an other branch route included in the plurality of branch routes, the plate printing apparatus performing printing onto a can body by a plate printing method.
A recombinant adeno-associated virus (rAAV) virion comprising: a) variant AAV capsid protein, wherein: i) the variant AAV capsid protein comprises an amino acid sequence having at least 95% amino acid sequence identity to the sequence set forth in SEQ ID NO:16; ii) the variant AAV capsid protein is characterized in that amino acids at positions 264, 448, 459, 470, 495, 533, 547, 555, 557, 561, 563, 593, 596, 661, 662, 664, 718 and 723 are A, A, N, S, S, D, E, A, E, L, N, A, A, A, T, T, N and S, respectively; Q, S, N, A, S, E, Q, T, D, M, S, Q, T, A, V, S, S and S, respectively; or A, A, T, S, T, D, Q, A, D, I, N, A, T, T, V, S, S and T, respectively; and iii) the variant AAV capsid protein confers increased infectivity of a muscle cell or a glial cell compared to infectivity of the muscle cell or the glial cell by an AAV virion comprising a wild type AAV1 capsid protein; and b) a heterologous nucleic acid comprising a nucleotide sequence encoding a gene product. a) variant AAV capsid protein, wherein: i) the variant AAV capsid protein comprises an amino acid sequence having at least 95% amino acid sequence identity to the sequence set forth in SEQ ID NO:16; ii) the variant AAV capsid protein is characterized in that amino acids at positions 264, 448, 459, 470, 495, 533, 547, 555, 557, 561, 563, 593, 596, 661, 662, 664, 718 and 723 are A, A, N, S, S, D, E, A, E, L, N, A, A, A, T, T, N and S, respectively; Q, S, N, A, S, E, Q, T, D, M, S, Q, T, A, V, S, S and S, respectively; or A, A, T, S, T, D, Q, A, D, I, N, A, T, T, V, S, S and T, respectively; and iii) the variant AAV capsid protein confers increased infectivity of a muscle cell or a glial cell compared to infectivity of the muscle cell or the glial cell by an AAV virion comprising a wild type AAV1 capsid protein; and i) the variant AAV capsid protein comprises an amino acid sequence having at least 95% amino acid sequence identity to the sequence set forth in SEQ ID NO:16; ii) the variant AAV capsid protein is characterized in that amino acids at positions 264, 448, 459, 470, 495, 533, 547, 555, 557, 561, 563, 593, 596, 661, 662, 664, 718 and 723 are A, A, N, S, S, D, E, A, E, L, N, A, A, A, T, T, N and S, respectively; Q, S, N, A, S, E, Q, T, D, M, S, Q, T, A, V, S, S and S, respectively; or A, A, T, S, T, D, Q, A, D, I, N, A, T, T, V, S, S and T, respectively; and iii) the variant AAV capsid protein confers increased infectivity of a muscle cell or a glial cell compared to infectivity of the muscle cell or the glial cell by an AAV virion comprising a wild type AAV1 capsid protein; and b) a heterologous nucleic acid comprising a nucleotide sequence encoding a gene product.
A lubricating oil comprising a major amount of a base oil and a minor amount of an additive package, wherein the additive package comprises one or more friction modifiers selected from: a succinimide reaction product of lysine and a hydrocarbyl succinic anhydride represented by the formula I: and an acid amide reaction product of lysine and a carboxylic acid represented by R-COOH, wherein R is a linear or branched, saturated, unsaturated, or partially saturated hydrocarbyl having 8 to 28 carbon atoms; and the lubricating oil comprises 0.05 to 2.0 wt. % of the friction modifier, based on the total weight of the lubricating composition. a succinimide reaction product of lysine and a hydrocarbyl succinic anhydride represented by the formula I: and an acid amide reaction product of lysine and a carboxylic acid represented by R-COOH, wherein R is a linear or branched, saturated, unsaturated, or partially saturated hydrocarbyl having 8 to 28 carbon atoms; and the lubricating oil comprises 0.05 to 2.0 wt. % of the friction modifier, based on the total weight of the lubricating composition.
Method for separating partial webs in a slitter-winder, in which method the partial webs are separated by spreading in a spreading device comprising at least a first, bowed spreader roll fitted at one side of the partial webs and a second, bowed spreader roll fitted at the opposite side of the partial webs, characterized in that in the method the partial webs are guided over the bowed spreader rolls (14, 15), that have arcs of different radius (R14, R15) of curvature, so that the wrap angles (B14, B15) over the spreader rolls (14, 15) are substantially unequal and direction (A14, A15) of the arcs is substantially divergent at the spreader rolls (14, 15), that in the method one of the spreader rolls (14, 15) is moved mainly in Y-direction and the other of the spreader rolls (14, 15) is moved mainly in X-direction and the first spreader roll is moved mainly in Y-direction and the second spreader roll is moved mainly in X-direction and that in the method the partial webs are guided to the first spreader roll in lead-in direction (Dinxy) in XY-direction and the partial webs are guided from the second spreader roll in lead-out direction (Doutxy) in XY-direction, which is combined direction of X-direction component and Y-direction component in XY-plane and in which X direction corresponds to the main direction of process of the slitter-winder, usually the horizontal main running direction, Y direction corresponds the vertical direction in respect to the main running direction, such that the lead-in direction (Dinxy) and the lead-out direction are substantially divergent.
A method for producing a sugar solution, comprising: a pretreatment step of treating cellulosic biomass with a treatment agent containing ammonia to obtain an ammonia-treated product; an ammonia-treated sugar solution preparation step of enzymatically saccharifying the ammonia-treated product to obtain an ammonia-treated sugar solution; and a purified sugar solution preparation step of removing coumaramide and/or ferulamide in the ammonia-treated sugar solution by purification and determining the concentration of coumaramide and/or ferulamide to obtain a purified sugar solution having a concentration of coumaramide and/or ferulamide of 10 to 1,100 ppm. a pretreatment step of treating cellulosic biomass with a treatment agent containing ammonia to obtain an ammonia-treated product; an ammonia-treated sugar solution preparation step of enzymatically saccharifying the ammonia-treated product to obtain an ammonia-treated sugar solution; and a purified sugar solution preparation step of removing coumaramide and/or ferulamide in the ammonia-treated sugar solution by purification and determining the concentration of coumaramide and/or ferulamide to obtain a purified sugar solution having a concentration of coumaramide and/or ferulamide of 10 to 1,100 ppm.
A method comprising: while a tracking sensor system is in a low power sleep state, an accelerator sensor system, which is adapted to be coupled to a piece of luggage, identifying when the piece of luggage has exited an aircraft by identifying a trajectory of the piece of luggage being consistent with the piece of luggage moving along a path with a predetermined curved shape; responsive to identifying that the piece of luggage has exited the aircraft, the accelerator sensor system transmitting a first signal to the tracking sensor system associated with the piece ofluggage;and wherein the first signal includes instructions for the tracking sensor system to exit the low power sleep state. while a tracking sensor system is in a low power sleep state, an accelerator sensor system, which is adapted to be coupled to a piece of luggage, identifying when the piece of luggage has exited an aircraft by identifying a trajectory of the piece of luggage being consistent with the piece of luggage moving along a path with a predetermined curved shape; responsive to identifying that the piece of luggage has exited the aircraft, the accelerator sensor system transmitting a first signal to the tracking sensor system associated with the piece ofluggage;and wherein the first signal includes instructions for the tracking sensor system to exit the low power sleep state.
A dental cleaning system comprising a holder for dental floss, which includes two mutually spaced brackets and a dental floss held between the two brackets, and comprising an annular, base body to be slid onto a finger, which includes a recess situated in the longitudinal direction of the base body for accommodating a fingertip, wherein the brackets extend essentially transversely with respect to the longitudinal direction of the base body, wherein the longitudinal direction of the base body extends through the center of the recess from a first recess opening to a second recess opening through which the finger can be guided into the recess, wherein the recess is conical such that the dental cleaning system can be held on the finger in a rotationally fixed manner, wherein a first grip surface is situated on each of the two opposite sides of the base body, which is provided for controlling the movement of the dental floss in the mouth with the aid of the fingers adjacent to the base body and wherein the two first grip surfaces each form a wing-like surface, which projects beyond the base body. and comprising an annular, base body to be slid onto a finger, which includes a recess situated in the longitudinal direction of the base body for accommodating a fingertip, wherein the brackets extend essentially transversely with respect to the longitudinal direction of the base body, wherein the longitudinal direction of the base body extends through the center of the recess from a first recess opening to a second recess opening through which the finger can be guided into the recess, wherein the recess is conical such that the dental cleaning system can be held on the finger in a rotationally fixed manner, wherein a first grip surface is situated on each of the two opposite sides of the base body, which is provided for controlling the movement of the dental floss in the mouth with the aid of the fingers adjacent to the base body and wherein the two first grip surfaces each form a wing-like surface, which projects beyond the base body.