mhurhangee/ep-ind-claims huggingface dataset:
A coordinate system calibration jig, comprising: radiopaque elements arranged in a fixed predetermined pattern and configured, in response to the radiopaque elements generating a fluoroscopic image, to define a position of the jig in a fluoroscopic coordinate system of reference; and one or more connectors configured to receive magnetic sensors in respective predetermined fixed locations and orientations with respect to the jig, so that signals from the magnetic sensors in response to a magnetic field traversing the sensors characterize the position of the jig in a magnetic coordinate system of reference defined by the magnetic field, wherein the predetermined pattern comprises a helix characterised in that the helix has a varying period length, or in that the helix has different numbers of radiopaque elements within each period of the helix. radiopaque elements arranged in a fixed predetermined pattern and configured, in response to the radiopaque elements generating a fluoroscopic image, to define a position of the jig in a fluoroscopic coordinate system of reference; and one or more connectors configured to receive magnetic sensors in respective predetermined fixed locations and orientations with respect to the jig, so that signals from the magnetic sensors in response to a magnetic field traversing the sensors characterize the position of the jig in a magnetic coordinate system of reference defined by the magnetic field, wherein the predetermined pattern comprises a helix characterised in that the helix has a varying period length, or in that the helix has different numbers of radiopaque elements within each period of the helix.
Cosmetic composition comprising, in a cosmetically acceptable medium, at least one water-dispersible linear sulfonic polyester and at least one nonionic thickening polyurethane chosen from fatty-chain polyurethane polyethers, these polyurethane polyethers being triblock copolymers in which the hydrophilic block is a polyoxyethylenated chain comprising from 50 to 1000 oxyethylene groups, such that the linear sulfonic polyester(s)/nonionic thickening polyurethane(s) weight ratio is greater than or equal to 2.
A method for transmitting data performed by a serving base station, BS, of a wireless communication system comprising the serving BS, a neighboring BS and a user equipment, UE, the method comprising: receiving, by the serving BS, control information representing a second resource allocated for transmission of a cell-specific reference signal, CRS, from the neighboring BS transmitting the CRS; transmitting, by the serving BS, the control information to the UE; allocating, by the serving BS, a first resource for transmission of the data, based on the received control information, and the second resource being not available for the transmission of the data, the first resource being allocated among available resources other than the second resource; determining a power compensation value as a power boosting value for increasing the power of the data transmission using the first resource; and transmitting, by the serving BS, the data to the UE by using the first resource with an increased power value determined based on the power compensation value, wherein the power compensation value is determined based on a performance of the UE and a channel condition, and wherein the power compensation value is provided from the serving BS to the UE. receiving, by the serving BS, control information representing a second resource allocated for transmission of a cell-specific reference signal, CRS, from the neighboring BS transmitting the CRS; transmitting, by the serving BS, the control information to the UE; allocating, by the serving BS, a first resource for transmission of the data, based on the received control information, and the second resource being not available for the transmission of the data, the first resource being allocated among available resources other than the second resource; determining a power compensation value as a power boosting value for increasing the power of the data transmission using the first resource; and transmitting, by the serving BS, the data to the UE by using the first resource with an increased power value determined based on the power compensation value, wherein the power compensation value is determined based on a performance of the UE and a channel condition, and wherein the power compensation value is provided from the serving BS to the UE.
Signal generator with a first oscillator, a second oscillator and a first mixer, wherein the first oscillator generates a first oscillator signal and passes it at least indirectly to the first mixer, wherein the second oscillator generates a second oscillator signal and passes it to the first mixer, and wherein the first mixer mixes the second oscillator signal and the first oscillator signal passed indirectly to the first mixer, wherein the first oscillator is a numerically controlled oscillator, wherein the second oscillator is an adjustable oscillator with a fixed step width, wherein the signal generator has a second mixer consisting of two second part mixers (22a, 22b), wherein the signal generator has a third oscillator, wherein the third oscillator generates a third oscillator signal, consisting of two third oscillator part signals which are 90° out of phase, wherein the second part mixers (22a, 22b) mix filter part signals (ZF1f I, ZF1f Q) with the third oscillator part signals, wherein the signal generator has an adder which adds output signals (ZF2 I, ZF2 Q) of the second part mixers to form an intermediate frequency signal, wherein the first mixer mixes the intermediate frequency signal with the second oscillator signal to form an output signal (F2 OUT), wherein the signal generator also has an I/Q modulator, wherein the first oscillator outputs two part signals which are 90° out of phase, and wherein the I/Q modulator modulates the two part signals (sin, cos) of the first oscillator to form two modulator part signals (I OUT, Q OUT), wherein the signal generator also has a first filter (19, 20) consisting of two part filters (19, 20), wherein the I/Q modulator feeds the two generated modulator part signals (I OUT, Q OUT) to the two part filters (19, 20), wherein the two part filters (19, 20) filter the two modulator part signals (I OUT, Q OUT) to form the two filter part signals (ZF1f I, ZF1f Q).
A method of conjugating a polynucleotide to a substrate, the method comprising: exchanging a cationic counter ion ionically associated with the polynucleotide with a second counter ion having a positively charged member with one or more hydrocarbon groups to form a polynucleotide complex including the polynucleotide and second counter ion; dispersing the polynucleotide complex in a polar nonaqueous solvent wherein the polar non aqueous solvent is non-reactive with coupling groups on the substrate and the biomolecule; and coupling the polynucleotide complex to the substrate in the presence of the polar nonaqueous solvent. exchanging a cationic counter ion ionically associated with the polynucleotide with a second counter ion having a positively charged member with one or more hydrocarbon groups to form a polynucleotide complex including the polynucleotide and second counter ion; dispersing the polynucleotide complex in a polar nonaqueous solvent wherein the polar non aqueous solvent is non-reactive with coupling groups on the substrate and the biomolecule; and coupling the polynucleotide complex to the substrate in the presence of the polar nonaqueous solvent.
A method for manufacturing a precursor comprising the steps of: - preparing a laminate metal having a first metal layer, and a nickel layer formed on said first metal layer; - forming an intermediate layer which is an oxide having at least one crystal structure selected from rock salt type, fluorite type, perovskite type and pyrochlore type on said nickel layer of said laminate metal, said intermediate layer including at least one of i) rare earth element oxides which include CeO 2, Ho 2 O 3, Y 2 O 3, Yb 2 O 3; or ii) yttria-stabilized zirconia, MgO, Ln-M-O compounds, wherein Ln represents one or more lanthanoid elements, M represents one or more elements selected from Sr, Zr and Ga, and O represents oxygen, SrTiO 3, BaZrO 3 and Al 2 O 3; and - forming a laminating structure of said first metal layer and a nickel alloy layer having a lower magnetism than a simple substance of Ni from said laminate metal by subjecting said laminate metal to a heat treatment after said step of forming an intermediate layer to alloy part of said first metal layer and said nickel layer. - preparing a laminate metal having a first metal layer, and a nickel layer formed on said first metal layer; - forming an intermediate layer which is an oxide having at least one crystal structure selected from rock salt type, fluorite type, perovskite type and pyrochlore type on said nickel layer of said laminate metal, said intermediate layer including at least one of i) rare earth element oxides which include CeO 2, Ho 2 O 3, Y 2 O 3, Yb 2 O 3; or ii) yttria-stabilized zirconia, MgO, Ln-M-O compounds, wherein Ln represents one or more lanthanoid elements, M represents one or more elements selected from Sr, Zr and Ga, and O represents oxygen, SrTiO 3, BaZrO 3 and Al 2 O 3; and i) rare earth element oxides which include CeO 2, Ho 2 O 3, Y 2 O 3, Yb 2 O 3; or ii) yttria-stabilized zirconia, MgO, Ln-M-O compounds, wherein Ln represents one or more lanthanoid elements, M represents one or more elements selected from Sr, Zr and Ga, and O represents oxygen, SrTiO 3, BaZrO 3 and Al 2 O 3; and - forming a laminating structure of said first metal layer and a nickel alloy layer having a lower magnetism than a simple substance of Ni from said laminate metal by subjecting said laminate metal to a heat treatment after said step of forming an intermediate layer to alloy part of said first metal layer and said nickel layer.
Device for singularizing coins, having a rotatable main disc and a delimiting element, wherein the main disc and the delimiting element delimit an upwardly open receiving region for receiving a quantity of coins to be singularized, wherein an opening for passing through coins and for infeeding to an elastic conveyor element is present in the delimiting element in a transfer region, said elastic conveyor element infeeding singularized coins along a circular sorting path to sorting devices (18 to 30), wherein the sorting path is disposed so as to be eccentric in relation to the main disc, wherein a transfer disc is disposed on the main disc so as to be concentric with the main disc, and wherein, in order for the coins to be singularized, the transfer disc and the conveyor element in the transfer region interact such that coins of the lowest layer of the quantity of coins, which are conveyed by the transfer disc, are pushed under the conveyor element and jammed there.
A device for a system for twisting a flat, fibrillated strip for producing artificial turf, comprising a hollow shaft with a central axis of rotation (12.1) in the hollow space (12.2) of the hollow shaft, wherein the hollow shaft is designed such that the flat, fibrillated strip can be continuously passed through the hollow space (12.2) of the hollow shaft; a swingably mounted deflecting element fitted to the hollow shaft, which has a "swing region" (14.1), wherein a swing pivot (14.2) of the deflecting element is arranged offset from the central axis of rotation (12.1) of the hollow shaft such that, upon a rotation of the hollow shaft about its central axis of rotation (12.1), the "swing region" (14.1) of the deflecting element is swung outward from the central axis of rotation (12.1), into a "swung-out position" (deflecting position), by the resulting centrifugal force, whereby the flat, fibrillated strip rests against the "swing region"(14.1) and is guided from (by) the "swing region" (14.1) in a concentric path about the central axis of rotation (12.1); and a limiting element which is arranged on the hollow shaft such that, when the deflecting element is in its swung-out position, the flat, fibrillated strip also rests against the limiting element, whereby the outward deflection of the flat fibrillated strip is limited, wherein, in the swung-out position, a passage area, aligned substantially orthogonally to the central axis of rotation (12.1), is configured between the "swing region" (14.1) and the limiting element such that the flat, fibrillated strip is deformed when it passes through the passage area.
Compensating element for a running rail of a sliding door arrangement, wherein the compensating element comprises two wedge elements (10, 11) each having a base surface and each having a wedge surface which is situated opposite to this base surface, is arranged obliquely in a first extent and is provided with a respective stepping which is arranged transversely to the wedge surface arranged obliquely in the first extent, characterized in that the wedge surfaces provided with the stepping additionally extend, likewise obliquely, with respect to the base surface of the wedge element, in a second extent along the stepping of the wedge elements (10, 11).
A method for determining abundance of nucleic acids in an initial sample comprising target nucleic acids, the method comprising: (a) adding a starting quantity of at least 1,000 unique synthetic nucleic acids to the initial sample, wherein each of the at least 1,000 unique synthetic nucleic acids comprises a unique variable region; (b) performing a sequencing assay on a portion of the target nucleic acids and on a portion of the at least 1,000 unique synthetic nucleic acids, thereby obtaining target and synthetic nucleic acid sequence reads, wherein the synthetic nucleic acid sequence reads include unique variable region sequences; (c) detecting diversity loss of the at least 1,000 unique synthetic nucleic acids by (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (d) using the diversity loss of the at least 1,000 unique synthetic nucleic acids to calculate an abundance of the target nucleic acids in the initial sample. (a) adding a starting quantity of at least 1,000 unique synthetic nucleic acids to the initial sample, wherein each of the at least 1,000 unique synthetic nucleic acids comprises a unique variable region; (b) performing a sequencing assay on a portion of the target nucleic acids and on a portion of the at least 1,000 unique synthetic nucleic acids, thereby obtaining target and synthetic nucleic acid sequence reads, wherein the synthetic nucleic acid sequence reads include unique variable region sequences; (c) detecting diversity loss of the at least 1,000 unique synthetic nucleic acids by (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (i) quantifying a number of different variable region sequences within the synthetic nucleic acid sequence reads to obtain a unique sequenced value; and (ii) comparing the starting quantity of the at least 1,000 unique synthetic nucleic acids with the unique sequenced value in order to obtain the diversity loss of the at least 1,000 unique synthetic nucleic acids; and (d) using the diversity loss of the at least 1,000 unique synthetic nucleic acids to calculate an abundance of the target nucleic acids in the initial sample.
Analysis system comprising a portable diagnostic measuring device for the determination of at least one analysis parameter of a body fluid, in particular for the determination of an analyte concentration in a body fluid, and at least one test element provided for single use in the measuring device, which is designed as a carrier strip and, viewed in the longitudinal direction, has a front end, a handling end opposite thereto and a test field region with at least one test field lying between the ends, wherein the measuring device comprises a housing and a receiving surface for receiving the test element, wherein the housing has substantially the geometric shape of a cylinder with a base surface, a top surface and a lateral surface formed as narrow sides, wherein the base surface forms the back and the top surface forms the front of the housing, wherein the receiving surface is disposed on a narrow side, wherein an entire narrow side or a section of a narrow side forms the receiving surface, wherein the receiving surface has a measuring opening and at least one positioning device for positioning the test element on the receiving surface, such that the test element lies in a planar manner on the receiving surface.
A tablet comprising a granulate comprising i) no more than 15% (w/w) peptide, and ii) at least 60% (w/w) salt of NAC, wherein said tablet has a) a bulk density, such as a bulk density, of at least 0.90 g/cm 3; b) a median pore diameter of no more than 1.5 μm; and c) a disintegration time of less than or equal to 22 minutes, and wherein said tablet optionally has one or more of d) a maximum pore diameter of no more than 4 μm; and e) a crushing strength of at least 50 N, such as 50-400 N. a) a bulk density, such as a bulk density, of at least 0.90 g/cm 3; b) a median pore diameter of no more than 1.5 μm; and c) a disintegration time of less than or equal to 22 minutes, and wherein said tablet optionally has one or more of d) a maximum pore diameter of no more than 4 μm; and e) a crushing strength of at least 50 N, such as 50-400 N.
Workpiece support for supporting a preferably plate-shaped workpiece to be processed, having multiple - preferably, oblong - support elements that support the workpiece in its support position, and having a lowering device via which support elements can respectively be brought from their supported position into a lowered position, wherein the lowering device has at least one oblong, flexible transmission means to which the support elements are individually coupled along its longitudinal extent, and that can be deflected transversely to its longitudinal extent, and at least one deflection means that can travel along the transmission means and is designed to locally deflect said transmission means, wherein a local deflection of the transmission means with a movement of a support element or of a group of adjacent support elements, which is/are coupled to the transmission means in the area of the local deflection, accompanies a lowered position, and wherein the deflection means has a guide in which the transmission means is directed and via which the transmission means is locally deflected, wherein the guide is preferably designed such that the local deflection of the transmission means takes place downwards, characterized in that the guide has two guide regions (7a, 7b), spaced apart from one another transversely to the longitudinal extent of the transmission means, with an intervening region remaining clear at the top between them, and in that the transmission means is directed with its edge regions respectively in the guide regions (7a, 7b), and in that the coupling of the support elements to the transmission means takes place in a region between its guided edge regions.
Holding apparatus of a switching device, having a base, which has a holding opening for holding a vacuum interrupter and one or more first openings and is fitted on a bushing with one or more second openings, wherein the first openings are arranged closer to the holding opening than the second openings and wherein the second openings are arranged closer to an outer wall of the switching device than the first openings, characterized in that the base has a ring composed of conductive material for the purpose of improving the dissipation of heat.
A process for the production of an organic device comprising the steps of: forming an electron transportation section by co-deposition of a lithium complex of (8-quinolinolato) containing a lithium ion and bathocuproine as a mixed layer and by vacuum depositing aluminum onto the mixed layer, wherein bathocuproine is in the state of radical anions in the electron transportation section; contacting, through lamination or mixing by co-deposition, an organic compound having an ionization potential of less than 5.7 eV and an electron-donating property and an inorganic or organic substance capable of forming a charge transfer complex upon its oxidation-reduction reaction with the electron-donating organic compound to form adjacent to the electron transportation section a hole transportation section in which the electron-donating organic compound is in the state of radical cations. forming an electron transportation section by co-deposition of a lithium complex of (8-quinolinolato) containing a lithium ion and bathocuproine as a mixed layer and by vacuum depositing aluminum onto the mixed layer, wherein bathocuproine is in the state of radical anions in the electron transportation section; contacting, through lamination or mixing by co-deposition, an organic compound having an ionization potential of less than 5.7 eV and an electron-donating property and an inorganic or organic substance capable of forming a charge transfer complex upon its oxidation-reduction reaction with the electron-donating organic compound to form adjacent to the electron transportation section a hole transportation section in which the electron-donating organic compound is in the state of radical cations.
Gas hotplate having at least one gas burner, at least one control element and a grilling attachment, which comprises at least one grill plate, which is arranged above the gas burner and adjacent to the control element, characterised in that at least on the side facing the control element the grilling attachment defines an exhaust air exit opening, which is embodied such that a flow of exhaust air coming from the gas burner is guided past the control element.
A device for holding a smoking article that has a liquid delivery member disposed therein, the device comprising: a support portion for supporting the smoking article during smoking of the smoking article; and a crusher configured to apply external force to the liquid delivery member in the smoking article, characterized in that the crusher comprises at least one lever for amplifying a force applied by a consumer, to provide the external force on the liquid delivery member in the smoking article. a support portion for supporting the smoking article during smoking of the smoking article; and a crusher configured to apply external force to the liquid delivery member in the smoking article, characterized in that the crusher comprises at least one lever for amplifying a force applied by a consumer, to provide the external force on the liquid delivery member in the smoking article.