mhurhangee/ep-ind-claims huggingface dataset:
A method for spreading a plurality of data symbols ( d s) onto subcarriers of a carrier signal for a transmission in a transmission system, comprising the following steps: providing a data vector ( d), comprising the plurality of data symbols; and creating a spread data vector ( x) based on the provided data vector ( d) and a spreading matrix, with the spread data vector ( x) having a length, which corresponds to the number of subcarriers, characterized in that the spreading matrix comprises a spreading allocation matrix, a base spreading matrix and a randomization matrix, wherein the spreading allocation matrix describes the allocation of the plurality of data symbols to inputs of a base spreading module, which operates based on a base spreading matrix, wherein the base spreading matrix comprises a Hadamard matrix with elements from {1, -1}, a Vandermonde matrix, a DFT matrix, a regular matrix, or a circulant base spreading matrix, which is described by the vector in the first column, which indicates a spreading sequence ( c), and wherein the randomization matrix is described by the sequence of its main diagonal elements, which indicates a randomization sequence. providing a data vector ( d), comprising the plurality of data symbols; and creating a spread data vector ( x) based on the provided data vector ( d) and a spreading matrix, with the spread data vector ( x) having a length, which corresponds to the number of subcarriers, the spreading matrix comprises a spreading allocation matrix, a base spreading matrix and a randomization matrix, wherein the spreading allocation matrix describes the allocation of the plurality of data symbols to inputs of a base spreading module, which operates based on a base spreading matrix, wherein the base spreading matrix comprises a Hadamard matrix with elements from {1, -1}, a Vandermonde matrix, a DFT matrix, a regular matrix, or a circulant base spreading matrix, which is described by the vector in the first column, which indicates a spreading sequence ( c), and wherein the randomization matrix is described by the sequence of its main diagonal elements, which indicates a randomization sequence.
A method for detecting a kidney cancer in a subject having a chronic kidney disease, comprising: diluting a urine sample obtained from the subject at a first predetermined ratio; diluting the urine sample obtained from the subject at a second predetermined ratio; and determining whether or not nematodes exhibit attraction behavior toward the diluted urine samples, wherein the first predetermined ratio is a ratio ranging from 5 to 100, and the second predetermined ratio is a ratio of 1000 or more; and wherein, when nematodes exhibit attraction behavior toward the sample diluted at the second predetermined ratio, and the nematodes exhibit avoidance behavior against the sample diluted at the first predetermined ratio, then it is determined that the subject from which the urine sample is derived, has a kidney cancer. diluting a urine sample obtained from the subject at a first predetermined ratio; diluting the urine sample obtained from the subject at a second predetermined ratio; and determining whether or not nematodes exhibit attraction behavior toward the diluted urine samples, wherein the first predetermined ratio is a ratio ranging from 5 to 100, and the second predetermined ratio is a ratio of 1000 or more; and wherein, when nematodes exhibit attraction behavior toward the sample diluted at the second predetermined ratio, and the nematodes exhibit avoidance behavior against the sample diluted at the first predetermined ratio, then it is determined that the subject from which the urine sample is derived, has a kidney cancer.
A manipulator system comprising: a treatment unit that treats a subject; an imaging unit that images the subject and the treatment unit; a display unit that displays an image captured by the imaging unit; an operation unit that operates the treatment unit; and characterized by further comprising a display unit driving unit that supports and moves the display unit; an operation unit driving unit that supports and moves the operation unit; and a control unit that controls the display unit driving unit and the operation unit driving unit so that a relative positional relationship between the display unit and the operation unit matches a relative positional relationship between the imaging unit and the treatment unit. a treatment unit that treats a subject; an imaging unit that images the subject and the treatment unit; a display unit that displays an image captured by the imaging unit; an operation unit that operates the treatment unit; and characterized by further comprising a display unit driving unit that supports and moves the display unit; an operation unit driving unit that supports and moves the operation unit; and a control unit that controls the display unit driving unit and the operation unit driving unit so that a relative positional relationship between the display unit and the operation unit matches a relative positional relationship between the imaging unit and the treatment unit. a display unit that displays an image captured by the imaging unit; an operation unit that operates the treatment unit; and characterized by further comprising a display unit driving unit that supports and moves the display unit; an operation unit driving unit that supports and moves the operation unit; and a control unit that controls the display unit driving unit and the operation unit driving unit so that a relative positional relationship between the display unit and the operation unit matches a relative positional relationship between the imaging unit and the treatment unit.
An isolated autologous T lymphocyte expressing a T cell receptor molecule containing an alpha chain portion and a beta chain portion, wherein the alpha chain portion contains three complementarity determining regions (CDRs): CDR1α: SSYSPS CDR2α: YTSAATL CDR3α: VVSPFSGGGADGLT or comprising SPFSGGGADGLT, and the beta chain portion contains three complementarity determining regions (CDRs): CDR1β: DFQATT CDR2β: SNEGSKA CDR3β: comprising SARDGGEG or comprising RDGGEGSETQY. CDR1α: SSYSPS CDR2α: YTSAATL CDR3α: VVSPFSGGGADGLT or comprising SPFSGGGADGLT, CDR1β: DFQATT CDR2β: SNEGSKA CDR3β: comprising SARDGGEG or comprising RDGGEGSETQY.
Method for operating a communication system, in which data are transmitted and/or received by a communication participant, wherein the communication participant comprises a communication device for transmitting and/or receiving the data, a microprocessor and an energy supply, wherein the energy supply supplies the microprocessor and/or the communication device with energy for the operation thereof, the energy supply has an electrical variable, the value of which changes from a starting value in the course of supplying the microprocessor and/or the communication device with energy, the microprocessor codes the data before transmission and/or decodes said data after reception, and the coding and/or decoding is/are carried out using a computing cycle, characterized in that in the event of a change in the electrical variable during the computing cycle, the computing cycle is interrupted and continued again, preferably at any desired point, the coding and/or decoding is/are carried out during the computing cycle separately in individual coding and/or decoding phases (KP1-KPn) in which the value of the electrical variable changes, regeneration phases for at least partially regenerating the electrical variable are provided between and/or within the coding and/or decoding phases (KP1-KPn), and the duration of a regeneration phase is such that the value of the electrical variable changes towards the starting value and/or reaches the latter during the regeneration phase.
A mass spectrometry-based method for diagnosing or detecting sepsis or septic shock in a human subject comprising the steps of: measuring the level or concentration of at least circulating histone H3 in one or more biological samples consisting of blood, serum or plasma isolated from the subject by using a mass spectrometer; and comparing the level or concentration of said circulating histone from the one or more biological samples of the subject suspected of suffering from sepsis or septic shock with a reference value or with the level or concentration of said circulating histone from a biological sample consisting of blood, serum or plasma of a normal subject, wherein the normal subject is a healthy subject not suffering from sepsis or septic shock, wherein the level or concentration of circulating histone H3 is equivalent to the amount of peptide SEQ ID NO 1 (STELLIR) present in the biological sample after trypsin digestion or treatment, and wherein to measure the level or concentration of circulating histone H3 in the biological sample the averaged ratio of SEQ ID NO 1 is obtained, and wherein an increased in the level or concentration of at least circulating histone H3, is indicative of sepsis or septic shock.
An implant, comprising: an elongated plate having a first major face and at least one locking screw hole, to receive a locking fastener oriented normal to the major face, the elongated plate having a wall having a flat surface normal to the first major face, and the elontaged plate having a non-locking screw hole between the locking screw hole and the wall, the non-locking screw hole configured to receive a non-locking fastener oriented at an acute angle relative to the locking fastener, the non-locking screw hole penetrating the flat surface of the wall at the acute angle. an elongated plate having a first major face and at least one locking screw hole, to receive a locking fastener oriented normal to the major face, the elongated plate having a wall having a flat surface normal to the first major face, and the elontaged plate having a non-locking screw hole between the locking screw hole and the wall, the non-locking screw hole configured to receive a non-locking fastener oriented at an acute angle relative to the locking fastener, the non-locking screw hole penetrating the flat surface of the wall at the acute angle.
Arrangement for regulating the position of a roller or of the nip pressure of a roller nip formed between two rollers, especially in a paper, carton or tissue machine, comprising: at least one fluid pressure driven actuator (4, 5) for changing the roller position or the roller nip pressure, at least one digital valve regulator connected to the at least one actuator (4, 5) or to a plurality of fluid pressure driven actuators (4, 5), which comprises a plurality of digital valves and which is capable of controlling an actuator fluid pressure and/or an actuator fluid flow rate, wherein the actuator (4, 5) is a hydraulic cylinder (4, 5); the digital valve regulator comprises at least two digital valve modules (11, 12) which are composed of a plurality of digital valves, respectively, and one digital valve module is connected to a rod side hydraulic chamber (41, 51) and the other digital valve module is connected to a piston side hydraulic chamber (42, 52) so as to control a translatory displacement movement of the hydraulic cylinder (4, 5), characterized by at least a first digital, normally open shut-off valve (15, 16, 17, 18; 71), which is provided respectively between a digital valve module (11, 12) and a hydraulic chamber (41, 42, 51, 52) to be controlled, of the hydraulic cylinder (4, 5), and which is configured such that by closing the shut-off valve (15, 61, 17, 18; 71) a hydraulic pressure supplied to the hydraulic chamber (41, 42, 51, 52) to be controlled and thus a position of the roller to be controlled are maintained. at least one fluid pressure driven actuator (4, 5) for changing the roller position or the roller nip pressure, at least one digital valve regulator connected to the at least one actuator (4, 5) or to a plurality of fluid pressure driven actuators (4, 5), which comprises a plurality of digital valves and which is capable of controlling an actuator fluid pressure and/or an actuator fluid flow rate, wherein the actuator (4, 5) is a hydraulic cylinder (4, 5); the digital valve regulator comprises at least two digital valve modules (11, 12) which are composed of a plurality of digital valves, respectively, and one digital valve module is connected to a rod side hydraulic chamber (41, 51) and the other digital valve module is connected to a piston side hydraulic chamber (42, 52) so as to control a translatory displacement movement of the hydraulic cylinder (4, 5), characterized by at least a first digital, normally open shut-off valve (15, 16, 17, 18; 71), which is provided respectively between a digital valve module (11, 12) and a hydraulic chamber (41, 42, 51, 52) to be controlled, of the hydraulic cylinder (4, 5), and which is configured such that by closing the shut-off valve (15, 61, 17, 18; 71) a hydraulic pressure supplied to the hydraulic chamber (41, 42, 51, 52) to be controlled and thus a position of the roller to be controlled are maintained.
Coated cutting tool comprising a substrate coated with a coating comprising a layer of α-Al 2 O 3, wherein the thickness of the α-Al 2 O 3 layer is 2-4 μm and wherein said α-Al 2 O 3 layer exhibits a texture coefficient TC(hkl), as measured by X-ray diffraction using CuKα radiation and θ-2θ scan, defined according to Harris formula TC hkl = I hkl I 0 hkl 1 n ∑ n = 1 n I hkl I 0 hkl − 1 where I(hkl) is the measured intensity (integrated area) of the (hkl) reflection, I 0 (hkl) is the standard intensity according to ICDD's PDF-card No. 00-010-0173, n is the number of reflections used in the calculation, and where the (hkl) reflections used are (1 0 4), (1 1 0), (1 1 3), (0 2 4), (1 1 6), (2 1 4), (3 0 0) and (0 0 12) whereinTC(0 0 12) ≥ 7.2, and wherein the ratio of I(0 0 12)/I(0 1 14) ≥ 0.8, and wherein said coating further comprises a MTCVD TiCN layer located between the substrate and the α-Al 2 O 3 layer, wherein the thickness of said MTCVD TiCN layer is 2-3 μm and wherein said MTCVD TiCN layer exhibits a pole figure as measured by EBSD in a portion of the MTCVD TiCN layer parallel to the outer surface of the coating and less than 1 μm from the outer surface of the MTCVD TiCN, wherein a pole plot based on the data of the pole figure, with a bin size of 0.25° over a tilt angle range of 0°≤ β ≤ 45° from the normal of the outer surface of the coating shows a ratio of intensity within β ≤ 15° tilt angle to the intensity within 0°≤ β ≤ 45° of ≥ 45%.
A carrier substrate for electrical components, wherein the carrier substrate has a primary layer made of ceramic and at least one metal layer (2, 15, 30) bonded to the primary layer, wherein the at least one metal layer (2, 15, 30) has at least one recess on the side facing the primary layer, wherein the recess in the metal layer (2, 15, 30) is configured to form an expansion joint in a region adjacent to a peripheral course of the primary layer, wherein - the recess in the metal layer is formed to form an expansion joint in an area adjacent to a peripheral course of the primary layer without the recess serving as expansion joint being covered by the primary layer, or - a side of the clearance that is open towards the primary layer is partially covered by the primary layer, characterized in that the recess is filled with a filler material which has a lower coefficient of expansion and/or a higher modulus of elasticity than a material from which the metal layer (2, 15, 30) is made. - the recess in the metal layer is formed to form an expansion joint in an area adjacent to a peripheral course of the primary layer without the recess serving as expansion joint being covered by the primary layer, or - a side of the clearance that is open towards the primary layer is partially covered by the primary layer, characterized in that the recess is filled with a filler material which has a lower coefficient of expansion and/or a higher modulus of elasticity than a material from which the metal layer (2, 15, 30) is made.
Rotary valve body for a compressed gas-operated dispensing device for bone cements that is to be arranged rotatably in a fitting valve seat in the dispensing device, whereby the rotary valve body is rotationally symmetrical about the rotation axis of the rotary belt body, at least in a region provided for the valve seat, characterised in that at least one sealing cam (6, 30, 116) made of an elastic plastic material is arranged on the rotationally symmetrical jacket surface of said region and is elevated above the radius of the rotationally symmetrical jacket surface such that the circumference of the rotary valve body is larger than the internal diameter of the valve seat due to the sealing cam (6, 30, 116), and whereby at least one feed-through (20, 32, 112) is arranged in the rotary valve body and in that the at least one feed-through extends from a first opening (8, 34) in the rotationally symmetrical jacket surface of the rotary valve body in the region of the sealing cam (6, 30, 116) into a second opening in the rotationally symmetrical jacket surface of the rotary valve body.
Fastening device suitable for mounting a wall construction to a supporting surface of a wall support, which wall construction comprises a first layer of insulation and a second layer of plaster, said fastening device comprising: a base part, arranged to be permanently fastened to the supporting surface and in turn comprising an elongated part, arranged to extend out from the supporting surface when the device is fastened thereto and arranged to engage with a block of insulation by threading the block onto a free end of said elongated part so that the elongated part runs through and supports the block; and an insulation retaining part, arranged to engage with the elongated part and when in engagement therewith limit the movement, in a direction out from the supporting surface, of a block of insulation which is in engagement with the elongated part, so that such a block is retained on the elongated part, wherein the base part comprises a spacing means arranged, when the device is fastened to the supporting surface and when the base part is in engagement with both the block of insulation and the insulation retaining part, to limit the movement in a direction towards the supporting surface of the block of insulation, so as to create an air gap between the supporting surface and the block of insulation, characterised i n that the engagement between the elongated part and the insulation retaining part is realized by a mushroom-shaped head at the free end of the elongated part, arranged to engage with a corresponding keyhole-shaped through hole in the insulation retaining part, so that said free end can be inserted through said through hole through a relatively wide part of the through hole and consequently be slid along a relatively narrow part of the hole, and in that the fastening device furthermore comprises a locking part, arranged to be inserted into the relatively wide part of the keyhole-shaped through hole when said through hole is in engagement with the mushroom-shaped head and thereby to limit the movement of the mushroom-shaped head in a direction along the relatively narrow part towards the relatively wide part of the keyhole-shaped through hole, in turn locking the insulation retaining part in its engagement with the free end of the elongated part. a base part, arranged to be permanently fastened to the supporting surface and in turn comprising an elongated part, arranged to extend out from the supporting surface when the device is fastened thereto and arranged to engage with a block of insulation by threading the block onto a free end of said elongated part so that the elongated part runs through and supports the block; and an insulation retaining part, arranged to engage with the elongated part and when in engagement therewith limit the movement, in a direction out from the supporting surface, of a block of insulation which is in engagement with the elongated part, so that such a block is retained on the elongated part,
A flying apparatus with a longitudinal centre axis, comprising an airfoil extending essentially perpendicularly to the longitudinal centre axis along a span direction, comprising a streamlined profile with a leading edge and a trailing edge for generating an aerodynamic lift force vector acting on the flying apparatus when being exposed to an apparent air flow; and at least one control surface (31, 11) for controlling the aerodynamic pitch of the flying apparatus; wherein the flying apparatus is adapted to generate electrical energy and comprises at least one pivot point for the connection of a tether, in order to connect the flying apparatus to a ground station, and wherein the flying apparatus has an aerodynamic neutral point that lies, along the longitudinal centre axis and in the direction from the leading edge to the trailing edge, behind the centre of gravity of the flying apparatus, and characterised in that it further comprises at least three drive units (4, 2; 5, 51; 6, 61) being adapted to generate a resulting thrust force vector acting on the flying apparatus, the thrust force vector being alignable essentially in parallel with the aerodynamic lift force vector. an airfoil extending essentially perpendicularly to the longitudinal centre axis along a span direction, comprising a streamlined profile with a leading edge and a trailing edge for generating an aerodynamic lift force vector acting on the flying apparatus when being exposed to an apparent air flow; and at least one control surface (31, 11) for controlling the aerodynamic pitch of the flying apparatus; wherein the flying apparatus is adapted to generate electrical energy and comprises at least one pivot point for the connection of a tether, in order to connect the flying apparatus to a ground station, and wherein the flying apparatus has an aerodynamic neutral point that lies, along the longitudinal centre axis and in the direction from the leading edge to the trailing edge, behind the centre of gravity of the flying apparatus, and characterised in that it further comprises at least three drive units (4, 2; 5, 51; 6, 61) being adapted to generate a resulting thrust force vector acting on the flying apparatus, the thrust force vector being alignable essentially in parallel with the aerodynamic lift force vector.
A multimodal polyethylene composition comprising a high density multimodal ethylene polymer component having a density of at least 930 kg/m 3, and a MFR 21 of not more than 15 g/10 min, wherein said composition exhibits a LAOS-NLF defined as LAOS − NLF = G 1 ′ G 3 ′ where G 1 ʹ − first order Fourier Coefficient G 3 ʹ − third order Fourier Coefficient of at least 1.7. where G 1 ʹ − first order Fourier Coefficient G 3 ʹ − third order Fourier Coefficient of at least 1.7.
The use of a composition which is liquid under standard conditions (20°C, 1 bar) as a coating material, wherein the composition comprises a) an unsaturated polyester resin composed of α-olefinically unsaturated polycarboxylic acids, polyols, and optionally further compounds, b) compounds with vinyl ether groups (vinyl ethers for short), and c) maleic acid, maleic monoesters or maleic diesters, where the sum of the double bonds of the α-olefinically unsaturated polycarboxylic acids from a) and of the compounds c) to the double bonds of the vinyl ethers b) is in a molar ratio of 1.3:1 to 0.8:1. a) an unsaturated polyester resin composed of α-olefinically unsaturated polycarboxylic acids, polyols, and optionally further compounds, b) compounds with vinyl ether groups (vinyl ethers for short), and c) maleic acid, maleic monoesters or maleic diesters,