mhurhangee/ep-ind-claims huggingface dataset:
Automatic blind rivet setting apparatus having a housing, a pulling mechanism, which is moveable relative to the housing by a drive, wherein the drive is embodied as an electric drive and between the drive and the pulling mechanism a gear with a variable transmission ratio and at least two gear stages (24, 25) between the drive and the pulling mechanism is arranged and the transmission comprises a switching device which is connected to a control device, characterised in that a blind rivet feeding device is provided and the control device selects one of the transmission stages (24, 25) in dependence on an operating variable of the electric drive.
A method for purifying at least one target nucleic acid from a sample, said method comprising at least the following steps a) incubating the sample with at least one protein-degrading compound, wherein the at least one protein-degrading compound is a proteolytic enzyme, b) binding the target nucleic acid to a solid phase, c) eluting the target nucleic acid from the solid phase, d) incubating the eluted target nucleic acid with at least one protein-degrading compound, wherein the at least one protein-degrading compound is a proteolytic enzyme, e) binding the target nucleic acid again to a solid phase, f) optionally eluting the bound target nucleic acid from the solid phase. a) incubating the sample with at least one protein-degrading compound, wherein the at least one protein-degrading compound is a proteolytic enzyme, b) binding the target nucleic acid to a solid phase, c) eluting the target nucleic acid from the solid phase, d) incubating the eluted target nucleic acid with at least one protein-degrading compound, wherein the at least one protein-degrading compound is a proteolytic enzyme, e) binding the target nucleic acid again to a solid phase, f) optionally eluting the bound target nucleic acid from the solid phase.
A sensor system for sensing rotation of a magnet (110; 300) about a given axis, the sensor system comprising: a plurality of at least five magnetic field sensors, each sensor for sensing a strength of the magnetic field parallel to the given axis, the plurality of magnetic field sensors arranged, in a plane perpendicular to the given axis, equiangularly around a circle whose center lies on the given axis; and electronic circuitry, coupled to the plurality of magnetic field sensors, for combining the respective sensed strengths into an output signal that represents an angle δ between a magnetization axis of the magnet and a fixed direction, wherein n denotes the total number of the plurality of magnetic field sensors; H i denotes the strength, of the magnetic field perpendicular to the plane, sensed by an ith one of the magnetic field sensors; and the electronic circuitry includes a main angle derivation circuit for combining the sensed strengths, from the total number n of the plurality of magnetic field sensors, into a main value for the angle δ, in a manner that is insensitive to common-mode components of the magnetic field present at each of the magnetic field sensors, according to the formula δ = tan − 1 ∑ i = 1 n H i ⋅ sin 2 π i − 1 n ∑ i = 1 n H i ⋅ cos 2 π i − 1 n. a plurality of at least five magnetic field sensors, each sensor for sensing a strength of the magnetic field parallel to the given axis, the plurality of magnetic field sensors arranged, in a plane perpendicular to the given axis, equiangularly around a circle whose center lies on the given axis; and electronic circuitry, coupled to the plurality of magnetic field sensors, for combining the respective sensed strengths into an output signal that represents an angle δ between a magnetization axis of the magnet and a fixed direction, wherein n denotes the total number of the plurality of magnetic field sensors; H i denotes the strength, of the magnetic field perpendicular to the plane, sensed by an ith one of the magnetic field sensors; and the electronic circuitry includes a main angle derivation circuit for combining the sensed strengths, from the total number n of the plurality of magnetic field sensors, into a main value for the angle δ, in a manner that is insensitive to common-mode components of the magnetic field present at each of the magnetic field sensors, according to the formula δ = tan − 1 ∑ i = 1 n H i ⋅ sin 2 π i − 1 n ∑ i = 1 n H i ⋅ cos 2 π i − 1 n.
A method for measuring T cell receptor affinity and obtaining TCR sequence comprising: (a) obtaining a population of antigen-specific T cells, the step comprising antigen-specific T cell isolation from a starting population of T cells using pMHC-tagged streptamers; (b) performing a micropipette adhesion assay on said antigen-specific T cells, thereby measuring the two-dimensional TCR affinity to a peptide-major histocompatibility complex (pMHC); and (c) sequencing the TCR by paired TCRα/TCRβ sequencing, thereby obtaining the sequence of said TCR. (a) obtaining a population of antigen-specific T cells, the step comprising antigen-specific T cell isolation from a starting population of T cells using pMHC-tagged streptamers; (b) performing a micropipette adhesion assay on said antigen-specific T cells, thereby measuring the two-dimensional TCR affinity to a peptide-major histocompatibility complex (pMHC); and (c) sequencing the TCR by paired TCRα/TCRβ sequencing, thereby obtaining the sequence of said TCR.
A cover for a switch, the cover comprising: a switch base having a first surface facing toward the switch and a second surface facing away from the switch; an internal switch capture guide, on the first surface, with a first guide rail that corresponds to a first side of the switch and a second guide rail corresponding to a second side of the switch when the switch is disposed in the cover; and an external feature on the second surface approximately corresponding to the position of the switch, wherein: the first and second guide rails are slightly divergent such that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch; or the first and second guide rails are substantially parallel, but ends of the first and second guide rails are angled in a way that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch. a switch base having a first surface facing toward the switch and a second surface facing away from the switch; an internal switch capture guide, on the first surface, with a first guide rail that corresponds to a first side of the switch and a second guide rail corresponding to a second side of the switch when the switch is disposed in the cover; and an external feature on the second surface approximately corresponding to the position of the switch, wherein: the first and second guide rails are slightly divergent such that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch; or the first and second guide rails are substantially parallel, but ends of the first and second guide rails are angled in a way that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch. the first and second guide rails are slightly divergent such that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch; or the first and second guide rails are substantially parallel, but ends of the first and second guide rails are angled in a way that when the internal switch capture guide is slid over the switch, the cover moves to match a position of the switch.
Clip-on balancing weight for vehicle wheels, comprising a plurality of balancing weight elements which are interconnected by link elements, wherein the balancing weight elements have a surface with a clip-lock structure to interface with a spring clip for being attached to a rim of a wheel.
A composition for use in the treatment and the prophylaxis of viral diseases, where the composition comprises - 10 mg to 1000 mg of adsorbed drone brood homogenate and - 50 IU to 100,000 IU of vitamin D or D group vitamins and/or their active metabolites, wherein the composition is provided as a tablet. - 10 mg to 1000 mg of adsorbed drone brood homogenate and - 50 IU to 100,000 IU of vitamin D or D group vitamins and/or their active metabolites,
Bottling apparatus in aseptic conditions for containers made of thermoplastic material, comprising: at least one mobile organ (5; 223; 225) partially located in a contamination-controlled environment that is isolated from an external environment; an actuation device for actuating said at least one mobile organ (5; 223; 225), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports (107, 207) being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume. at least one mobile organ (5; 223; 225) partially located in a contamination-controlled environment that is isolated from an external environment; an actuation device for actuating said at least one mobile organ (5; 223; 225), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports (107, 207) being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume. a cylindrical stator; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports (107, 207) being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume.
A water-absorbent resin, which is obtained by a process including the step of polymerizing an aqueous solution of water-absorbent resin-forming monomers including acrylic acid and/or its salt as major components, and further including the steps of surface-crosslinking the water-absorbent resin and adding a chelating agent to the water-absorbent resin in a ratio of not less than 10 ppm thereto, wherein the addition of the chelating agent may be carried out in any step of the process for producing the water-absorbent resin; and which has the following properties: 20 (g/g) ≤ absorption capacity for a 0.9 weight % aqueous NaCl solution without load ≤ 60 (g/g); absorption capacity for a 0.9 weight % aqueous NaCl solution under a load of 1.96 kPa ≥ 20 (g/g); and absorption capacity for a 0.9 weight % aqueous NaCl solution without load × solubilization residue ratio (%) ≤ 1,200 ((g/g)%), wherein GV, AAP and solubilization residue ratio are determined in accordance with the methods defined in the description. 20 (g/g) ≤ absorption capacity for a 0.9 weight % aqueous NaCl solution without load ≤ 60 (g/g); absorption capacity for a 0.9 weight % aqueous NaCl solution under a load of 1.96 kPa ≥ 20 (g/g); and absorption capacity for a 0.9 weight % aqueous NaCl solution without load × solubilization residue ratio (%) ≤ 1,200 ((g/g)%),
A method, comprising: determining, at a controller of an engine, the controller having one or more processors, whether an ambient temperature is less than a predetermined temperature indicative of frozen reductant in an exhaust system of the engine; determining, at the controller, an injector thaw period for a reductant injector in the exhaust system when the ambient temperature is less than the predetermined temperature; determining, at the controller, a tank thaw period for a reductant tank associated with the exhaust system, the reductant tank being configured to supply reductant to the reductant injector; and controlling, by the controller, (i) a heater to heat the reductant tank for the tank thaw period and (ii) a current provided to the reductant injector for the injector thaw period, such that the tank thaw period and the injector thaw period end at a same time. determining, at a controller of an engine, the controller having one or more processors, whether an ambient temperature is less than a predetermined temperature indicative of frozen reductant in an exhaust system of the engine; determining, at the controller, an injector thaw period for a reductant injector in the exhaust system when the ambient temperature is less than the predetermined temperature; determining, at the controller, a tank thaw period for a reductant tank associated with the exhaust system, the reductant tank being configured to supply reductant to the reductant injector; and controlling, by the controller, (i) a heater to heat the reductant tank for the tank thaw period and (ii) a current provided to the reductant injector for the injector thaw period, such that the tank thaw period and the injector thaw period end at a same time.
Head support with a head support box that is displaceable in the X direction relative to at least one holding bar, characterized in that the head support box has one interlocking and/or frictional means (2.1) on both opposite outer walls (2.4) and has in each case two interlocking and/or frictional means (2.2) on at least one inner wall (2.5), and in that a first and a second pinion (5, 6) is arranged between in each case two interlocking and/or frictional means (2.1, 2.2), said pinions respectively engaging with an interlocking and/or frictional means (2.1, 2.2) and meshing with each other.
A method, comprising: determining, by a zone translation layer, ZTL, within a computing device (106), physical zone data within a zoned namespace solid state drive, SSD, associated with logical zone data included in a first received input-output operation based on a mapping data structure within a namespace of the zoned namespace SSD and a type of the first received input-output operation, wherein the zone translation layer ZTL comprises the mapping data structure and the mapping data structure comprises a random mapping data structure to manage one or more received random input-output operations and a sequential mapping data structure to manage one or more received sequential input-output operations; generating, by the ZTL within the computing device (106), a second input-output operation specific to the determined physical zone data, wherein the second input-output operation is of the type of the received first input-output operation; and completing, by the ZTL within the computing device (106), the generated second input-output operation using the determined physical zone data within the zoned namespace SSD. determining, by a zone translation layer, ZTL, within a computing device (106), physical zone data within a zoned namespace solid state drive, SSD, associated with logical zone data included in a first received input-output operation based on a mapping data structure within a namespace of the zoned namespace SSD and a type of the first received input-output operation, wherein the zone translation layer ZTL comprises the mapping data structure and the mapping data structure comprises a random mapping data structure to manage one or more received random input-output operations and a sequential mapping data structure to manage one or more received sequential input-output operations; generating, by the ZTL within the computing device (106), a second input-output operation specific to the determined physical zone data, wherein the second input-output operation is of the type of the received first input-output operation; and completing, by the ZTL within the computing device (106), the generated second input-output operation using the determined physical zone data within the zoned namespace SSD.
Method for coding a digital signal, by transform with overlap using weighting windows, in which two blocks of samples of the signal, which are consecutive and of the same size (2 M), are weighted respectively by a first ( h a1) and a second analysis window ( h a2), and said first and second windows each comprising a rising edge and a falling edge, the rising edge of the second window ( h a 2) is different from the falling edge of the time-reversed first window ( h a1).
A molding method of a liquid elastomer for molding a molded article constructed by the liquid elastomer by using a mold, wherein said mold is a mold for an injection molding, a plurality of product cavity spaces are provided side by side in a mold clamping and mold opening direction of said mold, wherein a plurality of molded articles are simultaneously molded by using said mold,wherein said mold is provided with a sprue, runners and gates which are communicated with said plurality of product cavity spaces, and wherein said runners are provided with orthogonal runner portions extended in a direction which is orthogonal to the mold clamping and mold opening direction of said mold from said sprue, and parallel runner portions extended in a direction which is parallel to the mold clamping and mold opening direction of said mold from said orthogonal runner portions, wherein said mold is a metal mold, wherein said parallel runner portions are arranged in an outer peripheral side of said plurality of product cavity spaces, and wherein said metal mold is structured such as to mold the molded article in a state in which an insert part is set, and said molded article is integrally molded in relation to said insert part.
Method for actuating a circulation pump in a connecting line between a tapping point on a hot water removal line and a hot water tank, having a temperature sensor in the upper region of the hot water tank for detecting the hot water temperature, a setpoint value to be input at a controller for the hot water temperature in the upper region of the hot water tank, below which setpoint value a refilling operation takes place, and a switching hysteresis which is to be input at a controller and is coupled to the setpoint value for the start of the refilling operation, and having a further temperature sensor for the hot water temperature, a comparison of the measured values of the two temperature sensors (7, 8) taking place, and the circulation pump being set in operation when a threshold value to be predefined for the temperature difference is reached and/or exceeded, characterized in that the further temperature sensor for the hot water temperature is arranged in the connecting line, the further temperature sensor for the hot water temperature in the connecting line being arranged at a spacing from the hot water tank in the connecting line.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, system information including configuration for a message A, MsgA, of a two-step random access procedure, the MsgA including a preamble on a physical random access channel, PRACH, and a payload on a physical uplink shared channel, PUSCH, in the two-step random access procedure; transmitting, to the base station, the PRACH and the PUSCH based on the configuration; and receiving, from the base station, a response for the PRACH and the PUSCH; and wherein whether to apply a transform precoding for the PUSCH of the MsgA is determined based on the configuration for the MsgA, in case that the configuration for the MsgA includes information indicating whether to apply the transform precoding for the PUSCH of the MsgA, and wherein whether to apply a transform precoding for the PUSCH of the MsgA is determined based on a configuration for a message 3, Msg3, of a four-step random access, in case that the configuration for the MsgA does not include the information indicating whether to apply the transform precoding for the PUSCH of the MsgA. receiving, from a base station, system information including configuration for a message A, MsgA, of a two-step random access procedure, the MsgA including a preamble on a physical random access channel, PRACH, and a payload on a physical uplink shared channel, PUSCH, in the two-step random access procedure; transmitting, to the base station, the PRACH and the PUSCH based on the configuration; and receiving, from the base station, a response for the PRACH and the PUSCH; and wherein whether to apply a transform precoding for the PUSCH of the MsgA is determined based on the configuration for the MsgA, in case that the configuration for the MsgA includes information indicating whether to apply the transform precoding for the PUSCH of the MsgA, and wherein whether to apply a transform precoding for the PUSCH of the MsgA is determined based on a configuration for a message 3, Msg3, of a four-step random access, in case that the configuration for the MsgA does not include the information indicating whether to apply the transform precoding for the PUSCH of the MsgA.
A device for turning a rotor of a wind turbine, the device comprising a brake disc of the wind turbine which is coupled to the rotor, and a drive means for driving a force transmission means, characterized in that a detachable toothed segment is coupled to the brake disc of the wind turbine, the force transmission means being in engagement or engageable with the toothed segment.
Package for objects containing a portion of liquid, with which a vacuum pack is creatable, comprising a sealable container composed of a liquid-impermeable material for receiving the object, a dimensionally stable hollow body (10, 13, 15) which has at least one opening (12, 14, 16) and is arranged in the container and receives the liquid that escapes from an object arranged in the container and in which air remaining in the vacuum pack after sealing despite the generation of a vacuum collects, wherein the dimensionally stable hollow body (10, 13, 15) has at least one projection protruding towards the outside on or near its opening (12, 14, 16).
A precast concrete laminate plate comprising at least two concrete plates, a hollow space being present between the two concrete plates, and being formed and bounded by a spacer profile; the spacer profile running between the two concrete plates along the outer periphery within the concrete plates, the spacer profile comprising at least one chamber having air, air chamber, or chamber having insulation material, or chamber open to the interior as a C-profile, a C-shaped textile profile made of a planar knitted fabric, fabric, weave, mesh, or mat, or a strip-shaped molding made of foamed plastic or other dimensionally stable insulation material as a spacer profile or reveal profile extending preferably over the entire spacing surface, the hollow space comprising insulation material in the form of bulk material enclosing and binding air, such as preferably polystyrene particles.