mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing different firmware updates to multiple devices, said method comprising: at a device having a processor with access to memory: receiving, at the processor, an update input comprising a download package with data comprising a first download component identifying content of the download package and a second download component comprising a first firmware component and a second firmware component; utilizing the processor, identifying from the data, a first target device and a second target device that is different from the first target device; utilizing the processor, generating a first output and a second output for use by, respectively, the first target device and the second target device, the first output comprising the first firmware component and the second output comprising the second firmware component; and utilizing the processor, distributing in parallel the first output and the second output to the first target device and the second target device; wherein the first firmware component is different from the second firmware component. at a device having a processor with access to memory: receiving, at the processor, an update input comprising a download package with data comprising a first download component identifying content of the download package and a second download component comprising a first firmware component and a second firmware component; utilizing the processor, identifying from the data, a first target device and a second target device that is different from the first target device; utilizing the processor, generating a first output and a second output for use by, respectively, the first target device and the second target device, the first output comprising the first firmware component and the second output comprising the second firmware component; and utilizing the processor, distributing in parallel the first output and the second output to the first target device and the second target device; receiving, at the processor, an update input comprising a download package with data comprising a first download component identifying content of the download package and a second download component comprising a first firmware component and a second firmware component; utilizing the processor, identifying from the data, a first target device and a second target device that is different from the first target device; utilizing the processor, generating a first output and a second output for use by, respectively, the first target device and the second target device, the first output comprising the first firmware component and the second output comprising the second firmware component; and utilizing the processor, distributing in parallel the first output and the second output to the first target device and the second target device; wherein the first firmware component is different from the second firmware component.
Aircraft fuselage with a horizontal stabilizer surface, the sweep angle of this surface defined as the angle between a line formed by the projection of a reference line of points located at 25% of the local chord of the horizontal stabilizer surface on a plane perpendicular to the aircraft plane of symmetry, this plane also comprising the flight direction of the aircraft, and to the aircraft plane of symmetry, is less than 90 degrees, this angle being measured in the flight direction of the aircraft, characterized in that the structural connection of the horizontal stabilizer surface to the aircraft fuselage is located at the rearmost, transverse frame of the fuselage, and in that the leading edge of the horizontal stabilizer surface comprises a local extension in the flight direction of the aircraft, in the zone adjacent to the aircraft fuselage, to offset the loss of airflow speed in the boundary layer of the fuselage, such that it prevents the formation of horseshoe vortices around the root of this stabilizer surface to this fuselage at small angles of attack of this horizontal stabilizer surface.
A device for controlling a studded tire, wherein the device includes a stud unit comprising: - a housing with a chamber enclosing a medium, - a stud arranged at least partly inserted into the chamber so that it is affected by the medium, wherein the stud is adapted to be moved depending on a change in the pressure of the medium in the chamber between a first position for a first pressure and a second position for a second pressure, where the second pressure is higher than the first pressure, wherein in the second position a part of the stud protrudes further out from the chamber than in the first position, and - a heating element adapted to heat the medium so that the pressure of the medium in the chamber is adjusted between the first pressure and the second pressure characterized in that the stud unit includes a receiver coil adapted to be exposed by a magnetic field from a transducer coil and to induce an input current, and the device also includes: - a transducer coil adapted to receive an output current from a power source and to generate a magnetic field, and - a control unit adapted to adjust the output current from the power source to the transducer coil, wherein the receiver coil is adapted to be exposed to the said magnetic field and to induce an input current, and wherein the heating element is adapted to receive the said input current and to produce heat which heats up the medium in the chamber so that the pressure in the chamber changes from the first pressure to the second pressure. - a housing with a chamber enclosing a medium, - a stud arranged at least partly inserted into the chamber so that it is affected by the medium, wherein the stud is adapted to be moved depending on a change in the pressure of the medium in the chamber between a first position for a first pressure and a second position for a second pressure, where the second pressure is higher than the first pressure, wherein in the second position a part of the stud protrudes further out from the chamber than in the first position, and - a heating element adapted to heat the medium so that the pressure of the medium in the chamber is adjusted between the first pressure and the second pressure characterized in that the stud unit includes a receiver coil adapted to be exposed by a magnetic field from a transducer coil and to induce an input current, and the device also includes: - a transducer coil adapted to receive an output current from a power source and to generate a magnetic field, and - a control unit adapted to adjust the output current from the power source to the transducer coil, wherein the receiver coil is adapted to be exposed to the said magnetic field and to induce an input current, and wherein the heating element is adapted to receive the said input current and to produce heat which heats up the medium in the chamber so that the pressure in the chamber changes from the first pressure to the second pressure.
Laquinimod or a pharmaceutically acceptable salt thereof in an effective amount for use in the treatment of a human subject suffering from a BDNF-related disease which is Parkinson's disease, Huntington's disease, a depressive disorder, an anxiety disorder, retinitis pigmentosa, erectile dysfunction, a memory disorder, Rett syndrome, bipolar disorder, or acute mania, wherein the laquinimod or pharmaceutically acceptable salt is formulated for periodic administration to the subject.
A grain oriented electrical steel sheet having thermal strain introduced thereinto in a dotted-line arrangement in which strain-imparted areas have been lined in a direction that crosses the rolling direction of the steel sheet, wherein the strain-imparted areas introduced in the dotted-line arrangement have a size from 0.10 mm or more to 0.50 mm or less and an interval between the adjacent strain-imparted areas is from 0.10 mm or more to 0.60 mm or less, and a line interval between the dotted-lines in the rolling direction is from 2 mm to 10 mm.
A system for sharing status information across a plurality of communication networks including a first communication network and a second communication network which are of a different type to each other, the system being adapted to: collect network session and user status information, for each of the plurality of communication networks, by a separate Session and User Status Function, SUSF, for each communication network; wherein one of the first and second communication networks is a mobile network, and the status information is collected from the Home Location Register, HLR, and Mobile Switching Centers, MSC, of the mobile network; wherein each SUSF is to correlate the collected information; and wherein each SUSF is to make available the correlated network session and user status information in a format common to the first and second communication networks. collect network session and user status information, for each of the plurality of communication networks, by a separate Session and User Status Function, SUSF, for each communication network; wherein one of the first and second communication networks is a mobile network, and the status information is collected from the Home Location Register, HLR, and Mobile Switching Centers, MSC, of the mobile network; wherein each SUSF is to correlate the collected information; and wherein each SUSF is to make available the correlated network session and user status information in a format common to the first and second communication networks.
A ceramic honeycomb article, comprising: a predominant cordierite ceramic phase and at least 0.1 wt.% of a rare earth oxide within the microstructure of the ceramic, a total porosity (%P) wherein %P ≥ 45%, and further comprising E Ratio 1000 ≤ 1.05, wherein E Ratio 1000 = E 1000°C /E RT. a predominant cordierite ceramic phase and at least 0.1 wt.% of a rare earth oxide within the microstructure of the ceramic, a total porosity (%P) wherein %P ≥ 45%, and further comprising E Ratio 1000 ≤ 1.05, wherein E Ratio 1000 = E 1000°C /E RT.
A method for separating a target nucleic acid from a sample containing red blood cells comprising: (a) contacting red blood cells with a reagent comprising ammonium chloride, lithium lauryl sulfate and a calcium chelating anti-coagulant, the reagent being effective to lyse the red blood cells and inhibit degradation of target nucleic acid released from the red blood cells; (b) contacting released target nucleic acid with a capture probe and an immobilized probe, wherein the capture probe has: (i) a first segment complementary to the target nucleic acid; and (ii) a second segment complementary to the immobilized probe, wherein the target nucleic acid binds to the capture probe and the bound capture probe binds to the immobilized probe thereby forming a capture hybrid complex; and (c) separating the capture hybrid complex away from other components of the sample. (a) contacting red blood cells with a reagent comprising ammonium chloride, lithium lauryl sulfate and a calcium chelating anti-coagulant, the reagent being effective to lyse the red blood cells and inhibit degradation of target nucleic acid released from the red blood cells; (b) contacting released target nucleic acid with a capture probe and an immobilized probe, wherein the capture probe has: (i) a first segment complementary to the target nucleic acid; and (ii) a second segment complementary to the immobilized probe, wherein the target nucleic acid binds to the capture probe and the bound capture probe binds to the immobilized probe thereby forming a capture hybrid complex; and (c) separating the capture hybrid complex away from other components of the sample.
Organic photoactive component comprising an anode and a cathode and at least one organic photoactive intrinsic i-layer system arranged between the electrodes for producing bound electron-hole pairs in the case of incident light, characterized in that (i) the photoactive i-layer system contains at least one mixed layer composed of at least one donor material for taking up the holes and one acceptor material for taking up electrons and the materials form a donor-acceptor system for separating the bound electron-hole pairs at the domain boundaries, (ii) the donor material and the acceptor material of the mixed layer are non-polymeric materials, (iii) the donor material has an evaporation temperature in a vacuum which is at least 150°C lower than the evaporation temperature in a vacuum of the acceptor material, wherein evaporation temperature is understood to mean that temperature which is required in order to achieve a vapor deposition rate of 0.1 nm/s at the position of the substrate for a given evaporator geometry and a vacuum in the range of from 10 -4 to 10 -10 mbar, and (iv) has an inverted layer sequence in which the photogenerated electrons leave the mixed layer in the direction of the substrate and which is composed of an n-i-p, i-p or n-i structure composed in each case of an n-, i- or p-layer system, wherein n denotes an n-conducting layer and p denotes a p-conducting layer and wherein the organic photoactive i-layer system is applied directly on the cathode or on an electron-conducting n-material system. (i) the photoactive i-layer system contains at least one mixed layer composed of at least one donor material for taking up the holes and one acceptor material for taking up electrons and the materials form a donor-acceptor system for separating the bound electron-hole pairs at the domain boundaries, (ii) the donor material and the acceptor material of the mixed layer are non-polymeric materials, (iii) the donor material has an evaporation temperature in a vacuum which is at least 150°C lower than the evaporation temperature in a vacuum of the acceptor material, wherein evaporation temperature is understood to mean that temperature which is required in order to achieve a vapor deposition rate of 0.1 nm/s at the position of the substrate for a given evaporator geometry and a vacuum in the range of from 10 -4 to 10 -10 mbar, and (iv) has an inverted layer sequence in which the photogenerated electrons leave the mixed layer in the direction of the substrate and which is composed of an n-i-p, i-p or n-i structure composed in each case of an n-, i- or p-layer system, wherein n denotes an n-conducting layer and p denotes a p-conducting layer and wherein the organic photoactive i-layer system is applied directly on the cathode or on an electron-conducting n-material system.
Process for forming a Li-ion battery cell comprising an LNMO-based cathode material, comprising an active material of formula LiNi x Mn 2-x O 4, in which 0<x≤0.5, an anode material, a separator and an electrolyte, characterized in that it comprises the following successive steps: (a) charging the cell until it reaches a state of charge of 100%; (b) storing the cell in a state of charge of 100% in an open circuit for a period of time of at least 48 hours; (c) removing (800, 900) the gas generated during the charging and the storage. (a) charging the cell until it reaches a state of charge of 100%; (b) storing the cell in a state of charge of 100% in an open circuit for a period of time of at least 48 hours; (c) removing (800, 900) the gas generated during the charging and the storage.
Device for leading in an underground micro-tunnel pipes, comprising: a. a lower half-saddle having a diameter for containing a pipe to be handled; b. a plurality of rolling means integral with said lower half-saddle, whereby said means are symmetrically positioned under the half-saddle and are located, with respect to said center line, with an angle in order to keep stable the half-saddle during its advancement motion inside said micro-tunnel, whereby said lower half-saddle stops the pipe with an upper half-saddle; characterized by the fact that the upper half-saddle is connected to the lower half-saddle by a flanged joint. a. a lower half-saddle having a diameter for containing a pipe to be handled; b. a plurality of rolling means integral with said lower half-saddle, whereby
A conductive diamond polycrystalline body formed substantially with diamond, wherein a particle of said diamond includes at least 1,000 ppm and at most 100,000 ppm of boron, being characterized in that said conductive diamond polycrystalline body is a high-hardness diamond polycrystalline body having a hardness of at least 80 GPa, and said diamond has a maximum particle diameter of at most 10,000 nm and an average particle diameter of at most 5,000 nm.
A thermal element having a shaft and having a measurement probe arranged at an end of the shaft, wherein the thermal element comprises a first conductor and a second conductor that are manufactured from different conductor materials and that are in electric contact with one another at a contact point provided in a region of the measurement probe, wherein the first conductor and the second conductor are at least regionally embedded into a material of the shaft and wherein the contact point is screened at least regionally by a screen (20, 30) formed from a screen material in addition to or as an alternative of the shaft material with respect to an outer space and wherein the screen material has a lower coefficient of diffusion and /or a higher thermal conductivity than the shaft material, characterized in that the contact point and at least one part of the screen (20, 30) are formed from a common molding compound which is formed from end sections of the two conductors (18a, 18b).
Adjustable tap for filling toilet tanks, which includes an inlet pipe for the water entry, which can be coupled at the bottom of the corresponding toilet tank and has the possibility of adjusting the length of said inlet pipe in order to adapt to toilet tanks with different depths, a neck for positioning the different means allowing the water flow, disruption thereof and flow rate adjustment, being established at the top, wherein the inlet pipe consists of three bodies (5, 6, 11) coupled together with the capacity to move therebetween, one of which bodies makes up an inner tube with a rod for coupling at the bottom of the toilet tank, said inner tube being housed in a middle tube making up the second body, said middle tube being mobile with regard to the inner tube, the middle tube being mounted inside the third body, the latter being considered as an outside body, with limited movement with regard to the middle tube, said outside body having pulling and/or pushing means in order to achieve the corresponding relative movement of the middle tube with respect to the inner tube and thus the height or length adjustment of the inlet pipe, by manual actuation on the top of the tap assembly, characterized in that, in use, the three coupled bodies of the inlet pipe have the capacity to move axially therebetween, wherein a limited axial movement is possible of the outside body with regard to the midde tube.
A method for bioconjugating an oligonucleotide or polynucleotide comprising the step of reacting a derivatized oligonucleotide or a derivatized polynucleotide with a derivatized molecular entity capable of reacting with said derivatized oligonucleotide or polynucleotide via a cycloaddition reaction; wherein said derivatized oligonucleotide or polynucleotide is selected from the group of compounds having the following structure: wherein: B is a nucleobase; A and A' are 2'-sugar substituents; W is independently selected from the group consisting of a nucleotide or oligonucleotide having between 1-1000 nucleobases, X and H; and X is a diene, a dienophile, a 1,3-dipolarophile, a 1,3-dipole or another moiety capable of undergoing a cycloaddition reaction, and additionally, when X is attached to the nucleobase B it can be attached to a carbon atom, an exocyclic nitrogen or an exocyclic oxygen; and wherein said molecular entity is selected from the group consisting of a macromolecule, antibody, polymer, resin, non-immunogenic high molecular weight compound and a diagnostic detector molecule, and said molecular entity is derivatized with a diene, a dienophile, a 1,3-dipolarophile or another moiety capable of undergoing a cycloaddition reaction. B is a nucleobase; A and A' are 2'-sugar substituents; W is independently selected from the group consisting of a nucleotide or oligonucleotide having between 1-1000 nucleobases, X and H; and X is a diene, a dienophile, a 1,3-dipolarophile, a 1,3-dipole or another moiety capable of undergoing a cycloaddition reaction, and additionally, when X is attached to the nucleobase B it can be attached to a carbon atom, an exocyclic nitrogen or an exocyclic oxygen; and
A sensor module for a modular plug connector, wherein an annular coil that can be used to measure alternating currents is arranged within the sensor module characterized in that - the sensor module comprises a dumbbell-shaped core segment and two or four outer segments (3, 3', 3", 3"') that are arranged around the core segment, - the segments (2, 3, 3', 3", 3"') in the assembled state enclose a hollow chamber - the outer segments (3, 3', 3", 3"') comprise a concave curvature that is facing the core segment and in each case multiple conductor tracks are applied to the surfaces of said outer segments and - multiple conductor tracks are applied to the peripheral surface of the core segment - the individual conductor tracks comprise in each case contact sites by way of which it is possible to connect in an electrical manner a conductor track of one segment to at least one conductor track of another segment (3, 3', 3", 3"') and - all the conductor tracks in the connected state together form an annular coil. - the sensor module comprises a dumbbell-shaped core segment and two or four outer segments (3, 3', 3", 3"') that are arranged around the core segment, - the segments (2, 3, 3', 3", 3"') in the assembled state enclose a hollow chamber - the outer segments (3, 3', 3", 3"') comprise a concave curvature that is facing the core segment and in each case multiple conductor tracks are applied to the surfaces of said outer segments and - multiple conductor tracks are applied to the peripheral surface of the core segment - the individual conductor tracks comprise in each case contact sites by way of which it is possible to connect in an electrical manner a conductor track of one segment to at least one conductor track of another segment (3, 3', 3", 3"') and - all the conductor tracks in the connected state together form an annular coil.
On-load tap changer, with a load changeover switch insert with a switching tube, which is rotatable about an axis and with which at least one switching module is associated, wherein the switching module comprises at least one switching segment, which is fastened to the switching tube, and a resistance arrangement and an actuating arrangement is associated with the switching module at an inner wall of an oil tank, wherein the actuating arrangement comprises a plurality of identical actuating elements, which are associated with the switching module at the inner wall of the oil tank, characterised in that the at least one resistance arrangement comprises a plurality of individual and identical resistance elements, wherein the on-load tap changer is a load selector in the case of arrangement of the at least one identical switching segment, the resistance arrangement and the mounting of the plurality of identical actuating elements at the inner wall of the oil tank in one plane, and a load changeover switch of an on-load tap changer is formed in the case of arrangement, at a spacing in the direction of the axis A of the switching tube, of the resistance arrangement from the at least one identical switching segment and the plurality of identical actuating elements at the inner wall of the oil tank.