mhurhangee/ep-ind-claims huggingface dataset:
A latch assembly, comprising: a latch body, and a guiding plate, wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes, the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes, wherein the latch assembly further comprises a clamping mechanism, the clamper comprises a clamping plate, the clamping plate is connected to the latch body via the clamping mechanism, and the clamping mechanism controls the clamping plate to clamp or release the guiding plate. a latch body, and a guiding plate, wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes, the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes, wherein the latch assembly further comprises a clamping mechanism, the clamper comprises a clamping plate, the clamping plate is connected to the latch body via the clamping mechanism, and the clamping mechanism controls the clamping plate to clamp or release the guiding plate. wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes, the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes, wherein the latch assembly further comprises a clamping mechanism, the clamper comprises a clamping plate, the clamping plate is connected to the latch body via the clamping mechanism, and the clamping mechanism controls the clamping plate to clamp or release the guiding plate.
A method for wireless communications performed by a user equipment, UE, comprising: receiving scheduling to transmit on a physical uplink shared channel, PUSCH, in a first two or more slots associated with a first number of repetitions and scheduling to transmit on a physical uplink control channel, PUCCH, in a second one or more slots associated with a second number of repetitions, wherein the scheduled PUSCH and PUCCH transmissions partially overlap in at least one slot; determining based, at least in part, on priority levels of the type of information associated with uplink control information, UCI, to transmit the UCI on the PUSCH and drop the scheduled PUCCH transmission in only the at least one overlapping slot, wherein the priority levels comprise, in descending order of priority, ACK/NACK information, scheduling requests, a first type of channel state information, CSI, and a second type of CSI; and transmitting the UCI in the second one or more slots in accordance with the determination. receiving scheduling to transmit on a physical uplink shared channel, PUSCH, in a first two or more slots associated with a first number of repetitions and scheduling to transmit on a physical uplink control channel, PUCCH, in a second one or more slots associated with a second number of repetitions, wherein the scheduled PUSCH and PUCCH transmissions partially overlap in at least one slot; determining based, at least in part, on priority levels of the type of information associated with uplink control information, UCI, to transmit the UCI on the PUSCH and drop the scheduled PUCCH transmission in only the at least one overlapping slot, wherein the priority levels comprise, in descending order of priority, ACK/NACK information, scheduling requests, a first type of channel state information, CSI, and a second type of CSI; and transmitting the UCI in the second one or more slots in accordance with the determination.
A method for detecting protein-polynucleotide conjugate molecules in a sample comprising: (a) contacting the sample with a triplex forming oligonucleotide that is covalently linked to a tag under conditions that allow the TFO to hybridize to the polynucleotide in the conjugate molecule, thereby forming a hybridization mixture; (b) contacting the hybridization mixture with a surface comprising a capture reagent that specifically binds to the tag covalently linked to the TFO; (c) contacting the surface with a detection reagent, wherein the detection reagent comprises a detectable label coupled to a binding partner that specifically binds to the protein in the conjugate molecule; and (d) detecting a signal from the detectable label. (a) contacting the sample with a triplex forming oligonucleotide that is covalently linked to a tag under conditions that allow the TFO to hybridize to the polynucleotide in the conjugate molecule, thereby forming a hybridization mixture; (b) contacting the hybridization mixture with a surface comprising a capture reagent that specifically binds to the tag covalently linked to the TFO; (c) contacting the surface with a detection reagent, wherein the detection reagent comprises a detectable label coupled to a binding partner that specifically binds to the protein in the conjugate molecule; and (d) detecting a signal from the detectable label.
Storage element for a solid electrolyte energy store, which has a three-dimensional lattice structure (30, 31) of a material that comprises an electron-conducting redox pair, characterized in that the lattice structure has layers of elements (30, 31) in rod form, the elements (30, 31) in rod form within a layer are respectively aligned along a preferential direction and the preferential directions of neighboring layers differ from one another in their orientations.
A Cardio-Pulmonary Resuscitation ("CPR") machine configured to perform chest compressions on a chest of a patient, the chest having a resting height relative to a reference level, the resting height measured when no chest compressions are being performed, the CPR machine comprising: a compression mechanism (1348, 1448, 1548,1648); a chest-lifting device (2652, 3052) configured to lift the chest; and a driver system (2641, 2741, 3041) configured to drive the compression mechanism and the chest-lifting device according to a motion-time profile so as to cause the chest-lifting device to lift the chest a first distance from the resting height, the driver system further configured to drive only the compression mechanism for a chest-lift delay period and drive the chest-lifting device when the chest-lift delay period has elapsed. a compression mechanism (1348, 1448, 1548,1648); a chest-lifting device (2652, 3052) configured to lift the chest; and a driver system (2641, 2741, 3041) configured to drive the compression mechanism and the chest-lifting device according to a motion-time profile so as to cause the chest-lifting device to lift the chest a first distance from the resting height, the driver system further configured to drive only the compression mechanism for a chest-lift delay period and drive the chest-lifting device when the chest-lift delay period has elapsed.
Printer having front-end paper feeding and front-end paper outputting and being capable of changing paper discharge path, comprising a shell and a paper discharge unit, wherein the paper discharge unit comprises a first paper discharge mechanism and a paper discharge channel composed of an upper shell body and a lower shell body, and wherein the front end face of the shell is a vertical plane A, a paper inlet and a paper outlet are horizontally formed in the plane A, the paper inlet is located under the paper outlet, and a paper discharge path switchable paper conveying system is arranged in the portion of the paper discharge channel in front of the first paper discharge mechanism, characterized in that the paper conveying system comprises a second paper discharge mechanism, a third paper discharge mechanism and a paper guide plate; the first paper discharge mechanism, the second paper discharge mechanism, and the third paper discharge mechanism are arranged in sequence; a paper discharge channel B, close to the paper outlet, is arranged between the third paper discharge mechanism and the shell; the first paper discharge mechanism, the second paper discharge mechanism, and the paper discharge path B compose a first paper discharge path s1; the first paper discharge mechanism, the second paper discharge mechanism and the third paper discharge mechanism compose a second paper discharge path s2; and the paper guide plate is arranged between the third paper discharge mechanism and the second paper discharge mechanism and is used for converting the paper discharge paths.
A method for presentation of a data stream, said method comprising: receiving a data stream from an in-vivo imaging device, the data stream comprising in-vivo images; generating a summarized presentation of the data stream, wherein said presentation includes at least a spatially varying visual representation, said visual representation varying in color in accordance with color varying along the data stream, said visual representation comprising a series of pixel groups of color, each pixel group summarizing color data of one or more image frames from the data stream, such that changes in color may be used to identify passage through a specific anatomical site, wherein for each image frame, the summarized color data is an average color value calculated from a defined area that is smaller than the area of the frame; and displaying the summarized presentation. receiving a data stream from an in-vivo imaging device, the data stream comprising in-vivo images; generating a summarized presentation of the data stream, wherein said presentation includes at least a spatially varying visual representation, said visual representation varying in color in accordance with color varying along the data stream, said visual representation comprising a series of pixel groups of color, each pixel group summarizing color data of one or more image frames from the data stream, such that changes in color may be used to identify passage through a specific anatomical site, wherein for each image frame, the summarized color data is an average color value calculated from a defined area that is smaller than the area of the frame; and displaying the summarized presentation.
An intermediate system to intermediate system, IS-IS, routing protocol based notification method, characterized by comprising: within a delay period since an intermediate system, IS, establishes a new neighbor, notifying, by the IS, the outside through a link state protocol, LSP, data packet that a METRIC for traffic of the IS reaching the new neighbor is a preset value, performing, by all ISs in a network where the IS is located, topology and routing calculations according to the preset value, wherein the METRIC comprises a link cost, and the outside comprise all the ISs in the network where the IS is located except the IS itself; after the delay period expires, in response to determining that the new neighbor is established and in a stable state, restoring, by the IS, the METRIC to a default value, and performing, by all the ISs in the network where the IS is located, the topology and routing calculations according to the default value, wherein the preset value is greater than the default value, wherein the preset value comprises at least one of: a maximum protocol value; or a sum of one value and the default value. within a delay period since an intermediate system, IS, establishes a new neighbor, notifying, by the IS, the outside through a link state protocol, LSP, data packet that a METRIC for traffic of the IS reaching the new neighbor is a preset value, performing, by all ISs in a network where the IS is located, topology and routing calculations according to the preset value, wherein the METRIC comprises a link cost, and the outside comprise all the ISs in the network where the IS is located except the IS itself; after the delay period expires, in response to determining that the new neighbor is established and in a stable state, restoring, by the IS, the METRIC to a default value, and performing, by all the ISs in the network where the IS is located, the topology and routing calculations according to the default value, wherein the preset value is greater than the default value, wherein the preset value comprises at least one of: a maximum protocol value; or a sum of one value and the default value. a maximum protocol value; or a sum of one value and the default value.
A method for hydrometallurgical recovery of lithium from the lithium-manganese oxide-containing fraction of used galvanic cells, characterized in that - a lithium manganese oxide-containing fraction with a particle size of up to 500 μm introduced into the superstoichiometric quantity of oxalic acid based on the manganese content in the lithium-manganese oxide, wherein a 0.1 to 1 molar excess is used, and a solid to liquid ratio in the range of 10 to 250 g/L, is digested at temperatures of 30 to 70°C, - the lithium-containing solution formed is separated off, and - the remaining residue is washed at least twice, the separated lithium solution and the lithium-containing wash solutions are combined, - a residual manganese content still present in solution is reduced by precipitation as the hydroxide, separated and washed and - in the remaining solution, lithium is converted to the carbonate, chloride or sulfate and preferably further purified by subsequent crystallization. - a lithium manganese oxide-containing fraction with a particle size of up to 500 μm introduced into the superstoichiometric quantity of oxalic acid based on the manganese content in the lithium-manganese oxide, wherein a 0.1 to 1 molar excess is used, and a solid to liquid ratio in the range of 10 to 250 g/L, is digested at temperatures of 30 to 70°C, - the lithium-containing solution formed is separated off, and - the remaining residue is washed at least twice, the separated lithium solution and the lithium-containing wash solutions are combined, - a residual manganese content still present in solution is reduced by precipitation as the hydroxide, separated and washed and - in the remaining solution, lithium is converted to the carbonate, chloride or sulfate and preferably further purified by subsequent crystallization.
A device for determining the scale loss of at least one part of a steel product, referred to as product, during the passage thereof through a reheating furnace located upstream of a descaler, the product preferably moving on roller tables (3, 6), characterized in that said device comprises a set of electromagnetic sensors (20, 30, 31, 40, 41), which set comprises: • at least one electromagnetic sensor of said set being arranged in order to scan, along a scanning plane, at least in part, the lower face of the product in the vicinity of the outlet of the furnace, said electromagnetic sensor being oriented so that said scanning plane of the electromagnetic radiation of said sensor is perpendicular to a run direction of the product, • a set of at least two electromagnetic sensors (30, 31) placed upstream of the descaler and oriented so that the scanning planes (P30, P31) of the electromagnetic radiations thereof are substantially on one and the same plane perpendicular to the run direction of said at least one part of the product passing through the generatrix of a roller of a roller table, and a set of at least two electromagnetic sensors (40, 41) placed downstream of the descaler and oriented so that the scanning planes (P40, P41) of the electromagnetic radiations thereof are substantially on one and the same plane perpendicular to the run direction of the product passing through the generatrix of a roller of a roller table, said sensors (30, 31, 40, 41) being arranged in order to determine the height of the product upstream and downstream of the descaler • at least one electromagnetic sensor of said set being arranged in order to scan, along a scanning plane, at least in part, the lower face of the product in the vicinity of the outlet of the furnace, said electromagnetic sensor being oriented so that said scanning plane of the electromagnetic radiation of said sensor is perpendicular to a run direction of the product, • a set of at least two electromagnetic sensors (30, 31) placed upstream of the descaler and oriented so that the scanning planes (P30, P31) of the electromagnetic radiations thereof are substantially on one and the same plane perpendicular to the run direction of said at least one part of the product passing through the generatrix of a roller of a roller table, and a set of at least two electromagnetic sensors (40, 41) placed downstream of the descaler and oriented so that the scanning planes (P40, P41) of the electromagnetic radiations thereof are substantially on one and the same plane perpendicular to the run direction of the product passing through the generatrix of a roller of a roller table, said sensors (30, 31, 40, 41) being arranged in order to determine the height of the product upstream and downstream of the descaler
A method to mechanically join two conductor materials (1, 2) with a different melting temperature; said method comprising, in succession - a contact step, during which a surface of a material with a higher melting temperature, where there are grooves, is arranged in contact with a surface of a material with a lower melting temperature, and - a joining step, during which the two materials are subjected to a coupling pressure and, at the same time, are crossed through by a current at the plurality of grooves until the grooves are filled with said material with a lower melting temperature; said method being characterized in that said grooves have an undercut profile. - a contact step, during which a surface of a material with a higher melting temperature, where there are grooves, is arranged in contact with a surface of a material with a lower melting temperature, and - a joining step, during which the two materials are subjected to a coupling pressure and, at the same time, are crossed through by a current at the plurality of grooves until the grooves are filled with said material with a lower melting temperature;
Joint sealing tape for sealing a joint between a first component and a second component, the joint sealing tape comprising an elongate connecting element and at least two sealing elements and which are positioned on the connecting element so as to be spaced apart next to one another and so as to extend in the longitudinal direction of the connecting element, wherein the connecting element has a perforation which allows it to be easily separated or pulled apart, and wherein the sealing elements and have a round profile, oval profile or a rectangular profile having rounded corners and consist of a deformable, slow-burning foam material, wherein the slow-burning foam material offers no possibility of fire spreading through the foam material, is not inherently flammable and also does not drip, characterized in that the connecting element also has at least one widening element in the form of a loop.
Slot diffuser for blowing air into a chamber, comprising an elongated substantially beam-shaped frame with a flat front and a rear side, preferably substantially parallel with the front, the front comprising two or more longitudinally parallel extending slats spaced a predetermined distance from each other, between which ventilation slots are formed, and a side wall extending substantially perpendicular from each of said slats at the front and extending along the longitudinal axis of said slats, whereby abutting side walls define a chamber between them, whereby the longitudinal extremities of said side walls are all connected with said abutting side walls via end bridges at said rear side of said slot diffuser, said end bridges and said side walls and said slats consisting of a single piece, said end bridges extending between said abutting side walls near the distal extremities of said side walls with respect to said slats, and said abutting side walls optionally being further connected via centre bridges at saic rear side of said slot diffuser, said centre bridges and said side walls consisting of one piece and said centre bridges extending between said abutting side walls near the distal extremities of said side walls with respect to said slats, said slot diffuser further being provided with one or more holding-down organs in one or more of the chambers, said holding-down organs not being single-piece with the slot diffuser itself, said holding-down organs being adapted to anchor themselves to both said side walls of the chamber by clamping fixedly on the side walls at the rear side of the slot diffuser, the holding-down organ thereby extending at least to a central zone of both said side walls of the chamber, whereby said side walls on each side abutting another side wall comprise a pivot groove running along the longitudinal axis of said side wall, said pivot groove being adapted for pivotally holding a deflector, characterized in that said slot diffuser further comprises two longitudinal deflectors per ventilation slot substantially as long as the ventilation slot, said deflectors comprising a pivot edge on one longitudinal side, and the pivot edge being adapted to be pivotally held in said pivot groove around the pivot edge wherein said holding-down organ i is adapted to partly close off said pivot grooves across the longitudinal axis for enclosing said pivot edge of said deflectors, saic holding-down organ comprising on either side a closing component suitable for enclosing said pivot edge of said deflectors in said pivot groove, the closing components exhibiting limited flexibility or play with respect to said holding-dowr organ to pivotally enclose said deflectors. deflectors.
Method for manufacturing a reflection-reducing coating on a substrate in which at least one coating which contains silicon and oxygen and carbon and hydrogen, is deposited on at least one side of the substrate in a coating method, characterised in that in a consecutive method step the coating is irradiated by a laser and through this the hydrogen content and carbon content of the coating is reduced in a chemical reaction, the chemical reaction being an oxidation and/or nitration reaction.