mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating compression image noise, said method comprising: determining a compression ratio for a compressed image having associated image data including image size information, luminance information, color information, rendering target image size information, and compressed file size information, said compression ratio comprising said image size information divided by said compressed file size information; determining an image size ratio for said compressed image, said image size ratio being the rendering target image size divided by the image size; determining activity for said compressed image; and determining the estimated compression image noise based on said compression ratio, said image size ratio, and said activity. determining a compression ratio for a compressed image having associated image data including image size information, luminance information, color information, rendering target image size information, and compressed file size information, said compression ratio comprising said image size information divided by said compressed file size information; determining an image size ratio for said compressed image, said image size ratio being the rendering target image size divided by the image size; determining activity for said compressed image; and determining the estimated compression image noise based on said compression ratio, said image size ratio, and said activity.
Heddle having a shaft section, an eye section with two legs (118, 120) and a peripherally closed thread eye part with two support sections (140, 142), two web sections (144, 146) and an outer edge which is at least partly straight on the support sections (140, 142), wherein the thread eye part is arranged with its support sections (140, 142) on the legs (118, 120), the web sections (144, 146) and the legs (118, 120) define two filled spaces (152, 154) and the web sections (144, 146) on the support sections (140, 142) have a smaller longitudinal extension and between them a greater longitudinal extension, characterised in that a maximum longitudinal extension of the web sections (144, 146) is smaller than or equal to twice the width of the support sections (140, 142).
An isolated nucleic acid molecule comprising a nucleotide sequence as set forth in SEQ ID NO: 2 that is capable of initiating transcription of a gene in a xylem and cambium tissue-preferred manner of a plant.
Dispensing device for dispensing a formulation as a spray, wherein the dispensing device is adapted to receive or comprises a storage device with multiple, separate and pre-metered doses of the formulation, wherein the storage device comprises multiple storage members, each comprising a storage chamber containing a dose of formulation, and an atomizing device, such as a duct or nozzle, for dispensing the respective dose as spray, wherein outlet openings (8a, 15) of the storage members or atomizing devices are covered by a common outlet sealing, wherein the dispensing device comprises a means for pressurizing gas, in particular air, for generating a gas stream flowing through the storage device for dispensing a dose of the formulation, wherein the dispensing device or the means for pressurizing gas comprises a connecting element for supplying pressurizing gas or air individually to the storage chambers, the connecting element being moveable in a connecting movement relative to the respective storage member for connecting it, wherein the dispensing device comprises in addition to the connecting element an opening device for opening the outlet sealing or outlet openings (8a, 15) individually for each storage member, and wherein the opening device is adapted to peel the outlet sealing, characterized in that the storage members are annularly arranged, that the outlet sealing forms a peripheral ring of the annularly arranged storage members and that the outlet sealing extends along the circumference of the outlet openings (8a, 15).
Elevator with a brake apparatus, in particular a service brake and/or safety catch, the brake apparatus being configured to provide a variable brake force from a minimum brake force up to a maximum brake force (Vmax), a first energy store being provided to provide the maximum brake force (Vmax), a second energy store being provided to provide an adjustable counterforce (Vg) which is directed counter to the maximum brake force (Vmax), the variable brake force being the difference between the maximum brake force (Vmax) and the adjustable counterforce (Vg), a first triggering path and a second triggering path being provided to trigger the brake apparatus, the brake apparatus being configured to provide the variable brake force in the case of an active first triggering path, and the brake apparatus being configured to provide the maximum brake force (Vmax) in the case of an active second triggering path, characterized in that a triggering element is provided to enable the second energy store in the case of an active second triggering path, the second energy store being decoupled from the first energy store after enabling of the second energy store.
An electrode composition for a negative electrode comprising: a powdered material capable of undergoing lithiation and delithiation, wherein the powdered material includes tin, a tin alloy, silicon, a silicon alloy, carbon, or a combination thereof; and a binder selected from a binder comprising a lithium polyacrylate, characterized in that the polyacrylate comprises at least 50 mole% lithium with respect to the molar amount of acidic groups on the polyacrylate, wherein the polyacrylate has a molecular weight of between 75,000 grams per mole and 500,000 grams per mole, or from a poly(ethylene-alt-maleic acid) Li salt, a poly(methyl vinyl ether-alt-maleic acid) Li salt, cured glucose, and combinations thereof. a powdered material capable of undergoing lithiation and delithiation, wherein the powdered material includes tin, a tin alloy, silicon, a silicon alloy, carbon, or a combination thereof; and a binder selected from a binder comprising a lithium polyacrylate, characterized in that the polyacrylate comprises at least 50 mole% lithium with respect to the molar amount of acidic groups on the polyacrylate, wherein the polyacrylate has a molecular weight of between 75,000 grams per mole and 500,000 grams per mole, or from a poly(ethylene-alt-maleic acid) Li salt, a poly(methyl vinyl ether-alt-maleic acid) Li salt, cured glucose, and combinations thereof.
A positive electrode active material for nonaqueous electrolyte secondary batteries, the positive electrode active material comprising a lithium transition metal composite oxide represented by a general formula: Li 1+u M x W s A t O 2, wherein -0.05 ≤ u ≤ 0.50, and wherein x + s + t = 1, and wherein 0 < s ≤ 0.05, and wherein 0.02 < s + t ≤ 0.15, and wherein M is at least one transition metal selected from Ni, Co and Mn, and wherein A is at least one additive element selected from transition metal elements other than M and W, group 2 elements, and group 13 elements, and wherein the lithium transition metal composite oxide has a layered hexagonal crystal structure, wherein the positive electrode active material has an average particle diameter of 3 to 6 μm and an index indicating a scale of particle-size distribution, as determined by the formula: d 90 − d 10 / average-particle-diameter, of not more than 0.60. wherein -0.05 ≤ u ≤ 0.50, and wherein x + s + t = 1, and wherein 0 < s ≤ 0.05, and wherein 0.02 < s + t ≤ 0.15, and wherein M is at least one transition metal selected from Ni, Co and Mn, and wherein A is at least one additive element selected from transition metal elements other than M and W, group 2 elements, and group 13 elements, and wherein the lithium transition metal composite oxide has a layered hexagonal crystal structure, wherein the positive electrode active material has an average particle diameter of 3 to 6 μm and an index indicating a scale of particle-size distribution, as determined by the formula: d 90 − d 10 / average-particle-diameter, of not more than 0.60.
Method for selecting one of a plurality of operating modes (B 1, B2) of a washing machine, which is embodied to obtain electrical energy by way of a power supply and to receive data relating to the electrical energy provided by way of the power supply, wherein in a first of the operating modes, the washing machine has a higher electrical input power than in a second of the operating modes, having the steps: - defining a criterion for the data relating to the electrical energy provided by way of the power supply; - at least initiating an operation of the washing machine in the second operating mode; - receiving data relating to the electrical energy provided by way of the power supply by the washing machine; - in the case that the received data fulfils the defined criterion, operating the washing machine in the first operating mode, otherwise operating the washing machine in the second operating mode, characterised in that the first operating mode comprises a wash cycle with water, which is heated by way of the electrical energy provided, and in the second operating mode, a wash cycle is provided with cold, non-electrically heated water, so that an improved wash effect is achieved in the first operating mode by using less water than in the second operating mode. - defining a criterion for the data relating to the electrical energy provided by way of the power supply; - at least initiating an operation of the washing machine in the second operating mode; - receiving data relating to the electrical energy provided by way of the power supply by the washing machine; - in the case that the received data fulfils the defined criterion, operating the washing machine in the first operating mode, otherwise operating the washing machine in the second operating mode,
An assembly device for attaching and supporting an auxiliary drive on a longitudinal beam of a supporting frame of a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport trailer or a car transport trailer, wherein the assembly device includes at least two retaining elements (12, 14) connectable to each other and the retaining elements (12, 14) are formed such that they at least partially abut on an upright extending central web of the longitudinal beam on both sides with each one retaining plate (16, 18) in the assembled state, characterized in that one of the retaining plates comprises a guide socket for receiving a supporting arm of the auxiliary drive and the other retaining plate comprises a corresponding opening for receiving and the passage of the guide socket, wherein the guide socket is arranged on the retaining plate such that it can be passed through a corresponding opening in the central web of the longitudinal beam.
A method comprising: storing, by a hardware accelerator and in a plurality of memory storage areas in one or more memories on the hardware accelerator, input data for each processing time step of a plurality of processing time steps for processing sequential inputs to a machine learning model; for each processing time step of the plurality of processing time steps: accessing, by the hardware accelerator, a current value of a counter stored in a register within the hardware accelerator, the current value of the counter identifying the processing time step; determining, by the hardware accelerator and based on the current value of the processing time step counter, one or more memory storage areas that store the input data for the processing time step; facilitating, by the hardware accelerator, access of the input data for the processing time step from the one or more memory storage areas to at least one processor coupled to the one or more memory storage areas; and incrementing, by the hardware accelerator, the current value of the counter stored in the register. storing, by a hardware accelerator and in a plurality of memory storage areas in one or more memories on the hardware accelerator, input data for each processing time step of a plurality of processing time steps for processing sequential inputs to a machine learning model; for each processing time step of the plurality of processing time steps: accessing, by the hardware accelerator, a current value of a counter stored in a register within the hardware accelerator, the current value of the counter identifying the processing time step; determining, by the hardware accelerator and based on the current value of the processing time step counter, one or more memory storage areas that store the input data for the processing time step; facilitating, by the hardware accelerator, access of the input data for the processing time step from the one or more memory storage areas to at least one processor coupled to the one or more memory storage areas; and incrementing, by the hardware accelerator, the current value of the counter stored in the register. accessing, by the hardware accelerator, a current value of a counter stored in a register within the hardware accelerator, the current value of the counter identifying the processing time step; determining, by the hardware accelerator and based on the current value of the processing time step counter, one or more memory storage areas that store the input data for the processing time step; facilitating, by the hardware accelerator, access of the input data for the processing time step from the one or more memory storage areas to at least one processor coupled to the one or more memory storage areas; and incrementing, by the hardware accelerator, the current value of the counter stored in the register.
A bispecific antibody comprising: (a) a first antibody fragment A', comprising a single heavy chain and light chain from an antibody A, wherein the single heavy chain has one or more reactive thiol groups; (b) a second antibody fragment B', comprising a single heavy chain and light chain from an antibody B, wherein the single heavy chain has one or more reactive thiol groups; wherein, said first and second antibody fragments are covalently linked through a 1,2,3-triazole formed by a cycloaddition reaction of an azide, attached through a linker to a reactive thiol in the hinge region of said first antibody fragment, and an alkyne, attached through a linker to a reactive thiol in the hinge region of said second antibody fragment. (a) a first antibody fragment A', comprising a single heavy chain and light chain from an antibody A, wherein the single heavy chain has one or more reactive thiol groups; (b) a second antibody fragment B', comprising a single heavy chain and light chain from an antibody B, wherein the single heavy chain has one or more reactive thiol groups;
Method for correcting systematic bearing errors of an acoustic bearing system, in particular of a sonar system, with at least one receiving antenna with either a plurality of electroacoustic or optoacoustic transducers or a plurality of electroacoustic and optoacoustic transducers for the direction-selective reception of acoustic waves and production of receiving signals, in which the receiving signals of one, several or all receiving antennas are subjected respectively to a signal processing and the signal processing determines measured bearing angles assigned to targets, wherein these bearing angles are pre-corrected if a correction table assigned to the receiving antenna is present, characterised by that at predetermined measuring time points a target position of the target is determined, at least one deviation between the measured bearing angle or the pre-corrected bearing angle and a bearing angle associated to the determined target position is determined at at least one predetermined measuring time point, the respective correction table for pre-correcting the measured bearing angles is created or updated for one, several or all receiving antennas with reference to the deviations determined for the respective receiving antenna and the systematic bearing errors per measured bearing angle of one, several or all receiving antennas are corrected according to associated bearing correction values of the correction table.
A computer-implemented method of calibrating an in-vitro diagnostic analyzer, the method comprising executing a multi-point calibration procedure (100, 100', 100", 100′′′) comprising controlling the in-vitro diagnostic analyzer to measure a plurality of calibrator levels (10, 11, 12) and thereby obtain a plurality of respective calibration points (1-n), calculating a result of the multi-point calibration procedure (100, 100', 100", 100′′′) and determining failure or passing of the multi-point calibration procedure (100, 100', 100", 100′′′) based on the calculated result, in case of failure of the multi-point calibration procedure (100, 100', 100", 100′′′) determining if failure is related to failure of a particular one or more of the plurality of calibration points (1-n), and in the affirmative (50, 51) triggering a repetition (60, 62, 66) of measuring the calibrator level(s) only with respect to the failed calibration point(s) (1, 3, 6) and re-calculating the result of the multipoint calibration procedure (100, 100', 100", 100′′′) after replacing only the failed calibration point(s) (1, 3, 6) with the newly obtained calibration point(s) (1, 3, 6). executing a multi-point calibration procedure (100, 100', 100", 100′′′) comprising controlling the in-vitro diagnostic analyzer to measure a plurality of calibrator levels (10, 11, 12) and thereby obtain a plurality of respective calibration points (1-n), calculating a result of the multi-point calibration procedure (100, 100', 100", 100′′′) and determining failure or passing of the multi-point calibration procedure (100, 100', 100", 100′′′) based on the calculated result, in case of failure of the multi-point calibration procedure (100, 100', 100", 100′′′) determining if failure is related to failure of a particular one or more of the plurality of calibration points (1-n), and in the affirmative (50, 51) triggering a repetition (60, 62, 66) of measuring the calibrator level(s) only with respect to the failed calibration point(s) (1, 3, 6) and re-calculating the result of the multipoint calibration procedure (100, 100', 100", 100′′′) after replacing only the failed calibration point(s) (1, 3, 6) with the newly obtained calibration point(s) (1, 3, 6).
An electronic test instrument, comprising: a signal input configured to receive an electrical signal; a cooling mechanism; and a processor configured to: determine a frequency at which the cooling mechanism should operate; cause the cooling mechanism to operate at the determined frequency; select a filter based on the determined frequency; and apply the filter to the electrical signal to reduce interference with the electrical signal resulting from mechanical vibrations of the cooling mechanism. a signal input configured to receive an electrical signal; a cooling mechanism; and a processor configured to: determine a frequency at which the cooling mechanism should operate; cause the cooling mechanism to operate at the determined frequency; select a filter based on the determined frequency; and apply the filter to the electrical signal to reduce interference with the electrical signal resulting from mechanical vibrations of the cooling mechanism.
A rubber composition for tire treads, of which the temperature of the peak position of the temperature curve of tanδ is -16.0°C or higher and -6.0°C or lower, tanδ at the peak position is larger than 1.13, tanδ at 0°C is 0.95 or more, and the value obtained by dividing the absolute value of the difference between tanδ at -5°C and tanδ at 5°C by the temperature difference between -5°C and 5°C {|(tanδ at -5°C) - (tanδ at 5°C) |/10} (/°C) is smaller than 0.045/°C, and a content ratio of silica to carbon black (silica/carbon black) is from (100/0) to (30/70) by mass wherein method for measurement of tanδ: using a dynamic tensile viscoelasticity measuring testing machine, the value of tanδ at a frequency of 52 Hz, at an initial strain of 2%, at a dynamic strain of 1% and at a heating rate of 3°C/min is measured in a range of from -25°C to 80°C, and wherein the rubber composition contains a rubber component containing a styrene-butadiene copolymer rubber having a high bound styrene content and a styrene-butadiene copolymer rubber having a low bound styrene content, and a filler, wherein the method for measurement of bound styrene content (% by mass): the content is calculated from the integration ratio of the 1 H-NMR spectrum.
Rein upholstery device extending along at least part of the length of at least one of said reins, wherein it is made of a material having shape memory characteristics, so as to deform in its thickness at the level of a cavity applied by hand pressure by a rider and to maintain said deformation of said cavity.
A composition comprising a continuous phase comprising a monomer comprising a methacrylate group, a discontinuous phase comprising at least one filler comprising a non-biodegradable microcapsule encapsulating a liquid, and an initiator, wherein said microcapsule is formed using polyurethane that has a fraction of the polyurethane methacrylate terminated and wherein said microcapsule has a surface functionalized with a methacrylate group capable of reacting with methacrylate in the continuous phase.
A control method that is suitable for use in a household appliance system comprising a dishwasher, a network card that is provided on the dishwasher and that enables the dishwasher to connect to the Internet, a control card that is in communication with the network card and that controls the dishwasher programs, a mobile device that can control the dishwasher by accessing the dishwasher via the Internet and a server in communication with the mobile device and/or the network card, the control method comprising the steps of - recording the image of the items placed into the dishwasher to be washed by means of the mobile device, and - sending the recorded image to the server by the mobile device and processing the image; characterized in that the control method further comprises - comparing the ideal layouts prerecorded into the server memory with the image sent by the mobile device, and - providing the user with the layout suggestion via the mobile device. - recording the image of the items placed into the dishwasher to be washed by means of the mobile device, and - sending the recorded image to the server by the mobile device and processing the image; characterized in that the control method further comprises - comparing the ideal layouts prerecorded into the server memory with the image sent by the mobile device, and - providing the user with the layout suggestion via the mobile device.