mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a drying cycle of a laundry dryer having a laundry drum and an air stream fan for circulating drying air through said laundry drum, the method comprising the steps of: - starting a drying cycle, - performing the drying cycle, - detecting an electric resistance and/or conductivity of the laundry during the drying cycle for estimating a dryness level of the laundry, - comparing the electric resistance and/or conductivity of the laundry with an end cycle condition (20; 28, 30; 36), and - finishing the drying cycle, if the end cycle condition (20; 28, 30; 36) is fulfilled, wherein the end cycle condition (20; 28, 30; 36) depends on the rotation speed of the laundry drum and/or on the rotation speed of the air stream fan, and characterized in that the rotation speed (S D) of the laundry drum and/or the rotation speed (S F) of the air stream fan is/are set and/or modified, during the drying cycle, according to - an estimated amount of laundry contained in the laundry drum, - the laundry dryness level, or - the temperature of the air stream. - starting a drying cycle, - performing the drying cycle, - detecting an electric resistance and/or conductivity of the laundry during the drying cycle for estimating a dryness level of the laundry, - comparing the electric resistance and/or conductivity of the laundry with an end cycle condition (20; 28, 30; 36), and - finishing the drying cycle, if the end cycle condition (20; 28, 30; 36) is fulfilled, - an estimated amount of laundry contained in the laundry drum, - the laundry dryness level, or - the temperature of the air stream.
Device for the vertical adjustment or tilting adjustment of a side part of a wall of a furniture part, comprising an eccentric arrangement (23, 24) with a side part holder (14, 15) assignable to the furniture part which side part holder for mounting an end section of the side part comprises a mounting space and spaced apart wall sections (25, 26) delimiting the mounting space, and with a rotary eccentric plate that is rotatable about an axis of rotation which can be mounted on the side part holder (14, 15) and in the assembled state of the furniture part engages by means of a pin section in an opening (21, 22) adjusted to the rotary eccentric plate in the side part, so that depending on the rotary position of the rotary eccentric plate the position of the side part can be defined relative to the side part holder (14, 15), characterised in that on the rotary eccentric plate a multi-edge section is formed with a plurality of surface sections angled relative one another and to the axis of rotation in circumferential direction, wherein the multi-edge section interacts with a counter section on an eccentric bearing point (35, 36) on the side part holder (14, 15) which counter section is shaped according to the form of the multi-edge section, so that in a predefinable adjusted rotary position of the rotary eccentric plate self-locking is established against the rotation of the rotary eccentric plate.
A method for assembling or servicing an aviation engine using a kit of components, comprising: receiving measured manufacturing characteristics of components for the aviation engine, wherein the measured characteristics are relevant to the thermal life expectancies of the components; calculating, by a system operatively coupled to a processor, standard deviation between components for the aviation engine based on a statistical distribution of the received measured manufacturing characteristics; grouping, by a selection component of the system, components into subsets of components based on thermal performances calculated from the measured manufacturing characteristics; selecting, by the selection component, a first subset of components based on the calculated standard deviation; and trading, by the selection component and based on a normal statistical distribution, between the first subset of components and a second subset of components that is within a respective standard deviation away from the first subset of components at a period of time for trading, to introduce variation into the first subset of components; assembling the first subset of components into a kit of components; and assembling or servicing the aviation engine using the kit of components. receiving measured manufacturing characteristics of components for the aviation engine, wherein the measured characteristics are relevant to the thermal life expectancies of the components; calculating, by a system operatively coupled to a processor, standard deviation between components for the aviation engine based on a statistical distribution of the received measured manufacturing characteristics; grouping, by a selection component of the system, components into subsets of components based on thermal performances calculated from the measured manufacturing characteristics; selecting, by the selection component, a first subset of components based on the calculated standard deviation; and trading, by the selection component and based on a normal statistical distribution, between the first subset of components and a second subset of components that is within a respective standard deviation away from the first subset of components at a period of time for trading, to introduce variation into the first subset of components; assembling the first subset of components into a kit of components; and assembling or servicing the aviation engine using the kit of components.
A method of making a coated article, the method comprising: heat treating a glass substrate with a coating thereon, the coating comprising first and second layers comprising silver with at least a layer comprising zinc stannate therebetween, wherein the layer comprising zinc stannate is provided between at least a layer comprising tin oxide and a layer comprising silicon nitride, wherein the layer comprising zinc stannate is located over and contacting the layer comprising tin oxide; and heat bending the glass substrate with the coating thereon without experiencing significant mottling damage due to the heat bending. heat treating a glass substrate with a coating thereon, the coating comprising first and second layers comprising silver with at least a layer comprising zinc stannate therebetween, wherein the layer comprising zinc stannate is provided between at least a layer comprising tin oxide and a layer comprising silicon nitride, wherein the layer comprising zinc stannate is located over and contacting the layer comprising tin oxide; and heat bending the glass substrate with the coating thereon without experiencing significant mottling damage due to the heat bending.
An electrical energy storage set including: - a plurality of energy storage cells of parallelepiped shape positioned side by side, and - a rigid shell surrounding these cells, the shell including at least two distinct portions (100A, 100B), a first portion of the shell comprising at least one reference wall, particularly consisting of a lower wall, - at least one abutment (200, 220, 230) made of an elastically deformable material which includes at least one so-called main wall (214, 224, 240), extending along a plane essentially normal to the reference wall and which is positioned between two of the cells, so that at least one abutment (200, 220, 230) is placed between each pair of adjoining cells, and - pressing means designed to press on one face of each of the cells so as to press each cell against the reference wall, the pressing means being removably attached to the first portion of the shell, characterized in that at least one of the abutments (200, 220, 230) includes several parallel fins protruding from one wall of the abutment and designed to cooperate with a wall of the cell so as to compensate for manufacturing tolerances of the cells. - a plurality of energy storage cells of parallelepiped shape positioned side by side, and - a rigid shell surrounding these cells, the shell including at least two distinct portions (100A, 100B), a first portion of the shell comprising at least one reference wall, particularly consisting of a lower wall, - at least one abutment (200, 220, 230) made of an elastically deformable material which includes at least one so-called main wall (214, 224, 240), extending along a plane essentially normal to the reference wall and which is positioned between two of the cells, so that at least one abutment (200, 220, 230) is placed between each pair of adjoining cells, and - pressing means designed to press on one face of each of the cells so as to press each cell against the reference wall, the pressing means being removably attached to the first portion of the shell, characterized in that at least one of the abutments (200, 220, 230) includes several parallel fins protruding from one wall of the abutment and designed to cooperate with a wall of the cell so as to compensate for manufacturing tolerances of the cells.
An instrument for accessing and visualizing hollow organs, said instrument comprising a mouthpiece configured to be fitted in the mouth of a patient, said mouthpiece comprising a perforated mask and a sleeve having a generally cylindrical or ovoid shape extending from said perforated mask substantially perpendicularly thereto and defining a channel suitable for allowing the introduction of a flexible tubular element, which instrument further comprises sucking means suitable to suck saliva and other fluids from the oral cavity of the patient, said sucking means comprising a suction chamber, or closed volume, that is restrained to the mask on the side where said sleeve is formed, said suction chamber comprising a plurality of through openings adapted to allow fluid communication with a surrounding environment, an intake opening communicating with the suction chamber being formed on the mask, characterized in that the instrument comprises a dome-shaped member which delimits the suction chamber and in that said through openings are formed on the skirt of this dome-shaped member.
A method of providing an Optical Variable Device or a tactile security element on a security document by exposing the security document with a laser, the security document comprising an overlay provided on a core, wherein the overlay comprises a component capable of forming a gas upon laser exposure and characterised in that the OVD or the tactile security element has a metallic appearance.
Apparatus for closing a housing of a plug-in connector, which housing has a first housing part and a second housing part, the said apparatus comprising a locking element which has a handle of elongate design and two fastening sections which are each connected to the handle, wherein the fastening sections each have a first web element and a second web element which are arranged in a V shape in relation to one another and which each have a free end section (8, 9) for being fastened to bearing pins (10, 11) which are formed on the first housing part and the second housing part, wherein at least one third web element is arranged between the first web element and the second web element in such a way that the fastening sections each have a passage opening which is delimited by the first web element, the second web element and the third web element, wherein the first web element, the second web element and the third web element are integrally formed with one another, and in that the third web element has an arcuate curvature, characterized in that the third web element is connected to the free end section of the first web element and to the free end section of the second web element.
A system comprising one or more computers and one or more storage devices storing instructions that when executed by the one or more computers cause the one or more computers to implement: an encoder neural network configured to: receive a first image and a second image, and process the first image and the second image to generate an encoded representation of the first image and the second image; a scene structure decoder neural network configured to: process the encoded representation to generate a structure output characterizing a structure of a scene depicted in the first image, with the structure output including a depth map and segmentation masks; and a motion decoder neural network configured to: process the encoded representation to generate a motion output characterizing motion between the first image and the second image. an encoder neural network configured to: receive a first image and a second image, and process the first image and the second image to generate an encoded representation of the first image and the second image; receive a first image and a second image, and process the first image and the second image to generate an encoded representation of the first image and the second image; a scene structure decoder neural network configured to: process the encoded representation to generate a structure output characterizing a structure of a scene depicted in the first image, with the structure output including a depth map and segmentation masks; and a motion decoder neural network configured to: process the encoded representation to generate a motion output characterizing motion between the first image and the second image.
A disease diagnostic support system comprising: an analysis part comprising: a feature value extraction part for extracting, from hemoglobin signals measured by optical bio-measurement, feature values including a gradient and an integrated value of a specific part of a hemoglobin waveform, a classification part for classifying the feature values into multiple types, and a memory part for memorising the feature values of a subject extracted by the feature value extraction part; a data storage part for storing the feature values of optical bio-measurement from many subjects including the subjects of multiple disease groups as dictionary data; and a display part for displaying the results of an analysis performed by the analysis part, characterised in that the classification part is adapted to classify the feature values into said types by use of a combination of threshold values that may minimise the entropy of the disease group distribution in the classified types for the feature values, the threshold values being automatically calculated by classifying the dictionary data of subjects whose diagnosis has been confirmed, by automatic clustering; and the display part is adapted to produce a scatter diagram for the gradient and the integrated value, and display the gradient and the integrated value extracted for the subject together with the feature values constituting the dictionary data plotted on the scatter diagram together with lines surrounding areas of the scatter diagram which belong to the types of the classification by the classification part. an analysis part comprising: a feature value extraction part for extracting, from hemoglobin signals measured by optical bio-measurement, feature values including a gradient and an integrated value of a specific part of a hemoglobin waveform, a classification part for classifying the feature values into multiple types, and a memory part for memorising the feature values of a subject extracted by the feature value extraction part; a feature value extraction part for extracting, from hemoglobin signals measured by optical bio-measurement, feature values including a gradient and an integrated value of a specific part of a hemoglobin waveform, a classification part for classifying the feature values into multiple types, and a memory part for memorising the feature values of a subject extracted by the feature value extraction part; a data storage part for storing the feature values of optical bio-measurement from many subjects including the subjects of multiple disease groups as dictionary data; and a display part for displaying the results of an analysis performed by the analysis part,
A scaffold comprising at least two horizontally adjacent scaffold sections, the scaffold sections being defined substantially by lengthwise ledgers, transverse ledgers and uprights, wherein the scaffold comprises a guide means adapted to be able to displace in substantially horizontal direction therealong a displaceable platform corresponding thereto and guided thereby, said displaceable platform comprising a wheel device, and wherein the lengthwise ledgers run along the inner side of the scaffold sections defined by respective uprights, and wherein the guide means comprises two rails arranged in a direction parallel to the lengthwise ledgers, characterized in that each lengthwise ledger is formed with a double ledger structure comprising an upper rod connected to a lower rod, the upper rod forming said guide means.
An apparatus for drying and/or cooling gas, in particular air, by means of a hygroscopic solution, comprising an absorption device, which comprises at least one gas flow passage and at least one flow passage conducting the hygroscopic solution, wherein the inner space or gas space of a respective gas flow passage is at least partly bounded by a vapor-permeable, liquid tight membrane wall and wherein at least one flow passage is provided, which conducts the hygroscopic solution and is formed between such a gas flow passage and a further such gas flow passage adjacent thereto or an adjacent cooling unit, so that moisture, in particular water vapor, is transferred from the gas via the membrane wall into the hygroscopic solution and is absorbed therein, wherein the apparatus comprises a regeneration device, which is supplied by the hygroscopic solution exiting the absorption device, wherein the hygroscopic solution exiting the absorption device is regenerated in the regeneration device and the regenerated hygroscopic solution is again supplied to the absorption device, characterized in that the regeneration device comprises a plurality of gas flow passages in parallel with one another and a plurality of flow passages in parallel with one another and conducting the hygroscopic solution, wherein the flow passages conducting the hygroscopic solution are respectively formed between a gas flow passage and an adjacent heating unit and wherein the inner space or gas space of a respective gas flow passage is at least partly bounded by a vapor-permeable, liquid tight membrane wall and that at least one flow passage is provided, which conducts the hygroscopic solution and is formed between such a gas flow passage and a heating unit adjacent thereto, so that moisture, in particular water vapor, is transferred from the hygroscopic solution via the membrane wall into the gas (12, 12') and so that the hygroscopic solution is concentrated.
A method of concentrating dairy proteins comprising: (a) providing a protein mixture containing one or more dairy proteins; (b) contacting said mixture with a negatively charged ultrafiltration membrane wherein said ultrafiltration membrane has a molecular weight cutoff of 100 kDa or greater and a negative charge of more than 3 milliequivalents per square meter, wherein said method produces a hydraulic permeability of more than 120 Liters per hour per square meter per bar and a protein sieving coefficient of no more than 0.05. (a) providing a protein mixture containing one or more dairy proteins; (b) contacting said mixture with a negatively charged ultrafiltration membrane wherein said ultrafiltration membrane has a molecular weight cutoff of 100 kDa or greater and a negative charge of more than 3 milliequivalents per square meter,
A steel part excellent in temper softening resistance which is comprised of steel containing as chemical ingredients, by mass%, of C: 0.1 to 0.3%, Si: 0.7 to 1.0%, Mn: 0.2 to 1.5%, Cr: 1.0 to 1.5%, S: 0.001 to 0.15%, Al: 0.001 to 1%, and N: 0.001 to 0.03%; and optionally containing one or more chemical ingredients, by mass%, of Mo: 0.02 to 0.6%, Ni: 0.1 to 1.0%, B: 0.0002 to 0.005%, Ti: 0.01 to 0.05%, Nb: 0.001 to 0.04%, V: 0.02 to 0.1%, Ca: 0.0002 to 0.005%, Zr: 0.0003 to 0.005%, Mg: 0.0003 to 0.005%, and REM (rare earth metals): 0.0001 to 0.005%; and having a total content of Mn, Cr, Mo, and Ni satisfying 2.5% or less, and having a balance of iron and unavoidable impurities, and which is carburized, quenched, and tempered on its surface, said steel part characterized by having a content of C at a part at a 50 μm depth from the surface of 0.9 to 1.1%, proeutectoid cementite or spherical carbides of an average diameter of 0.1 μm or more having an area ratio of less than 1%, and, further, not containing residual austenite or even if containing it, having an area ratio of less than 30%.
An apparatus configured to perform time deinterleaving of a binary data stream in a Digital Video Broadcasting -Second Generation Terrestrial, DVB-T2, receiver, the apparatus comprising a mapping device and a semiconductor memory; the mapping device comprising: an input interface, arranged to receive the binary data stream in the DVB-T2 receiver; an output interface, arranged to output a deinterleaved instance of the binary data stream in the DVB-T2 receiver; a row mapper, respectively connected with the input interface and the semiconductor memory, arranged to group data received through the binary data stream in the DVB-T2 receiver into write commands for the semiconductor memory; and a row deinterleaver, respectively connected with the semiconductor memory and the output interface, arranged to transmit deinterleaved data, retrieved from the semiconductor memory by means of read commands, to the output interface; wherein the semiconductor memory is an Synchronous Dynamic Random Access Memory, SDRAM, memory, each of the write commands is an SDRAM write command for at least part of an SDRAM row, and each SDRAM write command is calculated such that the deinterleaved data is written to and read out in SDRAM burst mode; wherein the mapping device comprises two SRAM memories, and the mapping device is arranged to iteratively generate a write address for one of the write commands and a read address for one of the read commands in respective ones of the SRAM memories. an input interface, arranged to receive the binary data stream in the DVB-T2 receiver; an output interface, arranged to output a deinterleaved instance of the binary data stream in the DVB-T2 receiver; a row mapper, respectively connected with the input interface and the semiconductor memory, arranged to group data received through the binary data stream in the DVB-T2 receiver into write commands for the semiconductor memory; and a row deinterleaver, respectively connected with the semiconductor memory and the output interface, arranged to transmit deinterleaved data, retrieved from the semiconductor memory by means of read commands, to the output interface; wherein the semiconductor memory is an Synchronous Dynamic Random Access Memory, SDRAM, memory, each of the write commands is an SDRAM write command for at least part of an SDRAM row, and each SDRAM write command is calculated such that the deinterleaved data is written to and read out in SDRAM burst mode; wherein the mapping device comprises two SRAM memories, and the mapping device is arranged to iteratively generate a write address for one of the write commands and a read address for one of the read commands in respective ones of the SRAM memories.