mhurhangee/ep-ind-claims huggingface dataset:
An intelligent filter construction for household appliances, in particular drying/washing-drying machines, for separating solid particles from fluids or gases, characterized in that said filter construction is constituted by a synthetic monofilament precision fabric material of a weft and warp type, and that integrated or applied on said fabric material are built-in sensor means defining a capacitive system forming an electrically conductive-capacitive pattern adapted to measure in real time the values of a moisture contained in an air flow passing through said fabric material thereby optimizing an operating cycle of said household appliance, said electrically conductive pattern being defined by a flat configuration and comprises a first and second end rectilinear conductive track elements, substantially defining two capacitor plates and from each of which respectively extend a first and second plurality of rectilinear and parallel mutually spaced conductive finger elements, the finger elements of said first plurality being operatively interdigitated with the corresponding finger elements of said second plurality.
An in vitro method for releasing a vitamin D compound from vitamin D-binding protein comprising the step of: a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent containing a hydrogen carbonate salt in a concentration of 0.1 M to 2.0 M or a substance capable of releasing hydrogen carbonate ions (HCO 3 -) upon hydrolysis in a concentration of 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. a) providing a sample to be investigated and b) mixing the sample from step (a) with i) a reagent containing a hydrogen carbonate salt in a concentration of 0.1 M to 2.0 M or a substance capable of releasing hydrogen carbonate ions (HCO 3 -) upon hydrolysis in a concentration of 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent, thereby releasing the vitamin D compound from vitamin D-binding protein. i) a reagent containing a hydrogen carbonate salt in a concentration of 0.1 M to 2.0 M or a substance capable of releasing hydrogen carbonate ions (HCO 3 -) upon hydrolysis in a concentration of 0.1 M to 2.0 M, ii) a reducing agent, and iii) an alkalinising agent,
An apparatus including an interface (354,355), a microprocessor, a memory and an RFID reader, the interface (354,355) being configured to: display characteristics of a second item, wherein the second item is similar to a first item of interest; receive, user inputs to edit the displayed characteristics; wherein the microprocessor and the memory are coupled to the interface, and wherein the microprocessor is configured to: request a database for retrieving an item identifier corresponding to the first item of interest, based on the edited displayed characteristics; and in response to the RFID reader receiving the item identifier from the database, the RFID reader is configured to: transmit an RF interrogation signal to locate one or more RFID tags and activate any RFID tags corresponding to the identifier when such RFID tags are within range of the RF interrogation signal. display characteristics of a second item, wherein the second item is similar to a first item of interest; receive, user inputs to edit the displayed characteristics; wherein the microprocessor and the memory are coupled to the interface, and wherein the microprocessor is configured to: request a database for retrieving an item identifier corresponding to the first item of interest, based on the edited displayed characteristics; and in response to the RFID reader receiving the item identifier from the database, the RFID reader is configured to: transmit an RF interrogation signal to locate one or more RFID tags and activate any RFID tags corresponding to the identifier when such RFID tags are within range of the RF interrogation signal. request a database for retrieving an item identifier corresponding to the first item of interest, based on the edited displayed characteristics; and in response to the RFID reader receiving the item identifier from the database, the RFID reader is configured to: transmit an RF interrogation signal to locate one or more RFID tags and activate any RFID tags corresponding to the identifier when such RFID tags are within range of the RF interrogation signal.
An apparatus for repeating signals, the apparatus comprising: a receive antenna for receiving input signals; processing circuitry for processing the input signals to form repeated signals; and a transmit antenna for transmitting the repeated signals, wherein the processing circuitry comprises: an adaptive digital filter configured to generate cancellation signals that are added at an adder to the input signals to attenuate feedback signals in the input signals, wherein feedback signals include repeated signals transmitted by the transmit antenna and received by the receive antenna, characterized in that the processing circuitry further comprises: a frequency shifting circuit configured for adding a frequency shift to the signals after they are output by the adder to form the repeated signals that are frequency shifted from the signals output by the adder; and a digital signal processor coupled to the adaptive digital filter and operable for digitally adapting the filter based on the frequency shift between the signals output by the adder and the repeated signals. a receive antenna for receiving input signals; processing circuitry for processing the input signals to form repeated signals; and a transmit antenna for transmitting the repeated signals, wherein the processing circuitry comprises: an adaptive digital filter configured to generate cancellation signals that are added at an adder to the input signals to attenuate feedback signals in the input signals, wherein feedback signals include repeated signals transmitted by the transmit antenna and received by the receive antenna, an adaptive digital filter configured to generate cancellation signals that are added at an adder to the input signals to attenuate feedback signals in the input signals, wherein feedback signals include repeated signals transmitted by the transmit antenna and received by the receive antenna, characterized in that the processing circuitry further comprises: a frequency shifting circuit configured for adding a frequency shift to the signals after they are output by the adder to form the repeated signals that are frequency shifted from the signals output by the adder; and a digital signal processor coupled to the adaptive digital filter and operable for digitally adapting the filter based on the frequency shift between the signals output by the adder and the repeated signals. a frequency shifting circuit configured for adding a frequency shift to the signals after they are output by the adder to form the repeated signals that are frequency shifted from the signals output by the adder; and a digital signal processor coupled to the adaptive digital filter and operable for digitally adapting the filter based on the frequency shift between the signals output by the adder and the repeated signals.
A method for producing a masterboard alignment film comprising: coating an alignment solution on a masterboard having two or more substrates using a transfer printing plate which has a transfer region simultaneously covering the two or more substrates, so that the alignment solution forms an alignment film on the masterboard; and removing the alignment film on the masterboard which is located in regions (114, 115, 116) that are out of the display regions of the substrates and where there is no need to retain the alignment film, wherein said alignment film consists of a light processing material; and when said alignment film is removed, an exposure process is conducted using a mask plate followed by a developing process, wherein said alignment solution comprises 25∼35% by weight of a liquid crystal molecule alignment material, 3.5∼6% by weight of a photosensitive material, 0.8∼2.5% by weight of a photosensitizer and a solvent; wherein said liquid crystal molecule alignment material is either or both of main chain polyimide and side chain polyimide; wherein said photosensitive material is 2,3,4,4'-tetrahydroxybenzophenone 1,2-diazidonaphthoquinone-5-sulfonate; and wherein said photosensitizer is diazonaphthalenone sulfonyl chloride. coating an alignment solution on a masterboard having two or more substrates using a transfer printing plate which has a transfer region simultaneously covering the two or more substrates, so that the alignment solution forms an alignment film on the masterboard; and removing the alignment film on the masterboard which is located in regions (114, 115, 116) that are out of the display regions of the substrates and where there is no need to retain the alignment film, wherein said alignment film consists of a light processing material; and when said alignment film is removed, an exposure process is conducted using a mask plate followed by a developing process, wherein said alignment solution comprises 25∼35% by weight of a liquid crystal molecule alignment material, 3.5∼6% by weight of a photosensitive material, 0.8∼2.5% by weight of a photosensitizer and a solvent; wherein said liquid crystal molecule alignment material is either or both of main chain polyimide and side chain polyimide; wherein said photosensitive material is 2,3,4,4'-tetrahydroxybenzophenone 1,2-diazidonaphthoquinone-5-sulfonate; and wherein said photosensitizer is diazonaphthalenone sulfonyl chloride.
Device for transporting document bodies, wherein the device comprises at least one document reception apparatus, wherein the document reception apparatus comprises or forms at least two reception compartments (4a,...,4d), wherein each reception compartment (4a,...,4d) has an inlet opening and an outlet opening, wherein the document reception apparatus comprises at least one means for opening and closing the outlet opening, wherein the reception compartments (4a,...,4d) of the document reception apparatus are oriented obliquely to one another, characterised in that the inlet opening and the outlet opening of each reception compartment (4a,...,4d) are arranged at different ends of the reception compartment (4a,...,4d).
A method for communicating with an application (40a, 40b) on a portable data carrier, wherein the method comprises the following steps of: forwarding a command transmitted by an external entity to the portable data carrier, from a runtime environment according to the standard JCRE implemented on the portable data carrier to a proxy application implemented on the portable data carrier; forwarding the command from the proxy application via the runtime environment to the application (40a, 40b); and monitoring the communication between the external entity and the application (40a, 40b) in the form of the command and/or intervening in said communication by the proxy application. forwarding a command transmitted by an external entity to the portable data carrier, from a runtime environment according to the standard JCRE implemented on the portable data carrier to a proxy application implemented on the portable data carrier; forwarding the command from the proxy application via the runtime environment to the application (40a, 40b); and monitoring the communication between the external entity and the application (40a, 40b) in the form of the command and/or intervening in said communication by the proxy application.
A cabinet for electrical equipment of a rail vehicle, the cabinet defining a volume for receiving electrical equipment, and being formed by an assembly of metal plates (20, 22) made from galvanized steel, the metal plates of each pair of metal plates (20, 22) assembled to one another having overlapping regions (24, 26) that overlap one another and that are assembled via rivets traversing the overlapping regions (24, 26), characterized in that a sealing putty is interposed between the overlapping regions (24, 26), the metal plates being made of galvanized steel with a coating having a base of zinc, aluminum and magnesium.
A sleep support system comprising: a head cushion having a face relief aperture adapted to to receive the nose and chin of a passenger placing his face against the head cushion; a chest cushion attached to the head cushion with a hinged support structure for angular adjustment, said chest cushion adapted to receive the passenger's chest in a forward leaning position; and, suspension arms attached to the hinged support structure for attachment to a seat back frame, characterized in that: the suspension arms is adapted to extend over the passenger's shoulders; and that the hinged support structure comprises a pair of side supports attached to the head cushion and chest cushion and each having a hinge intermediate the head cushion and chest cushion. a head cushion having a face relief aperture adapted to to receive the nose and chin of a passenger placing his face against the head cushion; a chest cushion attached to the head cushion with a hinged support structure for angular adjustment, said chest cushion adapted to receive the passenger's chest in a forward leaning position; and, suspension arms attached to the hinged support structure for attachment to a seat back frame, characterized in that: the suspension arms is adapted to extend over the passenger's shoulders; and that the hinged support structure comprises a pair of side supports attached to the head cushion and chest cushion and each having a hinge intermediate the head cushion and chest cushion. the suspension arms is adapted to extend over the passenger's shoulders; and that the hinged support structure comprises a pair of side supports attached to the head cushion and chest cushion and each having a hinge intermediate the head cushion and chest cushion.
A mass spectrometer comprising: an ion guide or ion trap comprising a plurality of electrodes (1,2), said ion guide or ion trap comprising ≥ 10 axial segments and having a longitudinal axis; AC or RF voltage means for applying an AC or RF voltage to at least some of said electrodes (1,2) in order to confine at least some ions radially within said ion guide or ion trap; oscillation means arranged and adapted to maintain a substantially quadratic DC potential along the axial length of said ion guide or ion trap so as to cause at least some ions to oscillate in an axial direction in a mode of operation; and detector means (3a,3b;3a';3b') for determining the frequency of oscillations of said ions in said axial direction, wherein the detector means comprises one or more inductive or capacitive detectors. an ion guide or ion trap comprising a plurality of electrodes (1,2), said ion guide or ion trap comprising ≥ 10 axial segments and having a longitudinal axis; AC or RF voltage means for applying an AC or RF voltage to at least some of said electrodes (1,2) in order to confine at least some ions radially within said ion guide or ion trap; oscillation means arranged and adapted to maintain a substantially quadratic DC potential along the axial length of said ion guide or ion trap so as to cause at least some ions to oscillate in an axial direction in a mode of operation; and detector means (3a,3b;3a';3b') for determining the frequency of oscillations of said ions in said axial direction, wherein the detector means comprises one or more inductive or capacitive detectors.
An anti-glare film comprising an anti-glare layer comprising projections, wherein the anti-glare layer has a 500-μm square area, as measured for surface roughness, characterised by satisfying condition 1 and condition 2 below, when obtaining a wavy curved surface by removing high-frequency components from the 500-μm square area, obtaining a rough curved surface by subtracting the wavy curved surface from the 500-μm square area, and defining the average height of the rough curved surface as the average plane, and when the maximum peak height in the 500-μm square area, when the height of the average plane in the 500-μm square area is taken as 0, is defined as P, a plane having a height obtained by adding P/6 to the average height is defined as a first reference plane, the number of projections exceeding the first reference plane is defined as N1, a plane having a height obtained by adding P/3 to the average height is defined as a second reference plane, and the number of projections exceeding the second reference plane is defined as N2: <condition 1> P is 0.20 μm or more and 1.20 μm or less; and 0.20 ≤ N2/N1 ≤ 0.45. the anti-glare layer has a 500-μm square area, as measured for surface roughness, characterised by satisfying condition 1 and condition 2 below, when obtaining a wavy curved surface by removing high-frequency components from the 500-μm square area, obtaining a rough curved surface by subtracting the wavy curved surface from the 500-μm square area, and defining the average height of the rough curved surface as the average plane, and when the maximum peak height in the 500-μm square area, when the height of the average plane in the 500-μm square area is taken as 0, is defined as P, a plane having a height obtained by adding P/6 to the average height is defined as a first reference plane, the number of projections exceeding the first reference plane is defined as N1, a plane having a height obtained by adding P/3 to the average height is defined as a second reference plane, and the number of projections exceeding the second reference plane is defined as N2: <condition 1> P is 0.20 μm or more and 1.20 μm or less; and 0.20 ≤ N2/N1 ≤ 0.45.
Motor vehicle camera system with an image capturing unit and a drive device, by means of which the image capturing unit can be moved from a position of rest into at least one operating position, wherein the image capturing unit is arranged in a mounting chamber of a motor vehicle, and the mounting chamber has a movable closing element, wherein the closing element closes the mounting chamber when the image capturing unit is in its position rest, and opens the mounting chamber at least partially to the environment when the image capturing unit is moved into an operating position, wherein the closing element is at least partially transparent, and the image capturing unit is aligned in its position of rest such that the image capturing unit in its position of rest captures an outer area of the motor vehicle through the closing element, characterised in that the closing element is unidirectionally transparent, so that light from outside penetrates into the mounting chamber and is captured by the image capturing unit, wherein no light from the mounting chamber visibly penetrates to the outside, wherein the closing element is formed by a handle for activating a door and/or flap of the motor vehicle.
A method performed by a user equipment, UE, for performing preamble transmissions, on a random access channel, to a network node, the method comprising: determining a starting subframe for the preamble transmission(s) based on at least: - a system frame number, SFN, received from the network node; - a number of times, R, the preamble transmission is to be repeated; - a random access channel configuration; and transmitting, to the network node, the preamble repeatedly starting in the determined starting subframe. determining a starting subframe for the preamble transmission(s) based on at least: - a system frame number, SFN, received from the network node; - a number of times, R, the preamble transmission is to be repeated; - a random access channel configuration; and - a system frame number, SFN, received from the network node; - a number of times, R, the preamble transmission is to be repeated; - a random access channel configuration; and transmitting, to the network node, the preamble repeatedly starting in the determined starting subframe.
An artificial satellite comprising: a plurality of hatches formed in a plurality of walls which partition a dead space of the artificial satellite, respectively; a plurality of reflectors which are respectively attached to the plurality of hatches, the plurality of reflectors being configured to reflect electric waves; a plurality of radiators which are respectively provided on the plurality of walls in which the plurality of hatches are opened or closed, the plurality of radiators being configured to receive or emit the electric waves; a plurality of hatch opening and closing mechanisms which open the plurality of hatches, respectively, and means adapted to change a relative position of each of the plurality of reflectors with respect to the plurality of radiators depending on an opening degree or a closing degree of the hatch on which each reflector is provided. a plurality of hatches formed in a plurality of walls which partition a dead space of the artificial satellite, respectively; a plurality of reflectors which are respectively attached to the plurality of hatches, the plurality of reflectors being configured to reflect electric waves; a plurality of radiators which are respectively provided on the plurality of walls in which the plurality of hatches are opened or closed, the plurality of radiators being configured to receive or emit the electric waves; a plurality of hatch opening and closing mechanisms which open the plurality of hatches, respectively, and means adapted to change a relative position of each of the plurality of reflectors with respect to the plurality of radiators depending on an opening degree or a closing degree of the hatch on which each reflector is provided.
A method for determining single cell current efficiency in an electrolyser, the method comprising: individually measuring voltage of a plurality of single cells in the electrolyser; individually measuring electrolyser current feeding the single cells; detecting one of a shutdown period: when a load is removed to 0%, and a start-up period: when the load is increased from 0% to 20% in less than 60 minutes, using the electrolyser current as measured; and once the shutdown or start-up period has been detected, for each single cell: determining, from the voltage as measured, a time t taken for a voltage level to reach a predetermined occurrence in a voltage curve after a polarization current has been triggered: when the load reaches 0%, during the shutdown or start-up period; and calculating cell current efficiency as a function of the time t. individually measuring voltage of a plurality of single cells in the electrolyser; individually measuring electrolyser current feeding the single cells; detecting one of a shutdown period: when a load is removed to 0%, and a start-up period: when the load is increased from 0% to 20% in less than 60 minutes, using the electrolyser current as measured; and once the shutdown or start-up period has been detected, for each single cell: determining, from the voltage as measured, a time t taken for a voltage level to reach a predetermined occurrence in a voltage curve after a polarization current has been triggered: when the load reaches 0%, during the shutdown or start-up period; and calculating cell current efficiency as a function of the time t. determining, from the voltage as measured, a time t taken for a voltage level to reach a predetermined occurrence in a voltage curve after a polarization current has been triggered: when the load reaches 0%, during the shutdown or start-up period; and calculating cell current efficiency as a function of the time t.