mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a coated packaging material, including at least the steps of: a) providing a substrate, which comprises a base material of cellulose, an outer side to be turned away from a packaging item as well as an inner side to be turned towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard or coated or uncoated paperboard; b) coating the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a crosslinking agent and having a solid content of at most 25 % by wt.; c) drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent while forming a barrier layer (22a, 22b) for hydrophobic compounds, wherein the substrate is coated with at least one further composition after step c), wherein the further composition - includes at least polyvinyl alcohol and a crosslinking agent, has a solid content of at most 25 % by wt. and forms a further barrier layer (22a, 22b) for hydrophobic compounds by drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent, wherein the at least two barrier layers (22a, 22b) include polyvinyl alcohols with different crosslinking levels and/or polyvinyl alcohols with different degrees of hydrolysis and/or polyvinyl alcohols crosslinked with different crosslinking agents; and/or - includes at least polyvinyl alcohol, has a solid content of at most 25 % by wt. and is free of crosslinking agents. a) providing a substrate, which comprises a base material of cellulose, an outer side to be turned away from a packaging item as well as an inner side to be turned towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard or coated or uncoated paperboard; b) coating the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a crosslinking agent and having a solid content of at most 25 % by wt.; c) drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent while forming a barrier layer (22a, 22b) for hydrophobic compounds, - includes at least polyvinyl alcohol and a crosslinking agent, has a solid content of at most 25 % by wt. and forms a further barrier layer (22a, 22b) for hydrophobic compounds by drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent, wherein the at least two barrier layers (22a, 22b) include polyvinyl alcohols with different crosslinking levels and/or polyvinyl alcohols with different degrees of hydrolysis and/or polyvinyl alcohols crosslinked with different crosslinking agents; and/or - includes at least polyvinyl alcohol, has a solid content of at most 25 % by wt. and is free of crosslinking agents.
A thread comprising cross-linked hyaluronic acid, calcium hydroxyapatite, and less than 33 weight percent of water, wherein the diameter of the thread is essentially uniform, the variation of the diameter expressed as relative standard deviation of diameter of SEM measurements taken along the length of the thread being less than 20%.
A touch panel including a pair of transparent insulating substrates (21 a, 22a) each having a transparent conductive film (21b, 22b) and arranged in such a fashion to oppose each other with a gap on the side of the transparent conductive films (21b, 22b), and to form a space between them through a seal portion having corners corresponding to corners of the end portions of the transparent insulating substrates (21a, 22a), wherein at least the corner of the seal portion has a wedge-shaped sectional shape so that at least the gap in the corner of the end portion of the pair of opposing transparent insulating substrates (21a, 22a) is set to be wide at a portion adjacent to the inside of the space with the corner of the seal portion being the boundary and relatively narrow at a portion adjacent to the outside of the space, wherein the wedge-shaped sectional shape being formed by arranging the pair of transparent insulating substrates (21 a, 22a) in such a fashion as to oppose each other through the seal portion; thereafter pressing the pair of transparent insulating substrates (21a, 22a) to reduce the seal portion to a predetermined thickness; thereafter expanding a gap between the pair of transparent insulating substrates (21 a, 22a); and thereafter setting the seal material.
Cells for producing an influenza virus which are cells in which expression of TMED2 gene in the chromosomes is suppressed and which are able to be cultured in vitro, wherein the expression level of TMED2 gene in the cell is reduced to 50% or less of an expression level of the TMED2 gene in cells of the same type before expression suppression and the cells for producing an influenza virus are HEK293 cells infected with influenza virus or MDCK cells.
A transfer device for coupling to a process device, in particular, to a stationary conveying station and/or to a processing station and/or to a further transfer device, for the purpose of introducing and/or removing articles, in particular workpieces and/or workpiece carriers, wherein the transfer device comprises a basic frame and at least one conveying unit which is supported by the basic frame and includes force transmission means as well as conveying means, driven by the force transmission means, in order to be able to transfer or receive articles to or from said process device, wherein the at least one conveying unit is designed to be movably positionable in order for the transfer device to be reversibly advanced up to the process device, wherein the at least one conveying unit comprises at least one output element of a magnetic coupling and is designed for reversibly coupling the transfer device to a corresponding drive element of the magnetic coupling, the drive element being provided on said process device, wherein, when the drive element and the output element are coupled to one another, said magnetic coupling effectuates a force transmission from a drive unit of the process device to the force transmission means of the at least one conveying unit. wherein the at least one conveying unit is designed to be movably positionable in order for the transfer device to be reversibly advanced up to the process device, wherein the at least one conveying unit comprises at least one output element of a magnetic coupling and is designed for reversibly coupling the transfer device to a corresponding drive element of the magnetic coupling, the drive element being provided on said process device, wherein, when the drive element and the output element are coupled to one another, said magnetic coupling effectuates a force transmission from a drive unit of the process device to the force transmission means of the at least one conveying unit.
Method for producing a photo-emitting and/or photo-receiving device with a metal optical separation grid, comprising at least: - producing at least one photo-emitting and/or photo-receiving component, wherein at least one first metal electrode of the photo-emitting and/or photo-receiving component covers lateral flanks of at least one semiconductor stack (104, 106, 108) of the photo-emitting and/or photo-receiving component and extends to at least one emitting and/or receiving face of the photo-emitting and/or photo-receiving component; - treating at least one face of the first metal electrode located at the emitting and/or receiving face, rendering wettable said face of the first metal electrode; - producing of the metal optical separation grid on at least one support; - fastening of the metal optical separation grid against said face of the first metal electrode by brazing; - removing the support. - producing at least one photo-emitting and/or photo-receiving component, wherein at least one first metal electrode of the photo-emitting and/or photo-receiving component covers lateral flanks of at least one semiconductor stack (104, 106, 108) of the photo-emitting and/or photo-receiving component and extends to at least one emitting and/or receiving face of the photo-emitting and/or photo-receiving component; - treating at least one face of the first metal electrode located at the emitting and/or receiving face, rendering wettable said face of the first metal electrode; - producing of the metal optical separation grid on at least one support; - fastening of the metal optical separation grid against said face of the first metal electrode by brazing; - removing the support.
A method to map a distribution scheme for encoding an audio signal with a watermark, the method comprising: dividing, with a processor, the watermark into a plurality of watermark symbols; mapping, with the processor, the watermark symbols to a plurality of frequency bins according to a first distribution scheme to create N watermark layers, a first watermark layer of the N watermark layers having a first combination of the frequency bins and a second watermark layer of the N watermark layers having a second combination of the frequency bins, the first combination of the frequency bins and the second combination of the frequency bins to partially overlap, subsets of adjacent ones of the plurality of frequency bins grouped into a corresponding plurality of frequency clumps; the method being characterised by further comprising: determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device. dividing, with a processor, the watermark into a plurality of watermark symbols; mapping, with the processor, the watermark symbols to a plurality of frequency bins according to a first distribution scheme to create N watermark layers, a first watermark layer of the N watermark layers having a first combination of the frequency bins and a second watermark layer of the N watermark layers having a second combination of the frequency bins, the first combination of the frequency bins and the second combination of the frequency bins to partially overlap, subsets of adjacent ones of the plurality of frequency bins grouped into a corresponding plurality of frequency clumps; the method being characterised by further comprising: determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device. determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device.
Device for infrastructure-side monitoring of a position of a stabled rail-based vehicle, comprising: - a detector for infrastructure-side detection of a change in location of the stabled vehicle, and - a communication entity which is designed to communicate the detected change in location via a communication network to a user of said communication network, - wherein the detector has a sensor entity for registering the vehicle and a sensor control unit for controlling the sensor entity, in order to register the vehicle multiple times in temporal succession, - wherein the detector also comprises a processing entity which is designed to determine the change in location on the basis of sensor images corresponding to the vehicle that has been registered multiple times. - a detector for infrastructure-side detection of a change in location of the stabled vehicle, and - a communication entity which is designed to communicate the detected change in location via a communication network to a user of said communication network, - wherein the detector has a sensor entity for registering the vehicle and a sensor control unit for controlling the sensor entity, in order to register the vehicle multiple times in temporal succession, - wherein the detector also comprises a processing entity which is designed to determine the change in location on the basis of sensor images corresponding to the vehicle that has been registered multiple times.
Winding foil, which - is able to be wound along a winding direction to form an electrically conductive winding for an inductive electrical apparatus - and is formed in such a way that the electrical resistance of electrically conductive regions of the winding film varies along at least one direction, wherein at least one electrically conductive edge region (20, 21) extending along the winding direction is provided, the electrical resistance of which is lower than an electrical resistance of an electrically conductive connection region adjoining said edge region (20, 21), characterized by at least one support element (6, 7, 8) connected to at least one edge region (20, 21) and the connection region for stabilizing the edge region (20, 21). - is able to be wound along a winding direction to form an electrically conductive winding for an inductive electrical apparatus - and is formed in such a way that the electrical resistance of electrically conductive regions of the winding film varies along at least one direction, wherein at least one electrically conductive edge region (20, 21) extending along the winding direction is provided, the electrical resistance of which is lower than an electrical resistance of an electrically conductive connection region adjoining said edge region (20, 21),
A motorcycle tire, comprising a tread portion comprising a tread rubber, the tread rubber being divided into at least three parts in a tire width direction, the tread rubber comprising: a center rubber part at its center, as viewed in the tire width direction; and shoulder rubber parts respectively on opposite sides of the center rubber part, as viewed in the tire width direction, the center and shoulder rubber parts (9A, 9B) each having a silica content of 80 parts by mass or more per 100 parts by mass of rubber components, characterized by the center and shoulder rubber parts (9A, 9B) satisfying the following relationships,, and: Sc > Ss; Pc < Ps; Nc > Ns wherein Sc represents the silica content of the center rubber part, Ss represents the silica content of the shoulder rubber parts, Pc represents a plasticizer content of the center rubber part, Ps represents a plasticizer content of the shoulder rubber parts, Nc represents a negative groove area ratio of the center rubber part, and Ns represents a negative groove area ratio of the shoulder rubber parts. the tread rubber comprising: a center rubber part at its center, as viewed in the tire width direction; and shoulder rubber parts respectively on opposite sides of the center rubber part, as viewed in the tire width direction, the center and shoulder rubber parts (9A, 9B) each having a silica content of 80 parts by mass or more per 100 parts by mass of rubber components, characterized by the center and shoulder rubber parts (9A, 9B) satisfying the following relationships,, and: Sc > Ss; Pc < Ps; Nc > Ns wherein Sc represents the silica content of the center rubber part, Ss represents the silica content of the shoulder rubber parts, Pc represents a plasticizer content of the center rubber part, Ps represents a plasticizer content of the shoulder rubber parts, Nc represents a negative groove area ratio of the center rubber part, and Ns represents a negative groove area ratio of the shoulder rubber parts.
Bandpass filter for light - comprising a variable lower cut-off wavelength which is defined by a two-dimensional long-pass filter, and - comprising a variable upper cut-off wavelength which is defined by a two-dimensional short-pass filter, - wherein the long-pass filter and the short-pass filter are connected in series, and - wherein the long-pass filter and the short-pass filter are spatially fixed relative to one another, and characterized in - that the long-pass filter has different lower cut-off wavelengths (24, 24') in different area regions which follow to one another in a first direction, - that the short-pass filter has different upper cut-off wavelengths (22, 22') in different area regions which follow to one another in a second direction, - that the first direction and the second direction are oriented crosswise to one another. - comprising a variable lower cut-off wavelength which is defined by a two-dimensional long-pass filter, and - comprising a variable upper cut-off wavelength which is defined by a two-dimensional short-pass filter, - wherein the long-pass filter and the short-pass filter are connected in series, and - wherein the long-pass filter and the short-pass filter are spatially fixed relative to one another, and characterized in - that the long-pass filter has different lower cut-off wavelengths (24, 24') in different area regions which follow to one another in a first direction, - that the short-pass filter has different upper cut-off wavelengths (22, 22') in different area regions which follow to one another in a second direction, - that the first direction and the second direction are oriented crosswise to one another.
A recovery control system for allowing a dosing valve through which urea solution is injected into an exhaust pipe to recover from a malfunction, which is caused by crystallization of the urea solution, to a normal state, comprising the dosing valve and a supply module that is configured to suck up urea solution in a urea tank to supply the urea solution to the dosing valve and to feed the urea solution in the dosing valve back to the urea tank, wherein the recovery control system further comprises: abnormality detection means configured for monitoring the dosing valve and detecting an abnormality of the dosing valve; characterized by recovery control means configured for controlling the supply module to feed the urea solution in the dosing valve back to the urea tank, and repeat forced emptying, which sucks up exhaust gas or air of the exhaust pipe from the dosing valve to the urea tank and supplying of the urea solution to the dosing valve, thereby fluctuating a pressure applied to the urea solution in the dosing valve, when the abnormality detection means detects an abnormality of the dosing valve. abnormality detection means configured for monitoring the dosing valve and detecting an abnormality of the dosing valve; characterized by recovery control means configured for controlling the supply module to feed the urea solution in the dosing valve back to the urea tank, and repeat forced emptying, which sucks up exhaust gas or air of the exhaust pipe from the dosing valve to the urea tank and supplying of the urea solution to the dosing valve, thereby fluctuating a pressure applied to the urea solution in the dosing valve, when the abnormality detection means detects an abnormality of the dosing valve.
An oral care kit comprising: a plurality of oral care implements, each comprising a handle having a head at one end of the handle, the head having at least one cleaning element projecting outwards from the head and a recess shaped to hold an oral care material; at least one dispenser separate from the oral care implements, the dispenser containing an amount of the oral care material, the dispenser having an orifice for dispensing the oral care material, the orifice having a width that is less than or equal to a width of the recess; and a package containing the plurality of oral care implements and the at least one dispenser. a plurality of oral care implements, each comprising a handle having a head at one end of the handle, the head having at least one cleaning element projecting outwards from the head and a recess shaped to hold an oral care material; at least one dispenser separate from the oral care implements, the dispenser containing an amount of the oral care material, the dispenser having an orifice for dispensing the oral care material, the orifice having a width that is less than or equal to a width of the recess; and a package containing the plurality of oral care implements and the at least one dispenser.
A method for using multi-tuners, comprising: providing a single fixed frequency oscillator electronically connected to a divider and providing an input channel in communication with the divider and an analog-to-digital converter, the input channel having a first bandwidth, the converter having a second bandwidth, the second bandwidth being broader than the first bandwidth, the single fixed frequency oscillator operating at a frequency higher than frequencies inside an entire reception band of the input channel, the divider dividing the frequency of the single fixed frequency oscillator used as input for producing sub-bands of frequencies that cover the entire reception band, characterized in that at least two tuners concurrently are operated from the single fixed frequency oscillator, and a difference between a measured oscillator frequency of the single fixed frequency oscillator and a required frequency is used to determine a frequency offset value to correct the measured oscillator frequency per tuner. providing a single fixed frequency oscillator electronically connected to a divider and providing an input channel in communication with the divider and an analog-to-digital converter, the input channel having a first bandwidth, the converter having a second bandwidth, the second bandwidth being broader than the first bandwidth, the single fixed frequency oscillator operating at a frequency higher than frequencies inside an entire reception band of the input channel, the divider dividing the frequency of the single fixed frequency oscillator used as input for producing sub-bands of frequencies that cover the entire reception band, characterized in that at least two tuners concurrently are operated from the single fixed frequency oscillator, and a difference between a measured oscillator frequency of the single fixed frequency oscillator and a required frequency is used to determine a frequency offset value to correct the measured oscillator frequency per tuner.
A device for determining properties of a medium, comprising - a carrier, which can be brought into contact with the medium; - at least one transmitter arranged on the carrier for the excitation of acoustic waves in the carrier; - at least one receiver arranged on the carrier for the reception of acoustic waves (A, A') which originate from waves excited in the carrier by means of the transmitter; - a first material area arranged on the carrier; and - a second material area arranged on the carrier, the second material area being of such a nature that it absorbs sound waves at the frequency of the acoustic waves excited in the carrier more strongly than the first material area, characterized in that the carrier comprises a first surface, with which it is to be brought into contact with the medium, and a second surface, which faces away from the first surface, wherein the transmitter as well as the first and the second material areas (61, 62) are arranged on the second surface. - a carrier, which can be brought into contact with the medium; - at least one transmitter arranged on the carrier for the excitation of acoustic waves in the carrier; - at least one receiver arranged on the carrier for the reception of acoustic waves (A, A') which originate from waves excited in the carrier by means of the transmitter; - a first material area arranged on the carrier; and - a second material area arranged on the carrier, the second material area being of such a nature that it absorbs sound waves at the frequency of the acoustic waves excited in the carrier more strongly than the first material area,