mhurhangee/ep-ind-claims huggingface dataset:
A method to produce an OSB board material with the steps: - produce OSB strands, - glue (6a, 6b) the OSB strands, and produce a dispersed material mat from the OSB strand, - press the dispersed material mat into an OSB board material, - wherein the dispersed material mat is produced with exterior cover layers, and at least portions of the visible cover layer strands are bleached, - wherein the discoloration of the strands is determined by color recognition, and conspicuously colored cover layer strands are ejected and subject to bleaching. - produce OSB strands, - glue (6a, 6b) the OSB strands, and produce a dispersed material mat from the OSB strand, - press the dispersed material mat into an OSB board material, - wherein the dispersed material mat is produced with exterior cover layers, and at least portions of the visible cover layer strands are bleached, - wherein the discoloration of the strands is determined by color recognition, and conspicuously colored cover layer strands are ejected and subject to bleaching.
A display screen, comprising: a plurality of screen layers which are engaged to form a planar stack and comprise: a fluorescent layer comprising a plurality of parallel fluorescent stripes and absorbing excitation light at an excitation wavelength to emit visible light at a different and visible wavelength, a plurality of parallel stripe dividers each located between two adjacent fluorescent stripes, each stripe divider having side walls that are reflective and opaque to the emitted visible light to optically isolate two adjacent fluorescent stripes, and a dielectric layer located on a viewer side of the display screen and in contact with the stripe dividers, characterized in that the dielectric layer is spaced from the fluorescent layer to form a gap between the dielectric layer and each fluorescent stripe, wherein the gap is filled with air or a low-index dielectric material having a refractive index less than a refractive index of fluorescent regions of the fluorescent layer. a plurality of screen layers which are engaged to form a planar stack and comprise: a fluorescent layer comprising a plurality of parallel fluorescent stripes and absorbing excitation light at an excitation wavelength to emit visible light at a different and visible wavelength, a plurality of parallel stripe dividers each located between two adjacent fluorescent stripes, each stripe divider having side walls that are reflective and opaque to the emitted visible light to optically isolate two adjacent fluorescent stripes, and a dielectric layer located on a viewer side of the display screen and in contact with the stripe dividers, characterized in that the dielectric layer is spaced from the fluorescent layer to form a gap between the dielectric layer and each fluorescent stripe, wherein the gap is filled with air or a low-index dielectric material having a refractive index less than a refractive index of fluorescent regions of the fluorescent layer. a fluorescent layer comprising a plurality of parallel fluorescent stripes and absorbing excitation light at an excitation wavelength to emit visible light at a different and visible wavelength, a plurality of parallel stripe dividers each located between two adjacent fluorescent stripes, each stripe divider having side walls that are reflective and opaque to the emitted visible light to optically isolate two adjacent fluorescent stripes, and a dielectric layer located on a viewer side of the display screen and in contact with the stripe dividers, characterized in that the dielectric layer is spaced from the fluorescent layer to form a gap between the dielectric layer and each fluorescent stripe, wherein the gap is filled with air or a low-index dielectric material having a refractive index less than a refractive index of fluorescent regions of the fluorescent layer.
Cladding element for an interior of a rail vehicle, comprising - an electrically conductive cover plate, which is visible from the interior in an assembled state; - an electrically conductive carrier plate which is connected to the cover plate and which is not visible from the interior in the assembled state, wherein the carrier plate having at least one earthing connection for electrically connecting the cladding element to an earthing line, wherein the connection between the cover plate and the carrier plate is made by means of a planar adhesive layer, wherein the adhesive layer is designed to be electrically conductive in such a way that a measured voltage drop between a first measuring point on the cover plate and a second measuring point on the carrier plate is at most 1 V when a current of 50 A is applied between the cover plate and the carrier plate over a period of 60 s. - an electrically conductive cover plate, which is visible from the interior in an assembled state; - an electrically conductive carrier plate which is connected to the cover plate and which is not visible from the interior in the assembled state, wherein the carrier plate having at least one earthing connection for electrically connecting the cladding element to an earthing line, wherein the connection between the cover plate and the carrier plate is made by means of a planar adhesive layer, wherein the adhesive layer is designed to be electrically conductive in such a way that a measured voltage drop between a first measuring point on the cover plate and a second measuring point on the carrier plate is at most 1 V when a current of 50 A is applied between the cover plate and the carrier plate over a period of 60 s.
An ear-worn device system comprising: an ear-worn device comprising a control circuit; sensor package in communication with the control circuit; a power supply circuit in electrical communication with the control circuit; wherein the system is configured to monitor device wearer movement with a movement sensor; identify a movement pattern consistent with an equilibrium disorder; estimate the characteristics of the equilibrium disorder; and apply stimulation to at least one of the right ear, left ear, and brainstem using the ear-worn device, characterized in that estimating the characteristics of the equilibrium disorder includes estimating the lateral distribution of the equilibrium disorder an ear-worn device comprising a control circuit; sensor package in communication with the control circuit; a power supply circuit in electrical communication with the control circuit; wherein the system is configured to monitor device wearer movement with a movement sensor; identify a movement pattern consistent with an equilibrium disorder; estimate the characteristics of the equilibrium disorder; and apply stimulation to at least one of the right ear, left ear, and brainstem using the ear-worn device, characterized in that estimating the characteristics of the equilibrium disorder includes estimating the lateral distribution of the equilibrium disorder
Examination apparatus with visual field perimetry and blind spot capabilities comprising: - a mechanical assembly arranged to contact a front side of a face of a patient under examination when the examination apparatus is in use, - a fixed-focus optical assembly mounted to said mechanical assembly, and arranged to be located opposite to an eye of a patient under examination when the examination apparatus is in use, - a fixed-position dome device mounted to said mechanical assembly, having a curved surface, associated to a plurality of light emitting devices, said dome device being arranged to be located behind said optical assembly at a fixed position therefrom and coaxial thereto when the examination apparatus is in use, and - an illumination device arranged to illuminate said curved surface of said dome device in a uniform manner, wherein a front side of the examination apparatus is configured so that, when the examination apparatus is in use, a volume is defined between said front side of the examination apparatus and a front side of a face of a patient under examination sufficient for housing spectacles of a patient under examination;wherein a transversal position of said optical assembly may be adjusted so to align it with a pupil of an eye of a patient under examination; characterized by: - a semi-transparent mirror being located between said optical assembly and said dome device and being arranged to transmit light from said dome device to said optical assembly, and - an electronic display for blind spot examination, being arranged so that images generated by it are directed towards said optical assembly, through reflection by said semi-transparent mirror. - a mechanical assembly arranged to contact a front side of a face of a patient under examination when the examination apparatus is in use, - a fixed-focus optical assembly mounted to said mechanical assembly, and arranged to be located opposite to an eye of a patient under examination when the examination apparatus is in use, - a fixed-position dome device mounted to said mechanical assembly, having a curved surface, associated to a plurality of light emitting devices, said dome device being arranged to be located behind said optical assembly at a fixed position therefrom and coaxial thereto when the examination apparatus is in use, and - an illumination device arranged to illuminate said curved surface of said dome device in a uniform manner, - a semi-transparent mirror being located between said optical assembly and said dome device and being arranged to transmit light from said dome device to said optical assembly, and - an electronic display for blind spot examination, being arranged so that images generated by it are directed towards said optical assembly, through reflection by said semi-transparent mirror.
Cleaning agent molded body for use in a toilet cistern comprising a support surface and a dome surface adjoining the support surface, the ratio of the maximum diameter of the support surface to the maximum diameter of a cross-sectional surface of the dome surface parallel to the support surface being 1:20 to 4:5.
An apparatus for use in a user equipment (110, 210, 310, 410, 510, 1000) operable to perform measurement reporting for selected cells used in Licensed-Assisted Access, LAA, characterized by the apparatus comprising one or more processors and memory configured to: detect a plurality of cells including cells from different eNodeBs and/or PLMNs; select a subset of cells from the plurality of cells for measurement reporting, wherein the subset of cells comprises cells for use in LAA being associated with unlicensed carriers, and the subset of cells is associated with a common serving eNodeB (220, 320, 420, 520) and/or a common PLMN; and perform measurement reporting for the subset of cells, wherein measurement reports for the subset of cells are processed for transmission from the user equipment (110, 210, 310, 410, 510, 1000) to the common serving eNodeB (220, 320, 420, 520) associated with the subset of cells. detect a plurality of cells including cells from different eNodeBs and/or PLMNs; select a subset of cells from the plurality of cells for measurement reporting, wherein the subset of cells comprises cells for use in LAA being associated with unlicensed carriers, and the subset of cells is associated with a common serving eNodeB (220, 320, 420, 520) and/or a common PLMN; and perform measurement reporting for the subset of cells, wherein measurement reports for the subset of cells are processed for transmission from the user equipment (110, 210, 310, 410, 510, 1000) to the common serving eNodeB (220, 320, 420, 520) associated with the subset of cells.
Method for determining the circumference of the tyres fitted on a vehicle, in which the circumference of the fitted tyres is estimated in accordance with a minimum accuracy level given by a predetermined tolerance band ( TB11, TB21, TB 31) characterized in that the tyres which can be fitted on the vehicle are classified into at least two classes ( K 1, K2) of respectively predetermined circumferential interval ( UK 1, UK 2) in such a way that the circumferential intervals ( UK 1, UK2) of the at least two classes ( K 1, K2) do not overlap and each have an interval size which is smaller than the tolerance band ( TB11, TB21, TB 31) of the estimated circumference of the fitted tyres, and in that the fitted tyres are assigned to one of the two classes ( K 1, K2) on the basis of their estimated circumference, as a result of which the circumference of the fitted tyres is determined on the basis of the determined class membership of the fitted tyre.
A fuel additive composition for spark-ignitable fuels, the fuel additive composition comprising a Mannich detergent reaction product of an alkyl-substituted hydroxy aromatic compound, an aldehyde and an amine, and at least one liquid carrier including a blend of aliphatic C16 to C18 alkoxylated alcohols with each alkoxylated alcohol of the blend having 24 to 32 repeating units of alkylene oxide, wherein the alkoxylated alcohols are prepared from alkylene oxides selected from the group consisting of ethylene oxide, propylene oxide, butylene oxide, copolymers thereof, and combinations thereof; wherein the blend includes 30 to 70 weight percent of a linear or branched aliphatic C16 alkoxylated alcohol having 24 to 32 repeating units of alkylene oxide.
A surprising event detection system for a vehicle having a driver assistance system that controls lateral and/or longitudinal movement of the vehicle, comprising: an event detector comprising a set of rules defining a surprising event based on a combination of at least two input signals; an event data file generator configured to generate an event data file comprising: a video signal received from a camera; a signal from at least one dynamic vehicle sensor; and object information received from an object detection sensor, wherein the event data file generator is further configured to initiate event data file generation responsive to a surprising event being detected by the event generator; and wherein the surprising event detection system is characterized by comprising a driver assistance module updater configured to receive an update patch from a server, and to apply the update patch to the surprising event detection system, and wherein the update patch comprises updated rules defining a surprising event to be stored at the event detector. an event detector comprising a set of rules defining a surprising event based on a combination of at least two input signals; an event data file generator configured to generate an event data file comprising: a video signal received from a camera; a signal from at least one dynamic vehicle sensor; and object information received from an object detection sensor, a video signal received from a camera; a signal from at least one dynamic vehicle sensor; and object information received from an object detection sensor, wherein the event data file generator is further configured to initiate event data file generation responsive to a surprising event being detected by the event generator; and wherein the surprising event detection system is characterized by comprising a driver assistance module updater configured to receive an update patch from a server, and to apply the update patch to the surprising event detection system, and wherein the update patch comprises updated rules defining a surprising event to be stored at the event detector.
System for regulating ink supply to the injectors of a print head with ink recirculation system, wherein the regulation system comprises at least one measurement assembly installed parallel to the injection head, being connected on one side to an ink supply inlet circuit and one the other to an ink supply outlet circuit of the head emulating and measuring the pressure conditions of said injection head, where the measurement assembly of the regulating system comprises at least: - a pressure measurement point to which a pressure sensor is connected; - a first connection of the pressure measurement point in the ink supply inlet circuit of the print head; and - a second connection of the pressure measurement point in the ink supply outlet circuit of the print head; where the first and second connections (13, 14) of the pressure measurement point to each part of the ink supply circuit (301, 302) have identical characteristics of hydraulic resistance to ink flow, having the same resistance to flow in the segments before and after the measurement point which respectively connect with the ink supply inlet circuit of the print head and the ink outlet circuit of the print head. - a pressure measurement point to which a pressure sensor is connected; - a first connection of the pressure measurement point in the ink supply inlet circuit of the print head; and - a second connection of the pressure measurement point in the ink supply outlet circuit of the print head;
Thermoplastic composition, containing A) 50.0% by weight to 91.95% by weight of aromatic polycarbonate, B) 8% to 49.95% by weight of carbon fibres, C) 0.05% by weight to 10.0% by weight of epoxidized triacylglycerol. A) 50.0% by weight to 91.95% by weight of aromatic polycarbonate, B) 8% to 49.95% by weight of carbon fibres, C) 0.05% by weight to 10.0% by weight of epoxidized triacylglycerol.
Heating apparatus for heating parisons of thermoplastic material, comprising: a tunnel wherein the parisons move forward along a predefined direction; a plurality of infrared or near infrared emitters located inside said tunnel in such a way as to radiate the parisons moving forward; at least one reflector having a metallic substrate, said reflector being positioned in such a way as to receive at least partially the radiations emitted by the infrared emitters to reflect them, characterised in that the metallic substrate of the reflector is coated by an external layer made of polysilazane or polysiloxane. a tunnel wherein the parisons move forward along a predefined direction; a plurality of infrared or near infrared emitters located inside said tunnel in such a way as to radiate the parisons moving forward; at least one reflector having a metallic substrate, said reflector being positioned in such a way as to receive at least partially the radiations emitted by the infrared emitters to reflect them, characterised in that the metallic substrate of the reflector is coated by an external layer made of polysilazane or polysiloxane.
Heat transfer apparatus, comprising: - at least one heat dissipating structure and - at least one heat chamber, wherein the heat dissipating structure and the heat chamber are coupled to form a closed thermal circuit, wherein the heat dissipating structure comprises - an outlet channel (2.1) that leads off from the heat chamber and that issues at an end (2.2) that is remote from the heat chamber into at least one return channel (2.3), wherein the return channel (2.3) issues into the heat chamber and wherein the at least one heat chamber is a boiling chamber or a steam chamber and the at least one heat dissipating structure is a channel structure having steam regions (2.4) and fluid regions (2.5), wherein the heat chamber and the heat dissipating structure together form a pulsating or oscillating heating structure mechanism, characterised in that the return channel (2.3) is dimensioned smaller than the outlet channel (2.1). - at least one heat dissipating structure and - at least one heat chamber, - an outlet channel (2.1) that leads off from the heat chamber and that issues at an end (2.2) that is remote from the heat chamber into at least one return channel (2.3), wherein the return channel (2.3) issues into the heat chamber and
A venous valve frame (102, 202, 302), comprising: a first structural member (112, 212, 312) that defines an elongate base portion that extends between the first end and the second end of the valve frame, the elongate base portion having a first perimeter value that is essentially constant for the length of the frame; a second structural member (114, 214, 314) that defines a bulbous portion (120, 220, 320) that extends radially and longitudinally from an area defined by the first structural member, the bulbous portion including a second perimeter value that is greater than the first perimeter value; and a valve leaflet connection location (136, 336) along the first structural member of the venous valve frame. a first structural member (112, 212, 312) that defines an elongate base portion that extends between the first end and the second end of the valve frame, the elongate base portion having a first perimeter value that is essentially constant for the length of the frame; a second structural member (114, 214, 314) that defines a bulbous portion (120, 220, 320) that extends radially and longitudinally from an area defined by the first structural member, the bulbous portion including a second perimeter value that is greater than the first perimeter value; and a valve leaflet connection location (136, 336) along the first structural member of the venous valve frame.
Collection tank formed from a tubular element, comprising at least one flat exterior side (23, 24) at which a valve (11, 12, 13, 14, 15) is placed with its planar abutment surface and detachably attached by at least one bolt, wherein the at least one bolt supports a head that is thickened in a direction transverse to the bolt axis, extends through the valve (11, 12, 13, 14, 15), and engages the valve (11, 12, 13, 14, 15) by means of a screw head facing away from the head, and wherein at least one groove for the head is provided at the flat exterior side (23, 24) of the collection tank that comprises an undercut (51, 52) that overlaps the head in the attachment position in a positive-fit fashion.
A synthesis filter bank, comprising: - a transform module which is configured to receive a plurality of input signals, perform a discrete Fourier transform or an inverse discrete Fourier transform to transform the plurality of input signals, and output a plurality of transformed signals, - a plurality of filter modules designed from a prototype filter having a symmetric impulse response, and implementing power complementary polyphase components using a 2x2 lattice structure or a 2x2 structure based on lifting steps, wherein the filter modules are coupled to the transform module, and wherein each filter module of the plurality of filter modules is configured to receive two transformed signals from the transform module, process the two received transformed signals and output two processed signals, and - a parallel-to-serial module which is coupled to the plurality of filter modules and which is configured to receive the processed signals from the plurality of filter modules, combine the received processed signals and output a combined signal; wherein for each of the plurality of filter modules one of the two processed signals is complex conjugated before it is received by the parallel-to-serial module; and wherein for each even time index a negative sign is applied to one of the two processed signals before it is received by the parallel-to-serial module. - a transform module which is configured to receive a plurality of input signals, perform a discrete Fourier transform or an inverse discrete Fourier transform to transform the plurality of input signals, and output a plurality of transformed signals, - a plurality of filter modules designed from a prototype filter having a symmetric impulse response, and implementing power complementary polyphase components using a 2x2 lattice structure or a 2x2 structure based on lifting steps, wherein the filter modules are coupled to the transform module, and wherein each filter module of the plurality of filter modules is configured to receive two transformed signals from the transform module, process the two received transformed signals and output two processed signals, and - a parallel-to-serial module which is coupled to the plurality of filter modules and which is configured to receive the processed signals from the plurality of filter modules, combine the received processed signals and output a combined signal;