mhurhangee/ep-ind-claims huggingface dataset:
Garden light, having a foundation, a rod, a lighting element connected to the rod, a light source fed by a solar panel, which emits light in the visible spectrum during operation, characterized in that the rod consists of a first self-illuminating plastic, in that the lighting element connected to the rod consists of a second self-illuminating plastic, wherein the light source is arranged at a first end of the rod in such a way that the light emitted by the light source is coupled into the rod and passes through the latter, and the rod is connected to the lighting element in such a way that the light coupled into the rod is introduced into the lighting element, so that both the rod and the lighting element emit over their surface the light emitted by the self-illuminating plastic and the light introduced from the light source, at least partly simultaneously.
Method for producing a metal foil composed of an aluminium-magnesium alloy which comprises scandium and zirconium, comprising Provision of an intermediate of an aluminium-magnesium alloy which comprises scandium and zirconium; and Rolling-out of the intermediate by hot and/or cold rolling to a thickness of 5 to 50 μm, wherein the rolling-out of the intermediate takes place in a plurality of steps, wherein at least once between two steps of the rolling-out there is an interim heat treatment at a temperature of 200 - 450°C for a period of 3 - 6 h, and wherein the aluminium-magnesium alloy which comprises scandium and zirconium is selected from aluminium alloys from groups AA5024 and/or AA5028. Provision of an intermediate of an aluminium-magnesium alloy which comprises scandium and zirconium; and Rolling-out of the intermediate by hot and/or cold rolling to a thickness of 5 to 50 μm, wherein the rolling-out of the intermediate takes place in a plurality of steps, wherein at least once between two steps of the rolling-out there is an interim heat treatment at a temperature of 200 - 450°C for a period of 3 - 6 h, and wherein the aluminium-magnesium alloy which comprises scandium and zirconium is selected from aluminium alloys from groups AA5024 and/or AA5028.
A thin film deposition system comprising: a cassette loading a plurality of substrates such that the substrates are separated constant distances from each other and the distance between the respective substrates is between 0.2 and 10 mm; a process chamber which receives the cassette such that a distance between the cassette and an inner wall of the process chamber is the distance between 0.2 and 10 mm, and in which the substrates are subjected to atomic layer deposition; a gas supply unit disposed at one sidewall of the process chamber and supplying gas to all of the substrates placed in the cassette in a direction parallel to arrangement of the substrates such that a laminar flow of the gas is provided to leading ends of the substrates, to a space between the substrates, and to a space between the substrate and the wall of the process chamber; and a gas exhaust unit disposed at an opposite side to the gas supply unit in the process chamber and exhausting the gas from the process chamber by suctioning the gas at rear sides of the substrates. a cassette loading a plurality of substrates such that the substrates are separated constant distances from each other and the distance between the respective substrates is between 0.2 and 10 mm; a process chamber which receives the cassette such that a distance between the cassette and an inner wall of the process chamber is the distance between 0.2 and 10 mm, and in which the substrates are subjected to atomic layer deposition; a gas supply unit disposed at one sidewall of the process chamber and supplying gas to all of the substrates placed in the cassette in a direction parallel to arrangement of the substrates such that a laminar flow of the gas is provided to leading ends of the substrates, to a space between the substrates, and to a space between the substrate and the wall of the process chamber; and a gas exhaust unit disposed at an opposite side to the gas supply unit in the process chamber and exhausting the gas from the process chamber by suctioning the gas at rear sides of the substrates.
A system comprising an additive printing device for additively manufacturing a tower structure for a wind turbine, the system further comprising a foundation or a ground surface for the tower structure and the tower structure; the additive printing device comprising: a vertical support structure extending from the foundation or ground surface and being positioned at least partially above the tower structure along a vertical direction; a support ring suspended from the vertical support structure; a printer head movably coupled to the support ring, the printer head configured for moving around a perimeter of the support ring while selectively depositing cementitious material to form the tower structure; a drive mechanism operably coupling the printer head to the support ring, the drive mechanism configured for moving the printer head around the perimeter of the support ring; a nozzle coupled to the printer head, the nozzle being independently movable relative to the printer head; and an adjustment mechanism for adjusting the position of the nozzle on the printer head. a vertical support structure extending from the foundation or ground surface and being positioned at least partially above the tower structure along a vertical direction; a support ring suspended from the vertical support structure; a printer head movably coupled to the support ring, the printer head configured for moving around a perimeter of the support ring while selectively depositing cementitious material to form the tower structure; a drive mechanism operably coupling the printer head to the support ring, the drive mechanism configured for moving the printer head around the perimeter of the support ring; a nozzle coupled to the printer head, the nozzle being independently movable relative to the printer head; and an adjustment mechanism for adjusting the position of the nozzle on the printer head.
A method for wireless communication using digital Quadrature Amplitude Modulation, the method comprising: translating between constellation symbols and bit sequences using a controller of a wireless communication device, in accordance with a 64-point constellation, the constellation symbols used in modulating a signal for transmission or detected in a received signal, or both, characterized wherein normalized magnitudes of the constellation symbols in a first quadrant of the 64-point constellation are defined by the following coordinate pairs to at least three decimal places of precision: first coordinate second coordinate 0.101262 0.405033 0.713385 0.700766 0.267652 0.512970 0.526309 0.582497 0.131415 0.991327 0.416090 0.909320 0.114535 0.739941 0.356084 0.758285 0.250852 0.180521 0.895785 0.441473 0.425891 0.315992 0.670632 0.370101 0.099375 0.097472 0.986926 0.160648 0.519688 0.099539 0.755082 0.146951 translating between constellation symbols and bit sequences using a controller of a wireless communication device, in accordance with a 64-point constellation, the constellation symbols used in modulating a signal for transmission or detected in a received signal, or both, characterized wherein normalized magnitudes of the constellation symbols in a first quadrant of the 64-point constellation are defined by the following coordinate pairs to at least three decimal places of precision: first coordinate second coordinate 0.101262 0.405033 0.713385 0.700766 0.267652 0.512970 0.526309 0.582497 0.131415 0.991327 0.416090 0.909320 0.114535 0.739941 0.356084 0.758285 0.250852 0.180521 0.895785 0.441473 0.425891 0.315992 0.670632 0.370101 0.099375 0.097472 0.986926 0.160648 0.519688 0.099539 0.755082 0.146951
Method for disrupting a sample of biological material for proteome analysis by a mass spectrometry method, comprising the steps of: - providing the sample in a reaction vessel, the biological material comprising samples of human, animal or plant origin, - adding a particular amount of an organic acid to the sample in a ratio such that the sample dissolves completely, - incubating the mix at room temperature, - adding a neutralizing solution to the mix until a pH between 7 and 9 is attained. - providing the sample in a reaction vessel, the biological material comprising samples of human, animal or plant origin, - adding a particular amount of an organic acid to the sample in a ratio such that the sample dissolves completely, - incubating the mix at room temperature, - adding a neutralizing solution to the mix until a pH between 7 and 9 is attained.
A brush wheel for collecting oil from a surface of water, the brush wheel comprising an annular brush part comprising bristles extending away from a center of annulus of the annular brush part, characterized in that the brush wheel comprises protrusions for contacting with ice floating on the surface of water and moving the ice in the direction of rotation when the brush wheel is rotated.
Process to prepare N,N'-di(2-hydroxybenzyl) ethylenediamine-N,N'-diacetic acid and salts thereof (HBED) comprising a reaction between formaldehyde, ethylenediamine diacetic acid or a salt thereof (EDDA) and phenol, wherein the reaction mixture contains 0.2 to 1.1 molar equivalents of alkali metal ions on the basis of the molar amount of EDDA and the reaction mixture is processed by a step in which at least part of the organic compounds other than the formed HBED are removed from the reaction mixture, and optionally recycled, during which step at least 50% and up to and including 100% of the alkali metal ions in the reaction mixture are potassium ions.
A composition for use in a method of treating or preventing benign prostatic hyperplasia, wherein the composition comprises a peptide having the amino acid sequence of SEQ ID NO:1 or an active variant or fragment thereof, the variant having one or more amino acid substitutions and an amino acid sequence having a homology of 80% or more to SEQ ID NO:1.
A network apparatus implemented method, comprising: receiving a publisher signed content item from a publisher in a content oriented network; encrypting, the publisher signed content item with groupid-s, wherein the groupid-s is one ID in a set of group IDs or keys for an authorized subscriber for the signed content item; storing the encrypted publisher signed content item in the CON; receiving a content request in the CON; decrypting the encrypted publisher signed content item by using the groupid-s; and forwarding the decrypted publisher signed content item. receiving a publisher signed content item from a publisher in a content oriented network; encrypting, the publisher signed content item with groupid-s, wherein the groupid-s is one ID in a set of group IDs or keys for an authorized subscriber for the signed content item; storing the encrypted publisher signed content item in the CON; receiving a content request in the CON; decrypting the encrypted publisher signed content item by using the groupid-s; and forwarding the decrypted publisher signed content item.
A holding device for holding a lighting device including: - a fixing body for fixing the holding device to a surface, in particular a building wall or a building ceiling, - a support element arranged on the fixing body for supporting a cantilever arm, wherein the cantilever arm is mounted to the support element movably by way of an adjusting device about a main pivot axis, the adjusting device has at least two components which are movable relative to each other and which have a first operating position in which the components can be connected to each other so that the cantilever arm is fixable relative to the support element and which have a second operating position in which the connection of the at least two components relative to each other can be released so that the cantilever arm is pivotable about the main pivot axis relative to the support element, a pivotal movement of the cantilever arm relative to the support element about the main pivot axis is possible only in the second operating position of the at least two mutually movable components, and there is provided at least one actuating element (4a, 4b) by way of which the connection to the adjusting device can be made or released for adjustment of the position of the cantilever arm about the main pivot axis, characterised in that the connection of the at least two mutually movable components of the adjusting device is a purely positively locking connection and the at least one actuating element (4a, 4b) is provided by a manually actuable lever mounted pivotably between an open position and a closed position. - a fixing body for fixing the holding device to a surface, in particular a building wall or a building ceiling, - a support element arranged on the fixing body for supporting a cantilever arm, wherein the cantilever arm is mounted to the support element movably by way of an adjusting device about a main pivot axis, the adjusting device has at least two components which are movable relative to each other and which have a first operating position in which the components can be connected to each other so that the cantilever arm is fixable relative to the support element and which have a second operating position in which the connection of the at least two components relative to each other can be released so that the cantilever arm is pivotable about the main pivot axis relative to the support element, a pivotal movement of the cantilever arm relative to the support element about the main pivot axis is possible only in the second operating position of the at least two mutually movable components, and there is provided at least one actuating element (4a, 4b) by way of which the connection to the adjusting device can be made or released for adjustment of the position of the cantilever arm about the main pivot axis, characterised in that the connection of the at least two mutually movable components of the adjusting device is a purely positively locking connection and the at least one actuating element (4a, 4b) is provided by a manually actuable lever mounted pivotably between an open position and a closed position.
A transmitter having a plurality M of antennas for transmitting a plurality of OFDM symbols, wherein the OFDM symbols comprise a plurality of pilot symbols (42, 43) which are used at a receiver in order to estimate channel characteristics, and wherein the plurality M of antennas comprise at least a first and a second antenna (11, 12) and the pilot symbol transmitted by the second antenna have a phase offset with respect to the pilot symbol transmitted by the first antenna. characterized in that the pilot symbol transmitted by the first antenna is obtained by X P 0 n = diag exp j φ 0 n ⋅ exp − j 2 π k P n t 0 n / K and the pilot symbol transmitted by the second antenna is obtained by X P 1 n = diag exp j φ 1 n ⋅ exp − j 2 π k P n t 0 n + K offset / K wherein k P ( n) is a vector with indices of pilot cells in the n-th OFDM symbols, t 0 [ n] is a phase offset in the range [0, K-1], K offset is a free parameter, K is the number of subcarriers, and φ 0, φ 1 are uniformly distributed phases in the range [0, 2π].
A laundry appliance comprising: a drum rotationally positioned within a structural cabinet; an impeller rotationally positioned within the drum, wherein the impeller is selectively and independently operable with respect to the drum; a binary motor having a first motor and a second motor disposed within a common housing, wherein the common housing is a single and continuous piece that is formed around the first and second motors (22, 24); a first drive belt extending between the first motor and the drum; and a second drive belt extending between the second motor and the impeller, wherein the first and second motors (22, 24) engage the first and second drive belts (28, 30) on a belt side of the common housing, wherein said first drive belt and second drive belt extend outside said common housing. a drum rotationally positioned within a structural cabinet; an impeller rotationally positioned within the drum, wherein the impeller is selectively and independently operable with respect to the drum; a binary motor having a first motor and a second motor disposed within a common housing, wherein the common housing is a single and continuous piece that is formed around the first and second motors (22, 24); a first drive belt extending between the first motor and the drum; and a second drive belt extending between the second motor and the impeller, wherein the first and second motors (22, 24) engage the first and second drive belts (28, 30) on a belt side of the common housing, wherein said first drive belt and second drive belt extend outside said common housing.
A computer-implemented method for detecting a stone impact on a window of a vehicle during operation of the vehicle, comprising: - receiving at least one sound signal (Sa, Sb) being recorded external to the vehicle by at least one external microphone and comprising a representation of a sound originating from a vicinity of the window; - receiving at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle by at least one internal microphone and comprising a representation of a sound originating from a vicinity of the window; - identifying and filtering out an interfering sound signal existing in the environment around the vehicle and in the cabin of the vehicle based on the at least one sound signal (Sa, Sb) being recorded external to the vehicle and the at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle; - determining whether the filtered sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact on the window using a trained artificial intelligence unit, - providing a detection result describing whether the sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact. - receiving at least one sound signal (Sa, Sb) being recorded external to the vehicle by at least one external microphone and comprising a representation of a sound originating from a vicinity of the window; - receiving at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle by at least one internal microphone and comprising a representation of a sound originating from a vicinity of the window; - identifying and filtering out an interfering sound signal existing in the environment around the vehicle and in the cabin of the vehicle based on the at least one sound signal (Sa, Sb) being recorded external to the vehicle and the at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle; - determining whether the filtered sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact on the window using a trained artificial intelligence unit, - providing a detection result describing whether the sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact.
A processing unit arranged to: - receive first information indicative of a first force exerted by a brushhead comprised in a toothbrush against teeth along a first direction relative to the toothbrush, and second information indicative of a second force exerted by the brushhead against the teeth along a second direction relative to the toothbrush, the second direction being different than the first direction; - determine information regarding a current angle of the brushhead with respect to the tooth surfaces based on the first information and the second information. - receive first information indicative of a first force exerted by a brushhead comprised in a toothbrush against teeth along a first direction relative to the toothbrush, and second information indicative of a second force exerted by the brushhead against the teeth along a second direction relative to the toothbrush, the second direction being different than the first direction; - determine information regarding a current angle of the brushhead with respect to the tooth surfaces based on the first information and the second information.
A method for detecting a fatigue state, comprising: receiving by a receiving module an initial image collected and sent by a 3D sensor; extracting by an extracting module an eye state information from the initial image; and determining by a determining module whether a user is currently in the fatigue state according to the eye state information; characterized in that, the extracting eye state information from the initial image comprises: identifying a first eye region image from the initial image; and extracting a corneal curvature from the first eye region image as the eye state information, if an eyelid in the first eye region image is in an open state; and the determining whether the user is currently in the fatigue state according to the eye state information comprises: comparing the corneal curvature with a reference corneal curvature, and determining that the user is currently in the fatigue state if an absolute value of a difference between the corneal curvature and the reference corneal curvature is greater than a preset threshold value, wherein the reference corneal curvature is a pre-stored corneal curvature detected when, the user is in a normal state, the curvature information in the normal state representing data stored in history or data detected when the user just starts a vehicle. receiving by a receiving module an initial image collected and sent by a 3D sensor; extracting by an extracting module an eye state information from the initial image; and determining by a determining module whether a user is currently in the fatigue state according to the eye state information; characterized in that, the extracting eye state information from the initial image comprises: identifying a first eye region image from the initial image; and extracting a corneal curvature from the first eye region image as the eye state information, if an eyelid in the first eye region image is in an open state; and identifying a first eye region image from the initial image; and extracting a corneal curvature from the first eye region image as the eye state information, if an eyelid in the first eye region image is in an open state; and the determining whether the user is currently in the fatigue state according to the eye state information comprises: comparing the corneal curvature with a reference corneal curvature, and determining that the user is currently in the fatigue state if an absolute value of a difference between the corneal curvature and the reference corneal curvature is greater than a preset threshold value, wherein the reference corneal curvature is a pre-stored corneal curvature detected when, the user is in a normal state, the curvature information in the normal state representing data stored in history or data detected when the user just starts a vehicle.