mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle system comprising: a housing disposed at a front portion of a vehicle and including a forward opening; a headlamp disposed within the housing ; a headlamp lens extending over the forward opening; an image sensor disposed within the housing and configured to detect a light source ; an ambient light sensor; a controller operably coupled to the image sensor , the ambient light sensor, and the headlamp , the controller operable to control the headlamp in response to the light source detected by the image sensor ; and a baffle proximate the image sensor , wherein a protrusion is provided in the headlamp and forms a circular wall that defines a lens island , which is provided in the headlamp lens and which isolates the image sensor from optical communication with the headlamp , and wherein the baffle is a circular baffle that projects forward, wherein said circular wall is integral with the baffle such that a portion of the baffle extends into or through the headlamp lens , and wherein the baffle is configured to isolate the image sensor from light emitted by the headlamp . a housing disposed at a front portion of a vehicle and including a forward opening; a headlamp disposed within the housing ; a headlamp lens extending over the forward opening; an image sensor disposed within the housing and configured to detect a light source ; an ambient light sensor; a controller operably coupled to the image sensor , the ambient light sensor, and the headlamp , the controller operable to control the headlamp in response to the light source detected by the image sensor ; and a baffle proximate the image sensor , wherein a protrusion is provided in the headlamp and forms a circular wall that defines a lens island , which is provided in the headlamp lens and which isolates the image sensor from optical communication with the headlamp , and wherein the baffle is a circular baffle that projects forward, wherein said circular wall is integral with the baffle such that a portion of the baffle extends into or through the headlamp lens , and wherein the baffle is configured to isolate the image sensor from light emitted by the headlamp .
A system comprising: an output; a plurality of data capture devices configured to capture data, each of said data capture devices being configured to cause said captured data to be stored in data storage and at least some of said captured data to be directed to the output; a data using application; a buffer configured to store said at least some of said captured data from said output for delivery to the data using application, wherein the buffer is configured to receive from said output, the data directed to said output substantially in real-time, and subsequently in response to the buffer becoming substantially filled, to receive said captured data from said data storage at a reduced data rate. an output; a plurality of data capture devices configured to capture data, each of said data capture devices being configured to cause said captured data to be stored in data storage and at least some of said captured data to be directed to the output; a data using application; a buffer configured to store said at least some of said captured data from said output for delivery to the data using application, wherein the buffer is configured to receive from said output, the data directed to said output substantially in real-time, and subsequently in response to the buffer becoming substantially filled, to receive said captured data from said data storage at a reduced data rate.
A process for preparation of raltegravir (I) comprising; (a) reaction of 2-amino-2-methylpropanenitrile with oxadiazole carbonyl chloride in presence of a base to give N-(2-cyanopropan-2-yl)-5-methyl-1,3,4-oxadiazole-2-carboxamide (II), (b) treating N-(2-cyanopropan-2-yl)-5-methyl-1,3,4-oxadiazole-2-carboxamide (II) with hydroxyl amine derivative of formula (III) to give compound of formula (IV), wherein R is H, (c) treating compound of formula (IV) with dialkyl acetylene dicarboxylate and isolating compound of formula (V), wherein, R' is C 1-4 alkyl group and R is H, (d) coupling compound of formula (V) with p-fluorobenzyl amine and isolating compound of formula (VI), (e) methylating the compound of formula (VI) with a methylating agent to give raltegravir (I). (a) reaction of 2-amino-2-methylpropanenitrile with oxadiazole carbonyl chloride in presence of a base to give N-(2-cyanopropan-2-yl)-5-methyl-1,3,4-oxadiazole-2-carboxamide (II), (b) treating N-(2-cyanopropan-2-yl)-5-methyl-1,3,4-oxadiazole-2-carboxamide (II) with hydroxyl amine derivative of formula (III) to give compound of formula (IV), wherein R is H, (c) treating compound of formula (IV) with dialkyl acetylene dicarboxylate and isolating compound of formula (V), wherein, R' is C 1-4 alkyl group and R is H, (d) coupling compound of formula (V) with p-fluorobenzyl amine and isolating compound of formula (VI), (e) methylating the compound of formula (VI) with a methylating agent to give raltegravir (I).
A method for the virtual secondary machining of a virtual three-dimensional gingiva model generated during the planning of an artificial gingiva, the virtual gingiva model being subjected to virtual secondary machining in that at least one defined three-dimensional surface structure of the gingiva model is changed by means of a virtual tool using a computer , characterised in that the defined surface structure of the gingiva comprises an interdental space , a papilla of a tooth, a tooth root gingiva region , a transition region between the gingiva model and a jaw model and/or a discharge region at the end of the mandibular arch, the defined surface structure of the gingiva model being selectively varied by use of the virtual tool, with a height and a course of a gingival border of at least one interdental space being changed by use of the virtual tool by displacing a highest point of the interdental space along a tooth axis of one of the two neighbouring teeth and by automatically adjusting regions of the interdental space around this highest point in a membrane-like manner, with a gingival border of a papilla being changed by the use of the virtual tool by displacing a lowermost point of the papilla in a lingual, buccal, labial or palatal direction and by automatically adjusting the course of the gingival border relative to a tooth and to the surrounding regions of the gingiva model , or with a gingival border of a papilla being changed by use of the virtual tool by displacing an uppermost point of the papilla in an occlusal, incisal or cervical direction and by automatically adjusting transitions of the papilla to adjacent surface structures of the gingiva model .
A computer-implemented method comprising: obtaining a first audio signal captured by a device located in an environment; analyzing a characteristic of the first audio signal to determine an acoustic performance metric for the environment; in response to the acoustic performance metric being below a threshold, providing a first task for a user to perform based on the characteristic of the first audio signal, the first task being related to an adjustment to a setting of the environment; after the user has performed the first task, repeating the above method steps; and providing an acoustical indication of the performance metric to the user, wherein the performance metric indicates whether the acoustic performance has improved or deteriorated. obtaining a first audio signal captured by a device located in an environment; analyzing a characteristic of the first audio signal to determine an acoustic performance metric for the environment; in response to the acoustic performance metric being below a threshold, providing a first task for a user to perform based on the characteristic of the first audio signal, the first task being related to an adjustment to a setting of the environment; after the user has performed the first task, repeating the above method steps; and providing an acoustical indication of the performance metric to the user, wherein the performance metric indicates whether the acoustic performance has improved or deteriorated.
A method for decompressing a compressed Higher Order Ambisonics representation, said decompressing including: perceptually decoding a current encoded compressed frame to provide a perceptually decoded frame ( Ŷ ( k - 2)) of channels; re-distributing said perceptually decoded frame ( Ŷ ( k - 2)) of channels based on a transmitted assignment vector indicating at least an index of an additional coefficient sequence of an ambient HOA component in order to re-create a corresponding frame of a residual ambient HOA component ( Ĉ AMB,RED ( k - 2)) and a corresponding frame of directional signals ( X̂ DIR ( k - 2)) ; re-composing a current decompressed frame ( Ĉ ( k - 3)) of the HOA representation from the recreated frame of directional signals ( X̂ DIR ( k - 2)) and from the recreated frame of the residual ambient HOA component ( Ĉ AMB,RED ( k - 2)) based on a transmitted data set of indices of detected directional signals and a transmitted set of dominant direction estimates; and wherein said re-composing the current decompressed frame ( Ĉ ( k - 3)) is further based on predicted signals that are predicted with respect to uniformly distributed directions from said directional signals ( X̂ DIR ( k - 2)). perceptually decoding a current encoded compressed frame to provide a perceptually decoded frame ( Ŷ ( k - 2)) of channels; re-distributing said perceptually decoded frame ( Ŷ ( k - 2)) of channels based on a transmitted assignment vector indicating at least an index of an additional coefficient sequence of an ambient HOA component in order to re-create a corresponding frame of a residual ambient HOA component ( Ĉ AMB,RED ( k - 2)) and a corresponding frame of directional signals ( X̂ DIR ( k - 2)) ; re-composing a current decompressed frame ( Ĉ ( k - 3)) of the HOA representation from the recreated frame of directional signals ( X̂ DIR ( k - 2)) and from the recreated frame of the residual ambient HOA component ( Ĉ AMB,RED ( k - 2)) based on a transmitted data set of indices of detected directional signals and a transmitted set of dominant direction estimates; and wherein said re-composing the current decompressed frame ( Ĉ ( k - 3)) is further based on predicted signals that are predicted with respect to uniformly distributed directions from said directional signals ( X̂ DIR ( k - 2)).
Frame profile arrangement for window or door frames, with a frame profile and a glazing bead which can be fastened in a clamping manner on it, in particular for fastening a glass element between the frame profile and the glazing bead , wherein the glazing bead comprises a carrier profile of plastic which can be fastend in a clamping manner to the frame profile and an aluminium cover which is fastened, or at least can be fastened, in particular is snap-fitted and/or adhesively bonded, on the carrier profile , characterized in that the carrier profile comprises, in particular is formed by, a base profile and a mounting profile , which are fastened, or at least can be fastened, on each other, preferably releasably, wherein the mounting profile has at least one sealing lip of a glazing seal.
Valve device for the prevention of backflow in a flow channel of a sewer and for preventing rodents from passing upstream said flow channel, said valve device comprising a first body for being mounted at least partially within the flow channel of the sewer, said first body defining a first channel having an inlet and an outlet , said first body comprising at least one flap valve pivotally movable between a closed position and an open position, wherein in the open position sewage and/or water is able to flow through said first channel and in the closed position said sewage and/or water is prevented to flow through said first channel, characterised in that said first body further comprises a first and a second pivotally movable shutter arranged downstream of the at least one flap valve, the first and second pivotally movable shutters arranged facing each other and being spaced apart at a distance for preventing rodents from passing through said shutters, said first and second pivotally movable shutters being configured to allow sewage and/or water to flow in a downstream direction of the flow channel of the sewer.
A hydraulic blow molding apparatus comprising: a container forming station having a forming head coupled to a source of liquid blow medium, the container forming station further including a mold configured to receive a preform and having interior surfaces defining a container shape, the container forming station being configured inject a liquid end product into the preform and expand the preform into contact with the interior surfaces of the mold to simultaneously formed and fill a container with the liquid end product, the container being located within the container forming station and being full of the liquid end product, the hydraulic blow molding apparatus being characterized by a seal that is engaged with the container while the container is within the container forming station , and wherein the seal is an inner liner/seal having an axially extending ring in press-fit or frictional engagement with an inner surface the container .
A composition including graphite oxide, characterised in that the composition comprises an infrared absorbing compound selected from an infrared pigment, or an infrared dye including a conjugated system having its main absorption in the infrared region, and is present in the composition in an amount between 5 and 50 % by weight.
A dressing for treating a tissue site , comprising: a fluid transport layer for providing fluid communication with the tissue site comprising a first side , a second side and a periphery , the fluid transport layer being configured to be in fluid communication with the tissue site , the first side of the fluid transport layer adapted to be positioned facing the tissue site ; an offloading layer in fluid communication with the fluid transport layer , the offloading layer comprising a force offloading region and a target region ; and a liquid deflector positioned between the second side of the fluid transport layer and the offloading layer , the liquid deflector configured to deflect a liquid from the tissue site into contact with the target region of the offloading layer ; and wherein the target region of the offloading layer is adapted to expand normal to the fluid transport layer upon contact with the liquid, and wherein the force offloading region of the offloading layer is adapted to be substantially free of expansion, wherein the target region is for positioning at or around the periphery of the tissue site and the liquid deflector, and the force offloading region is for covering the tissue site . a fluid transport layer for providing fluid communication with the tissue site comprising a first side , a second side and a periphery , the fluid transport layer being configured to be in fluid communication with the tissue site , the first side of the fluid transport layer adapted to be positioned facing the tissue site ; an offloading layer in fluid communication with the fluid transport layer , the offloading layer comprising a force offloading region and a target region ; and a liquid deflector positioned between the second side of the fluid transport layer and the offloading layer , the liquid deflector configured to deflect a liquid from the tissue site into contact with the target region of the offloading layer ; and
A white balance processing method, comprising: processing (S110) an image to determine whether a light source is contained in a scene corresponding to the image comprising: dividing the image into a plurality of regions; and for each of the plurality of regions, determining whether a ratio of a number of pixels each with a pixel value greater than a predetermined value exceeds a predetermined ratio according to a histogram of the respective region; in response to determining that the light source is contained in the scene, processing (S120) the image according to a first predetermined algorithm to acquire color temperature of the light source in the scene and performing a white balance processing on the image according to the color temperature of the light source; and in response to determining that no light source is contained in the scene, performing (S130) the white balance processing on the image according to a second predetermined algorithm, the second predetermined algorithm being different from the first predetermined algorithm. processing (S110) an image to determine whether a light source is contained in a scene corresponding to the image comprising: dividing the image into a plurality of regions; and for each of the plurality of regions, determining whether a ratio of a number of pixels each with a pixel value greater than a predetermined value exceeds a predetermined ratio according to a histogram of the respective region; in response to determining that the light source is contained in the scene, processing (S120) the image according to a first predetermined algorithm to acquire color temperature of the light source in the scene and performing a white balance processing on the image according to the color temperature of the light source; and in response to determining that no light source is contained in the scene, performing (S130) the white balance processing on the image according to a second predetermined algorithm, the second predetermined algorithm being different from the first predetermined algorithm.
Retaining frame for retaining plug-connector modules capable of being inserted into the retaining frame, consisting of two frame parts which are provided with retaining means , wherein the first frame part is connected to the second frame part so as to be displaceable back and forth by means of at least one slide-bearing arrangement , and the frame parts can, as intended, be moved back and forth from an extended position into a collapsed position, characterized in that each slide bearing exhibits a T-shaped retaining arm on the one frame part and a receptacle for the retaining arm on the other frame part , wherein the retaining arm forms with its T-shaped cantilevers a frame-side stop to counter being pulled out of the receptacle , so that the retaining arm is supported in the receptacle so as to be displaceable back and forth, but the two frame parts have thereby been connected to one another in captive manner.
A measurement arrangement configured to determine an indicator of symptoms of Parkinson's disease in a person, wherein the measurement system comprises a detection system comprising means configured to receive measurement data representing continuous measurements of an EMG signal originating from an electrode patch attached to a limb of the person and an acceleration signal associated with the EMG signal, determine principal component representations based on the measurement data, wherein each principal component representation represents a projection of at least one feature of the EMG signal and at least one feature of the acceleration signal into uncorrelated features in a feature space formed by orthogonal basis vectors, for each determined principal component representation, determine a magnitude of the indicator based on the principal component representation, and based on the determined magnitudes, provide the indicator in a form that shows changes of the magnitude of the indicator over time, wherein the determining of the principal component representation comprises extracting the at least one feature of the EMG signal and the at least one feature of the acceleration signal, forming a feature vector based on the at least one extracted feature of the EMG signal and the at least one extracted feature of the acceleration signal, wherein the feature vector is represented as a weighted sum of eigenvectors of a sample correlation matrix, the sample correlation matrix having been previously solved based on measurement data from a plurality of persons, solving weights of the weighted sum, and using the weights of the weighted sum as the principal components of the principal component representation. receive measurement data representing continuous measurements of an EMG signal originating from an electrode patch attached to a limb of the person and an acceleration signal associated with the EMG signal, determine principal component representations based on the measurement data, wherein each principal component representation represents a projection of at least one feature of the EMG signal and at least one feature of the acceleration signal into uncorrelated features in a feature space formed by orthogonal basis vectors, for each determined principal component representation, determine a magnitude of the indicator based on the principal component representation, and based on the determined magnitudes, provide the indicator in a form that shows changes of the magnitude of the indicator over time, extracting the at least one feature of the EMG signal and the at least one feature of the acceleration signal, forming a feature vector based on the at least one extracted feature of the EMG signal and the at least one extracted feature of the acceleration signal, wherein the feature vector is represented as a weighted sum of eigenvectors of a sample correlation matrix, the sample correlation matrix having been previously solved based on measurement data from a plurality of persons, solving weights of the weighted sum, and using the weights of the weighted sum as the principal components of the principal component representation.
A salt of a compound of formula (I): wherein the salt is maleate, and a mole ratio of the compound of formula (I) to maleic acid in the maleate of the compound of formula (I) is from 1:0.9 to 1:1.2.
A method of wirelessly charging a battery in a mobile device , the mobile device including a near field communication, NFC, antenna , the method comprising: detecting a current induced in the mobile device from the NFC antenna; and in response to detecting that an excessive current of the induced current that is above a threshold level specified for normal NFC communications has been shunted for longer than a predetermined time duration, using the current induced in the mobile device that is above the specified threshold to charge the battery in the mobile device, wherein the threshold level required for normal NFC communications corresponds to an amount of current required to facilitate NFC based communications between the NFC module and an NFC enabled device using NFC protocols. detecting a current induced in the mobile device from the NFC antenna; and in response to detecting that an excessive current of the induced current that is above a threshold level specified for normal NFC communications has been shunted for longer than a predetermined time duration, using the current induced in the mobile device that is above the specified threshold to charge the battery in the mobile device, wherein the threshold level required for normal NFC communications corresponds to an amount of current required to facilitate NFC based communications between the NFC module and an NFC enabled device using NFC protocols.
Device for post-treatment of a welding seam (N) of a butt-welded workpiece, in particular a saw band (B) or a bandknife, having a base for applying the butt-welded workpiece (B), having a first cutting drive and a first tool holder , wherein the first tool holder is coupled to the first cutting drive, so that the first tool holder can be driven by the first cutting drive with a rotation about a first axis , characterised in that the first axis is at an angle greater than 0° and less than or equal to 70° to a region of the base and a first angled milling head is fastened in the first tool holder , the cutting edge of which lies parallel to the region of the base.