mhurhangee/patent-ind-claim-en huggingface dataset:
Protective device (1; 51; 61) for terminal sprouts of trees, having a strip-shaped base body which is designed for elastic deformation between a flatly extended basic position and a curved functional position, the base body having a front side and a rear side facing away from the front side , and having a first functional surface being formed on the front side , in which, along a longest body axis of the base body , a first end region with a locking arrangement , a contact region with a plurality of flexible bristles , and a second end region with a receiving arrangement for locking to the locking arrangement are formed, , wherein the closure arrangement comprises a first closure means and a second closure means arranged spaced therefrom, and wherein the receiving arrangement has a first receiving means for the first closure means and a second receiving means for the second closure means , wherein at least two support rods (7, 8, 9; 52; 62) are fitted, which are each extended along an extension axis aligned parallel to the front side , in particular transversely to the longest body axis of the base body , and the support rods having a plurality of recesses which are each aligned transversely to the extension axis and are arranged along the extension axis , in particular at a constant pitch.
A method of color error correction for a segmented LED array comprising a plurality of LED segments, wherein each LED segment can be selectively controlled to illuminate a correlated part of a scene, the method comprising: (a) detecting an initial luminance pattern, wherein the initial luminance pattern comprises a brightness profile of a scene; (b) calculating a target luminance per LED segments of the segmented LED array, the target luminance corresponding to a target brightness profile to be generated in the scene; (c) determining a luminance ratio based on the target luminance, the luminance ratio defined as a ratio of a primary luminance value of a primary LED segment to a secondary luminance value of at least one adjacent LED segment adjacent to the primary LED segment; (d) providing a predefined threshold ratio, which predefined threshold ratio is defined by a relative luminance of a single LED segment compared to a luminance of an adjacent LED segment, and comparing the luminance ratio to the predefined threshold ratio, and (i) if the luminance ratio is greater than or equal to the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is maintained, or (ii) if the luminance ratio is less than the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is increased. (a) detecting an initial luminance pattern, wherein the initial luminance pattern comprises a brightness profile of a scene; (b) calculating a target luminance per LED segments of the segmented LED array, the target luminance corresponding to a target brightness profile to be generated in the scene; (c) determining a luminance ratio based on the target luminance, the luminance ratio defined as a ratio of a primary luminance value of a primary LED segment to a secondary luminance value of at least one adjacent LED segment adjacent to the primary LED segment; (d) providing a predefined threshold ratio, which predefined threshold ratio is defined by a relative luminance of a single LED segment compared to a luminance of an adjacent LED segment, and comparing the luminance ratio to the predefined threshold ratio, and (i) if the luminance ratio is greater than or equal to the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is maintained, or (ii) if the luminance ratio is less than the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is increased. (i) if the luminance ratio is greater than or equal to the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is maintained, or (ii) if the luminance ratio is less than the predefined threshold ratio, then the secondary luminance value of the at least one adjacent LED segment is increased.
Multi-part casing for an ammunition cartridge comprising a tubular sleeve and a base , the base assembled and fixed to the tubular sleeve by a weld arrangement, the base comprising an end wall having a rim , an extraction groove adjacent the rim , and a tubular extension extending from the end wall and having an outer surface in contact with an inner surface of a base end of the tubular sleeve , characterized in that the welding arrangement comprises a weld line that spirals around the base end of the tubular sleeve from a weld line start point positioned over the tubular extension of the base spiraling to a weld line end section positioned over the extraction groove , a surface portion of the extraction groove interfacing with the tubular sleeve having a machined surface such that the weld line ends in the machined surface.
Measuring tape arrangement for use in an elevator system for determining a position of an elevator car along a travel path , comprising: - a one-piece measuring tape to be arranged along the travel path , wherein varying location information is stored along the measuring tape , by means of which a current position relative to the measuring tape can be determined; - a retaining structure to be arranged at one end of the travel path , on which the measuring tape is fastened by means of a fastening device at a fixed position relative to the travel path ; characterized in that a receiving device for receiving a measuring tape supply is arranged on the retaining structure , wherein a measuring tape piece of the measuring tape supply is provided to be arranged along an extension portion when the travel path is extended upwards by one extension portion . - a one-piece measuring tape to be arranged along the travel path , wherein varying location information is stored along the measuring tape , by means of which a current position relative to the measuring tape can be determined; - a retaining structure to be arranged at one end of the travel path , on which the measuring tape is fastened by means of a fastening device at a fixed position relative to the travel path ;
A method performed by a computing system comprising: receiving , from a client device, an image of a content item uploaded by a user of the client device; removing background information from the image of the content item; dividing the image into one or more overlapping patches; identifying , via a first machine learning model, one or more distortions present in the image based on the image and the one or more overlapping patches; determining , based on the identifying, that the image meets a threshold level of quality; responsive to the determining, correcting , by a second machine learning model, the one or more distortions present in the image based on the image and the one or more overlapping patches, wherein each patch of the one or more overlapping patches are corrected; and reconstructing the image of the content item based on the one or more corrected overlapping patches. receiving , from a client device, an image of a content item uploaded by a user of the client device; removing background information from the image of the content item; dividing the image into one or more overlapping patches; identifying , via a first machine learning model, one or more distortions present in the image based on the image and the one or more overlapping patches; determining , based on the identifying, that the image meets a threshold level of quality; responsive to the determining, correcting , by a second machine learning model, the one or more distortions present in the image based on the image and the one or more overlapping patches, wherein each patch of the one or more overlapping patches are corrected; and reconstructing the image of the content item based on the one or more corrected overlapping patches.
A binocular telescope , characterized by comprising: a pair of Schmidt-Pechan roof prisms , wherein each of the Schmidt-Pechan roof prisms comprises a first half pentaprism and a Schmidt roof prism , each of the first half pentaprisms comprises a first lateral surface , and the first lateral surface of each of the first half pentaprisms substantially faces the other first half pentaprism ; a second half pentaprism , connected to the first lateral surface of one of the first half pentaprisms and comprising a second lateral surface , wherein the second lateral surface of the second half pentaprism substantially faces the other first half pentaprism ; a right-angle prism , comprising a third lateral surface and a fourth lateral surface , wherein the third lateral surface and the fourth lateral surface are spatially perpendicular to each other, the third lateral surface of the right-angle prism is connected to the second lateral surface of the second half pentaprism , a normal of the fourth lateral surface of the right-angle prism is perpendicular to an imaginary plane, and the imaginary plane comprises a normal of the first lateral surface and a normal of the second lateral surface ; a main circuit board , comprising a control module ; and an auxiliary circuit board, comprising a light emitting and receiving module , wherein the light emitting and receiving module comprises a light emitter and a light receiver , and the light emitter and the light receiver are arranged above the fourth lateral surface of the right-angle prism and electrically connected with the main circuit board respectively. a pair of Schmidt-Pechan roof prisms , wherein each of the Schmidt-Pechan roof prisms comprises a first half pentaprism and a Schmidt roof prism , each of the first half pentaprisms comprises a first lateral surface , and the first lateral surface of each of the first half pentaprisms substantially faces the other first half pentaprism ; a second half pentaprism , connected to the first lateral surface of one of the first half pentaprisms and comprising a second lateral surface , wherein the second lateral surface of the second half pentaprism substantially faces the other first half pentaprism ; a right-angle prism , comprising a third lateral surface and a fourth lateral surface , wherein the third lateral surface and the fourth lateral surface are spatially perpendicular to each other, the third lateral surface of the right-angle prism is connected to the second lateral surface of the second half pentaprism , a normal of the fourth lateral surface of the right-angle prism is perpendicular to an imaginary plane, and the imaginary plane comprises a normal of the first lateral surface and a normal of the second lateral surface ; a main circuit board , comprising a control module ; and an auxiliary circuit board, comprising a light emitting and receiving module , wherein the light emitting and receiving module comprises a light emitter and a light receiver , and the light emitter and the light receiver are arranged above the fourth lateral surface of the right-angle prism and electrically connected with the main circuit board respectively.
A computer implemented method for detecting a pulse repetition frequency of pulsed radiation using a sensor array of sensor elements arranged in element lines, the method comprising the steps of: a) Addressing the sensor array of sensor elements using a rolling shutter operation, wherein the rolling shutter operation comprises addressing each element line consecutively for a predetermined integration period; b) Reading the sensor array to obtain a radiation image, the radiation image comprising a plurality of pixel values, with each pixel value corresponding to a sensor element in the sensor array; and then c) Applying a pulse detection operation to the radiation image, thereby detecting the pulsed radiation; Characterised in that the pulse detection operation comprises: d) Extracting a beat signal from the pixel values of the radiation image in a sensor array direction corresponding to the direction of the rolling shutter operation; e) Calculating a beat frequency from the beat signal; f) Calculating a peak to trough ratio from the beat signal; and then g) Calculating a pulse repetition frequency of the pulsed radiation using a pulse repetition frequency function, the pulse repetition frequency function being a function of the beat frequency and peak to trough ratio. a) Addressing the sensor array of sensor elements using a rolling shutter operation, wherein the rolling shutter operation comprises addressing each element line consecutively for a predetermined integration period; b) Reading the sensor array to obtain a radiation image, the radiation image comprising a plurality of pixel values, with each pixel value corresponding to a sensor element in the sensor array; and then c) Applying a pulse detection operation to the radiation image, thereby detecting the pulsed radiation; d) Extracting a beat signal from the pixel values of the radiation image in a sensor array direction corresponding to the direction of the rolling shutter operation; e) Calculating a beat frequency from the beat signal; f) Calculating a peak to trough ratio from the beat signal; and then g) Calculating a pulse repetition frequency of the pulsed radiation using a pulse repetition frequency function, the pulse repetition frequency function being a function of the beat frequency and peak to trough ratio.
Method for modelling the surroundings of a vehicle, comprising the steps - acquiring surroundings data for a multiplicity of measuring positions by sensing the surroundings by means of at least one sensor , and - storing the measuring positions, characterized by the further steps - making available a multiplicity of tiles , which are grid tiles, for storing the surroundings data, - storing the surroundings data in at least a first tile and in at least a second tile of a first surroundings model , wherein the first tile and the second tile represent a part of the surroundings , - storing at least one clear feature from the surroundings data of the first tile and an associated first measuring position of which the feature was sensed, - storing a travelled-along trajectory of the vehicle, - sensing the feature from a second measuring position within the second tile , wherein the surroundings data of the first tile and of the second tile are not identical, - determining a corrected measuring position and a corrected trajectory from the first measuring position and the second measuring position and the travelled-along trajectory, and - producing a second surroundings model by inserting surroundings data, corrected on the basis of the corrected trajectory, of the first surroundings model . - acquiring surroundings data for a multiplicity of measuring positions by sensing the surroundings by means of at least one sensor , and - storing the measuring positions, characterized by the further steps - making available a multiplicity of tiles , which are grid tiles, for storing the surroundings data, - storing the surroundings data in at least a first tile and in at least a second tile of a first surroundings model , wherein the first tile and the second tile represent a part of the surroundings , - storing at least one clear feature from the surroundings data of the first tile and an associated first measuring position of which the feature was sensed, - storing a travelled-along trajectory of the vehicle, - sensing the feature from a second measuring position within the second tile , wherein the surroundings data of the first tile and of the second tile are not identical, - determining a corrected measuring position and a corrected trajectory from the first measuring position and the second measuring position and the travelled-along trajectory, and - producing a second surroundings model by inserting surroundings data, corrected on the basis of the corrected trajectory, of the first surroundings model .
Method for the manufacture of purified 68 Ge material for radiopharmaceutical purposes, characterized by (a) adjusting a 68 Ge-containing solution containing organic and metallic impurities to a HCI concentration of 6.5 to 12 M in order to convert the 68 Ge contained in the solution, to a 68 GeCl 4 -containing material ; (b) loading the solution comprising the 68 GeCl 4 -containing material obtained in step (a) to a resin matrix, wherein said resin matrix is a hydrophilic, macroporous, acrylic ester polymeric resin; (c) eluting said resin matrix with water in order to hydrolyze the 68 GeCl 4 -containing material and to release 68 Ge in germanic acid form [ 68 Ge(OH) 4 ] from the 68 GeCl 4 -containing material which was adsorbed to the resin matrix in step (b); (d) adjusting an eluate solution containing 68 Ge obtained in step (c) to an HCI concentration < 1M; and (e) loading said adjusted eluate solution of step (d), containing 68 Ge in the form of 68 Ge(OH) 4 to a cation exchange resin, wherein metal ion impurities are essentially quantitatively retained whereas the final 68 Ge-containing product being essentially free of organic and metallic impurities, elutes through. (a) adjusting a 68 Ge-containing solution containing organic and metallic impurities to a HCI concentration of 6.5 to 12 M in order to convert the 68 Ge contained in the solution, to a 68 GeCl 4 -containing material ; (b) loading the solution comprising the 68 GeCl 4 -containing material obtained in step (a) to a resin matrix, wherein said resin matrix is a hydrophilic, macroporous, acrylic ester polymeric resin; (c) eluting said resin matrix with water in order to hydrolyze the 68 GeCl 4 -containing material and to release 68 Ge in germanic acid form [ 68 Ge(OH) 4 ] from the 68 GeCl 4 -containing material which was adsorbed to the resin matrix in step (b); (d) adjusting an eluate solution containing 68 Ge obtained in step (c) to an HCI concentration < 1M; and (e) loading said adjusted eluate solution of step (d), containing 68 Ge in the form of 68 Ge(OH) 4 to a cation exchange resin, wherein metal ion impurities are essentially quantitatively retained whereas the final 68 Ge-containing product being essentially free of organic and metallic impurities, elutes through.
A vented metallic end closure adapted for interconnection to a neck of a container body , comprising: a peripheral curl; a chuck wall extending downwardly from the peripheral curl; a countersink interconnected to a lower end of the chuck wall ; and a central panel interconnected to the countersink , the central panel having a primary score defining a dispensing opening ; a secondary score defining a vent opening with a vent panel positioned proximate to the peripheral curl of said central panel , wherein a secondary score termination is directed towards the peripheral curl to form a hinge point, and said vent panel is inclined downwardly toward an interior portion of said central panel to define a ramp and characterized in that a vent form feature is included on the vent panel that increases the stiffness of the vent panel near the secondary score and that provides a seat for an opening tool , wherein the vent form feature is a recessed portion of the central panel . a peripheral curl; a chuck wall extending downwardly from the peripheral curl; a countersink interconnected to a lower end of the chuck wall ; and a central panel interconnected to the countersink , the central panel having a primary score defining a dispensing opening ; a secondary score defining a vent opening with a vent panel positioned proximate to the peripheral curl of said central panel , wherein a secondary score termination is directed towards the peripheral curl to form a hinge point, and said vent panel is inclined downwardly toward an interior portion of said central panel to define a ramp and characterized in that a vent form feature is included on the vent panel that increases the stiffness of the vent panel near the secondary score and that provides a seat for an opening tool , wherein the vent form feature is a recessed portion of the central panel .
Hay-making machine, in particular a rotary swather, comprising at least one rake wheel that is drivable in a rotary manner about an upright rake wheel axis and that is supported on the ground by a contact chassis that has a sliding plate for an areal support at the ground, characterized in that at least one jockey wheel projecting downwardly beyond the contact patch of the sliding plate is provided at the lower side of the sliding plate .
A device for the edge trimming of a blank of a card-shaped identification, value or security document , wherein the blank comprises at least two parallel surfaces and a side edge connecting the two surfaces to one another, with a holding device for holding the blank in such a way that the blank remains free, at least in some areas, for the edge trimming, with a laser cutting device which is designed to emit a laser beam in such a way that it impinges in a focused manner on a predetermined cutting line of a trimming region of the blank , and with an inert gas device which is designed to supply at least one inert gas stream to the trimming region , wherein the inert gas device comprises a first supply channel for inert gas directed towards the one of the surfaces , the device being characterized in that the inert gas device comprises a second supply channel for inert gas directed towards the other of the surfaces . with a holding device for holding the blank in such a way that the blank remains free, at least in some areas, for the edge trimming, with a laser cutting device which is designed to emit a laser beam in such a way that it impinges in a focused manner on a predetermined cutting line of a trimming region of the blank , and with an inert gas device which is designed to supply at least one inert gas stream to the trimming region , wherein the inert gas device comprises a first supply channel for inert gas directed towards the one of the surfaces , the device being characterized in that the inert gas device comprises a second supply channel for inert gas directed towards the other of the surfaces .