mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for generating an optimized printer calibration on the base of measured cielab values of primary colours of different tonal gradations of a printed test chart, wherein a) the maximum value will be limited in a colorimetric manner for each primary colour, b) each primary colour will be linearized in a colorimetric manner, c) the maximum value of the co-print of all linearized primary colours will be determined in a colorimetric manner, d) a definition of the resulting colour range will be carried out, e) the outer envelope of the colour range will be determined in an equidistant manner, f) the intermediate values of the resulting calibration table will be interpolated, characterized in that in the process step b) at first the tonal values of a primary colour will be linearly scaled, such that the maximum value determined in step a) corresponds to 100% of tonal value, the total length of a curved line of each primary colour in the cielab colour range comprised between 0% tonal value and the maximum value of 100% tonal value determined in step a) will be determined as the sum of the colour distances, and afterwards the tonal values will be newly assigned in a linear manner to the proportion of the passed length with respect to the determined total length of the curved line starting from 0% until the maximum value of 100% tonal value determined in step a). a) the maximum value will be limited in a colorimetric manner for each primary colour, b) each primary colour will be linearized in a colorimetric manner, c) the maximum value of the co-print of all linearized primary colours will be determined in a colorimetric manner, d) a definition of the resulting colour range will be carried out, e) the outer envelope of the colour range will be determined in an equidistant manner, f) the intermediate values of the resulting calibration table will be interpolated, characterized in that in the process step b) at first the tonal values of a primary colour will be linearly scaled, such that the maximum value determined in step a) corresponds to 100% of tonal value, the total length of a curved line of each primary colour in the cielab colour range comprised between 0% tonal value and the maximum value of 100% tonal value determined in step a) will be determined as the sum of the colour distances, and afterwards the tonal values will be newly assigned in a linear manner to the proportion of the passed length with respect to the determined total length of the curved line starting from 0% until the maximum value of 100% tonal value determined in step a).
A robot system, comprising: a control system including a robot control interface having a control interface grip; a macro robotic arm having a first set of articulating joints (66a, 66b, 66c, 66d) responsive in a first control system state to movement of said control interface grip in a plurality of directions; a micro robotic arm having a second set of articulating joints (68a, 68b, 68c) distinct from said first set (66a, 66b, 66c, 66d), responsive in a second control system state to movement of said control interface grip in said plurality of directions, and configured to be supported at a distal end of said macro robotic arm to facilitate positioning said micro robotic arm, and a vehicle base to which said micro robotic arm is mounted, said vehicle base releasable from said distal end and configured for movement independent of said macro robotic arm. a control system including a robot control interface having a control interface grip; a macro robotic arm having a first set of articulating joints (66a, 66b, 66c, 66d) responsive in a first control system state to movement of said control interface grip in a plurality of directions; a micro robotic arm having a second set of articulating joints (68a, 68b, 68c) distinct from said first set (66a, 66b, 66c, 66d), responsive in a second control system state to movement of said control interface grip in said plurality of directions, and configured to be supported at a distal end of said macro robotic arm to facilitate positioning said micro robotic arm, and a vehicle base to which said micro robotic arm is mounted, said vehicle base releasable from said distal end and configured for movement independent of said macro robotic arm.
A method of manufacturing a composite element, the method comprising: incorporating a polymer material into a textile layer, the polymer material being located at a first surface and an opposite second surface of the textile layer; after the step of incorporating, embroidering the textile layer with a thread such that a section of the thread lies adjacent to the textile layer and substantially parallel to the textile layer throughout a distance of at least five centimeters; locating a cover layer adjacent to the first surface of the textile layer such that the section of the thread is located between the textile layer and the cover layer; and heating the polymer material to bond the section of the thread and the cover layer to the textile layer. incorporating a polymer material into a textile layer, the polymer material being located at a first surface and an opposite second surface of the textile layer; at a first surface and an opposite second surface of the textile layer; after the step of incorporating, embroidering the textile layer with a thread such that a section of the thread lies adjacent to the textile layer and substantially parallel to the textile layer throughout a distance of at least five centimeters; locating a cover layer adjacent to the first surface of the textile layer such that the section of the thread is located between the textile layer and the cover layer; and of the thread is located between the textile layer and the cover layer; and heating the polymer material to bond the section of the thread and the cover layer to the textile layer.
A mobile wireless device, comprising: a housing for the mobile wireless device comprising radio frequency interference shielding; a first array of antennas (101, 421) aligned with and next to a first area on a surface of the housing, wherein the first area exposes the first array (101, 421) to RFI; and a second array of antennas aligned with and next to a second area on a surface of the housing, wherein the second area exposes the second array to RFI, wherein the first area and the second area lie in different planes, and characterized in that the first and second arrays (421, 422) are held in place by respectively nesting them in outwardly opening receptacles (805, 806) formed as depressions or indentations in the housing that provide RFI shielding. a housing for the mobile wireless device comprising radio frequency interference shielding; a first array of antennas (101, 421) aligned with and next to a first area on a surface of the housing, wherein the first area exposes the first array (101, 421) to RFI; and a second array of antennas aligned with and next to a second area on a surface of the housing, wherein the second area exposes the second array to RFI, wherein the first area and the second area lie in different planes, and
An intraocular implant for placement in the eye, the implant comprising a main portion, which is a lamina, and a peripheral portion disposed at the periphery of the main portion, the peripheral portion comprising a groove for engagement with the lip of a single capsulotomy only formed in the lens capsule of the eye, the groove lying substantially parallel to the plane of the lamina; characterized in that: the groove is constituted by first and second grooves (66, 67) lying parallel to the plane of the lamina and spaced apart from each other in a direction orthogonal to said plane, the first groove being for engagement with the lip of an anterior capsulotomy and the second groove being for engagement with the lip of a posterior capsulotomy. the groove is constituted by first and second grooves (66, 67) lying parallel to the plane of the lamina and spaced apart from each other in a direction orthogonal to said plane, the first groove being for engagement with the lip of an anterior capsulotomy and the second groove being for engagement with the lip of a posterior capsulotomy.
A system for performing lateral guidance control of a transportation vehicle, the system comprising: a lateral guidance control system controller; means for modeling tire behavior for enhancing transportation vehicle cornering by real-time prediction of tire performance using a neural network arranged to determine a real-time tire performance factor for at least one tire of the vehicle based on CAN data from a CAN system of the transportation vehicle, wherein the CAN data includes vehicle dynamics data, characterized in that the vehicle dynamics data include in-plane acceleration data of the vehicle and pilot data including thrust data of the transportation vehicle, the real-time tire performance factor is arranged to indicate a degree of performance of the at least one tire for cornering based on the vehicle dynamics and pilot data, the lateral guidance control system controller is in communication with the neural network to receive the real-time tire performance factor, and the lateral guidance control system controller is arranged to dynamically adjust a lateral guidance performance profile of the vehicle based on the real-time tire performance factor for the at least one tire to govern lateral steering of the vehicle according to the real-time tire performance factor. a lateral guidance control system controller; means for modeling tire behavior for enhancing transportation vehicle cornering by real-time prediction of tire performance using a neural network arranged to determine a real-time tire performance factor for at least one tire of the vehicle based on CAN data from a CAN system of the transportation vehicle, wherein the CAN data includes vehicle dynamics data, characterized in that the vehicle dynamics data include in-plane acceleration data of the vehicle and pilot data including thrust data of the transportation vehicle, the real-time tire performance factor is arranged to indicate a degree of performance of the at least one tire for cornering based on the vehicle dynamics and pilot data, the lateral guidance control system controller is in communication with the neural network to receive the real-time tire performance factor, and the lateral guidance control system controller is arranged to dynamically adjust a lateral guidance performance profile of the vehicle based on the real-time tire performance factor for the at least one tire to govern lateral steering of the vehicle according to the real-time tire performance factor.
An apparatus for accession control in a private peer-to-peer network of blockchain nodes sharing network state information, the apparatus comprising: - means for receiving a request of a candidate node to join the private peer-to-peer network of blockchain nodes (201, 202, 203, 204, 205) sharing network state information, wherein the network state information is stored in a blockchain ledger that is comprised by each of the nodes (201, 202, 203, 204, 205) and comprises device identifiers and information on allowed connections between at least some of the nodes, - means for initiating a shared accession control procedure among at least some of the nodes in response to the request, and - means for updating the shared network state information of the network in the ledger with information on the candidate node in response to the shared accession control procedure allowing the candidate node to join the private peer-to-peer network. - means for receiving a request of a candidate node to join the private peer-to-peer network of blockchain nodes (201, 202, 203, 204, 205) sharing network state information, wherein the network state information is stored in a blockchain ledger that is comprised by each of the nodes (201, 202, 203, 204, 205) and comprises device identifiers and information on allowed connections between at least some of the nodes, - means for initiating a shared accession control procedure among at least some of the nodes in response to the request, and - means for updating the shared network state information of the network in the ledger with information on the candidate node in response to the shared accession control procedure allowing the candidate node to join the private peer-to-peer network.
Cosmetic article, characterised in that it comprises: - a reservoir of make-up product comprising a collar having a hole; and - a stopper having at least one screw thread and able to be screwed onto the reservoir to close it, and further having at least one scraper (25, 25') able to clean the collar of the reservoir when closing the latter. - a reservoir of make-up product comprising a collar having a hole; and - a stopper having at least one screw thread and able to be screwed onto the reservoir to close it, and further having at least one scraper (25, 25') able to clean the collar of the reservoir when closing the latter.
A filter element comprising an outlet tube with a first sealing element and a drainage plug with a second sealing element, the outlet tube and the drainage plug being concentric, wherein the outlet tube and the drainage plug are positioned to sealingly engage with a first sealing zone of an outlet orifice and a second sealing zone of a drainage orifice of a base, respectively, at different consecutive stages of a filter element installation process; wherein the outlet tube has a slanted end and means to guide and maintain said filter element in a predetermined relative angular orientation when installed onto said base, and wherein said first sealing element is parallel to said slanted end.
Vehicle body, in particular for trucks, having a sectional door and a loading space which can be closed at an opening by the sectional door, which has a plurality of panels which are mounted pivotably on one another and can be moved by means of a drive, wherein at least one spring on a spring shaft assists in lifting the sectional door, and a spring fracture safety device is provided for arresting the sectional door in the event that the spring fractures, wherein the spring fracture safety device has a pinion connected to the spring shaft and a pivotally pretensioned locking lever which can be brought into engagement with the pinion to block a rotational movement of the spring shaft, wherein one end of the spring is held on an adapter of the spring fracture safety device, which is pivotally mounted on a holder of the spring fracture safety device and, in a position tensioned by the spring, holds the locking lever out of engagement with the pinion and, in the event that the spring fractures, releases the locking lever so that said lever comes into engagement with the pinion, characterized in that the adapter has an opening, in which the pinion is accommodated and the adapter has two arcuate slots into each of which a bolt is inserted for mounting the adapter, wherein the locking lever is arranged in a receptacle between the adapter and a section of the holder, and the holder is arranged in a central region of the spring shaft and has a lead-through for the spring shaft.
A fastener comprising: a fastener body having a threaded portion and an opposing, tapered portion, said tapered portion including an outwardly angled surface; and a sleeve movably connected to said fastener body, said sleeve including a plurality of fingers at least partially separated from each other, each of said fingers including at least two, axially spaced gripping members (70;72) protruding a radial distance from a sleeve body, the radial distance of each of said gripping members (70;72) progressively increasing from said tapered portion to said threaded portion of the fastener body wherein when the fastener is inserted in a borehole formed in a substrate and a fastening member is threaded onto said threaded end and tightened, said sleeve progressively moves along said angled surface causing said fingers to move outwardly and at least one of said gripping members (70;72) to engage an inner surface of the substrate forming the borehole to secure the fastener in the borehole. a fastener body having a threaded portion and an opposing, tapered portion, said tapered portion including an outwardly angled surface; and a sleeve movably connected to said fastener body, said sleeve including a plurality of fingers at least partially separated from each other, each of said fingers including at least two, axially spaced gripping members (70;72) protruding a radial distance from a sleeve body, the radial distance of each of said gripping members (70;72) progressively increasing from said tapered portion to said threaded portion of the fastener body
A in vitro method for decreasing iron content of ferritin, wherein said method comprises the following steps: (i) providing: a ferritin-containing fluid containing one or more reducing agents suitable for reducing Fe 3+ ions to Fe 2+ ions, a semipermeable layer, which is permeable for iron ions, but which is impermeable for polypeptides having a molecular weight of more than 300 kDa, a zeolite suitable for adsorbing the iron ions which is suspended in water or an aqueous buffer, and (ii) placing the semipermeable layer between the ferritin-containing fluid and the zeolite so that the ferritin-containing fluid does not get in direct contact with the zeolite; and (iii) incubating the arrangement obtained from step (ii) under conditions that allow migration of the iron ions through the membrane and adsorption thereof to the zeolite. (i) providing: a ferritin-containing fluid containing one or more reducing agents suitable for reducing Fe 3+ ions to Fe 2+ ions, a semipermeable layer, which is permeable for iron ions, but which is impermeable for polypeptides having a molecular weight of more than 300 kDa, a zeolite suitable for adsorbing the iron ions which is suspended in water or an aqueous buffer, and a ferritin-containing fluid containing one or more reducing agents suitable for reducing Fe 3+ ions to Fe 2+ ions, a semipermeable layer, which is permeable for iron ions, but which is impermeable for polypeptides having a molecular weight of more than 300 kDa, a zeolite suitable for adsorbing the iron ions which is suspended in water or an aqueous buffer, and (ii) placing the semipermeable layer between the ferritin-containing fluid and the zeolite so that the ferritin-containing fluid does not get in direct contact with the zeolite; and (iii) incubating the arrangement obtained from step (ii) under conditions that allow migration of the iron ions through the membrane and adsorption thereof to the zeolite.
A base station (101,102,103) comprising: a transceiver (210a-210n); and a controller coupled with the transceiver and configured to: generate most significant bits, MSBs, of a system frame number, SFN, and a physical downlink control channel, PDCCH, configuration for system information on a first payload of a physical broadcast channel, PBCH, the SFN being 10 bits, generate least significant bits, LSBs, of the SFN and a half frame index on a second payload of the PBCH, and transmit a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and the PBCH. a transceiver (210a-210n); and a controller coupled with the transceiver and configured to: generate most significant bits, MSBs, of a system frame number, SFN, and a physical downlink control channel, PDCCH, configuration for system information on a first payload of a physical broadcast channel, PBCH, the SFN being 10 bits, generate least significant bits, LSBs, of the SFN and a half frame index on a second payload of the PBCH, and transmit a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and the PBCH. generate most significant bits, MSBs, of a system frame number, SFN, and a physical downlink control channel, PDCCH, configuration for system information on a first payload of a physical broadcast channel, PBCH, the SFN being 10 bits, generate least significant bits, LSBs, of the SFN and a half frame index on a second payload of the PBCH, and transmit a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and the PBCH.
Roller skate having a plurality of rollers, having a first frame part, which is, or can be, connected rigidly to a boot and in which at least a foremost roller of the rollers (4, 6) is mounted in a rotatable manner, having a second frame part, in which at least two rear rollers (8, 10) are mounted in a rotatable manner, wherein the two frame parts (12, 14) can be pivoted in relation to one another about a pivot axis parallel to the axes of rotation of the rollers (4, 6, 8, 10), and having a braking element which is installed in the second frame part, can be moved counter to the force of a restoring spring, comprises a brake block and, by virtue of the two frame parts (12, 14) being pivoted in relation to one another, can be pressed against at least one of the rear rollers (8, 10), wherein the restoring spring is a helical compression spring, which has its lower end supported against the second frame part and pivots the first frame part back in relation to the second frame part.
A car key for a road vehicle comprising a housing and a mechanical and/or electronic key function provided in or on the housing for controlling access and/or departure of a road vehicle, characterised in that the car key comprises an electronic PKI module which provides a digital public key infrastructure functionality with at least one public key and a private key corresponding thereto, wherein the car key further comprises a communication module which is designed to connect the car key to a terminal device other than the road vehicle and is set up to provide the public key infrastructure functionality of the PKI module on the terminal device.