mhurhangee/ep-ind-claims huggingface dataset:
A system for operating an autonomous vehicle, said system comprising: a passenger-detector operable to determine a passenger-count of passengers present in a host-vehicle; and a controller-circuit in communication with the passenger-detector and vehicle-controls of the host-vehicle, said controller-circuit configured to operate the host-vehicle in an autonomous-mode in accordance with an estimated braking distance and in accordance with a parameter, wherein the parameter is set to an empty-value when the passenger-count is equal to zero, and the parameter is set to an occupied-value different from the empty-value when the passenger-count is greater than zero, wherein the controller-circuit is configured to estimate the braking-distance of the host-vehicle in accordance with the passenger-count. a passenger-detector operable to determine a passenger-count of passengers present in a host-vehicle; and a controller-circuit in communication with the passenger-detector and vehicle-controls of the host-vehicle, said controller-circuit configured to operate the host-vehicle in an autonomous-mode in accordance with an estimated braking distance and in accordance with a parameter, wherein the parameter is set to an empty-value when the passenger-count is equal to zero, and the parameter is set to an occupied-value different from the empty-value when the passenger-count is greater than zero, wherein the controller-circuit is configured to estimate the braking-distance of the host-vehicle in accordance with the passenger-count.
A system for imaging at least two volumes of a patient comprising: one or more imagers configured to image one volume of a patient to be imaged; at least one patient support configured to move the patient between a first position within the one or more imagers for scanning a first high blood volume and at least one second position within the one or more imagers for scanning at least one second volume of the patient; one or more controller systems; one or more user interfaces; and an injector configured to administer at least one controlled dose of one or more tracer when the patient is in the first position and at least one of at least one second position; wherein the one or more controller systems uses an image derived input function from the first volume to determine kinetic parameters for the at least one second volume of the patient to provide a reconstructed image of the at least two volumes of the patient, wherein the one or more imagers are selected from the group consisting of: positron emission tomography imagers, computed tomography imagers, magnetic resonance imaging imagers, single-photon emission computed tomography (SPECT) imagers, and combinations thereof. one or more imagers configured to image one volume of a patient to be imaged; at least one patient support configured to move the patient between a first position within the one or more imagers for scanning a first high blood volume and at least one second position within the one or more imagers for scanning at least one second volume of the patient; one or more controller systems; one or more user interfaces; and an injector configured to administer at least one controlled dose of one or more tracer when the patient is in the first position and at least one of at least one second position; wherein the one or more controller systems uses an image derived input function from the first volume to determine kinetic parameters for the at least one second volume of the patient to provide a reconstructed image of the at least two volumes of the patient, wherein the one or more imagers are selected from the group consisting of: positron emission tomography imagers, computed tomography imagers, magnetic resonance imaging imagers, single-photon emission computed tomography (SPECT) imagers, and combinations thereof.
A method for producing an additively manufactured, graded composite transition joint AM-GCTJ, the method comprising: preparing a grating or lattice pattern from a first alloy A, wherein the grating or lattice pattern includes pores in the grating or lattice pattern; building the grating or lattice pattern from a first end to a second end of the grating or lattice pattern, the grating or lattice pattern having a density being more dense on the first end than the second end, and wherein the grating or lattice pattern gradually reduces the density by at least one of increasing the pore size from the first end to the second end and reducing the density of the grating or lattice pattern as the grating or lattice pattern is additively manufactured; adding a second alloy B powder to the first end of the grating or lattice pattern; filling the second alloy B powder from the first end towards the second end of the grating or lattice pattern; forming a composite of the first alloy A and the second alloy B powder in the AM-GCTJ; and subjecting the composite to hot isotropic pressing HIP to densify the composite, wherein, the second alloy B powder has a graduated concentration from the first end to the second end of the AM-GCTJ. preparing a grating or lattice pattern from a first alloy A, wherein the grating or lattice pattern includes pores in the grating or lattice pattern; building the grating or lattice pattern from a first end to a second end of the grating or lattice pattern, the grating or lattice pattern having a density being more dense on the first end than the second end, and wherein the grating or lattice pattern gradually reduces the density by at least one of increasing the pore size from the first end to the second end and reducing the density of the grating or lattice pattern as the grating or lattice pattern is additively manufactured; adding a second alloy B powder to the first end of the grating or lattice pattern; filling the second alloy B powder from the first end towards the second end of the grating or lattice pattern; forming a composite of the first alloy A and the second alloy B powder in the AM-GCTJ; and subjecting the composite to hot isotropic pressing HIP to densify the composite, wherein, the second alloy B powder has a graduated concentration from the first end to the second end of the AM-GCTJ.
An apparatus configured to generate a high dynamic range image, the apparatus comprising: • an exposure adjustment unit configured to adjust an exposure time of an image to be picked up; • an image generation unit comprising: - an image sensor with an array of different color filters - a first image generation unit to generate the first image with a first resolution corresponding to a total number of pixels in the image sensor and captured with a first exposure time; and - a second image generation unit to generate a second image with a second resolution lower than the first resolution of the first image and with a second exposure time, wherein each pixel of the second image is obtained by combining a number N of pixels of identical color, such that the second resolution of the second image is 1/N of the first resolution of the first image, and • an image synthesis unit configured to synthesize the first and second image into a high dynamic range image; the apparatus characterized in that • N>2, and • the second exposure time is adjusted based on the ratio 1/N between the second resolution and the first resolution. • an exposure adjustment unit configured to adjust an exposure time of an image to be picked up; • an image generation unit comprising: - an image sensor with an array of different color filters - a first image generation unit to generate the first image with a first resolution corresponding to a total number of pixels in the image sensor and captured with a first exposure time; and - a second image generation unit to generate a second image with a second resolution lower than the first resolution of the first image and with a second exposure time, wherein each pixel of the second image is obtained by combining a number N of pixels of identical color, such that the second resolution of the second image is 1/N of the first resolution of the first image, and - an image sensor with an array of different color filters - a first image generation unit to generate the first image with a first resolution corresponding to a total number of pixels in the image sensor and captured with a first exposure time; and - a second image generation unit to generate a second image with a second resolution lower than the first resolution of the first image and with a second exposure time, wherein each pixel of the second image is obtained by combining a number N of pixels of identical color, such that the second resolution of the second image is 1/N of the first resolution of the first image, and • an image synthesis unit configured to synthesize the first and second image into a high dynamic range image; the apparatus characterized in that • N>2, and • the second exposure time is adjusted based on the ratio 1/N between the second resolution and the first resolution.
Portable device, in particularly a mobile phone or smart watch, at least comprising a main body, wherein the main body comprises a screen for outputting visual information, an acoustic output means for outputting acoustic information, in particularly a speaker, a processor unit for operating the portable device, a communication means for transmitting data and/or signals, in particularly wirelessly, to another device, in particularly a further portable device or a server device, an electric energy source for powering the portable device and a sensor means for detecting at least one effect subjected onto the portable device, and a microphone unit for receiving acoustic waves, wherein the microphone unit comprises a microphone, a transfer unit for positioning the microphone between two end-positions and an actuator for moving the microphone between the end-positions, wherein the processor unit operates the actuator in dependency of data or signals provided by the sensor means characterized in that the sensor means comprises one or multiple wind detector elements.
A threaded connection for pipes, comprising: a pin having a pin-side contact surface including a pin-side thread part; a box having a box-side contact surface including a box-side thread part; and a Zn-Ni alloy plating layer formed on at least one of the pin-side contact surface and the box-side contact surface, the Zn-Ni alloy plating layer is consisting of Zn, Ni, trace amount of Cr and impurities, wherein a content of the trace amount of Cr is 5.0×10 to 1.0×10 10 counts/sec, as measured according to the method described in the description, in terms of Cr intensity as measured by secondary ion mass spectrometry using O 2 + ions as bombarding ions. a pin having a pin-side contact surface including a pin-side thread part; a box having a box-side contact surface including a box-side thread part; and a Zn-Ni alloy plating layer formed on at least one of the pin-side contact surface and the box-side contact surface, the Zn-Ni alloy plating layer is consisting of Zn, Ni, trace amount of Cr and impurities, wherein a content of the trace amount of Cr is 5.0×10 to 1.0×10 10 counts/sec, as measured according to the method described in the description, in terms of Cr intensity as measured by secondary ion mass spectrometry using O 2 + ions as bombarding ions.
A video encoder for encoding image frames that are divisible into macroblocks, comprising: macroblock QP estimation means for generating quantization parameter, QP, estimates for the macroblocks of an image frame wherein a QP estimate for a macroblock is a QP estimate derived from a prediction residue for said macroblock, wherein said prediction residue is obtained from pre-processing means for: generating, for I type image frame, intra prediction macroblocks of the image frame using only a subset of allowable intra prediction modes and, generating, for P type image frame, motion vector for macroblocks of the image frame using only a 16x16 block type, only one reference image, and the average QP of the previously coded picture; and means for calculation of a frame level QP for the image frame, using one of mean, median, and mode of the histogram of QP estimates for the macroblocks, wherein the frame level QP of the image frame is used for constraining individual macroblock QPs when encoding the macroblocks of the image frame. macroblock QP estimation means for generating quantization parameter, QP, estimates for the macroblocks of an image frame wherein a QP estimate for a macroblock is a QP estimate derived from a prediction residue for said macroblock, wherein said prediction residue is obtained from pre-processing means for: generating, for I type image frame, intra prediction macroblocks of the image frame using only a subset of allowable intra prediction modes and, generating, for P type image frame, motion vector for macroblocks of the image frame using only a 16x16 block type, only one reference image, and the average QP of the previously coded picture; and means for calculation of a frame level QP for the image frame, using one of mean, median, and mode of the histogram of QP estimates for the macroblocks, wherein the frame level QP of the image frame is used for constraining individual macroblock QPs when encoding the macroblocks of the image frame. generating, for I type image frame, intra prediction macroblocks of the image frame using only a subset of allowable intra prediction modes and, generating, for P type image frame, motion vector for macroblocks of the image frame using only a 16x16 block type, only one reference image, and the average QP of the previously coded picture; and means for calculation of a frame level QP for the image frame, using one of mean, median, and mode of the histogram of QP estimates for the macroblocks, wherein the frame level QP of the image frame is used for constraining individual macroblock QPs when encoding the macroblocks of the image frame.
A panel (2, 36, 36') for use in a bathroom apparatus in the form of a bath or shower, said panel having a first surface and a second, opposing, surface, and wherein at least one of the length and width of the panel are selectively adjustable to one of a range of predetermined dimensions defined by guide formations on the panel which allow a portion of the panel to be removed by breaking or cutting the panel along a selected guide formation in order to select one of the predetermined dimensions, said guide formations substantially parallel with at least one edge (12, 12') of the panel and depend across the panel between opposing edges (14, 14') of the panel, wherein a plurality of strengthening ribs are formed on the said second surface of the panel and each of said guide formations are located adjacent to and substantially parallel with a side of one of said strengthening ribs.
A lithium secondary battery comprising: a positive electrode including a first lithium cobalt oxide and a second lithium cobalt oxide, wherein the first lithium cobalt oxide has an average particle diameter (D 50) of 1 μm to 4 um and the second lithium cobalt oxide has an average particle diameter (D 50) of 5 um to 15 um; a negative electrode including first graphite and second graphite, wherein the first graphite and the second graphite have different average particle diameters (D 50) from each other; and an electrolyte including a first additive comprising a nitrile-based compound, wherein the first lithium cobalt oxide and the second lithium cobalt oxide each independently contain aluminum in a concentration of 2,500 ppm to 4,000 ppm. a positive electrode including a first lithium cobalt oxide and a second lithium cobalt oxide, wherein the first lithium cobalt oxide has an average particle diameter (D 50) of 1 μm to 4 um and the second lithium cobalt oxide has an average particle diameter (D 50) of 5 um to 15 um; a negative electrode including first graphite and second graphite, wherein the first graphite and the second graphite have different average particle diameters (D 50) from each other; and an electrolyte including a first additive comprising a nitrile-based compound, wherein the first lithium cobalt oxide and the second lithium cobalt oxide each independently contain aluminum in a concentration of 2,500 ppm to 4,000 ppm.
Advisory display board, which has a planar sign panel with at least one advertising side, wherein the advertising side is formed by an advertising film applied to the sign panel, characterised in that on the advertising side an anti-adhesive coating is applied, wherein the anti-adhesive coating is formed as a transparent film, which has a surface with irregularly distributed, punctual elevations.
Dental implant configured to be inserted into a hole in jaw bone and to be at least partially situated in bone tissue when implanted, the dental implant comprising a coronal implant region, wherein the surface of the coronal implant region is at least partly covered by an oxide layer with an average thickness in the range from 60 nm to 170 nm for changing the color of the coronal implant region from a metallic grey to a yellow or pink interference color, and the surface of the coronal implant region including the oxide layer has a surface roughness Sa with an average arithmetical mean height in the range from 0.1 μm to 1.0 μm. the surface of the coronal implant region is at least partly covered by an oxide layer with an average thickness in the range from 60 nm to 170 nm for changing the color of the coronal implant region from a metallic grey to a yellow or pink interference color, and the surface of the coronal implant region including the oxide layer has a surface roughness Sa with an average arithmetical mean height in the range from 0.1 μm to 1.0 μm.
Rubber composite reinforced with at least one steel reinforcing element coated at least in part with an adhesive layer, the reinforced rubber composite comprising a rubber matrix in which the coated steel reinforcing element is embedded, characterized in that the adhesive layer comprises an adhesive composition comprising at least one phenol/aldehyde resin based on at least: - one aromatic aldehyde bearing at least one aldehyde functional group, comprising at least one aromatic nucleus; - one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted, and in that the rubber matrix is based on a rubber composition comprising a crosslinking system comprising a content of molecular sulphur ranging from 1 to 5 phr. - one aromatic aldehyde bearing at least one aldehyde functional group, comprising at least one aromatic nucleus; - one polyphenol comprising one or more aromatic nucleus/nuclei, it being understood that: ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted, ∘ in the case of just one aromatic nucleus, the latter bears two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, the remainder of the aromatic nucleus being unsubstituted; ∘ in the case of several aromatic nuclei, at least two of them each bear two or three hydroxyl functional groups in the meta position with respect to each other or with respect to one another, it being understood that the two positions ortho to at least one of these hydroxyl functional groups are unsubstituted,
1- deoxygalactonojirimycin or a salt thereof for use in the treatment of Fabry disease in a patient having a splice site mutation in intron 4 of the nucleic acid sequence encoding a-galactosidase A.
Wire drawing machine for reducing the cross section of a wire, wherein the wire drawing machine has a drawing block, wherein the wire drawing machine has a wire control device, wherein the wire control device has a wire guide element which extends in elongate fashion along one direction and which has means through which the wire is guided, wherein the wire drawing machine is configured in such a way that the wire can be guided from the drawing block in an arc, substantially orthogonal to the direction of the wire guide element, through the wire guide element to a subsequent processing machine, characterized in that the wire control device has a sensor device for the contactless determination of a wire position along the direction of the wire guide element.
A method that facilitates identifying a wireless terminal (102, 202, 1500) in a peer-to-peer network, comprising: receiving a first signal in a first peer discovery interval of a series of peer discovery intervals, wherein the first signal is generated by a disparate wireless terminal (204, 206) using a predetermined hash function, which determines a time-frequency resource of the first signal and uses as inputs an identifier (1450, 1556) of the disparate wireless terminal (204, 206) and a time counter variable, which varies over time from one peer discovery interval to another; generating a second signal utilizing at least one known identifier (1450, 1556) from a stored list of known identifiers (1450, 1556) based on the predetermined hash function; and comparing the received first signal with the generated second signal to determine a presence of the disparate wireless terminal (204, 206) in a vicinity, wherein the disparate wireless terminal (204, 206) corresponds to the known identifier (1450, 1556) used to generate the second signal. receiving a first signal in a first peer discovery interval of a series of peer discovery intervals, wherein the first signal is generated by a disparate wireless terminal (204, 206) using a predetermined hash function, which determines a time-frequency resource of the first signal and uses as inputs an identifier (1450, 1556) of the disparate wireless terminal (204, 206) and a time counter variable, which varies over time from one peer discovery interval to another; generating a second signal utilizing at least one known identifier (1450, 1556) from a stored list of known identifiers (1450, 1556) based on the predetermined hash function; and comparing the received first signal with the generated second signal to determine a presence of the disparate wireless terminal (204, 206) in a vicinity, wherein the disparate wireless terminal (204, 206) corresponds to the known identifier (1450, 1556) used to generate the second signal.