mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for evaluating a CT data set of a coronary region of a patient regarding perivascular tissue of at least one target blood vessel, in particular comprising at least one coronary artery, comprising automatically: - determining a centerline of at least the at least one target blood vessel in the CT data set, - defining a region of interest as having at least one defined outer region radius around an, in particular patient specific, extension interval of the centerline, the outer region radius being larger than the radius of the target blood vessel, wherein an inner wall of the at least one target blood vessel is segmented in the CT data set, wherein an inner boundary of the region of interest is defined as the respective the inner wall location - calculating at least one quantitative value from the CT data in the region of interest. - determining a centerline of at least the at least one target blood vessel in the CT data set, - defining a region of interest as having at least one defined outer region radius around an, in particular patient specific, extension interval of the centerline, the outer region radius being larger than the radius of the target blood vessel, wherein an inner wall of the at least one target blood vessel is segmented in the CT data set, wherein an inner boundary of the region of interest is defined as the respective the inner wall location - calculating at least one quantitative value from the CT data in the region of interest.
A computer implemented method for controlling a communications network, the method comprising: obtaining, from the network, cell identifiers, remote electrical tilt, RET, equipment identifiers, link data comprising information about links between cells and RET equipment, and network configuration data, and, from a data storage, network planning data; finding a first cell, if any, missing a link to a RET equipment; searching, based on comparing the network configuration data and the network planning data, to which RET equipment, if any, the first cell should be linked, and responsive to detecting that the first cell and a first RET equipment should be linked, forming a link between the first cell and the first RET equipment; updating the link data with information comprising the formed link, if any; and using the updated link data in network control operations. obtaining, from the network, cell identifiers, remote electrical tilt, RET, equipment identifiers, link data comprising information about links between cells and RET equipment, and network configuration data, and, from a data storage, network planning data; finding a first cell, if any, missing a link to a RET equipment; searching, based on comparing the network configuration data and the network planning data, to which RET equipment, if any, the first cell should be linked, and responsive to detecting that the first cell and a first RET equipment should be linked, forming a link between the first cell and the first RET equipment; updating the link data with information comprising the formed link, if any; and using the updated link data in network control operations.
Kitchen furniture arrangement having a worktop and a flat lining element, wherein the lining element is disposed in the area of the rear edge of the worktop, forming a projection surface extending upward from the area of the rear edge, wherein a projection device for projecting an image onto the projection surface is disposed above the worktop, characterized in that the kitchen furniture arrangement comprises a sensor arrangement disposed on the side of the lining element facing away from the projection device and having sensors for detecting the projection surface being touched by fingers and/or a pointing device, wherein the kitchen furniture arrangement comprises a data processing device being configured to receive and process a touch data signal of the sensor arrangement with respect to detected touches, wherein the data processing device is configured to control the image projected by the projection device by means of an image data signal, wherein the data processing device is configured to associate the position of a detected touch on the projection surface with a position on the projected image, wherein the data processing device is configured to call up, depending on the association of the position of a detected touch with a position on the projected image, a function of a computer program associated with the position on the projected image, wherein the surface monitored for touches by the sensors of the sensor arrangement is a subarea of the image projected by the projection device, wherein the image data signal generated by the data processing device leads to that part of the projected image projected onto the surface not monitored for touches by the sensors of the sensor arrangement being merely a black image region and/or wherein the beam path leading to this image region is interrupted.
An automatic brake assist device for an electric two-wheeled vehicle, the electric two-wheeled vehicle comprising an electric motor, the automatic brake assist device comprising: a radar sensor module, used to measure a distance from an opposite object; an internal main control module, connected to the radar sensor module and the electric motor; wherein the internal main control module is configured, when the distance is changed from greater than a first braking distance to less than the first braking distance, reducing power output of the electric motor by 5-15% in a first brake braking mode to decelerate the electric two-wheeled vehicle; when the distance is changed from greater than a second braking distance to less than the second braking distance, reducing power output of the electric motor by 15-50% in a second brake braking mode to decelerate the electric two-wheeled vehicle; when the distance is changed from greater than a third braking distance to less than the third braking distance, reducing power output of the electric motor by 50-90% in a third braking mode to decelerate the electric two-wheeled vehicle. a radar sensor module, used to measure a distance from an opposite object; an internal main control module, connected to the radar sensor module and the electric motor; wherein the internal main control module is configured, when the distance is changed from greater than a first braking distance to less than the first braking distance, reducing power output of the electric motor by 5-15% in a first brake braking mode to decelerate the electric two-wheeled vehicle; when the distance is changed from greater than a second braking distance to less than the second braking distance, reducing power output of the electric motor by 15-50% in a second brake braking mode to decelerate the electric two-wheeled vehicle; when the distance is changed from greater than a third braking distance to less than the third braking distance, reducing power output of the electric motor by 50-90% in a third braking mode to decelerate the electric two-wheeled vehicle.
A metallic cover cap for sealing a metallic bottle, the cover cap being formed by a laminated piece with a circular inner- and outer-face layout, from whose edge a peripheral skirt extends in a descending manner and to which a safety ring is attached by a series of bridges, and a gasket attached to the inner face of the circular layout and provided with a flat central zone and an annular zone, including an outer rim and an inner rim separated by a notch, wherein the outer rim extends axially and circumferentially continuously and adjacent to the skirt and includes a first flat surface adjacent to the skirt, a second surface with a flat portion and a concave portion facing radially toward the notch, and a third flat surface extending between the first and the second flat surfaces, the second surface and the third flat surface of the outer rim being joined by a convex surface facing radially toward the notch; the inner rim extends axially and circumferentially continuously and is spaced radially inward from the outer rim and includes a first flat surface facing and perpendicular to the flat central zone, a second concave surface facing radially toward the notch, and a third flat surface inclined toward the notch between the first and the second surfaces; and wherein the inner rim has a base of greater thickness than the thickness of the base of the outer rim, the cover cap characterised in that: the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm. the outer rim extends axially and circumferentially continuously and adjacent to the skirt and includes a first flat surface adjacent to the skirt, a second surface with a flat portion and a concave portion facing radially toward the notch, and a third flat surface extending between the first and the second flat surfaces, the second surface and the third flat surface of the outer rim being joined by a convex surface facing radially toward the notch; the inner rim extends axially and circumferentially continuously and is spaced radially inward from the outer rim and includes a first flat surface facing and perpendicular to the flat central zone, a second concave surface facing radially toward the notch, and a third flat surface inclined toward the notch between the first and the second surfaces; and wherein the inner rim has a base of greater thickness than the thickness of the base of the outer rim, the cover cap characterised in that: the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm. the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm.
A method for control of usage of one or more services for a user, the method applying in a control server and comprising the steps of: - the control server identifying (S-115, S-118) one or more services for a user, and determining (S-120, S-122) a service quota for each identified service; - the control server identifying (S-115, S-124) one or more monitoring keys associated with each identified service, and determining (S-125, S-126) a monitoring quota for each identified monitoring key; and characterized in that the method also comprises: - the control server identifying (S-130, S-128) one or more related monitoring keys to be submitted together with at least one of the one or more identified monitoring keys; - submitting (S-135, S-140, S-138, S-132) from the control server to a reporting device (2, 4), for each of the one or more identified monitoring keys, the identified monitoring key, the determined monitoring quota, and the identified one or more related monitoring keys; - receiving (S-160, S-164) at the control server, from the reporting device (2, 4), usage information for at least one of the one or more identified monitoring keys, the monitoring quota for the at least one of the one or more identified monitoring keys having been exhausted, and usage information for the identified one or more related monitoring keys submitted together with the at least one monitoring key whose monitoring quota has been exhausted; and - for each service associated with any monitoring key for which usage information has been received, the control server updating (S-165, S-166) the service quota by using the received usage information. - the control server identifying (S-115, S-118) one or more services for a user, and determining (S-120, S-122) a service quota for each identified service; - the control server identifying (S-115, S-124) one or more monitoring keys associated with each identified service, and determining (S-125, S-126) a monitoring quota for each identified monitoring key; - the control server identifying (S-130, S-128) one or more related monitoring keys to be submitted together with at least one of the one or more identified monitoring keys; - submitting (S-135, S-140, S-138, S-132) from the control server to a reporting device (2, 4), for each of the one or more identified monitoring keys, the identified monitoring key, the determined monitoring quota, and the identified one or more related monitoring keys; - receiving (S-160, S-164) at the control server, from the reporting device (2, 4), usage information for at least one of the one or more identified monitoring keys, the monitoring quota for the at least one of the one or more identified monitoring keys having been exhausted, and usage information for the identified one or more related monitoring keys submitted together with the at least one monitoring key whose monitoring quota has been exhausted; and - for each service associated with any monitoring key for which usage information has been received, the control server updating (S-165, S-166) the service quota by using the received usage information.
A method implemented by a programmable device, for restoring a digital image, the digital image to be restored being derived from an initial image acquired by an image acquisition device having associated instrumental acquisition noise, in which the digital image to be restored was obtained by applying a compression to the initial acquired image to obtain a compressed initial image, then a decompression of the compressed initial image, characterized in that it includes the following steps: - obtaining (30, 60-64, 80-94) an intermediate digital image, the intermediate digital image being a digital image obtained by restoring the instrumental acquisition noise to the digital image to be restored, - denoising (32, 66-70, 96, 98) of the intermediate digital image to obtain a denoised intermediate digital image, - deconvoluting (34, 100) the denoised intermediate digital image to obtain a restored digital image. in which the digital image to be restored was obtained by applying a compression to the initial acquired image to obtain a compressed initial image, then a decompression of the compressed initial image, characterized in that it includes the following steps: - obtaining (30, 60-64, 80-94) an intermediate digital image, the intermediate digital image being a digital image obtained by restoring the instrumental acquisition noise to the digital image to be restored, - denoising (32, 66-70, 96, 98) of the intermediate digital image to obtain a denoised intermediate digital image, - deconvoluting (34, 100) the denoised intermediate digital image to obtain a restored digital image. - obtaining (30, 60-64, 80-94) an intermediate digital image, the intermediate digital image being a digital image obtained by restoring the instrumental acquisition noise to the digital image to be restored, - denoising (32, 66-70, 96, 98) of the intermediate digital image to obtain a denoised intermediate digital image, - deconvoluting (34, 100) the denoised intermediate digital image to obtain a restored digital image.
A method of controlling a Transport Control Protocol, TCP, proxy server, the TCP proxy server acting as a proxy between a first device and a second device and connected to the first device via a first connection and to the second device via a second connection, the method comprising the steps of: - obtaining round trips times, RTTs, to the first and second devices, and - when the first device is downloading data from the second device, configuring the TCP proxy server to have initial window size set to an increased value compared to a preconfigured default value when the RTT in the connection between the TCP proxy server and the second device is shorter than the RTT in the connection between the TCP proxy server and the first device, characterized in that when the RTT in the connection between the TCP proxy server and the second device is longer than the RTT in the connection between the TCP proxy server and the first device, the TCP proxy server sends more Acknowledgements, ACKS, for received TCP packets compared to a preconfigured default value for the number of ACKs per received TCP packet. - obtaining round trips times, RTTs, to the first and second devices, and - when the first device is downloading data from the second device, configuring the TCP proxy server to have initial window size set to an increased value compared to a preconfigured default value when the RTT in the connection between the TCP proxy server and the second device is shorter than the RTT in the connection between the TCP proxy server and the first device, characterized in that when the RTT in the connection between the TCP proxy server and the second device is longer than the RTT in the connection between the TCP proxy server and the first device, the TCP proxy server sends more Acknowledgements, ACKS, for received TCP packets compared to a preconfigured default value for the number of ACKs per received TCP packet.
A closure assembly for a container, the closure assembly comprising: a closure body for securing to the container to extend across and seal an opening in the container; the closure body comprising a bore therein, the bore communicating with the opening in the container and providing a conduit between the interior of the container and the exterior of the container through which product within the container may be dispensed; a closure member having a port therein, the closure member slideably mounted to the closure body and slideable between a closed position in which the port is out of alignment with the bore in the closure body and the closure member acts to close the bore in the closure body and an open position in which the port is aligned with the bore in the closure body; characterised in that: the closure member is held in the closed position by a retaining member and is released for movement to the open position when the closure assembly is engaged with a vessel to receive dispensed product. a closure body for securing to the container to extend across and seal an opening in the container; the closure body comprising a bore therein, the bore communicating with the opening in the container and providing a conduit between the interior of the container and the exterior of the container through which product within the container may be dispensed; a closure member having a port therein, the closure member slideably mounted to the closure body and slideable between a closed position in which the port is out of alignment with the bore in the closure body and the closure member acts to close the bore in the closure body and an open position in which the port is aligned with the bore in the closure body; characterised in that: the closure member is held in the closed position by a retaining member and is released for movement to the open position when the closure assembly is engaged with a vessel to receive dispensed product.
A composition comprising citric acid, succinic acid, fumaric acid and malic acid, in combination with sodium bicarbonate, calcium carbonate and calcium lactate, for use in reducing the concentration of urea in patients with chronic renal failure, acute renal failure, acute or chronic liver disease with hyperammonemia, congenital diseases with enzymatic alterations of the urea cycle, and pathological human conditions with negative nitrogen balance as a result of sepsis, burns, sarcopenia, cancer, malnutrition, type 1 and type 2 diabetes mellitus with negative nitrogen balance.
A drug delivery device comprising: a housing (26, 28, 46); a syringe assembly comprising a barrel, a stopper, and a cannula, at least a portion of the syringe assembly positioned within the housing (26, 28, 46); a drive assembly configured to move the stopper within the barrel upon actuation of the drive assembly, at least a portion of the drive assembly positioned within the housing (26, 28, 46); with: a lever actuation member moveable between a locked position where actuation of the drive assembly is prevented and a released position where actuation of the drive assembly is allowed; and a needle cover having a pre-use position where the cannula is positioned within the needle cover, an actuation position where the drive assembly is actuated, and a post-use position where the cannula is positioned within the needle cover, the needle cover being configured to engage the lever actuation member and move the lever actuation member to the released position when the needle cover is moved into the actuation position, characterized in that the needle cover prevents movement of the lever actuation member from the locked position to the released position when the needle cover is in the pre-use position. a housing (26, 28, 46); a syringe assembly comprising a barrel, a stopper, and a cannula, at least a portion of the syringe assembly positioned within the housing (26, 28, 46); a drive assembly configured to move the stopper within the barrel upon actuation of the drive assembly, at least a portion of the drive assembly positioned within the housing (26, 28, 46); with: a lever actuation member moveable between a locked position where actuation of the drive assembly is prevented and a released position where actuation of the drive assembly is allowed; and a needle cover having a pre-use position where the cannula is positioned within the needle cover, an actuation position where the drive assembly is actuated, and a post-use position where the cannula is positioned within the needle cover, the needle cover being configured to engage the lever actuation member and move the lever actuation member to the released position when the needle cover is moved into the actuation position, characterized in that the needle cover prevents movement of the lever actuation member from the locked position to the released position when the needle cover is in the pre-use position. a lever actuation member moveable between a locked position where actuation of the drive assembly is prevented and a released position where actuation of the drive assembly is allowed; and a needle cover having a pre-use position where the cannula is positioned within the needle cover, an actuation position where the drive assembly is actuated, and a post-use position where the cannula is positioned within the needle cover, the needle cover being configured to engage the lever actuation member and move the lever actuation member to the released position when the needle cover is moved into the actuation position, characterized in that the needle cover prevents movement of the lever actuation member from the locked position to the released position when the needle cover is in the pre-use position.
A method for determining a fruit color phenotype of an oil palm plant, the method comprising, providing a sample from a plant or seed; and detecting presence or absence of a VIR gene alteration in a genomic region corresponding to SEQ ID NO:1 that confers a virescens phenotype to fruit, or detecting a presence or absence of a genetic marker linked to the alteration within 2,000 kb of the genomic region, wherein the presence of the alteration or genetic marker predicts the presence of the virescens phenotype.
Floating structure for supporting an offshore installation, comprising a support structure supporting the offshore installation and at least one floating element which is at least partially submerged in water to provide a buoyancy force to the support structure, characterized in that the floating element is a used wind turbine blade which is attached to the support structure supporting the offshore installation.