mhurhangee/ep-ind-claims huggingface dataset:
An eNodeB comprising: a receiver unit that is configured to receive a message including user consent information, the user consent information indicates a non-consent of a user of a mobile communication device to acquisition and transmission, for minimization of drive tests, MDT, purposes, of location related data with measurement data obtained by the mobile communication device during a measurement session, wherein the received user consent information is in the form of an indication of non-consent for a mobile communication device that will obtain and store said measurement data without said location related data; a selecting unit that is configured to avoid selecting said mobile communication devices based on the user consent information when selecting mobile communication devices from which to obtain measurement data representing communication conditions in an area in which each selected mobile communication device is located and location related data for identifying a location to which said measurement data relates. a receiver unit that is configured to receive a message including user consent information, the user consent information indicates a non-consent of a user of a mobile communication device to acquisition and transmission, for minimization of drive tests, MDT, purposes, of location related data with measurement data obtained by the mobile communication device during a measurement session, wherein the received user consent information is in the form of an indication of non-consent for a mobile communication device that will obtain and store said measurement data without said location related data; a selecting unit that is configured to avoid selecting said mobile communication devices based on the user consent information when selecting mobile communication devices from which to obtain measurement data representing communication conditions in an area in which each selected mobile communication device is located and location related data for identifying a location to which said measurement data relates.
A toggle clamp for providing travel of a clamping element in a direction transverse to a workpiece of a clamp arm comprising: a base having a support portion and a securement portion; a handle mechanism connected to the base support portion; a clamping arm movably supported by a pivot pin on the support portion of the base, the clamping arm coupled with the handle mechanism, wherein as the handle is moved between a first and second position, the clamp arm pivots about the pivot pin on the base support portion until reaching a stop position, characterized in that the clamping arm includes a clamping element that is moveable transverse to the workpiece, wherein the clamping element is supported via support bars, and that the handle continues to the second position as the clamping element moves linearly transverse to the workpiece into a clamped position. a base having a support portion and a securement portion; a handle mechanism connected to the base support portion; a clamping arm movably supported by a pivot pin on the support portion of the base, the clamping arm coupled with the handle mechanism, wherein as the handle is moved between a first and second position, the clamp arm pivots about the pivot pin on the base support portion until reaching a stop position, characterized in that the clamping arm includes a clamping element that is moveable transverse to the workpiece, wherein the clamping element is supported via support bars, and that the handle continues to the second position as the clamping element moves linearly transverse to the workpiece into a clamped position.
A display system comprising: a flexible display; a support frame comprising two display covers and a hinge part connecting the two display covers hingeable with respect to each other around at least one hinge axis between a stored configuration for fixing the flexible display in a closed storage position and an open planar configuration for fixing the flexible display in a flat open position; and a positioner provided for stably fixing the display covers into the planar configuration, wherein the positioner comprises a first cover end stop at one of the display covers and an actuating element having an actuating part attached to the hinge part and cooperating with the first cover end stop, the hinge part comprises an end stop, and wherein in the planar configuration of the display covers, the actuating part is configured to apply a force against the first cover end stop of the one display cover and to push the first cover end stop against the end stop of the hinge so that the first cover end stop contacts the end stop of the hinge; wherein the first cover end stop is located on an end of the one display cover. a flexible display; a support frame comprising two display covers and a hinge part connecting the two display covers hingeable with respect to each other around at least one hinge axis between a stored configuration for fixing the flexible display in a closed storage position and an open planar configuration for fixing the flexible display in a flat open position; and a positioner provided for stably fixing the display covers into the planar configuration, wherein the positioner comprises a first cover end stop at one of the display covers and an actuating element having an actuating part attached to the hinge part and cooperating with the first cover end stop, the hinge part comprises an end stop, and wherein in the planar configuration of the display covers, the actuating part is configured to apply a force against the first cover end stop of the one display cover and to push the first cover end stop against the end stop of the hinge so that the first cover end stop contacts the end stop of the hinge; wherein the first cover end stop is located on an end of the one display cover.
A method for making an enhanced market pulp for further processing into paper products, the method comprising: preparing a composite material, the composite material comprising (a) nanocellulose comprising nanofibrils having exposed surface hydroxyl groups and a high aspect ratio such that their lengths exceed their diameters by 100 fold or more, and having at least one dimension ranging from 1 nm to 200 nm; and (b) a crosslinking compound capable of crosslinking some of the exposed surface hydroxyl groups on the nanocellulose to form a composite material with a three dimensional matrix structure; adding the composite material to an aqueous pulp slurry to form a composite-enhanced market pulp; and removing water from the composite-enhanced market pulp to form an enhanced market pulp; wherein at least 5% of the exposed surface hydroxyl groups are crosslinked, and the crosslinking compound is present at a concentration in the composite-enhanced market pulp of from about 0.1 wt% to about 1 wt%. preparing a composite material, the composite material comprising (a) nanocellulose comprising nanofibrils having exposed surface hydroxyl groups and a high aspect ratio such that their lengths exceed their diameters by 100 fold or more, and having at least one dimension ranging from 1 nm to 200 nm; and (b) a crosslinking compound capable of crosslinking some of the exposed surface hydroxyl groups on the nanocellulose to form a composite material with a three dimensional matrix structure; adding the composite material to an aqueous pulp slurry to form a composite-enhanced market pulp; and removing water from the composite-enhanced market pulp to form an enhanced market pulp; wherein at least 5% of the exposed surface hydroxyl groups are crosslinked, and the crosslinking compound is present at a concentration in the composite-enhanced market pulp of from about 0.1 wt% to about 1 wt%.
A recording apparatus adapted to carry out recording by ejecting ink onto a recording target medium while causing a recording head to perform reciprocating scanning in a scanning direction perpendicular to a transport direction of the recording target medium, the recording apparatus comprising: a movable belt that includes thereon a first area, which is an area on which the recording target medium to be transported is placed, and that includes thereon a second area, which is an area on which the recording target medium is not placed; a driving mechanism for driving the movable belt; a recording mechanism that is capable of recording within a range formed by the first area and the second area; and a controller that, when conducting recording on the recording target medium, is adapted to perform control of the recording mechanism so as to cause the recording mechanism to record a verification image, which enables verification as to whether or not there is any ejection failure of ink, on the second area, wherein the first and second areas (T1 and T2) each extend along the transport direction, and the second area is disposed at an outer side of the first area in a scanning direction, and characterized in that a color of the second area is one of white and a color complementary to the color of the ink. a movable belt that includes thereon a first area, which is an area on which the recording target medium to be transported is placed, and that includes thereon a second area, which is an area on which the recording target medium is not placed; a driving mechanism for driving the movable belt; a recording mechanism that is capable of recording within a range formed by the first area and the second area; and a controller that, when conducting recording on the recording target medium, is adapted to perform control of the recording mechanism so as to cause the recording mechanism to record a verification image, which enables verification as to whether or not there is any ejection failure of ink, on the second area, wherein the first and second areas (T1 and T2) each extend along the transport direction, and the second area is disposed at an outer side of the first area in a scanning direction, and characterized in that a color of the second area is one of white and a color complementary to the color of the ink.
A disparity estimation method performed by a processor, the disparity estimation method comprising: estimating an initial disparity between a reference pixel in a first image and a target pixel in a second image, wherein the initial disparity is expressed as an integer number of pixels, comprising: determining a search range in the second image; comparing a reference image patch comprising the reference pixel to each of candidate image patches respectively corresponding to pixels included in the search range; and determining the target pixel in the second image based on a result of the comparing; extracting a first image patch comprising the reference pixel as a central point from the first image; extracting a second image patch comprising the target pixel as a central point from the second image, wherein the target pixel corresponds to the reference pixel; and estimating (630, 730) a residual of the initial disparity between the reference pixel and the target pixel from the first image patch and the second image patch using a residual model trained by machine learning based on reference images and reference residuals corresponding to the reference images, the residual being an estimated difference between the initial disparity and an actual disparity between the reference pixel and the target pixel, wherein the residual has a sub-pixel unit being a unit having a size smaller than a pixel; correcting the initial disparity based on the residual to obtain a final disparity. estimating an initial disparity between a reference pixel in a first image and a target pixel in a second image, wherein the initial disparity is expressed as an integer number of pixels, comprising: determining a search range in the second image; comparing a reference image patch comprising the reference pixel to each of candidate image patches respectively corresponding to pixels included in the search range; and determining the target pixel in the second image based on a result of the comparing; determining a search range in the second image; comparing a reference image patch comprising the reference pixel to each of candidate image patches respectively corresponding to pixels included in the search range; and determining the target pixel in the second image based on a result of the comparing; extracting a first image patch comprising the reference pixel as a central point from the first image; extracting a second image patch comprising the target pixel as a central point from the second image, wherein the target pixel corresponds to the reference pixel; and estimating (630, 730) a residual of the initial disparity between the reference pixel and the target pixel from the first image patch and the second image patch using a residual model trained by machine learning based on reference images and reference residuals corresponding to the reference images, the residual being an estimated difference between the initial disparity and an actual disparity between the reference pixel and the target pixel, wherein the residual has a sub-pixel unit being a unit having a size smaller than a pixel; correcting the initial disparity based on the residual to obtain a final disparity.
A method of wireless communication at a User Equipment, UE (104, 350, 402, 1150, 802, 914), comprising: entering (403, 704) a Radio Resource Control, RRC, inactive mode; receiving (409, 706) a page from a base station for a downlink data transmission while in the RRC inactive mode; transmitting a random access preamble to the base station in response to the page; receiving (417, 716) a downlink data packet from the base station while remaining in the RRC inactive mode; characterised by comprising: receiving a random access response message from the base station in response to the random access preamble; and transmitting a resume message to the base station prior to receiving the downlink data packet, wherein the resume message comprises an indication that the UE will receive data while remaining in the RRC inactive mode. entering (403, 704) a Radio Resource Control, RRC, inactive mode; receiving (409, 706) a page from a base station for a downlink data transmission while in the RRC inactive mode; transmitting a random access preamble to the base station in response to the page; receiving (417, 716) a downlink data packet from the base station while remaining in the RRC inactive mode; characterised by comprising: receiving a random access response message from the base station in response to the random access preamble; and transmitting a resume message to the base station prior to receiving the downlink data packet, wherein the resume message comprises an indication that the UE will receive data while remaining in the RRC inactive mode. receiving a random access response message from the base station in response to the random access preamble; and transmitting a resume message to the base station prior to receiving the downlink data packet, wherein the resume message comprises an indication that the UE will receive data while remaining in the RRC inactive mode.
A process for the storage of carbon dioxide within mobile machines which are driven by carbon-containing fuels, which partially or completely store the carbon dioxide occurring during operation and which include a storage system comprising several storage modules, which each do not have a moving, mechanical device for the separation of liquid fuel and liquid or supercritical carbon dioxide, the process comprising the following steps successively carried out: a. storage of gaseous carbon dioxide in at least one storage module of a storage system, the storage module containing liquid fuel; b. change of the pressure and/or temperature conditions in at least one of these gaseous carbon-dioxide-containing storage modules from which all liquid fuel has already been withdrawn in a manner that the gaseous carbon-dioxide passes into a liquid or supercritical state, whereas at least one other storage module of the storage system still contains liquid fuel and gaseous carbon dioxide. a. storage of gaseous carbon dioxide in at least one storage module of a storage system, the storage module containing liquid fuel; b. change of the pressure and/or temperature conditions in at least one of these gaseous carbon-dioxide-containing storage modules from which all liquid fuel has already been withdrawn in a manner that the gaseous carbon-dioxide passes into a liquid or supercritical state, whereas at least one other storage module of the storage system still contains liquid fuel and gaseous carbon dioxide.
A computer-implemented method for assigning a sequence read to a genomic location, comprising: a) accessing a file comprising a sequence read, wherein the sequence read is obtained from a nucleic acid sample that comprises amplified copies of fragmented genomic nucleic acids that have been enriched by hybridization to a plurality of capture sequences that target multiple genomic locations of interest, wherein the fragmented genomic nucleic acids are fragmented by enzymatically cleaving genomic nucleic acids at predetermined sites; and b) assigning the sequence read to a genomic location by: i) identifying a capture sequence as being a match with the sequence read if the sequence read comprises one or more subsequences of the capture sequence; ii) calculating, using a computer, a score indicating the degree of sequence similarity between each of the matched capture sequences and the sequence read; and iii) assigning the sequence read to the genomic location if the calculated score for a matched capture sequence is above a threshold. a) accessing a file comprising a sequence read, wherein the sequence read is obtained from a nucleic acid sample that comprises amplified copies of fragmented genomic nucleic acids that have been enriched by hybridization to a plurality of capture sequences that target multiple genomic locations of interest, wherein the fragmented genomic nucleic acids are fragmented by enzymatically cleaving genomic nucleic acids at predetermined sites; and b) assigning the sequence read to a genomic location by: i) identifying a capture sequence as being a match with the sequence read if the sequence read comprises one or more subsequences of the capture sequence; ii) calculating, using a computer, a score indicating the degree of sequence similarity between each of the matched capture sequences and the sequence read; and iii) assigning the sequence read to the genomic location if the calculated score for a matched capture sequence is above a threshold. i) identifying a capture sequence as being a match with the sequence read if the sequence read comprises one or more subsequences of the capture sequence; ii) calculating, using a computer, a score indicating the degree of sequence similarity between each of the matched capture sequences and the sequence read; and iii) assigning the sequence read to the genomic location if the calculated score for a matched capture sequence is above a threshold.
A method performed by a wireless device, the method comprising: receiving a frequency domain monitoring locations configuration from a network node, the frequency domain monitoring locations configuration indicating which set(s) of resource blocks, RBs, out of multiple RBs shall be monitored for control channel candidates, wherein each indicated set of RBs corresponds to physical Resource Blocks, PRBs, of a respective frequency domain monitoring occasion which does not overlap any guard PRB(s), wherein each frequency domain monitoring occasion is determined by a frequency translation of control channel elements, CCEs, defined in an associated control resource set, CORESET, through a frequency offset; and monitoring for one or more control channel candidates within the frequency domain monitoring occasion(s) based on the received frequency domain monitoring locations configuration. receiving a frequency domain monitoring locations configuration from a network node, the frequency domain monitoring locations configuration indicating which set(s) of resource blocks, RBs, out of multiple RBs shall be monitored for control channel candidates, wherein each indicated set of RBs corresponds to physical Resource Blocks, PRBs, of a respective frequency domain monitoring occasion which does not overlap any guard PRB(s), wherein each frequency domain monitoring occasion is determined by a frequency translation of control channel elements, CCEs, defined in an associated control resource set, CORESET, through a frequency offset; and monitoring for one or more control channel candidates within the frequency domain monitoring occasion(s) based on the received frequency domain monitoring locations configuration.
A system for use in a subsea well, comprising: a wellhead having a high-pressure housing; a tubing hanger landed in the high-pressure housing; an alignment system for rotationally aligning a subsea tree with respect to the tubing hanger, the alignment system comprising: an alignment ring rotatably positioned on the high-pressure housing, the alignment ring having an alignment dog and a locking mechanism, the locking mechanism being actuatable to lock the alignment ring to the high-pressure housing when the alignment dog is positioned at a desired angular orientation with respect to the tubing hanger, the alignment dog serving as a coarse alignment feature; and a fine alignment feature being positioned relative to the coarse alignment feature to sequentially provide coarse alignment and subsequent fine alignment of the subsea tree while the subsea tree is moving toward a fully landed position on the wellhead. a wellhead having a high-pressure housing; a tubing hanger landed in the high-pressure housing; an alignment system for rotationally aligning a subsea tree with respect to the tubing hanger, the alignment system comprising: an alignment ring rotatably positioned on the high-pressure housing, the alignment ring having an alignment dog and a locking mechanism, the locking mechanism being actuatable to lock the alignment ring to the high-pressure housing when the alignment dog is positioned at a desired angular orientation with respect to the tubing hanger, the alignment dog serving as a coarse alignment feature; and a fine alignment feature being positioned relative to the coarse alignment feature to sequentially provide coarse alignment and subsequent fine alignment of the subsea tree while the subsea tree is moving toward a fully landed position on the wellhead. an alignment ring rotatably positioned on the high-pressure housing, the alignment ring having an alignment dog and a locking mechanism, the locking mechanism being actuatable to lock the alignment ring to the high-pressure housing when the alignment dog is positioned at a desired angular orientation with respect to the tubing hanger, the alignment dog serving as a coarse alignment feature; and a fine alignment feature being positioned relative to the coarse alignment feature to sequentially provide coarse alignment and subsequent fine alignment of the subsea tree while the subsea tree is moving toward a fully landed position on the wellhead.