mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing sintered ore that obtains sintered ore by granulating compounded raw material for sintering including iron ore powder of multiple types of brands by a granulator and sintering obtained granulated raw material for sintering by a sintering machine, wherein not less than 80 mass% of moisture to be added during granulation is supplied at a mean droplet diameter of not less than 120 μm and not more than 2000 μm, characterized in that the moisture contains fine particles with a particle diameter of not more than 15 μm at a ratio of not less than 0.5 mass% and not more than 12 mass% relative to the compounded raw material for sintering, and wherein the mean droplet diameter is measured by performing an image analysis of not less than 100 droplets using a high-speed camera and calculating the arithmetic mean diameter. not less than 80 mass% of moisture to be added during granulation is supplied at a mean droplet diameter of not less than 120 μm and not more than 2000 μm, characterized in that the moisture contains fine particles with a particle diameter of not more than 15 μm at a ratio of not less than 0.5 mass% and not more than 12 mass% relative to the compounded raw material for sintering, and wherein the mean droplet diameter is measured by performing an image analysis of not less than 100 droplets using a high-speed camera and calculating the arithmetic mean diameter.
A system comprising one or more processors and memory, which memory comprises instructions executable by the one or more processors and which memory comprises counts of nucleotide sequence reads mapped to genomic sections of a reference genome, which sequence reads are reads of circulating cell-free nucleic acid from a test sample from a pregnant female, and which instructions executable by the one or more processors are configured to: (a) remove from the counts nucleotide sequence reads that are from nucleic acid fragments equal to or longer than 160 bases, thereby generating counts of reads from nucleic acid fragments that are shorter than 160 bases; (b) normalize the counts, thereby generating normalized counts of sequence reads mapped to the genomic sections; and (c) determine the presence or absence of a chromosome aneuploidy according to the normalized counts. (a) remove from the counts nucleotide sequence reads that are from nucleic acid fragments equal to or longer than 160 bases, thereby generating counts of reads from nucleic acid fragments that are shorter than 160 bases; (b) normalize the counts, thereby generating normalized counts of sequence reads mapped to the genomic sections; and (c) determine the presence or absence of a chromosome aneuploidy according to the normalized counts.
A method for condition monitoring of a cyclically moving machine component, wherein cycles of a motion of the machine component generates measurable movement characteristics, the method comprising; registering values (v 1 ) of the movement characteristics measured for the cycles, generating a frequency distribution (F v1 ) of the registered values, defining intervals for the occurrence of values in the frequency distribution (F v1 ), associating the intervals with defined indexes (a, b, c, ...), associating the occurrence of values in the frequency distribution (F v1 ) with respective defined indexes (a, b, c, ...) based on the intervals, generating a word string (S) of the defined indexes (a, b, c, ...) corresponding to the occurrence of values in the frequency distribution (F v1 ), segmenting said word string (S) into a sub-set of segmented words (s 1 , s 2 , ..., s i ) of the defined indexes (a, b, c, ...), determining a frequency of the occurrence of the segmented words (s 1 , s 2 , ..., s i ) in said word string (S) as a first reference term frequency (TF 1 ), associating the first reference term frequency (TF 1 ) with a first machine component status (M 1 ), for a subsequently registered set of values of movement characteristics, determining a corresponding subsequent term frequency (TF n ), and comparing the subsequent term frequency (TF n ) with the first reference term frequency (TF 1 ) to determine a correlation with the first machine component status (M 1 ).
A method comprising: receiving , at an upstream router of a multicast distribution tree, a packet that is destined for a receiver within a MultiProtocol Label Switching (MPLS) network; identifying within the packet: a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; identifying , at the upstream router, a forwarding table that corresponds to the context label identified within the packet; searching the forwarding table that corresponds to the context label for the tree label that specifies the multicast distribution tree; identifying , based at least in part on the search of the forwarding table, a downstream router of the multicast distribution tree that is to receive the packet on the way to the receiver within the MPLS network; and forwarding the packet to the downstream router of the multicast distribution tree on the way to the receiver. receiving , at an upstream router of a multicast distribution tree, a packet that is destined for a receiver within a MultiProtocol Label Switching (MPLS) network; identifying within the packet: a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; identifying , at the upstream router, a forwarding table that corresponds to the context label identified within the packet; searching the forwarding table that corresponds to the context label for the tree label that specifies the multicast distribution tree; identifying , based at least in part on the search of the forwarding table, a downstream router of the multicast distribution tree that is to receive the packet on the way to the receiver within the MPLS network; and forwarding the packet to the downstream router of the multicast distribution tree on the way to the receiver.
A method for preventing collisions of a vehicle in a driving situation with little lateral distance from a collision body, wherein a warning signal is output and/or an intervention into the vehicle braking system and/or the vehicle steering system is carried out if a speed-dependent minimum distance of the vehicle from a collision body is fallen short of, and wherein the intervention into the vehicle braking system is carried out such that the driving direction of the vehicle changes in a controlled manner, wherein the collision bodies are detected by means of short-range sensors arranged laterally on the vehicle , and wherein driving parameters and/or parameters measured by a vehicle sensor system are transmitted and received to/from other vehicle communication module(s) by means of a vehicle communication module , wherein the vehicle communication module communicates its position data, its current speed, its acceleration and its driving direction on the basis of at least one of the following connections to at least one other vehicle communication module : - Wi-fi connection , - ISM connection (Industrial, Scientific, Medical Band) , - infrared connection , and - mobile radio connection . - Wi-fi connection , - ISM connection (Industrial, Scientific, Medical Band) , - infrared connection , and - mobile radio connection .
A waistband , comprising: a first waistband portion comprising at least: a first end and a second end ; a first tunnel structure forming a plurality of parallel courses on the first waistband portion ; a first cord extending at least partially through the first tunnel structure , the first tunnel structure slidably coupling the first cord to the first waistband portion ; and at least a first pair of apertures through which a looped portion of the first cord extends from the first tunnel structure , wherein the first waistband portion has a higher degree of elasticity than the first cord , a second tunnel structure forming a plurality of parallel courses on the first waistband portion ; a second cord extending at least partially through the second tunnel structure , the second tunnel structure slidably coupling the second cord to the first waistband portion ; and at least a second pair of apertures through which a looped portion of the second cord extends from the second tunnel structure , wherein the first waistband portion has a higher degree of elasticity than the second cord , and wherein the first pair of apertures is located on the first end and the second pair of apertures is located on the second end . a first end and a second end ; a first tunnel structure forming a plurality of parallel courses on the first waistband portion ; a first cord extending at least partially through the first tunnel structure , the first tunnel structure slidably coupling the first cord to the first waistband portion ; and at least a first pair of apertures through which a looped portion of the first cord extends from the first tunnel structure , a second tunnel structure forming a plurality of parallel courses on the first waistband portion ; a second cord extending at least partially through the second tunnel structure , the second tunnel structure slidably coupling the second cord to the first waistband portion ; and at least a second pair of apertures through which a looped portion of the second cord extends from the second tunnel structure , wherein the first waistband portion has a higher degree of elasticity than the second cord , and wherein the first pair of apertures is located on the first end and the second pair of apertures is located on the second end .
A method for manufacturing a metallic body having a core and metallic cladding , comprising the following steps: - providing at least one a hollow body that comprises a bottom wall , a core that extends from the bottom wall and a lateral wall that extends from said bottom wall and encloses the core so that an inner space is formed around the core ; - filling the inner space with a metallic cladding material ; - closing the inner space by arranging a top wall on the lateral wall ; - positioning the filled hollow body in a capsule and evacuating air from the capsule and sealing the capsule ; - subjecting the capsule to Hot Isostatic Pressing (HIP) at a predetermined temperature, a predetermined pressure and for a predetermined time so that the cladding material is bonded to the hollow body and a solid body is formed. - machining the solid body in a metal machining apparatus wherein at least a portion of the lateral wall is removed and the exposed cladding material is machined to a cladding of a predetermined thickness; characterized in that - the bottom wall and the top wall of the hollow body , prior to the step of Hot Isostatic Pressing, each are provided with at least one centering means for centering the final body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus - the final body is centered in the metal machining apparatus by engagement between the centering means in the final body and corresponding centers in the metal machining apparatus . - providing at least one a hollow body that comprises a bottom wall , a core that extends from the bottom wall and a lateral wall that extends from said bottom wall and encloses the core so that an inner space is formed around the core ; - filling the inner space with a metallic cladding material ; - closing the inner space by arranging a top wall on the lateral wall ; - positioning the filled hollow body in a capsule and evacuating air from the capsule and sealing the capsule ; - subjecting the capsule to Hot Isostatic Pressing (HIP) at a predetermined temperature, a predetermined pressure and for a predetermined time so that the cladding material is bonded to the hollow body and a solid body is formed. - machining the solid body in a metal machining apparatus wherein at least a portion of the lateral wall is removed and the exposed cladding material is machined to a cladding of a predetermined thickness; characterized in that - the bottom wall and the top wall of the hollow body , prior to the step of Hot Isostatic Pressing, each are provided with at least one centering means for centering the final body obtained in the step of Hot Isostatic Pressing in the metal machining apparatus - the final body is centered in the metal machining apparatus by engagement between the centering means in the final body and corresponding centers in the metal machining apparatus .
An output image generating method of an image reading device , comprising: a first acquisition step (S02) of storing, in a storage , first black reference data, which is black reference data acquired with a light source off at a first time point t1); a second acquisition step (S08) of storing, in a storage , second black reference data, which is black reference data acquired with the light source off at a second time point (t2) after the first time point; a first scanning step (S05) of storing, in a storage , without applying shading correction, scanning data captured from a document while the light source is on between the first time point and second time point; and a generating step (S10) of applying an image process, including shading correction using the first black reference data and second black reference data, to the scanning data after the second time point, and generating an output image; and characterised in the first scanning step, reading the document during conveyance (S04); in the first acquisition step, acquiring the first black reference data when document conveyance is stopped and the light source is off; and in the second acquisition step, acquiring the second black reference data when document conveyance is stopped and the light source is off. a first acquisition step (S02) of storing, in a storage , first black reference data, which is black reference data acquired with a light source off at a first time point t1); a second acquisition step (S08) of storing, in a storage , second black reference data, which is black reference data acquired with the light source off at a second time point (t2) after the first time point; a first scanning step (S05) of storing, in a storage , without applying shading correction, scanning data captured from a document while the light source is on between the first time point and second time point; and a generating step (S10) of applying an image process, including shading correction using the first black reference data and second black reference data, to the scanning data after the second time point, and generating an output image; and characterised in the first scanning step, reading the document during conveyance (S04); in the first acquisition step, acquiring the first black reference data when document conveyance is stopped and the light source is off; and in the second acquisition step, acquiring the second black reference data when document conveyance is stopped and the light source is off.
A quantum dot comprising a semiconductor nanocrystal core comprising indium and phosphorous, a first semiconductor nanocrystal shell disposed on the semiconductor nanocrystal core, the first semiconductor nanocrystal shell comprising zinc and selenium, and a second semiconductor nanocrystal shell disposed on the first semiconductor nanocrystal shell, the second semiconductor nanocrystal shell comprising zinc and sulfur, wherein the quantum dot does not comprise cadmium, and wherein in the quantum dot, a mole ratio of sulfur with respect to selenium is less than or equal to 2.5:1. a semiconductor nanocrystal core comprising indium and phosphorous, a first semiconductor nanocrystal shell disposed on the semiconductor nanocrystal core, the first semiconductor nanocrystal shell comprising zinc and selenium, and a second semiconductor nanocrystal shell disposed on the first semiconductor nanocrystal shell, the second semiconductor nanocrystal shell comprising zinc and sulfur, wherein the quantum dot does not comprise cadmium, and wherein in the quantum dot, a mole ratio of sulfur with respect to selenium is less than or equal to 2.5:1.
A partial elbow joint replacement , comprising: - a shell-like segment along a longitudinal direction (X) having a concave inner contour for arrangement on or at bone structures of a patient, the segment comprising a lateral section and a medial section ; - wherein an outer contour of the segment comprises at least one inflection point in the longitudinal direction (X); and - wherein the inner contour of the segment comprises at least one inflection point in the longitudinal direction (X). - a shell-like segment along a longitudinal direction (X) having a concave inner contour for arrangement on or at bone structures of a patient, the segment comprising a lateral section and a medial section ; - wherein an outer contour of the segment comprises at least one inflection point in the longitudinal direction (X); and - wherein the inner contour of the segment comprises at least one inflection point in the longitudinal direction (X).
A terminal device configured for communicating with a base station device , the terminal device comprising: a radio resource control, RRC, sublayer; and a medium access control, MAC, sublayer being a lower sublayer than the RRC sublayer, the RRC sublayer being configured for starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer (T300) for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and the MAC sublayer being configured for executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group. a radio resource control, RRC, sublayer; and a medium access control, MAC, sublayer being a lower sublayer than the RRC sublayer, the RRC sublayer being configured for starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer (T300) for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and starting a timer (T300bis) used in an RRC connection establishment procedure, a value of the timer (T300bis) for a terminal device that supports coverage enhancement always exceeding a value range of the timer (T300) for a terminal device that does not support coverage enhancement, and creating an RRC connection request message corresponding to the RRC connection establishment procedure, and the MAC sublayer being configured for executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group. executing a random access procedure relating to the RRC connection establishment procedure on a serving cell, the terminal device being characterized in that the MAC sublayer is further configured for: determining a value of a level corresponding to the number of repetitions in the random access procedure, selecting a random access preamble group on the basis of the determined value of the level, and selecting a random access preamble from the selected random access preamble group.
A computer-readable memory medium comprising program instructions for backing up a file split into a plurality of segments, wherein the program instructions are executable to: create first authentication information on a client computer based on input received from a user during an installation of backup client software on the client computer; store the first authentication information on one or more backup server computers of a plurality of backup server computers; in response to a request from the backup client software on the client computer to backup said file: at each backup server computer of the plurality of backup server computers where a subset of the plurality of segments of the file is to be stored: receive a respective subset of the plurality of segments of the file; store each segment of the respective subset to backup storage; and at one or more backup server computers of the plurality of backup server computers, store information that associates the file with the first authentication information and indicates that the first authentication information is required to restore the file. create first authentication information on a client computer based on input received from a user during an installation of backup client software on the client computer; store the first authentication information on one or more backup server computers of a plurality of backup server computers; in response to a request from the backup client software on the client computer to backup said file: at each backup server computer of the plurality of backup server computers where a subset of the plurality of segments of the file is to be stored: receive a respective subset of the plurality of segments of the file; store each segment of the respective subset to backup storage; and at one or more backup server computers of the plurality of backup server computers, store information that associates the file with the first authentication information and indicates that the first authentication information is required to restore the file. at each backup server computer of the plurality of backup server computers where a subset of the plurality of segments of the file is to be stored: receive a respective subset of the plurality of segments of the file; store each segment of the respective subset to backup storage; and receive a respective subset of the plurality of segments of the file; store each segment of the respective subset to backup storage; and at one or more backup server computers of the plurality of backup server computers, store information that associates the file with the first authentication information and indicates that the first authentication information is required to restore the file.