mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for determining a classification of a level of cancer in a subject, the method comprising: obtaining a first plurality of sequence tags for a first sample of the subject, wherein the first sample comprises a constitutional sample taken from the subject at a first time point; identifying a first set of sequence variants by comparing the first plurality of sequence tags to a reference genome; obtaining a second plurality of sequence tags for a second sample of the subject, wherein the second sample comprises a biological sample including a plurality of cell-free DNA molecules and taken from the subject at a second time point; identifying a second set of sequence variants by comparing the second plurality of sequence tags to the reference genome; comparing the first set of sequence variants and the second set of sequence variants to identify sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; determining a parameter based on the sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; and comparing the parameter to a threshold value to determine a classification of the level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer. obtaining a first plurality of sequence tags for a first sample of the subject, wherein the first sample comprises a constitutional sample taken from the subject at a first time point; identifying a first set of sequence variants by comparing the first plurality of sequence tags to a reference genome; obtaining a second plurality of sequence tags for a second sample of the subject, wherein the second sample comprises a biological sample including a plurality of cell-free DNA molecules and taken from the subject at a second time point; identifying a second set of sequence variants by comparing the second plurality of sequence tags to the reference genome; comparing the first set of sequence variants and the second set of sequence variants to identify sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; determining a parameter based on the sequence variants present in the second set of sequence variants but not present in the first set of sequence variants; and comparing the parameter to a threshold value to determine a classification of the level of cancer in the subject, the threshold value corresponding to a range of the parameter for subjects having the classification of the level of cancer.
A composition comprising one or more adducts of N- ( n -butyl) thiophosphoric triamide (NBPT), urea, and formaldehyde, wherein the one or more adducts are represented by the following structures:
A method of verifying attribute values received by a server from a client device for use in execution of a task by the server dependent on all of said attribute values, the attribute values being defined in respective response messages received at the client device from respective data source servers that associate the attribute values with respective identifiers supplied by the client device , the response messages being forwarded from the client device to the server , the method comprises the following steps executed by a verification device : - receiving, from the server , information taken from the response messages, the information defining the identifiers of the response messages, as well as an identification of the data source servers that have defined attribute values associated with the identifiers; - performing a consistency evaluation on said identifiers, dependent on whether said identifiers are consistent or inconsistent with identifiers previously stored in the verification device for previously executed tasks for which an identification of data source servers previously stored in the verification device is the same as the identification of the data source servers and/or whether values of a corresponding further attribute associated with the identifiers in the data source servers are consistent; - returning a result of said consistency evaluation to the server to allow the server to select between executing the task or not dependent on the result. - receiving, from the server , information taken from the response messages, the information defining the identifiers of the response messages, as well as an identification of the data source servers that have defined attribute values associated with the identifiers; - performing a consistency evaluation on said identifiers, dependent on whether said identifiers are consistent or inconsistent with identifiers previously stored in the verification device for previously executed tasks for which an identification of data source servers previously stored in the verification device is the same as the identification of the data source servers and/or whether values of a corresponding further attribute associated with the identifiers in the data source servers are consistent; - returning a result of said consistency evaluation to the server to allow the server to select between executing the task or not dependent on the result.
A method for optimizing a modeling of flows within a reservoir for optimization of oil/gas production, said modeling comprising a determination of a time step within a simulation period, the method comprising: /a/ receiving a first time step; characterized in that the method further comprises: /b/ receiving control data applicable to said simulation period and comprising flow condition for at least one well connected to the reservoir; /c/ selecting data corresponding to the control data and that is applicable to the first time step; /d/ determining at least one quality value based on the selected data; /e/ if a quality criterion is not met based on the quality value, determining a second time step within the first time step and reiterating step /c/ to /e/ with the second time step as the first time step; /f/ if the quality criterion is met based on the quality value, performing a modeling of flows within the reservoir based on said first time step. /a/ receiving a first time step; /b/ receiving control data applicable to said simulation period and comprising flow condition for at least one well connected to the reservoir; /c/ selecting data corresponding to the control data and that is applicable to the first time step; /d/ determining at least one quality value based on the selected data; /e/ if a quality criterion is not met based on the quality value, determining a second time step within the first time step and reiterating step /c/ to /e/ with the second time step as the first time step; /f/ if the quality criterion is met based on the quality value, performing a modeling of flows within the reservoir based on said first time step.
An electrical contact element , whereas the contact element has at least one groove and an optical fiber runs in the groove , characterized in that the optical fiber is designed as a sensor, and the groove starts at a connection side (1.2), remote from the plug-in side (1.1), of the contact element and runs to the plug-in side (1.1) and ends again at the connection side (1.2).
Method for assembling a media conduit with internal heating elements , characterized in that - the heating elements are drawn into the media conduit , - the media conduit is mounted on a conduit connector , - at least one sealing element for sealing the heating elements in relation to the conduit connector is pushed onto said heating elements and mounted on the conduit connector , - in the case where equally long heating elements are provided, the latter are positioned at the end of the media conduit in such a way that in each instance one of the heating elements projects further out of the media conduit than the at least one other, or one of the heating elements is cut to a greater length (l 21 , l 21 ', l 31 ' l 31 ') than the other (s), - in each instance only one of the heating elements is at least partially wound or arranged around a conduit connector , and - the heating elements are left open or are electrically connected to one another and/or to PTC thermistors and/or to a bridge element and/or filling element or are switched parallel therewith. - the heating elements are drawn into the media conduit , - the media conduit is mounted on a conduit connector , - at least one sealing element for sealing the heating elements in relation to the conduit connector is pushed onto said heating elements and mounted on the conduit connector , - in the case where equally long heating elements are provided, the latter are positioned at the end of the media conduit in such a way that in each instance one of the heating elements projects further out of the media conduit than the at least one other, or one of the heating elements is cut to a greater length (l 21 , l 21 ', l 31 ' l 31 ') than the other (s), - in each instance only one of the heating elements is at least partially wound or arranged around a conduit connector , and - the heating elements are left open or are electrically connected to one another and/or to PTC thermistors and/or to a bridge element and/or filling element or are switched parallel therewith.
Device for the trimming of edges on borders of panel-type workpieces such as glass panes, having at least one grinding ring which has grinding surfaces which are conical or concave in shape, wherein a carrier driven in rotation about an axis is provided for the grinding ring , wherein the grinding ring is coupled to the carrier for rotation, wherein the grinding ring is arranged movably on the carrier in the direction of the axis and is elastically resiliently loaded into its initial position, and wherein the grinding surfaces are elastically resilient in the direction of the axis , characterized in that the grinding ring is floatingly mounted on the carrier and in that the grinding ring is floatingly mounted on the carrier via a hydrostatic bearing or gas bearing.
A method for characterizing an analyte of a specified category, said method comprising the steps of: receiving a first series of measurements of a physical parameter from a sensor , comparing each said measurement in said first series with a corresponding minimum value in a second series defined for said specified category and a corresponding maximum value in a third series defined for said specified category, grouping any adjacent said measurements where each said measurement in said group exceeds said corresponding maximum value or where each said measurement in said group each falls below said corresponding minimum value, and flagging each said group as anomalous. receiving a first series of measurements of a physical parameter from a sensor , comparing each said measurement in said first series with a corresponding minimum value in a second series defined for said specified category and a corresponding maximum value in a third series defined for said specified category, grouping any adjacent said measurements where each said measurement in said group exceeds said corresponding maximum value or where each said measurement in said group each falls below said corresponding minimum value, and flagging each said group as anomalous.
A packaging material comprising a set of crease lines along which the packaging material is intended to be folded in order to form a package, wherein the set of crease lines comprises at least one first crease line (10a, 10'a) being configured to fold easier than an adjacent second crease line , wherein the first and second crease lines (10a-b, 10'a-b) are intended to define a corner surface of the package and wherein the corner surface extends along the vertical direction of the package to be formed.
A method to perform an update to a boot image of a network element in a network that includes the network element , the method comprising: identifying the network element to update; determining if the network element is involved in redundant paths between two points in the network wherein the redundant paths allow one or more other network elements in the network to take over the data processing between the two points for the network element ; if the network element is not involved in redundant paths, proceeding with updating the network element ; and if that network element is involved in redundant paths, configuring the network element to drain data processing of the network element , wherein the network element advertises an increased forwarding cost to one or more other devices in the network , updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value. identifying the network element to update; determining if the network element is involved in redundant paths between two points in the network wherein the redundant paths allow one or more other network elements in the network to take over the data processing between the two points for the network element ; if the network element is not involved in redundant paths, proceeding with updating the network element ; and if that network element is involved in redundant paths, configuring the network element to drain data processing of the network element , wherein the network element advertises an increased forwarding cost to one or more other devices in the network , updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value. configuring the network element to drain data processing of the network element , wherein the network element advertises an increased forwarding cost to one or more other devices in the network , updating the network element to a new boot image when the data processing of the network element is drained, and restoring the forwarding cost to a previous value.
A method for optical distance measurement, wherein the method comprises the emission of a plurality of measurement pulses , the reflection of emitted measurement pulses at at least one object and the receipt of reflected measurement pulses , wherein a sequence of measurement pulses is emitted, wherein the sequence comprises temporal pulse spacings between temporally successive measurement pulses , wherein each measurement pulse of the sequence has a temporal pulse width of T(Pulse), wherein the pulse spacings form a first set, characterized in that the first set is defined by {T(delay)+i ∗ T(Pulse): i is an element of the natural numbers between 0 and j}, wherein for all values of i it holds that: T(delay)+i ∗ T(Pulse)<(2T(delay)+2T(Pulse)), wherein the first set only comprises one element for all values of i between 0 and j, respectively, wherein T(delay) defines a pulse spacing base unit , and wherein T(delay)≥T(Pulse). wherein the method comprises the emission of a plurality of measurement pulses , the reflection of emitted measurement pulses at at least one object and the receipt of reflected measurement pulses , wherein a sequence of measurement pulses is emitted, wherein the sequence comprises temporal pulse spacings between temporally successive measurement pulses , wherein each measurement pulse of the sequence has a temporal pulse width of T(Pulse), wherein the pulse spacings form a first set, characterized in that the first set is defined by {T(delay)+i ∗ T(Pulse): i is an element of the natural numbers between 0 and j}, wherein for all values of i it holds that: T(delay)+i ∗ T(Pulse)<(2T(delay)+2T(Pulse)), wherein the first set only comprises one element for all values of i between 0 and j, respectively, wherein T(delay) defines a pulse spacing base unit , and wherein T(delay)≥T(Pulse).
A method, implemented by a server computing system, comprising: identifying , by the server computing system, a plurality of requests for media items from at least one client; determining , by the server computing system, for each of the plurality of requests: a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; determining , by the server computing system, an evaluation period, a geographic boundary, and an Internet service provider; determining , by the server computing system, a plurality of matching requests from the plurality of requests, wherein each of the plurality of matching requests has a request time within the evaluation period, a location within the geographic boundary, and an Internet service provider identity corresponding to the Internet service provider; calculating , by the server computing system, a transfer rate for each of the plurality of matching requests based on a corresponding data quantity transferred and elapsed time; and calculating , by the server computing system, a percentage of matching requests of the plurality of matching requests having a transfer rate meeting a transfer threshold. identifying , by the server computing system, a plurality of requests for media items from at least one client; determining , by the server computing system, for each of the plurality of requests: a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; a request time, an Internet service provider identity, a location of a respective client of the at least one client, a data quantity transferred in response to the request, and an elapsed time from issue of the request to fulfillment of the request; determining , by the server computing system, an evaluation period, a geographic boundary, and an Internet service provider; determining , by the server computing system, a plurality of matching requests from the plurality of requests, wherein each of the plurality of matching requests has a request time within the evaluation period, a location within the geographic boundary, and an Internet service provider identity corresponding to the Internet service provider; calculating , by the server computing system, a transfer rate for each of the plurality of matching requests based on a corresponding data quantity transferred and elapsed time; and calculating , by the server computing system, a percentage of matching requests of the plurality of matching requests having a transfer rate meeting a transfer threshold.
A semiconductor package comprising: a substrate configured for electrical connection to a system board; a synthesized magnetic composite layer connected to the substrate; an antenna over the magnetic composite layer; vias that extend through the magnetic composite layer; and a package cover , wherein the package cover is formed over the substrate, the magnetic composite layer and the antenna, or wherein the magnetic composite layer is screen printed over the package cover, the semiconductor package being characterised in that the magnetic composite layer is formed of magnetic nanoparticles cured in an epoxy resin, wherein the nanoparticles are magnetically aligned using a magnetic field during curing of the magnetic composite layer. a substrate configured for electrical connection to a system board; a synthesized magnetic composite layer connected to the substrate; an antenna over the magnetic composite layer; vias that extend through the magnetic composite layer; and a package cover , wherein the package cover is formed over the substrate, the magnetic composite layer and the antenna, or wherein the magnetic composite layer is screen printed over the package cover, the semiconductor package being characterised in that the magnetic composite layer is formed of magnetic nanoparticles cured in an epoxy resin, wherein the nanoparticles are magnetically aligned using a magnetic field during curing of the magnetic composite layer.
A spool with saw wire, said spool comprising a core whereon saw wire is wound, said saw wire having a longitudinal axis, said saw wire comprising a steel wire, said steel wire being provided with two or more crimp deformations; each one of said two or more crimp deformations having a crimp direction; each one of said crimp directions being perpendicular to said longitudinal axis; said crimp directions being mutually different from one another; characterised in that said saw wire comprises a number of elastic rotations per unit length around said longitudinal axis applied in the elastic rotation direction. said spool comprising a core whereon saw wire is wound, said saw wire having a longitudinal axis, said saw wire comprising a steel wire, said steel wire being provided with two or more crimp deformations; each one of said two or more crimp deformations having a crimp direction; each one of said crimp directions being perpendicular to said longitudinal axis; said crimp directions being mutually different from one another; characterised in that said saw wire comprises a number of elastic rotations per unit length around said longitudinal axis applied in the elastic rotation direction.
A hydraulic forming machine, comprising: a body , a cutting mechanism , a forming die , an ejector , and a driving mechanism ; the body is provided with at least one first mounting surface ; the forming die comprises a movable die and a fixed die matched with each other; the ejector comprises a first ejecting component arranged at a side of the movable die and a second ejecting component arranged at a side of the fixed die ; the body is provided with a feed inlet penetrating the first mounting surface ; the cutting mechanism and the fixed die are provided on the first mounting surface of the body and respectively at two sides of the discharge end of the feed inlet ; the movable die is arranged on the driving mechanism and driven by the driving mechanism to move close to or away from the fixed die in a direction perpendicular to the first mounting surface ; a blank cut by the cutting mechanism is extruded between the fixed die and the movable die ; the cutting mechanism comprises a cutting drive device , a shear , a clamp and a clamp drive device ; the cutting drive device comprises a cutting slide block ; characterized in that the clamp is further provided with a swinging pivot and a drive end ; the swinging pivot is hinged to an end of the cutting slide block ; the shear is arranged on the end of the cutting slide block ; the drive end is connected to the clamp drive device ; and the clamp is driven by the clamp drive device to reciprocate about the swinging pivot and move with the cutting slide block ; the shear and the clamp are respectively driven by the cutting drive device and the clamp drive device to synchronously move to the centerline between the fixed die and the movable die . the body is provided with a feed inlet penetrating the first mounting surface ; the cutting mechanism and the fixed die are provided on the first mounting surface of the body and respectively at two sides of the discharge end of the feed inlet ; the movable die is arranged on the driving mechanism and driven by the driving mechanism to move close to or away from the fixed die in a direction perpendicular to the first mounting surface ; a blank cut by the cutting mechanism is extruded between the fixed die and the movable die ; the cutting mechanism comprises a cutting drive device , a shear , a clamp and a clamp drive device ; the cutting drive device comprises a cutting slide block ; characterized in that the clamp is further provided with a swinging pivot and a drive end ; the swinging pivot is hinged to an end of the cutting slide block ; the shear is arranged on the end of the cutting slide block ; the drive end is connected to the clamp drive device ; and the clamp is driven by the clamp drive device to reciprocate about the swinging pivot and move with the cutting slide block ; the shear and the clamp are respectively driven by the cutting drive device and the clamp drive device to synchronously move to the centerline between the fixed die and the movable die .