mhurhangee/patent-ind-claim-en huggingface dataset:
An auto-focusing method for determining an in-focus position of a plurality of wells in at least a portion of a multi-well plate , the method comprising: using a first objective lens having a first magnification to identify, in each of at least three wells of a selected subset of said plurality of wells , an in-focus position of each said well with respect to said first objective lens ; characterized by , on the basis of at least three said in-focus positions, computing a plane along which said at least three wells will be in focus with respect to a second objective lens having a second magnification that is smaller than said first magnification; and using said second objective lens to scan, along said plane, at least some of said plurality of wells in said portion of said plate using a first objective lens having a first magnification to identify, in each of at least three wells of a selected subset of said plurality of wells , an in-focus position of each said well with respect to said first objective lens ; characterized by , on the basis of at least three said in-focus positions, computing a plane along which said at least three wells will be in focus with respect to a second objective lens having a second magnification that is smaller than said first magnification; and using said second objective lens to scan, along said plane, at least some of said plurality of wells in said portion of said plate
An alkali aluminosilicate glass article, the alkali aluminosilicate glass comprising at least 4 mol% P 2 O 5 and from 0 mol% to 5 mol% B 2 O 3 , wherein 1.3 < [(P 2 O 5 + R 2 O)/M 2 O 3 ] ≤ 2.3, where M 2 O 3 = Al 2 O 3 + B 2 O 3 , and R 2 O is the sum of monovalent cation oxides present in the alkali aluminosilicate glass, the alkali aluminosilicate glass article having a compressive region extending from a surface of the glass article to a depth of layer DOL in a range from 130 μm to 175 μm, the compressive region having a maximum compressive stress CS2 in a range from 700 MPa to 925 MPa at the surface and a compressive stress profile, the compressive stress profile comprising: a. a first portion extending from at least a first depth D1 to the depth of layer DOL, wherein a compressive stress CS1 at a depth d in the first portion is given by the expression 200 MPa - d·1.54 MPa/μm ≤ CS1 ≤ 260 MPa - d·1.49 MPa/μm, where d is expressed in microns (μm) and d > D1; and b. a second portion extending from the surface to the first depth D1, where 10 μm ≤ D1≤ 13 μm, the second portion being substantially linear and having a slope m 2 from the surface to a depth of 5 μm, wherein -74.00 MPa/μm ≤ m 2 ≤ -70 MPa/μm, with the proviso that the glass article is not a glass article according to any one of samples 1 to 8 of WO 2016/073539 A1. a. a first portion extending from at least a first depth D1 to the depth of layer DOL, wherein a compressive stress CS1 at a depth d in the first portion is given by the expression 200 MPa - d·1.54 MPa/μm ≤ CS1 ≤ 260 MPa - d·1.49 MPa/μm, where d is expressed in microns (μm) and d > D1; and b. a second portion extending from the surface to the first depth D1, where 10 μm ≤ D1≤ 13 μm, the second portion being substantially linear and having a slope m 2 from the surface to a depth of 5 μm, wherein -74.00 MPa/μm ≤ m 2 ≤ -70 MPa/μm, with the proviso that the glass article is not a glass article according to any one of samples 1 to 8 of WO 2016/073539 A1.
An endoscope device of an endoscope having a work channel arrangement for guiding medical tools (W) and/or for the flow of media up to a distal endoscope head , wherein the work channel arrangement comprises the following: a work channel which is designed to be flexurally elastic at least in sections and extendable relative to the endoscope and - which can be displaced from a first position, in which a distal work channel exit is oriented in the axial direction of the endoscope head , - into a second position extended distally relative to the first position, and a guiding device via which the work channel exit is deflected or deflectable in a predetermined lateral or retrospective direction in the second position, characterized by an entrainer , in particular a pull cable, which can be operated from a handle part of the endoscope and which is anchored in the area of the work channel exit and via which the work channel can be pulled from the first into the second position, and a deflection device which is located distally in front of a distal working channel end in the first position and via which the entrainer is deflected in such a way that, when a tensile force is applied to the entrainer , the working channel is initially entrained from a proximal direction towards the distal direction and then, following a deflection of the entrainer , is drawn into a lateral orientation with respect to an longitudinal endoscope axis. a work channel which is designed to be flexurally elastic at least in sections and extendable relative to the endoscope and - which can be displaced from a first position, in which a distal work channel exit is oriented in the axial direction of the endoscope head , - into a second position extended distally relative to the first position, and - which can be displaced from a first position, in which a distal work channel exit is oriented in the axial direction of the endoscope head , - into a second position extended distally relative to the first position, and a guiding device via which the work channel exit is deflected or deflectable in a predetermined lateral or retrospective direction in the second position, characterized by an entrainer , in particular a pull cable, which can be operated from a handle part of the endoscope and which is anchored in the area of the work channel exit and via which the work channel can be pulled from the first into the second position, and a deflection device which is located distally in front of a distal working channel end in the first position and via which the entrainer is deflected in such a way that, when a tensile force is applied to the entrainer , the working channel is initially entrained from a proximal direction towards the distal direction and then, following a deflection of the entrainer , is drawn into a lateral orientation with respect to an longitudinal endoscope axis.
A method of generating a security configuration for a firewall in a cloud environment having a plurality of tenants , the method being performed by a firewall configuration manager and comprising: receiving network traffic data , Internet reputation data , and endpoint protection configuration data of a tenant of the cloud environment; generating, for each given network address communicating with the tenant of the cloud environment, a reputation score based on the network traffic data and the Internet reputation data, the reputation score being based on a breadth of communication of the given network address across the Internet, protocols used by the given network address for communication, and time periods the given network address is communicating with the tenant or the cloud environment; generating an endpoint protection configuration from a routine of the tenant based on the network traffic data and the endpoint protection configuration data of the tenant; and providing a set of security rules for the tenant based on the endpoint protection configuration and the reputation score, wherein the set of security rules creates access lists of approved or blocked network addresses that can communicate or not with the tenant, respectively. receiving network traffic data , Internet reputation data , and endpoint protection configuration data of a tenant of the cloud environment; generating, for each given network address communicating with the tenant of the cloud environment, a reputation score based on the network traffic data and the Internet reputation data, the reputation score being based on a breadth of communication of the given network address across the Internet, protocols used by the given network address for communication, and time periods the given network address is communicating with the tenant or the cloud environment; generating an endpoint protection configuration from a routine of the tenant based on the network traffic data and the endpoint protection configuration data of the tenant; and providing a set of security rules for the tenant based on the endpoint protection configuration and the reputation score, wherein the set of security rules creates access lists of approved or blocked network addresses that can communicate or not with the tenant, respectively.
Agricultural machine provided with at least one driven implement and comprising, on the one hand, an input shaft mounted rotatably in a protective support housing , which is designed to be connected by one end emerging from said housing to a power take-off of a tractor and which forms part of a primary movement transmission line , driving at least said implement or implements , and, on the other hand, a secondary movement transmission device with gear reduction, kinematically connected to the input shaft and capable of driving at least one item of secondary equipment, attached implement or secondary movement distribution/transmission system , said input shaft having an axis of rotation (AR), defining a longitudinal direction, in which said secondary transmission device is disposed in the housing and comprises a secondary output shaft mounted rotatably in the housing and a geared-down transmission mechanism kinematically connecting the input shaft and the secondary output shaft , a free end of said secondary shaft being directed towards or situated at the level of an opening in the housing , characterised in that this opening is disposed laterally in relation to the input shaft , and formed in a lateral side of the housing , in relation to the longitudinal direction defined by the axis of rotation (AR) of the input shaft .
A modelling compound comprising at least one composition, wherein said composition comprises; a) one or more copolymers of vinyl acetate and at least one other vinyl ester, or at least one homopolymer of vinyl acetate and at least one copolymer of vinyl acetate and at least one other vinyl ester; b) at least one softener; c) optionally at least one silicone oil; and d) at least one filler; wherein a) is present in an amount of 30 to 95% by weight of components a) and b) (and c) if present), and b) is present in an amount of 10 to 70% by weight of components a) and b) (and c) if present). a) one or more copolymers of vinyl acetate and at least one other vinyl ester, or at least one homopolymer of vinyl acetate and at least one copolymer of vinyl acetate and at least one other vinyl ester; b) at least one softener; c) optionally at least one silicone oil; and d) at least one filler; wherein a) is present in an amount of 30 to 95% by weight of components a) and b) (and c) if present), and b) is present in an amount of 10 to 70% by weight of components a) and b) (and c) if present).
Apparatus for processing data , comprising: processing circuitry configured to manage page table data , said page table data specifying access management parameters associated with pages of memory within a memory address space; characterized in that : for each page of memory, said access management parameters include: a write permission flag (AP ) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag (DBM) indicating whether or not, if said write permission flag (AP ) indicates write access is not permitted to said page, then action of said write permission flag (AP ) is permitted to be overridden to permit a write access to said page; and said processing circuitry further configured to: read said dirty-bit-modifier flag (DBM) associated with said write permission flag (AP ); determine whether said action of said write permission flag (AP ) is permitted to be overridden; and in case said action of said write permission flag (AP ) is permitted to be overridden, change said write permission flag (AP ) to indicate write access is permitted to said page. for each page of memory, said access management parameters include: a write permission flag (AP ) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag (DBM) indicating whether or not, if said write permission flag (AP ) indicates write access is not permitted to said page, then action of said write permission flag (AP ) is permitted to be overridden to permit a write access to said page; and a write permission flag (AP ) indicating whether or not write access is permitted to said page; and a dirty-bit-modifier flag (DBM) indicating whether or not, if said write permission flag (AP ) indicates write access is not permitted to said page, then action of said write permission flag (AP ) is permitted to be overridden to permit a write access to said page; and said processing circuitry further configured to: read said dirty-bit-modifier flag (DBM) associated with said write permission flag (AP ); determine whether said action of said write permission flag (AP ) is permitted to be overridden; and in case said action of said write permission flag (AP ) is permitted to be overridden, change said write permission flag (AP ) to indicate write access is permitted to said page. read said dirty-bit-modifier flag (DBM) associated with said write permission flag (AP ); determine whether said action of said write permission flag (AP ) is permitted to be overridden; and in case said action of said write permission flag (AP ) is permitted to be overridden, change said write permission flag (AP ) to indicate write access is permitted to said page.
A powder delivery apparatus for an additive fabrication system , the powder delivery apparatus comprising: a hopper configured to hold a powder; a trough adjacent to a build area of the additive fabrication system; and a doser comprising a cylindrical barrel that includes a recess , the doser configured to rotate about an axis such that the recess may be moved into and out of the trough and the hopper by rotating the doser about the axis; and a flipper arranged within the trough and configured to push powder out of the trough. a hopper configured to hold a powder; a trough adjacent to a build area of the additive fabrication system; and a doser comprising a cylindrical barrel that includes a recess , the doser configured to rotate about an axis such that the recess may be moved into and out of the trough and the hopper by rotating the doser about the axis; and a flipper arranged within the trough and configured to push powder out of the trough.
A resin composition comprising an ethylene-vinyl alcohol copolymer (A) as a main component, the copolymer (A) being produced using an azonitrile polymerization initiator, wherein the ethylene-vinyl alcohol copolymer (A) has an ethylene unit content from 20 to 60 mol% and a degree of saponification of 85 mol% or more, the ethylene-vinyl alcohol copolymer (A) consists of copolymerized units of ethylene, vinyl acetate and vinyl alcohol, an amount (NI) of nitrogen elements derived from the polymerization initiator is from 5 to 60 ppm, and a ratio (NF/NI) of an amount (NF) of nitrogen elements contained in a dried solid obtained by an operation (X) below to the amount (NI) of nitrogen elements is from 0.65 to 0.99. Operation (X): a solution of 5 g of the resin composition dissolved in 100 g of 1,1,1,3,3,3-hexafluoro-2-propanol is dropped in 1000 g of methanol under stirring and a precipitation thus produced is separated and then dried to obtain the dried solid, wherein the amount (NI) of nitrogen elements and the amount (NF) of nitrogen elements are determined according to the method disclosed in the experimental part of the specification. the ethylene-vinyl alcohol copolymer (A) has an ethylene unit content from 20 to 60 mol% and a degree of saponification of 85 mol% or more, the ethylene-vinyl alcohol copolymer (A) consists of copolymerized units of ethylene, vinyl acetate and vinyl alcohol, an amount (NI) of nitrogen elements derived from the polymerization initiator is from 5 to 60 ppm, and a ratio (NF/NI) of an amount (NF) of nitrogen elements contained in a dried solid obtained by an operation (X) below to the amount (NI) of nitrogen elements is from 0.65 to 0.99. Operation (X): a solution of 5 g of the resin composition dissolved in 100 g of 1,1,1,3,3,3-hexafluoro-2-propanol is dropped in 1000 g of methanol under stirring and a precipitation thus produced is separated and then dried to obtain the dried solid, wherein the amount (NI) of nitrogen elements and the amount (NF) of nitrogen elements are determined according to the method disclosed in the experimental part of the specification.
A method for determining the severity of neonatal hypoxic-ischemic encephalopathy in a patient thereof, comprising: a step of measuring the mass per unit volume of a neonatal hypoxic-ischemic encephalopathy marker consisting of a soluble LOX-1 protein or a polypeptide consisting of successive 6 to 182 amino acids comprised in the sLOX-1 protein shown in SEQ ID NO: 2 comprised in a blood sample that has been collected from a subject within 6 hours after birth, so as to obtain a measurement value; and a step of determining the severity of neonatal hypoxic-ischemic encephalopathy in the subject based on the measurement value. a step of measuring the mass per unit volume of a neonatal hypoxic-ischemic encephalopathy marker consisting of a soluble LOX-1 protein or a polypeptide consisting of successive 6 to 182 amino acids comprised in the sLOX-1 protein shown in SEQ ID NO: 2 comprised in a blood sample that has been collected from a subject within 6 hours after birth, so as to obtain a measurement value; and a step of determining the severity of neonatal hypoxic-ischemic encephalopathy in the subject based on the measurement value.
A flow system for medical lines comprising a flow component having a main duct for a primary fluid and at least one lateral tubular fitting with female luer cone communicating with the main duct through a valve including a transverse diaphragm constituted by the bottom wall of a cup-shaped element made of elastically deformable material, the outer peripheral edge of which is normally kept in fluid-tight contact against an annular valve seat of said lateral tubular fitting , and a male luer-cone introducer of secondary fluid (H), which can be inserted into said lateral tubular fitting with female luer cone to displace said transverse diaphragm into an opening position, wherein said diaphragm is prearranged for being pushed into said opening position as a result of the direct contact with and thrust by said introducer (H), said flow system being characterized in that said lateral tubular fitting is made of a relatively yelding elastic material and can expand elastically in a radial direction following upon coupling with said introducer (H) in such a way as to couple in a fluid-tight way with said introducer (H) before the latter comes into contact of thrust with said diaphragm and in that said lateral tubular fitting has a wall locally thinned axially .
A brake lever for a drum brake arrangement , said brake lever being designed for transmitting the movement of a cylinder rod to a brake shaft , wherein the brake lever comprises a first portion delimiting a hole for fitting the brake shaft and a second portion , which is configured to be pivotally connected to the cylinder rod and wherein the first portion and the second portion are offset from each other with respect to a central axis (X24) of the hole , characterized in that: - the brake lever further includes a stiffening member that extends in a curved manner along a direction (L1) contained inside a plane (P1) perpendicular to the central axis (X24) of the hole and that includes an orifice for fitting the brake shaft . - the brake lever further includes a stiffening member that extends in a curved manner along a direction (L1) contained inside a plane (P1) perpendicular to the central axis (X24) of the hole and that includes an orifice for fitting the brake shaft .
A system , assembled in an electric vehicle, for heating one or more components in an electric vehicle, said vehicle being primarily powered by a main battery , said system comprising: a supplementary battery being a metal-air battery comprising an electrolyte ; a reservoir tank for holding said electrolyte for the metal-air battery , said electrolyte being heatable to a desired temperature received from a user; a heating element for heating said electrolyte in said reservoir tank ; and a heat exchanger for conveying heat from said electrolyte , characterized in that said heating element is located inside said reservoir tank and powered by an electric source external to the electric vehicle, wherein said heating element is powered during charging of the main battery by an electric source external to the electric vehicle and said heat being conveyed to said one or more components, wherein said components are a passengers' cabin or a driver's seat. a supplementary battery being a metal-air battery comprising an electrolyte ; a reservoir tank for holding said electrolyte for the metal-air battery , said electrolyte being heatable to a desired temperature received from a user; a heating element for heating said electrolyte in said reservoir tank ; and a heat exchanger for conveying heat from said electrolyte , characterized in that said heating element is located inside said reservoir tank and powered by an electric source external to the electric vehicle, wherein said heating element is powered during charging of the main battery by an electric source external to the electric vehicle and said heat being conveyed to said one or more components, wherein said components are a passengers' cabin or a driver's seat.
A coating film-forming composition that is capable of forming a coating film on a metal surface for improving adhesion to a resin, the composition comprising: an aromatic compound having an amino group and an aromatic ring in one molecule; and at least one thio compound or a salt thereof selected from the group consisting of salts of sulfur oxoacids having a pKa of more than -1.9, thioacids and salts thereof and sulfur-containing carboxylic acids and salts thereof.
A method, comprising: (a) a User Equipment, in the following referred to as UE , receives an extended DRX configuration from the network ; (b) the UE receives a Hyper Frame Count in transmissions from an eNB in a Cell ; and (c) the UE determines a set of points and durations in time when the UE is required to be awake to be able to receive Downlink transmission in the Cell, by applying the extended DRX configuration with the Hyper Frame Count in the Cell, wherein the UE selects a hyper-frame for which there are points and durations in time when the UE is required to be awake to be able to receive Downlink transmission in the Cell, and wherein the hyper-frame includes a predefined number of system frames, characterized in that the selected hyper-frame number satisfies "N mod TeDRX = UE_ID mod TeDRX", and wherein the N is the selected hyper-frame number, the TeDRX is an extended DRX cycle of the UE, and the UE_ID is a UE identity, wherein the UE , within a selected hyper-frame, applies the UE identity and an International Mobile Subscriber Identity (IMSI) to determine points and durations in time when the UE is required to be awake to be able to receive Downlink transmission in the Cell . (a) a User Equipment, in the following referred to as UE , receives an extended DRX configuration from the network ; (b) the UE receives a Hyper Frame Count in transmissions from an eNB in a Cell ; and (c) the UE determines a set of points and durations in time when the UE is required to be awake to be able to receive Downlink transmission in the Cell, by applying the extended DRX configuration with the Hyper Frame Count in the Cell, wherein the UE selects a hyper-frame for which there are points and durations in time when the UE is required to be awake to be able to receive Downlink transmission in the Cell, and wherein the hyper-frame includes a predefined number of system frames,