mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmologic apparatus comprising: an examination part configured to include an optical system for optically examining an eye; a moving mechanism configured to move the optical system; two anterior eye cameras (300A, 300B) configured to obtain first and second moving anterior eye images in real time from two or more different directions; an extracting part configured to extract a partial image from each of said anterior eye images, said eye images being obtained substantially simultaneously by the two anterior eye cameras; one of the partial images corresponding to an upper half of the first anterior eye image and the other of the partial images corresponding to a bottom half of the second anterior eye image and a controller configured to carry out display control for displaying in real time a composed image of the two partial images extracted by the extracting part with an arrangement in accordance with the positional relationship thereof on a display means and movement control for controlling the moving mechanism based on an instruction input from an operation means; wherein the extracting part is configured to analyze each of the two partial images to specify a pupil of the eye and carry out the extraction of the two partial images such that a first part of the pupil is included in the first partial image and a second part other than the first part of the pupil is included in the second partial image. an examination part configured to include an optical system for optically examining an eye; a moving mechanism configured to move the optical system; two anterior eye cameras (300A, 300B) configured to obtain first and second moving anterior eye images in real time from two or more different directions; an extracting part configured to extract a partial image from each of said anterior eye images, said eye images being obtained substantially simultaneously by the two anterior eye cameras; one of the partial images corresponding to an upper half of the first anterior eye image and the other of the partial images corresponding to a bottom half of the second anterior eye image and a controller configured to carry out display control for displaying in real time a composed image of the two partial images extracted by the extracting part with an arrangement in accordance with the positional relationship thereof on a display means and movement control for controlling the moving mechanism based on an instruction input from an operation means; wherein the extracting part is configured to analyze each of the two partial images to specify a pupil of the eye and carry out the extraction of the two partial images such that a first part of the pupil is included in the first partial image and a second part other than the first part of the pupil is included in the second partial image.
A pharmaceutical composition comprising a recombinant adeno-associated viral vector comprising a nucleotide sequence as set for in SEQ ID NO: 1 encoding sulfamidase protein of SEQ ID NO: 2 for use as long term treatment, wherein the long term treatment shows an effect that persists for at least three months, of Sanfilippo syndrome type A in a human subject, by means of one single intracerebroventricular administration of the pharmaceutical composition and resulting in prolonged and sustained production of the sulfamidase protein.
A stretchable laminate, comprising: an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, the stretchable laminate having a permanent set after a hysteresis test as defined in the description is performed four times of 10% or less, wherein the elastomer layer comprises an elastomer resin as a main component, and the content of the elastomer resin in the elastomer layer is from 90 wt% to 100 wt%, wherein the elastomer layer is an elastic film, wherein the elastomer layer comprises an olefin-based elastomer, and wherein the olefin-based elastomer has a MFR of from 5.0 g/10 min to 25.0 g/10 min, measured in conformity to ASTM D1238. an elastomer layer; and a non-woven fabric layer arranged on at least one side of the elastomer layer, the stretchable laminate having a permanent set after a hysteresis test as defined in the description is performed four times of 10% or less, wherein the elastomer layer comprises an elastomer resin as a main component, and the content of the elastomer resin in the elastomer layer is from 90 wt% to 100 wt%, wherein the elastomer layer is an elastic film, wherein the elastomer layer comprises an olefin-based elastomer, and wherein the olefin-based elastomer has a MFR of from 5.0 g/10 min to 25.0 g/10 min, measured in conformity to ASTM D1238.
A heat-expandable rubber composition, comprising at least a diene elastomer, more than 50 phr of a reinforcing filler, between 3 and 30 phr of a carbonate and/or a hydrogen carbonate, wherein the carbonate or the hydrogen carbonate comprises sodium or potassium, and between 3 and 60 phr of a hetero-cycloaliphatic acid ammonium salt, wherein a total content of the carbonate or the hydrogen carbonate and the hetero-cycloaliphatic acid ammonium salt is greater than 10 phr.
A method of encapsulating a nucleic acid in a lipid nanoparticle host to provide an encapsulated nucleic acid nanoparticle, the method comprising: providing two nucleic acid streams, each of the two nucleic acid streams comprising a mixture of a nucleic acid in a first aqueous solution, and having a combined linear velocity of greater than or equal to 1.5 meter/second; providing one lipid stream, the one lipid stream comprising a mixture of one or more lipids in an organic solvent, and having a linear velocity of greater than or equal to 1.5 meter/second; mixing the one lipid stream with the two nucleic acid streams at a first intersection point configured as a cross connector, wherein the two nucleic acid streams enter the cross connector from opposing directions at 180° relative to each other, and the one lipid stream enters the cross connector at 90° relative to the two nucleic acid streams to provide a first mixed stream; flowing the first mixed stream in a first direction out of the cross connector in substantially the same direction as the one lipid stream and 90° relative to the two nucleic acids; and mixing the components of the first mixed stream to provide a first outlet solution comprising the encapsulated nucleic acid nanoparticle; wherein the first aqueous solution and the organic solvent are miscible, one of the first aqueous solution or the organic solvent contains a buffer, and the concentration of the organic solvent in the first outlet solution is less than 33%. providing two nucleic acid streams, each of the two nucleic acid streams comprising a mixture of a nucleic acid in a first aqueous solution, and having a combined linear velocity of greater than or equal to 1.5 meter/second; providing one lipid stream, the one lipid stream comprising a mixture of one or more lipids in an organic solvent, and having a linear velocity of greater than or equal to 1.5 meter/second; mixing the one lipid stream with the two nucleic acid streams at a first intersection point configured as a cross connector, wherein the two nucleic acid streams enter the cross connector from opposing directions at 180° relative to each other, and the one lipid stream enters the cross connector at 90° relative to the two nucleic acid streams to provide a first mixed stream; flowing the first mixed stream in a first direction out of the cross connector in substantially the same direction as the one lipid stream and 90° relative to the two nucleic acids; and mixing the components of the first mixed stream to provide a first outlet solution comprising the encapsulated nucleic acid nanoparticle; wherein the first aqueous solution and the organic solvent are miscible, one of the first aqueous solution or the organic solvent contains a buffer, and the concentration of the organic solvent in the first outlet solution is less than 33%.
A method for recognizing forgeries of identification documents containing a facial image with IR-absorbing components, comprising the steps: (i) reading out the IR-absorbing components of the facial image by means of an IR reading device; (ii) determining a number of recognized faces using facial recognition software based on the IR-absorbing components of the facial image that have been read out; and (iii) in the event that the number of recognized faces is greater than 1, generating a check signal. (i) reading out the IR-absorbing components of the facial image by means of an IR reading device; (ii) determining a number of recognized faces using facial recognition software based on the IR-absorbing components of the facial image that have been read out; and (iii) in the event that the number of recognized faces is greater than 1, generating a check signal.
A method of estimating a location of a dual-mode mobile device capable of accessing a cellular network and an IP-based network, the method being implemented on a network element and comprising: storing, in a set of associations, an association between an access point identifier and a cell tower identifier, the access point identifier identifying an access point previously used by a first dual-mode mobile device to access an IP-based network and the cell tower identifier identifying a cell tower of a cellular network, the cell tower previously used by the first dual-mode mobile device; receiving, from a second dual-mode mobile device, an identifier of an access point used by the second dual-mode mobile device to access an IP-based network; accessing the set of stored associations and selecting a cell tower identifier that is associated with the received access point identifier; determining the location of the cell tower identified by the selected cell tower identifier; and estimating a location of the second dual-mode mobile device based at least in part upon the determined location of the identified cell tower. storing, in a set of associations, an association between an access point identifier and a cell tower identifier, the access point identifier identifying an access point previously used by a first dual-mode mobile device to access an IP-based network and the cell tower identifier identifying a cell tower of a cellular network, the cell tower previously used by the first dual-mode mobile device; receiving, from a second dual-mode mobile device, an identifier of an access point used by the second dual-mode mobile device to access an IP-based network; accessing the set of stored associations and selecting a cell tower identifier that is associated with the received access point identifier; determining the location of the cell tower identified by the selected cell tower identifier; and estimating a location of the second dual-mode mobile device based at least in part upon the determined location of the identified cell tower.
A medical fluid injector system, comprising: a powered fluid injector; a connection port configured to form a releasable fluid connection with a single-use disposable set for use in delivering fluid to a patient, the single-use disposable set having a fluid inlet port, a waste outlet port, a tubing connected at a first end thereof to the fluid inlet port and at a second end thereof to a connector configured for connection to the waste outlet port, characterized in the fluid injector system further comprising: at least one check valve (236,280) located between the fluid inlet port and the connector or located elsewhere in the SUDS between fluid inlet port and connector to facilitate fluid delivery to the patient; and an acoustic frequency detection system having a detector associated with the connection port and configured to generate a signal in response to a sonic, infrasonic, or ultrasonic wave emitted from the single-use disposable set as a result of air flowing through the at least one check valve (236,280) during a priming operation of the single-use disposable set while the air is being expelled therefrom. a powered fluid injector; a connection port configured to form a releasable fluid connection with a single-use disposable set for use in delivering fluid to a patient, the single-use disposable set having a fluid inlet port, a waste outlet port, a tubing connected at a first end thereof to the fluid inlet port and at a second end thereof to a connector configured for connection to the waste outlet port, characterized in the fluid injector system further comprising: at least one check valve (236,280) located between the fluid inlet port and the connector or located elsewhere in the SUDS between fluid inlet port and connector to facilitate fluid delivery to the patient; and an acoustic frequency detection system having a detector associated with the connection port and configured to generate a signal in response to a sonic, infrasonic, or ultrasonic wave emitted from the single-use disposable set as a result of air flowing through the at least one check valve (236,280) during a priming operation of the single-use disposable set while the air is being expelled therefrom. at least one check valve (236,280) located between the fluid inlet port and the connector or located elsewhere in the SUDS between fluid inlet port and connector to facilitate fluid delivery to the patient; and an acoustic frequency detection system having a detector associated with the connection port and configured to generate a signal in response to a sonic, infrasonic, or ultrasonic wave emitted from the single-use disposable set as a result of air flowing through the at least one check valve (236,280) during a priming operation of the single-use disposable set while the air is being expelled therefrom.
A roller of a flexographic printing machine, in particular an inking roller, comprising: - a cylindrical support having a longitudinal axis (x); - a sleeve that is adapted to be arranged in an exchangeable way on said cylindrical support, coaxially to said longitudinal axis (x); - locking means adapted to lock said sleeve on said cylindrical support; wherein said sleeve has a stiff structure along a radial direction with respect to said longitudinal axis (x), said sleeve having a tolerance size in order to define a clearance fit with said cylindrical support in order to be coupled with said cylindrical support without air pillow means, characterized in that said locking means comprises: - at least a locking pin housed within a respective housing obtained in said cylindrical support, said locking pin being radially arranged with respect to said longitudinal axis (x); - actuating means of said locking pin adapted to move selectively said locking pin between: - a first configuration, wherein said locking pin protrudes from said housing, in order to capture the sleeve put on the cylindrical support and to block it stably, and - a second configuration, wherein said locking pin is completely contained into said housing and said sleeve can be engaged/disengaged on/from said cylindrical support. - a cylindrical support having a longitudinal axis (x); - a sleeve that is adapted to be arranged in an exchangeable way on said cylindrical support, coaxially to said longitudinal axis (x); - locking means adapted to lock said sleeve on said cylindrical support; wherein said sleeve has a stiff structure along a radial direction with respect to said longitudinal axis (x), said sleeve having a tolerance size in order to define a clearance fit with said cylindrical support in order to be coupled with said cylindrical support without air pillow means, - at least a locking pin housed within a respective housing obtained in said cylindrical support, said locking pin being radially arranged with respect to said longitudinal axis (x); - actuating means of said locking pin adapted to move selectively said locking pin between: - a first configuration, wherein said locking pin protrudes from said housing, in order to capture the sleeve put on the cylindrical support and to block it stably, and - a second configuration, wherein said locking pin is completely contained into said housing and said sleeve can be engaged/disengaged on/from said cylindrical support.
An animal lift comprising: a lift mechanism; a vertical mast housing at least a portion of the lift mechanism; and a cradle comprising i) a horizontal shaft rotatably coupled to the lift mechanism about a longitudinal axis of rotation of the horizontal shaft, and ii) a vertical side wall, characterised in that the horizontal shaft has a surface for engaging the sternum or underbelly of an animal along the animal's longitudinal axis from head to tail. a lift mechanism; a vertical mast housing at least a portion of the lift mechanism; and a cradle comprising i) a horizontal shaft rotatably coupled to the lift mechanism about a longitudinal axis of rotation of the horizontal shaft, and ii) a vertical side wall, characterised in that the horizontal shaft has a surface for engaging the sternum or underbelly of an animal along the animal's longitudinal axis from head to tail.
A resin suitable as a binder resin for toner, containing (i) a carboxy group-containing vinyl resin which includes - a high molecular weight vinyl resin having a peak in the molecular weight range of 2.5×10 4 to 1.2×10 5 in the molecular weight distribution of a tetrahydrofuran soluble content and - a low molecular weight vinyl resin having a peak in the molecular weight range of 2×10 3 to 2×10 4 in the molecular weight distribution of a tetrahydrofuran soluble content, the molecular weight distribution and the tetrahydrofuran soluble content being determined according to the methods disclosed in the experimental section of the specification; (ii) a glycidyl group-containing vinyl resin, (iii) a fatty acid metal salt of the formula (C n H 2 n +1 COO) m -M wherein n is an integer of 11-22, m is 2, and M is a metal atom selected from Zn and Ca; and (iv) a reactant of the resin and the resin which is formed in the presence of the fatty acid metal salt; wherein the mass ratio (H/L) of the resin to the resin in the resin is in the range of 55/45 to 85/15. (i) a carboxy group-containing vinyl resin which includes - a high molecular weight vinyl resin having a peak in the molecular weight range of 2.5×10 4 to 1.2×10 5 in the molecular weight distribution of a tetrahydrofuran soluble content and - a low molecular weight vinyl resin having a peak in the molecular weight range of 2×10 3 to 2×10 4 in the molecular weight distribution of a tetrahydrofuran soluble content, the molecular weight distribution and the tetrahydrofuran soluble content being determined according to the methods disclosed in the experimental section of the specification; - a high molecular weight vinyl resin having a peak in the molecular weight range of 2.5×10 4 to 1.2×10 5 in the molecular weight distribution of a tetrahydrofuran soluble content and - a low molecular weight vinyl resin having a peak in the molecular weight range of 2×10 3 to 2×10 4 in the molecular weight distribution of a tetrahydrofuran soluble content, (ii) a glycidyl group-containing vinyl resin, (iii) a fatty acid metal salt of the formula (C n H 2 n +1 COO) m -M wherein n is an integer of 11-22, m is 2, and M is a metal atom selected from Zn and Ca; and (iv) a reactant of the resin and the resin which is formed in the presence of the fatty acid metal salt;
A method for regenerating the capacity of a lithium electrochemical accumulator, such as a Li-ion accumulator, including at least one electrochemical cell including a cathode, an anode, and a separator impregnated with an electrolyte between the anode and the cathode, two current collectors one of which is connected to the anode and the other to the cathode, and a casing arranged to house the electrochemical cell with seal-tightness while being passed through by a portion of the current collectors forming the output terminals, the method including the following steps: a/ evaluating the amount of lithium ions, b/ when the evaluated amount of lithium ions is smaller than or equal to a threshold value, applying an electrical current between the cathode or anode and the package so as to cause delithiation of the casing, the casing furthermore being arranged to house an element, which is both electrically insulating and ionically conductive, between the anode and cathode electrodes of the electrochemical cell, on the one hand, and the casing, on the other hand, the casing including at least one zone for storing lithium ions. a/ evaluating the amount of lithium ions, b/ when the evaluated amount of lithium ions is smaller than or equal to a threshold value, applying an electrical current between the cathode or anode and the package so as to cause delithiation of the casing,
A method, comprising: configuring, by one or more nodes in a high-availability cluster, a redundancy group that designates a primary node in the high-availability cluster and a backup node in the high-availability cluster; configuring, by the one or more nodes, physical interfaces to be included in a redundant interface for the redundancy group, wherein the redundant interface includes at least: a first interface between a first node in the high-availability cluster and a network device, and a second interface between a second node in the high-availability cluster and the network device, wherein the primary node is one of the first node or the second node and the backup node is the other one of the first node or the second node; configuring, by the first node, a wired interface of the first node as the first interface between the first node and the network device; and configuring, by the second node, a wireless interface of the second node as the second interface between the second node and the network device, wherein configuring the wireless interface is based on mapping the wireless interface to the redundant interface using a physical interface identifier and a redundant interface identifier based on receiving input that includes the physical interface identifier and the redundant interface identifier. configuring, by one or more nodes in a high-availability cluster, a redundancy group that designates a primary node in the high-availability cluster and a backup node in the high-availability cluster; configuring, by the one or more nodes, physical interfaces to be included in a redundant interface for the redundancy group, wherein the redundant interface includes at least: a first interface between a first node in the high-availability cluster and a network device, and a second interface between a second node in the high-availability cluster and the network device, wherein the primary node is one of the first node or the second node and the backup node is the other one of the first node or the second node; a first interface between a first node in the high-availability cluster and a network device, and a second interface between a second node in the high-availability cluster and the network device, wherein the primary node is one of the first node or the second node and the backup node is the other one of the first node or the second node; configuring, by the first node, a wired interface of the first node as the first interface between the first node and the network device; and configuring, by the second node, a wireless interface of the second node as the second interface between the second node and the network device, wherein configuring the wireless interface is based on mapping the wireless interface to the redundant interface using a physical interface identifier and a redundant interface identifier based on receiving input that includes the physical interface identifier and the redundant interface identifier.