mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for privacy-aware sharing management comprising: a control unit configured to: determine a usage context including a capability of a device, a usage time and a device location associated with the device, and a user context of one or more users with access to the device; analyze a privacy risk level of a resource based on a resource content included in the resource, a metadata concerning the resource, a collective input regarding the resource, and the usage context; and generate one or more options for sharing the resource with the device based on the privacy risk level and the usage context wherein the one or more options include a security measure, a privacy recommendation, or a combination thereof. determine a usage context including a capability of a device, a usage time and a device location associated with the device, and a user context of one or more users with access to the device; analyze a privacy risk level of a resource based on a resource content included in the resource, a metadata concerning the resource, a collective input regarding the resource, and the usage context; and generate one or more options for sharing the resource with the device based on the privacy risk level and the usage context wherein the one or more options include a security measure, a privacy recommendation, or a combination thereof.
A method for providing an electronic program guide, comprising the steps of: forming a grid array of elements (12 1 - 12 n), at least one element having a foreground legend identifying at least a portion of a program from a particular program source appearing during a time interval, and characterized in further comprising: providing each element with a background containing a half-oval color shape, said half-oval shape spanning the original length of each element, such that when the element shrinks in size upon updating the electronic program guide, only a portion of the half-oval color shape remains in proportion to how much of the program has elapsed. forming a grid array of elements (12 1 - 12 n), at least one element having a foreground legend identifying at least a portion of a program from a particular program source appearing during a time interval, and providing each element with a background containing a half-oval color shape, said half-oval shape spanning the original length of each element, such that when the element shrinks in size upon updating the electronic program guide, only a portion of the half-oval color shape remains in proportion to how much of the program has elapsed.
A pharmaceutically acceptable vaccine composition comprising a nucleic acid encoding at least one CMV antigen, for use in a method of eliciting in a subject an immune response to a cell that expresses a CMV antigen, wherein the cell that expresses a CMV antigen is a cancer cell of a CMV-associated cancer.
A method implementing a seed classification computer system for producing a group of growth-induced seeds for commercial use or sale, the method comprising: subjecting a seed to a growth-inducing procedure; monitoring the seed with a camera for a rate of development toward a specific characteristic, indicated by one or more of a group including a physiological indicator associated with the specific characteristics and a morphometric indicator associated with the specific characteristic, and wherein the camera is coupled to the seed classification computer system; automatically determining, using an image analysis classification software program product of the seed classification computer system, if the monitored seed has a specific rate of development toward the specific characteristic based on information about the monitored development stage of the seed; stopping subjecting the seed to the growth-inducing procedure when the specific rate of development is achieved; preserving the seed determined as having the specific rate of development; and separating the seed determined as having the specific rate of development into the group of growth-induced seeds for commercial use or sale so that each and every seed in the group has been monitored and determined to have a rate of development similar to the specific rate of development. subjecting a seed to a growth-inducing procedure; monitoring the seed with a camera for a rate of development toward a specific characteristic, indicated by one or more of a group including a physiological indicator associated with the specific characteristics and a morphometric indicator associated with the specific characteristic, and wherein the camera is coupled to the seed classification computer system; automatically determining, using an image analysis classification software program product of the seed classification computer system, if the monitored seed has a specific rate of development toward the specific characteristic based on information about the monitored development stage of the seed; stopping subjecting the seed to the growth-inducing procedure when the specific rate of development is achieved; preserving the seed determined as having the specific rate of development; and separating the seed determined as having the specific rate of development into the group of growth-induced seeds for commercial use or sale so that each and every seed in the group has been monitored and determined to have a rate of development similar to the specific rate of development.
A process for producing a biomass-derived rheology modifier from cellulosic biomass, said process comprising: (a) providing a feedstock comprising cellulosic biomass; (b) digesting said feedstock with a reaction solution including steam and/or hot water in a digestor under effective reaction conditions to produce a digested stream containing cellulose-rich solids, hemicellulose oligomers, and lignin; (c) refining said cellulose-rich solids in a first high-intensity refining unit, thereby generating refined cellulose solids; (d) washing said refined cellulose solids following step (c), and/or washing said digested stream prior to step (c) followed by said refining, thereby generating washed refined cellulose solids; (e) gelling said washed refined cellulose solids in a second high-intensity refining unit, thereby generating gelled cellulose solids; and (f) homogenizing said gelled cellulose solids in a high-shear homogenizer, thereby generating a biomass-derived rheology modifier. (a) providing a feedstock comprising cellulosic biomass; (b) digesting said feedstock with a reaction solution including steam and/or hot water in a digestor under effective reaction conditions to produce a digested stream containing cellulose-rich solids, hemicellulose oligomers, and lignin; (c) refining said cellulose-rich solids in a first high-intensity refining unit, thereby generating refined cellulose solids; (d) washing said refined cellulose solids following step (c), and/or washing said digested stream prior to step (c) followed by said refining, thereby generating washed refined cellulose solids; (e) gelling said washed refined cellulose solids in a second high-intensity refining unit, thereby generating gelled cellulose solids; and (f) homogenizing said gelled cellulose solids in a high-shear homogenizer, thereby generating a biomass-derived rheology modifier.
An apparatus to facilitate synchronization for machine learning at autonomous machines, the apparatus comprising: one or more processing devices including a graphics processor comprising a thread scheduler and multiple streaming multiprocessors, SMs, each SM having a plurality of compute elements and a shared local memory, SLM; multiple dies, wherein each die represents a processing device of the one or more processing devices; detection logic configured to detect thread groups relating to machine learning associated with the one or more processing devices; barrier logic configured to control barrier synchronization of the thread groups across the multiple dies such that each thread in a thread group is scheduled across a set of compute elements associated with the multiple dies; and preempting and scheduling logic configured to schedule a thread group across multiple streaming multiprocessors, SMs, if the thread group does not use any barrier or a shared local memory, SLM, and if the thread group uses an amount of SLM space which is not deemed critical to system performance, the preempting and scheduling logic is configured to facilitate the thread scheduler to map said SLM space to a global memory and subsequently schedule said thread group across the multiple SMs. one or more processing devices including a graphics processor comprising a thread scheduler and multiple streaming multiprocessors, SMs, each SM having a plurality of compute elements and a shared local memory, SLM; multiple dies, wherein each die represents a processing device of the one or more processing devices; detection logic configured to detect thread groups relating to machine learning associated with the one or more processing devices; barrier logic configured to control barrier synchronization of the thread groups across the multiple dies such that each thread in a thread group is scheduled across a set of compute elements associated with the multiple dies; and preempting and scheduling logic configured to schedule a thread group across multiple streaming multiprocessors, SMs, if the thread group does not use any barrier or a shared local memory, SLM, and if the thread group uses an amount of SLM space which is not deemed critical to system performance, the preempting and scheduling logic is configured to facilitate the thread scheduler to map said SLM space to a global memory and subsequently schedule said thread group across the multiple SMs.
A computer-implemented method of automatically updating a network security policy, the method comprising: running a machine learning algorithm to continuously update a plurality of weighting coefficients associated with a respective plurality of threat factors, the threat factors each having values defined for each of a plurality of requests for respective peripheral devices to connect to one or more networked devices which are communicably coupled to a secure network; and automatically updating a security policy associated with the secure network in respect of a particular threat factor when that threat factor's associated weighting coefficient changes by more than a predetermined amount in a predetermined period, wherein requests for peripheral devices to connect to the networked devices are automatically approved or denied in dependence on that policy. running a machine learning algorithm to continuously update a plurality of weighting coefficients associated with a respective plurality of threat factors, the threat factors each having values defined for each of a plurality of requests for respective peripheral devices to connect to one or more networked devices which are communicably coupled to a secure network; and automatically updating a security policy associated with the secure network in respect of a particular threat factor when that threat factor's associated weighting coefficient changes by more than a predetermined amount in a predetermined period, wherein requests for peripheral devices to connect to the networked devices are automatically approved or denied in dependence on that policy.
A process for forming a biaxially oriented film comprising the steps of: a. selecting a polyolefin resin wherein said polyolefin resin comprises a linear low density polyethylene resin characterized by having from 9 to 35 weight percent of the total weight of linear low density polyethylene resin eluting from a CEF at a temperature greater than 97.0°C; and further characterized by having a CDR of from 33 to 80 and a Mw Ratio of from 0.15 to 0.45; b. forming a film from the polyolefin resin selected in step (a), c. orienting the film formed in step (b); wherein the film is characterized by having an ultimate elongation at least 1.5 times greater in the MD as compared to the CD and the 2% secant modulus is a least 1.25 times greater in the CD as compared to the MD; and wherein the film is characterized by having free residual shrinkage of less than 10% in the MD and less than 10% in the CD when exposed to a temperature of 90°C for 10 minutes. a. selecting a polyolefin resin wherein said polyolefin resin comprises a linear low density polyethylene resin characterized by having from 9 to 35 weight percent of the total weight of linear low density polyethylene resin eluting from a CEF at a temperature greater than 97.0°C; and further characterized by having a CDR of from 33 to 80 and a Mw Ratio of from 0.15 to 0.45; b. forming a film from the polyolefin resin selected in step (a), c. orienting the film formed in step (b);
Device for retaining dust created by a drilling operation, comprising a closed envelope defining a space for receiving said dust, said envelope comprising a rear face for applying to a wall to be drilled, and a front face opposite the rear face, through which a drill bit penetrates for the actual drilling operation, the envelope contains a gel suitable for being mixed, by the rotation of the drill bit, with the dust from the drilling operation, characterized in that the device comprises means for guiding the drill bit, in the form of a recess formed within the front face of the envelope, suitable for receiving and guiding the drill bit.
A method for stereo rectifying a pair of images, the method comprising: for each image of the pair of images, determining a position of an epipole in an image plane associated with a first camera orientation of a camera that captures said image; for each image of the pair of images, positioning the epipole in a center of a virtual image plane associated with a second camera orientation of said camera; subsequent to said positioning, aligning the pair of images relative to each other by rotating around a stereo base line that intersects the epipoles of the pair of image, and rotating the virtual image planes to position said virtual image planes substantially parallel to the stereo base line and their normal vectors substantially parallel to each other so as to obtain a stereo rectified pair of image planes. for each image of the pair of images, determining a position of an epipole in an image plane associated with a first camera orientation of a camera that captures said image; for each image of the pair of images, positioning the epipole in a center of a virtual image plane associated with a second camera orientation of said camera; subsequent to said positioning, aligning the pair of images relative to each other by rotating around a stereo base line that intersects the epipoles of the pair of image, and rotating the virtual image planes to position said virtual image planes substantially parallel to the stereo base line and their normal vectors substantially parallel to each other so as to obtain a stereo rectified pair of image planes.
A method for dual polarization coherent optical modulation, the method comprising: mapping data bits to a first constellation according to a first modulation format to provide first constellation data bits; mapping the first constellation data bits to a second constellation according to a second modulation format to provide second constellation data bits, wherein the second constellation comprises a higher number of constellation points than the first constellation; and modulating the second constellation data bits onto a dual polarized optical signal, wherein the optical signal comprises a first polarization component and a second polarization component. mapping data bits to a first constellation according to a first modulation format to provide first constellation data bits; mapping the first constellation data bits to a second constellation according to a second modulation format to provide second constellation data bits, wherein the second constellation comprises a higher number of constellation points than the first constellation; and modulating the second constellation data bits onto a dual polarized optical signal, wherein the optical signal comprises a first polarization component and a second polarization component.
A cartridge for use in a blood clotting analyzer, comprising: a plurality of reagent chambers configured to serve as blood clotting analysis chambers or in communication with blood clotting analysis chambers when used with the blood clotting analyzer; wherein the plurality of reagent chambers comprises a first chamber housing a clotting rate enhancing agent; wherein the plurality of reagent chambers comprises a second chamber housing a clotting rate enhancing agent and a heparin neutralizer; wherein the plurality of reagent chambers comprises a third chamber housing a clotting rate enhancing agent, a platelet activator, and a heparin neutralizer; wherein the plurality of reagent chambers comprises a fourth chamber housing a clotting rate enhancing agent, fibrinogen, and a platelet inhibitor. a plurality of reagent chambers configured to serve as blood clotting analysis chambers or in communication with blood clotting analysis chambers when used with the blood clotting analyzer; wherein the plurality of reagent chambers comprises a first chamber housing a clotting rate enhancing agent; wherein the plurality of reagent chambers comprises a second chamber housing a clotting rate enhancing agent and a heparin neutralizer; wherein the plurality of reagent chambers comprises a third chamber housing a clotting rate enhancing agent, a platelet activator, and a heparin neutralizer; wherein the plurality of reagent chambers comprises a fourth chamber housing a clotting rate enhancing agent, fibrinogen, and a platelet inhibitor.
A wax tester constructed of a base with a display fixed on its front panel and an internal chamber, where a power unit with the microcontroller is provided to control operation of the device, wherein at the upper surface of the base a holder is provided for the tested wax sample with a temperature sensor, and above it vertically in the middle a transverse guide is mounted with an element mounted below it for penetrating a sample, along with a heater and temperature sensor, wherein tips of guide's arms are mounted on two vertical rods where two micro actuators are also installed to enable upward movement of the guide to a home position after passing the penetrating element through the wax, and on the base, in addition, a panel is mounted with two optocouplers for determining the time of sample penetration, and the whole is enclosed in a casing with a shutting window at the front panel, to provide access to the holder designed for inserting the sample.
Device for closing an opening, the device comprising a frame having an inner side and an outer side and delimiting a pass-through access opening suitable for receiving a cover, said frame including a frame hinge knuckle which comprises a hinge surface and a pass-through hinge knuckle opening located between an outer recess opening to the outer side of the frame and an inner recess opening to the inner side of the frame, characterized in that the device also comprises an inserted plug positioned in said inner recess and which makes the inner side of the frame hinge knuckle appreciably sealed off from the outside, the plug being made from an elastically deformable material, particularly of one single piece, and especially of elastomer.
A process for the preparation of xanthophyll crystals containing at least 85% total xanthophylls with at least 90% trans-lutein and/or zeaxanthin, trace amounts of cis-lutein and other carotenoids which comprises: (a) saponifying xanthophyll esters present in extract/oleoresin of suitable plant material by admixing the extract/oleoresin with an aliphatic alcoholic alkali solution without addition of water and heating the resultant solution at a temperature in the range of 65°C to 80°C; (b) removing alcohol from the resultant mixture under reduced pressure to get a saponified crude concentrate; (c) reusing the recovered alcohol in the step (a); (d) admixing the resultant saponified crude concentrate obtained in step (b) with water to form a diluted oily mixture; (e) extracting the diluted oily mixture obtained in step (d) with ethyl acetate to get extract containing xanthophylls, washing the resultant extract with water and concentrating the extract under reduced pressure, admixing the concentrated extract with polar/non-polar solvent mixture and alcohol to remove undesirable material and to get xanthophyll crystals, filtering, drying and recovering xanthophyll crystals containing at least 85% total xanthophylls with at least 90% trans-lutein and/or zeaxanthin, trace amounts of cis-lutein and other carotenoids. (a) saponifying xanthophyll esters present in extract/oleoresin of suitable plant material by admixing the extract/oleoresin with an aliphatic alcoholic alkali solution without addition of water and heating the resultant solution at a temperature in the range of 65°C to 80°C; (b) removing alcohol from the resultant mixture under reduced pressure to get a saponified crude concentrate; (c) reusing the recovered alcohol in the step (a); (d) admixing the resultant saponified crude concentrate obtained in step (b) with water to form a diluted oily mixture; (e) extracting the diluted oily mixture obtained in step (d) with ethyl acetate to get extract containing xanthophylls, washing the resultant extract with water and concentrating the extract under reduced pressure, admixing the concentrated extract with polar/non-polar solvent mixture and alcohol to remove undesirable material and to get xanthophyll crystals, filtering, drying and recovering xanthophyll crystals containing at least 85% total xanthophylls with at least 90% trans-lutein and/or zeaxanthin, trace amounts of cis-lutein and other carotenoids.