mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mapping in a storage system, the method comprising: receiving a write request; and generating a hash corresponding to the write request, characterized by further comprising: searching only a cached subset of the entries in a deduplication table to determine whether the hash matches an entry in the subset, wherein the number of entries in the subset is less than all the entries in the deduplication table , wherein the deduplication table includes mappings between calculated hash values for given data components and physical pointers to the physical location in at least one storage device holding the given data components, and mappings between logical addresses associated with access requests and physical locations in the at least one storage device; in response to determining that the hash does not match an entry in the subset, writing the data associated with the write request and storing a new deduplication table entry for the data in the cache; in response to determining that the hash matches an entry in the subset, updating the deduplication table entry; and whenever, during a post-processing garbage collection, a hash query for the entire deduplication table is performed, in response to determining that the hash does not match an entry in the deduplication table , storing a new deduplication table entry, and in response to determining that the hash matches an entry in the deduplication table , updating the deduplication table entry and eliminating one or more copies of the respective data component. receiving a write request; and generating a hash corresponding to the write request, characterized by further comprising: searching only a cached subset of the entries in a deduplication table to determine whether the hash matches an entry in the subset, wherein the number of entries in the subset is less than all the entries in the deduplication table , wherein the deduplication table includes mappings between calculated hash values for given data components and physical pointers to the physical location in at least one storage device holding the given data components, and mappings between logical addresses associated with access requests and physical locations in the at least one storage device; in response to determining that the hash does not match an entry in the subset, writing the data associated with the write request and storing a new deduplication table entry for the data in the cache; in response to determining that the hash matches an entry in the subset, updating the deduplication table entry; and whenever, during a post-processing garbage collection, a hash query for the entire deduplication table is performed, in response to determining that the hash does not match an entry in the deduplication table , storing a new deduplication table entry, and in response to determining that the hash matches an entry in the deduplication table , updating the deduplication table entry and eliminating one or more copies of the respective data component.
A method for automated, non-invasive evaluation of cell activity, comprising: a) generating one or more of a plurality of hypotheses that characterizes one or more cells by determining an inferred characteristic of geometric features from an image of the one or more cells, wherein a geometric feature is a shape of the cells; b) selecting a hypothesis comprising a set of shapes that best fit the inferred characteristic of geometric features shown in the image from the plurality of hypotheses associated with the image ; and c) displaying an indicator of development competence for the one or more cells for implantation into a female human subject based on an inferred characteristic from one or more parameters related to embryo health and or fate of the one or more cells based on the selected hypothesis , characterised in that one of the parameters is a time interval from syngamy to the first cytokinesis. a) generating one or more of a plurality of hypotheses that characterizes one or more cells by determining an inferred characteristic of geometric features from an image of the one or more cells, wherein a geometric feature is a shape of the cells; b) selecting a hypothesis comprising a set of shapes that best fit the inferred characteristic of geometric features shown in the image from the plurality of hypotheses associated with the image ; and c) displaying an indicator of development competence for the one or more cells for implantation into a female human subject based on an inferred characteristic from one or more parameters related to embryo health and or fate of the one or more cells based on the selected hypothesis ,
A method of monitoring diabetes with the assistance of a blood glucose meter , the method comprising: receiving instructions to define pre-prandial test and post-prandial test time intervals with the blood glucose meter ; receiving and processing time data transmitted wirelessly with the blood glucose meter ; providing a blood glucose concentration measurement value with the blood glucose meter ; correlating the glucose concentration measurement value with the particular point in time during the day when the test was performed; and identifying with the blood glucose meter the glucose concentration measurement value as being associated with either a pre-prandial test or post-prandial test based at least in part on the correlated time associated with the value and the pre-prandial test and post-prandial test time intervals; and automatically prompting the user to confirm the identification made by the blood glucose meter . receiving instructions to define pre-prandial test and post-prandial test time intervals with the blood glucose meter ; receiving and processing time data transmitted wirelessly with the blood glucose meter ; providing a blood glucose concentration measurement value with the blood glucose meter ; correlating the glucose concentration measurement value with the particular point in time during the day when the test was performed; and identifying with the blood glucose meter the glucose concentration measurement value as being associated with either a pre-prandial test or post-prandial test based at least in part on the correlated time associated with the value and the pre-prandial test and post-prandial test time intervals; and automatically prompting the user to confirm the identification made by the blood glucose meter .
A liquid nitric oxide releasing solution (NORS) comprised of at least one nitric oxide releasing compound and at least one acidifying agent, wherein the NORS provides an extended release of a therapeutically effective amount of nitric oxide gas (gNO), wherein the gNO is released over a period of at least 30 minutes, wherein the amount of the at least one nitric oxide releasing compound is not greater than 0.5% w/v, and wherein the amount of the at least one acidifying agent is not greater than 0.5% w/v.
A prosthesis comprising: a proximal seal zone ; an exclusion zone ; a variable permeability layered graft material comprising: a permeable inner layer ; an outer layer ; and crosslink yarns attaching the permeable inner layer to the outer layer, wherein the outer layer comprises a permeable outer layer in the proximal seal zone and an impermeable outer layer in the exclusion zone. a proximal seal zone ; an exclusion zone ; a variable permeability layered graft material comprising: a permeable inner layer ; an outer layer ; and crosslink yarns attaching the permeable inner layer to the outer layer, a permeable inner layer ; an outer layer ; and crosslink yarns attaching the permeable inner layer to the outer layer, wherein the outer layer comprises a permeable outer layer in the proximal seal zone and an impermeable outer layer in the exclusion zone.
A multilayer stack , the stack comprising: - a surface wherein an optical interaction region is defined for enclosing at least one device to be provided on the multilayer stack , the region being encircled by a welding zone defined on the surface , the welding zone being suitable for being welded to a capping structure by a welding radiation beam (L), - a first layer embedded within the multilayer stack , including at least one embedded optical waveguide suitable for being functionally connected to the at least one device , - at least a second layer over the first layer and comprising a shielding structure positioned between the at least one embedded optical waveguide of the first layer and the welding zone defined on the surface , wherein the at least one embedded optical waveguide is spatially separated from the shielding structure by a number of additional layers, the shielding structure being adapted to limit the welding depth of the welding radiation beam (L) provided on the welding zone . - a surface wherein an optical interaction region is defined for enclosing at least one device to be provided on the multilayer stack , the region being encircled by a welding zone defined on the surface , the welding zone being suitable for being welded to a capping structure by a welding radiation beam (L), - a first layer embedded within the multilayer stack , including at least one embedded optical waveguide suitable for being functionally connected to the at least one device , - at least a second layer over the first layer and comprising a shielding structure positioned between the at least one embedded optical waveguide of the first layer and the welding zone defined on the surface , wherein the at least one embedded optical waveguide is spatially separated from the shielding structure by a number of additional layers, the shielding structure being adapted to limit the welding depth of the welding radiation beam (L) provided on the welding zone .
A method for manufacturing a flexible display device , wherein an adhesion layer having a rough surface is formed at the juncture of a releasing layer and a carrier substrate and then a flexible substrate is formed on the side of the carrier substrate on which the adhesion layer is formed, the adhesion layer is formed of a metal oxide, the metal oxide is at least one selected from indium tin oxide, indium zinc oxide, aluminum zinc oxide and indium gallium zinc oxide.
Use of a polyamide resin composition for rotational molding, wherein the polyamide resin composition comprises: a component (A) in an amount of a parts by weight, which is an aliphatic polyamide having a relative viscosity ηr of less than 2.6 as measured according to JIS K6920 under the conditions of 96 wt% of sulfuric acid, 1 wt% of the polymer concentration, and 25°C; a component (B) in an amount of b parts by weight, which is a modified polyolefin having a density of 0.895 g/cm3 or less as measured according to ASTM D1505; and a component (C) in an amount of c parts by weight, which is a non-modified polyolefin having an MFR value of 3.0 to 30 g/10min as measured in a load of 2.16 kg at 190°C; and wherein the polyamide resin composition satisfies the following equations: 50 ≤ c / b + c × 100 ≤ 70 , and 10 ≤ b + c / a + b + c × 100 ≤ 40 . a component (A) in an amount of a parts by weight, which is an aliphatic polyamide having a relative viscosity ηr of less than 2.6 as measured according to JIS K6920 under the conditions of 96 wt% of sulfuric acid, 1 wt% of the polymer concentration, and 25°C; a component (B) in an amount of b parts by weight, which is a modified polyolefin having a density of 0.895 g/cm3 or less as measured according to ASTM D1505; and a component (C) in an amount of c parts by weight, which is a non-modified polyolefin having an MFR value of 3.0 to 30 g/10min as measured in a load of 2.16 kg at 190°C; and wherein the polyamide resin composition satisfies the following equations: 50 ≤ c / b + c × 100 ≤ 70 , and 10 ≤ b + c / a + b + c × 100 ≤ 40 .
Kit comprising at least two pressure-sensitive adhesive layers A and B, where the two pressure-sensitive adhesive layers A and B independently of one another each comprise at least one polymer comprising two or more carboxyl groups; in the pressure-sensitive adhesive layer A, some of the carboxyl groups of the polymer comprising them are activated as a result of reaction with an activator AA; and - the pressure-sensitive adhesive layer A comprises - at least one crosslinker VA which is suitable for the crosslinking reaction with the carboxyl groups of the polymers comprising them in the pressure-sensitive adhesive layers A and B, but is not substantially reactive in the pressure-sensitive adhesive layer A; - the pressure-sensitive adhesive layer B comprises - at least one crosslinker VB which is suitable for accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer B with the crosslinker VA, for enabling and accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A with the crosslinker VA, and for the crosslinking reaction with the activated carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A. - the pressure-sensitive adhesive layer A comprises - at least one crosslinker VA which is suitable for the crosslinking reaction with the carboxyl groups of the polymers comprising them in the pressure-sensitive adhesive layers A and B, but is not substantially reactive in the pressure-sensitive adhesive layer A; - the pressure-sensitive adhesive layer B comprises - at least one crosslinker VB which is suitable for accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer B with the crosslinker VA, for enabling and accelerating the crosslinking reaction of the carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A with the crosslinker VA, and for the crosslinking reaction with the activated carboxyl groups of the polymer comprising them in the pressure-sensitive adhesive layer A.
Material figurine /electronic game pad interactive assembly for multi-player gaming, run by a gaming software item which represents the game board on a capacitive touch screen; said figurines comprising a base including an authentication signature that is recognised by the capacitive touch screen, the signature is produced in a signature zone by an authentication grid including a conductive mesh of conductive points connected to one another, characterised in that the figurines are conductive, in that the signature is produced in a signature zone by an authentication grid including a conductive mesh of conductive points connected to one another, said points are connected to one another by thin conductive ink connections, in that said signature zone covers the reverse side of a sheet of paper, in that the front side of said sheet is bonded to said base, in that said capacitive screen includes a reading grid which analyses said signature and in that said figurines comprise conductive means powering the conductive mesh with static electricity originating from the body of a user holding the figurine, such that each figurine can be identified when moved by the user on the reading grid of the capacitive touch screen of the game pad and when the signature zone is applied against the capacitive touch screen by the user holding the figurine.
A spectacle lens for a display device which can be placed on the head of a user and generates an image, wherein the spectacle lens comprises a front side and a rear side , an input section and a deflection section separated from the input section , an exit section in the rear side , and a light guide channel which guides light beams from pixels of the generated image, which are input into the spectacle lens through the input section of the spectacle lens , in the spectacle lens as far as the deflection section , by which they are deflected in the direction of the exit section and are then output from the spectacle lens through the exit section , wherein the light guide channel within the spectacle lens comprises a reflective or partially reflective layer at which at least one reflection takes place for guiding the light beams, wherein the spectacle lens is configured as a progressive power lens with a far-field region (F) and a near-field region (N), and the exit section , as seen in a plan view of the rear side of the spectacle lens , lies outside the far-field region (F) and outside the near-field region (N), characterized in that , wherein the curvature of the exit section differs from the curvature of an intermediate region of the rear side between the exit section and the near-field region (N) in such a way that the ametropia correction when viewing the environment through the exit section is inferior than when viewing the environment through the intermediate region . wherein the spectacle lens comprises a front side and a rear side , an input section and a deflection section separated from the input section , an exit section in the rear side , and a light guide channel which guides light beams from pixels of the generated image, which are input into the spectacle lens through the input section of the spectacle lens , in the spectacle lens as far as the deflection section , by which they are deflected in the direction of the exit section and are then output from the spectacle lens through the exit section , wherein the light guide channel within the spectacle lens comprises a reflective or partially reflective layer at which at least one reflection takes place for guiding the light beams, wherein the spectacle lens is configured as a progressive power lens with a far-field region (F) and a near-field region (N), and the exit section , as seen in a plan view of the rear side of the spectacle lens , lies outside the far-field region (F) and outside the near-field region (N), characterized in that , wherein the curvature of the exit section differs from the curvature of an intermediate region of the rear side between the exit section and the near-field region (N) in such a way that the ametropia correction when viewing the environment through the exit section is inferior than when viewing the environment through the intermediate region .
A method of manufacturing a transport container , in particular a bottle crate, comprising the following steps: providing an injection moulding tool , optionally pre-tempering of at least one inmould film to be inserted; inserting the at least one inmould film into the injection mould , so that the at least one inmould film abuts against a wall of the opened injection mould , closing the injection mould , injecting a molten plastic material into the injection moulding tool , and opening the injection moulding tool and removing the transport container after the plastic material has cooled down to a stable shape, characterised in that the injection moulding tool is configured such that, adjacent to regions of the injection moulding tool which have a curvature which points in the direction of the inside of the transport container to be formed and in which an edge of the at least one inmould film is located, the injection moulding tool has a respective projection which is configured to redirect a material flow of the molten plastic material within the closed injection moulding tool in such a way that the molten plastic material meets an edge region of the at least one inmould film adjacent to the edge of the at least one inmould film in such a way that the molten plastic material presses the edge region of the at least one inmould film against the wall of the injection moulding tool . providing an injection moulding tool , optionally pre-tempering of at least one inmould film to be inserted; inserting the at least one inmould film into the injection mould , so that the at least one inmould film abuts against a wall of the opened injection mould , closing the injection mould , injecting a molten plastic material into the injection moulding tool , and opening the injection moulding tool and removing the transport container after the plastic material has cooled down to a stable shape, characterised in that the injection moulding tool is configured such that, adjacent to regions of the injection moulding tool which have a curvature which points in the direction of the inside of the transport container to be formed and in which an edge of the at least one inmould film is located, the injection moulding tool has a respective projection which is configured to redirect a material flow of the molten plastic material within the closed injection moulding tool in such a way that the molten plastic material meets an edge region of the at least one inmould film adjacent to the edge of the at least one inmould film in such a way that the molten plastic material presses the edge region of the at least one inmould film against the wall of the injection moulding tool .
An attemperator including a pipe section and a liner pipe section arranged within the pipe section and being attached thereto, the pipe section having an internal wall surface and the liner pipe section having an external wall surface , which internal wall surface and external wall surface form a gap between them along at least a major part of the axial extension of the liner pipe section , which pipe section and liner pipe section each has an inlet end for connection to a steam supply and an outlet end for steam, and which attemperator is provided with water injection means arranged for supplying water into the interior of the liner pipe section , the inlet end of the liner pipe section having an outwardly extending wall portion forming an outer circumferential zone , which zone is adjacent or in contacts with the internal wall surface of the pipe section characterized in there is provided a plurality of openings at the inlet end of the liner pipe section arranged to allow steam to enter the space formed by the gap between said internal wall surface and said external wall surface .
A method for detecting a theft of a car comprising: - detecting a use of the car comprising at least one of: activation of an ignition of the car or of the starter motor, a switching of a battery supply of the car, a release of a fuel supply of the car, a release of a steering system of the car, a running of a motor of the car, a movement of the wheels of the car, - detecting a current location of the car, - sending a car identifier and location information indicative of a location of the car to a network server over a first wireless connection, - the network server determining a token device that is associated with the car identifier, - the network server sending a location request to the token device, - the network server receiving a signal suitable for determining a location of the token device, and - the network server comparing the received location of the car with the derived location of the token device, wherein, if a position mismatch between the location of the car and the determined location of the token device is detected a warning message is sent to a pre-determined device. - detecting a use of the car comprising at least one of: activation of an ignition of the car or of the starter motor, a switching of a battery supply of the car, a release of a fuel supply of the car, a release of a steering system of the car, a running of a motor of the car, a movement of the wheels of the car, - detecting a current location of the car, - sending a car identifier and location information indicative of a location of the car to a network server over a first wireless connection, - the network server determining a token device that is associated with the car identifier, - the network server sending a location request to the token device, - the network server receiving a signal suitable for determining a location of the token device, and - the network server comparing the received location of the car with the derived location of the token device, wherein, if a position mismatch between the location of the car and the determined location of the token device is detected a warning message is sent to a pre-determined device.