mhurhangee/patent-ind-claim-en huggingface dataset:
A computing appliance for consuming security alerts from an alert source, the system comprising: one or more processors; a computer-readable memory; and an authentication program comprising executable instructions stored in the computer-readable memory, wherein the executable instructions direct the one or more processors to at least: receive, over a computer network, a security alert from a threat detection device that detects that a desktop computer logged-in under a user identity has been infected with malware, wherein the security alert is linked to the user identity; process the security alert to determine that the user identity is an alert identity; receive a second user identity provided by a user seeking to access a secure resource; match the received second user identity against the alert identity; determine a security action based on the security alert and a security protocol; and enforce the determined security action for the user identity. one or more processors; a computer-readable memory; and an authentication program comprising executable instructions stored in the computer-readable memory, wherein the executable instructions direct the one or more processors to at least: receive, over a computer network, a security alert from a threat detection device that detects that a desktop computer logged-in under a user identity has been infected with malware, wherein the security alert is linked to the user identity; process the security alert to determine that the user identity is an alert identity; receive a second user identity provided by a user seeking to access a secure resource; match the received second user identity against the alert identity; determine a security action based on the security alert and a security protocol; and enforce the determined security action for the user identity. receive, over a computer network, a security alert from a threat detection device that detects that a desktop computer logged-in under a user identity has been infected with malware, wherein the security alert is linked to the user identity; process the security alert to determine that the user identity is an alert identity; receive a second user identity provided by a user seeking to access a secure resource; match the received second user identity against the alert identity; determine a security action based on the security alert and a security protocol; and enforce the determined security action for the user identity.
A method of making an ion-conductive polymer film for an electrochromic device, wherein the method comprises: (a) mixing one or more monomers capable of forming a thermoplastic polymer, a plasticizer, a salt which is soluble in the plasticizer, a UV stabilizer, and a polymer-forming catalyst to form a mixture; (b) polymerizing during a first polymerization the mixture to obtain a formulation containing a thermoplastic polymer; and (c) extruding or casting the formulation to form said ion-conductive polymer film characterized in that the mixture prior to the first polymerization further contains at least one additional monomer which does not participate in the formation of the thermoplastic polymer, and which is polymerized after the polymer film has been formed by irradiating the polymer film after step (c). (a) mixing one or more monomers capable of forming a thermoplastic polymer, a plasticizer, a salt which is soluble in the plasticizer, a UV stabilizer, and a polymer-forming catalyst to form a mixture; (b) polymerizing during a first polymerization the mixture to obtain a formulation containing a thermoplastic polymer; and (c) extruding or casting the formulation to form said ion-conductive polymer film characterized in that the mixture prior to the first polymerization further contains at least one additional monomer which does not participate in the formation of the thermoplastic polymer, and which is polymerized after the polymer film has been formed by irradiating the polymer film after step (c).
A composition comprising: (a) a water-soluble extract of tomato fruit, wherein the extract: (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (b) an exogenous source of dietary nitrate or a precursor of endogenous nitric oxide selected from citrulline, glutamine or arginine and wherein the exogenous source comprises a water-based extract of fresh fruit or vegetable tissue, wherein the fruit or vegetable contains levels of nitrate sufficiently high to result in final extract concentrations of 7.5 g/l nitrate or greater; and (c) Folic acid or a metabolite of folic acid selected from 5-methoxytetrahydrofolate or tetrahydrofolate. (a) a water-soluble extract of tomato fruit, wherein the extract: (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (b) an exogenous source of dietary nitrate or a precursor of endogenous nitric oxide selected from citrulline, glutamine or arginine and wherein the exogenous source comprises a water-based extract of fresh fruit or vegetable tissue, wherein the fruit or vegetable contains levels of nitrate sufficiently high to result in final extract concentrations of 7.5 g/l nitrate or greater; and (c) Folic acid or a metabolite of folic acid selected from 5-methoxytetrahydrofolate or tetrahydrofolate.
A suppressor for a firearm, comprising: a casing having a front end and defining a longitudinal axis ; a first plurality of baffles inside said casing ; a front cap downstream from said first plurality of baffles at said front end of said casing ; and a first retainer connected to said casing and disposed between said first plurality of baffles and said front cap , wherein said first retainer has an upstream surface and a downstream surface , and wherein said first plurality of baffles , said front cap , and said first retainer define a fluid pathway along said longitudinal axis ; characterized in that said suppressor further comprises: a plurality of apertures through said first retainer and radially disposed from said fluid pathway , wherein said plurality of apertures provide fluid communication through said first retainer ; a contoured wall that extends axially upstream from said upstream surface of said first retainer , wherein said contoured wall defines a plurality of damping wells in said upstream surface of said first retainer radially disposed from said fluid pathway and circumferentially separated by said plurality of apertures ; and wherein said downstream surface of said first retainer is symmetrical with said upstream surface . a casing having a front end and defining a longitudinal axis ; a first plurality of baffles inside said casing ; a front cap downstream from said first plurality of baffles at said front end of said casing ; and a first retainer connected to said casing and disposed between said first plurality of baffles and said front cap , wherein said first retainer has an upstream surface and a downstream surface , and wherein said first plurality of baffles , said front cap , and said first retainer define a fluid pathway along said longitudinal axis ; characterized in that said suppressor further comprises: a plurality of apertures through said first retainer and radially disposed from said fluid pathway , wherein said plurality of apertures provide fluid communication through said first retainer ; a contoured wall that extends axially upstream from said upstream surface of said first retainer , wherein said contoured wall defines a plurality of damping wells in said upstream surface of said first retainer radially disposed from said fluid pathway and circumferentially separated by said plurality of apertures ; and wherein said downstream surface of said first retainer is symmetrical with said upstream surface . a plurality of apertures through said first retainer and radially disposed from said fluid pathway , wherein said plurality of apertures provide fluid communication through said first retainer ; a contoured wall that extends axially upstream from said upstream surface of said first retainer , wherein said contoured wall defines a plurality of damping wells in said upstream surface of said first retainer radially disposed from said fluid pathway and circumferentially separated by said plurality of apertures ; and wherein said downstream surface of said first retainer is symmetrical with said upstream surface .
A method implemented by a maintenance base for providing coverage of a wireless communication network, the wireless communication network comprising radio base stations mounted on mobile robots , the mobile robots being capable of communicating with the maintenance base , the method comprising : determining geographical positions for the mobile robots from which to provide the radio coverage area; instructing the mobile robots to position themselves at the determined geographical positions wherein the geographical positions are arranged in a daisy chain loop; instructing a first mobile robot to be replaced to return to the maintenance base ; instructing the mobile robots other than the first mobile robot to re-arrange the geographical positions to maintain the radio coverage area as the first mobile robot leaves; instructing another mobile robot to move to a vacant geographical position. determining geographical positions for the mobile robots from which to provide the radio coverage area; instructing the mobile robots to position themselves at the determined geographical positions wherein the geographical positions are arranged in a daisy chain loop; instructing a first mobile robot to be replaced to return to the maintenance base ; instructing the mobile robots other than the first mobile robot to re-arrange the geographical positions to maintain the radio coverage area as the first mobile robot leaves; instructing another mobile robot to move to a vacant geographical position.
A thin-walled microplate suitable for use in the Polymerase Chain Reaction (PCR) technique comprising a plurality of thin-walled tubes or wells arranged in a random access array in a substantially rigid frame, each well having an upper portion with an open top; a lower, frustoconical portion of thickness of 0.25mm±0.025mm, and a substantially flat bottom, the substantially flat bottom of each of the wells in the array having an external diameter in the range 2.0mm to 4.5mm and an internal flat bottom surface, viewable through the open top of the well, that extends on a substantially horizontal plane such that the internal flat bottom surface of each well is substantially equidistant from the top of the microplate in order that items retained along the internal flat bottom surfaces of the plurality of wells in the array are in a focal plane that is substantially the same when viewed from above through the open top of the respective wells, and an external surface of the substantially flat bottom on each well incorporating a protection ring or bead axially down from the external surface to protect the external surface, wherein the wells are not integrally fixed in the rigid frame but can be individually removed from the frame and therefore randomly accessible and wherein the substantially flat bottom surface of each well in the array incorporates a 2-D machine-readable code that is readable using an optical vision system.
Arrangement with a microprocessor system , which is programmed so that a redundant data processing takes place, wherein the same useful program (NP) is executed at least twice, and a comparison module , which compares the results of the at least two program executions with one another, characterised in that - the microprocessor system is programmed so that at least two emulators (EM1, EM2) use software to reproduce different microprocessors hereupon, - each of the at least two reproduced microprocessors executes the same useful program (NP) in a manner individual to the microprocessor, - the results of the at least two reproduced microprocessors are compared with the comparison module and - the at least two emulators (EM1, EM2) are programmed in each case so that the microprocessors reproduced thereby use an address structure (AS1, AS2) when data is stored in and read out from a storage region in each case, which address structure differs from the address structure (AS1, AS2) of at least one of the other reproduced microprocessors , preferably from the address structure of all other reproduced microprocessors , and in each case use a data structure (DS1, DS2), which differs from the data structure (DS1, DS2) of at least one of the other reproduced microprocessors , preferably from the data structrue of all other reproduced microprocessors . - the microprocessor system is programmed so that at least two emulators (EM1, EM2) use software to reproduce different microprocessors hereupon, - each of the at least two reproduced microprocessors executes the same useful program (NP) in a manner individual to the microprocessor, - the results of the at least two reproduced microprocessors are compared with the comparison module and - the at least two emulators (EM1, EM2) are programmed in each case so that the microprocessors reproduced thereby use an address structure (AS1, AS2) when data is stored in and read out from a storage region in each case, which address structure differs from the address structure (AS1, AS2) of at least one of the other reproduced microprocessors , preferably from the address structure of all other reproduced microprocessors , and in each case use a data structure (DS1, DS2), which differs from the data structure (DS1, DS2) of at least one of the other reproduced microprocessors , preferably from the data structrue of all other reproduced microprocessors .
A fine ratio measuring device that measures a fine ratio of fines having a grain size of 1mm or less adhering to the surface of a blast furnace raw material in the form of lumps, the fine ratio measuring device comprising: an illumination unit that illuminates the blast furnace raw material in the form of lumps; an imaging unit that captures an image of the blast furnace raw material in the form of lumps and then produces image data; and an arithmetic unit that computes a characteristic quantity of brightness of the image data produced by the imaging unit and converts the characteristic quantity of brightness to the fine ratio of fines having a grain size of 1mm or less adhering to the blast furnace raw material in the form of lumps using a stored regression formula of correspondence between the fine ratio and the characteristic quantity of brightness, wherein the characteristic quantity is an average brightness obtained by averaging the brightness of pixels in the image data. an illumination unit that illuminates the blast furnace raw material in the form of lumps; an imaging unit that captures an image of the blast furnace raw material in the form of lumps and then produces image data; and an arithmetic unit that computes a characteristic quantity of brightness of the image data produced by the imaging unit and converts the characteristic quantity of brightness to the fine ratio of fines having a grain size of 1mm or less adhering to the blast furnace raw material in the form of lumps using a stored regression formula of correspondence between the fine ratio and the characteristic quantity of brightness,
A slope detection method for detecting a slope of a base station antenna for mobile communication comprising: calculating a horizontal plane (X-Y plane) of a horizontal coordinate system through a gravity sensor ; calculating, from light quantity data of sunlight measured by multiple optical sensors provided on a spherical surface associated with the base station antenna , an incidence vector (L) for an incidence direction of the sunlight on the basis of a local coordinate system of the base station antenna ; acquiring incidence angle information of the sunlight on the horizontal coordinate system by applying a date and a time when the light quantity data is measured, latitude information, and longitude information to a sun path equation; determining the horizontal coordinate system by calculating a true north direction (N; Y-axis), on the horizontal coordinate system using the horizontal plane, the incidence vector, and the incidence angle information of the sunlight on the horizontal coordinate system; and comparing the determined horizontal coordinate system with the local coordinate system, thereby calculating three-dimensional slope information including a tilt angle, an azimuth angle, and a roll angle of the antenna on the horizontal coordinate system, wherein a roll angle of the antenna is corrected to be 0° and then a tilt angle and an azimuth for the horizontal coordinate system of the antenna are calculated. calculating a horizontal plane (X-Y plane) of a horizontal coordinate system through a gravity sensor ; calculating, from light quantity data of sunlight measured by multiple optical sensors provided on a spherical surface associated with the base station antenna , an incidence vector (L) for an incidence direction of the sunlight on the basis of a local coordinate system of the base station antenna ; acquiring incidence angle information of the sunlight on the horizontal coordinate system by applying a date and a time when the light quantity data is measured, latitude information, and longitude information to a sun path equation; determining the horizontal coordinate system by calculating a true north direction (N; Y-axis), on the horizontal coordinate system using the horizontal plane, the incidence vector, and the incidence angle information of the sunlight on the horizontal coordinate system; and comparing the determined horizontal coordinate system with the local coordinate system, thereby calculating three-dimensional slope information including a tilt angle, an azimuth angle, and a roll angle of the antenna on the horizontal coordinate system, wherein a roll angle of the antenna is corrected to be 0° and then a tilt angle and an azimuth for the horizontal coordinate system of the antenna are calculated.
A contact engine for testing a device under test , the contact engine comprising: a flexible dielectric membrane having a first surface and an opposed second surface ; a plurality of probes supported by the flexible dielectric membrane and oriented, relative to one another, to contact a plurality of contact locations on the device under test , wherein each probe in the plurality of probes includes a corresponding probe tip that projects from the second surface of the flexible dielectric membrane and is configured to electrically and physically contact a corresponding contact location of the plurality of contact locations ; and at least one membrane antenna supported by the flexible dielectric membrane ; the contact engine being characterised in that at least one probe of the plurality of probes is a membrane antenna-connected probe configured to electrically interconnect the membrane antenna and the device under test to permit excitation of the membrane antenna by the device under test . a flexible dielectric membrane having a first surface and an opposed second surface ; a plurality of probes supported by the flexible dielectric membrane and oriented, relative to one another, to contact a plurality of contact locations on the device under test , wherein each probe in the plurality of probes includes a corresponding probe tip that projects from the second surface of the flexible dielectric membrane and is configured to electrically and physically contact a corresponding contact location of the plurality of contact locations ; and
A sterilizer comprising: an impermeable sealed container directly connected to a vaporizer, flexible and elastic, and free to contract and expand under external pressure, wherein an effective volume of a sterilized article contained in the impermeable sealed container is configured to be checked by measuring the time that air is supplied to the impermeable sealed container. an impermeable sealed container directly connected to a vaporizer, flexible and elastic, and free to contract and expand under external pressure, wherein an effective volume of a sterilized article contained in the impermeable sealed container is configured to be checked by measuring the time that air is supplied to the impermeable sealed container.
Magazine for processing wire terminations , which are connected to one another via connecting bridges to form a wire termination strip , wherein the magazine has a housing , characterized in that the housing has a magazine level in which the wire terminations can be separated from the wire termination strip , that a cutting device is provided in the magazine level, by which device the wire terminations can be separated from one another, that a feed mechanism is provided in the magazine level, by which mechanism the wire termination strip can be transported in the magazine level, that the wire terminations separated by the cutting device can be conveyed out of a mounting position in the magazine level into a depression level for processing, and that the magazine level and the depression level are different from one another, so that processing the separated wire terminations is possible in the depression level, wherein simultaneously the next wire terminations are separated from the wire termination strips in the magazine level and brought into the mounting position. that the housing has a magazine level in which the wire terminations can be separated from the wire termination strip , that a cutting device is provided in the magazine level, by which device the wire terminations can be separated from one another, that a feed mechanism is provided in the magazine level, by which mechanism the wire termination strip can be transported in the magazine level, that the wire terminations separated by the cutting device can be conveyed out of a mounting position in the magazine level into a depression level for processing, and that the magazine level and the depression level are different from one another, so that processing the separated wire terminations is possible in the depression level, wherein simultaneously the next wire terminations are separated from the wire termination strips in the magazine level and brought into the mounting position.