mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for quantifying the efficacy of security products and practices, based on monitored activities and conditions on a plurality of computing devices over time, the method comprising the steps of: defining metrics that specify what criteria concerning computer security systems are to be quantified, the metrics including a frequency with which default settings are overridden and optionally one or more of: measurements of security shortcomings, and a level of security successes; collecting telemetry data concerning the defined metrics from different ones of the plurality of computing devices; monitoring security configuration information concerning different ones of the plurality of computing devices; correlating collected telemetry data with monitored configuration information, enabling determination of what security product deployments and settings are in place when specific security actions occur on specific ones of the plurality of computing devices; amalgamating correlations of telemetry data with security configuration information; analyzing the amalgamated correlations of telemetry data with security configuration information; and quantifying efficacy of specific security products and configurations, based on the analysis of the amalgamated correlations of telemetry data with security configuration information to generate one or more of: a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating. defining metrics that specify what criteria concerning computer security systems are to be quantified, the metrics including a frequency with which default settings are overridden and optionally one or more of: measurements of security shortcomings, and a level of security successes; measurements of security shortcomings, and a level of security successes; collecting telemetry data concerning the defined metrics from different ones of the plurality of computing devices; monitoring security configuration information concerning different ones of the plurality of computing devices; correlating collected telemetry data with monitored configuration information, enabling determination of what security product deployments and settings are in place when specific security actions occur on specific ones of the plurality of computing devices; amalgamating correlations of telemetry data with security configuration information; analyzing the amalgamated correlations of telemetry data with security configuration information; and quantifying efficacy of specific security products and configurations, based on the analysis of the amalgamated correlations of telemetry data with security configuration information to generate one or more of: a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating. a quantified efficacy based on a numerical scale, a quantified efficacy based on a percentage, and a quantified efficacy based on a letter rating.
An assembly including an anti-refill dispensing fitment including: a tamper-evident component as a detachable portion of the fitment to render a container tamper-evident and including a coupling ; characterized in that the tamper-evident component further includes a radially expandable element extending radially from the coupling, and a container detent engagement element extending axially and radially from the coupling; and in that the anti-refill dispensing fitment further includes a dispensing portion of the fitment coupled to the detachable portion and including an extension and a coupling on the extension for coupling to the detachable portion coupling. a tamper-evident component as a detachable portion of the fitment to render a container tamper-evident and including a coupling ; characterized in that the tamper-evident component further includes a radially expandable element extending radially from the coupling, and a container detent engagement element extending axially and radially from the coupling; and in that the anti-refill dispensing fitment further includes a dispensing portion of the fitment coupled to the detachable portion and including an extension and a coupling on the extension for coupling to the detachable portion coupling.
A reactor R with apparatus D, the latter comprising a gas- and/or liquid-permeable tray B, in the edge region of which there is disposed a lateral boundary W which fully encloses the tray B and forms a volume V comprising catalytic and/or noncatalytic shaped bodies (F), wherein there is at least one braid made of precious metal and/or base metal on the upstream side opposite the tray B, and the catalytic and/or noncatalytic shaped bodies (F) are selected from (i) shaped bodies (F1) in the form of straight prisms, the footprint of which is selected from triangle, rectangle, hexagon or fragments of these polygons, and (ii) a combination of the shaped bodies (F1) with shaped bodies (F2) that are smaller than the shaped bodies (F1), wherein groups of m to n shaped bodies (F1), m and n being an integer from 3 to 30 with n > m, are framed in metal cassettes which form modules (M) and are open in the upstream direction and closed in the downstream direction by a gas-permeable tray, in a virtually seamless manner with side face to side face and with their longitudinal axis aligned in vertical direction, virtually completely covering the cross section of the tray, to form modules (M), and the modules (M), optionally with cooperation of a joint filler material, with vertical alignment of the longitudinal axis of the shaped bodies (F1), are joined to one another virtually seamlessly in a mosaic-like manner such that they virtually completely cover the cross section of the tray B.
A stroke sensor , comprising: a shaft that extends in a direction along an axial line ; a detected body that is fixed to the shaft; a housing that extends along the shaft, that houses the shaft, and that supports the shaft slidably in the direction along the axial line; and a detection body that is configured to detect a movement amount of the detected body which moves in accordance with sliding of the shaft, wherein the shaft comprises a plurality of shaft members that are connected to each other in the direction along the axial line, and a slide part that is in contact with an inner wall of the housing and that is configured to slide so as to regulate a movement of the shaft in a direction that is crossed with the axial line is provided on each of the plurality of shaft members, characterised in that the plurality of shaft members are formed of metal, in that a portion of an outer circumferential surface of the slide part forms a shape having a flat surface , and in that the inner wall of the housing has a shape that corresponds to the outer circumferential surface of the slide part. a shaft that extends in a direction along an axial line ; a detected body that is fixed to the shaft; a housing that extends along the shaft, that houses the shaft, and that supports the shaft slidably in the direction along the axial line; and a detection body that is configured to detect a movement amount of the detected body which moves in accordance with sliding of the shaft, wherein the shaft comprises a plurality of shaft members that are connected to each other in the direction along the axial line, and a slide part that is in contact with an inner wall of the housing and that is configured to slide so as to regulate a movement of the shaft in a direction that is crossed with the axial line is provided on each of the plurality of shaft members, characterised in that the plurality of shaft members are formed of metal, in that a portion of an outer circumferential surface of the slide part forms a shape having a flat surface , and in that the inner wall of the housing has a shape that corresponds to the outer circumferential surface of the slide part.
Dishwasher, in particular a household dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be cleaned, and comprising a water storage tank which is arranged next to the washing container and is arranged on the washing container so as to have an air duct which extends in the vertical direction of the washing container arranged therebetween, characterised in that the air duct is connected, on the inlet side, to an air outlet duct of a fresh air blower of the dishwasher and is delimited, on the water storage tank side, by a deep groove which is provided by the water storage tank , extends in the vertical direction and is formed on the outside of the wall of the water storage tank facing the washing container , the air duct being delimited, on the washing container side, by the outer surface of the associated wall of the washing container .
A method for network diagnosis processing, characterized by comprising: receiving , by a first network tunnel source end, at a first network layer of the first network tunnel source end, a network diagnosis instruction sent by an instruction center; sending , by the first network tunnel source end, at the first network layer of the first network tunnel source end, a diagnosis message carrying a characteristic information to a first network layer of a first network tunnel peer end and a second network layer of the first network tunnel source end, wherein the characteristic information is carried in a diagnosis result reported by the first network tunnel peer end at the first network layer of the first network tunnel peer end to the instruction center; and sending , by the first network tunnel source end, at the second network layer of the first network tunnel source end, the diagnosis message to a second network layer of the first network tunnel peer end, wherein the characteristic information is carried in a diagnosis result reported by the first network tunnel peer end at the second network layer of the first network tunnel peer end to the instruction center, and wherein the characteristic information is used to achieve association of diagnosis results among various network layers and various network management domains. receiving , by a first network tunnel source end, at a first network layer of the first network tunnel source end, a network diagnosis instruction sent by an instruction center; sending , by the first network tunnel source end, at the first network layer of the first network tunnel source end, a diagnosis message carrying a characteristic information to a first network layer of a first network tunnel peer end and a second network layer of the first network tunnel source end, wherein the characteristic information is carried in a diagnosis result reported by the first network tunnel peer end at the first network layer of the first network tunnel peer end to the instruction center; and sending , by the first network tunnel source end, at the second network layer of the first network tunnel source end, the diagnosis message to a second network layer of the first network tunnel peer end, wherein the characteristic information is carried in a diagnosis result reported by the first network tunnel peer end at the second network layer of the first network tunnel peer end to the instruction center, and wherein the characteristic information is used to achieve association of diagnosis results among various network layers and various network management domains.
A hydrogel structure (52;60) comprising: a hollow tubular structure having an inner diameter of 1.0 mm or less, characterized in that the hydrogel structure has a transmission of 80 percent or more in a visible light range, and in that : the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or : the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity. a hollow tubular structure having an inner diameter of 1.0 mm or less, characterized in that the hydrogel structure has a transmission of 80 percent or more in a visible light range, and in that : the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or : the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity. the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or : the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity.
A circuit for use with a contactor including at least one contact, said circuit comprising: a first segment comprising: a voltage source ; a first coil ; a second coil ; and a first transistor , wherein said first segment is configured to selectively conduct a closing current through said first coil , said second coil , and said first transistor to close the at least one contact; and a second segment comprising: said first coil ; a second transistor ; and a first diode , wherein said second segment is configured to selectively conduct a holding current through said first coil , said second transistor , and said first diode to hold the at least one contact closed, characterized in that said first diode is connected directly to one end of the first coil and arranged such that substantially all current produced by said voltage source flows through said first coil , with the other end of the first coil directly connected with the first transistor , and the first coil and the second coil connected in series. a first segment comprising: a voltage source ; a first coil ; a second coil ; and a first transistor , wherein said first segment is configured to selectively conduct a closing current through said first coil , said second coil , and said first transistor to close the at least one contact; and a voltage source ; a first coil ; a second coil ; and a first transistor , wherein said first segment is configured to selectively conduct a closing current through said first coil , said second coil , and said first transistor to close the at least one contact; and a second segment comprising: said first coil ; a second transistor ; and a first diode , wherein said second segment is configured to selectively conduct a holding current through said first coil , said second transistor , and said first diode to hold the at least one contact closed, characterized in that said first diode is connected directly to one end of the first coil and arranged such that substantially all current produced by said voltage source flows through said first coil , with the other end of the first coil directly connected with the first transistor , and the first coil and the second coil connected in series. said first coil ; a second transistor ; and a first diode , wherein said second segment is configured to selectively conduct a holding current through said first coil , said second transistor , and said first diode to hold the at least one contact closed, characterized in that said first diode is connected directly to one end of the first coil and arranged such that substantially all current produced by said voltage source flows through said first coil , with the other end of the first coil directly connected with the first transistor , and the first coil and the second coil connected in series.
A three-component styrene-free coating composition for the interior construction of a ship, comprising at least one binder component, at least one hardener component and at least one catalyst component, wherein the binder component comprises a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and the hardener component comprises at least one organic peroxide, the catalyst component comprises c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, based on the total weight of the catalyst component, wherein the proportions of the components of the respective components add up to 100 wt%. the binder component comprises a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and a1) 70 to 95 wt% of at least one unsaturated polyester as binder and a2) 5 to 30 wt% of at least one flame retardant selected from alkyl esters of halophthalic acid, alkyl esters of halobenzoic acid and mixtures thereof, based on the total weight of the binder component, and the hardener component comprises at least one organic peroxide, the catalyst component comprises c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, c1) 5 to 20 wt% of at least one organic cobalt compound, c2) 80 to 95 wt% organic solvents, based on the total weight of the catalyst component, wherein the proportions of the components of the respective components add up to 100 wt%.
A detection apparatus comprising: a light-emitting element array including a plurality of light-emitting partitions ; a light-receiving element array including a plurality of light-receiving partitions configured to receive reflected light of light emitted from the light-emitting element array to an object to be detected; and a control unit configured to selectively drive the plurality of light-emitting partitions and to cause the plurality of light-emitting partitions to emit light and cause each first light-emitting partition of the plurality of light-emitting partitions corresponding to a first light-receiving partition having received light amounts less than a predetermined threshold to emit light by being driven by the control unit to detect the object to be detected in a first detection step (S106), wherein the control unit detects the object to be detected in the first detection step (S106) based on a received amount of light received by only the light-receiving partitions corresponding to the first light-emitting partitions , wherein the control unit detects the object to be detected in a second detection step (S108) by causing a second light-emitting partition corresponding to a second light-receiving partition having received light amount equal to or larger than the threshold to emit light at a number of times of light emission smaller than a number of times of light emission of the first light-emitting partitions , and wherein the second detection step (S108) is executed after the first detection step (S106). a light-emitting element array including a plurality of light-emitting partitions ; a light-receiving element array including a plurality of light-receiving partitions configured to receive reflected light of light emitted from the light-emitting element array to an object to be detected; and a control unit configured to selectively drive the plurality of light-emitting partitions and to cause the plurality of light-emitting partitions to emit light and cause each first light-emitting partition of the plurality of light-emitting partitions corresponding to a first light-receiving partition having received light amounts less than a predetermined threshold to emit light by being driven by the control unit to detect the object to be detected in a first detection step (S106), wherein the control unit detects the object to be detected in the first detection step (S106) based on a received amount of light received by only the light-receiving partitions corresponding to the first light-emitting partitions , wherein the control unit detects the object to be detected in a second detection step (S108) by causing a second light-emitting partition corresponding to a second light-receiving partition having received light amount equal to or larger than the threshold to emit light at a number of times of light emission smaller than a number of times of light emission of the first light-emitting partitions , and wherein the second detection step (S108) is executed after the first detection step (S106).
An electronic device comprising: a wireless communication module configured to transmit a signal for recognizing an external object; at least one processor operably connected to the wireless communication module ; and at least one memory operably connected to the at least one processor , characterized in that the at least one memory is configured to store instructions for causing the at least one processor , when executed, to: determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module so as to transmit, to the external object, at least one signal including the Golay sequence having the determined length, control the wireless communication module so as to receive at least one signal which is a reflection and return of the transmitted wireless signal from the external object, acquire, based on the at least one transmitted signal and the at least one received signal, a property of the external object, and recognize, based on the acquired property of the object, the object. a wireless communication module configured to transmit a signal for recognizing an external object; at least one processor operably connected to the wireless communication module ; and at least one memory operably connected to the at least one processor , characterized in that the at least one memory is configured to store instructions for causing the at least one processor , when executed, to: determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module so as to transmit, determine a predicted distance to the external object, determine, based on the predicted distance, a length of a Golay sequence included in the signal for recognizing the external object, and control the wireless communication module so as to transmit, to the external object, at least one signal including the Golay sequence having the determined length, control the wireless communication module so as to receive at least one signal which is a reflection and return of the transmitted wireless signal from the external object, acquire, based on the at least one transmitted signal and the at least one received signal, a property of the external object, and recognize, based on the acquired property of the object, the object.