mhurhangee/patent-ind-claim-en huggingface dataset:
A diagnostic display system for diagnosing avionics components of an aircraft using an interactive display device accessible to a user in real time, the system comprising: a component information module configured for providing operational status information about at least one of the avionics components of the aircraft, and providing a detailed operational status configuration of each avionics component using a plurality of status messages stored in a database via a network ; and a central diagnostic module configured for receiving at least one signal from a plurality of sensors for the aircraft, and at least one parameter from a related avionics system associated with the aircraft and configured for assessing a current operational status of the aircraft by evaluating the operational status configuration illustrated in the interactive display device for establishing a visual link between the plurality of status messages associated with the avionics components of the aircraft; a diagnostics module configured for analyzing a detected fault of the avionics component of the aircraft based on a set of predetermined thresholds characterized in that the diagnostics module evaluates each detected fault by applying a set of predetermined queries in response to erroneous operation of at least one of the avionics components as represented by the at least one signal and parameter. a component information module configured for providing operational status information about at least one of the avionics components of the aircraft, and providing a detailed operational status configuration of each avionics component using a plurality of status messages stored in a database via a network ; and a central diagnostic module configured for receiving at least one signal from a plurality of sensors for the aircraft, and at least one parameter from a related avionics system associated with the aircraft and configured for assessing a current operational status of the aircraft by evaluating the operational status configuration illustrated in the interactive display device for establishing a visual link between the plurality of status messages associated with the avionics components of the aircraft; a diagnostics module configured for analyzing a detected fault of the avionics component of the aircraft based on a set of predetermined thresholds characterized in that the diagnostics module evaluates each detected fault by applying a set of predetermined queries in response to erroneous operation of at least one of the avionics components as represented by the at least one signal and parameter.
Method for the diagnosis of a pathological state characterized by detecting the presence of an anti-BAG3 antibody or an anti-BAG3 antibody bound to soluble BAG3 to form an immune complex in a biological sample, comprising the step of: a. determining the presence of an anti-BAG3 antibody or an BAG3 antibody bound to soluble BAG3 to form an immune complex in the biological sample consisting of serum, plasma, urine of saliva, obtained from a subject; b. comparing the values obtained from biological sample with reference values or with the values obtained from healthy donors. wherein said pathological state is selected from angina pectoris, pre-infarction angina, myocardial infarction, heart failure, acute coronary disease, ischemia, acute heart failure, chronic heart failure or iatrogenic heart disease and pancreatic cancer and said diagnosis is in vitro or ex vivo. a. determining the presence of an anti-BAG3 antibody or an BAG3 antibody bound to soluble BAG3 to form an immune complex in the biological sample consisting of serum, plasma, urine of saliva, obtained from a subject; b. comparing the values obtained from biological sample with reference values or with the values obtained from healthy donors.
A composition for use in treating pulmonary hypertension in a subject in need thereof comprising a pharmaceutically effective amount of an oral therapeutic agent for treating pulmonary hypertension and a pharmaceutically effective amount of an inhaled therapeutic agent for treating pulmonary hypertension, wherein the oral therapeutic agent and the inhaled therapeutic agent are co-administered, and wherein the oral therapeutic agent is beraprost or a pharmaceutically acceptable salt thereof and the inhaled therapeutic agent is treprostinil or a pharmaceutically acceptable salt thereof.
An underground lamp, comprising a lamp body , a seal ring , a reflection cup and a panel , wherein: the lamp body has an installation cavity , the installation cavity has an installation port, the installation port has an installation port outer edge , and the lamp body further has an abutment ring protruding from the installation port outer edge and circumferentially surrounding the installation port ; the reflection cup is disposed in the installation cavity , the reflection cup has a light exit cavity opening , the light exit cavity opening has a light exit cavity opening outer edge , the reflection cup further has a support ring protruding from the light exit cavity opening outer edge , the support ring is made of a rubber material, the installation port has an installation port inner edge , and the installation port inner edge has an abutment step circumferentially surrounded by the installation port ; the panel covers the abutment ring and is fixed to the lamp body , the seal ring is disposed between the abutment ring and the panel , the seal ring is pressed by the panel and the abutment ring in cooperation, the support ring is disposed between the abutment step and the panel , and the support ring is pressed by the panel and the abutment step in cooperation. the lamp body has an installation cavity , the installation cavity has an installation port, the installation port has an installation port outer edge , and the lamp body further has an abutment ring protruding from the installation port outer edge and circumferentially surrounding the installation port ; the reflection cup is disposed in the installation cavity , the reflection cup has a light exit cavity opening , the light exit cavity opening has a light exit cavity opening outer edge , the reflection cup further has a support ring protruding from the light exit cavity opening outer edge , the support ring is made of a rubber material, the installation port has an installation port inner edge , and the installation port inner edge has an abutment step circumferentially surrounded by the installation port ; the panel covers the abutment ring and is fixed to the lamp body , the seal ring is disposed between the abutment ring and the panel , the seal ring is pressed by the panel and the abutment ring in cooperation, the support ring is disposed between the abutment step and the panel , and the support ring is pressed by the panel and the abutment step in cooperation.
A computerized method using at least one hardware processor, the method comprising: causing presentation of an informational overlay atop a scene on a display device , the informational overlay comprising at least one of a graphical element or a textual element to partially obscure the scene ; accessing scene change data indicating a change in the scene ; based on the scene change data, modifying a visual emphasis of at least a portion of the informational overlay on the display device relative to the scene ; and characterised by : generating and causing the presentation of a background image between the scene and the informational overlay to render at least one or more portions of the informational overlay more readable to the user by enhancing the contrast of the informational overlay relative to the scene . causing presentation of an informational overlay atop a scene on a display device , the informational overlay comprising at least one of a graphical element or a textual element to partially obscure the scene ; accessing scene change data indicating a change in the scene ; based on the scene change data, modifying a visual emphasis of at least a portion of the informational overlay on the display device relative to the scene ; and characterised by : generating and causing the presentation of a background image between the scene and the informational overlay to render at least one or more portions of the informational overlay more readable to the user by enhancing the contrast of the informational overlay relative to the scene .
An axle arrangement for an agricultural vehicle having ground-engaging wheels or tracks supporting a chassis , the axle arrangement suitable for coupling the ground-engaging wheels or tracks to the chassis , the axle arrangement comprising a support structure defining an internal mounting volume configured for mounting a transmission assembly therein; and first and second stub axles extending from opposite sides of the support structure along an axle axis ; wherein the internal mounting volume is disposed along the axle axis and each of the stub axles is a weldment of multiple metal plates fixed with respect to the support structure and extending between the support structure and a drive plate at a free end of the stub axles , wherein the drive plate is configured to attach one of the ground-engaging wheels or tracks to the stub axle , characterized by further including a structural tie member extending between the drive plates .
A door, comprising a door leaf and two side borders , wherein at least one side border comprises a light grid strip and a runner rail , wherein a plurality of spacers is connected to the light grid strip , wherein the spacers comprise a connection region for the connection with the light grid strip , wherein at least one of the spacers comprises a length section (L, L', 9), which length section (L, L', 9) defines a distance or distances between the light grid strip and the runner rail of the side border , characterised in that the length section (L, L', 9) comprises at least one length-changing element for changing the length of the length section (L, L', 9), wherein the length-changing element is a predetermined breaking point.
An elevator system , comprising: a hoistway having a plurality of landings; an elevator car configured to move within the hoistway between the plurality of landings; a plurality of guide rails configured to guide movement of at least one of the elevator car and a counterweight arranged within the hoistway , wherein each of the plurality of guide rails includes a base and a blade ; and a machine assembly mounted within the hoistway and including a traction sheave rotatable about an axis, the traction sheave being configured to drive movement of the elevator car between the plurality of landings, wherein at least one of the plurality of guide rails is arranged in an overlapping configuration with the machine assembly such that a plane (R) defined by the base of the at least one guide rail is parallel to the axis and intersects a portion of the traction sheave ; characterized in that the at least one guide rail extends vertically above the machine assembly . a hoistway having a plurality of landings; an elevator car configured to move within the hoistway between the plurality of landings; a plurality of guide rails configured to guide movement of at least one of the elevator car and a counterweight arranged within the hoistway , wherein each of the plurality of guide rails includes a base and a blade ; and a machine assembly mounted within the hoistway and including a traction sheave rotatable about an axis, the traction sheave being configured to drive movement of the elevator car between the plurality of landings, wherein at least one of the plurality of guide rails is arranged in an overlapping configuration with the machine assembly such that a plane (R) defined by the base of the at least one guide rail is parallel to the axis and intersects a portion of the traction sheave ; characterized in that the at least one guide rail extends vertically above the machine assembly .
A server configuration method comprising: performing (S202; 1) data mining according to a first domain name bandwidth, including a server bandwidth, and a local buffer hit ratio of a server to obtain a threshold corresponding to the first domain name bandwidth, the performing (S202; 1) including obtaining the first domain name bandwidth of a domain name and the local buffer hit ratio of the server from a user access log, and determining the threshold according to a correspondence between a value change of the first domain name bandwidth and a state change of the local buffer hit ratio of the server; and obtaining (S204; 2) a number of servers to be allocated according to the threshold and a size of a second domain name bandwidth. performing (S202; 1) data mining according to a first domain name bandwidth, including a server bandwidth, and a local buffer hit ratio of a server to obtain a threshold corresponding to the first domain name bandwidth, the performing (S202; 1) including obtaining the first domain name bandwidth of a domain name and the local buffer hit ratio of the server from a user access log, and determining the threshold according to a correspondence between a value change of the first domain name bandwidth and a state change of the local buffer hit ratio of the server; and obtaining the first domain name bandwidth of a domain name and the local buffer hit ratio of the server from a user access log, and determining the threshold according to a correspondence between a value change of the first domain name bandwidth and a state change of the local buffer hit ratio of the server; and obtaining (S204; 2) a number of servers to be allocated according to the threshold and a size of a second domain name bandwidth.
A method for obtaining a standard configuration template of a network device, wherein the method comprises: obtaining (S201), by a computing device, configuration commands of a plurality of network devices, and generating a command template set according to the configuration commands of the plurality of network devices, wherein the command template set comprises a plurality of command templates; generating (S202), by the computing device, a correlation matrix based on the command template set, wherein the correlation matrix comprises a plurality of correlation values, and each correlation value indicates a correlation between one command template in the command template set and one of the plurality of network devices; clustering (S203), by the computing device, the plurality of network devices based on the correlation matrix to obtain at least two categories of network devices, and dividing the correlation matrix into a plurality of submatrixes based on a clustering result, wherein each submatrix corresponds to one of the at least two categories of network devices, and a correlation value in each submatrix indicates a correlation between a command template in the command template set and a network device of the corresponding category; and performing (S204), by the computing device, singular value decomposition on each submatrix to obtain a non-zero singular value, and using, as a standard configuration template of the corresponding category, a command template that is in the command template set and that makes a contribution greater than a threshold to the non-zero singular value. obtaining (S201), by a computing device, configuration commands of a plurality of network devices, and generating a command template set according to the configuration commands of the plurality of network devices, wherein the command template set comprises a plurality of command templates; generating (S202), by the computing device, a correlation matrix based on the command template set, wherein the correlation matrix comprises a plurality of correlation values, and each correlation value indicates a correlation between one command template in the command template set and one of the plurality of network devices; clustering (S203), by the computing device, the plurality of network devices based on the correlation matrix to obtain at least two categories of network devices, and dividing the correlation matrix into a plurality of submatrixes based on a clustering result, wherein each submatrix corresponds to one of the at least two categories of network devices, and a correlation value in each submatrix indicates a correlation between a command template in the command template set and a network device of the corresponding category; and performing (S204), by the computing device, singular value decomposition on each submatrix to obtain a non-zero singular value, and using, as a standard configuration template of the corresponding category, a command template that is in the command template set and that makes a contribution greater than a threshold to the non-zero singular value.
Washing machine with an outer tub, a drum arranged therein for receiving items of laundry, a heating facility, a pump system, a drive motor, a water supply apparatus and a control or regulating facility, wherein the pump system comprises a pump housing with a pump down connecting piece , a pump connecting piece and an intake port , wherein a pump down motor , a pump motor , and a screw closure to be opened, to which an essentially cylindrical filter insert which can be removed from the washing machine is attached and which has at least one opening for the passage of aqueous liquid along its periphery, are arranged on the pump housing , so that the pump housing comprises an essentially cylindrical suction chamber , a pump down pressure chamber and a pump pressure chamber , and wherein the pump down motor is arranged so as to convey an aqueous liquid out of the essentially cylindrical suction chamber through the filter insert via the pump down pressure chamber and the pump down connecting piece into a pump down line and the pump motor is arranged in order to convey the aqueous liquid out of the essentially cylindrical suction chamber through the filter insert via the pump down pressure chamber and the pump connecting piece into a pump line, wherein the essentially cylindrical filter insert has the screw closure to be opened at a first end , a pump down seal for sealing the pump down pressure chamber against the essentially cylindrical suction chamber at a second end and a pump opening to the pump pressure chamber at its periphery, characterised in that the periphery has a shield enclosing the pump opening , said shield being surrounded by a labyrinth seal and sealing the pump pressure chamber against the suction chamber , wherein the shield has a connection area , by way of which the shield is connected directly or indirectly to the first end of the cylindrical filter insert .
An agricultural device for distributing grains (S), comprising a multiplicity of metering devices for separating the grains (S) on the basis of a pressure difference by means of a separating member , wherein the individual metering devices have a grain chamber and are connected to: - a first line for supplying the grains (S) on the basis of compressed air from a main container for storing the grains (S), - a second line for supplying compressed air in order to produce a pressure difference with respect to the separating of the grains (S) on the basis of a pressure difference, and - a third line for supplying compressed air in order to transport separated grains (S) on the basis of compressed air to the arable soil, wherein the third line branches off from the second line in a branching region , characterized in that a flow cross section of the third line is smaller than a flow cross section of the second line . - a first line for supplying the grains (S) on the basis of compressed air from a main container for storing the grains (S), - a second line for supplying compressed air in order to produce a pressure difference with respect to the separating of the grains (S) on the basis of a pressure difference, and - a third line for supplying compressed air in order to transport separated grains (S) on the basis of compressed air to the arable soil,
A thickness analyzer unit for determining a thickness of a layer , comprising: a temperature change device configured to induce a temperature change of the layer from a first temperature value at a first time to a second temperature value at a second time, the first temperature value different from the second temperature value; a temperature sensor configured to generate first temperature data corresponding to the first temperature value and second temperature data corresponding to the second temperature value; a memory configured to store the first temperature value, the second temperature value, a thermal conductivity value of the layer , a specific thermal capacity value of the layer , and a density value of the layer ; and a controller operatively connected to the temperature change device , the temperature sensor , and the memory , the controller configured (i) to determine a time constant value of the layer based on the first temperature value and the second temperature value, and (ii) to determine the thickness of the layer based on the determined time constant, the thermal conductivity value, the specific thermal capacity value, and the density value, wherein the thickness of the layer is stored in the memory as a thickness value, and the temperature change device is a thermoelectric generator configured to cool the layer to induce the temperature change, wherein the temperature change device is configured to be applied directly to the layer to induce the temperature change, wherein the layer is human skin or animal skin. a temperature change device configured to induce a temperature change of the layer from a first temperature value at a first time to a second temperature value at a second time, the first temperature value different from the second temperature value; a temperature sensor configured to generate first temperature data corresponding to the first temperature value and second temperature data corresponding to the second temperature value; a memory configured to store the first temperature value, the second temperature value, a thermal conductivity value of the layer , a specific thermal capacity value of the layer , and a density value of the layer ; and a controller operatively connected to the temperature change device , the temperature sensor , and the memory , the controller configured (i) to determine a time constant value of the layer based on the first temperature value and the second temperature value, and (ii) to determine the thickness of the layer based on the determined time constant, the thermal conductivity value, the specific thermal capacity value, and the density value, wherein the thickness of the layer is stored in the memory as a thickness value, and the temperature change device is a thermoelectric generator configured to cool the layer to induce the temperature change, wherein the temperature change device is configured to be applied directly to the layer to induce the temperature change, wherein the layer is human skin or animal skin.
Electroacoustic device comprising a transducer comprising a piezoelectric substrate , first and second electrodes of inverse polarity comprising respective first and second tracks provided on said substrate, the first and second tracks spiraling around a same center (C), the transducer being configured for generating a swirling ultrasonic surface wave in the substrate.
A skin film forming composition comprising: from 1 to 10% by weight fragrance; from 40 to 80% by weight acrylic polymer, from 0.1 to 2% by weight thickener, from 0.5 to 2.0% by weight emulsifier, from 3 to 20% by weight aqueous solution, and from 1 to 20% by weight pigment, wherein the thickener is a clay based thickener having a density of 1.4 to 2.0 g/cm 3 .