mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting human Pegivirus 2 (HPgV-2) infection in a subject comprising: a) contacting a sample from a subject suspected of containing a subject antibody to HPgV-2 with a peptide, wherein said peptide has at least 85% identity to a portion of any one of SEQ ID NOs:2-11, 76-85, 86-99, 100-218, 304-353, 420-429, or 431-440 and wherein said portion is at least 10 amino acids in length, and wherein said peptide specifically binds said subject antibody to form a complex; and b) detecting the presence of said complex, thereby detecting the presence of past or present HPgV-2 infection in said subject. a) contacting a sample from a subject suspected of containing a subject antibody to HPgV-2 with a peptide, wherein said peptide has at least 85% identity to a portion of any one of SEQ ID NOs:2-11, 76-85, 86-99, 100-218, 304-353, 420-429, or 431-440 and wherein said portion is at least 10 amino acids in length, and wherein said peptide specifically binds said subject antibody to form a complex; and b) detecting the presence of said complex, thereby detecting the presence of past or present HPgV-2 infection in said subject.
A cooling system for an electronic rack, the cooling system comprising: a primary condenser ; a primary supply line and a primary return line that couples the primary condenser to a cold plate (21a, ..., 21n) that is arranged to mount on an IT component of a piece of information technology (IT) equipment that is disposed within the electronic rack to create a primary heat-transfer loop in which the primary condenser is configured to 1) supply, via the primary supply line , liquid coolant to the cold plate (21a,..., 21n) and 2) receive, via the primary return line , vapor that is produced by the cold plate (21a,..., 21n) when heat generated by the IT component is transferred into the liquid coolant by the cold plate (21a,..., 21n); a secondary condenser ; a secondary supply line that couples the secondary condenser to the primary supply line ; a secondary return line that couples the secondary condenser to the primary return line ; and a primary valve that is coupled to the secondary return line , the cooling system is characterized in that wherein the primary valve is configured to at least partially open in response to a pressure of the vapor exceeding a pressure threshold, wherein, in response to the primary valve at least partially opening, a secondary heat-transfer loop is created in which the secondary condenser receives, via the secondary return line , at least a portion of the vapor and condenses the at least the portion of the vapor back into liquid coolant that is supplied, via the secondary supply line , to the primary supply line . a primary condenser ; a primary supply line and a primary return line that couples the primary condenser to a cold plate (21a, ..., 21n) that is arranged to mount on an IT component of a piece of information technology (IT) equipment that is disposed within the electronic rack to create a primary heat-transfer loop in which the primary condenser is configured to 1) supply, via the primary supply line , liquid coolant to the cold plate (21a,..., 21n) and 2) receive, via the primary return line , vapor that is produced by the cold plate (21a,..., 21n) when heat generated by the IT component is transferred into the liquid coolant by the cold plate (21a,..., 21n); a secondary condenser ; a secondary supply line that couples the secondary condenser to the primary supply line ; a secondary return line that couples the secondary condenser to the primary return line ; and a primary valve that is coupled to the secondary return line , the cooling system is characterized in that wherein the primary valve is configured to at least partially open in response to a pressure of the vapor exceeding a pressure threshold, wherein, in response to the primary valve at least partially opening, a secondary heat-transfer loop is created in which the secondary condenser receives, via the secondary return line , at least a portion of the vapor and condenses the at least the portion of the vapor back into liquid coolant that is supplied, via the secondary supply line , to the primary supply line .
A composite comprising: 50% vol/vol or greater of silica-based glass microspheres, wherein the silica-based glass microspheres are selected from the group consisting of hollow glass microspheres, porous wall hollow glass microspheres, or a combination thereof; and a biocompatible matrix, wherein the silica-based glass microspheres flow readily and induce little or no inflammatory response in a subject. 50% vol/vol or greater of silica-based glass microspheres, wherein the silica-based glass microspheres are selected from the group consisting of hollow glass microspheres, porous wall hollow glass microspheres, or a combination thereof; and a biocompatible matrix, wherein the silica-based glass microspheres flow readily and induce little or no inflammatory response in a subject.
An apparatus for machine learning results, the apparatus comprising: a predictive compiler module configured to generate machine learning, the machine learning comprising program code for a plurality of learned functions, the program code generated by the predictive compiler module to predict one or more machine learning results based on one or more machine learning parameters; an input module configured to receive user input identifying one or more values for the one or more machine learning parameters; a pre-compute module configured to predetermine, using the generated machine learning, permutations of the machine learning results at one or more increments between a minimum value and a maximum value for the one or more machine learning parameters, prior to the input module receiving the user input; a display module configured to display, from the pre-compute module , a first predetermined permutation of the one or more predicted machine learning results for the one or more identified machine learning parameters; and an update module configured to dynamically display, from the pre-compute module , a second permutation of the one or more machine learning results in response to the input module receiving additional user input identifying one or more additional values for the one or more machine learning parameters. a predictive compiler module configured to generate machine learning, the machine learning comprising program code for a plurality of learned functions, the program code generated by the predictive compiler module to predict one or more machine learning results based on one or more machine learning parameters; an input module configured to receive user input identifying one or more values for the one or more machine learning parameters; a pre-compute module configured to predetermine, using the generated machine learning, permutations of the machine learning results at one or more increments between a minimum value and a maximum value for the one or more machine learning parameters, prior to the input module receiving the user input; a display module configured to display, from the pre-compute module , a first predetermined permutation of the one or more predicted machine learning results for the one or more identified machine learning parameters; and an update module configured to dynamically display, from the pre-compute module , a second permutation of the one or more machine learning results in response to the input module receiving additional user input identifying one or more additional values for the one or more machine learning parameters.
A screw connector for a medical hose system, comprising at least one first connecting element having a first lumen and an outside thread and at least one second connecting element having a second lumen and an elastically deformable union nut having an inside thread , wherein the inside thread and the outside thread are configured to be screwed to one another, wherein the outside thread has at least one first formation and the inside thread has at least one second formation , and the inside thread and the outside thread are configured for mutual screw connection with elastic deformation of the union nut by means of the first formation in at least one predetermined first angle-of-rotation range without the first formation engaging in the second formation , and the inside thread and the outside thread and the first formation and the second formation are configured for catch engagement of the first formation in the second formation when the inside thread and the outside thread are screwed together in a predefined second angle-of-rotation range, characterized in that the first connecting element and the second connecting element are each configured to be gas-permeable between an outer environment of the screw connector and an interior of the screw connector formed by the first lumen and the second lumen in the at least one predetermined second angle-of-rotation range in screw connection of the inside thread with the outside thread , and the first connecting element and second connecting element are each configured in order to seal in a gas-tight and/or fluid-tight manner between the outer environment of the screw connector and the interior of the screw connector when the inside thread is screwed together with the outside thread in a wider angle-of-rotation range.
An optoelectronic sensor for measuring a distance of an object in accordance with a time of flight principle, the sensor comprising a light transmitter for transmitting a light signal , a light receiver for receiving the light signal after reflection or remission by the object , the light receiver having a first plurality of pixel elements each configured as an avalanche photo diode element biased with a bias voltage greater than a breakthrough voltage and thus operated in a Geiger mode in order to trigger an avalanche event upon light reception, a distance measuring unit having a second plurality of time of flight measuring units connected to pixel elements for determining a time of flight between transmission and reception of a light signal, the second plurality being less than the first plurality, switching means for connecting only a selected portion of the pixel elements to time of flight measuring units in a one-to-one fashion, so that only some of the pixel elements are used for time of flight measurement, and a pixel selection unit for determining pixel elements to be connected by the switching means based on an intensity measurement, characterized in that the pixel selection unit is configured to exclude pixel elements actually only contributing ambient light or dark count events from the distance measurement, wherein the pixel selection unit comprises a plurality of counters , each counter being connected to at least one pixel element for counting avalanche events of the connected pixel elements , wherein the switching means connect pixel elements to time of flight measuring units according to the count of avalanche events, namely those pixel elements having the largest count and/or having a count exceeding a threshold.
Device for reversing a blade of a runner unit , the device comprising: - an annular lever fixed to a trunnion portion of the blade and rotatably mounted on the runner unit ; - a main servomotor comprising a piston adapted to reciprocate along a shaft of the runner unit and coupled to said annular lever such to cause a first rotation of the blade until said piston reaches a dead zone position; - an auxiliary servomotor arranged to cause a further rotation of the blade ; the device being characterised in that said auxiliary servomotor comprises a reciprocating linear rack configured to cooperate with a toothed sector provided on said annular lever when said piston is at or in proximity of said dead zone position. - an annular lever fixed to a trunnion portion of the blade and rotatably mounted on the runner unit ; - a main servomotor comprising a piston adapted to reciprocate along a shaft of the runner unit and coupled to said annular lever such to cause a first rotation of the blade until said piston reaches a dead zone position; - an auxiliary servomotor arranged to cause a further rotation of the blade ;
A combined oil ring attached to an oil ring groove of a piston , comprising: a pair of upper and lower side rails each formed into a flat annular shape, and having a slide contact part that comes into sliding contact with a cylinder ; and a spacer expander arranged between the pair of upper and lower side rails , wherein: in at least the upper side rail of the pair of upper and lower side rails , a cross-sectional shape of the slide contact part along an axial direction of the piston is a tapered shape linearly spreading from upper to lower parts of the piston ; the tapered shape is at an angle of 8 to 12 degrees with respect to a central axis (C) of the spacer expander , and has a vertex of the tapered shape within 0.15 mm from a lower end of the side rail ; and a part closer to the lower end than the vertex is formed into a curved shape having a curvature of R0.01 to 0.5 mm. a pair of upper and lower side rails each formed into a flat annular shape, and having a slide contact part that comes into sliding contact with a cylinder ; and a spacer expander arranged between the pair of upper and lower side rails , wherein: in at least the upper side rail of the pair of upper and lower side rails , a cross-sectional shape of the slide contact part along an axial direction of the piston is a tapered shape linearly spreading from upper to lower parts of the piston ; the tapered shape is at an angle of 8 to 12 degrees with respect to a central axis (C) of the spacer expander , and has a vertex of the tapered shape within 0.15 mm from a lower end of the side rail ; and a part closer to the lower end than the vertex is formed into a curved shape having a curvature of R0.01 to 0.5 mm. in at least the upper side rail of the pair of upper and lower side rails , a cross-sectional shape of the slide contact part along an axial direction of the piston is a tapered shape linearly spreading from upper to lower parts of the piston ; the tapered shape is at an angle of 8 to 12 degrees with respect to a central axis (C) of the spacer expander , and has a vertex of the tapered shape within 0.15 mm from a lower end of the side rail ; and a part closer to the lower end than the vertex is formed into a curved shape having a curvature of R0.01 to 0.5 mm.
A system for excising an implanted clip approximating opposed valve leaflets in a heart valve, said system comprising: a capture catheter configured to be introduced into a heart chamber adjacent to one side of the clip; a transfer catheter configured to be introduced into the heart chamber adjacent to another side of the clip; a cutting member configured to be deployed from the transfer catheter to the capture catheter to place a cutting element against tissue of at least one of the valve leaflets to excise the clip, and a clip removal catheter configured to be introduced into a heart chamber to engage and stabilize the clip, the clip removal catheter comprising a clip capture element configured to capture the clip. a capture catheter configured to be introduced into a heart chamber adjacent to one side of the clip; a transfer catheter configured to be introduced into the heart chamber adjacent to another side of the clip; a cutting member configured to be deployed from the transfer catheter to the capture catheter to place a cutting element against tissue of at least one of the valve leaflets to excise the clip, and a clip removal catheter configured to be introduced into a heart chamber to engage and stabilize the clip, the clip removal catheter comprising a clip capture element configured to capture the clip.
A method of managing content delivery in a computer network comprising: configuring a content delivery network within the computer network, the content delivery network including a set of virtual IP addresses and a set of property templates, each virtual IP address of the set of virtual IP addresses being associated with a different property template that is selected by the customer from the set of property templates, wherein each property template of the set of property templates defines a set of content delivery parameters governing how the content delivery network will process content requests for content of a customer of an aggregator of services of the content delivery network; receiving a content request for content of the customer of the aggregator of services of the content delivery network, the content request received at a virtual IP address of the set of virtual IP addresses included in the content delivery network; processing the content request based on a property template associated with the virtual IP address at which the content request is received; and serving the content in accordance with the property template associated with the aggregator of services of the content delivery network. configuring a content delivery network within the computer network, the content delivery network including a set of virtual IP addresses and a set of property templates, each virtual IP address of the set of virtual IP addresses being associated with a different property template that is selected by the customer from the set of property templates, wherein each property template of the set of property templates defines a set of content delivery parameters governing how the content delivery network will process content requests for content of a customer of an aggregator of services of the content delivery network; receiving a content request for content of the customer of the aggregator of services of the content delivery network, the content request received at a virtual IP address of the set of virtual IP addresses included in the content delivery network; processing the content request based on a property template associated with the virtual IP address at which the content request is received; and serving the content in accordance with the property template associated with the aggregator of services of the content delivery network.
A radar data processing method comprising: generating a radar image map ; predicting a region of interest, ROI , based on the generated radar image map ; adjusting steering information based on the predicted ROI , wherein candidate steering vectors are included in the steering information, and wherein adjusting steering information comprises performing an ROI focusing operation wherein the candidate steering vectors are focused on the ROI (821, 822, 1020, 1191; sensing radar data with a radar sensor ; and determining , for one or more target ranges within a maximum sensing range of the radar sensor , direction-of-arrival, DoA, information corresponding to the sensed radar data based on the adjusted steering information. generating a radar image map ; predicting a region of interest, ROI , based on the generated radar image map ; adjusting steering information based on the predicted ROI , wherein candidate steering vectors are included in the steering information, and wherein adjusting steering information comprises performing an ROI focusing operation wherein the candidate steering vectors are focused on the ROI (821, 822, 1020, 1191; sensing radar data with a radar sensor ; and determining , for one or more target ranges within a maximum sensing range of the radar sensor , direction-of-arrival, DoA, information corresponding to the sensed radar data based on the adjusted steering information.
A curable composition comprising from 70 to 99% by dry weight based on total dry weight of the curable composition, an acrylic emulsion component, and from 1 to 30% by dry weight based on the total dry weight of the curable composition, a polyolefin emulsion component prepared by emulsifying a polycarboxylic-compound functionalized polyolefin starting material; wherein the polyolefin starting material is selected from the group consisting of thermally degraded homopolymers and copolymers of ethylene, propylene, 1-butene, 4-methyl-1-pentene, 3-methyl-1-butene, 4,4-dimethyl-1-pentene, 3-methyl-1-pentene, 4-methyl-1-hexene, 5-ethyl-1-hexene, 6-methyl-1-heptene, 1-hexene, 1-heptene, 1-octene, 1-nonene, and 1-decene.
An estimation method for an assembled battery , the estimation method comprising: a first step of measuring first inductance of a first path, the first path including a predetermined number of units of battery cells and a wire connected to the battery cells; a second step of deriving a calculation formula for calculating second inductance of a second path on an assumption that a current flowing through the predetermined number of units of the battery cells is an imaginary current line , the second path including the imaginary current line and a wire connected to the imaginary current line ; a third step of determining a second variable by adjusting the second inductance obtained from the calculation formula to the first inductance measured in the first step by varying a first variable of the calculation formula derived in the second step; and a fourth step of estimating self-inductance according to a wire of the assembled battery and the number of the battery cells by using the second variable determined in the third step. a first step of measuring first inductance of a first path, the first path including a predetermined number of units of battery cells and a wire connected to the battery cells; a second step of deriving a calculation formula for calculating second inductance of a second path on an assumption that a current flowing through the predetermined number of units of the battery cells is an imaginary current line , the second path including the imaginary current line and a wire connected to the imaginary current line ; a third step of determining a second variable by adjusting the second inductance obtained from the calculation formula to the first inductance measured in the first step by varying a first variable of the calculation formula derived in the second step; and a fourth step of estimating self-inductance according to a wire of the assembled battery and the number of the battery cells by using the second variable determined in the third step.
A method performed by an apparatus including a dynamic vision sensor, DVS , comprising: detecting a marker affixed to a plane within a 3-dimensional, 3D, environment by detecting, using the DVS , a first plurality of light sources of the marker , the first plurality of light sources being arranged in a predetermined shape and blinking at a first frequency, wherein the first plurality of light sources are detected based on the light sources blinking at the first frequency and being arranged in the predetermined shape; detecting, using the DVS , a second plurality of light sources of the marker blinking at a second frequency different from the first frequency, wherein the second plurality of light sources are detected based on the light sources blinking at the second frequency; determining an orientation and an identity of the marker based on the second plurality of light sources ; and determining a camera pose for the DVS based on the shape, the orientation, and the identity of the marker. detecting a marker affixed to a plane within a 3-dimensional, 3D, environment by detecting, using the DVS , a first plurality of light sources of the marker , the first plurality of light sources being arranged in a predetermined shape and blinking at a first frequency, wherein the first plurality of light sources are detected based on the light sources blinking at the first frequency and being arranged in the predetermined shape; detecting, using the DVS , a second plurality of light sources of the marker blinking at a second frequency different from the first frequency, wherein the second plurality of light sources are detected based on the light sources blinking at the second frequency; determining an orientation and an identity of the marker based on the second plurality of light sources ; and determining a camera pose for the DVS based on the shape, the orientation, and the identity of the marker.