mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, performed by a graphical processing unit, GPU, in a data analysis device , comprising: receiving, by the data analysis device , multiple log data entries including parameters associated with a computer network event in a computing network ; extracting, by the data analysis device, one or more parameters from the multiple log data entries, wherein the one or more parameters are extracted in real-time; generating, by the data analysis device, a network event graph based on at least one of a first graph metric or a second graph metric, the first and second graph metrics being based on the one or more extracted parameters; and detecting, by the data analysis device based on queries performed on the network event graph and false positive handling functionality defining known good nodes in the computing network that periodically generate sudden shifts in relative importance in the computing network, that a node has been infected with malicious code; and identifying degrees of separation between two or more nodes, wherein the degrees of separation are based on data communications between nodes, and assigning a risk score for a target node based on the target node having an indirect connection to the node infected with malicious code, wherein the target node represents a tertiary node having a second-order indirect connection to the node infected with malicious code. receiving, by the data analysis device , multiple log data entries including parameters associated with a computer network event in a computing network ; extracting, by the data analysis device, one or more parameters from the multiple log data entries, wherein the one or more parameters are extracted in real-time; generating, by the data analysis device, a network event graph based on at least one of a first graph metric or a second graph metric, the first and second graph metrics being based on the one or more extracted parameters; and detecting, by the data analysis device based on queries performed on the network event graph and false positive handling functionality defining known good nodes in the computing network that periodically generate sudden shifts in relative importance in the computing network, that a node has been infected with malicious code; and identifying degrees of separation between two or more nodes, wherein the degrees of separation are based on data communications between nodes, and assigning a risk score for a target node based on the target node having an indirect connection to the node infected with malicious code, wherein the target node represents a tertiary node having a second-order indirect connection to the node infected with malicious code.
A blow mold assembly comprising: opposed mating mold components for production of containers, wherein exterior surface features of a portion of each container that engages a removable container closure are formed from contact of a tubular preform with mold surfaces of the blow mold assembly, each mating mold component comprising, a removable neck insert mold component comprising at least one member for forming, at least in part, the container closure engaging features of the container, and characterized by at least one manually operable retention device for retaining the neck insert mold component with the mating mold component, wherein the manually operable retention device comprises a clamp mechanism that remains fixed to the mating mold component when the neck insert mold component is removed from or installed in the mold assembly. a removable neck insert mold component comprising at least one member for forming, at least in part, the container closure engaging features of the container, and characterized by at least one manually operable retention device for retaining the neck insert mold component with the mating mold component, wherein the manually operable retention device comprises a clamp mechanism that remains fixed to the mating mold component when the neck insert mold component is removed from or installed in the mold assembly.
An electrical splitter configured to receive a RF output signal and to generate a first RF output and a second RF output to respective a first load and a second load , comprising: a first leg configured to provide the first RF output to the first load; a second leg configured to provide the second RF output to the second load; and a balancing circuit connected between the first leg and the second leg , the balancing circuit configured to control a first value of an electrical parameter associated with one of the first leg or the second leg and a second value of the electrical parameter associated with an other of the first leg or the second leg , wherein the first value and the second value are controllable to a predefined relationship. a first leg configured to provide the first RF output to the first load; a second leg configured to provide the second RF output to the second load; and a balancing circuit connected between the first leg and the second leg , the balancing circuit configured to control a first value of an electrical parameter associated with one of the first leg or the second leg and a second value of the electrical parameter associated with an other of the first leg or the second leg , wherein the first value and the second value are controllable to a predefined relationship.
A cutter comprising a cutter body having a cutting face , a peripheral sidewall flank and a base , the base comprising a planar raised portion and a recessed channel that extends inwardly from an inlet opening in the peripheral sidewall flank continuously to an outlet opening in the peripheral sidewall flank , the recessed channel having a height (H), a width (W) and a length (L) and comprising a pair of opposed sidewalls extending from the base surface of the recessed channel to the planar raised portion , wherein the planar raised portion forms a planar surface that is configured for mating engagement and touching contact with a planar bonding surface of a cutting face of a downhole tool; characterised in that : one of the width (W) or the height (H) varies along the length (L) of the channel .
Beverage dispensing unit including a container including an orifice equipped with a closure member , a beverage dispensing device including a base intended to be fixedly mounted on a reservoir containing a fluid, a fluid-dispensing nozzle able to move in translation along an axis with respect to the base, the nozzle including a collecting part and a dispensing part for the fluid, said collecting part being able to actuate the opening of a valve of the reservoir by moving said collecting part in translation, the collecting part and the dispensing part being fluidity connected by a channel for circulation of the fluid emerging at the collecting part and at the dispensing part , respectively through at least a first opening and at least a second opening, the nozzle including a support surface , the dispensing device furthermore including a lever able to pivot about an axis fixed with respect to the base , said lever including an actuation part and a support part coming into abutment on said support surface of the nozzle , so that the pivoting of the lever actuates the translation movement of the nozzle , the fluid-dispensing part being introduced into the internal volume of the container through the closure member so that the second opening of the dispensing part of the nozzle is located in the internal volume of the container , the container including a support part coming into abutment on the actuation part of the lever so as to allow pivoting of the lever by translation movement of the container . a beverage dispensing device including a base intended to be fixedly mounted on a reservoir containing a fluid, a fluid-dispensing nozzle able to move in translation along an axis with respect to the base, the nozzle including a collecting part and a dispensing part for the fluid, said collecting part being able to actuate the opening of a valve of the reservoir by moving said collecting part in translation, the collecting part and the dispensing part being fluidity connected by a channel for circulation of the fluid emerging at the collecting part and at the dispensing part , respectively through at least a first opening and at least a second opening, the nozzle including a support surface , the dispensing device furthermore including a lever able to pivot about an axis fixed with respect to the base , said lever including an actuation part and a support part coming into abutment on said support surface of the nozzle , so that the pivoting of the lever actuates the translation movement of the nozzle , the fluid-dispensing part being introduced into the internal volume of the container through the closure member so that the second opening of the dispensing part of the nozzle is located in the internal volume of the container , the container including a support part coming into abutment on the actuation part of the lever so as to allow pivoting of the lever by translation movement of the container .
A therapeutic fluid preparation device for preparing therapeutic fluid having a predetermined concentration by mixing a plurality of stock solutions, the device comprising: a mixing circuit configured to mix the plurality of stock solutions; a concentration measuring device having an electric conductivity sensor configured to measure the electric conductivity of the solution mixture in the mixing circuit and a temperature sensor configured to measure the temperature of the solution mixture, the concentration measuring device being configured to measure the concentration of the solution mixture in accordance with the measured electric conductivity by the electric conductivity sensor and the measured temperature by the temperature sensor ; and electrolyte supply means configured to supply through the mixing circuit an electrolyte whose temperature and electric conductivity is known; and wherein the device further comprises a calibration means configured to direct the electrolyte supply means to supply the electrolyte having the known temperature and electric conductivity through the mixing circuit , to measure the temperature of the supplied electrolyte using the temperature sensor , and to calibrate the electric conductivity sensor based on the difference between the measured temperature and a known temperature of the electrolyte by referring to a correlation between temperature and electric conductivity. a mixing circuit configured to mix the plurality of stock solutions; a concentration measuring device having an electric conductivity sensor configured to measure the electric conductivity of the solution mixture in the mixing circuit and a temperature sensor configured to measure the temperature of the solution mixture, the concentration measuring device being configured to measure the concentration of the solution mixture in accordance with the measured electric conductivity by the electric conductivity sensor and the measured temperature by the temperature sensor ; and electrolyte supply means configured to supply through the mixing circuit an electrolyte whose temperature and electric conductivity is known; and wherein the device further comprises a calibration means configured to direct the electrolyte supply means to supply the electrolyte having the known temperature and electric conductivity through the mixing circuit , to measure the temperature of the supplied electrolyte using the temperature sensor , and to calibrate the electric conductivity sensor based on the difference between the measured temperature and a known temperature of the electrolyte by referring to a correlation between temperature and electric conductivity.
An air cleaner assembly comprising: (a) an air cleaner housing having an air flow inlet , an air flow outlet and an interior ; (b) a filter cartridge positioned in the air cleaner housing ; the filter cartridge comprising media positioned around an open filter interior ; (i) the housing including an outer sidewall ; (c) a dust ejection port arrangement in the housing ; (i) the dust ejection port arrangement including a dust egress aperture arrangement in the outer sidewall extending over a radial arc, around a central axis of the housing , of at least 20°; (d) a dust receiver positioned exteriorly of the housing and oriented to receive dust from the dust egress aperture arrangement ; (e) a pulse jet distribution arrangement comprising a pulse jet tube oriented to direct a cleaning pulse jet into the open filter interior ; and, (f) the air cleaner assembly defines a dust rotation direction clockwise or counter-clockwise; characterized in that (g) the housing includes a radially inwardly directed scoop edge at an edge of the dust egress aperture arrangement most radially downstream with respect to the dust rotation direction , the scoop edge helping collect dust as it passes over or across the dust egress aperture arrangement , when moving in the dust rotation direction . (a) an air cleaner housing having an air flow inlet , an air flow outlet and an interior ; (b) a filter cartridge positioned in the air cleaner housing ; the filter cartridge comprising media positioned around an open filter interior ; (i) the housing including an outer sidewall ; (i) the housing including an outer sidewall ; (c) a dust ejection port arrangement in the housing ; (i) the dust ejection port arrangement including a dust egress aperture arrangement in the outer sidewall extending over a radial arc, around a central axis of the housing , of at least 20°; (i) the dust ejection port arrangement including a dust egress aperture arrangement in the outer sidewall extending over a radial arc, around a central axis of the housing , of at least 20°; (d) a dust receiver positioned exteriorly of the housing and oriented to receive dust from the dust egress aperture arrangement ; (e) a pulse jet distribution arrangement comprising a pulse jet tube oriented to direct a cleaning pulse jet into the open filter interior ; and, (f) the air cleaner assembly defines a dust rotation direction clockwise or counter-clockwise; characterized in that (g) the housing includes a radially inwardly directed scoop edge at an edge of the dust egress aperture arrangement most radially downstream with respect to the dust rotation direction , the scoop edge helping collect dust as it passes over or across the dust egress aperture arrangement , when moving in the dust rotation direction .
An active clearance control system of a gas turbine engine , the system comprising: a multiple of blade outer air seal assemblies ; and a multiple of rotary ramps , each of the multiple of rotary ramps associated with one of the multiple of blade outer air seal assemblies ; wherein each of the multiple of blade outer air seal assemblies includes a blade outer air seal and a follower rod that extends therefrom; characterised in that : each of the multiple of follower rods terminates in a follower transverse to the follower rod , and each of the followers supports an insert , the insert rides upon the respective rotary ramp . a multiple of blade outer air seal assemblies ; and a multiple of rotary ramps , each of the multiple of rotary ramps associated with one of the multiple of blade outer air seal assemblies ; wherein each of the multiple of blade outer air seal assemblies includes a blade outer air seal and a follower rod that extends therefrom;
A device for determining current, with a shunt , a printed circuit board , an evaluation unit and a temperature sensor , the shunt comprising a resistance region with a substantially planar surface, the device for determining current being arranged in the resistance region on the surface of the shunt in such a way the temperature sensor is arranged in thermal connection with the resistance region of the shunt , wherein voltage taps are arranged on either side of the temperature sensor and making electrical contact with the surface of the shunt in order to detect a potential difference along the resistance region , wherein the printed circuit board comprises a milled-out section which runs essentially in a spiral around the temperature sensor , such that the temperature sensor is arranged on a printed circuit board plateau and is spring-mounted by a printed circuit board web remaining between the turns of the spiral milled-out section , wherein the temperature sensor is displaceable parallel to the normal vector of the plane of the printed circuit board and a restoring force acts between the printed circuit board and the temperature sensor by means of the printed circuit board web when the temperature sensor is displaced relative to the plane of the printed circuit board .
A method for discriminating background regions of an image by an apparatus, the apparatus comprising a receiving unit, a storage unit and a determination unit, the method comprising steps of: receiving, by the receiving unit, an image comprising a plurality of pixels, wherein each pixel comprises one or more colour sub-pixels; analyzing, by the storage unit, the received image to obtain gray scale values for sub-pixels of the same colour among the one or more colour sub-pixels in a sub-matrix which is defined by the pixels within the s ± mth row and the t ± nth column in the image, wherein s, m, t and n are natural numbers; and determining, by the determination unit, that pixels in the sub-matrix are in a high-luminance background region , on the condition that the gray scale values for at least N sub-pixels of the same colour in the sub-matrix are all greater than a given gray scale value and a variance of the gray scale values for the at least N sub-pixels of the same colour in the sub-matrix is less than or equal to a specified threshold, wherein the at least N sub-pixels of the same colour all have greater gray scale values than any of the rest of the sub-pixels of the same colour in the sub-matrix; and otherwise, determining that pixels in the sub-matrix are in a non-high-luminance background region, wherein the number N, the given gray scale value and the specified threshold can be independently adjusted to affect the degree of strictness for discrimination of background regions. receiving, by the receiving unit, an image comprising a plurality of pixels, wherein each pixel comprises one or more colour sub-pixels; analyzing, by the storage unit, the received image to obtain gray scale values for sub-pixels of the same colour among the one or more colour sub-pixels in a sub-matrix which is defined by the pixels within the s ± mth row and the t ± nth column in the image, wherein s, m, t and n are natural numbers; and determining, by the determination unit, that pixels in the sub-matrix are in a high-luminance background region , on the condition that the gray scale values for at least N sub-pixels of the same colour in the sub-matrix are all greater than a given gray scale value and a variance of the gray scale values for the at least N sub-pixels of the same colour in the sub-matrix is less than or equal to a specified threshold, wherein the at least N sub-pixels of the same colour all have greater gray scale values than any of the rest of the sub-pixels of the same colour in the sub-matrix; and otherwise, determining that pixels in the sub-matrix are in a non-high-luminance background region, wherein the number N, the given gray scale value and the specified threshold can be independently adjusted to affect the degree of strictness for discrimination of background regions.
Control device with a bolt and push piece for a timepiece, comprising: - a slideway arranged in the outer surface of the case of the timepiece; - a bolt comprising an external part (11; 111; 211) arranged to be guided by the slideway so as to be able to slide on the outer surface of the case of the timepiece between an inoperative position and an end-of-travel position, and comprising an internal part which is arranged inside the case and kinematically connected to the external part; - a push piece comprising a through-part (39; 239) which is inserted in a piercing passing through the wall of the case of the timepiece, the piercing opening into the slideway or into the extension thereof and being oriented substantially perpendicularly to the slideway, the push piece further comprising a head part (38; 147, 148; 213, 247, 248) arranged outside of the case in order to cooperate with the through-part (39; 239); the total external length of the control device parallel to the slideway being equal to the length of the external part (11; 111; 211) of the bolt when the bolt is in the inoperative position, said control device being characterised in that the head part (38; 147, 148; 213, 247, 248) of the push piece is arranged to move along the slideway jointly with the external part (11; 111; 211) of the bolt while also being able to move in a direction substantially transverse to the slideway, and in that the head part of the push piece is shaped to be able to cooperate with the through-part of the push piece when the bolt is in the inoperative position. - a slideway arranged in the outer surface of the case of the timepiece; - a bolt comprising an external part (11; 111; 211) arranged to be guided by the slideway so as to be able to slide on the outer surface of the case of the timepiece between an inoperative position and an end-of-travel position, and comprising an internal part which is arranged inside the case and kinematically connected to the external part; - a push piece comprising a through-part (39; 239) which is inserted in a piercing passing through the wall of the case of the timepiece, the piercing opening into the slideway or into the extension thereof and being oriented substantially perpendicularly to the slideway, the push piece further comprising a head part (38; 147, 148; 213, 247, 248) arranged outside of the case in order to cooperate with the through-part (39; 239);
An expansion chamber for use on a tubular, the expansion chamber comprising: a shell that is configured to be attached to the tubular by a bonding material, the shell having a port configured to receive the bonding material therethrough and into a cavity of the shell; and a tube unit configured to be placed in the cavity of the shell , the tube unit having a tube with a port that is in fluid communication with the port of the shell. a shell that is configured to be attached to the tubular by a bonding material, the shell having a port configured to receive the bonding material therethrough and into a cavity of the shell; and a tube unit configured to be placed in the cavity of the shell , the tube unit having a tube with a port that is in fluid communication with the port of the shell.
Device for indicating the functioning of a door with one leaf or a plurality of leaves , of the type comprising elastomer seals , characterised in that said device comprises a translucent elastomer profiled strip made from hot-vulcanisable silicone constituting the whole of said seal , a longitudinal support for attaching said seal and at least one light source the effect of which varies during the various operating phases of the door , the translucent elastomer profiled strip made from hot-vulcanisable silicone being partially inserted in the longitudinal attachment support and furthermore providing the protection of said light source placed between said longitudinal support and said seal .