mhurhangee/patent-ind-claim-en huggingface dataset:
An application performance analyzer adapted to analyze the performance of one or more applications running on IT infrastructure , said application performance analyzer comprising: - a data collection engine adapted to collect performance metrics for said one or more applications running on said IT infrastructure , and adapted to collect communication path data indicative for communication paths between nodes of said IT infrastructure ; and - an anomaly detection engine adapted to analyze said performance metrics and to detect anomalies , i.e. performance metrics whose values deviate from historic values with a deviation that exceeds a predefined threshold, CHARACTERIZED IN THAT said application performance analyzer further comprises: - a correlation engine adapted to detect dependencies between plural anomalies based on said communication path data , and to generate anomaly clusters , each anomaly cluster consisting of anomalies that are correlated through one or more of said dependencies; - a ranking engine adapted to rank anomalies within an anomaly cluster based on said communication path data , an anomaly detected closer to a source of a communication path being ranked higher than an anomaly detected closer to a destination of said communication path; and - a source detection engine adapted to pinpoint a problem source from the lowest ranked anomaly in said anomaly cluster. - a data collection engine adapted to collect performance metrics for said one or more applications running on said IT infrastructure , and adapted to collect communication path data indicative for communication paths between nodes of said IT infrastructure ; and - an anomaly detection engine adapted to analyze said performance metrics and to detect anomalies , i.e. performance metrics whose values deviate from historic values with a deviation that exceeds a predefined threshold, - a correlation engine adapted to detect dependencies between plural anomalies based on said communication path data , and to generate anomaly clusters , each anomaly cluster consisting of anomalies that are correlated through one or more of said dependencies; - a ranking engine adapted to rank anomalies within an anomaly cluster based on said communication path data , an anomaly detected closer to a source of a communication path being ranked higher than an anomaly detected closer to a destination of said communication path; and - a source detection engine adapted to pinpoint a problem source from the lowest ranked anomaly in said anomaly cluster.
Rotary actuator for a roll stabilization system for a motor vehicle, wherein the rotary actuator comprises a roller bearing, an arrangement for securing the roller bearing , a housing and a transmission output element, the roller bearing having an inner ring and an outer ring , wherein the arrangement for mounting the transmission output element by means of the roller bearing is located in the housing , wherein the inner ring is arranged on a transmission output element and is fixed axially by a first securing element , and the outer ring is arranged in a hole in the housing and is fixed axially by a second securing element , wherein a stop on which the outer ring rests is formed on the housing , wherein the transmission output element is formed as a planet carrier of a planetary gear of the rotary actuator in the form of a transmission output shaft and has a shoulder on which the inner ring is supported in the axial direction, characterized in that the first securing element is formed as a lock nut which is screwed onto the transmission output shaft , wherein the second securing element is formed as a threaded ring having an external thread , wherein an internal thread is arranged in the housing , and wherein the threaded ring can be screwed into the internal thread of the housing and braced against the outer ring in order to brace the outer ring with respect to the stop , wherein an annular gap (s) is left between the first securing element and the threaded ring , into which gap a rotary tool for tightening the securing elements can be inserted for the purpose of producing a pre-load, wherein the two securing elements have approximately the same width (b), and wherein the lock nut has an outer profile formed as a driver profile, and the threaded ring has an inner profile formed as a driver profile. characterized in that the first securing element is formed as a lock nut which is screwed onto the transmission output shaft , wherein the second securing element is formed as a threaded ring having an external thread , wherein an internal thread is arranged in the housing , and wherein the threaded ring can be screwed into the internal thread of the housing and braced against the outer ring in order to brace the outer ring with respect to the stop , wherein an annular gap (s) is left between the first securing element and the threaded ring , into which gap a rotary tool for tightening the securing elements can be inserted for the purpose of producing a pre-load, wherein the two securing elements have approximately the same width (b), and wherein the lock nut has an outer profile formed as a driver profile, and the threaded ring has an inner profile formed as a driver profile.
An isolated antibody that inhibits binding between CD47 and SIRPα for use in a method of treating a blood cancer or myelodysplastic syndrome (MDS) in a subject, comprising: (a) administering the isolated antibody that inhibits binding between CD47 and SIRPα; and (b) administering a hypomethylating agent to the subject, wherein the subject has at least one p53 mutation.
A holding plate for a vacuum cleaner filter bag comprising a base plate made of a plastic material, in which a passage opening is formed, and a sealing membrane of an elastic plastics material covering the passage opening and connected to the base plate, the sealing membrane having a slit in the region of the passage opening, the sealing membrane having a thickened portion at least in sections along the slit.
A dolly comprising: a body having a base and a first locating formation for locating a further dolly thereon in a stacked condition of said dollies ; the body having a second locating formation for stacking the dolly on the further dolly in a stacked condition of said dollies ; wherein the first locating formation is engageable with a second locating formation of the further dolly stacked on the first mentioned dolly , and the second locating formation is engageable with a first locating formation of the further dolly on which the first mentioned dolly is stacked; wherein the base has a length dimension and a width dimension, the length dimension being greater than the width dimension; wherein the first locating formation extends lengthways along the base of the dolly , and the second locating formation extend widthways of the base of the dolly ; characterised in that the first locating formation projects upwardly, and comprises an upstanding arrangement extending along a side of the base . a body having a base and a first locating formation for locating a further dolly thereon in a stacked condition of said dollies ; the body having a second locating formation for stacking the dolly on the further dolly in a stacked condition of said dollies ; wherein the first locating formation is engageable with a second locating formation of the further dolly stacked on the first mentioned dolly , and the second locating formation is engageable with a first locating formation of the further dolly on which the first mentioned dolly is stacked; wherein the base has a length dimension and a width dimension, the length dimension being greater than the width dimension; wherein the first locating formation extends lengthways along the base of the dolly , and the second locating formation extend widthways of the base of the dolly ; characterised in that the first locating formation projects upwardly, and comprises an upstanding arrangement extending along a side of the base .
A fluid collection device , comprising: a fluid impermeable barrier at least partially defining a chamber , the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; and a channel defining and extending between an inlet and an outlet , the outlet positioned downstream from the inlet, the inlet configured to be in fluid communication with a gas source and the outlet configured to be in fluid communication with a fluid storage container, and the channel being at least partially disposed in the chamber and defining more than one aperture disposed in the chamber, that allows an interior of the channel to be in fluid communication with the chamber; and wherein the channel includes more than one Venturi suction device disposed therein and the suction device includes a narrowed section having a minimum diameter and an expanded section immediately downstream from the minimum diameter; wherein each said aperture of the channel is disposed adjacent to the minimum diameter or proximate to and downstream from the narrowed section, whereby gas flowing from the inlet of the channel to the outlet of the channel is effective to suction fluids from the chamber into the channel via each said aperture. a fluid impermeable barrier at least partially defining a chamber , the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; and a channel defining and extending between an inlet and an outlet , the outlet positioned downstream from the inlet, the inlet configured to be in fluid communication with a gas source and the outlet configured to be in fluid communication with a fluid storage container, and the channel being at least partially disposed in the chamber and defining more than one aperture disposed in the chamber, that allows an interior of the channel to be in fluid communication with the chamber; and wherein the channel includes more than one Venturi suction device disposed therein and the suction device includes a narrowed section having a minimum diameter and an expanded section immediately downstream from the minimum diameter; wherein each said aperture of the channel is disposed adjacent to the minimum diameter or proximate to and downstream from the narrowed section, whereby gas flowing from the inlet of the channel to the outlet of the channel is effective to suction fluids from the chamber into the channel via each said aperture.
A locking system comprising a lock and a holder for releasably receiving the lock during a transport, wherein the lock comprises a lock body and an alarm device for generating an alarm, and wherein the lock and/or the holder has/have at least one means by which the generation of the alarm can be suppressed when the lock is received in the holder , characterized in that the lock comprises a first sensor which is connected to the alarm device and which is configured to detect the receiving of the lock in the holder , wherein a transport state can be recognized by this detection of the lock in the holder , and wherein the alarm device is configured to suppress the generation of the alarm when the first sensor detects the receiving of the lock in the holder . wherein the lock and/or the holder has/have at least one means by which the generation of the alarm can be suppressed when the lock is received in the holder , characterized in that the lock comprises a first sensor which is connected to the alarm device and which is configured to detect the receiving of the lock in the holder , wherein a transport state can be recognized by this detection of the lock in the holder , and wherein the alarm device is configured to suppress the generation of the alarm when the first sensor detects the receiving of the lock in the holder .
A sheathing repair assembly for a tension member of a post-tensioning tendon, the tension member comprising a strand and a sheathing layer, the sheathing repair assembly comprising: a repair tube having first and second end portions; a first sealing assembly comprising: a first nut having a first frustoconical surface ; and a first forcing element adapted to cooperate with the first frustoconical surface so as to compress the first end portion of the repair tube ; and a second sealing assembly comprising: a second nut having a second frustoconical surface ; and a second forcing element adapted to cooperate with the second frustoconical surface so as to compress the second end portion of the repair tube ; wherein the first and second end portions of the repair tube each includes an expansion portion that includes: a tapered wall thickness, a diameter greater than a diameter of the rest of the repair tube , longitudinal slots, longitudinal grooves, an internal friction device, or an external friction device, characterized by : the first end portion of the repair tube being compressed between the first forcing element and the first frustoconical surface, and; the second end portion of the repair tube being compressed between the second forcing element and the second frustoconical surface. a repair tube having first and second end portions; a first sealing assembly comprising: a first nut having a first frustoconical surface ; and a first forcing element adapted to cooperate with the first frustoconical surface so as to compress the first end portion of the repair tube ; and a first nut having a first frustoconical surface ; and a first forcing element adapted to cooperate with the first frustoconical surface so as to compress the first end portion of the repair tube ; and a second sealing assembly comprising: a second nut having a second frustoconical surface ; and a second forcing element adapted to cooperate with the second frustoconical surface so as to compress the second end portion of the repair tube ; wherein the first and second end portions of the repair tube each includes an expansion portion that includes: a tapered wall thickness, a diameter greater than a diameter of the rest of the repair tube , a tapered wall thickness, a diameter greater than a diameter of the rest of the repair tube , longitudinal slots, longitudinal grooves, an internal friction device, or an external friction device, characterized by : the first end portion of the repair tube being compressed between the first forcing element and the first frustoconical surface, and; the second end portion of the repair tube being compressed between the second forcing element and the second frustoconical surface. the first end portion of the repair tube being compressed between the first forcing element and the first frustoconical surface, and; the second end portion of the repair tube being compressed between the second forcing element and the second frustoconical surface.
A method of processing a set of 'k' floating point numbers to perform addition and/or subtraction, k ≥ 3, using a hardware implementation, each floating-point number comprising a mantissa (m i ) and an exponent (e i ), wherein the method comprises: receiving the set of 'k' floating point numbers in a first format , each floating-point number in the first format comprising a mantissa (m i ) with a bit-length of 'b' bits; creating a set of 'k' numbers (y i ) based on the mantissas of the 'k' floating-point numbers , the numbers having a bit-length of 'n' bits obtained by adding both extra most-significant bits and extra least-significant bits to the bit length `b' of the mantissa (m i ), wherein the 'n' bits comprises a number of magnitude bits, wherein 'n' is b + ⌈ log 2 k ⌉ + ⌈ log 2 k − 1 ⌉ + x bits, where x is an integer, and x ≥ 1 and x ≤ 3; identifying a maximum exponent (e max ) among the exponents (e i ) ; aligning the magnitude bits of the numbers (y i ) based on the maximum exponent (e max ) ; and processing the set of 'k' numbers concurrently . receiving the set of 'k' floating point numbers in a first format , each floating-point number in the first format comprising a mantissa (m i ) with a bit-length of 'b' bits; creating a set of 'k' numbers (y i ) based on the mantissas of the 'k' floating-point numbers , the numbers having a bit-length of 'n' bits obtained by adding both extra most-significant bits and extra least-significant bits to the bit length `b' of the mantissa (m i ), wherein the 'n' bits comprises a number of magnitude bits, wherein 'n' is b + ⌈ log 2 k ⌉ + ⌈ log 2 k − 1 ⌉ + x bits, where x is an integer, and x ≥ 1 and x ≤ 3; identifying a maximum exponent (e max ) among the exponents (e i ) ; aligning the magnitude bits of the numbers (y i ) based on the maximum exponent (e max ) ; and processing the set of 'k' numbers concurrently .
A packaging comprising at least one first piece of packaging material , wherein the first piece of packaging material has a coated paper , which has a base paper and at least three coatings applied one on top of the other on the base paper , wherein the at least three coatings have in the sequence in which they are given, starting from the base paper , a first barrier layer , comprising at least one hydrophobic polymer, a second barrier layer , comprising at least one hydrophilic polymer, and a third barrier layer , comprising at least one hydrophobic polymer, wherein the packaging is closed in a gas-tight manner, characterised in that a precoat comprising at least one inorganic pigment and a polymeric binder is present between the base paper and the first barrier layer .
A method of manufacturing a wavelength converting component, wherein the wavelength converting component contains at least one wavelength converting material and a matrix material, and wherein the method comprises the following steps: (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1 ; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component. wherein the wavelength converting component contains at least one wavelength converting material and a matrix material, and wherein the method comprises the following steps: (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1 ; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component. (a) providing a dispersion containing a crosslinkable ceramizable material and at least one wavelength converting material, wherein the crosslinkable ceramizable material is a polymer containing a silazane repeating unit M 1 ; and (b) curing said dispersion at a temperature of > 300 to ≤ 500°C to obtain a wavelength converting component.
A refrigerator comprising: a cabinet having a storage chamber ; a door to open and close the storage chamber ; a drawer assembly connected to the door and having a drawer ; a rail assembly to connect the drawer assembly to the cabinet ; characterized in further comprising a weight balance positioned in the drawer assembly and opposite the door , wherein the drawer assembly includes a drawer supporter coupled to the door to support the drawer , the weight balance preventing the center of gravity from being biased forward of the drawer supporter, and wherein the drawer supporter moves together with the weight balance in a state in which the weight balance is coupled to the drawer supporter . a cabinet having a storage chamber ; a door to open and close the storage chamber ; a drawer assembly connected to the door and having a drawer ; a rail assembly to connect the drawer assembly to the cabinet ; characterized in further comprising a weight balance positioned in the drawer assembly and opposite the door , wherein the drawer assembly includes a drawer supporter coupled to the door to support the drawer , the weight balance preventing the center of gravity from being biased forward of the drawer supporter, and wherein the drawer supporter moves together with the weight balance in a state in which the weight balance is coupled to the drawer supporter .
A method for preparing a coal mixture for cokemaking, the coal mixture containing two or more types of coals, the coal mixture being used as at least one portion of a coal blend for cokemaking, the method comprising: determining a blending ratio of the coal mixture in the coal blend in advance in the case of using the coal mixture as a portion of the coal blend; determining a type and a blending ratio of coal contained in the rest of the coal blend excluding the coal mixture; determining an interfacial tension between a semicoke mixture obtained from the coal mixture and a semicoke obtained from the coal contained in the rest of the coal blend excluding the coal mixture; and adjusting the blending ratio of each coal in the coal mixture such that the interfacial tension (γ blend ) of semicoke obtained by thermally treating the coal blend is 0.03 mN/m or less. determining a blending ratio of the coal mixture in the coal blend in advance in the case of using the coal mixture as a portion of the coal blend; determining a type and a blending ratio of coal contained in the rest of the coal blend excluding the coal mixture; determining an interfacial tension between a semicoke mixture obtained from the coal mixture and a semicoke obtained from the coal contained in the rest of the coal blend excluding the coal mixture; and adjusting the blending ratio of each coal in the coal mixture such that the interfacial tension (γ blend ) of semicoke obtained by thermally treating the coal blend is 0.03 mN/m or less.
A computer-implemented method for steering controlling of an autonomous vehicle, characterized in that the method comprises: calculating a first steering angle based on a target directional angle and an actual directional angle of the autonomous vehicle to maneuver to avoid an obstacle; calculating a second steering angle based on a target lateral position and an actual lateral position of the autonomous vehicle to maneuver to avoid the obstacle; determining a target steering angle based on the first and second steering angles; and controlling a subsequent steering angle of the autonomous vehicle based on the next target steering angle. calculating a first steering angle based on a target directional angle and an actual directional angle of the autonomous vehicle to maneuver to avoid an obstacle; calculating a second steering angle based on a target lateral position and an actual lateral position of the autonomous vehicle to maneuver to avoid the obstacle; determining a target steering angle based on the first and second steering angles; and controlling a subsequent steering angle of the autonomous vehicle based on the next target steering angle.
Vehicle door handle assembly comprising: - a bowl configured to be mounted in an opening of a door panel , - a bracket configured to fasten the bowl to the door panel , - a switch module mounted on the bracket in an opening of the bowl so that the switch module can be activated by a finger of a user introduced within a recess of the bowl to open the vehicle door, wherein the vehicle door handle assembly further comprises: - a metallic reinforcing plate fixed to the bracket and covering at least in part the switch module in order to prevent the deformation of the switch module . - a bowl configured to be mounted in an opening of a door panel , - a bracket configured to fasten the bowl to the door panel , - a switch module mounted on the bracket in an opening of the bowl so that the switch module can be activated by a finger of a user introduced within a recess of the bowl to open the vehicle door, - a metallic reinforcing plate fixed to the bracket and covering at least in part the switch module in order to prevent the deformation of the switch module .