mhurhangee/patent-ind-claim-en huggingface dataset:
A method for identifying a problem source in an information technology (IT) infrastructure, comprising, by a computing system: receiving, from one or more agents of the IT infrastructure, performance metrics for applications running on the IT infrastructure, the one or more agents executing outside of the applications, the performance metrics excluding transaction information specifying calls between the applications; detecting anomalies using the performance metrics for the applications running on the IT infrastructure; characterized by : determining correlated anomalies based on communication path data indicating the correlated anomalies belong to a group of applications of the IT infrastructure that communicate with each other via a communication path; generating a ranking of the correlated anomalies, a first correlated anomaly of a first application further in the communication path being ranked lower than a second correlated anomaly of a second application earlier in the communication path; and identifying an application of the group of applications as the problem source from a lowest ranked anomaly of the ranking of the correlated anomalies. receiving, from one or more agents of the IT infrastructure, performance metrics for applications running on the IT infrastructure, the one or more agents executing outside of the applications, the performance metrics excluding transaction information specifying calls between the applications; detecting anomalies using the performance metrics for the applications running on the IT infrastructure; characterized by : determining correlated anomalies based on communication path data indicating the correlated anomalies belong to a group of applications of the IT infrastructure that communicate with each other via a communication path; generating a ranking of the correlated anomalies, a first correlated anomaly of a first application further in the communication path being ranked lower than a second correlated anomaly of a second application earlier in the communication path; and identifying an application of the group of applications as the problem source from a lowest ranked anomaly of the ranking of the correlated anomalies. determining correlated anomalies based on communication path data indicating the correlated anomalies belong to a group of applications of the IT infrastructure that communicate with each other via a communication path; generating a ranking of the correlated anomalies, a first correlated anomaly of a first application further in the communication path being ranked lower than a second correlated anomaly of a second application earlier in the communication path; and identifying an application of the group of applications as the problem source from a lowest ranked anomaly of the ranking of the correlated anomalies.
Item of furniture with a first furniture part which can be moved by driving relative to a second furniture part, with a device for moving the first furniture part relative to the second furniture part and with a drive unit by means of which the first furniture part can be moved by driving relative to the second furniture part, wherein transfer means with a flexible elongated transfer element are provided for applying a driving action to the first furniture part, wherein pressure forces and/or tensile forces can be transferred for moving the first furniture part by means of the transfer element, wherein the transfer element is provided over essential sections with an at least approximately flat surface portion aligned in longitudinal extension, characterised in that a winding device is provided for winding and/or unwinding the transfer element .
A method for identifying CD56+ NK cells in a sample, comprising analyzing the methylation status of at least one CpG position in the mammalian gene region for mevalonate (diphospho) decarboxylase (MVD), wherein said at least one CpG position is selected from a CpG selected from the CpG positions 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 15, 16, 17, 19, and 20 in the amplicon according to SEQ ID No. 1, wherein a demethylation or lack of methylation of said at least one CpG position is indicative for a CD56+ NK cell, when compared to a non- CD56+ NK cell.
A method for managing access information for registration of a controlled device by a controller device in a smart home service, the method comprising the steps of: checking a validity period of a refresh token for updating an access token of the controlled device included in a device list for the smart home service , wherein the device list is received from a service server ; and requesting, by the controller device, the service server to re-register the controlled device, if a period from a current time until an end of the validity period is less than a predetermined threshold period . checking a validity period of a refresh token for updating an access token of the controlled device included in a device list for the smart home service , wherein the device list is received from a service server ; and requesting, by the controller device, the service server to re-register the controlled device, if a period from a current time until an end of the validity period is less than a predetermined threshold period .
An electronic apparatus for encoding image data, comprising: an interface circuitry ; and a processor configured to: control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus ; wherein an i+1th high resolution image is generated further based on characteristic data generated in a previous ith operation. an interface circuitry ; and a processor configured to: control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus ; control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus ; wherein an i+1th high resolution image is generated further based on characteristic data generated in a previous ith operation.
A metallic can lid having a reclosable opening, in particular for beverage cans and for containers for storing foods and other liquid, pasty, powdery and/or solid products; having a microgap which extends peripherally, which is provided in the metallic lid surface and which is sealed off at an inner lid side by a film ; having a notch extending adjacent to said microgap in the film; having a sealing frame composed of a plastic material which is connected to the fixed lid surface and which surrounds the opening region; having a closure unit composed of a plastic material which is connected to the metallic lid region which is disposed within the microgap and which can be pivoted open, said closure unit being pivotably attached to the fixed lid surface and being provided with a tear-open member disposed diametrically opposite the pivot bearing region , wherein the sealing frame and the closure unit cooperate via sealing and latching ribs and associated receiving grooves and the metallic lid region disposed within the annular microgap is received and held in the opening region of the lid, in particular in a shape matched and/or force transmitting manner and preferably without a toothed arrangement; and wherein the film provided at the inner lid side and covering the microgap consists of a molded part, in particular a deep-drawn molded part, which reproduces the lower side structure of the can lid forming a continuous metallic surface, characterized in that both the sealing frame is connected to the fixed lid surface in a bonded manner and the closure unit is connected to the metallic lid region that can be pivoted open in a bonded manner, in particular by a thermal process using an adhesive lacquer layer which is preferably suitable for use with food and/or has lubricating properties.
Lock for a wing, in particular a sliding wing, with a lock case , which is closed on one side by a faceplate , and with a locking arrangement which is arranged in the lock case and has an opposed bolt combination with a hook-shaped first lock bolt and a hook-shaped second lock bolt which are arranged pivotably in relation to each other and are movable through an opening (5.1) in the faceplate between a retracted open position and a locking position which is extended out of the lock case and in which the lock bolts each engage in a recess (7.1) in a striker plate , wherein an actuating element , upon corresponding actuation, transfers the opposed lock bolts out of the retracted open position into the extended locking position or from the extended locking position into the retracted open position, and wherein a locking catch blocks the pivoting movement of the lock bolts in the extended locking position and releases said pivoting movement in the retracted open position, wherein the actuating element and the locking catch are combined in a slidably mounted blocking slider which is displaceable between a release position in the retracted open position and a blocking position in the extended locking position, wherein the blocking slider blocks the lock bolts in the blocking position, characterized in that the blocking slider in its blocking position protrudes out of the lock case and engages in the recess (7.1) in the striker plate , and in that the actuating element comprises an oblique guide slot and an actuating pin which is guided in the guide slot and can be acted upon by an actuating means.
An all-solid-state polymer electrolyte, characterized in that the electrolyte comprises; a carbonic ester polymer, and a metal salt and a porous support material; wherein its thickness is 20 μm - 800 μm; its ionic conductivity is 1×10 -5 S/cm - 1 × 10 -3 S/cm at 25°C ; its electrochemical window is higher than 3.6 V measured placing the polymer electrolyte between two pieces of stainless steel, placing it in a 2032 type battery case, performing a linear volt-ampere scanning measurement, onset potential of 2.5V, maximum potential of 5.5V, scanning speed 1mV/s, and the metal salt is sodium salt or lithium salt.
A control circuit for an inkjet head, the control circuit comprising: an input circuit configured to receive drive information for driving liquid ejection from a plurality of nozzle arrays, the drive information including a drive signal value to be supplied to a channel of the plurality of nozzle arrays; a latch circuit array comprising a plurality of latch circuits (1001-1008) for storing the drive information for each array in the plurality of nozzle arrays; characterised in that the control circuit further comprising: a setting register configured to receive a setting value to configure the input circuit to correspond to a connection mode for the plurality of latch circuits, the setting value corresponding to the number of arrays in the plurality of nozzle arrays. an input circuit configured to receive drive information for driving liquid ejection from a plurality of nozzle arrays, the drive information including a drive signal value to be supplied to a channel of the plurality of nozzle arrays; a latch circuit array comprising a plurality of latch circuits (1001-1008) for storing the drive information for each array in the plurality of nozzle arrays; characterised in that the control circuit further comprising: a setting register configured to receive a setting value to configure the input circuit to correspond to a connection mode for the plurality of latch circuits, the setting value corresponding to the number of arrays in the plurality of nozzle arrays.
A process for preparing 2-chloro-3,3,3-trifluoropropene comprising: providing a starting composition comprising at least one compound of formula I: CX 2= CCl-CH 2 X (I) wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; contacting said starting composition with HF in the presence of a fluorinated chromium oxide catalyst to produce a final composition comprising 2-chloro-3,3,3-trifluoropropene; and controlling the temperature of the contacting step such that it does not exceed 300°C, wherein the pressure of the reaction ranges from 0.3 MPa gauge (50 psig) to 0.862 MPa gauge (125 psig), wherein the temperature of the reaction is initiated at a temperature ranging from 180°C to 200 °C and the temperature is gradually increased in small increments to maintain a targeted product collection rate, but the temperature is not increased to exceed 300°C, wherein the small increments range from 0.5 to 20°C. providing a starting composition comprising at least one compound of formula I: CX 2= CCl-CH 2 X (I) wherein X is independently selected from F, Cl, Br, and I, provided that at least one X is not fluorine; contacting said starting composition with HF in the presence of a fluorinated chromium oxide catalyst to produce a final composition comprising 2-chloro-3,3,3-trifluoropropene; and controlling the temperature of the contacting step such that it does not exceed 300°C, wherein the pressure of the reaction ranges from 0.3 MPa gauge (50 psig) to 0.862 MPa gauge (125 psig), wherein the temperature of the reaction is initiated at a temperature ranging from 180°C to 200 °C and the temperature is gradually increased in small increments to maintain a targeted product collection rate, but the temperature is not increased to exceed 300°C, wherein the small increments range from 0.5 to 20°C.
An implant for securing to tissue comprising: a body comprising a first metallic material and having a plurality of apertures ; a fastener disposable within at least one of the plurality of apertures and securable to the tissue; and a fastener blank disposed within at least one aperture; characterized inthat the blank being configured to fill the aperture in which it is disposed without protruding from the body and wherein the fastener blank comprises a second metallic material that has a nobility that is different than the first material. a body comprising a first metallic material and having a plurality of apertures ; a fastener disposable within at least one of the plurality of apertures and securable to the tissue; and a fastener blank disposed within at least one aperture; characterized inthat the blank being configured to fill the aperture in which it is disposed without protruding from the body and wherein the fastener blank comprises a second metallic material that has a nobility that is different than the first material.
A method for learning an obfuscation network used for concealing original data to protect personal information, comprising steps of: (a0) acquiring training data; (a1) obfuscating via an obfuscation network the training data to generate obfuscated training data; (b) applying via a learning network having its own one or more learned parameters corresponding to a task to be performed, a network operation to the obfuscated training data using the learned parameters to generate 1-st characteristic information corresponding to the obfuscated training data, and (ii) applying via the learning network the network operation to the training data using the learned parameters to generate 2-nd characteristic information corresponding to the training data; and (c) learning the obfuscation network such that (i) at least one 1-st error is minimized which is calculated by referring to at least part of (i-1) at least one (1_1)-st error acquired by referring to the 1-st characteristic information and the 2-nd characteristic information, and (i-2) at least one (1_2)-nd error acquired by referring to at least one task specific output generated by using the 1-st characteristic information and at least one ground truth corresponding to the task specific output, wherein the obfuscation network is further learned such that (ii) at least one 2-nd error is maximized which is calculated by referring to at least one difference between the training data and the obfuscated training data. (a0) acquiring training data; (a1) obfuscating via an obfuscation network the training data to generate obfuscated training data; (b) applying via a learning network having its own one or more learned parameters corresponding to a task to be performed, a network operation to the obfuscated training data using the learned parameters to generate 1-st characteristic information corresponding to the obfuscated training data, and (ii) applying via the learning network the network operation to the training data using the learned parameters to generate 2-nd characteristic information corresponding to the training data; and (c) learning the obfuscation network such that (i) at least one 1-st error is minimized which is calculated by referring to at least part of (i-1) at least one (1_1)-st error acquired by referring to the 1-st characteristic information and the 2-nd characteristic information, and (i-2) at least one (1_2)-nd error acquired by referring to at least one task specific output generated by using the 1-st characteristic information and at least one ground truth corresponding to the task specific output, wherein the obfuscation network is further learned such that (ii) at least one 2-nd error is maximized which is calculated by referring to at least one difference between the training data and the obfuscated training data.
Tree grate for covering the root area of trees, having a plurality of flat tree grate segments which are preferably provided with perforations and which can be placed, in particular with a receiving frame , on a foundation , wherein at least one bridge element is arranged between two tree grate segments , wherein the bridge element is connected by screw elements to both tree grate segments in order to connect the tree grate segments , characterised in that the tree grate segments is cast iron, and in that guide formations are formed on the underside of the tree grate segments , through which guide formations the bridge elements can be guided into an assembly position.
Downstream pressure compensator , consisting of at least one valve housing having at least three fluid connection points in the form of a work port , a return port (T) and a control port (A), in which valve housing, counter to the action of an energy accumulator , a valve piston , guided so as to be longitudinally movable, starting from a respective opening or control position, is moved towards a valve seat into a closing position in which the work port and return port (T) are separated from each other, wherein, by means of a pressure equalisation device , the fluid pressure present at the work port is guided in such a manner to a pressure-active area (A 1 *) of the valve piston that the latter reaches its respective opening or control position in a pressure-equalised manner due to the force of the energy accumulator , wherein the pressure equalisation device comprises a pressure equalisation channel , characterised in that the pressure equalisation channel , guided in the valve piston , opens with its one free end towards the work port in the valve housing and with its other free end into an annular groove in the valve piston , and in that the pressure equalisation channel is guided in the form of at least one centrally or eccentrically arranged longitudinal bore in the valve piston and in the form of at least one transverse bore between this longitudinal bore and the annular groove , and in that a non-return valve opening towards the annular groove is arranged in the respective transverse bore .
A method for constraining a surface consistent equation associated with a correction of wavelengths having a surface consistent seismic attribute, said method being characterised by comprising: receiving pre-stack seismic traces associated with a surveyed subsurface; generating a map or scatter of said attribute, based on a priori knowledge of said attribute from seismic trace data and on anomalies of said attribute in said seismic trace data, for constraining a surface consistent equation; computing said surface consistent equation , based on a receiver term, a source term and a bin term, wherein said bin term is constrained to a value selected from said map or scatter of said attribute, to generate a set of surface consistent source and receiver scalars; applying said set of surface consistent source and receiver scalars to the pre-stack seismic traces to generate a stack of corrected trace data; and generating a seismic image of the subsurface based on said stack of corrected trace data. receiving pre-stack seismic traces associated with a surveyed subsurface; generating a map or scatter of said attribute, based on a priori knowledge of said attribute from seismic trace data and on anomalies of said attribute in said seismic trace data, for constraining a surface consistent equation; computing said surface consistent equation , based on a receiver term, a source term and a bin term, wherein said bin term is constrained to a value selected from said map or scatter of said attribute, to generate a set of surface consistent source and receiver scalars; applying said set of surface consistent source and receiver scalars to the pre-stack seismic traces to generate a stack of corrected trace data; and generating a seismic image of the subsurface based on said stack of corrected trace data.