mhurhangee/patent-ind-claim-en huggingface dataset:
Filament-type non-volatile memory device (71; 81; 91; 101), comprising a first electrode , a second electrode (73; 103, 103') and an active layer (74; 140, 140') extending between the first electrode and the second electrode, the active layer (74; 140, 140') electrically interconnecting the first electrode to the second electrode (73; 103, 103'), the device being intended to have: - a low resistive state, in which a conducting filament (741; 141, 141') electrically interconnecting the first electrode to the second electrode (73; 103, 103') uninterruptedly extends from end to end through the active layer, said filament having a low electric resistance (RL), and - a highly resistive state, in which said filament is broken, said filament having a high electric resistance (RH), the device comprising a shunt resistance (R//) electrically connected in parallel to said active layer (74; 140, 140'), between the first electrode and the second electrode, in which: - an electrically insulating spacer layer , partialy covers the first electrode , a cavity being provided in this spacer layer, said cavity having a bottom , consisting of a part of the first electrode which is not covered with the spacer layer, the cavity having at least one side face which, in the spacer layer , laterally delimits the cavity, - the shunt resistance (R // ) is at least partialy formed of a resistive material layer (75; 95; 105, 105') applied against the side face of the cavity , - the active layer (74; 140, 140') of the device extends parallel to the bottom of the cavity and further extends by covering said resistive material layer (75; 95; 105, 105'), the active layer having a thickness (e) of less than a third of a thickness (h) of the spacer layer , and wherein the second electrode (73; 103, 103') partialy covers the spacer layer and fills at least part of said cavity , covering the active layer (74; 140, 140'). - a low resistive state, in which a conducting filament (741; 141, 141') electrically interconnecting the first electrode to the second electrode (73; 103, 103') uninterruptedly extends from end to end through the active layer, said filament having a low electric resistance (RL), and - a highly resistive state, in which said filament is broken, said filament having a high electric resistance (RH), - an electrically insulating spacer layer , partialy covers the first electrode , a cavity being provided in this spacer layer, said cavity having a bottom , consisting of a part of the first electrode which is not covered with the spacer layer, the cavity having at least one side face which, in the spacer layer , laterally delimits the cavity, - the shunt resistance (R // ) is at least partialy formed of a resistive material layer (75; 95; 105, 105') applied against the side face of the cavity , - the active layer (74; 140, 140') of the device extends parallel to the bottom of the cavity and further extends by covering said resistive material layer (75; 95; 105, 105'), the active layer having a thickness (e) of less than a third of a thickness (h) of the spacer layer , and wherein
A computer implemented method comprising: capturing data streams received at a framework of a web facing application; capturing a first set of functions triggered by the framework processing the data streams; matching a subset of the captured first set of functions to data packets of the captured data streams; extracting the matched subset of the captured first set of functions and data of the data packets into a dataset; identifying a chain of instructions used in processing the data streams by correlating functions and data packets in the extracted dataset, the chain of instructions being extracted into the dataset to represent vulnerabilities in the web facing application; and detecting security attacks by probing activities of the web facing application based on the chain of instructions in the extracted dataset. capturing data streams received at a framework of a web facing application; capturing a first set of functions triggered by the framework processing the data streams; matching a subset of the captured first set of functions to data packets of the captured data streams; extracting the matched subset of the captured first set of functions and data of the data packets into a dataset; identifying a chain of instructions used in processing the data streams by correlating functions and data packets in the extracted dataset, the chain of instructions being extracted into the dataset to represent vulnerabilities in the web facing application; and detecting security attacks by probing activities of the web facing application based on the chain of instructions in the extracted dataset.
Method for controlling a melt-spinning process for producing yarns, in which method a plurality of process parameters of a plurality of process steps of melt generation, filament extrusion, yarn treatment and yarn winding are monitored, in which for each of the yarns at least one of a plurality of status parameters is monitored and in which the respective actual values of the status parameters and the respective actual values of the process parameters are conjointly analyzed, wherein at least one target value of one of the process parameters is determined from the actual values of the status parameters and the actual values of the process parameters, and wherein the respective process step is changed in an automated manner for setting the process parameter, characterized in that as a status parameter an occurrence of a yarn breakage on one of the yarns is monitored, and in that a quality parameter is determined by a number of yarn breakages per unit mass of yarn.
A device , comprising: a circuit board extending along a plane (X-Y), the circuit board including a fence that extends upwardly from the plane and that defines a first perimeter ; a heat generating component positioned within the first perimeter; a thermal module positioned over the heat generating component , the thermal module including a frame that extends downwardly toward the plane (X-Y) and that defines a second perimeter that is different from the first perimeter , wherein the first perimeter and the second perimeter are offset from each other and the frame and the fence overlap in a direction (Z) perpendicular to the plane (X-Y), characterized in that the device further comprises: a gasket that is not part of either the fence or the frame , wherein the gasket is compressed between the fence and the frame in a direction parallel to the plane (X-Y) and is configured to exert a bias against the fence and the frame in the direction parallel to the plane (X-Y), in order to ensure contact to block radio frequency energy between the fence and the frame to thereby complete a Faraday cage (216; 216(1-3)) around the heat generating component . a circuit board extending along a plane (X-Y), the circuit board including a fence that extends upwardly from the plane and that defines a first perimeter ; a heat generating component positioned within the first perimeter; a thermal module positioned over the heat generating component , the thermal module including a frame that extends downwardly toward the plane (X-Y) and that defines a second perimeter that is different from the first perimeter , wherein the first perimeter and the second perimeter are offset from each other and the frame and the fence overlap in a direction (Z) perpendicular to the plane (X-Y), characterized in that the device further comprises: a gasket that is not part of either the fence or the frame , wherein the gasket is compressed between the fence and the frame in a direction parallel to the plane (X-Y) and is configured to exert a bias against the fence and the frame in the direction parallel to the plane (X-Y), in order to ensure contact to block radio frequency energy between the fence and the frame to thereby complete a Faraday cage (216; 216(1-3)) around the heat generating component .
A brush head for an electrically driven toothbrush having a holding part connected to a carrier part from the surface of which at least a bristle bundle formed by bristle filaments and a resiliently soft cleaning element project, characterized in that said carrier part comprises passage bores , that said bristle bundle and said resiliently soft cleaning element , respectively, project through one of said passage bores and are fixed in a positive-fit manner relative to said carrier part by way of a thickened portion formed by said filament material or a thickened portion formed by said resiliently soft material.
Method for the preparation of compound of formula comprising a step STEP1, STEP1 comprises a reaction REAC1, in REAC1 compound of formula is converted to compound of formula by the action of a mixture MIX of concentrated sulphuric acid, oleum and fuming nitric acid.
A method of obtaining an abrasive product , the method comprising - providing a substrate having a first surface and a second surface , - providing abrasives on the first surface of the substrate, - providing loops on the second surface of the substrate, characterised by - providing a melted and/or burnt area on the second surface of the substrate by melting and/or burning the loops, and - cutting the substrate in order to provide the abrasive product . - providing a substrate having a first surface and a second surface , - providing abrasives on the first surface of the substrate, - providing loops on the second surface of the substrate, characterised by - providing a melted and/or burnt area on the second surface of the substrate by melting and/or burning the loops, and - cutting the substrate in order to provide the abrasive product .
A method for transmitting forward frames from a controller of a first kind on a lighting control bus to which also controllers of a second kind are allowed to be coupled, wherein: - the lighting control bus is a DALI bus according to standard IEC 62386, - the controller of first kind is configured to operate as a Single Central Master according to said standard and is consequently free to transmit forward frames at its own initiative while said controllers of second kind are controllers configured to operate as Multi Masters according to said standard that are consequently only allowed to transmit a forward frame as a response to first having observed the transmission of a preceding forward frame on the lighting control bus and - said forward frames are frames containing light level information or a command, the method comprising the following steps, in this order: - transmitting a first forward frame on the lighting control bus, - waiting for a delay that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind , wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame . - the lighting control bus is a DALI bus according to standard IEC 62386, - the controller of first kind is configured to operate as a Single Central Master according to said standard and is consequently free to transmit forward frames at its own initiative while said controllers of second kind are controllers configured to operate as Multi Masters according to said standard that are consequently only allowed to transmit a forward frame as a response to first having observed the transmission of a preceding forward frame on the lighting control bus and - said forward frames are frames containing light level information or a command, the method comprising the following steps, in this order: - transmitting a first forward frame on the lighting control bus, - waiting for a delay that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind , wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame . - transmitting a first forward frame on the lighting control bus, - waiting for a delay that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind , wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame .
1. A device for preservability enhancement based on cellular water activation comprising: a primary energy wave generation unit and a tertiary complex wave generation and amplification unit , wherein the primary energy wave generation unit in use generates, by receiving AC 220 V power from a 220 V power input unit via a noise filter , an electromagnetic field by means of an electric coil therein, and generates a preconfigured frequency which is a first cell-activating signal in which a generated electric field and electromagnetic field energy are included, and in use generates free electrons by means of the flow of an electric current therein resulting from the electromagnetic field; and the tertiary complex wave generation and amplification unit in use receives, via an output terminal of the primary energy wave generation unit , free electrons and an electromagnetic field having information on the primary energy wave generation unit generated by the primary energy wave generation unit , and the tertiary complex wave generation and amplification unit in use combines, amplifies and emits the first cell-activating energy wave by using the received free electrons and electromagnetic field, characterized in that the tertiary complex wave generation and amplification unit in use delivers a first cell-activating signal wave received from the primary energy wave generation unit to an A low frequency wave generation unit , a B low frequency wave generation unit , and a C low frequency wave generation unit and mixes the A to C low frequency waves in a low frequency pairing mixing unit so as to generate a cell-activating complex frequency wave and delivers the same to a complex wave amplification unit .
Steel strip for producing a non-grain-oriented electrical sheet, in particular produced according to a method as claimed in claims 8 to 11, consisting of the following alloy composition in wt.%: C: ≤ 0.03 Al: 1 to 12, preferably a maximum of 10 Si: 0.3 to 3.5, preferably from 1.0 to 3.0, particularly preferably from 1.5 to 2.5 Mn: > 0.25 to 10 Cu: > 0.05 to 3.0 Ni: > 0.01 to 5.0, preferably a maximum of 3.0 a total of N, S and P: at most 0.07, with the remainder being iron and melting-induced impurities, with the optional addition of one or a plurality of elements out of Cr, Mo, Zn and Sn, wherein a total content of Cr and Mo is optionally 0.01 to 0.5 wt.% and a total content of Zn and Sn is optionally 0.01 to 0.05 wt.%, wherein the steel strip has an insulation layer substantially consisting of Al 2 O 3 and/or SiO 2 having a thickness in the range of 10 μm to 100 μm. C: ≤ 0.03 Al: 1 to 12, preferably a maximum of 10 Si: 0.3 to 3.5, preferably from 1.0 to 3.0, particularly preferably from 1.5 to 2.5 Mn: > 0.25 to 10 Cu: > 0.05 to 3.0 Ni: > 0.01 to 5.0, preferably a maximum of 3.0 a total of N, S and P: at most 0.07, with the remainder being iron and melting-induced impurities, with the optional addition of one or a plurality of elements out of Cr, Mo, Zn and Sn, wherein a total content of Cr and Mo is optionally 0.01 to 0.5 wt.% and a total content of Zn and Sn is optionally 0.01 to 0.05 wt.%, wherein the steel strip has an insulation layer substantially consisting of Al 2 O 3 and/or SiO 2 having a thickness in the range of 10 μm to 100 μm.
A grilling set , in particular for a gas cooker , comprising - at least one housing and - at least one carrier for food to be cooked which may be mounted on or in the housing , wherein the housing has at least one peripheral edge which spatially defines an interior of the housing , wherein the housing at a lower end has at least one recess , the housing being able to be positioned thereby on a burner device of a gas cooker , such that thermal energy generated by means of the burner device is able to enter the interior of the housing through the recess , wherein the grilling set comprises a flame guard which is assigned to the recess and which is able to be positioned on a burner device of a gas cooker , wherein the flame guard has a base element as well as a peripheral collar element which extends out from the base element and which protrudes over a base plane of the base element , characterized in that the flame guard is configured to be movable relative to the housing , such that the flame guard is able to be transferred between a baking position and a grilling position, wherein the collar element , when the flame guard is in its baking position, extends out from the base plane of the base element in the direction away from an upper face of the housing and, when the flame guard is in its grilling position, the collar element extends out from the base plane in the direction of the upper face of the housing . - at least one housing and - at least one carrier for food to be cooked which may be mounted on or in the housing , wherein the housing has at least one peripheral edge which spatially defines an interior of the housing , wherein the housing at a lower end has at least one recess , the housing being able to be positioned thereby on a burner device of a gas cooker , such that thermal energy generated by means of the burner device is able to enter the interior of the housing through the recess , wherein the grilling set comprises a flame guard which is assigned to the recess and which is able to be positioned on a burner device of a gas cooker , wherein the flame guard has a base element as well as a peripheral collar element which extends out from the base element and which protrudes over a base plane of the base element , characterized in that the flame guard is configured to be movable relative to the housing , such that the flame guard is able to be transferred between a baking position and a grilling position, wherein the collar element , when the flame guard is in its baking position, extends out from the base plane of the base element in the direction away from an upper face of the housing and, when the flame guard is in its grilling position, the collar element extends out from the base plane in the direction of the upper face of the housing .
An exhaust control damper system for a combined cycle power plant , the damper system comprising: a frame configured to be fluidly coupled in an exhaust flow path from a gas turbine (GT) system to a heat recovery system ; at least two sets of louvered dampers in the frame and collectively covering the exhaust flow path, each set of louvered dampers including a plurality of blades collectively angularly positionable in one of: a fully open position, a fully closed position and a partially open position; and an air insertion system operatively coupled to the frame and configured to insert an airflow into the exhaust flow path; characterized in that the frame has an adjustment member configured to allow adjustment of a size of the frame . a frame configured to be fluidly coupled in an exhaust flow path from a gas turbine (GT) system to a heat recovery system ; at least two sets of louvered dampers in the frame and collectively covering the exhaust flow path, each set of louvered dampers including a plurality of blades collectively angularly positionable in one of: a fully open position, a fully closed position and a partially open position; and an air insertion system operatively coupled to the frame and configured to insert an airflow into the exhaust flow path; characterized in that the frame has an adjustment member configured to allow adjustment of a size of the frame .
An antibody against vascular endothelial growth factor receptor 2 (VEGFR2) or an antigen binding fragment thereof, the antibody or antigen binding fragment thereof comprising: (a) a heavy chain variable region comprising the following heavy chain complementarity determining region (CDR) amino acid sequences: CDRH1 of SEQ ID NO: 1, CDRH2 of SEQ ID NO: 2, and CDRH3 of SEQ ID NO: 3; and (b) a light chain variable region comprising the following light chain CDR amino acid sequences: CDRL1 of SEQ ID NO: 4, CDRL2 of SEQ ID NO:5, and CDRL3 of SEQ ID NO: 6. (a) a heavy chain variable region comprising the following heavy chain complementarity determining region (CDR) amino acid sequences: CDRH1 of SEQ ID NO: 1, CDRH2 of SEQ ID NO: 2, and CDRH3 of SEQ ID NO: 3; and (b) a light chain variable region comprising the following light chain CDR amino acid sequences: CDRL1 of SEQ ID NO: 4, CDRL2 of SEQ ID NO:5, and CDRL3 of SEQ ID NO: 6.
A monitoring apparatus for monitoring a pulse transit time (PTT) parameter of a subject , or changes therein, the monitoring apparatus comprising an upper arm unit configured for attachment to a subject's upper arm , the upper arm unit comprising at least one motion sensor , the at least one motion sensor configured to monitor motion due to cardiac activity and output at least one motion signal relating to pulse transit time between the heart and the upper arm while the upper arm unit is worn on the subject's upper arm, a photoplethysmograph (PPG) configured to monitor blood volume within the subject's upper arm and output a PPG signal while the upper arm unit is worn on the subject's upper arm, at least one processor programmed to process both the at least one motion signal and the PPG signal to thereby calculate an estimate of the PTT parameter of the subject, or changes therein characterised in that the processing both the at least one motion signal and the PPG signal comprises cross-calculating the at least one motion signal with the PPG signal, wherein cross-calculating the at least one motion signal with the PPG signal comprises calculating the integral of the product of the at least one motion signal and a time-shifted PPG signal, across time shifts. the upper arm unit comprising at least one motion sensor , the at least one motion sensor configured to monitor motion due to cardiac activity and output at least one motion signal relating to pulse transit time between the heart and the upper arm while the upper arm unit is worn on the subject's upper arm, a photoplethysmograph (PPG) configured to monitor blood volume within the subject's upper arm and output a PPG signal while the upper arm unit is worn on the subject's upper arm, at least one processor programmed to process both the at least one motion signal and the PPG signal to thereby calculate an estimate of the PTT parameter of the subject, or changes therein characterised in that the processing both the at least one motion signal and the PPG signal comprises cross-calculating the at least one motion signal with the PPG signal, wherein cross-calculating the at least one motion signal with the PPG signal comprises calculating the integral of the product of the at least one motion signal and a time-shifted PPG signal, across time shifts.
Holder for a surface element of a sunshield or shading device, which is provided with a covering made of a thin covering material for covering a windowpane of a motor vehicle and a frame encircling it on the margin, preferably designed as a stretching frame, wherein the holder comprises a receiving space with a receiving opening , provided for one portion of the frame preferably covered with the covering material and being bounded by a base , wherein the holder comprises an insert element pointing away from the base , whose end distant from the base is shaped as a hook, and comprising a bearing surface on a side facing toward the windowpane , wherein the base comprises a supporting section situated on a side of the base passing into an inner side of the insert element facing away from the bearing surface , characterized in that the insert element is not straight in cross section and is concave in shape with respect to its side facing toward the windowpane .