mhurhangee/ep-ind-claims huggingface dataset:
A method for removing a rivet (10; 10a) that connects at least two pieces of material (50, 52), comprising the steps of: identifying a rivet (10; 10a) to be removed, wherein the rivet (10; 10a) comprises a factory head (16; 16a), a shaft that is cylindrical and attached to the factory head (16; 16a), a conical recess (18; 18a) preformed in the factory head (16; 16a) and coaxial with the shaft (12; 12a), the conical recess (18; 18a) narrowing while extending into the factory head (16; 16a) towards the shaft (12; 12a) and having an angle (A R; A Ra) between 100 degrees and 135 degrees and a depth (L; La) between 0.0254 centimeters and 0.1016 centimeters; aligning a central axis (CA; CAa) of a drill bit with a central axis (CA; CAa) of the shaft (12; 12a) by inserting an angled tip of the drill bit into the conical recess (18; 18a), wherein the drill bit has a diameter (D D) no larger than a diameter (Ds; D Sa) of the shaft (12; 12a) and an angle (A T) of the angled tip of the drill bit is equal to the angle (A R; A Ra) of the conical recess (18; 18a); and forwardly moving and rotating the drill bit against the conical recess (18; 18a) until the factory head (16; 16a) is disconnected from the shaft (12; 12a). identifying a rivet (10; 10a) to be removed, wherein the rivet (10; 10a) comprises a factory head (16; 16a), a shaft that is cylindrical and attached to the factory head (16; 16a), a conical recess (18; 18a) preformed in the factory head (16; 16a) and coaxial with the shaft (12; 12a), the conical recess (18; 18a) narrowing while extending into the factory head (16; 16a) towards the shaft (12; 12a) and having an angle (A R; A Ra) between 100 degrees and 135 degrees and a depth (L; La) between 0.0254 centimeters and 0.1016 centimeters; aligning a central axis (CA; CAa) of a drill bit with a central axis (CA; CAa) of the shaft (12; 12a) by inserting an angled tip of the drill bit into the conical recess (18; 18a), wherein the drill bit has a diameter (D D) no larger than a diameter (Ds; D Sa) of the shaft (12; 12a) and an angle (A T) of the angled tip of the drill bit is equal to the angle (A R; A Ra) of the conical recess (18; 18a); and forwardly moving and rotating the drill bit against the conical recess (18; 18a) until the factory head (16; 16a) is disconnected from the shaft (12; 12a).
A system comprising: a touchscreen; one or more processors; a transceiver that receive signals from a device associated with a user and sends signals to the device associated with the user; and a memory storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: receiving data representative of acceleration of a sensor resident in the device associated with the user during a touch event of the touchscreen; determining, based at least in part on the received data, if the touch event is associated with a dominant input, performed with a dominant hand of the user, or if the touch event is associated with a non-dominant input, performed with a non-dominant hand of the user; initiating a first command if the touch event is associated with a non-dominant input; initiating a second command if the touch event is associated with a dominant input; displaying at least one menu at the location of the touch event on the touchscreen in response to the first command; and characterized in that the contours of the boundaries of the menu are used as a tool to act on objects displayed on the touchscreen. a touchscreen; one or more processors; a transceiver that receive signals from a device associated with a user and sends signals to the device associated with the user; and a memory storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: receiving data representative of acceleration of a sensor resident in the device associated with the user during a touch event of the touchscreen; determining, based at least in part on the received data, if the touch event is associated with a dominant input, performed with a dominant hand of the user, or if the touch event is associated with a non-dominant input, performed with a non-dominant hand of the user; initiating a first command if the touch event is associated with a non-dominant input; initiating a second command if the touch event is associated with a dominant input; displaying at least one menu at the location of the touch event on the touchscreen in response to the first command; and characterized in that the contours of the boundaries of the menu are used as a tool to act on objects displayed on the touchscreen. receiving data representative of acceleration of a sensor resident in the device associated with the user during a touch event of the touchscreen; determining, based at least in part on the received data, if the touch event is associated with a dominant input, performed with a dominant hand of the user, or if the touch event is associated with a non-dominant input, performed with a non-dominant hand of the user; initiating a first command if the touch event is associated with a non-dominant input; initiating a second command if the touch event is associated with a dominant input; displaying at least one menu at the location of the touch event on the touchscreen in response to the first command; and characterized in that the contours of the boundaries of the menu are used as a tool to act on objects displayed on the touchscreen.
A method for processing of a micro-batching stream to support fully stateful query processing, comprising: receiving, by a computing device, a continuous query; applying, by the computing device, a transformation to the continuous query to generate a query plan for the continuous query; transforming, by the computing device, the query plan using a transformation algorithm to generate a transformed query plan; receiving, by the computing device, a micro-batch stream of input events related to an application; processing, by the computing device, the input events of the micro-batch stream based at least in part on the transformed query plan to generate a set of output events related to the application; and storing, by the computing device, the set of output events related to the application in an output queue; wherein the transformation algorithm is a Continuous Query Language transformation, the processing is performed using a continuous query processing engine, wherein the continuous query processing engine is configured to maintain a state of the continuous query for the micro-batch stream, and the processing comprises processing each of the input events incrementally to generate the output events. receiving, by a computing device, a continuous query; applying, by the computing device, a transformation to the continuous query to generate a query plan for the continuous query; transforming, by the computing device, the query plan using a transformation algorithm to generate a transformed query plan; receiving, by the computing device, a micro-batch stream of input events related to an application; processing, by the computing device, the input events of the micro-batch stream based at least in part on the transformed query plan to generate a set of output events related to the application; and storing, by the computing device, the set of output events related to the application in an output queue; wherein the transformation algorithm is a Continuous Query Language transformation, the processing is performed using a continuous query processing engine, wherein the continuous query processing engine is configured to maintain a state of the continuous query for the micro-batch stream, and the processing comprises processing each of the input events incrementally to generate the output events.
A power factor correction circuit PFC, comprising an inductor which is cyclically charged on the basis of a supply voltage and discharged by operating a switch, the switch being controlled by a control circuitry, the control circuitry being designed for evaluating the supply voltage of the PFC on the basis of a feedback signal, the PFC circuit furthermore comprising a diode for supplying a discharge current from the inductor to the output of the PFC circuit, wherein the feedback signal for the control circuitry is tapped off from a voltage divider (R1, R2), which voltage divider (R1, R2) is connected in parallel to the switch, characterized in that the voltage divider (R1, R2) is connected to the supply side and the output side of the inductor, either respectively through a decoupling diode (C1, C2) or by means of a resistor connected between the input side of the inductor and the midpoint of the voltage divider (R1, R2).
A system comprising: a local oscillator circuit adapted to provide a frequency agile system clock signal wherein the local oscillator circuit is further adapted to simultaneously provide a frequency agile sampling rate clock signal having a different frequency than a frequency of the frequency agile system clock signal; a digital processing circuit adapted to provide digital signal processing using the frequency agile system clock signal; and a plurality of digital processing parameters for use in the digital signal processing, wherein different digital processing parameters are associated with different system clock frequencies of the frequency agile system clock signal; and an analog to digital converter adapted to provide conversion of an analog signal to a digital signal using the frequency agile sampling rate clock signal, wherein an output of the analog to digital converter is coupled to the digital signal processor to provide the digital signal to the digital processing circuit for signal processing. a local oscillator circuit adapted to provide a frequency agile system clock signal wherein the local oscillator circuit is further adapted to simultaneously provide a frequency agile sampling rate clock signal having a different frequency than a frequency of the frequency agile system clock signal; a digital processing circuit adapted to provide digital signal processing using the frequency agile system clock signal; and a plurality of digital processing parameters for use in the digital signal processing, wherein different digital processing parameters are associated with different system clock frequencies of the frequency agile system clock signal; and an analog to digital converter adapted to provide conversion of an analog signal to a digital signal using the frequency agile sampling rate clock signal, wherein an output of the analog to digital converter is coupled to the digital signal processor to provide the digital signal to the digital processing circuit for signal processing.
Dissolvable tablet containing abrasive grains of a combination of magnesium oxide and cross-linked Polyvinylpyrrolidon, wherein the relationship of the components changes in different concentric layers in that the core consist of 35% to 45% MgO and 45% to 55% PVP, the outer layer consists of 55% to 65% of MgO and 25% to 35% of PVP, and wherein the different layers consist of poured granulated substances formed by moulds.
Modular metal tape, whereby the individual module contains a carrier region for application of an electronic component, which carrier region has at least two sides that are parallel to each other and are bordered by corners, contact regions that extend fully around the at least two sides of the carrier region that are parallel to each other and around the corners of the at least two sides of the carrier region that are parallel to each other, whereby those regions of the contact regions that extend around the corners of the at least two sides of the carrier region that are parallel to each other, are rounded, and blankings that separate the carrier region from the contact regions, whereby at least the contact regions comprise undercuts that are connected to the blankings, characterised in that the contact regions, in the rounded regions, comprise slits that are connected to the blankings. a carrier region for application of an electronic component, which carrier region has at least two sides that are parallel to each other and are bordered by corners, contact regions that extend fully around the at least two sides of the carrier region that are parallel to each other and around the corners of the at least two sides of the carrier region that are parallel to each other, whereby those regions of the contact regions that extend around the corners of the at least two sides of the carrier region that are parallel to each other, are rounded, and blankings that separate the carrier region from the contact regions, whereby at least the contact regions comprise undercuts that are connected to the blankings, the contact regions, in the rounded regions, comprise slits that are connected to the blankings.
A compound for use in the treatment of Tourette's Syndrome in humans, wherein the compound is ecopipam or a pharmaceutically acceptable salt, solvate, or hydrate thereof, wherein the use is at a dose of 1 mg/kg body weight per day to 5 mg/kg body weight per day.
Method for identifying crosstalk from a disturbing telecommunication line to a victim telecommunication line of a communication network, the identifying depending on quiet line noise measurement data related to the victim telecommunication line, characterized in that the method comprises - estimating a coupling length, said estimating depending on the quiet line noise measurement data; and - detecting (83, 87) depending on the coupling length and a physical length (L real) of the victim telecommunication line that the crosstalk is caused by a disturbing telecommunication line extending in parallel to a section of the victim telecommunication line. - estimating a coupling length, said estimating depending on the quiet line noise measurement data; and - detecting (83, 87) depending on the coupling length and a physical length (L real) of the victim telecommunication line that the crosstalk is caused by a disturbing telecommunication line extending in parallel to a section of the victim telecommunication line.
An electrical contact assembly comprising: an elongate stud having a coupling end and an opposing butt end, the butt end having a recess formed therein, the recess having a head portion and a shank portion defining a shoulder at a juncture therebetween, the head portion bounded by a collar and having a diameter (d 4) that is larger than a diameter (d 5) of the shank portion; and a contact pad having a head and a shank, the head having a top surface and a bottom surface with a tapered sidewall extending therebetween, the shank extending from the bottom surface of the head and having a diameter (d 3) that is smaller than a diameter (d 2) of the bottom surface; wherein the contact pad is disposed within the recess with the bottom surface of the head disposed on the shoulder and with the collar extending over and engaging the tapered sidewall of the head to retain the contact pad within the recess, wherein the stud includes a base portion extending radially-outwardly from the butt end and defining a support surface adjacent the recess, the support surface defining a plane oriented perpendicular to a longitudinal axis of the stud. an elongate stud having a coupling end and an opposing butt end, the butt end having a recess formed therein, the recess having a head portion and a shank portion defining a shoulder at a juncture therebetween, the head portion bounded by a collar and having a diameter (d 4) that is larger than a diameter (d 5) of the shank portion; and a contact pad having a head and a shank, the head having a top surface and a bottom surface with a tapered sidewall extending therebetween, the shank extending from the bottom surface of the head and having a diameter (d 3) that is smaller than a diameter (d 2) of the bottom surface; wherein the contact pad is disposed within the recess with the bottom surface of the head disposed on the shoulder and with the collar extending over and engaging the tapered sidewall of the head to retain the contact pad within the recess, wherein the stud includes a base portion extending radially-outwardly from the butt end and defining a support surface adjacent the recess, the support surface defining a plane oriented perpendicular to a longitudinal axis of the stud.
Supply voltage detection device for at least one load for monitoring a rectified grid voltage of a grid voltage supply and for comparing a detected grid voltage value to a predetermined reference value, wherein, in the case of a detected grid voltage value that is less than the reference value, a control electronics unit can switch, for example, to an emergency voltage of an emergency voltage supply, characterized in that the rectified grid voltage can be fed to an optocoupler when a limit voltage value is exceeded, and a signal from the optocoupler can be transmitted for the duration of this exceedance, wherein a duty cycle dependent upon the grid voltage value can be ascertained from the signal duration and period of this signal, wherein a Zener diode device comprising at least one Zener diode is connected between a rectifier and the optocoupler, wherein the limit voltage value is determined by the Zener voltage.
A loam panel with a flat wooden framework consisting of a plurality of crossing wooden slats joined to one another at the intersections and a plurality of a loam components arranged between the wooden slats, wherein the loam components are in the form of flat prefabricated loam components, which are inserted between the wooden slats such that their edge surfaces facing towards the wooden slats bear at least in some sections flat against the edge surfaces of the wooden slats surrounding them.
A method of producing a 1-(2-t-butylcyclohexyloxy)-2-alkanol including a step of adjusting a raw material mixture containing a 1-(2-t-butylphenyloxy)-2-alkanol represented by the formula to a pH of from 7.5 to 10.0 and hydrogenating it in the presence of a palladium catalyst and a metal catalyst containing one or more kinds of members selected from ruthenium, rhodium, platinum, and nickel: wherein R 1 is a methyl group or an ethyl group, wherein the pH of the raw material mixture refers to the pH of an aqueous layer formed by mixing the whole of the raw material mixture immediately before commencement of the reaction with pure water in an amount of 30 % by mass relative to the mixture.
A system for assigning a unique network identifier to each program invoked on a computer, the system comprising: a computer configured for obtaining a plurality of network identifiers, wherein at least one of the plurality of network identifiers is allocated to a user of the computer, the computer comprising: an interface mechanism configured for selecting, from the plurality of network identifiers, a first network identifier for a first program invoked on the computer and selecting a second network identifier, different from the first network identifier, for a second program invoked on the computer, and associating the first network identifier with the first program and associating the second network identifier with the second program; and a network communication interface, in communication with the interface mechanism, configured for transmitting the first network identifier with a network communication of the first program, and transmitting the second network identifier with a network communication of the second program, wherein the first program associated with the first network identifier and the second program associated with the second network identifier are bound to the same TCP/IP port number. an interface mechanism configured for selecting, from the plurality of network identifiers, a first network identifier for a first program invoked on the computer and selecting a second network identifier, different from the first network identifier, for a second program invoked on the computer, and associating the first network identifier with the first program and associating the second network identifier with the second program; and a network communication interface, in communication with the interface mechanism, configured for transmitting the first network identifier with a network communication of the first program, and transmitting the second network identifier with a network communication of the second program, wherein the first program associated with the first network identifier and the second program associated with the second network identifier are bound to the same TCP/IP port number.
An actuation control system (200; 300), comprising: a turbine case; a plurality of actuators disposed circumferentially about the turbine case, wherein each actuator comprises a control wire having a shape memory alloy wire extending in a circumferential direction through the actuator, the control wire being configured to cause the SMA wire to contract circumferentially in response to receiving an electrical current, wherein the contraction of the SMA wire controls the actuation of the actuator; and a plurality of blade outer air seal (BOAS) segments disposed circumferentially about the turbine case, each BOAS segment being in operable communication with a respective actuator from the plurality of actuators, wherein each BOAS segment is configured to move from a first radial position to a second radial position in response to an actuation from the respective actuator, the actuation control system (200; 300) further comprising a power supply having a controller, wherein the power supply is optionally configured to transmit the electrical current to the control wire in response to the controller determining a tip clearance actuation event. a turbine case; a plurality of actuators disposed circumferentially about the turbine case, wherein each actuator comprises a control wire having a shape memory alloy wire extending in a circumferential direction through the actuator, the control wire being configured to cause the SMA wire to contract circumferentially in response to receiving an electrical current, wherein the contraction of the SMA wire controls the actuation of the actuator; and a plurality of blade outer air seal (BOAS) segments disposed circumferentially about the turbine case, each BOAS segment being in operable communication with a respective actuator from the plurality of actuators, wherein each BOAS segment is configured to move from a first radial position to a second radial position in response to an actuation from the respective actuator, the actuation control system (200; 300) further comprising a power supply having a controller, wherein the power supply is optionally configured to transmit the electrical current to the control wire in response to the controller determining a tip clearance actuation event.
A separator for use in a telecommunication cable, comprising a polymeric preformed elongate support element extending from a proximal end to a distal end and having at least one channel adapted for receiving a plurality of conductors, wherein said elongate support element comprises at least one base fluoropolymer and a plurality of electrically conductive elements distributed in said at least one fluoropolymer, wherein a first plurality of said conductive elements in said support element comprise needle-like metal inclusions and a second plurality of said conductive elements in said support element comprise flake-like metal inclusions; and wherein a ratio of the length of said needle-like metal inclusions to a maximum cross-sectional dimension thereof is greater than 75, and optionally in a range of 75 to 200.
A pressure containment equipment seal comprising an elastomeric composite, said composite comprising an elastomeric polymer and a negative thermal expansion filler, the NTE filler has a coefficient of thermal expansion lower than -6x10 -6 K -1 within a temperature range of 220-293 K and is present in an amount of 0.01-50 volume% based on the total volume of the elastomeric composite at 20 °C, and wherein the seal has a surface free of the NTE filler.