mhurhangee/ep-ind-claims huggingface dataset:
Valve for metering fluid, having a metering opening formed in a valve seat body, having an axially displaceable valve needle which controls the metering opening by means of a closing head and which is guided by means of the closing head in the valve seat body, having an electromagnet which actuates the valve needle counter to the closing force of a valve closing spring and which has an inner pole, an outer pole with an amagnetic separating region with respect to the inner pole, and an armature which is seated on the valve needle and which, together with the inner pole, delimits a working air gap of the electromagnet, and having a device for generating an armature pre-stroke, which device has an armature stop fixedly arranged on the valve needle and a pre-stroke spring which acts on the armature in the direction of the armature stop, wherein the armature is divided into an armature guide disc, which is fixedly connected to the valve needle and which, at its disc circumference, is guided in axially displaceable fashion in the amagnetic separating region and which, with its ring-shaped disc surface, delimits the working air gap, and an armature ring, which is arranged between armature guide disc and armature stop and which has a first ring section and a second ring section, and wherein the armature ring is guided in axially displaceable fashion with the first ring section on the valve needle, and the pre-stroke spring is arranged on the valve needle in the second ring section and is axially supported on the armature ring and on the armature guide disc, characterized in that, on the circumference of the armature guide disc, there are formed multiple angularly offset guide surfaces which extend over a tangential angle segment.
Terminal for connecting an electrical conductor to a connection pad belonging to an electrical device, such a terminal having a cage C that is able to be fixed inside the housing of the device and having an orifice of substantially parallelepipedal shape delimited by four walls, this orifice being able to receive the abovementioned pad, one of the abovementioned walls of the cage C, called the upper wall, having an orifice that is able to allow the passage of a screw, said screw having, at one of its ends situated outside the cage C, means for actuating said screw, and, at its opposite end, a clamping shoe that is able to allow the conductor to be clamped between the abovementioned pad and said shoe upon actuation of the screw in the tightening direction driving the relative movement in translation between the screw and the cage, characterized in that it has an intermediate stage created inside the cage C housing a nut with elastic branches (25, 26) belonging to the terminal, said nut having a tapped orifice through which the clamping screw is intended to be mounted in a screwed manner, said elastic branches (25, 26) cooperating with forms (29 to 32) provided on the side walls (6, 7) of the cage C such that the nut rotationally disengages from the screwing as soon as the correct clamping torque is reached, and engages from the start to the end of the unscrewing.
Suspended bag as a conveyed-goods container for transporting conveyed goods in a suspended conveying device, having a first bag sidewall and a second bag sidewall, which, opposing each other, delimit a conveyed-goods receiving area between them and are connected to each other in a hinged connection area in such a manner that they can be folded apart and folded together for opening and closing the conveyed-goods receiving area, and having a suspension means for suspending the suspended bag on a guide rail arrangement of a suspension conveying device, wherein the first bag sidewall includes a rigid edge contouring area and thereon is connected to the suspension means so as to be pivotally movable around a pivot axis, and wherein the second bag sidewall is connected to the suspension means or can be acted upon thereby in such a manner that by pivoting the first bag sidewall around the pivot axis, the first and second bag sidewalls (12, 14) are unfoldable and foldable, wherein the suspended bag comprises a base assembly and an exchangeable member, wherein the base assembly comprises the suspension means and the rigid edge contouring area, and wherein the exchangeable member comprises at least a part of the second bag sidewall, preferably the entire second bag sidewall, characterised in that the exchangeable member is exchangeably provided on the base assembly by means of a clamping bracket.
A method of operating a tap changer of either a transformer or a voltage regulator in a power grid comprising: obtaining a load forecast for a time period; characterised in further comprising: determining an average voltage profile for the time period based on the load forecast; estimating tap positions of the tap changer for leveling the average voltage profile during the time period; and providing switching signal commands to the tap changer based on the estimated tap positions. obtaining a load forecast for a time period; characterised in further comprising: determining an average voltage profile for the time period based on the load forecast; estimating tap positions of the tap changer for leveling the average voltage profile during the time period; and providing switching signal commands to the tap changer based on the estimated tap positions. determining an average voltage profile for the time period based on the load forecast; estimating tap positions of the tap changer for leveling the average voltage profile during the time period; and providing switching signal commands to the tap changer based on the estimated tap positions.
A method of conveying transmit power information from an aggressor cell to a victim cell comprising: preparing a numerical string at the aggressor cell, wherein the numerical string includes a plurality of elements, each element corresponding to a respective downlink subframe in a radio frame associated with the aggressor cell and its value corresponding to a respective minimum transmit power reduction level promised by the aggressor cell during the downlink subframe; and transmitting the numerical string from the aggressor cell to the victim cell via a predefined interface, wherein the victim cell is configured to schedule one or more user equipments in one or more downlink subframes of the radio frame in accordance with the numerical string. preparing a numerical string at the aggressor cell, wherein the numerical string includes a plurality of elements, each element corresponding to a respective downlink subframe in a radio frame associated with the aggressor cell and its value corresponding to a respective minimum transmit power reduction level promised by the aggressor cell during the downlink subframe; and transmitting the numerical string from the aggressor cell to the victim cell via a predefined interface, wherein the victim cell is configured to schedule one or more user equipments in one or more downlink subframes of the radio frame in accordance with the numerical string.
A vehicle control system comprising: information acquisition means for acquiring information relating to a vehicle speed decreasing point where a decrease in vehicle speed is induced; and traveling control means for, at least one of when one vehicle has reached a predetermined distance before the vehicle speed decreasing point concerning the information acquired by the information acquisition means and when a predetermined time has come before the one vehicle reaches the vehicle speed decreasing point concerning the information acquired by the information acquisition means, controlling the traveling of the one vehicle such that the inter-vehicle distance from a behind vehicle behind the one vehicle increases, the system characterised in that: the traveling control means estimates a speed decrease tendency vehicle having a vehicle speed decrease tendency which is a vehicle for which the possibility of a decrease in vehicle speed is equal to or greater than a predetermined threshold value, and at least one of when the speed decrease tendency vehicle has reached a predetermined distance before the vehicle speed decreasing point and when a predetermined time has come before reaching the vehicle speed decreasing point, controls the traveling of the one vehicle such that the one vehicle travels in parallel with the speed decrease tendency vehicle. information acquisition means for acquiring information relating to a vehicle speed decreasing point where a decrease in vehicle speed is induced; and traveling control means for, at least one of when one vehicle has reached a predetermined distance before the vehicle speed decreasing point concerning the information acquired by the information acquisition means and when a predetermined time has come before the one vehicle reaches the vehicle speed decreasing point concerning the information acquired by the information acquisition means, controlling the traveling of the one vehicle such that the inter-vehicle distance from a behind vehicle behind the one vehicle increases, the system characterised in that: the traveling control means estimates a speed decrease tendency vehicle having a vehicle speed decrease tendency which is a vehicle for which the possibility of a decrease in vehicle speed is equal to or greater than a predetermined threshold value, and at least one of when the speed decrease tendency vehicle has reached a predetermined distance before the vehicle speed decreasing point and when a predetermined time has come before reaching the vehicle speed decreasing point, controls the traveling of the one vehicle such that the one vehicle travels in parallel with the speed decrease tendency vehicle.
A method for managing bandwidth utilization of communication streams, the method comprising: communicating, at a computing device, via a plurality of active streams in a communication application, each of the plurality of active streams having a type; determining, based on a type of at least one of the plurality of active streams, whether to enable or disable bandwidth management within the communication application; upon determining to enable bandwidth management within the communication application: estimating a total available bandwidth at the computing device; determining, for each of the plurality of active streams, based on the type of each of the plurality of active streams, a requested bandwidth; and dynamically allocating, via the communication application, at least a portion of the total available bandwidth among the plurality of active streams at the computing device based on the requested bandwidth; and upon determining to disable bandwidth management within the communication application: forgoing dynamically allocating, via the communication application, bandwidth among the plurality of active streams at the computing device. communicating, at a computing device, via a plurality of active streams in a communication application, each of the plurality of active streams having a type; determining, based on a type of at least one of the plurality of active streams, whether to enable or disable bandwidth management within the communication application; upon determining to enable bandwidth management within the communication application: estimating a total available bandwidth at the computing device; determining, for each of the plurality of active streams, based on the type of each of the plurality of active streams, a requested bandwidth; and dynamically allocating, via the communication application, at least a portion of the total available bandwidth among the plurality of active streams estimating a total available bandwidth at the computing device; determining, for each of the plurality of active streams, based on the type of each of the plurality of active streams, a requested bandwidth; and dynamically allocating, via the communication application, at least a portion of the total available bandwidth among the plurality of active streams at the computing device based on the requested bandwidth; and upon determining to disable bandwidth management within the communication application: forgoing dynamically allocating, via the communication application, bandwidth among the plurality of active streams at the computing device. forgoing dynamically allocating, via the communication application, bandwidth among the plurality of active streams at the computing device.
A blend for use in LED light sources, comprising an oxynitride phosphor of formula A p B q O r N s: R and additional phosphors, wherein the additional phosphors comprise a green/yellow-green phosphor and a complex fluoride doped with Mn 4+, preferably wherein the complex fluoride doped with Mn 4+ comprises (Na,K,Rb,Cs,NH 4) 2 (Ti,Ge, Sn, Si,Zr,Hf)F 6: Mn 4+; wherein A is a combination of barium with Ca or a combination of barium with Sr and Ca; B is silicon or a combination of silicon with at least one of Al, B, Ga, and Ge; R is europium or a combination of europium with at least one of Ce, Pr, Sm, Nd, Tb, Dy, Yb, Tm, Er, Ho, and Mn; p is greater than 2 and less than 6; q is greater than 8 and less than 10; r is greater than 0.1 and less than 6; and s is greater than 10 and less than 15 wherein Ca, or a combination of Sr and Ca is present at a level ranging from 0.001 to 0.5 mole fraction based on total moles of Ba.
Concrete pump comprising a distributor boom with a plurality of boom arms which can each be pivoted relative to one other and along which a concrete delivery line is guided, wherein the concrete delivery line is formed, in the joint regions, by concrete line segments in such a way that the axis of rotation of a respective shell coupling connecting the concrete line segments is oriented perpendicularly with respect to the longitudinal axis of the boom arms, wherein an end hose holder for distributor masts of concrete pumps is arranged in a joint region for the provision of an attachment point for an end hose, characterized in that the end hose holder comprises a foot shell coupling, which is fastened by way of its foot to a support element, for the rotary pipe connection of two concrete line segments, wherein the support element has a flange which is configured for coupling connection to a concrete line segment, the relative position of said flange in relation to the foot shell coupling corresponds to a predetermined concrete line segment, wherein the foot shell coupling forms the shell coupling with axis of rotation oriented perpendicularly with respect to the longitudinal axis of the boom arms, and wherein the flange is connected to a concrete line segment on the boom arm which is closer to the tip of the distributor boom and which concomitantly forms the joint region.
A motion sensor comprising: a motion sensing element; a transmitter; a quantization element arranged for receiving a plurality of inputs from said motion sensing element during a first known time period, and arranged for quantizing each of said plurality of inputs by producing corresponding quantized values; a storage unit arranged for storing each of said produced quantized values; characterized by a processing unit arranged for: determining a representative value of said stored quantized values; storing one or more representative values of said stored quantized values, said one or more representative values of said stored quantized values being stored during a second known time period; and transmitting the one or more stored representative values at an end of said second known time period. a motion sensing element; a transmitter; a quantization element arranged for receiving a plurality of inputs from said motion sensing element during a first known time period, and arranged for quantizing each of said plurality of inputs by producing corresponding quantized values; a storage unit arranged for storing each of said produced quantized values; characterized by a processing unit arranged for: determining a representative value of said stored quantized values; storing one or more representative values of said stored quantized values, said one or more representative values of said stored quantized values being stored during a second known time period; and transmitting the one or more stored representative values at an end of said second known time period. determining a representative value of said stored quantized values; storing one or more representative values of said stored quantized values, said one or more representative values of said stored quantized values being stored during a second known time period; and transmitting the one or more stored representative values at an end of said second known time period.
A method of manufacturing a heat exchanger core from glass ceramic matrix composite, wherein the method comprises: placing one or more reinforcing fibers around one or more mandrels into a mold cavity, wherein the one or more mandrels have one or more protrusions which form a first surface texture, and one or more grooves (23, 24, 25) which form a second surface texture; infiltrating the one or more reinforcing fibers with a glass matrix material to produce an infiltrated core, wherein the first surface texture forms a patterned feature on an interior surface of the infiltrated core, and the second surface texture forms a patterned feature on an interior surface of the infiltrated core; and removing the one or more mandrels to create one or more passages passing through the infiltrated core. placing one or more reinforcing fibers around one or more mandrels into a mold cavity, wherein the one or more mandrels have one or more protrusions which form a first surface texture, and one or more grooves (23, 24, 25) which form a second surface texture; infiltrating the one or more reinforcing fibers with a glass matrix material to produce an infiltrated core, wherein the first surface texture forms a patterned feature on an interior surface of the infiltrated core, and the second surface texture forms a patterned feature on an interior surface of the infiltrated core; and removing the one or more mandrels to create one or more passages passing through the infiltrated core.
A tool die for a tool unit for punching and/or shearing workpieces, in particular metal sheets, having a tool body that comprises a tool aperture traversing the tool body and designed for engagement with a punch of a punching tool, and having an end face provided on the tool body for supporting a workpiece thereon, and having a cutting edge that surrounds the tool aperture, said cutting edge being surrounded by a circumferential recess that transitions into the end face and the cutting edge being formed by a rake face that is inclined with respect to the end face at a given rake angle, characterised in that the rake face smoothly transitions into a base surface or a lowest point of the recess and in that the recess has a curved surface extending therefrom towards said end face.
A protein comprising a sequence selected from SEQ ID NO: 2, 4 or 6, or a sequence having at least 90% identity to any one of said sequences and able to induce or stimulate an immune response against a PCV2 virus.
Audio signal decoder configured to provide a decoded audio signal representation on the basis of an encoded audio signal representation, the audio signal decoder comprising: a decoder preprocessing stage configured to obtain a plurality of frequency band signals from the encoded audio signal representation; a clipping estimator configured to analyze side information relative to a gain of the frequency band signals of the encoded audio signal representation as to whether the side information suggests a potential clipping in order to determine a current level shift factor for the encoded audio signal representation, wherein when the side information suggest the potential clipping, the current level shift factor causes information of the plurality of frequency band signals to be shifted towards a least significant bit so that a headroom at at least one most significant bit is gained; a level shifter configured to shift levels of the frequency band signals according to the current level shift factor for obtaining level shifted frequency band signals; a frequency-to-time-domain converter configured to convert the level shifted frequency band signals into a time-domain representation; and a level shift compensator configured to act on the time-domain representation for at least partly compensating a level shift applied to the level shifted frequency band signals by the level shifter and for obtaining a substantially compensated time-domain representation. a decoder preprocessing stage configured to obtain a plurality of frequency band signals from the encoded audio signal representation; a clipping estimator configured to analyze side information relative to a gain of the frequency band signals of the encoded audio signal representation as to whether the side information suggests a potential clipping in order to determine a current level shift factor for the encoded audio signal representation, wherein when the side information suggest the potential clipping, the current level shift factor causes information of the plurality of frequency band signals to be shifted towards a least significant bit so that a headroom at at least one most significant bit is gained; a level shifter configured to shift levels of the frequency band signals according to the current level shift factor for obtaining level shifted frequency band signals; a frequency-to-time-domain converter configured to convert the level shifted frequency band signals into a time-domain representation; and a level shift compensator configured to act on the time-domain representation for at least partly compensating a level shift applied to the level shifted frequency band signals by the level shifter and for obtaining a substantially compensated time-domain representation.
A method for electrical arc detection in an electrical connection between an electric meter (130, 410) and a socket, the method comprising: receiving, by a processor of the electric meter (130, 410), a vibration signal (510, 520) from a vibration sensor configured to detect vibrations caused by a source external to the electric meter (130, 410); receiving, by the processor, an arc detection signal from an arc detector; correlating in time, by the processor, the vibration signal (510, 520) with the arc detection signal; and determining, by the processor, that an electrical arc is detected based on the correlating of the vibration signal (510, 520) with the arc detection signal. receiving, by a processor of the electric meter (130, 410), a vibration signal (510, 520) from a vibration sensor configured to detect vibrations caused by a source external to the electric meter (130, 410); receiving, by the processor, an arc detection signal from an arc detector; correlating in time, by the processor, the vibration signal (510, 520) with the arc detection signal; and determining, by the processor, that an electrical arc is detected based on the correlating of the vibration signal (510, 520) with the arc detection signal.