mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a rotor for a synchronous reluctance machine, wherein, in a first step, a magnetically non-conductive, prepolymeric or polymeric base compound is interspersed with magnetically conductive particles, and, in a second step, the particles are aligned by applying a magnetic field in order to create at least one magnetic pole pair, wherein the base compound and the particles are filled into a rotor mould, in particular into a cylindrical or square rotor mould, before the field is applied, wherein at least one placeholder, or the later motor shaft, or an auxiliary shaft is introduced into the rotor mould before it is filled, characterized in that one or more particles are manufactured from an insulating wire, wherein the wire is cut up into wire segments, as a result of which particles form that have non-insulated cut surfaces and are mixed into the base compound, and therefore one or more magnetically conductive chains of multiple particles form when the magnetic field is applied.
DC converter, which converts a supply voltage into an output voltage and in the process receives an input current, with a power limitation circuit, which comprises a comparator, to which a voltage proportional to the input current is supplied and the output of which is connected to a switching circuit for switching off the DC converter, characterised in that a reference voltage (Ua) is applied to a reference input of the comparator, which decreases when the supply voltage increases and which increases when the supply voltage decreases.
Method for setting a vehicle deceleration (a1, a2, a3) of a vehicle (1, 2, 3) driving in a platoon, wherein the vehicle (1, 2, 3) is a guide vehicle or a following vehicle traveling indirectly or directly behind, wherein, if a platooning mode is present, - between the vehicle as a guide vehicle and the following vehicle traveling directly behind, or - between the vehicle (2, 3) as a following vehicle and the guide vehicle traveling directly ahead and at least one further following vehicle traveling directly behind the vehicle (2, 3), a predetermined target distance (D12Soll, D23Soll) is set, wherein the vehicle deceleration (a1, a2, a3) of the vehicle (1, 2, 3) as a guide vehicle or as a following vehicle is limited to a limit deceleration (aG, aM) when a limiting criterion is met, characterized in that if the maximum deceleration (aMax1, aMax2, aMax3) of at least one vehicle (1, 2, 3) is not known, the limit deceleration (aG) is defined depending on a legally predetermined minimum deceleration (aM). - between the vehicle as a guide vehicle and the following vehicle traveling directly behind, or - between the vehicle (2, 3) as a following vehicle and the guide vehicle traveling directly ahead and at least one further following vehicle traveling directly behind the vehicle (2, 3), a predetermined target distance (D12Soll, D23Soll) is set, wherein the vehicle deceleration (a1, a2, a3) of the vehicle (1, 2, 3) as a guide vehicle or as a following vehicle is limited to a limit deceleration (aG, aM) when a limiting criterion is met, characterized in that if the maximum deceleration (aMax1, aMax2, aMax3) of at least one vehicle (1, 2, 3) is not known, the limit deceleration (aG) is defined depending on a legally predetermined minimum deceleration (aM).
A coupling device for releasably connecting an eyepiece of endoscope optics to a camera objective, with a receiver for the eyepiece, with fastening means for fastening the eyepiece in the receiver, said fastening means being controlled by the eyepiece in a manner such that an automatic fastening of the eyepiece in the receiver is effected on introducing the eyepiece into the receiver, and with a manually actuatable grip part which is arranged at the outer side for releasing the fastening, said grip part being manually displaceable in the insertion direction of the eyepiece into the receiver against spring force only for release, wherein at least one spring-biased control element is movably arranged in the receiver, said control element being coupled in movement to a fastening element for fastening the eyepiece in the receiver, characterised in that one component forms the control element as well as the fastening element, that the fastening element is locked in a position which fixes the eyepiece in the receiver, by way of the grip part and that the grip part can be fixed in a position which releases the eyepiece, by way of the fastening element.
An electric starter generator, ESG, system configured to supply mechanical power to a turbine during a starting operation and configured to transform mechanical power from the turbine to electrical power during a generating operation, said ESG system comprising: a wound-field synchronous starter generator configured to be mechanically coupled to a turbine and configured to supply an alternating current voltage; an inverter/rectifier electrically connected to said synchronous starter generator and configured to convert the AC voltage to a DC voltage; and a field controller arranged to employ field control to regulate the output of the starter generator during steady state generating operation; characterised by: a bidirectional buck-boost power converter arranged to perform each of a plurality of operations: step up the voltage supplied by the starter generator during transient operations, step down the voltage supplied by the starter generator during transient operations; and conduct the inverter/rectifier output to a load at the output of the bidirectional buck-boost converter during steady state generating operation. a wound-field synchronous starter generator configured to be mechanically coupled to a turbine and configured to supply an alternating current voltage; an inverter/rectifier electrically connected to said synchronous starter generator and configured to convert the AC voltage to a DC voltage; and a field controller arranged to employ field control to regulate the output of the starter generator during steady state generating operation;
A source follower for a capacitive sensor device having a sense node and a shield node, the source follower comprising: a transistor including a gate, a drain, and a source; and a switch array configured to selectively couple the gate to a supply voltage or to a source follower current (I SF) source, to selectively couple the drain to the source follower current source or to the supply voltage, to selectively couple the source to ground or to the shield node, and to selectively couple the transistor between the sense node and the shield node, while an input capacitance ( C IN) is permanently coupled between the gate and the sense node, and further being configured to substantially disable current to the transistor during a first mode of operation ( T OFF), wherein the gate and the input capacitance are precharged to the supply voltage, the drain is floating, and the source is coupled to ground, precharge the transistor during a second mode of operation ( T PRECHARGE), wherein the gate is coupled to the source follower current source and allowed to settle, the drain is coupled to the source follower current source, the source is coupled to ground, and the input capacitance is precharged to a gate-source voltage of the transistor, and provide that during a third mode of operation ( T CHARGE) the sense node is coupled to a fixed supply current ( I CHARGE), the drain is coupled to the supply voltage, and the source is coupled to the shield node such that the transistor is enabled to copy a voltage at the sense node to the shield node. a transistor including a gate, a drain, and a source; and a switch array configured to selectively couple the gate to a supply voltage or to a source follower current (I SF) source, to selectively couple the drain to the source follower current source or to the supply voltage, to selectively couple the source to ground or to the shield node, and to selectively couple the transistor between the sense node and the shield node, while an input capacitance ( C IN) is permanently coupled between the gate and the sense node, and further being configured to substantially disable current to the transistor during a first mode of operation ( T OFF), wherein the gate and the input capacitance are precharged to the supply voltage, the drain is floating, and the source is coupled to ground, precharge the transistor during a second mode of operation ( T PRECHARGE), wherein the gate is coupled to the source follower current source and allowed to settle, the drain is coupled to the source follower current source, the source is coupled to ground, and the input capacitance is precharged to a gate-source voltage of the transistor, and provide that during a third mode of operation ( T CHARGE) the sense node is coupled to a fixed supply current ( I CHARGE), the drain is coupled to the supply voltage, and the source is coupled to the shield node such that the transistor is enabled to copy a voltage at the sense node to the shield node.
A wire rod linear winding apparatus that winds a wire rod around a winding drum, the apparatus comprising: a guide device guiding the wire rod to the winding drum, a correction device correcting a position in which the wire rod is wound around the winding drum, characterized in that the apparatus further comprises a data collection storage system that collects at least data representing manual operations on the guide device and the correction device, data representing each condition of each of the wire rod, the guide device, and the correction device, and data representing success or failure of targeted linear winding of the wire rod and stores the collected sets of data in association with success or failure of the targeted linear winding of the wire rod as wire rod winding operation data; and a learning device that, based on the stored wire rod winding operation data, learns manual operations on the guide device and the correction device in at least one of success and failure in the targeted linear winding of the wire rod and constructs a control law which allows automatic control on the guide device and the correction device such that the wire rod is wound around the winding drum in the targeted linear winding.
A coated microcapsule comprising: a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a film of a second metal formed thereon; wherein the particles of the first metal are adsorbed on said polymeric shell by contacting the polymeric shell with a reducing agent and a solution comprising ions of the first metal, thereby reducing said ions and forming particles of the first metal adsorbed on said polymeric shell; and wherein the second metal is different to the first metal. a microcapsule comprising a polymeric shell and a liquid core material encapsulated therein; and a metallic coating surrounding said microcapsule, wherein the metallic coating comprises particles of a first metal adsorbed on said polymeric shell and a film of a second metal formed thereon; wherein the particles of the first metal are adsorbed on said polymeric shell by contacting the polymeric shell with a reducing agent and a solution comprising ions of the first metal, thereby reducing said ions and forming particles of the first metal adsorbed on said polymeric shell; and wherein the second metal is different to the first metal.
A beacon light device comprising: - a circuit board comprising: o a leading board section having a width, o a trailing board section, and o a neck board section located between the leading board section and the trailing board section and having a width that is smaller than that of the leading board section and the trailing board section, and - an enclosure at least partially enclosing the circuit board and comprising an opening, which comprises: o a wide opening section having a width equal to or greater than that of the leading board section for permitting passage of the leading board section through the opening, and o a narrow opening section having a width that is smaller than that of the leading board section for preventing passage of the leading board section through the opening, characterized in that the neck board section extends, when installed to the enclosure, through the opening at the narrow opening section of the opening. - a circuit board comprising: o a leading board section having a width, o a trailing board section, and o a neck board section located between the leading board section and the trailing board section and having a width that is smaller than that of the leading board section and the trailing board section, and o a leading board section having a width, o a trailing board section, and o a neck board section located between the leading board section and the trailing board section and having a width that is smaller than that of the leading board section and the trailing board section, and - an enclosure at least partially enclosing the circuit board and comprising an opening, which comprises: o a wide opening section having a width equal to or greater than that of the leading board section for permitting passage of the leading board section through the opening, and o a narrow opening section having a width that is smaller than that of the leading board section for preventing passage of the leading board section through the opening, o a wide opening section having a width equal to or greater than that of the leading board section for permitting passage of the leading board section through the opening, and o a narrow opening section having a width that is smaller than that of the leading board section for preventing passage of the leading board section through the opening,
An electronic control device comprising: a case in which at least three openings (21b, 21c, 21d) through which connectors are to be inserted are provided on a plane and at an outer side from a center of the case; and a board which is housed inside the case and to which each connector is electrically connected, wherein the at least three openings include a rectangular third opening disposed between a rectangular first opening and a rectangular second opening, and the third opening is disposed at a position farthest from a center of the plane in a longitudinal direction of the case, characterized in that a first short side edge of the third opening is disposed at a position farther from the center of the plane along the longitudinal direction of the case than a first short side edge of the first opening and a first short side edge of the second opening, and a second short side edge of the third opening is disposed at a position farther from the center of the plane along the longitudinal direction of the case than a second short side edge of the first opening and a second short side edge of the second opening, and an area of the third opening is smaller than each area of the first and the second openings (21b, 21c); and the case has heat dissipation fins. a case in which at least three openings (21b, 21c, 21d) through which connectors are to be inserted are provided on a plane and at an outer side from a center of the case; and a board which is housed inside the case and to which each connector is electrically connected, wherein the at least three openings include a rectangular third opening disposed between a rectangular first opening and a rectangular second opening, and the third opening is disposed at a position farthest from a center of the plane in a longitudinal direction of the case, characterized in that a first short side edge of the third opening is disposed at a position farther from the center of the plane along the longitudinal direction of the case than a first short side edge of the first opening and a first short side edge of the second opening, and a second short side edge of the third opening is disposed at a position farther from the center of the plane along the longitudinal direction of the case than a second short side edge of the first opening and a second short side edge of the second opening, and
An horological device comprising: a. an at least partially transparent dial on which time is indicated; and b. a body case to which the dial is attached, wherein time is indicated on the dial via a fluid-filled capillary channel connected to a fluid storage reservoir, wherein a bellows for fluid storage is enclosed in the body case, the bellows comprising: i. a bellows housing for storing a fluid in a storage volume contained therein, the bellows housing made of a flexible, watertight-material and comprising: 1. an upper portion, 2. a lower portion, 3. an outer accordion formed portion having a length l and sealed seam sealingly connecting along upper and lower peripheries between the upper and lower portions, respectively, and 4. at least one entry/exit port formed on at least one of the said portions thereof, wherein at least one of the upper and lower portions (14, 16) extends from a periphery of the accordion formed portion substantially within the bellows housing so as to reduce the storage volume contained in the bellows housing. a. an at least partially transparent dial on which time is indicated; and b. a body case to which the dial is attached, wherein time is indicated on the dial via a fluid-filled capillary channel connected to a fluid storage reservoir, wherein a bellows for fluid storage is enclosed in the body case, the bellows comprising: i. a bellows housing for storing a fluid in a storage volume contained therein, the bellows housing made of a flexible, watertight-material and comprising: 1. an upper portion, 2. a lower portion, 3. an outer accordion formed portion having a length l and sealed seam sealingly connecting along upper and lower peripheries between the upper and lower portions, respectively, and 4. at least one entry/exit port formed on at least one of the said portions thereof, i. a bellows housing for storing a fluid in a storage volume contained therein, the bellows housing made of a flexible, watertight-material and comprising: 1. an upper portion, 2. a lower portion, 3. an outer accordion formed portion having a length l and sealed seam sealingly connecting along upper and lower peripheries between the upper and lower portions, respectively, and 4. at least one entry/exit port formed on at least one of the said portions thereof, 1. an upper portion, 2. a lower portion, 3. an outer accordion formed portion having a length l and sealed seam sealingly connecting along upper and lower peripheries between the upper and lower portions, respectively, and 4. at least one entry/exit port formed on at least one of the said portions thereof,
A method r of detecting compression artifacts in a digital image, the method comprising the steps of: screening said digtial image to detect at least one candidate dark noise artifact area, wherein each candidate dark noise artifact area is detected by satisfying that: the mean luminance of said area lies within a first predetermined range, the variance of luminance of said area is less than a predetermined value, and the respective means of the chrominance components of said area lie within respective predetermined ranges; and of filtering to eliminate any isolated candidate dark noise artifact areas within the digital image; subsequently assigning a dark noise artifact parameter to each candidate dark noise artifact area to represent the severity of the dark noise artifact r in said area, wherein said dark noise artifact parameter is determined based on the average luminance value of said candidate dark noise artifact area; and computing a dark noise artifact strength metric based on a plurality of said dark noise artifact parameters from a plurality of said candidate dark noise artifact areas. screening said digtial image to detect at least one candidate dark noise artifact area, wherein each candidate dark noise artifact area is detected by satisfying that: the mean luminance of said area lies within a first predetermined range, the variance of luminance of said area is less than a predetermined value, and the respective means of the chrominance components of said area lie within respective predetermined ranges; and of filtering to eliminate any isolated candidate dark noise artifact areas within the digital image; subsequently assigning a dark noise artifact parameter to each candidate dark noise artifact area to represent the severity of the dark noise artifact r in said area, wherein said dark noise artifact parameter is determined based on the average luminance value of said candidate dark noise artifact area; and computing a dark noise artifact strength metric based on a plurality of said dark noise artifact parameters from a plurality of said candidate dark noise artifact areas. the mean luminance of said area lies within a first predetermined range, the variance of luminance of said area is less than a predetermined value, and the respective means of the chrominance components of said area lie within respective predetermined ranges; and of filtering to eliminate any isolated candidate dark noise artifact areas within the digital image; subsequently assigning a dark noise artifact parameter to each candidate dark noise artifact area to represent the severity of the dark noise artifact r in said area, wherein said dark noise artifact parameter is determined based on the average luminance value of said candidate dark noise artifact area; and computing a dark noise artifact strength metric based on a plurality of said dark noise artifact parameters from a plurality of said candidate dark noise artifact areas.
Method for operating a diesel engine with a water-diesel fuel emulsion, wherein the water fraction of the water-diesel fuel emulsion is modified or adapted depending on the engine operating point, characterized in that, the diesel fuel and water are supplied to a main channel (30, 139) in a ratio predetermined by the operating point and are pre-mixed according to fluid mechanics, wherein the water-diesel mixture is sucked out of this main channel (30, 139) to a first pump chamber (33, 142) and simultaneously conveyed back through an emulsifying orifice or throttle (28, 137) from a second pump chamber (30, 139) to the main channel (36, 145).
Plant pot arrangement with a plant pot with potting soil intended to receive a plant, and that can be inserted and removed from a cachepot, wherein the cachepot and the plant pot are designed to be open at the top, wherein the cachepot has handle recesses at the top, characterised in that, - the plant pot can be suspended in a supporting frame, - after insertion into the cachepot, the plant pot rests on the bottom of the cachepot, wherein the said suspended position of the plant pot can be cancelled by lowering the support frame to a lower position on the plant pot, while the support frame can be stored on the upper side of the cachepot, and - the support frame can be held via the handle recesses of the cachepot, and the plant pot can be removed from the cachepot after bringing the support frame to the suspended position. - the plant pot can be suspended in a supporting frame, - after insertion into the cachepot, the plant pot rests on the bottom of the cachepot, wherein the said suspended position of the plant pot can be cancelled by lowering the support frame to a lower position on the plant pot, while the support frame can be stored on the upper side of the cachepot, and - the support frame can be held via the handle recesses of the cachepot, and the plant pot can be removed from the cachepot after bringing the support frame to the suspended position.