mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a disconnection of a protective conductor connection with a subsystem of an ungrounded power supply system, comprising: - measuring a reference total network leakage capacitance and a reference total power of the ungrounded power supply system in a fault-free state of the ungrounded power supply system when the subsystem is switched on, and comprising the method steps to be repeatedly executed: - measuring a current total network leakage capacitance of the ungrounded power supply system, - measuring a current total power consumed via the ungrounded power supply system, - testing whether the current total network leakage capacitance is reduced by a partial network leakage capacitance of the subsystem compared to the reference total network leakage capacitance, - testing whether the current total power consumed via the ungrounded power supply system is reduced by a partial power consumed by the sub system in the switched-on state compared to the reference total power, - signaling that there is a disconnection of the protective conductor connection if the tests reveal that the current total network leakage capacitance is reduced and the current total power is not reduced. - measuring a reference total network leakage capacitance and a reference total power of the ungrounded power supply system in a fault-free state of the ungrounded power supply system when the subsystem is switched on, - measuring a current total network leakage capacitance of the ungrounded power supply system, - measuring a current total power consumed via the ungrounded power supply system, - testing whether the current total network leakage capacitance is reduced by a partial network leakage capacitance of the subsystem compared to the reference total network leakage capacitance, - testing whether the current total power consumed via the ungrounded power supply system is reduced by a partial power consumed by the sub system in the switched-on state compared to the reference total power, - signaling that there is a disconnection of the protective conductor connection if the tests reveal that the current total network leakage capacitance is reduced and the current total power is not reduced.
A combination weighing apparatus, comprising: a first hopper that, after temporarily storing a good inserted from outside, discharges the good downstream; a second hopper that, after temporarily storing the good discharged from the first hopper, discharges the good downstream; a driver that drives the first hopper and the second hopper; and a main body to which the driver is attached, wherein the driver is attached to the main body by being inserted into an opening provided in the lateral surface of the main body, in a direction from an outer side toward an inner side of the main body, the driver has: a base that blocks the opening and separates the inner side from the outer side of the main body in a state of being attached to the main body; a first motor that drives the first hopper; a second motor that drives the second hopper; and a load cell that detects a weight of the good stored in the second hopper, the first motor, the second motor, and the load cell are arranged on the inner side of the main body in relation to the base, and in a state where the driver is attached to the main body, at least a portion of the first motor, the second motor, and the load cell is located further on a lower side than the lower edge of the opening. a first hopper that, after temporarily storing a good inserted from outside, discharges the good downstream; a second hopper that, after temporarily storing the good discharged from the first hopper, discharges the good downstream; a driver that drives the first hopper and the second hopper; and a main body to which the driver is attached, wherein the driver is attached to the main body by being inserted into an opening provided in the lateral surface of the main body, in a direction from an outer side toward an inner side of the main body, the driver has: a base that blocks the opening and separates the inner side from the outer side of the main body in a state of being attached to the main body; a first motor that drives the first hopper; a second motor that drives the second hopper; and a load cell that detects a weight of the good stored in the second hopper, a base that blocks the opening and separates the inner side from the outer side of the main body in a state of being attached to the main body; a first motor that drives the first hopper; a second motor that drives the second hopper; and a load cell that detects a weight of the good stored in the second hopper, the first motor, the second motor, and the load cell are arranged on the inner side of the main body in relation to the base, and in a state where the driver is attached to the main body, at least a portion of the first motor, the second motor, and the load cell is located further on a lower side than the lower edge of the opening.
Vehicle reference speed determination method, wherein directly or indirectly determined or estimated driving state signals are fusioned in a fusion model while incorporating respective weighting factors associated with the driving state signals, characterized in that the fusion model comprises at least two stochastic estimators (1, 2, 3, 7) that exchange signals with each other that correspond to the physical vehicle variables, wherein the combination of the estimators (1, 2, 3, 7) is selected in accordance with a physical model of the vehicle behavior and in that the fusion model is structured in at least two hierarchically structured model calculation levels (100, 200, 300), wherein each model calculation level (100, 200, 300) models a sub region of a vehicle and each level comprises at least one stochastic estimator and wherein the model calculation levels comprise the levels - vehicle model, - tire model and drive train model. - vehicle model, - tire model and
A two-stage compressor comprising: a casing having a first compression chamber and a second compression chamber, the first compression chamber communicating with the second compression chamber; a first compression mechanism disposed in the first compression chamber; and a second compression mechanism disposed in the second compression chamber; the casing having an oil tank, the oil tank being located in the second compression chamber and configured to store lubricant oil, characterized in that the second compression mechanism partially extends into the oil tank, the first compression mechanism is different from the second compression mechanism, an amount of lubricant oil consumed by the second compression mechanism is less than an amount of lubricant oil consumed by the first compression mechanism; when the second compression mechanism is operating, the second compression mechanism stirs the lubricant oil to nebulize the lubricant oil. a casing having a first compression chamber and a second compression chamber, the first compression chamber communicating with the second compression chamber; a first compression mechanism disposed in the first compression chamber; and a second compression mechanism disposed in the second compression chamber; the casing having an oil tank, the oil tank being located in the second compression chamber and configured to store lubricant oil, characterized in that the second compression mechanism partially extends into the oil tank, the first compression mechanism is different from the second compression mechanism, an amount of lubricant oil consumed by the second compression mechanism is less than an amount of lubricant oil consumed by the first compression mechanism; when the second compression mechanism is operating, the second compression mechanism stirs the lubricant oil to nebulize the lubricant oil.
An extensible Markup Language, XML, Document Management, XDM, Server, XDMS, in an XDM system for realizing an XML document management function, the XDMS comprising: means for receiving (30, 40) an XDM Configuration Access Protocol, XCAP, PUT request message for retrieving an XML document from an XML Document Management Client, XDMC, the XCAP PUT request message including an XCAP Uniform Resource Identifier, URI, that identifies a first storage position from which the XDMS is to retrieve the XML document and further including a second storage position to which the retrieved XML document is to be stored by the XDMS, means for retrieving (32, 42) the XML document from the first storage position identified by the XCAP URI contained in the XCAP PUT request message; and means for storing (32, 46) the XML document in the second storage positions, wherein a content type of the XCAP PUT request message specifies an external body and wherein the URI of the said first storage position is in body data of the XCAP PUT request message. means for receiving (30, 40) an XDM Configuration Access Protocol, XCAP, PUT request message for retrieving an XML document from an XML Document Management Client, XDMC, the XCAP PUT request message including an XCAP Uniform Resource Identifier, URI, that identifies a first storage position from which the XDMS is to retrieve the XML document and further including a second storage position to which the retrieved XML document is to be stored by the XDMS, means for retrieving (32, 42) the XML document from the first storage position identified by the XCAP URI contained in the XCAP PUT request message; and means for storing (32, 46) the XML document in the second storage positions, wherein a content type of the XCAP PUT request message specifies an external body and wherein the URI of the said first storage position is in body data of the XCAP PUT request message.
A method of determining an optimal position of a glenoid implant such that a patient's glenoid fossa will be prepared to receive the glenoid implant at the optimal position when the glenoid fossa is prepared with a cutting device or guide coupled to an alignment pin, the method comprising: identifying a center point of the patient's glenoid fossa using an image of the patient's glenoid fossa; determining the optimal position of the glenoid implant using the location of the center point relative to a most medial point of the patient's scapula; and selecting an orientation of the alignment pin (56A, 56B) using the determined optimal glenoid implant position. identifying a center point of the patient's glenoid fossa using an image of the patient's glenoid fossa; determining the optimal position of the glenoid implant using the location of the center point relative to a most medial point of the patient's scapula; and selecting an orientation of the alignment pin (56A, 56B) using the determined optimal glenoid implant position.
Device for disbursing value notes, comprising an output unit for outputting a stack of value notes having value notes to be disbursed, and comprising a feed transport arrangement, which is designed to feed the value notes to be disbursed individually to a collecting unit for collecting and stacking the value notes to be disbursed, wherein the collecting unit comprises a stacking unit and a support element which is arranged to be stationary, wherein the stacking unit is designed to stack the value notes of the stack of value notes to be disbursed, with their front and/or rear sides lying on one another, on the support element to form the stack of value notes, wherein the collecting unit comprises a pressure element, wherein the pressure element is arranged in a pivoted-away position during the stacking of the value notes of the stack of value notes to be disbursed, and wherein the pressure element is arranged in a pivoted-in position to output the stack of value notes and presses the stack of value notes against the support element, wherein the pressure element is arranged to be stationary and pivotable about an axis of rotation, wherein, in the pivoted-in position, the pressure element is rotated about the axis of rotation by a pre-set angle with respect to the pivoted-away position, wherein the support element comprises a plurality of belts (88, 90), which contact at least one of the value notes of the stack of value notes to be disbursed, and which can be driven by a drive unit to output the stack of value notes through an output opening of the output unit, and which are designed to transport the stack of value notes in the direction of the output opening, wherein the pressure element comprises a plurality of belts (92, 94), which contact at least one of the value notes of the stack of value notes to be disbursed, and which can be driven by a drive unit to output the stack of value notes through an output opening of the output unit and which are designed to transport the stack of value notes in the direction of the output opening, and wherein, with the aid of the pressure element and the support element, the stack of value notes is transported through an output opening that can be closed by a flap, in such a way that part of the stack of value notes projects out of this output opening, characterized in that the collecting unit comprises a limiting element which is arranged to be pivotable and which, during the stacking of the value notes, is arranged in a closed position, in which it closes a return transport path, in that an adjustment unit is designed to pivot the limiting element from the closed position into an opened position to transport a stack of value notes into the return transport path, in that the stack of value notes can be transported into the return transport path by the collecting unit, and in that a separating unit for separating the value notes of a stack of value notes that is transported back is arranged in the return transport path.
A wind turbine blade comprising a vortex generator including a plurality of fins, wherein the plurality of fins of the vortex generator includes: at least one first fin disposed in a mounting range of zero to 0.1R, such that a ratio x/C of a chordwise directional position 'x' of the at least one first fin to the chord length 'C' satisfies 0≤x/C≤0.2, and at least one second fin disposed in a mounting range of 0.15 to 0.2R, such that a ratio x/C of the chordwise directional position 'x' of the at least one second fin to the chord length 'C' satisfies 0.2≤x/C≤0.8, wherein the plurality of fins include a fin positioned closest to a blade tip, and the fin positioned closest to the blade tip is disposed closer to a blade root than a radial directional position of 0.2R with respect to a radius 'R' of a rotor including the wind turbine blade. at least one first fin disposed in a mounting range of zero to 0.1R, such that a ratio x/C of a chordwise directional position 'x' of the at least one first fin to the chord length 'C' satisfies 0≤x/C≤0.2, and at least one second fin disposed in a mounting range of 0.15 to 0.2R, such that a ratio x/C of the chordwise directional position 'x' of the at least one second fin to the chord length 'C' satisfies 0.2≤x/C≤0.8,
A heat exchange system for an aircraft engine, comprising: a heat exchanger having at least one first conduit and at least one second conduit in heat exchange relationship with the at least one first conduit; a main conduit directing a main flow of fuel from a fuel source to a combustion chamber of the aircraft engine; a pump hydraulically connected to the main conduit for driving the main fuel flow through the main conduit to the combustion chamber; a return conduit receiving excess fuel outputted by the pump and exceeding a fuel requirement of the combustion chamber, the return conduit having a return inlet hydraulically connected to the main conduit downstream of the pump and a return outlet hydraulically connected to the main conduit upstream of the pump, the return conduit hydraulically connected to the at least one second conduit of the heat exchanger; the system being characterised in that an actuator has an actuator inlet hydraulically connected to the main conduit downstream of the pump and an actuator outlet hydraulically connected to the main conduit upstream of the pump while bypassing the heat exchanger, and in that the system is configured such that a pressure differential between the actuator inlet and the actuator outlet remains substantially unchanged with variations of a fuel flow through the at least one second conduit of the heat exchanger. a heat exchanger having at least one first conduit and at least one second conduit in heat exchange relationship with the at least one first conduit; a main conduit directing a main flow of fuel from a fuel source to a combustion chamber of the aircraft engine; a pump hydraulically connected to the main conduit for driving the main fuel flow through the main conduit to the combustion chamber; a return conduit receiving excess fuel outputted by the pump and exceeding a fuel requirement of the combustion chamber, the return conduit having a return inlet hydraulically connected to the main conduit downstream of the pump and a return outlet hydraulically connected to the main conduit upstream of the pump, the return conduit hydraulically connected to the at least one second conduit of the heat exchanger; the system being characterised in that an actuator has an actuator inlet hydraulically connected to the main conduit downstream of the pump and an actuator outlet hydraulically connected to the main conduit upstream of the pump while bypassing the heat exchanger, and in that the system is configured such that a pressure differential between the actuator inlet and the actuator outlet remains substantially unchanged with variations of a fuel flow through the at least one second conduit of the heat exchanger.
Valve for a hydraulic cylinder group adapted to control the oil flow to a cylinder of said hydraulic cylinder group, the cylinder being provided with a single hydraulic connection on one side only, the valve comprising: a. a body adapted to enclose a wall that defines a shutter cavity, b. a shutter sliding in said shutter cavity so as to provide a seal against the wall of said shutter cavity, c. a first connection for the connection to a pump adapted to provide an oil flow, d. a second connection for the connection to the cylinder of the hydraulic cylinder group, e. a third connection for the connection to a discharge tank, f. a pneumatic drive unit in which a first chamber is defined to axially move the shutter in the shutter cavity of the valve by a compressed air flow and define at least three different positions including a neutral position, a lifting position, and a lowered position, g. a limiting device that can be activated when the drive unit is in lifting position and being movable between a non-operating position in which the passage of compressed air from an inlet to the first chamber is allowed, and an operating position in which the first chamber of the drive unit is set to discharge and the pneumatic supply to the valve shutter is interrupted, characterized in that said limiting device is rigidly connected to said pneumatic drive unit at one end in which said first chamber is defined, and in that said limiting device includes a slider and an actuating element, said slider being movable by abutment of said actuating element against an actuating element fixable to a support structure of the hydraulic cylinder group in order to bring the limiting device selectively in the non-operating position or in the operating position. a. a body adapted to enclose a wall that defines a shutter cavity, b. a shutter sliding in said shutter cavity so as to provide a seal against the wall of said shutter cavity, c. a first connection for the connection to a pump adapted to provide an oil flow, d. a second connection for the connection to the cylinder of the hydraulic cylinder group, e. a third connection for the connection to a discharge tank, f. a pneumatic drive unit in which a first chamber is defined to axially move the shutter in the shutter cavity of the valve by a compressed air flow and define at least three different positions including a neutral position, a lifting position, and a lowered position, g. a limiting device that can be activated when the drive unit is in lifting position and being movable between a non-operating position in which the passage of compressed air from an inlet to the first chamber is allowed, and an operating position in which the first chamber of the drive unit is set to discharge and the pneumatic supply to the valve shutter is interrupted,
An Mg alloy characterized by having a chemical composition consisting of Y: 0.1 - 3.0 at% and a balance of Mg and unavoidable impurities, having a microstructure with high Y regions with Y concentrations higher than an average Y concentration distributed at nanometer order sizes and intervals, with the high Y regions distributed at a higher density in the crystal grain boundaries than in the grains, with an equiaxed grain structure and not having texture, and having an average recrystallized grain size within the range satisfying the following formula 1: − 0.87 c + 1.10 < log d < 1.14 c + 1.48 where c: Y content (at%) and d: average recrystallized grain size (μm), wherein the Mg alloy is produced by hot working at a temperature of 300 - 450 °C with an equivalent plastic strain of 3 or more and then isothermally heat treating at a temperature of the hot working temperature or more, and 450 °C or less. where c: Y content (at%) and d: average recrystallized grain size (μm), wherein
A film-free packaging for a radiator which fully covers the radiator, consisting of a plurality of individual cardboard pieces that overlap one another at least in part and which are able to be glued to one another in portions, - specifically at least one front-side and one rear-side rectangular or square cover (1, 2), which each have, at their free side ends, side portions (1.1, 1.2, 2.1, 2.2) bent at right angles, - which overlap one another when in the packing state and cover the side faces of the radiator at least in a double layer, characterised by - two cross-sectionally U-shaped sleeves (3, 4), which may be fitted on the upper side and underside of the front-side and rear-side, rectangular or square cover (1, 2) and are able to be glued thereto, wherein - at least one of the two sleeves (3, 4) has at least one tear-off strand (3.1, 4.1). - specifically at least one front-side and one rear-side rectangular or square cover (1, 2), which each have, at their free side ends, side portions (1.1, 1.2, 2.1, 2.2) bent at right angles, - which overlap one another when in the packing state and cover the side faces of the radiator at least in a double layer, characterised by - two cross-sectionally U-shaped sleeves (3, 4), which may be fitted on the upper side and underside of the front-side and rear-side, rectangular or square cover (1, 2) and are able to be glued thereto, wherein - at least one of the two sleeves (3, 4) has at least one tear-off strand (3.1, 4.1).
A stable adhesive composition comprised of urea and soy flour in water, wherein urease present in the soy flour has been deactivated by an acid treatment, wherein the acid treatment comprises lowering the pH of the dispersed soy flour to less than 4.5 and greater than 2.0 for a period of at least 1 minute prior to combining it with urea; wherein the urea is present in the composition in an amount equivalent to at most five parts urea by weight for every one part by weight soy flour.