mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting an electrical fault in an electrical installation, said electrical installation including an electrical source based on a switching power converter, the method comprising steps consisting of: • measuring, by means of a sensor associated with an electrical installation protection device, an alternating electrical current flowing in the electrical installation; • detecting an electrical fault, such as a short-circuit, on the basis of the measured electrical current, by an electronic control device; • tripping the electrical protection device when an electrical fault is identified by the electronic control device; characterised by the fact that, wherein detecting an electrical fault comprises identifying a transition of the measured current from a first level to a second level, said transition having a duration (γ_t) less than a predefined threshold (δ_t), the predefined threshold being less than or equal to 10% of the nominal period of the alternating electrical current, the first level and the second level corresponding to current values of opposite sign but whose amplitude, in absolute value, is greater than a predefined current threshold, the predefined current threshold being equal to the product of the trip threshold of the protection device (lr_cb) and a weighting coefficient (α_lr_cb). • measuring, by means of a sensor associated with an electrical installation protection device, an alternating electrical current flowing in the electrical installation; • detecting an electrical fault, such as a short-circuit, on the basis of the measured electrical current, by an electronic control device; • tripping the electrical protection device when an electrical fault is identified by the electronic control device;
A multi-component system comprising: a) one or a plurality of individually packaged doses of a palatable osmotic agent substantially free of salt, to be administered in aqueous solution; and b) one or a plurality of doses of electrolytes in a pill, capsule, tablet, or gel-cap; wherein the osmotic agent is a polyethylene glycol; and the electrolytes comprise one or more salts of sodium sulfate, sodium bicarbonate, sodium chloride, sodium phosphate, potassium bicarbonate, potassium chloride, potassium phosphate, potassium sulfate, magnesium sulfate, magnesium bicarbonate, magnesium chloride, magnesium phosphate, calcium bicarbonate, calcium chloride, calcium phosphate, calcium sulfate, ascorbic acid and/or sodium ascorbate; for use as a medicament for the preparation of a subject for a colon-related procedure. a) one or a plurality of individually packaged doses of a palatable osmotic agent substantially free of salt, to be administered in aqueous solution; and b) one or a plurality of doses of electrolytes in a pill, capsule, tablet, or gel-cap;
A plant for producing corrugated board, comprising: at least one single facer, comprising a supporting structure, adapted to receive a corrugating unit comprising a first corrugating roller (20.3) and a second corrugating roller (20.4) meshing with each other; and a magazine comprising a plurality of seats (7A, 7B, 7C) for receiving corrugating units (20A, 20B) and movable along a first guide to align one of said eat with the single facer; wherein a shuttle associated with the single facer is provided, wherein the shuttle is movable between the single facer and the guide of the magazine, adapted to transfer corrugating units (20A, 29B) from the single facer to the magazine and vice versa; and that the shuttle comprises lifting members, adapted to lift the corrugating units (20A, 20B) from the supporting structure of the single facer and from the magazine and to lower the corrugating units (20A, 20B) onto the supporting structure of the single facer and onto the magazine, whereby corrugating units can be lifted by the shuttle from the supporting structure of the single facer, transferred by the shuttle to the magazine and released by the shuttle on the magazine, and vice-versa.. at least one single facer, comprising a supporting structure, adapted to receive a corrugating unit comprising a first corrugating roller (20.3) and a second corrugating roller (20.4) meshing with each other; and a magazine comprising a plurality of seats (7A, 7B, 7C) for receiving corrugating units (20A, 20B) and movable along a first guide to align one of said eat with the single facer;
A method for forming and filling spout film bags supplied by a transfer wheel comprising blowing nozzles to a filler positioned downstream of the transfer wheel, wherein one of the blowing nozzles is placed on the spout upper edge of the spout of a spout film bag and thereafter, a defined pressure pulse for forming the spout film bag is introduced by means of the blowing nozzle through the spout into the interior of the spout film bag, wherein a magnitude of the defined pressure pulse is calculated on the basis of type information of the spout film bag, wherein the magnitude comprises an indication of a time period for the duration of the introduction of the pressure pulse and an indication for an amount of a medium to be introduced, wherein the calculation of the magnitude is performed by means of an evaluation and control unit and an inputting of the type information and/or a reading of the type information is performed out of a data storage and after forming the spout film bag, the formed spout film bag is supplied by the transfer wheel to the filler downstream thereof and a filling of the formed spout film bag in the filler is performed.
Method for the even distribution of fertilizer by means of a two-disc spreader in field regions, the agricultural cultivation of which takes place in cornering travel, for example, in tracks and/or at the outer field boundaries or at tree or plant islands in the interior of the field, characterized in that, in comparison to the fertilizer-type and working-width-dependent setting during travel over a rectilinear driving section, non-uniform application points are set with regard to the profile of the curve on the curve interior and curve exterior, wherein the spatial offset between the outer striking point of the spreading fan on the ground and the spreading disc is taken into consideration during the shifting of the spreading fan, and the application points on the right/left are controlled in such a manner that the centre of the spreading fan is always located on the centre of the driving section travelled.
A laminated glazing comprising at least a first glass sheet forming an exterior face of the glazing, which first sheet is linked to a second glass sheet by a first interlayer adhesive layer, wherein the edge of the first glass sheet is set back with respect to that of the second, a peripheral portion of the free surface of the first glass sheet, the edge of this glass sheet, the edge of the first interlayer adhesive layer and a portion of the surface of the second glass sheet extending beyond the first glass sheet describing a continuous stepped contour which is covered by a stepped metal element, with the interposition of an external seal, the stepped metal element being covered by an air- and watertight seal the laminated glazing comprising a heating network of wires and/or a heating electrically conductive layer that is provided with busbars, several probes for measuring temperature and other optional electrical elements linked to an electrical power supply via the connector of the laminated glazing, characterized in that an electrical conductor links the stepped metal element - to a busbar of the heating network of wires and/or of the heating electrically conductive layer; and/or - to the cap of the connector of the laminated glazing, which is linked to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector linking the heating network of wires and/or the heating electrically conductive layer, a probe or any other optional electrical element to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector linking only the electrical conductor to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector with a probe or any other optional electrical element, but not with the ground of the structure for mounting the laminated glazing; and in that an electrically insulating resistor of at most 30 MΩ is connected in series with the electrical conductor. - to a busbar of the heating network of wires and/or of the heating electrically conductive layer; and/or - to the cap of the connector of the laminated glazing, which is linked to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector linking the heating network of wires and/or the heating electrically conductive layer, a probe or any other optional electrical element to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector linking only the electrical conductor to the ground of the structure for mounting the laminated glazing; and/or - to a contact of the connector with a probe or any other optional electrical element, but not with the ground of the structure for mounting the laminated glazing; and
A communication method, wherein the method comprises: determining, by a terminal device, that uplink transmission and sidelink transmission both exist; and when a first condition is met, performing, by the terminal device, the uplink transmission, wherein the first condition comprises a priority corresponding to an uplink scheduling request, UL SR, sent on a physical uplink control channel, PUCCH, is higher than the priority indicated by the first threshold, the priority corresponding to the UL SR is a priority of a logical channel for triggering the UL SR. determining, by a terminal device, that uplink transmission and sidelink transmission both exist; and when a first condition is met, performing, by the terminal device, the uplink transmission, wherein the first condition comprises a priority corresponding to an uplink scheduling request, UL SR, sent on a physical uplink control channel, PUCCH, is higher than the priority indicated by the first threshold, the priority corresponding to the UL SR is a priority of a logical channel for triggering the UL SR.
Control apparatus for a DC converter with a plurality of DC-DC converter modules (4-i), comprising: a feedforward control apparatus that is configured to generate a first controlled variable (φ_1) on the basis of a setpoint value (U_des) for an output voltage of the DC converter and a value (U_in) for an input voltage of the DC converter; a voltage regulator that is configured to generate a second controlled variable (φ_2) on the basis of the setpoint value (U_des) of the output voltage of the DC converter and an ascertained value (U_cur) of the output voltage of the DC converter; a plurality of current regulators (3-i), wherein a current regulator (3-i) is associated with a DC-DC converter module (4-i) in each case and the current regulators (3-i) are each configured to generate a third controlled variable (φ_3_i) for the respectively associated DC-DC converter module (4-i) on the basis of a setpoint value (I_des_i) for a current in the respectively associated DC-DC converter module (4-i) and an ascertained value (I_i) for a current in the respectively associated DC-DC converter module (4-i), and to provide a combination of the first controlled variable (φ_1), the second controlled variable (φ_2) and the third controlled variable (φ_3_i) of the respectively associated DC-DC converter module (4-i) at the respectively associated DC-DC converter module (4-i). a feedforward control apparatus that is configured to generate a first controlled variable (φ_1) on the basis of a setpoint value (U_des) for an output voltage of the DC converter and a value (U_in) for an input voltage of the DC converter; a voltage regulator that is configured to generate a second controlled variable (φ_2) on the basis of the setpoint value (U_des) of the output voltage of the DC converter and an ascertained value (U_cur) of the output voltage of the DC converter; a plurality of current regulators (3-i), wherein a current regulator (3-i) is associated with a DC-DC converter module (4-i) in each case and the current regulators (3-i) are each configured to generate a third controlled variable (φ_3_i) for the respectively associated DC-DC converter module (4-i) on the basis of a setpoint value (I_des_i) for a current in the respectively associated DC-DC converter module (4-i) and an ascertained value (I_i) for a current in the respectively associated DC-DC converter module (4-i), and to provide a combination of the first controlled variable (φ_1), the second controlled variable (φ_2) and the third controlled variable (φ_3_i) of the respectively associated DC-DC converter module (4-i) at the respectively associated DC-DC converter module (4-i).
A system for a vehicle communication, the system comprising: a vehicle embedded system in the vehicle adapted to capture a plurality of signals associated with the vehicle embedded system, wherein the vehicle embedded system comprises a plurality of sensors adapted to capture the plurality of signals and wherein the plurality of sensors are mounted at multiple locations on the vehicle; and a smart horn comprising a vehicle horn and a first processor and wherein the first processor is coupled to the vehicle embedded system and is configured to: receive the plurality of signals from the vehicle embedded system; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz. a vehicle embedded system in the vehicle adapted to capture a plurality of signals associated with the vehicle embedded system, wherein the vehicle embedded system comprises a plurality of sensors adapted to capture the plurality of signals and wherein the plurality of sensors are mounted at multiple locations on the vehicle; and a smart horn comprising a vehicle horn and a first processor and wherein the first processor is coupled to the vehicle embedded system and is configured to: receive the plurality of signals from the vehicle embedded system; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz. receive the plurality of signals from the vehicle embedded system; determine a severity of the plurality of signals; on determining the severity, modulate and embed information in a sound wave generated by the vehicle horn, wherein the information comprises a vehicle identification number, a vehicle owner identification, a vehicle health identification, and vehicle location details and wherein the sound wave is in an upper audio band of frequency range of 16-20kHz.
A liquid reservoir (34; 134; 234; 334) for an electronic smoking device (10; 110; 210; 310) or for an atomizer/liquid reservoir portion of an electronic smoking device (10; 110; 210; 310) or for a cartomizer for an electronic smoking device (10; 110; 210; 310), wherein the liquid reservoir (34; 134; 234; 334) comprises a first chamber storing the liquid, which first chamber has a variable volume that is reducible and non-increasable, wherein the liquid reservoir comprises a piece (44; 144) of flexible material, which piece of flexible material (44; 144) at least partially defines the first chamber, characterized in that the piece is formed as a sheet that is arranged inside the liquid reservoir in order to separate the first chamber from a second chamber of the liquid reservoir, and wherein the flexible material is expandable.
An electrolyte holder for use in a lithium secondary battery in which an organic electrolytic solution is permeated or immersed in an electrode group formed by winding a cathode and an anode or by laminating said cathode and said anode one upon another with said electrolyte holder serving as a separator being interposed therebetween to repeatingly occlude and discharge lithium ions, wherein said electrolyte holder consists of a multi-layer structure having at least two hydrophilic regenerated cellulose fibrous layers having different porosities and are derived from natural products, wherein the regenerated cellulose fibrous layers consist of paper formed after beating regenerated cellulose fibers; wherein a porosity of said fibrous layer disposed at an interface between said fibrous layer and said anode is set smaller than that of said fibrous layer disposed at an interface between said fibrous layer and said cathode; wherein a porosity of the fibrous layer is set to 40% to 80% and a porosity of the fibrous layer B is set to 60% to 90%; and wherein an average porosity of said entire fibrous layer is set to not less than 50%.
Adjustable-length shaft for a steering apparatus of a vehicle having a sleeve section and a journal section, the sleeve section being configured to at least partially enclose the journal section, and it being possible for the sleeve section and the journal section to be displaced axially with respect to one another in order to adjust a length of the shaft, the sleeve section having a sleeve spline and the journal section having a journal spline, the sleeve spline and the journal spline engaging into one another in order to transmit a torque, and, furthermore, the journal spline being overmoulded with a plastic at least at one axial end, the overmoulded plastic being secured against an axial displacement by way of at least one securing groove in the journal spline, and the journal spline having at least one fixing receptacle, the fixing receptacle being arranged between the at least one securing groove and that axial end of the journal spline which is overmoulded with plastic, and the fixing receptacle being overmoulded with the plastic, characterized in that the journal spline has an undercut at at least one axial end, the at least one undercut being overmoulded with plastic.
A minimally invasive medical system comprising a manipulator having an effector unit equipped with a 6-degrees-of-freedom (6-DOF) force/torque sensor and configured for holding a minimally invasive instrument having a first end mounted to said effector unit and a second end located beyond an external fulcrum that limits said instrument in motion, said system comprising a programmable computing device, characterized in that said computing device is programmed to: determine a position of said instrument relative to said fulcrum; process measurements made by means of said 6-DOF force/torque sensor of a force and a torque exerted onto said effector unit by said first end of said instrument; and to calculate by means of the principle of superposition an estimate of a force exerted onto the second end of said instrument based on said determined position, said measured force and said measured torque. determine a position of said instrument relative to said fulcrum; process measurements made by means of said 6-DOF force/torque sensor of a force and a torque exerted onto said effector unit by said first end of said instrument; and to calculate by means of the principle of superposition an estimate of a force exerted onto the second end of said instrument based on said determined position, said measured force and said measured torque.
A device for excising a cavity within bony tissue, the device having a proximal end and a distal end opposite the proximal end, and extending along a longitudinal device axis between the proximal and distal ends (110, 112), the device comprising: a handle assembly proximate the device proximal end and extending distally along the longitudinal device axis; an outer tube extending distally from the handle assembly, a distal end of the outer tube positioned proximate the device distal end; an actuation mechanism; and a blade assembly connected to the handle assembly and the actuation mechanism, and extending along the longitudinal device axis; wherein upon actuation of the actuation mechanism a portion of the blade assembly is projected away from the longitudinal device axis; wherein the blade assembly comprises a blade body (334, 204) having a proximal end (330, 201) and a distal end (332, 202) and first and second opposing sides (348, 350, 218, 220) extending therebetween, the first side (348, 218) having a first curved cutting edge (356, 224), wherein the blade body (334, 204) is curved in a first plane between the blade body proximal end (330, 201) and the blade body distal end (332, 202); wherein the blade body (334, 204) includes a void (346, 216) extending between and open to the first and second opposing sides (348, 350, 218, 220); characterised in that the blade body (334, 204) further includes a first guide surface sloping from the first cutting edge (356, 224) toward the void (346, 216), to urge severed material toward the void (346, 216) when the device is rotated in a first direction to excise a cavity. a handle assembly proximate the device proximal end and extending distally along the longitudinal device axis; an outer tube extending distally from the handle assembly, a distal end of the outer tube positioned proximate the device distal end; an actuation mechanism; and a blade assembly connected to the handle assembly and the actuation mechanism, and extending along the longitudinal device axis; wherein upon actuation of the actuation mechanism a portion of the blade assembly is projected away from the longitudinal device axis; wherein the blade assembly comprises a blade body (334, 204) having a proximal end (330, 201) and a distal end (332, 202) and first and second opposing sides (348, 350, 218, 220) extending therebetween, the first side (348, 218) having a first curved cutting edge (356, 224), wherein the blade body (334, 204) is curved in a first plane between the blade body proximal end (330, 201) and the blade body distal end (332, 202); wherein the blade body (334, 204) includes a void (346, 216) extending between and open to the first and second opposing sides (348, 350, 218, 220); characterised in that the blade body (334, 204) further includes a first guide surface sloping from the first cutting edge (356, 224) toward the void (346, 216), to urge severed material toward the void (346, 216) when the device is rotated in a first direction to excise a cavity.
A bleaching and/or highlighting composition for keratin fibres, especially for human hair based on at least one compound with bleaching and/or highlighting effect at a concentration of at least 5% by weight, calculated to total composition, characterised in that it comprises gluconic acid and/or its salts as a chelating agent, wherein no additional water is introduced into the composition other than bound water which may be as high as 1% by weight, calculated to the total of the composition.