mhurhangee/ep-ind-claims huggingface dataset:
An inverter control device comprising: an inverter configured to convert DC power inputted from a DC power supply into AC power and supply the AC power to a motor; a motor rotation speed detecting means (9, 14, 11) for detecting a rotation speed of the motor; a command value calculating means for calculating a command value for an AC voltage outputted from the inverter, based on a detection value for an AC current; a phase compensating means for compensating for a phase of the command value or the detection value, wherein the phase compensating means calculates an amount of phase lead based on the rotation speed and a phase compensation time set in order to obtain a predetermined phase margin; and an inverter control means for controlling the inverter, based on the command value compensated for by the phase compensating means; characterized by a d-q axes non-interference voltage command value calculating means for calculating a d-q axes non-interference voltage command value to cancel out interference voltages interfering with each other between d and q axes, and for outputting the d-q axes non-interference voltage command value to the command value calculating means; and a reverse phase compensating means (17, 18) for compensating for a phase according to the amount of compensation of the phase compensated for by the phase compensating means, wherein the phase compensating means is adapted for suppressing a reduction in the phase margin in a low-frequency region attributed to inherent characteristics of the motor by compensating for the phase by the amount of phase lead, and the reverse phase compensating means (17, 18) compensates for a phase of the d-q axes non-interference voltage command value by the same amount of compensation as the amount of phase lead in the opposite direction to the phase compensated for by the phase compensating means. an inverter configured to convert DC power inputted from a DC power supply into AC power and supply the AC power to a motor; a motor rotation speed detecting means (9, 14, 11) for detecting a rotation speed of the motor; a command value calculating means for calculating a command value for an AC voltage outputted from the inverter, based on a detection value for an AC current; a phase compensating means for compensating for a phase of the command value or the detection value, wherein the phase compensating means calculates an amount of phase lead based on the rotation speed and a phase compensation time set in order to obtain a predetermined phase margin; and an inverter control means for controlling the inverter, based on the command value compensated for by the phase compensating means;
A method, performed by a Radio Network Controller, RNC, for setting up a secondary uplink carrier, wherein the method comprises: receiving an indication from a network node, wherein the network node is a radio base station, and wherein the indication indicates that the network node supports a variable Transmission Time Interval, TTI, for the secondary uplink carrier; determining to send a first Information Element, IE, in a dedicated radio link message based on the received indication from the network node; and sending the dedicated radio link message to the network node, wherein the dedicated radio link message comprises the first IE and a second IE, which first IE indicates a TTI value out of a plurality of TTI values available for the secondary uplink carrier, the indicated TTI value being for set up - by the network node - of the secondary uplink carrier in the radio communications network, and which second IE indicates to the network node that a variable TTI configuration is set up. receiving an indication from a network node, wherein the network node is a radio base station, and wherein the indication indicates that the network node supports a variable Transmission Time Interval, TTI, for the secondary uplink carrier; determining to send a first Information Element, IE, in a dedicated radio link message based on the received indication from the network node; and sending the dedicated radio link message to the network node, wherein the dedicated radio link message comprises the first IE and a second IE, which first IE indicates a TTI value out of a plurality of TTI values available for the secondary uplink carrier, the indicated TTI value being for set up - by the network node - of the secondary uplink carrier in the radio communications network, and which second IE indicates to the network node that a variable TTI configuration is set up.
An endotracheal tube inserting device (1;1') comprising a stylet part (3;3'), which has a proximal stylet end part (8a; 8a') with a proximal stylet end (8,8') and an opposite distal stylet end part (7a;7a') with a distal stylet end (7;7'), and a handle part (2;2')), wherein the proximal stylet end part (8a;8a') of the stylet part (3;3') is stationary in relation to the handle part (2;2'), and an endotracheal tube on the stylet part (3;3'), the endotracheal tube inserting device (1;1') has a tube ejecting mechanism (65;65') adapted for displacing the endotracheal tube along the elongate stylet part (3;3') in a direction towards the distal stylet end (7;7') of the elongate stylet part (3;3'), characterized in that the tube ejecting mechanism (65;65') comprises a ratchet mechanism (66;66') to facilitate ejection of the endotracheal tube at least partly off the stylet part, and to keep the endotracheal tube in gradually advanced positions in relation to the stylet part during ejecting, which ratchet mechanism (66;66') comprises a rack part (68;68') extending along at least a length of the handle part (2;2') and being arranged opposite a wedge part (69;69') associated with the stylet part (3; 3') in order to engage the rack part (68;68').
A power feeding device for a vehicle, comprising: a high frequency power driver configured to allow conversion of electric power received from a power source into high frequency power that can achieve magnetic field resonance for transmission to a vehicle, a primary coil for receiving said high frequency power from said high frequency power driver, a primary self-resonant coil configured to be magnetically coupled with a secondary self-resonant coil mounted on said vehicle by magnetic field resonance, and allow transmission of said high frequency power received from said primary coil by electromagnetic induction to said secondary self-resonant coil, and a reflective wall formed at a rear side of said primary self-resonant coil and said primary coil with respect to a power transferring direction from said primary self-resonant coil, for allowing reflection of a magnetic flux output from said primary self-resonant coil in said power transferring direction, the reflective wall surrounding the primary self-resonant coil and the primary coil. a high frequency power driver configured to allow conversion of electric power received from a power source into high frequency power that can achieve magnetic field resonance for transmission to a vehicle, a primary coil for receiving said high frequency power from said high frequency power driver, a primary self-resonant coil configured to be magnetically coupled with a secondary self-resonant coil mounted on said vehicle by magnetic field resonance, and allow transmission of said high frequency power received from said primary coil by electromagnetic induction to said secondary self-resonant coil, and a reflective wall formed at a rear side of said primary self-resonant coil and said primary coil with respect to a power transferring direction from said primary self-resonant coil, for allowing reflection of a magnetic flux output from said primary self-resonant coil in said power transferring direction, the reflective wall surrounding the primary self-resonant coil and the primary coil.
A composite sheet comprising a first sheet and a second sheet, said composite sheet characterized in that said first sheet and said second sheet are partially bonded to each other at a number of spaced apart discrete inter-sheet bond locations, said composite sheet comprising: a) a first sheet comprising a nonwoven web having a first surface and a second surface comprising a generally planar first region having a X-direction orientation, a Y-direction orientation, and a plurality of discrete integral second regions that comprise deformations, said deformations forming protrusions extending outward from the first surface of said nonwoven web, and openings formed in the second surface of the nonwoven web, said protrusions being comprised of said fibers, wherein said protrusions comprise a base proximate the first surface of said nonwoven web, an opposed distal end extending outward in the Z-direction from the base, and side walls between said base and said distal end of said protrusion, wherein said protrusions in said first sheet have a bulbous configuration; and b) a generally planar second sheet contacting the first region of said first sheet, said second sheet being bonded to said first sheet at a number of spaced apart discrete inter-sheet bond locations, wherein said inter-sheet bond locations are disposed outside the deformations on said first sheet at locations where said first region of said first sheet contacts said second sheet, and said inter-sheet bond locations are spaced apart in the X-direction and the Y-direction. a) a first sheet comprising a nonwoven web having a first surface and a second surface comprising a generally planar first region having a X-direction orientation, a Y-direction orientation, and a plurality of discrete integral second regions that comprise deformations, said deformations forming protrusions extending outward from the first surface of said nonwoven web, and openings formed in the second surface of the nonwoven web, said protrusions being comprised of said fibers, wherein said protrusions comprise a base proximate the first surface of said nonwoven web, an opposed distal end extending outward in the Z-direction from the base, and side walls between said base and said distal end of said protrusion, wherein said protrusions in said first sheet have a bulbous configuration; and b) a generally planar second sheet contacting the first region of said first sheet, said second sheet being bonded to said first sheet at a number of spaced apart discrete inter-sheet bond locations, wherein said inter-sheet bond locations are disposed outside the deformations on said first sheet at locations where said first region of said first sheet contacts said second sheet, and said inter-sheet bond locations are spaced apart in the X-direction and the Y-direction.
Fastening system for releasably disposing at least one sweeper element on a mechanically driven sweeping machine, having: - at least one elongate fastening installation which configured to be disposed on a rotatable support of the sweeping machine, - at least one elongate sweeper element which is able to be releasably fastened to the fastening installation and which, on a proximal end portion that faces the fastening installation, has a fastening structure, - wherein the fastening installation, on a distal end portion that faces the sweeper element, has a mating fastening structure which is designed so as to correspond to the fastening structure, and having - a securing element, characterized in that the securing element on the fastening installation is guided so as to be longitudinally displaceable between a distal securing position and a proximal releasing position, - wherein the securing element in the securing position at least in portions encloses the mating fastening structure, and wherein the mating fastening structure is externally accessible when the securing element is situated in the releasing position. - at least one elongate fastening installation which configured to be disposed on a rotatable support of the sweeping machine, - at least one elongate sweeper element which is able to be releasably fastened to the fastening installation and which, on a proximal end portion that faces the fastening installation, has a fastening structure, - wherein the fastening installation, on a distal end portion that faces the sweeper element, has a mating fastening structure which is designed so as to correspond to the fastening structure, and having - a securing element, characterized in that the securing element on the fastening installation is guided so as to be longitudinally displaceable between a distal securing position and a proximal releasing position, - wherein the securing element in the securing position at least in portions encloses the mating fastening structure, and wherein the mating fastening structure is externally accessible when the securing element is situated in the releasing position.
System for handling an at least supposedly partially defective electronic user terminal which has function-relevant circuits and at least one security-relevant circuit, which is provided between an external interface of the user terminal and the function-relevant circuits, wherein the electronic user terminal, after being successfully identified by a server, is automatically irreversibly put irreversibly into an irreparable state by means of an irreversible manipulation of at least one component of the user terminal, if a performed diagnosis of the function-relevant circuits of the user terminal indicates that these function-relevant circuits are impaired in terms of their functionality or have failed, wherein the security-relevant circuit transmits a unique identifier of the user terminal for the identification thereof to the server via the external interface, even if a power supply of the electronic user terminal or function-relevant circuits of the user terminal fail, wherein the security-relevant circuit is supplied with power via the external interface or a separate battery, and wherein, after receipt of a confirmation to render the user terminal unusable, the server causes the security-relevant circuit of the user terminal to effect the irreversible manipulation of at least one component of the user terminal.
Cleaning device comprising a manually controllable chassis on which a receptacle (3, 3') is provided that collects sweepings in the form of leaves, paper or the like in regions of surfaces to be swept on paths or roads, the cleaning device (R, R') being provided, in addition to the sweepings receptacle, with a sweepings collector (6, 6') that is arranged substantially in front of the sweepings receptacle (3, 3') in the working direction, said sweepings collector being designed as a collecting screen (S, S') that can be oriented so as to be substantially perpendicular to the surface to be swept and is provided with a support part that can be placed on the surface to be swept, such that the sweepings collector (6, 6') and the sweepings receptacle (3, 3') form a modular unit that creates a two-stage cleaning effect, and at least coarse components of the sweepings can already be collected by the sweepings receptacle (3, 3') before a cleaning phase, the sweepings collector (6, 6') being mounted so as to be adjustable to different working positions, characterised in that the collecting screen (S, S') is formed in multiple parts and comprises side plates (8, 8', 9', 9', 8", 9") that proceed from a central base plate (7, 7') and can be pivotably connected thereto, the base plate being provided with a grate structure that forms through-openings, such that received dirt particles are hurled through the grate structure and carried along with the leaf pile located in front thereof.
Rotary compressor, comprising: a cylinder comprising a space; a roller configured to compress refrigerants in the cylinder and having a ring shape; a vane configured to divide the space into a suction space and a compression space; a coupling groove disposed at one side of an outer circumferential surface of the roller, having a circular arc shape from an outer diameter of the roller towards an inner diameter of the roller, and configured to couple the vane and the roller; and a vane slot which is disposed in the cylinder wall in a radial direction of the cylinder, wherein the vane is inserted into the vane slot moveable back and forth, characterized in that the coupling groove comprises a ferrosoferric oxide (Fe 3 O 4) film on a surface thereof. a cylinder comprising a space; a roller configured to compress refrigerants in the cylinder and having a ring shape; a vane configured to divide the space into a suction space and a compression space; a coupling groove disposed at one side of an outer circumferential surface of the roller, having a circular arc shape from an outer diameter of the roller towards an inner diameter of the roller, and configured to couple the vane and the roller; and a vane slot which is disposed in the cylinder wall in a radial direction of the cylinder, wherein the vane is inserted into the vane slot moveable back and forth, characterized in that the coupling groove comprises a ferrosoferric oxide (Fe 3 O 4) film on a surface thereof.
A process for producing an aqueous binder system, which comprises, in a first process stage, free-radically polymerizing ≥ 50 and ≤ 100 parts by weight of at least one α,β-monoethylenically unsaturated mono- or dicarboxylic acid and/or anhydride thereof (monomer A1), and ≥ 0 and ≤ 50 parts by weight of at least one other ethylenically unsaturated compound copolymerizable with monomers A1 (monomer A2), where the total amounts of monomers A1 and A2 add up to 100 parts by weight [total amount of monomers], in an aqueous medium in the presence of ≥ 0.1 and ≤ 150% by weight, based on the total amount of monomers, of at least one saccharide compound B, and then, in a second process stage, adding to the polymerization mixture obtained in the first process stage ≥ 0.1 and ≤ 70% by weight, based on the total amount of monomers, of at least one alkanolamine having at least two hydroxyl groups (alkanolamine C), where the saccharide compound B has a weight-average molecular weight of ≥ 3000 and ≤ 10 000 g/mol where the total amount of saccharide compound B is ≥ 30 and ≤ 100% by weight, based on the total amount of monomers.
Method for cleaning gas flows of a painting installation, by means of at least one painting unit, at least one drying unit which is positioned downstream of the painting unit, and at least one thermal treatment apparatus, which is positioned downstream of the drying unit, for the thermal treatment of gas flows of the at least one drying unit, an absorption apparatus, and at least one desorption apparatus, wherein the at least one desorption apparatus is assigned to in each case at least one thermal treatment apparatus positioned downstream of the drying unit, having the steps: introducing gas flows of the at least one painting unit into the absorption apparatus; separating off volatile constituents of the gas flows in the absorption apparatus by means of dissolution in a liquid; separating off constituents dissolved in the liquid in the at least one desorption apparatus; and supplying the constituents separated off from the liquid to in each case one thermal treatment apparatus, assigned to the desorption apparatus, for the thermal treatment. introducing gas flows of the at least one painting unit into the absorption apparatus; separating off volatile constituents of the gas flows in the absorption apparatus by means of dissolution in a liquid; separating off constituents dissolved in the liquid in the at least one desorption apparatus; and supplying the constituents separated off from the liquid to in each case one thermal treatment apparatus, assigned to the desorption apparatus, for the thermal treatment.
Electromechanically drivable spreading unit for a drum brake, comprising a housing and two first and second brake shoe holders (31, 31') which are arranged in a rotationally locked manner in relation to the housing, can be actuated linearly along an axis away from one another in each case in a spreading direction (S, S') and towards one another in each case in a releasing direction (L, L'), and in each case act on a first and a second brake shoe (4, 4') provided in each case with a brake lining (5, 5'), the linear movement of the brake shoe holders (31, 31') being generated by way of two ball ramp apparatuses (3, 3'), a first ball ramp apparatus comprising a first actuating piston which is arranged such that it can be rotated about the axis, and a second ball ramp apparatus comprising a second actuating piston which is arranged such that it can be rotated about the axis, and an adjusting device for compensating for an increasing actuating travel as a result of wear of the brake linings (5, 5') being arranged in an axially centred manner and substantially between the actuating pistons (17, 18) within the housing, characterized in that the adjusting device comprises an adjusting piston, lying in the force flow with the first actuating piston, and a latching sleeve, in engagement with the adjusting piston via axial toothed rims (38, 39), the latching sleeve being arranged in a rotationally locked manner with respect to the second brake shoe holder, in a displaceable manner to an axially limited extent with respect to the second actuating piston, and in an elastically preloaded manner against the adjusting piston.
A roll container, in particular roll cage, having a U-shaped base which is mounted on rotatable rollers (1, 2) and has U-sides, further having a grating wall frame (4, 5) which is arranged on the base and consists of at least two mutually opposing side walls (4, 5) which can each be pivoted about a substantially vertical axis, and having a baseplate which can be folded about a largely horizontal pivot axis, the baseplate being pivotable counter to spring force into a largely horizontal use position above the base and by spring force into a largely upright nested position, characterised in that a connection rod, which closes and opens the U-shaped base as desired, is provided between the U-sides and is designed as a swing rod which is rotatably attached to one U-side, and that the swing rod has an extension piece which extends as far as a plane spanned by the underside of the base, wherein the extension piece and the underside of the base define a receiving face for a conveying element.
A rotor blade assembly for a wind turbine, comprising: a rotor blade comprising a surface, wherein the surface of the rotor blade comprises an inclined groove; and at least one add-on element mounted on the surface of the rotor blade via a bonding interface downstream of the inclined groove such that particulate matter in an airflow upstream of the at least one add-on element is deflected away from the bonding interface between the surface of the rotor blade and the at least one add-on element. a rotor blade comprising a surface, wherein the surface of the rotor blade comprises an inclined groove; and at least one add-on element mounted on the surface of the rotor blade via a bonding interface downstream of the inclined groove such that particulate matter in an airflow upstream of the at least one add-on element is deflected away from the bonding interface between the surface of the rotor blade and the at least one add-on element.