mhurhangee/ep-ind-claims huggingface dataset:
A method for cancelling an electric crosstalk contribution in a monitoring signal from a monitored first electro-mechanical transducer in a device comprising at least three electro-mechanical transducers, which are driven by actuation signals, the crosstalk contribution resulting from an actuation of other transducers than the monitored transducer, the method having the steps of: (a) selecting a second transducer, associated with the first transducer, wherein the electric crosstalk caused by an actuation of a third transducer is equal in the first and second transducer; (b) actuating the first transducer and not actuating the second transducer; (c) simultaneously measuring a monitoring signal from the first transducer and the second transducer; (d) subtracting the two monitoring signals to obtain a clean monitoring signal from the first transducer. (a) selecting a second transducer, associated with the first transducer, wherein the electric crosstalk caused by an actuation of a third transducer is equal in the first and second transducer; (b) actuating the first transducer and not actuating the second transducer; (c) simultaneously measuring a monitoring signal from the first transducer and the second transducer; (d) subtracting the two monitoring signals to obtain a clean monitoring signal from the first transducer.
Inhaler containing a medicament formulation for the treatment of inflammatory or obstructive respiratory complaints, the medicament formulation containing as active substance exclusively tiotropium bromide in dissolved form, characterised in that the medicament formulation contains • the propellant gas HFA 134a as well as the additional ingredients • 0.005-0.03 % by weight of the active substance tiotropium bromide • a mixture of the two cosolvents ethanol and water, the ethanol content being between 15-40 % by weight and the water content being between 0.5-2.5 % by weight, and • citric acid in a concentration of between 0.005-0.1 % by weight, the percentages by weight relating to a metering chamber of 50 μl, and characterised in that the nominal dose of the single dosage is between 5.5 μg and 6.5 μg, the delivered dose is between 4.5-5.6 μg, and the pulmonary dose (Fine Particle Dose) is between 2-3 μg and the mean aerodynamic particle size, determined according to Pharm Eur 2.9.18 Apparatus D, is between 2.5-3.5 μm, and • the dosage being administered by the delivery of a single dose by a spray jet, in which a dose flows out of the metering chamber by actuation of the inhaler to expel it from the nozzle, • the bore diameter of the spray head used having a diameter of between 0.2-0.3 mm, • the metering chamber having a volume of between 25 μl and 100 μl, preferably 50 μl. • the propellant gas HFA 134a as well as the additional ingredients • 0.005-0.03 % by weight of the active substance tiotropium bromide • a mixture of the two cosolvents ethanol and water, the ethanol content being between 15-40 % by weight and the water content being between 0.5-2.5 % by weight, and • citric acid in a concentration of between 0.005-0.1 % by weight, the percentages by weight relating to a metering chamber of 50 μl, and characterised in that the nominal dose of the single dosage is between 5.5 μg and 6.5 μg, the delivered dose is between 4.5-5.6 μg, and the pulmonary dose (Fine Particle Dose) is between 2-3 μg and the mean aerodynamic particle size, determined according to Pharm Eur 2.9.18 Apparatus D, is between 2.5-3.5 μm, and • the dosage being administered by the delivery of a single dose by a spray jet, in which a dose flows out of the metering chamber by actuation of the inhaler to expel it from the nozzle, • the bore diameter of the spray head used having a diameter of between 0.2-0.3 mm, • the metering chamber having a volume of between 25 μl and 100 μl, preferably 50 μl.
A transistor (10; 50; 60), comprising: an active region having a channel; source and drain electrodes (20, 22) in contact with said active region; a gate between said source and drain electrodes (20, 22) and directly on said active region; a plurality of spacer layers; a plurality of field plates, the first of said spacer layers on said gate and on the entire part of the surface of said active region between said gate and said drain and source electrodes (20, 22), the first of said field plates on said first of said spacer layers, and the remaining of said spacer layers and field plates arranged alternately over said first of said spacer layers and said first of said field plates, the topmost of said field plates electrically connected to said source electrode and each of said field plates below said topmost of said field plates electrically connected to said gate or said source electrode, wherein said first of said field plates is separated laterally from said gate by said first spacer layer such that said first field plate is isolated from and does not overlap said gate, and wherein said topmost of said field plates extends over said gate and on either side of said gate toward said source and said drain electrodes (20, 22). an active region having a channel; source and drain electrodes (20, 22) in contact with said active region; a gate between said source and drain electrodes (20, 22) and directly on said active region; a plurality of spacer layers; a plurality of field plates, the first of said spacer layers on said gate and on the entire part of the surface of said active region between said gate and said drain and source electrodes (20, 22), the first of said field plates on said first of said spacer layers, and the remaining of said spacer layers and field plates arranged alternately over said first of said spacer layers and said first of said field plates, the topmost of said field plates electrically connected to said source electrode and each of said field plates below said topmost of said field plates electrically connected to said gate or said source electrode, wherein said first of said field plates is separated laterally from said gate by said first spacer layer such that said first field plate is isolated from and does not overlap said gate, and wherein said topmost of said field plates extends over said gate and on either side of said gate toward said source and said drain electrodes (20, 22).
A multiple-polyphase AC dynamo-electric machine comprising an armature having a stator core having a plurality of magnetic teeth, and an armature winding containing a multiple polyphase winding group stored in slots between each of the teeth and wound around the teeth, a rotor having a rotor core, the rotor being relatively positioned to the armature through an air gap and rotates around an axis of a rotation shaft, wherein each of the plurality of the teeth provides a flange part to the NS magnetic pole part of the rotor side end part, characterized in that the stator core has magnetic connection parts which connect the flange parts adjoined to each other in the NS magnetic pole of each of the plurality of teeth, a respective one of the connection parts is provided at the end of each corresponding slot at the inner peripheral side of the stator core, the radial width (b) of each connection part is smaller than the width (a) of each flange part in the radial direction, the width (b) in the radial direction of each connection part is smaller than the width (cb) in the radial direction of the core block and the minimum width (t) in the circumferential direction of each tooth of the stator core, the number of connection parts is equal to the number of slots, the radial width (a) of each flange part is greater than the width of the opposing air gap (g) between the rotor core and the stator core, each space (f) between adjoined flange parts is smaller than the width of the air gap (g), and the magnetic resistance between the both ends in the axial direction of the axis of the rotation shaft of the stator core of each connection part is the same and is bigger than the magnetic resistance between the both ends of the corresponding flange part. each of the plurality of the teeth provides a flange part to the NS magnetic pole part of the rotor side end part, characterized in that the stator core has magnetic connection parts which connect the flange parts adjoined to each other in the NS magnetic pole of each of the plurality of teeth, a respective one of the connection parts is provided at the end of each corresponding slot at the inner peripheral side of the stator core, the radial width (b) of each connection part is smaller than the width (a) of each flange part in the radial direction, the width (b) in the radial direction of each connection part is smaller than the width (cb) in the radial direction of the core block and the minimum width (t) in the circumferential direction of each tooth of the stator core, the number of connection parts is equal to the number of slots, the radial width (a) of each flange part is greater than the width of the opposing air gap (g) between the rotor core and the stator core, each space (f) between adjoined flange parts is smaller than the width of the air gap (g), and the magnetic resistance between the both ends in the axial direction of the axis of the rotation shaft of the stator core of each connection part is the same and is bigger than the magnetic resistance between the both ends of the corresponding flange part.
A base plate (4, 4', 4") for an ostomy system, the base plate comprising: a first adhesive layer having a distal surface, a proximal surface, and a first plurality of openings, the proximal surface being configured for attachment of the base plate (4, 4', 4") to the skin surface of a user, and an electrode assembly disposed on the distal surface of the first adhesive layer, the electrode assembly including: a plurality of electrodes, and a masking element arranged between the plurality of electrodes and the first adhesive layer, the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings, each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points. a first adhesive layer having a distal surface, a proximal surface, and a first plurality of openings, the proximal surface being configured for attachment of the base plate (4, 4', 4") to the skin surface of a user, and an electrode assembly disposed on the distal surface of the first adhesive layer, the electrode assembly including: a plurality of electrodes, and a masking element arranged between the plurality of electrodes and the first adhesive layer, the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings, each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points. a plurality of electrodes, and a masking element arranged between the plurality of electrodes and the first adhesive layer, the masking element having a second plurality of openings aligned with the first plurality of openings of the first adhesive layer to form a plurality of sensor point openings, each of the aligned first and second plurality of openings exposing a portion of one of the plurality of electrodes to define one of a plurality of sensor points.
A transport container having a container body and a container lid pivotably supported thereto, with a plurality of casters on the container body and a telescopic handle spaced apart from the casters, respectively, on the side of the container body opposite to the container lid, wherein - a stacking frame is attached to the cuboid container body or is incorporated into the cuboid container body, which container body is devoid of accommodations or recesses for casters and which stacking frame forms at least three stacking guides (62, 54), - the casters are supported in or on the stacking frame, - the telescopic handle is incorporated into the stacking frame, characterized In that the stacking guides (52, 54) comprise recesses, which are matchingly formed to form-fittingly accommodate at least two counter stack elements (16, 18) arranged on the container lid. - a stacking frame is attached to the cuboid container body or is incorporated into the cuboid container body, which container body is devoid of accommodations or recesses for casters and which stacking frame forms at least three stacking guides (62, 54), - the casters are supported in or on the stacking frame, - the telescopic handle is incorporated into the stacking frame, characterized In that the stacking guides (52, 54) comprise recesses, which are matchingly formed to form-fittingly accommodate at least two counter stack elements (16, 18) arranged on the container lid.
Method for assembling a first part and a second part of a lighting device for a motor vehicle by mirror welding, comprising a step of supplying the first and second parts (10, 11) wherein each part (10, 11) comprises, in the interface area thereof for contact with the other part, a weld bead (100, 110) intended to come into contact against the weld bead of the other part during the mirror welding, characterized in that the weld bead of at least one of said first and second parts (10, 11) is provided with a plurality of expander ribs spread out along said weld bead, each expander rib being configured in such a way as to locally expand the width of the weld bead with respect to the width of the weld bead outside the zones where the expander ribs are present.
A thrust reverser system for a gas turbine engine comprising: a fixed duct including a cowling movable by a door actuator between an open position and a closed position in a direction transverse to a centreline of the gas turbine engine; a thrust reverser supported within the cowling and movable by a thrust reverser actuator between an axial closed position, an axial intermediate position and an axial open position; and a controller commanding movement of the thrust reverser, wherein the controller is actuateable to instruct the thrust reverser actuator to move the thrust reverser from the axial closed position to the axial intermediate position such that the door actuator is free to move the cowling to the open position; characterised in that the system further comprises a user interface including a control valve accessible outside of the gas turbine engine when the thrust reverser system is installed in the gas turbine engine, the user interface providing for actuating the controller to move the thrust reverser to the axial intermediate position and the cowling to the open position. a fixed duct including a cowling movable by a door actuator between an open position and a closed position in a direction transverse to a centreline of the gas turbine engine; a thrust reverser supported within the cowling and movable by a thrust reverser actuator between an axial closed position, an axial intermediate position and an axial open position; and a controller commanding movement of the thrust reverser, wherein the controller is actuateable to instruct the thrust reverser actuator to move the thrust reverser from the axial closed position to the axial intermediate position such that the door actuator is free to move the cowling to the open position; characterised in that the system further comprises a user interface including a control valve accessible outside of the gas turbine engine when the thrust reverser system is installed in the gas turbine engine, the user interface providing for actuating the controller to move the thrust reverser to the axial intermediate position and the cowling to the open position.
A pen needle assembly, comprising: a plurality of pen needles; and means for removably connecting said plurality of pen needles to each other, said means for removably connecting comprises a connecting member wherein said connecting member comprises a male member and a female member connected to each of said plurality of pen needles, and said male member of a first pen needle receiving said female member of a second pen needle characterized by, a flange disposed at an end of an outer cover of each of said plurality of pen needles, whereby the male member and the female member are connected to said flange, wherein said male member comprises a pin and said female member comprises a ring. a plurality of pen needles; and means for removably connecting said plurality of pen needles to each other, said means for removably connecting comprises a connecting member wherein said connecting member comprises a male member and a female member connected to each of said plurality of pen needles, and said male member of a first pen needle receiving said female member of a second pen needle characterized by, a flange disposed at an end of an outer cover of each of said plurality of pen needles, whereby the male member and the female member are connected to said flange, wherein said male member comprises a pin and said female member comprises a ring.
An ocular implant adapted to reside at least partially in a portion of Schlemm's canal of an eye to facilitate the passage of aqueous humor from the anterior chamber to Schlemm's canal, the implant comprising: a body of biocompatible material having a size and shape such that a proximal portion of the body is adapted for placement within the anterior chamber of the eye and wherein a distal portion is adapted to be at least partially circumferentially received within a portion of Schlemm's canal, wherein the body defines a trough-like channel that is at least partially open for directing aqueous humor and adapted to extend, when in use, from the proximal portion in the anterior chamber to the distal portion within Schlemm's canal such that at least a portion of Schlemm's canal is exposed to aqueous fluid flow through the body. a body of biocompatible material having a size and shape such that a proximal portion of the body is adapted for placement within the anterior chamber of the eye and wherein a distal portion is adapted to be at least partially circumferentially received within a portion of Schlemm's canal,
An aircraft side-of-body joint assembly, comprising: first and second t-shaped stringers, each having a vertical portion, characterized in that said vertical portion defines a lengthwise gap; and in that the side-of-body joint assembly further comprises a cruciform fitting having a central rib attachment member and first and second t-shaped fitting extensions extending in opposite directions from said central rib attachment member, each fitting extension having a horizontal fitting portion and a stringer attachment portion extending up from said horizontal fitting portion; wherein said stringer attachment portions of said first and second t-shaped fitting extensions are inserted into said lengthwise gap of said first and second t-shaped stringers, respectively. first and second t-shaped stringers, each having a vertical portion, characterized in that said vertical portion defines a lengthwise gap; and in that the side-of-body joint assembly further comprises a cruciform fitting having a central rib attachment member and first and second t-shaped fitting extensions extending in opposite directions from said central rib attachment member, each fitting extension having a horizontal fitting portion and a stringer attachment portion extending up from said horizontal fitting portion;
Method for injection moulding of thermoplastic pole parts, with the use of a mould in which at least one vacuum interrupter and contact terminals are fixed during the moulding procees, and with at least one injection opening for injection of thermoplastic material into the mould, characterized in that the mould is applied with multiple injection openings or gates (1,2), or film-injection gates at least along its long axis, for injection of hot thermoplastic material, and that the injection gates (1,2) can be steered or operated and are located in such a way, that they inject thermoplastic material with a defined time dependent injection pattern, that the injection openings are applied with shutters, by which the flux of injected hot thermoplastic material can independently be steered for each injection opening, and that additionally the contact terminals are positioned into the mould as inlays and injection gates (1,2) are located in such, that they are positioned near to that inlays and in that way, that a force Fi is caused by injected material in that way and in that direction, that the inlays will be pushed into their predetermined end positions.
An apparatus comprising: a first circuitry block comprising a streaming interface, wherein the streaming interface is configured to map a load/store protocol between the first circuitry block and a second circuitry block, wherein the streaming interface comprises: a header channel configured to send headers of packets of the load/store protocol, wherein the header channel comprises first lanes configured to carry the headers, second lanes configured to carry a first valid signal associated with the header channel, and third lanes configured to carry credit return information for the header channel; and a data channel configured to send request data of the packets, wherein the data channel comprises fourth lanes configured to carry the request data, fifth lanes configured to carry a second valid signal associated with the data channel, and sixth lanes configured to carry credit return information for the data channel, wherein the headers of the packets are sent in the first lanes in a single clock cycle. a header channel configured to send headers of packets of the load/store protocol, wherein the header channel comprises first lanes configured to carry the headers, second lanes configured to carry a first valid signal associated with the header channel, and third lanes configured to carry credit return information for the header channel; and a data channel configured to send request data of the packets, wherein the data channel comprises fourth lanes configured to carry the request data, fifth lanes configured to carry a second valid signal associated with the data channel, and sixth lanes configured to carry credit return information for the data channel, wherein the headers of the packets are sent in the first lanes in a single clock cycle.