mhurhangee/ep-ind-claims huggingface dataset:
A dual resonator filter comprising a dielectric film printed on a non-conductive or insulating substrate and a metallic microstrip line coupled to said substrate, the dielectric film is a low sintering temperature TiTe 3 O 8 film; wherein - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; wherein the TiTe 3 O 8 film is a dual circular layer. the dielectric film is a low sintering temperature TiTe 3 O 8 film; wherein - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; - the non-conductive or insulating substrate is selected from alumina, AIN, or SiC, preferably alumina; and wherein - the metallic microstrip line coupled to said substrate is made of copper, gold or platinum, preferably copper; wherein the TiTe 3 O 8 film is a dual circular layer.
Electric motor comprising a stator, which is fitted with a rotating-field winding, and comprising a permanent-magnet rotor, which is mounted such that it can rotate in relation to the stator, and also comprising a converter electronics system with a printed circuit board on which a number of contact elements (31, 41), which are designed as clamping contacts or insulation-displacement contacts, for insulation-free or enamel-insulated connection contacts (33, 35) of at least one component (32, 34) of the converter electronics system and/or for enamel-insulated winding ends of the rotating-field winding are mounted, - wherein a pair of busbars with a number of clamping contacts is provided, which number of clamping contacts corresponds to the number of insulation-free connection contacts of at least one charging capacitor, and - wherein the printed circuit board has a number of insertion slots and/or insertion holes in which the pair of busbars is seated by way of corresponding insertion points, characterized - in that a number of recesses which run parallel in relation to the busbars (36a, 36b) are made in the printed circuit board between the insertion slots or insertion holes which are associated with the two busbars (36a, 36b) of the pair of busbars, and - in that a number of recesses, which corresponds to the number of storage capacitors, are made in one of the two busbars of the pair of busbars, the respective connection contact of the charging capacitors, with which connection contact clamping contact is made by the other busbar, being guided by means of the said recesses through the recess in such a way that the said connection contact does not touch the said one of the two busbars. - wherein a pair of busbars with a number of clamping contacts is provided, which number of clamping contacts corresponds to the number of insulation-free connection contacts of at least one charging capacitor, and - wherein the printed circuit board has a number of insertion slots and/or insertion holes in which the pair of busbars is seated by way of corresponding insertion points, - in that a number of recesses which run parallel in relation to the busbars (36a, 36b) are made in the printed circuit board between the insertion slots or insertion holes which are associated with the two busbars (36a, 36b) of the pair of busbars, and - in that a number of recesses, which corresponds to the number of storage capacitors, are made in one of the two busbars of the pair of busbars, the respective connection contact of the charging capacitors, with which connection contact clamping contact is made by the other busbar, being guided by means of the said recesses through the recess in such a way that the said connection contact does not touch the said one of the two busbars.
A method for reducing deposits related to a reduction agent in a portion of an exhaust aftertreatment system of an internal combustion engine, said exhaust aftertreatment system comprising an injector for injecting the reduction agent into said exhaust aftertreatment system, and said portion of said exhaust aftertreatment system being located downstream of said injector, as seen in an intended direction of flow of exhaust gas in said exhaust aftertreatment system, said method comprising the steps of: a) identifying a future operating sequence for said internal combustion engine, said future operating sequence comprising a first temporal portion (t 1) and a second temporal portion (t 2), said second temporal portion (t 2) being subsequent to said first temporal portion (t 1), b) performing a confirmation procedure comprising: ∘ confirming that said future operating sequence is suitable for reducing said deposits and ∘ confirming that said internal combustion engine operates in accordance with said precedingly identified future operating sequence, c) in response to said confirmation procedure being affirmative, executing a deposit removal dosage procedure comprising controlling said injector such that a first dosage (d 1) of reduction agent is injected into said exhaust aftertreatment system during at least a part of said first temporal portion (t 1) and that a second dosage (d 2) of reduction agent is injected into said exhaust aftertreatment system during at least a part of said second temporal portion (t 2) said second dosage (d 2) being smaller than said first dosage (d 1). a) identifying a future operating sequence for said internal combustion engine, said future operating sequence comprising a first temporal portion (t 1) and a second temporal portion (t 2), said second temporal portion (t 2) being subsequent to said first temporal portion (t 1), b) performing a confirmation procedure comprising: ∘ confirming that said future operating sequence is suitable for reducing said deposits and ∘ confirming that said internal combustion engine operates in accordance with said precedingly identified future operating sequence, ∘ confirming that said future operating sequence is suitable for reducing said deposits and ∘ confirming that said internal combustion engine operates in accordance with said precedingly identified future operating sequence, c) in response to said confirmation procedure being affirmative, executing a deposit removal dosage procedure comprising controlling said injector such that a first dosage (d 1) of reduction agent is injected into said exhaust aftertreatment system during at least a part of said first temporal portion (t 1) and that a second dosage (d 2) of reduction agent is injected into said exhaust aftertreatment system during at least a part of said second temporal portion (t 2) said second dosage (d 2) being smaller than said first dosage (d 1).
Lock switch module for a door-lock for appliances, comprising: - a printed circuit board including an insulating support, a plurality of conductive tracks applied to the insulating support, an electrical connector borne by said insulating support and having a plurality of terminals connected electrically to respective conductive tracks, and a door-lock switch borne by said insulating support and electrically connected between two of said conductive tracks, - a locking pin movable between a retracted position and an extracted position and cooperating with said door-lock switch to change the state of the door-lock switch following the position change between said retracted position and said extracted position, and vice versa, - a low voltage electric motor having a rotating output shaft and connected electrically to at least two conductive tracks of said printed circuit board, and - a transmission mechanism operatively positioned between the output shaft of the electric motor and the locking pin to drive, following the actuation of the electric motor, the movement of the locking pin between said retracted position and an extracted position, and vice versa, wherein said transmission mechanism comprises a cam member (86, 98) having at least a cam (90, 92; 102) cooperating with a protrusion of said locking pin, said cam member (86, 98) being connected to the output shaft of said electric motor through a geared speed reducer (76, 78, 82, 84). - a printed circuit board including an insulating support, a plurality of conductive tracks applied to the insulating support, an electrical connector borne by said insulating support and having a plurality of terminals connected electrically to respective conductive tracks, and a door-lock switch borne by said insulating support and electrically connected between two of said conductive tracks, - a locking pin movable between a retracted position and an extracted position and cooperating with said door-lock switch to change the state of the door-lock switch following the position change between said retracted position and said extracted position, and vice versa, - a low voltage electric motor having a rotating output shaft and connected electrically to at least two conductive tracks of said printed circuit board, and - a transmission mechanism operatively positioned between the output shaft of the electric motor and the locking pin to drive, following the actuation of the electric motor, the movement of the locking pin between said retracted position and an extracted position, and vice versa,
A heat exchanger comprising: a plurality of refrigerant tubes which respectively extend in a first direction, and are spaced apart from each other in a second direction; and a fin array coupleable to the plurality of refrigerant tubes, wherein the fin array comprises: a plurality of heat exchange fins disposed to contact the plurality of refrigerant tubes; a plurality of folding parts which connects the plurality of heat exchange fins in the first direction; an insertion groove in which at least two of the refrigerant tubes among the plurality of refrigerant tubes arranged in a third direction are insertable; and at least one bead disposed adjacent to each of the plurality of folding parts so that the plurality of folding parts are bent in a predetermined shape, and the at least one bead is formed to protrude in the first direction so as to reinforce the strength of each of the plurality of folding parts. a plurality of refrigerant tubes which respectively extend in a first direction, and are spaced apart from each other in a second direction; and a fin array coupleable to the plurality of refrigerant tubes, wherein the fin array comprises: a plurality of heat exchange fins disposed to contact the plurality of refrigerant tubes; a plurality of folding parts which connects the plurality of heat exchange fins in the first direction; an insertion groove in which at least two of the refrigerant tubes among the plurality of refrigerant tubes arranged in a third direction are insertable; and at least one bead disposed adjacent to each of the plurality of folding parts so that the plurality of folding parts are bent in a predetermined shape, and the at least one bead is formed to protrude in the first direction so as to reinforce the strength of each of the plurality of folding parts. a plurality of heat exchange fins disposed to contact the plurality of refrigerant tubes; a plurality of folding parts which connects the plurality of heat exchange fins in the first direction; an insertion groove in which at least two of the refrigerant tubes among the plurality of refrigerant tubes arranged in a third direction are insertable; and at least one bead disposed adjacent to each of the plurality of folding parts so that the plurality of folding parts are bent in a predetermined shape, and the at least one bead is formed to protrude in the first direction so as to reinforce the strength of each of the plurality of folding parts.
Method of detecting analyte, the method comprising: providing an oil composition comprising oil and an aqueous microdroplet comprising said analyte, said oil composition comprising surfactant to stabilise said aqueous microdroplet in said oil composition; directly injecting said oil composition comprising said oil and said aqueous microdroplet comprising said analyte into a mass spectrometer; and performing ionisation mass spectrometry analysis of said oil composition; characterized by that said surfactant comprises small molecules and wherein the surfactant has a molecular weight of less than 800 g/mol. providing an oil composition comprising oil and an aqueous microdroplet comprising said analyte, said oil composition comprising surfactant to stabilise said aqueous microdroplet in said oil composition; directly injecting said oil composition comprising said oil and said aqueous microdroplet comprising said analyte into a mass spectrometer; and performing ionisation mass spectrometry analysis of said oil composition; characterized by that said surfactant comprises small molecules and wherein the surfactant has a molecular weight of less than 800 g/mol.
A method for operating a wind turbine system that provides real and reactive power to a grid, the wind turbine system including a generator with a power converter and an integrated reactive power compensation device, the method comprising: receiving a total reactive power demand Qcmd made on the wind turbine system at a first grid state; allocating Qcmd to a generator reactive power Qg and to a compensation device reactive power Qmvb; determining a first reactive power droop scheme that comprises a reactive power droop applied to a control loop for one or both of Qg and Qmvb at the first grid state; upon detection of a grid fault, changing the first reactive power droop scheme to a second reactive power droop scheme by changing the reactive power droop value applied to one or both of Qg and Qmvb control loops during recovery from the grid fault. receiving a total reactive power demand Qcmd made on the wind turbine system at a first grid state; allocating Qcmd to a generator reactive power Qg and to a compensation device reactive power Qmvb; determining a first reactive power droop scheme that comprises a reactive power droop applied to a control loop for one or both of Qg and Qmvb at the first grid state; upon detection of a grid fault, changing the first reactive power droop scheme to a second reactive power droop scheme by changing the reactive power droop value applied to one or both of Qg and Qmvb control loops during recovery from the grid fault.
Lock for a door or a window comprising a housing, a bolt arranged therein, which can be pushed out at the face-plate side, and a lock mechanism in operative connection with the bolt, which is, for example, operable by a lock cylinder via a cam, the bolt including a locking plate displaceable substantially normal to the face-plate, able to be coupled to the lock mechanism, at which locking plate, at the face-plate side end therof, two pawls are rotatably supported, and wherein the pawls include hook-shaped recesses facing each other at their free ends which in locking position with the closed door and window, respectively, encompass a bolt arranged in a closing piece, characterized in that the pawls each include guide pins guided in corresponding gates arranged in the housing which serve for the displacement of the pawls from a retracted position to a locking position, and in that the pawls are formed as a two-arm lever around their pivot, wherein the hook-shaped recesses are disposed on one lever arm and the guide pins are disposed on the other lever arm, respectively.
A method for determining the bulk density of loose jointing materials of a flooring by means of a device for determining the bulk density of loose jointing materials of a flooring, wherein the device comprises - a penetration element for penetrating into the jointing material, - a force application devices and - a measurement device, wherein the force application device is designed in such a way that a force impact with a predetermined force in a predetermined direction can be applied to the penetration element, and wherein the measurement device is configured to measure a distance by which the penetration element has moved due to a force impact that has been applied to the penetration element by means of the force application device, wherein the method features the following steps: a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device. - a penetration element for penetrating into the jointing material, - a force application devices and - a measurement device, wherein the force application device is designed in such a way that a force impact with a predetermined force in a predetermined direction can be applied to the penetration element, and wherein the measurement device is configured to measure a distance by which the penetration element has moved due to a force impact that has been applied to the penetration element by means of the force application device, wherein the method features the following steps: a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device. a) positioning the device over a joint of the flooring in which the bulk density of the jointing material contained in the joint is to be determined, b) placing the penetration element on the joint, c) applying several force impacts onto the penetration element by means of the force application device, and d) determining the distance by which the penetration element has moved due to each force impact using the measurement device.
An electromagnetic flowmeter for measuring the flow of a medium through a measuring tube, comprising: - first and second metallic measuring electrodes (16,18) arranged on opposite sides of said measuring tube and in contact with said medium, wherein rate of flow of said medium in said measuring tube is measurable by measuring output signals (30,31) from said measuring electrodes (16,18) representative of a potential difference between said measuring electrodes (16,18) induced by the flow of said medium in said measuring tube in the presence of a magnetic field, being characterized in that said flowmeter further comprises - a current source (22,24) for passing a constant direct current to each of said metallic measuring electrodes (16,18), the constant direct current passed to each metallic measuring electrode (16,18) being adapted to lower the electrode potential of the respective measuring electrode (16,18) with respect to said medium below a threshold value to render that metallic measuring electrode (16,18) immune to corrosion with respect to said medium while not interfering with the flow signal from the measuring electrodes (16, 18). - first and second metallic measuring electrodes (16,18) arranged on opposite sides of said measuring tube and in contact with said medium, wherein rate of flow of said medium in said measuring tube is measurable by measuring output signals (30,31) from said measuring electrodes (16,18) representative of a potential difference between said measuring electrodes (16,18) induced by the flow of said medium in said measuring tube in the presence of a magnetic field, being characterized in that said flowmeter further comprises - a current source (22,24) for passing a constant direct current to each of said metallic measuring electrodes (16,18), the constant direct current passed to each metallic measuring electrode (16,18) being adapted to lower the electrode potential of the respective measuring electrode (16,18) with respect to said medium below a threshold value to render that metallic measuring electrode (16,18) immune to corrosion with respect to said medium while not interfering with the flow signal from the measuring electrodes (16, 18).
A mine detecting air cushion vehicle comprising an arm mechanism and a detector, which is integrated to the arm mechanism and which scans the underground by an orbital movement; whereby the mine detecting vehicle comprises at least one data recording element that delivers the position information of the mines, which are detected by the detector, provided by a positioning system to a display element, the mine detecting vehicle furthermore comprises a control circuit, at least a lateral thrust fan assembly and at least one sensor to provide signals to the control unit to activate the lateral thrust fan assembly.
Apparatus for cleaning cup-like containers of spray guns, spray guns and parts thereof, wherein the latter is designed such that when undergoing a cleaning process by means of at least one process allocation device cleaning fluid contaminated variously with substances to be removed is assigned in sequence to different collecting vessels (2, 2'), characterised in that the sequence allocation device is part of a first pneumatic device, wherein the latter comprises a rotary device for rotating a receiving device for receiving the cup-like containers of spray guns, spray guns and parts thereof to be cleaned, wherein the pneumatic operation of the rotary device is performed by the first pneumatic device.
A process for applying an additive composition to a surface of a substrate comprising: applying an additive composition to a surface of a first roll; transferring the additive composition from the surface of the first roll to a surface of a second roll, the surface of the second roll comprising a compressible material defining a pattern of raised elements (90, 100), each of the raised elements having a surface in which at least one dimension of the surface is less than 500 microns, the raised elements being spaced apart a distance of less than 500 microns measured from a center of one element to a center of an adjacent element; and applying the additive composition from the surface of the second roll to a surface of a planar substrate, the planar substrate containing pulp fibers, the additive composition containing a polymeric material and having a viscosity of at least 500 cps, the additive composition covering at least 20% of the surface area of the surface of the planar substrate, the planar substrate moving at a speed of at least 2.54 m/s (500 ft/min) during application of the additive composition. applying an additive composition to a surface of a first roll; transferring the additive composition from the surface of the first roll to a surface of a second roll, the surface of the second roll comprising a compressible material defining a pattern of raised elements (90, 100), each of the raised elements having a surface in which at least one dimension of the surface is less than 500 microns, the raised elements being spaced apart a distance of less than 500 microns measured from a center of one element to a center of an adjacent element; and applying the additive composition from the surface of the second roll to a surface of a planar substrate, the planar substrate containing pulp fibers, the additive composition containing a polymeric material and having a viscosity of at least 500 cps, the additive composition covering at least 20% of the surface area of the surface of the planar substrate, the planar substrate moving at a speed of at least 2.54 m/s (500 ft/min) during application of the additive composition.
Use of a polyamide chain-extending compound as an agent for stabilizing the polyamide toward heat, light and/or bad weather, characterized in that the composition comprising at least the polyamide and the polyamide chain-extending compound has a retention of the tensile breaking stress of greater than or equal to 50 %, measured according to standard ISO 527/1A on specimens 4 mm thick after an aging test in air at 210°C for 1000 hours, in comparison with the same composition before the aging test.