mhurhangee/ep-ind-claims huggingface dataset:
An elastic laminate comprising a first nonwoven layer, a second nonwoven layer, and a plurality of elastic strands arranged in parallel with one another between said first and second nonwoven layers characterized in that - the elastic strands (412; 4120) are stretched and individually coated with an adhesive, and the first and second nonwoven layers are attached to the stretched elastic strands (412; 4120) to provide a corrugated elastic laminate when the elastic strands (412; 4120) are relaxed, wherein - at least one of the nonwoven layers is attached to the strands (412; 4120) at distinct adhesive bonding points in a repeating predetermined pattern in a lengthwise direction along the strands (412; 4120) to form a predetermined corrugation pattern, and - the nonwoven layers are substantially free of adhesive, except in the adhesive bonding points where the layers are attached to the elastic strands (412; 4120). - the elastic strands (412; 4120) are stretched and individually coated with an adhesive, and the first and second nonwoven layers are attached to the stretched elastic strands (412; 4120) to provide a corrugated elastic laminate when the elastic strands (412; 4120) are relaxed, wherein - at least one of the nonwoven layers is attached to the strands (412; 4120) at distinct adhesive bonding points in a repeating predetermined pattern in a lengthwise direction along the strands (412; 4120) to form a predetermined corrugation pattern, and - the nonwoven layers are substantially free of adhesive, except in the adhesive bonding points where the layers are attached to the elastic strands (412; 4120).
Method for producing a wall for a piece of furniture, characterized by the following steps: - providing two panel-form core halves (41a, 41b), of which at least one has at least one recess extending only along a portion of a side surface of the core half (41a, 41b); - inserting a fitting or a fitting housing into the at least one recess and joining together the two core halves (41a, 41b) to form a composite element which encloses the fitting or the fitting housing, wherein the side surfaces of the two core halves (41a, 41b) rest one upon the other; - applying a narrow-surface coating to at least one end surface of the composite element, said end surface being oriented transversely to the side surface; and - inserting an opening, which reaches up to the fitting or the fitting housing, in a portion of the at least one end surface. - providing two panel-form core halves (41a, 41b), of which at least one has at least one recess extending only along a portion of a side surface of the core half (41a, 41b); - inserting a fitting or a fitting housing into the at least one recess and joining together the two core halves (41a, 41b) to form a composite element which encloses the fitting or the fitting housing, wherein the side surfaces of the two core halves (41a, 41b) rest one upon the other; - applying a narrow-surface coating to at least one end surface of the composite element, said end surface being oriented transversely to the side surface; and - inserting an opening, which reaches up to the fitting or the fitting housing, in a portion of the at least one end surface.
An electric-power conversion system comprising: a charging switch that is connected with an AC power source; an converter circuit (14, 29, 42, 100) connected with the AC power source via the charging switch that inputs an electric current based on an output of the AC power source to the converter circuit (14, 29, 42, 100) when being turned on, and that cuts off an input of the electric current to the converter circuit (14, 29, 42, 100) when being turned off; a smoothing capacitor connected with the converter circuit (14, 29, 42, 100) by way of a rectifying device (20, 41, 23a); an inrush current prevention circuit having an inrush current prevention switch and an inrush current prevention resistor that is connected in series with and downstream of the inrush current prevention switch, wherein the inrush current prevention circuit is connected in parallel with the charging switch; and characterized in that it comprises a discharging switch, one terminal of which is connected between the inrush current prevention switch and the inrush current prevention resistor and the other terminal of which is connected with one terminal of the smoothing capacitor, wherein the discharging switch connects the one terminal of the smoothing capacitor with the front stage of the inrush current prevention resistor when being turned on and disconnects the one terminal of the smoothing capacitor from the front stage of the inrush current prevention resistor when being turned off. a charging switch that is connected with an AC power source; an converter circuit (14, 29, 42, 100) connected with the AC power source via the charging switch that inputs an electric current based on an output of the AC power source to the converter circuit (14, 29, 42, 100) when being turned on, and that cuts off an input of the electric current to the converter circuit (14, 29, 42, 100) when being turned off; a smoothing capacitor connected with the converter circuit (14, 29, 42, 100) by way of a rectifying device (20, 41, 23a); an inrush current prevention circuit having an inrush current prevention switch and an inrush current prevention resistor that is connected in series with and downstream of the inrush current prevention switch, wherein the inrush current prevention circuit is connected in parallel with the charging switch; and characterized in that it comprises a discharging switch, one terminal of which is connected between the inrush current prevention switch and the inrush current prevention resistor and the other terminal of which is connected with one terminal of the smoothing capacitor, wherein the discharging switch connects the one terminal of the smoothing capacitor with the front stage of the inrush current prevention resistor when being turned on and disconnects the one terminal of the smoothing capacitor from the front stage of the inrush current prevention resistor when being turned off.
A vehicle exhaust extraction system for a vehicle having an exhaust opening, comprising a conduit (140,220) and a connector system, said connector system comprising a first flange defining a first opening in a first plane and being sized and configured to be connected to an exhaust pipe of an internal combustion engine, said first flange presenting a first flat surface parallel to the first plane and a first male or female tapered surface extending transversely to the first flat surface characterized in that the connector system comprises a second flange at an end of the conduit (140,220) defining a second opening in a second plane, said second flange presenting a second flat surface parallel to the second plane and a second female or male tapered surface that is complementary to the first tapered surface and extending transversely to the second flat surface, wherein the first or the second flat surface (164,114) is provided with one or more magnets, wherein the second flange is connected to the first flange at the first opening by means of the force exerted by the magnets.
Method for identifying and transporting transport goods (2, 3, 4), which are physically different from one another, in a transport and/or sorting system, in particular automatically sortable passenger luggage in air, rail or cruise traffic, using an electronically readable identification code assigned to a respective item of transport goods (2, 3, 4) and attached to the respective item of luggage (2, 3, 4), wherein, before or during the dropping-off of the transport goods (2, 3, 4) in the transport and/or sorting system, specific physical features of the respective transport goods are detected by means of specific sensors (6, 7, 8) and are stored in a database as electronic feature data records together with the identification code assigned to the respective transport goods, characterised in that in the event of it not being possible to identify an item of transport goods (2, 3, 4) by way of the electronically read identification code, a further feature data record of the unidentifiable transport goods (2, 3, 4) is produced by means of suitable sensors (6, 7, 8) and is compared with the feature data records stored in the database, and - if said further produced feature data record at least sufficiently corresponds with one of the feature data records previously stored in the database, the transport goods (2, 3, 4) is identified and transported using the identification code assigned to the previously stored feature data record. - if said further produced feature data record at least sufficiently corresponds with one of the feature data records previously stored in the database, the transport goods (2, 3, 4) is identified and transported using the identification code assigned to the previously stored feature data record.
A transformer comprising a core, which core comprises a stack of a plurality of plate-shaped core laminations (25, 25a) of a magnetically permeable material which each consist of a first and second sub-part that together enclose at least one opening, wherein the sub-parts (27, 28, 27a, 28a) of each core lamination (25, 25a) bear on each other with first (32, 32a) and second (33, 33a) contact faces that lie on either side of the opening and that both extend obliquely relative to the centerline of the core lamination (25, 25a), wherein the complementary contact faces of adjoining core laminations (25, 25a) lie in different planes characterized in that the contact faces situated on either side of the opening are oriented such that the first and the second sub-part (27, 28, 27a, 28a) are self-centering when being fitted together; the transformer also comprising a Coriolis tube of a Coriolis flowmeter, wherein the Coriolis tube is passed through the at least one opening of the core.
A plasma annealing device comprising a vacuum chamber and a plasma generator, the plasma generator comprising: a gas chamber; a gas intake member configured to introduce a gas into the gas chamber; a cathode and an anode that are configured to apply an electric field to the gas introduced into the gas chamber to ionize the gas into plasma; a cooling water circulation member configured to control a temperature of the plasma generator; and a plasma beam outlet disposed on a top face of the gas chamber; wherein the plasma generator is disposed in the vacuum chamber, characterized by the plasma annealing device further comprising a first electrode plate and a second electrode plate that are disposed on the vacuum chamber and configured to apply an accelerating electric field to the plasma. a gas chamber; a gas intake member configured to introduce a gas into the gas chamber; a cathode and an anode that are configured to apply an electric field to the gas introduced into the gas chamber to ionize the gas into plasma; a cooling water circulation member configured to control a temperature of the plasma generator; and a plasma beam outlet disposed on a top face of the gas chamber; wherein the plasma generator is disposed in the vacuum chamber, characterized by the plasma annealing device further comprising a first electrode plate and a second electrode plate that are disposed on the vacuum chamber and configured to apply an accelerating electric field to the plasma.
A method for separating a positive-pole active substance constituting a lithium ion battery from a positive-electrode substrate, wherein a material resulting from battery dismantling obtained by dismantling the lithium ion battery is stirred using a surfactant solution, whereby the positive-pole active substance is separated from the positive-electrode substrate.
A method to regulate each harmonic of a plurality of harmonics in a system having a periodic disturbance to a commanded value (qdsn CMD) and the system has a rotating load adapted to operate at speeds in a speed range, the method comprising the steps of: for each one of the plurality of harmonics: transforming a feedback signal having at least one harmonic component due to the one of the plurality of harmonics from a source reference frame (qds) to a harmonic reference frame (qde) of the one of the plurality of harmonics to form a qd feedback signal (fqdss FBK); subtracting the qd feedback signal (fqdss FBK) from the commanded value (qdsn CMD) to form a qd signal; regulating the qd signal wherein the step of regulating the qd signal comprises the steps of: regulating the qd signal with a proportional integral regulator at rotational speeds above a predetermined value; characterised in that when the rotational speed goes below the predetermined value, bypassing the PI regulator and keeping the qd signal at q and d values that were at or above the predetermined speed; transforming the regulated qd signal to a destination reference frame to form a compensation signal (qdsdn comp); and adding the compensation signal (qdsdn comp) to a control signal (qds control) to form a qd control signal to drive the one of the plurality of harmonics towards the commanded value (qdsn CMD). transforming a feedback signal having at least one harmonic component due to the one of the plurality of harmonics from a source reference frame (qds) to a harmonic reference frame (qde) of the one of the plurality of harmonics to form a qd feedback signal (fqdss FBK); subtracting the qd feedback signal (fqdss FBK) from the commanded value (qdsn CMD) to form a qd signal; regulating the qd signal wherein the step of regulating the qd signal comprises the steps of: regulating the qd signal with a proportional integral regulator at rotational speeds above a predetermined value; characterised in that when the rotational speed goes below the predetermined value, bypassing the PI regulator and keeping the qd signal at q and d values that were at or above the predetermined speed; transforming the regulated qd signal to a destination reference frame to form a compensation signal (qdsdn comp); and adding the compensation signal (qdsdn comp) to a control signal (qds control) to form a qd control signal to drive the one of the plurality of harmonics towards the commanded value (qdsn CMD). regulating the qd signal with a proportional integral regulator at rotational speeds above a predetermined value; characterised in that when the rotational speed goes below the predetermined value, bypassing the PI regulator and keeping the qd signal at q and d values that were at or above the predetermined speed; transforming the regulated qd signal to a destination reference frame to form a compensation signal (qdsdn comp); and adding the compensation signal (qdsdn comp) to a control signal (qds control) to form a qd control signal to drive the one of the plurality of harmonics towards the commanded value (qdsn CMD).
Optoelectric angle-measuring device for determining at least one angle around at least one axis (A, A1, A2, A3), comprising • a code carrier which surrounds the axis (A, A1, A2, A3) and carries an optically detectable position code (C1, C2, C3), and • at least one scanning device in the form of a light-sensitive line or area, by means of which scanning device the position code (C1, C2, C3) can be detected and a position-dependent scanning signal, which is linked to the angle between the code carrier and the scanning device, can be produced, in particular wherein the scanning device is formed in one piece, characterized in that • the scanning device substantially completely surrounds the code carrier along at least one circumference thereof or the code carrier substantially completely surrounds the scanning device along at least one circumference thereof and • a code carrier which surrounds the axis (A, A1, A2, A3) and carries an optically detectable position code (C1, C2, C3), and • at least one scanning device in the form of a light-sensitive line or area, by means of which scanning device the position code (C1, C2, C3) can be detected and a position-dependent scanning signal, which is linked to the angle between the code carrier and the scanning device, can be produced, in particular wherein the scanning device is formed in one piece, • the scanning device substantially completely surrounds the code carrier along at least one circumference thereof or the code carrier substantially completely surrounds the scanning device along at least one circumference thereof and
A system comprising: a plurality of tube rollers upon which a tubular section is supportable as the tubular section rotates in a rotation direction; and being characterised by following features: a fitting unit including a locating roller and a pusher roller spaced relative to one another to define therebetween a pinch through which a flange is rotatable in the rotation direction; a sensing unit including one or more sensors positioned relative to the pinch to detect a radial offset of the flange and the tubular section moving in the rotation direction; and a controller in communication with the sensing unit and the fitting unit, the controller configured to receive one or more signals indicative of the radial offset, to compare the one or more signals indicative of the radial offset to a target value, and, based at least in part on the comparison, to move the locating roller to adjust the radial offset between the flange and the tubular section moving in the rotation direction, wherein a radial offset refers to a shift in radial position of the flange and the center axis of the tubular section relative to one another, with a zero radial offset corresponding to alignment of the inner diameter of the flange to the inner diameter of the tubular section. a plurality of tube rollers upon which a tubular section is supportable as the tubular section rotates in a rotation direction; and being characterised by following features: a fitting unit including a locating roller and a pusher roller spaced relative to one another to define therebetween a pinch through which a flange is rotatable in the rotation direction; and being characterised by following features: a fitting unit including a locating roller and a pusher roller spaced relative to one another to define therebetween a pinch through which a flange is rotatable in the rotation direction; a sensing unit including one or more sensors positioned relative to the pinch to detect a radial offset of the flange and the tubular section moving in the rotation direction; and a controller in communication with the sensing unit and the fitting unit, the controller configured to receive one or more signals indicative of the radial offset, to compare the one or more signals indicative of the radial offset to a target value, and, based at least in part on the comparison, to move the locating roller to adjust the radial offset between the flange and the tubular section moving in the rotation direction, wherein a radial offset refers to a shift in radial position of the flange and the center axis of the tubular section relative to one another, with a zero radial offset corresponding to alignment of the inner diameter of the flange to the inner diameter of the tubular section.
An ophthalmic pharmaceutical composition comprising pilocarpine or a pharmaceutically acceptable salt thereof at a concentration of 0.01% (w/w or w/v) to 0.4% (w/w or w/v), a pharmaceutically acceptable carrier and a lubricating agent, wherein the lubricating agent is sodium hyaluronate at a concentration of 0.01% (w/w or w/v) to 0.9% (w/w or w/v), and hydroxypropyl methylcellulose at a concentration of 0.1% (w/w or w/v) to 2.0% (w/w or w/v).
A power system, comprising: an engine; a generator mechanically driven by the engine to produce electrical power directed to an external load; a monitoring device (46, 48) configured to monitor a performance of the generator and to generate a signal indicative of the performance; a performance module configured to selectively provide at least one of an alarm and a shutdown command to the engine based on the signal from the monitoring device (46, 48); and a switching device, the switching device being characterized in that that the switching device has at least a first condition and a second condition, wherein: when the first condition of the switching device is active, output from the performance module is overridden; the engine is operated at a reduced speed and load output, and the generator is inhibited from producing electrical power; and when the second condition of the switching device is active, the performance module is allowed to affect operation of the power system, the engine is operated at an elevated speed and load output, and the generator is allowed to produce electrical power directed to the external load. an engine; a generator mechanically driven by the engine to produce electrical power directed to an external load; a monitoring device (46, 48) configured to monitor a performance of the generator and to generate a signal indicative of the performance; a performance module configured to selectively provide at least one of an alarm and a shutdown command to the engine based on the signal from the monitoring device (46, 48); and a switching device, the switching device being characterized in that that the switching device has at least a first condition and a second condition, wherein: when the first condition of the switching device is active, output from the performance module is overridden; the engine is operated at a reduced speed and load output, and the generator is inhibited from producing electrical power; and when the second condition of the switching device is active, the performance module is allowed to affect operation of the power system, the engine is operated at an elevated speed and load output, and the generator is allowed to produce electrical power directed to the external load. when the first condition of the switching device is active, output from the performance module is overridden; the engine is operated at a reduced speed and load output, and the generator is inhibited from producing electrical power; and when the second condition of the switching device is active, the performance module is allowed to affect operation of the power system, the engine is operated at an elevated speed and load output, and the generator is allowed to produce electrical power directed to the external load.