mhurhangee/ep-ind-claims huggingface dataset:
A message parsing method, wherein the method comprises: receiving an extensible markup language, XML message; in a process of receiving the XML message, capturing, from the XML message if it is detected that a target identifier exists in the XML message, an independent message block corresponding to the target identifier; wherein the independent message block is an independent message block that can be independently parsed; parsing, through a document object model, DOM, the independent message block; parsing, through a simple API for XML, SAX, a message block of a node whose target identifier does not exist in the XML message. receiving an extensible markup language, XML message; in a process of receiving the XML message, capturing, from the XML message if it is detected that a target identifier exists in the XML message, an independent message block corresponding to the target identifier; wherein the independent message block is an independent message block that can be independently parsed; parsing, through a document object model, DOM, the independent message block; parsing, through a simple API for XML, SAX, a message block of a node whose target identifier does not exist in the XML message.
A drive system for an onshore wind power installation, composed of a rotatable tower having a rotor mounted at a hub height and a drive and generator platform disposed at the foot of the tower, wherein a flat belt enabling a reliable operation with good efficiency and a long service life is provided for transmitting the rotor torque, wherein - as a transmission element in one or multiple parts, a flat belt which is connected by loops, and by way of a large belt pulley at the hub height, and by way of guide rollers on the path to the small belt pulley on the drive/generator platform, transmits and feeds the rotor torque singularly or while bifurcating through the drivetrain; - the flat belt, by way of incorporated steel wire ropes is available as a high-tensile flat belt also in double the length of the spacing of the upper belt pulley from the lower belt pulley; - the high-tensile flat belt by way of wire rope combinations and connections, while interacting with the material of the vulcanization, is suitable for forming a loop at any arbitrary location in the flat belt as well as at every location in the belt arrangement in the rotatable tower; - in addition to the permanent pre-tensioning of the flat belt from the floating dead weight of the drive/generator platform, an optimal position of the pre-tensioning weights by means of CMS is provided for the fine adjustment to the currently prevailing wind conditions; and - automatic monitoring for permanently checking the integrity of the flat belts is provided, said automatic monitoring performing the immediate controlled shut-down of the drive system in the event of damage. - as a transmission element in one or multiple parts, a flat belt which is connected by loops, and by way of a large belt pulley at the hub height, and by way of guide rollers on the path to the small belt pulley on the drive/generator platform, transmits and feeds the rotor torque singularly or while bifurcating through the drivetrain; - the flat belt, by way of incorporated steel wire ropes is available as a high-tensile flat belt also in double the length of the spacing of the upper belt pulley from the lower belt pulley; - the high-tensile flat belt by way of wire rope combinations and connections, while interacting with the material of the vulcanization, is suitable for forming a loop at any arbitrary location in the flat belt as well as at every location in the belt arrangement in the rotatable tower; - in addition to the permanent pre-tensioning of the flat belt from the floating dead weight of the drive/generator platform, an optimal position of the pre-tensioning weights by means of CMS is provided for the fine adjustment to the currently prevailing wind conditions; and - automatic monitoring for permanently checking the integrity of the flat belts is provided, said automatic monitoring performing the immediate controlled shut-down of the drive system in the event of damage.
A pharmaceutical composition of a polyethylene glycol-modified camptothecin derivative obtainable by a preparation process, prepared by the following components: a polyethylene glycol-modified camptothecin derivative, pH adjuster and water for injection, the pharmaceutical composition comprises 100 to 500 mg of the polyethylene glycol-modified camptothecin derivative, wherein in the preparation process, the pH value of aqueous solution for injection comprising the polyethylene glycol-modified camptothecin derivative is adjusted to the range of 3.0 to 4.0 by the pH adjuster, and then a lyophilized preparation is prepared in accordance with a freeze-drying procedure, wherein: the polyethylene glycol-modified camptothecin derivative has the structure of general formula: wherein: PEG represents a polyethylene glycol residue, PEG has a molecular weight of 300 to 60,000 Daltons; A 1 and A 2 represent the same or different amino acid residues; m is an integer of 2 to 12; n is an integer of 0 to 6; and CPT is a camptothecin derivative residue, and the camptothecin derivative is selected from the group consisting of: 10-hydroxycamptothecin, 7-ethyl-10-hydroxycamptothecin, 9-nitrocamptothecin, 9-aminocamptothecin, irinotecan, topotecan, belotecan, exatecan, lurtotecan, diflutamide, diflomotecan, gimatecan or karenitecin. PEG represents a polyethylene glycol residue, PEG has a molecular weight of 300 to 60,000 Daltons; A 1 and A 2 represent the same or different amino acid residues; m is an integer of 2 to 12; n is an integer of 0 to 6; and CPT is a camptothecin derivative residue, and the camptothecin derivative is selected from the group consisting of: 10-hydroxycamptothecin, 7-ethyl-10-hydroxycamptothecin, 9-nitrocamptothecin, 9-aminocamptothecin, irinotecan, topotecan, belotecan, exatecan, lurtotecan, diflutamide, diflomotecan, gimatecan or karenitecin.
A method of monitoring and controlling a condition of a heating element in a wind turbine blade and the wind turbine blade, comprising: measuring a voltage applied to the heating element; measuring a current flowing through the heating element; calculating a resistance of the heating element using the measured voltage and measured current; determining whether an event corresponding to a failure of the wind turbine blade or the heating element in the wind turbine blade has occurred based on the calculated resistance of the heating element; and adjusting control of the heating element when the event occurs. measuring a voltage applied to the heating element; measuring a current flowing through the heating element; calculating a resistance of the heating element using the measured voltage and measured current; determining whether an event corresponding to a failure of the wind turbine blade or the heating element in the wind turbine blade has occurred based on the calculated resistance of the heating element; and adjusting control of the heating element when the event occurs.
An implantable medical device for determining noise in a cardiac signal, comprising: a plurality of electrodes (17, 20, 21, 23, 24, 26) configured to sense the cardiac signal; and a processor configured to determine a sensing window associated with at least one cardiac event in the sensed cardiac signal, the sensing window comprising a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, identify a noise event within the sensing window based at least on the analysis of amplitudes of the second derivative signal; and characterized in that the processor is further configured to determine positive going and negative going zero crossings in the first derivative signal within the first portion of the sensing window, determine amplitudes of the second derivative signal at the positive going and negative going zero crossings, determine a maximum amplitude of the determined amplitudes at the positive going zero crossings, determine a minimum amplitude of the determined amplitudes at the negative going zero crossings, and identifying the noise event within the sensing window based on at least one of the maximum amplitude and the minimum amplitude. a plurality of electrodes (17, 20, 21, 23, 24, 26) configured to sense the cardiac signal; and a processor configured to determine a sensing window associated with at least one cardiac event in the sensed cardiac signal, the sensing window comprising a first portion and a second portion, determine a first derivative signal of the cardiac signal within the sensing window, determine a second derivative signal of the cardiac signal within the sensing window, identify a noise event within the sensing window based at least on the analysis of amplitudes of the second derivative signal; and characterized in that the processor is further configured to determine positive going and negative going zero crossings in the first derivative signal within the first portion of the sensing window, determine amplitudes of the second derivative signal at the positive going and negative going zero crossings, determine a maximum amplitude of the determined amplitudes at the positive going zero crossings, determine a minimum amplitude of the determined amplitudes at the negative going zero crossings, and identifying the noise event within the sensing window based on at least one of the maximum amplitude and the minimum amplitude.
A work vehicle, comprising: - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves, the controllers being user-manipulated controllers to command the control valve, - a terminal comprising a display screen displaying graphics associated with said valves, the work vehicle being characterized in that it further comprises a setting button configured to selectively modify the connection between the control valves and the controllers so as to connect two or more of the control valves to the same controller, and modifying graphics based on changes of the connection. - a plurality of control valves configured to selectively convey hydraulic fluid to a hydraulic machine, - a plurality of controllers connected to said control valves, the controllers being user-manipulated controllers to command the control valve, - a terminal comprising a display screen displaying graphics associated with said valves, the work vehicle being characterized in that it further comprises a setting button configured to selectively modify the connection between the control valves and the controllers so as to connect two or more of the control valves to the same controller, and modifying graphics based on changes of the connection.
A battery assembly characterized by having a cell unit with a plurality of unit cells each comprising a positive electrode tab and a negative electrode tab extending from a same side of a respective unit cell for flowing electric current, a bus bar for electrically connecting the unit cells to each other by connecting the respective positive electrode tabs and negative electrode tabs, wherein connected portions of the positive electrode tabs and the negative electrode tabs are arranged in the longitudinal direction of the bus bar, and a bus bar extension portion extended from the bus bar transversely to a longitudinal axis of the bus bar at an end portion of the bus bar in the longitudinal direction, wherein the bus bar extension portion is disposed outside of an area between the adjacent positive and negative electrode tabs and provided with a temperature sensing element that detects a temperature of the cell unit, the bus bar extension portion provided with an output terminal (60, 70, 80) at a distal end.
Alphorn with an alphorn pipe of wood or plastic, an additional material being disposed outside the alphorn pipe, and the additional material comprising a different material than - the material of the alphorn pipe. - the shoot of a rattan palm and - a protective paint or lacquer, characterized in that the additional material surrounds substantially the entire circumference of at least one pipe section of the alphorn pipe and is attached directly on the outer circumference of the alphorn pipe and/or a rattan or peddig cane is attached on the alphorn pipe and the additional material is attached on the outer circumference of the rattan or peddig cane, so that the additional material produces an influence on the tone production and/or on the sound character of the alphorn in order to bring about in such a manner a change in its acoustic pattern. - the material of the alphorn pipe. - the shoot of a rattan palm and - a protective paint or lacquer,
A process for preparing crystalline 9-hydroxy-3-(2-hydroxyethyl)-2-methyl-4 H -pyrido[1,2-a]pyrimidin-4-one substantially free of 2-acetylbutyrolactone comprising the steps of a) reacting 2-amino-3-hydroxypyridine with a slight excess of 2-acetyl-butyrolactone in chlorobenzene in the presence of a catalytic amount of an acid at reflux temperature while azeotropically removing the water formed during the reaction; b) working up the reaction mixture; c) allowing 9-hydroxy-3-(2-hydroxyethyl)-2-methyl-4 H -pyrido[1,2-a]-pyrimidin-4-one to crystallize while cooling; d) collecting and washing the crystals with chlorobenzene and drying in vacuo, yielding 9-hydroxy-3-(2-hydroxyethyl)-2-methyl-4H-pyrido[1,2-a]-pyrimidin-4-one; containing less than 0.3 % residual 2-acetylbutyrolactone. a) reacting 2-amino-3-hydroxypyridine with a slight excess of 2-acetyl-butyrolactone in chlorobenzene in the presence of a catalytic amount of an acid at reflux temperature while azeotropically removing the water formed during the reaction; b) working up the reaction mixture; c) allowing 9-hydroxy-3-(2-hydroxyethyl)-2-methyl-4 H -pyrido[1,2-a]-pyrimidin-4-one to crystallize while cooling; d) collecting and washing the crystals with chlorobenzene and drying in vacuo, yielding 9-hydroxy-3-(2-hydroxyethyl)-2-methyl-4H-pyrido[1,2-a]-pyrimidin-4-one; containing less than 0.3 % residual 2-acetylbutyrolactone.
A manufacturing line for a semiconductor device, comprising: a conveyance route on which a plurality of treatment devices are arranged, wherein a workpiece is circulated along the conveyance route on which the plurality of the treatment devices are arranged, characterized in that the conveyance route includes a first route on which a first plurality of the treatment devices (20c,20d,20e,20k) that subject the workpiece to predetermined treatments are arranged, and a second route on which a second plurality of the treatment devices (20a,20b,20f to 20j,20l,20m) are arranged, the number of times of treatment of the treatment devices that are arranged on the second route being larger than the number of times of treatment of the treatment devices that are arranged on the first route, and the conveyance route is configured for making a changeover between conveyance of the workpiece that has moved along the second route to the second route in a continuous manner and conveyance of the workpiece that has moved along the second route to the first route. a conveyance route on which a plurality of treatment devices are arranged, wherein a workpiece is circulated along the conveyance route on which the plurality of the treatment devices are arranged, characterized in that the conveyance route includes a first route on which a first plurality of the treatment devices (20c,20d,20e,20k) that subject the workpiece to predetermined treatments are arranged, and a second route on which a second plurality of the treatment devices (20a,20b,20f to 20j,20l,20m) are arranged, the number of times of treatment of the treatment devices that are arranged on the second route being larger than the number of times of treatment of the treatment devices that are arranged on the first route, and the conveyance route is configured for making a changeover between conveyance of the workpiece that has moved along the second route to the second route in a continuous manner and conveyance of the workpiece that has moved along the second route to the first route.
A drum brake, in particular for commercial vehicles, comprising a brake drum with an attaching region for arranging the brake drum on a vehicle part, such as a wheel hub, and a shell region with a first contact face, and a friction lining with a second contact face which faces toward the shell region, the first and second contact face (12, 14) being curved along or in a radial plane, wherein the friction lining and the shell region are displaceable axially with respect to one another, in such a way that the movement has at least one component in axial direction, characterized in that, the curvature radii (r 1, r 2) of the first and second contact faces (12, 14) along the radial plane being greater than along the pivoting plane
A semiconductor package (500a, 500b), comprising: a base (200, 200a) having a device-attach surface; a radio-frequency device embedded in the base, close to the device-attach surface; a first conductive trace embedded in the base, a top surface of the first conductive trace being aligned to the device-attach surface; and a second conductive trace disposed on a solder-ball-attach surface of the base, wherein the solder-ball-attach surface is opposite to the device-attach surface; and a solder-ball structure disposed on the second conductive trace; a semiconductor device mounted on the first conductive trace via a first conductive structure; a second conductive structure over the RF device electrically connecting the RF device to the semiconductor device at the device-attach surface, wherein the second conductive structure comprises a solder cap in contact with the RF device, wherein the RF device has a top surface aligned to the device-attach surface of the base (200, 200a). a base (200, 200a) having a device-attach surface; a radio-frequency device embedded in the base, close to the device-attach surface; a first conductive trace embedded in the base, a top surface of the first conductive trace being aligned to the device-attach surface; and a second conductive trace disposed on a solder-ball-attach surface of the base, wherein the solder-ball-attach surface is opposite to the device-attach surface; and a solder-ball structure disposed on the second conductive trace; a semiconductor device mounted on the first conductive trace via a first conductive structure; a second conductive structure over the RF device electrically connecting the RF device to the semiconductor device at the device-attach surface, wherein the second conductive structure comprises a solder cap in contact with the RF device, wherein the RF device has a top surface aligned to the device-attach surface of the base (200, 200a).
An optoelectronic component comprising - a carrier, - a metallic mirror layer, which is arranged on the carrier, - a first passivation layer, which is arranged on a region of the metallic mirror layer, - a semiconductor layer for producing a zone active during electrical operation, which is arranged on the first passivation layer, - a second passivation layer comprising two regions, wherein the first region is arranged on the upper side of the semiconductor layer, and the second region is arranged on the metallic mirror layer and is free of the semiconductor layer, wherein the first region and the second region of the second passivation layer are separated from one another by a region which surrounds the first passivation layer and is free of the second passivation layer. - a carrier, - a metallic mirror layer, which is arranged on the carrier, - a first passivation layer, which is arranged on a region of the metallic mirror layer, - a semiconductor layer for producing a zone active during electrical operation, which is arranged on the first passivation layer, - a second passivation layer comprising two regions, wherein the first region is arranged on the upper side of the semiconductor layer, and the second region is arranged on the metallic mirror layer and is free of the semiconductor layer,
An article comprising: a food or beverage container, or a portion thereof, having a metal substrate; and a coating composition applied on at least a portion of a major surface of the metal substrate, wherein the coating composition includes: a copolyester resin having a glass transition temperature from 10°C to 50°C and including alternating hard and soft segments, wherein the copolyester resin is a reaction product of ingredients including: a polyester oligomer or polymer having a glass transition temperature from 10°C to 100°C, wherein the hard segments are provided by the polyester oligomer or polymer; and a diacid or diacid equivalent, wherein the soft segments are provided by the diacid or diacid equivalent; a crosslinker; and a lubricant; wherein the glass transition temperature is measured via differential scanning calorimetry as described in the Test Methods Section. a food or beverage container, or a portion thereof, having a metal substrate; and a coating composition applied on at least a portion of a major surface of the metal substrate, wherein the coating composition includes: a copolyester resin having a glass transition temperature from 10°C to 50°C and including alternating hard and soft segments, wherein the copolyester resin is a reaction product of ingredients including: a polyester oligomer or polymer having a glass transition temperature from 10°C to 100°C, wherein the hard segments are provided by the polyester oligomer or polymer; and a diacid or diacid equivalent, wherein the soft segments are provided by the diacid or diacid equivalent; a crosslinker; and a lubricant; a copolyester resin having a glass transition temperature from 10°C to 50°C and including alternating hard and soft segments, wherein the copolyester resin is a reaction product of ingredients including: a polyester oligomer or polymer having a glass transition temperature from 10°C to 100°C, wherein the hard segments are provided by the polyester oligomer or polymer; and a diacid or diacid equivalent, wherein the soft segments are provided by the diacid or diacid equivalent; a polyester oligomer or polymer having a glass transition temperature from 10°C to 100°C, wherein the hard segments are provided by the polyester oligomer or polymer; and a diacid or diacid equivalent, wherein the soft segments are provided by the diacid or diacid equivalent; a crosslinker; and a lubricant; wherein the glass transition temperature is measured via differential scanning calorimetry as described in the Test Methods Section.