mhurhangee/ep-ind-claims huggingface dataset:
An oral soft capsule formulation comprising: a filling material comprising dutasteride; and a soft capsule film containing succinylated gelatin, a plasticizer, and a cross-linking inhibitor, wherein the succinylated gelatin is comprised in an amount of 60 to 75 wt%, based on the total weight of the soft capsule film. a filling material comprising dutasteride; and a soft capsule film containing succinylated gelatin, a plasticizer, and a cross-linking inhibitor, wherein
A yarn winding machine comprising: a yarn supplying device (6, 7) adapted to supply a yarn; a winding device adapted to forwardly rotate a package and to wind the yarn into the package; a yarn joining device adapted to perform a yarn joining operation to join the yarn from the yarn supplying device (6, 7) and the yarn from the winding device upon disconnection of the yarn; a yarn guiding device (27, 28) adapted to perform a yarn guiding operation to guide the yarn from the yarn supplying device (6, 7) and the yarn from the winding device to the yarn joining device upon disconnection of the yarn; and a control section adapted to control the package to be reversely rotated after a completion of the yarn guiding operation by the yarn guiding device (27, 28) and before a start of the yarn joining operation by the yarn joining device. a yarn supplying device (6, 7) adapted to supply a yarn; a winding device adapted to forwardly rotate a package and to wind the yarn into the package; a yarn joining device adapted to perform a yarn joining operation to join the yarn from the yarn supplying device (6, 7) and the yarn from the winding device upon disconnection of the yarn; a yarn guiding device (27, 28) adapted to perform a yarn guiding operation to guide the yarn from the yarn supplying device (6, 7) and the yarn from the winding device to the yarn joining device upon disconnection of the yarn; and a control section adapted to control the package to be reversely rotated after a completion of the yarn guiding operation by the yarn guiding device (27, 28) and before a start of the yarn joining operation by the yarn joining device.
A charge-transporting varnish comprising a charge-transporting substance, an onium borate salt and an organic solvent, characterized in that the onium borate salt includes an onium borate salt consisting of an anion of formula and a counter cation wherein R is an alkyl group of 1 to 10 carbon atoms, a fluoroalkyl group of 1 to 10 carbon atoms, an aralkyl group of 7 to 10 carbon atoms or a fluoroaralkyl group of 7 to 10 carbon atoms.
Use of a composition comprising at least one source of oxygen free radicals and at least one catalyst of oxygen free radical generation from the at least one source of oxygen free radicals, wherein said at least one source of oxygen free radicals is hydrogen peroxide and said at least one catalyst of oxygen free radical generation from the at least one source of oxygen free radicals is ascorbic acid or a salt thereof, for the in vivo degradation of polysaccharide-containing fillers for cosmetic purposes..
Rail seat for track superstructures, comprising a substantially planar intermediate layer which has an upper side and a lower side, wherein the upper side is designed for arranging a rail and the lower side is designed for arranging on a railway sleeper, wherein at least one arrangement region, on which the rail or the railway sleeper can be arranged, is formed on the upper side and/or on the lower side, wherein the at least one arrangement region is designed as a projection which extends substantially transversely to the intermediate layer, and wherein the rail seat comprises two lateral regions which are formed adjoining the intermediate layer, wherein the intermediate layer and the lateral regions are formed as one part, and wherein the lateral regions have an engagement portion and a fastening portion, wherein the engagement portion is designed for the arrangement of the rail seat on the railway sleeper and extends substantially along a longitudinal direction, which corresponds to a track direction, and wherein the fastening portion is designed directly and/or indirectly for fastening the rail, and wherein the fastening portion comprises a limiting element or a retaining portion (45, 46) which is designed to limit a movement of the rail substantially transversely to a longitudinal direction, wherein the rail seat has at least one cutout which extends substantially along the longitudinal direction and which forms at least one connecting web which extends substantially transversely to the longitudinal direction, wherein the intermediate layer is formed from a first material, and wherein the at least one arrangement region is formed from a second material, and wherein the first material is harder than the second material.
A separation matrix comprising a porous solid support and a plurality of polyvinylpyrrolidone polymer chains covalently attached to said solid support, wherein said polyvinylpyrrolidone polymer chains are vinylpyrrolidone homopolymer chains or copolymer chains comprising at least 70 mol % vinylpyrrolidone monomer residues and less than 2 mol % negatively charged monomer residues, as determined by titration, wherein said porous solid support comprises a polysaccharide selected from the group consisting of agarose, agar, cellulose and dextran, and wherein said separation matrix comprises 0.50-0.80 g polyvinylpyrrolidone polymer per g dried matrix as determined by nitrogen elemental analysis.
A method of protecting a processing system against malware infection, characterized in that the method comprises: during the loading of an operating system, loading a boot time driver installed by an anti-virus application, wherein the boot time driver is installed ahead of a file system; reading a master boot record data by the boot time driver as soon as the operating system is enabled to handle the request for reading the master boot record data, wherein the master boot record data is opened and read before a file system driver becomes available to the operating system; analyzing the collected master boot record data to identify any malicious entities; and in the event that malicious entities are identified, controlling (208, 210) the behavior of the processing system in order to disable the malicious entity. during the loading of an operating system, loading a boot time driver installed by an anti-virus application, wherein the boot time driver is installed ahead of a file system; reading a master boot record data by the boot time driver as soon as the operating system is enabled to handle the request for reading the master boot record data, wherein the master boot record data is opened and read before a file system driver becomes available to the operating system; analyzing the collected master boot record data to identify any malicious entities; and in the event that malicious entities are identified, controlling (208, 210) the behavior of the processing system in order to disable the malicious entity.
An abrasive wire comprising a steel core and a coating comprising a binder and abrasive particles, said binder being formed of at least one iron alloy layer containing, by mass with respect to the binder mass: - from 0 to 3% of oxygen, advantageously from 0 to 2%; and - from 0.3% to 9% of at least one element selected from the group comprising carbon, boron, and phosphorus. - from 0 to 3% of oxygen, advantageously from 0 to 2%; and - from 0.3% to 9% of at least one element selected from the group comprising carbon, boron, and phosphorus.
A ring-shaped piece of jewelry having a metal base which forms a receiving opening, and an RFID transponder, at which data that can be read out are stored and which is connected to an antenna structure, by means of which the signals can be exchanged with a reading device, characterized in that the RFID transponder is part of a transponder array having at least two further RFID transponders, which extend peripherally on a peripheral surface of the metal base body, and the transponder array has a distance (a) of 2 to 6 mm between two adjacent RFID transponders and the RFID transponders are at least partially covered by a non-metallic material, which is formed at least partially by a carbon fiber structure. having a metal base which forms a receiving opening, and an RFID transponder, at which data that can be read out are stored and which is connected to an antenna structure, by means of which the signals can be exchanged with a reading device, characterized in that the RFID transponder is part of a transponder array having at least two further RFID transponders, which extend peripherally on a peripheral surface of the metal base body, and the transponder array has a distance (a) of 2 to 6 mm between two adjacent RFID transponders and the RFID transponders are at least partially covered by a non-metallic material, which is formed at least partially by a carbon fiber structure.
Pallet container for storing and for transporting in particular flammable or combustible liquid contents, having a thin-walled rigid inner container made of thermoplastic material, having a tubular lattice frame which, in the form of a supporting casing, tightly encloses the inner plastic container and is made up of horizontal and vertical tubular bars (16, 18) which are welded to one another, wherein the inner plastic container is possibly enclosed by a fire-protection insulating mat, and having a floor pallet, on which the plastic container rests and to which the tubular lattice frame is solidly connected, wherein the floor pallet is of composite design with an upper carrying panel made of sheet steel, with upper steel tubes (32, 34) running parallel and diagonally directly beneath the carrying panel, with corner feet and midfeet, and with a floor-tube linkage which is made of steel tubing and runs all the way round beneath the corner feet and midfeet, characterized in that at least one midfoot comprises two separate sheet-steel parts, namely an outer midfoot part and an inner midfoot part, which are specifically formed by punching and bending such that, in the definitively installed state, they are fixed between the upper steel tubes (32, 34) and the all-round floor-tube linkage, wherein the two midfoot parts (38, 40), plugged together with a plug-in fit, interengage in a form-fitting manner.
A handle device for a vehicle door in which a vehicle door is provided with an operating handle comprising a handle main body having a housing recess for housing and fixing a board having an electronic component mounted thereon, and a cover member joined to the handle main body so as to cover the housing recess, a tact switch that can switch between switching modes in response to a pressing-in operation of an operating button looking out on an outer surface of the cover member is housed and fixed within the housing recess so as to be electrically connected to printed wiring (33, 34) of the board, and an interior of the housing recess is filled with a potting material, characterized in that the tact switch, which is fixed to one face, facing the cover member side, of the board, is electrically connected to the printed wiring (33, 34), which is disposed at a different site from said one face of the board, a flange portion extending endlessly so as to surround, from the periphery, the tact switch and a site where the tact switch is connected to the printed wiring (33, 34) and abutting against said one face of the board is provided integrally with a switch cover, made of an elastic material, covering the tact switch while being connected to the operating button so as to transmit a pushing force to the tact switch in response to a pushing operation of the operating button, and a hold-down member sandwiching the flange portion between itself and the board and restricting the push-in stroke of the operating button to a predetermined value or below is engaged with the handle main body from the board side.
A method for sequential transport of products along a conveying section using first and second transport elements (1, 2) which can be moved cyclically along and counter to the conveying section on at least one movement path (B1, B2), wherein at least one product is transported between the two transport elements (1, 2) in a sequential manner, 2) is arranged, characterized in that said at least one product is transported along the conveying section by changing the distance between the two transport elements (1, 2), said at least one product being accelerated by the first transport element and then braked by the second transport element.
Method for characterizing, in a rarefied gaseous medium, layers of a multilayer porous structure allowing fluid communication between the layers and in which each layer comprises a set of pores, the method comprising the following steps: - flowing a gas through the pores of the porous structure; - measuring the temporal evolution of the gas pressure upstream of the porous structure and the temporal evolution of the gas pressure downstream of the porous structure; said method being characterised in that it further comprises the steps of: - establishing a model of gas flow in the porous structure taking into account the sliding speed of the gas at the gas/pore wall interface and assuming that the pressure drop of the gas through the porous structure is equal to the sum of the pressure drops of the gas through each layer of the porous structure; - adjusting the model of gas flow in the porous structure on the basis of an experimental curve of an experimental gas flow parameter in the porous structure plotted from measurements of the temporal evolution of said gas pressures upstream and downstream of the porous structure; and - determining at least one property of the set of pores of each layer from the thus adjusted gas flow model. - flowing a gas through the pores of the porous structure; - measuring the temporal evolution of the gas pressure upstream of the porous structure and the temporal evolution of the gas pressure downstream of the porous structure; - establishing a model of gas flow in the porous structure taking into account the sliding speed of the gas at the gas/pore wall interface and assuming that the pressure drop of the gas through the porous structure is equal to the sum of the pressure drops of the gas through each layer of the porous structure; - adjusting the model of gas flow in the porous structure on the basis of an experimental curve of an experimental gas flow parameter in the porous structure plotted from measurements of the temporal evolution of said gas pressures upstream and downstream of the porous structure; and - determining at least one property of the set of pores of each layer from the thus adjusted gas flow model.
Use of a monomeric ester of a polyol with at least one carboxylic according to formula I wherein R is a hydrocarbon moiety containing from 3 up to 27 carbon atoms, wherein the polyol comprises isosorbide and the average degree of esterification of the polyol moieties in the isosorbide ester ranges from 1.50 to 1.99, more preferably from 1.60 to 1.98, in particular from 1.70 to 1.97, more in particular from 1.75 to 1.95 and wherein the monomeric ester is a mixture comprising monoesters and polyesters of isosorbide, which mixture comprises isosorbide monoester at a level of at most 50 wt.% based on the total weight of the ester mixture, preferably at most 30 wt.% monoester, more preferably at most 20 wt.% and even more preferably at most 10 wt.% monoester, as a dispersing agent for the preparation of a pigment concentrate of particles of one or more pigments.
Method for surface processing at least a portion of a component of zirconium or hafnium alloy for light water nuclear reactor, characterised in that it comprises at least one operation of nanostructuring a surface layer of the alloy so as to confer on the alloy over a thickness of at least 5 μm a grain size which is less than or equal to 100 nm, the nanostructuring being carried out at a temperature which is less than or equal to that of the last thermal processing operation to which the component was previously subjected during its production, and by means of an ultrasonic peening method.
Voltage measurement device with an insulating body, for the use in medium or high voltage equipment or switchgears, the device comprising: - at least one high voltage impedance; - at least one low voltage impedance; - a first shielding electrode; - a second shielding electrode; wherein the at least one high voltage impedance and the at least one low voltage impedance are located within the insulating body along an axis of the device; wherein a first end of the at least one high voltage impedance is connected via a connection to a high voltage; wherein a first end of the at least one low voltage impedance is connected via a connection to ground; wherein a second end of the at least one high voltage impedance opposite to the first end is connected via a connection to a second end of the at least one low voltage impedance opposite to the first end; wherein the at least one high voltage impedance and the at least one low voltage impedance form a voltage divider with a given division ratio; characterized in that the first shielding electrode and the second shielding electrode are located within the insulating body; wherein the first shielding electrode has a ring or bell shape with an opening at a first end with a radius at the edges of the opening at least 0.5mm, and wherein the first shielding electrode surrounds the at least one high voltage impedance; wherein the second shielding electrode has a ring or bell shape with an opening at a first end with a radius at the edges of the opening at least 0.5mm, and wherein the second shielding electrode surrounds the at least one low voltage impedance; wherein the first end of the first shielding electrode faces the first end of the second shielding electrode; wherein in a direction perpendicular to the axis an outer surface of the first shielding electrode is spaced from an inner surface of the insulating body by a distance of at least 1mm; wherein in a direction perpendicular to the axis an outer surface of the second shielding electrode is spaced from the inner surface of the insulating body by a distance of at least 1mm; wherein the first shielding electrode is connected at a second end opposite to the first end to the connection to the high voltage, and wherein a length measured in the direction of the axis from the second end of the first shielding electrode to the first end of the first shielding electrode is greater than a length measured in the direction of the axis from the second end of the first shielding electrode to the second end of the at least one high voltage impedance; and wherein the second shielding electrode is connected at a second end opposite to the first end to the connection to ground, and wherein a length measured in the direction of the axis from the second end of the second shielding electrode to the first end of the second shielding electrode is greater than a length measured in the direction of the axis from the second end of the second shielding electrode to the second end of the at least one low voltage impedance. - at least one high voltage impedance; - at least one low voltage impedance; - a first shielding electrode; - a second shielding electrode;
A transformer, comprising two coil units arranged side by side, wherein each of the two coil units comprises an inner coil and an outer coil sleeved outside the inner coil, the outer coil is wrapped with an outer coil semi-conductive layer, the inner coil is wrapped with an inner coil semi-conductive layer, and each of the two coil units is integrally cast with an insulating layer; and wherein the transformer further comprises an iron core, and the inner coil semi-conductive layer and the iron core are spaced to form an air flow channel.
An alarm detection and validation device (1, 2) for validating acoustic alarms that have been generated by a medical device (10, 20), the alarm detection and validation device comprising: - a microphone (12, 22) arranged to output a first signal corresponding to audio detected by the microphone; - an alarm sound database containing audio signals corresponding to known alarm sounds, including the acoustic alarms able to be generated by the medical device (10, 20); and - a processing unit arranged to: - receive the first signal from the microphone (12, 22); receive a second signal from the medical device (10, 20) indicating that the medical device has generated an acoustic alarm; - analyze the first signal to determine whether the detected audio includes the acoustic alarm generated by the medical device (10, 20) by comparing the detected audio to the audio signals in the alarm sound database so as to identify known alarm sounds included in the detected audio; and - output a third signal to the medical device (10, 20) comprising a notification of the result of the determination. - a microphone (12, 22) arranged to output a first signal corresponding to audio detected by the microphone; - an alarm sound database containing audio signals corresponding to known alarm sounds, including the acoustic alarms able to be generated by the medical device (10, 20); and - a processing unit arranged to: - receive the first signal from the microphone (12, 22); receive a second signal from the medical device (10, 20) indicating that the medical device has generated an acoustic alarm; - analyze the first signal to determine whether the detected audio includes the acoustic alarm generated by the medical device (10, 20) by comparing the detected audio to the audio signals in the alarm sound database so as to identify known alarm sounds included in the detected audio; and - output a third signal to the medical device (10, 20) comprising a notification of the result of the determination. - receive the first signal from the microphone (12, 22); receive a second signal from the medical device (10, 20) indicating that the medical device has generated an acoustic alarm; - analyze the first signal to determine whether the detected audio includes the acoustic alarm generated by the medical device (10, 20) by comparing the detected audio to the audio signals in the alarm sound database so as to identify known alarm sounds included in the detected audio; and - output a third signal to the medical device (10, 20) comprising a notification of the result of the determination.