mhurhangee/ep-ind-claims huggingface dataset:
Brake device for a hydraulic motor vehicle brake system, comprising a hydraulic booster stage and a master brake cylinder with an axially displaceable brake cylinder piston, wherein the brake device, within normal boosting operation, can be operated both in an autonomous, driver-independent actuation mode in an electronically controlled manner and in a manual actuation mode in a manner controlled by the driver, and outside the normal boosting operation, can be operated in an emergency mode with an un-boosted actuation force generated by the driver alone, and the booster stage is configured such that within the normal boosting operation, each actuation mode is assigned a separate piston (9, 13) in a booster housing of the booster stage, which piston is acted on directly by the boost force and transmits this mechanically to components connected operatively downstream characterized in that, in the booster housing, there are formed a pressure space, which is fed with pressure medium directly from an electromotive motor-pump unit, an intermediate space, which is fed with pressure medium from the pressure space, and a substantially unpressurized return chamber, which is fed with the pressure medium from the intermediate space and which is connected via a return connection to an unpressurized pressure medium reservoir, wherein an axially displaceable pressure space piston separates the pressure space from the intermediate space, and an axially displaceable intermediate space piston separates the intermediate space from the return chamber.
A water jet peening device comprising: a jet nozzle adapted to jet a high-pressure fluid to create a cavitation bubble toward a surface to be executed; and a screen arranged in a periphery of the jet nozzle, wherein the jet nozzle is configured to diagonally jet the fluid against the surface to be executed, and the screen is arranged on the surface to be executed, the surface to be executed being positioned at a downstream side in a flow direction of the fluid jetted against and flowing on the surface to be executed, wherein the screen is formed into an arc shape that surrounds the jet nozzle, characterized in that the water jet peening device further comprises: a rotation mechanism adapted to relatively rotate the screen centered at the jet nozzle. a jet nozzle adapted to jet a high-pressure fluid to create a cavitation bubble toward a surface to be executed; and a screen arranged in a periphery of the jet nozzle, wherein the jet nozzle is configured to diagonally jet the fluid against the surface to be executed, and the screen is arranged on the surface to be executed, the surface to be executed being positioned at a downstream side in a flow direction of the fluid jetted against and flowing on the surface to be executed, wherein the screen is formed into an arc shape that surrounds the jet nozzle, characterized in that the water jet peening device further comprises: a rotation mechanism adapted to relatively rotate the screen centered at the jet nozzle.
Compositions comprising, as active compounds, - emodepside and - praziquantel or epsiprantel and, as only solvent, 1,2-isopropylideneglycerol, where the water content of the compositions is at most 1% by weight. - emodepside and - praziquantel or epsiprantel
A polyarylene sulfide resin composition containing a polyarylene sulfide resin, an olefin polymer, zeolite, glass fibers, and glass flakes, wherein the glass flakes have a weight average particle diameter in the range of 100 μm or less, wherein the amount of the zeolite contained is in the range of 20 parts by mass or less, relative to 100 parts by mass of the polyarylene sulfide resin, and wherein the olefin resin comprises a copolymer of an alkene, an alkyl acrylate, and glycidyl acrylate. wherein the glass flakes have a weight average particle diameter in the range of 100 μm or less, wherein the amount of the zeolite contained is in the range of 20 parts by mass or less, relative to 100 parts by mass of the polyarylene sulfide resin, and wherein the olefin resin comprises a copolymer of an alkene, an alkyl acrylate, and glycidyl acrylate.
An injector in particular suitable for injecting an intraocular lens into an eye or for implanting a corneal endothelial tissue into an eye, comprising an elongate injector body with piston passage, in which an injector piston rod having a screw thread is guided in a longitudinally displaceable manner, wherein the injector is provided with two operating modes for the displacement of the injector piston rod, and is able to be switched between said modes, wherein the first operating mode defines a pushing operation and the second operating mode defines a screwing operation, characterized in that the injector body has at least one retractable and deployable wing grip (27, 28), wherein the operating mode is set to pushing operation by the deployed position and the operating mode is set to screwing operation by the retracted position.
A computer-implemented method of generating a body marker, the method comprising: selecting by an image processor a portion of an object shown in a medical image; selecting, by a controller, first body marker from among a plurality of prestored body markers based on the selected portion of the object; displaying the first body marker; generating a second body marker reflecting a current shape or location of the object by modifying the first body marker according to a user input; and displaying the second body marker. selecting by an image processor a portion of an object shown in a medical image; selecting, by a controller, first body marker from among a plurality of prestored body markers based on the selected portion of the object; displaying the first body marker; generating a second body marker reflecting a current shape or location of the object by modifying the first body marker according to a user input; and displaying the second body marker.
Method comprising: - the protection of a boot sequence of a processing device by incrementations of a counting value generated by a monotonic counter; - a first time period (x) after the beginning of the boot sequence (RESET), the comparison, by the protection circuit, between the counting value and a first reference value; and - if the counting value is smaller than the first reference value, the modification, by the protection circuit, of the counting value into the first reference value. - the protection of a boot sequence of a processing device by incrementations of a counting value generated by a monotonic counter; - a first time period (x) after the beginning of the boot sequence (RESET), the comparison, by the protection circuit, between the counting value and a first reference value; and - if the counting value is smaller than the first reference value, the modification, by the protection circuit, of the counting value into the first reference value.
A transmission/reception switching device comprising: a first reactance including a first inductor and a first capacitor, the first reactance being connected between an antenna and a transmission section which outputs a signal; and a high frequency switch connected to either an output end of the first inductor or an output end of the first capacitor at a predetermined node, characterized by a second reactance including a second inductor and a second capacitor, the second reactance being connected between the predetermined node and a reception terminal, wherein the first inductor and the first capacitor are connected in parallel, the second reactance is connected to the antenna through either the first inductor or the first capacitor, and constants of the second inductor and the second capacitor have values for establishing matching under influence of a mismatch caused by the first reactance during signal reception. a first reactance including a first inductor and a first capacitor, the first reactance being connected between an antenna and a transmission section which outputs a signal; and a high frequency switch connected to either an output end of the first inductor or an output end of the first capacitor at a predetermined node, characterized by a second reactance including a second inductor and a second capacitor, the second reactance being connected between the predetermined node and a reception terminal, wherein the first inductor and the first capacitor are connected in parallel, the second reactance is connected to the antenna through either the first inductor or the first capacitor, and constants of the second inductor and the second capacitor have values for establishing matching under influence of a mismatch caused by the first reactance during signal reception.
A method of production of radial conjugated diene rubber comprising a first step of causing 65 to 500 moles of isoprene to polymerize, in the presence of an alkali metal-reacted aromatic compound which is represented by the following general formula, with respect to 1 mole of an alkali metal in the alkali metal-reacted aromatic compound so as to obtain a radial isoprene polymer which has active ends and a second step of causing monomers which contain 1,3-butadiene or 1,3-butadiene and an aromatic vinyl compound to polymerize to the active ends of the radial isoprene polymer. wherein in the general formula, R 1 to R 8 respectively independently are a group which is selected from a hydrogen atom, C 1 to C 10 alkyl group, and C 1 to C 10 alkali metal-reacted alkyl group having an alkali metal atom bonded to the α-position, and three or more of R 1 to R 8 are C 1 to C 10 alkali metal-reacted alkyl groups having an alkali metal atom bonded to the α-position. "m" is an integer of 0 to 5, when "m" is 2 or more, regardless of the structure expressed by general formula, three or more benzene rings may be condensed with each other at any positions.
A process for removal of unwanted substances from thermally produced gases in an apparatus; the apparatus comprising the following features: a pressurized bubbling fluid bed reactor for a conversion of granular sorbent and biomass materials into activated fine powders useful for acid gas capture in the remainder of the system; a primary heat exchanger to cool sorbent and produced gases at a preferred sorption temperature; a sorbent reaction chamber or zone for providing a gas and sorbent contact residence time; a secondary gas cooler for providing a second sorption temperature; and a filter chamber or zone designed to provide additional gas-sorbent contact residence time; wherein the method comprises: i) increasing pressure in the apparatus to enable a lower final chloride concentration at a higher temperature; ii) varying the pressure to control the velocity in the fluid bed reactor to fix the residence time in downstream fixed volume sorbent-gas contacting reactors; and iii) using pressure set point modulation to control the fluid bed reactor's superficial velocity at a given gas production rate, wherein the pressure set point modulation effects a preferred particle size and elutriation rate that is correlated with the superficial velocity in the fluid bed reactor. a pressurized bubbling fluid bed reactor for a conversion of granular sorbent and biomass materials into activated fine powders useful for acid gas capture in the remainder of the system; a primary heat exchanger to cool sorbent and produced gases at a preferred sorption temperature; a sorbent reaction chamber or zone for providing a gas and sorbent contact residence time; a secondary gas cooler for providing a second sorption temperature; and a filter chamber or zone designed to provide additional gas-sorbent contact residence time; i) increasing pressure in the apparatus to enable a lower final chloride concentration at a higher temperature; ii) varying the pressure to control the velocity in the fluid bed reactor to fix the residence time in downstream fixed volume sorbent-gas contacting reactors; and iii) using pressure set point modulation to control the fluid bed reactor's superficial velocity at a given gas production rate, wherein the pressure set point modulation effects a preferred particle size and elutriation rate that is correlated with the superficial velocity in the fluid bed reactor.
Pulling arrangement for the pulling of cables (12,14,16) or a cable bundle through a borehole, comprising: - a number of clamp devices attached to the cable bundle in various positions in the longitudinal direction of the cable bundle, - one or more coupling elements which connect two or more clamp devices in the longitudinal direction of the cable bundle, - arranged so that the pulling forces that are used to pull the cable arrangement through the borehole are applied via said at least one coupling element and is transferred via said clamps to the cable bundle, - a pulling head for pulling the cable bundle, where the pulling head comprises a number of fastening means that can be fastened to and form an engagement with said coupling elements, - radially outside the said coupling elements and/or on the clamps are a number of friction reducing means to reduce friction between the pulling arrangement and the inner surface of the borehole by pulling through the borehole, and - wherein said clamp comprises means for attachment to the cable bundle and attachment means for attachment to the coupling elements. - a number of clamp devices attached to the cable bundle in various positions in the longitudinal direction of the cable bundle, - one or more coupling elements which connect two or more clamp devices in the longitudinal direction of the cable bundle, - arranged so that the pulling forces that are used to pull the cable arrangement through the borehole are applied via said at least one coupling element and is transferred via said clamps to the cable bundle, - a pulling head for pulling the cable bundle, where the pulling head comprises a number of fastening means that can be fastened to and form an engagement with said coupling elements, - radially outside the said coupling elements and/or on the clamps are a number of friction reducing means to reduce friction between the pulling arrangement and the inner surface of the borehole by pulling through the borehole, and - wherein said clamp comprises means for attachment to the cable bundle and attachment means for attachment to the coupling elements.
Mixing device with a clamping device for a mixing material container, with opposing clamping plates (6, 7) between which a mixing material container is clampable for a mixing process, wherein at least one clamping plate opening is provided as a pass-through opening in at least one of the clamping plates in a contact area for a mixing material container, characterized in that at least one cover element is arranged on the at least one clamping plate with the at least one clamping plate opening, which cover element is displaceable between a release position, in which the at least one clamping plate opening is substantially exposed, and a cover position, in which the at least one clamping plate opening is substantially covered and closed. with opposing clamping plates (6, 7) between which a mixing material container is clampable for a mixing process, wherein at least one clamping plate opening is provided as a pass-through opening in at least one of the clamping plates in a contact area for a mixing material container, characterized in that at least one cover element is arranged on the at least one clamping plate with the at least one clamping plate opening, which cover element is displaceable between a release position, in which the at least one clamping plate opening is substantially exposed, and a cover position, in which the at least one clamping plate opening is substantially covered and closed.
An integrated, washable and reusable three-dimensional 3D multifunctional knitted fabric structure for men's incontinence underwear comprising: - an inner knitted layer; - an outer knitted layer; - an intermediate layer with connecting cross-threads between the inner and outer knitted layers, characterized in that the connecting cross-threads combine hydrophobic monofilaments and hydrophilic fiber-based yarns between both layers; wherein the outer knitted layer comprises hydrophilic fibers treated with anti-odor and antibacterial nanoparticles; and wherein the inner knitted layer is produced with hydrophobic fiber based yarns and comprises tuck loops of the hydrophilic fiber-based yarns from the connecting cross-threads. - an inner knitted layer; - an outer knitted layer; - an intermediate layer with connecting cross-threads between the inner and outer knitted layers, characterized in that the connecting cross-threads combine hydrophobic monofilaments and hydrophilic fiber-based yarns between both layers;
A chromogenic reagent system comprising a first solution comprising a nitrite, a second solution comprising 3-amino-4-methoxybenzamide in an acidic solution, wherein the molar ratio of acid to 3-amino-4-methoxybenzamide is 1:1 or less; a third solution comprising an acid; and a fourth solution comprising a naphthol phosphate.
A composite hydrogel comprising at least one non-peptidic polymer and at least one peptide having the general formula: Z - m - n - Z' p, wherein Z is an N-terminal protecting group; X is, at each occurrence, independently selected from an aliphatic amino acid and a glycine; Y is, at each occurrence, independently selected from a polar amino acid; Z' is a C-terminal protecting group; m is an integer selected from 2 to 6; n is selected from 1 or 2; and p is selected from 0 or 1, wherein the hydrophobicity decreases from the N-terminus to the C-terminus of said peptide, wherein said non-peptidic polymer is a hydrophilic or amphiphilic polymer, and/or wherein said non-peptidic polymer is a linear or branched polymer. Z is an N-terminal protecting group; X is, at each occurrence, independently selected from an aliphatic amino acid and a glycine; Y is, at each occurrence, independently selected from a polar amino acid; Z' is a C-terminal protecting group; m is an integer selected from 2 to 6; n is selected from 1 or 2; and p is selected from 0 or 1,
A Serving Gateway, SGW, comprising: means for sending a Downlink Data Notification message to a first Mobility Management Entity, MME; means for receiving, from the first MME, a Downlink Data Notification Acknowledge message with an indication that the Downlink Data Notification message has been temporarily rejected due to mobility; means for starting a locally configured guard timer upon reception of the Downlink Data Notification Acknowledge message; means for buffering downlink packets for a User Equipment, UE; and means for resending the Downlink Data Notification message upon reception of a Modify Bearer Request message. means for sending a Downlink Data Notification message to a first Mobility Management Entity, MME; means for receiving, from the first MME, a Downlink Data Notification Acknowledge message with an indication that the Downlink Data Notification message has been temporarily rejected due to mobility; means for starting a locally configured guard timer upon reception of the Downlink Data Notification Acknowledge message; means for buffering downlink packets for a User Equipment, UE; and means for resending the Downlink Data Notification message upon reception of a Modify Bearer Request message.
Longitudinally adjustable vehicle seat having at least one rail pair with a first rail connectable to a vehicle structure and a second rail connected to the vehicle seat and led in said first rail, a detachable locking device for detachably locking the position of the first rail with respect to the second rail, a first end stop, a second end stop and a third end stop, delimiting the mobility of the rail pair, in which one of the end stops is constructed in a disconnectable manner by means of a stop surface (13") which can move out of the traveling path of the rails (12, 13), characterized in that the movable stop surface (13") is arranged on the seat-mounted second rail, and in that the disconnectable end stop, on which the movable stop surface (13") is formed, can be actuated together with the locking device for adopting an easy-entry position.
A device comprising: a substrate; and a circuit element comprising a superconductor trace on the substrate, a first region of the superconductor trace has a first cross-sectional area exhibiting a first kinetic inductance, and a second region of the superconductor trace has a second cross-sectional area exhibiting a second kinetic inductance, the first cross-sectional area being different from the second cross-sectional area such that the first kinetic inductance is different than the second kinetic inductance and such that the circuit element has a predetermined circuit parameter. a substrate; and a circuit element comprising a superconductor trace on the substrate, a first region of the superconductor trace has a first cross-sectional area exhibiting a first kinetic inductance, and a second region of the superconductor trace has a second cross-sectional area exhibiting a second kinetic inductance, the first cross-sectional area being different from the second cross-sectional area such that the first kinetic inductance is different than the second kinetic inductance and such that the circuit element has a predetermined circuit parameter.
A mobile communication network component comprising: a determiner configured to determine, for a first network function service set of a first network function, a second network function service set of a second network function to provide a service to a first network function service instance within the first network function service set, wherein the determiner is configured to determine the second network function service set based on a mapping of the first network function service set to the second network function service set; and a transmitter configured to transmit a service request to the determined second network function service set. a determiner configured to determine, for a first network function service set of a first network function, a second network function service set of a second network function to provide a service to a first network function service instance within the first network function service set, wherein the determiner is configured to determine the second network function service set based on a mapping of the first network function service set to the second network function service set; and a transmitter configured to transmit a service request to the determined second network function service set.
A method for preparing a single molecule sample of a biological material of interest for use in a sample electron imaging experiment, the method being characterized by: depositing said single biological molecule sample on a graphene substrate; removing excess bulk fluid surrounding the molecule; and depositing an enclosing layer of graphene and sealing said enclosing layer to the graphene substrate so as to encapsulate the sample molecule, wherein the graphene substrate is mounted on, and in electrical contact with, a conductive grid, and is in electrical contact with the sample molecule. depositing said single biological molecule sample on a graphene substrate; removing excess bulk fluid surrounding the molecule; and depositing an enclosing layer of graphene and sealing said enclosing layer to the graphene substrate so as to encapsulate the sample molecule, wherein the graphene substrate is mounted on, and in electrical contact with, a conductive grid, and is in electrical contact with the sample molecule.