mhurhangee/ep-ind-claims huggingface dataset:
A system for optimizing a stimulation lead implanted in a patient's brain, the lead comprising a plurality of electrodes (16, E1-E8), the system comprising: a graphical user interface, and control circuitry configured to: receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed. a graphical user interface, and control circuitry configured to: receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed. receive parameters specifying a first stimulation location on the lead at which to provide stimulation, wherein the first stimulation location was previously determined using a first lead optimization algorithm, receive a first one or more values for one or more features extracted from recorded first evoked potentials, EPs, that were previously determined during the first lead optimization algorithm, cause stimulation circuitry to provide stimulation to the patient using the first stimulation location and record second EPs evoked by the stimulation, extract a second one or more values for the one or more features from the second EPs, and compare the first and second one or more values to determine if the lead has moved since the first lead optimization algorithm was performed.
A filter installation comprising: - a gas feed, which provides a cleaning medium at a feed pressure pN, - a cleaning tank in which the cleaning medium is stored at a cleaning pressure pT and fed through the gas feed, with pN > pT, - a pressure filter with a filter pressure pF, which is cleaned cyclically or as a function of differential pressure using the cleaning medium from the cleaning tank, characterised in that the filter installation has a closed-loop control circuit, comprising: - a first differential pressure regulator, which is arranged between the gas feed and the cleaning tank, - a first closed-loop control unit, which actuates the first differential pressure regulator at a lower pressure difference, - a second differential pressure regulator, which is arranged in an outlet line of the cleaning tank, - a second closed-loop control unit, which actuates the second differential pressure regulator at an upper pressure difference, - a positive active line, which provides a fluidic connection between the first closed-loop control unit and the second closed-loop control unit and cleaning tank, - a negative active line, which provides a fluidic connection between the first closed-loop control unit and the second closed-loop control unit and pressure filter, wherein overpressure of the cleaning pressure pT relative to the filter pressure pF prevails at the first closed-loop control unit and second closed-loop control unit, wherein the first closed-loop control unit actuates the first differential pressure regulator if the overpressure is below the lower pressure difference, wherein the second closed-loop control unit actuates the second differential pressure regulator if the overpressure is over the upper pressure difference and wherein the first differential pressure regulator is open in the idle state and the second differential pressure regulator is closed in the idle state, such that the cleaning pressure pT is coupled with the filter pressure pF. - a gas feed, which provides a cleaning medium at a feed pressure pN, - a cleaning tank in which the cleaning medium is stored at a cleaning pressure pT and fed through the gas feed, with pN > pT, - a pressure filter with a filter pressure pF, which is cleaned cyclically or as a function of differential pressure using the cleaning medium from the cleaning tank, - a first differential pressure regulator, which is arranged between the gas feed and the cleaning tank, - a first closed-loop control unit, which actuates the first differential pressure regulator at a lower pressure difference, - a second differential pressure regulator, which is arranged in an outlet line of the cleaning tank, - a second closed-loop control unit, which actuates the second differential pressure regulator at an upper pressure difference, - a positive active line, which provides a fluidic connection between the first closed-loop control unit and the second closed-loop control unit and cleaning tank, - a negative active line, which provides a fluidic connection between the first closed-loop control unit and the second closed-loop control unit and pressure filter,
Method for producing a door leaf which has at least one filling region and in which at least one cover panel (2a, 2b, 2a', 2b') is applied on at least one side of a basic body of the door leaf, and in which the at least one filling region is provided with a filling surface which is non-plane-parallel relative to at least one of the cover panels (2a, 2b, 2a', 2b'), characterized in that the at least one non-plane-parallel filling surface is realized in that at least three separating cuts (8, L) which delimit the at least one filling region on three sides are realized on at least one cover panel (2a, 2b 2a', 2b') with the filling region as cutout and a filling fixed in the filling region, such that that part of the cover panel (2a, 2b, 2a', 2b') situated within the filling region can be pivoted out of the plane of the cover panel about an axis connecting the loose ends of the separating cuts (8, L), in that the filling is pivoted out of the plane of the cover panel (2a, 2b, 2a', 2b') and in that the pivoted filling is fixed within the respective filling region.
Hollow particles each having a shell including at least one layer, wherein said hollow particles have an average particle diameter of 10 to 200 nm, as determined by the method indicated in the Example section of the description, and said at least one layer is composed of an organic-inorganic hybrid vinyl-based resin including a silicon-containing vinyl-based resin, wherein said silicon-containing vinyl-based resin comprises a crosslinked copolymer derived from a copolymer including at least one radical reactive monomer having an epoxy group or an oxetane group, and at least one radical reactive monomer having a silyl group.
A control apparatus for a network including servers on which virtual network functions operate, the control apparatus comprising: storage means (102, 103) configured to store a configuration information among a programmable logic circuit included in a server, a virtual machine (VM1, VM2) operating on the server, and a virtual network function (VNF-A, VNF-B) implemented by the virtual machine (VM1, VM2) of the server; and control means configured to control at least the virtual machine and the programmable logic circuit on which the virtual machine operates, based on the configuration information, wherein the control means is further configured to perform addition, update, or deletion of the programmable logic circuit; wherein when updating a program of the programmable logic circuit, the control means causes a central processing unit of the server to perform data processing of the virtual machine operating on the programmable logic circuit as a substitute for the programmable logic circuit. storage means (102, 103) configured to store a configuration information among a programmable logic circuit included in a server, a virtual machine (VM1, VM2) operating on the server, and a virtual network function (VNF-A, VNF-B) implemented by the virtual machine (VM1, VM2) of the server; and control means configured to control at least the virtual machine and the programmable logic circuit on which the virtual machine operates, based on the configuration information, wherein the control means is further configured to perform addition, update, or deletion of the programmable logic circuit; wherein when updating a program of the programmable logic circuit, the control means causes a central processing unit of the server to perform data processing of the virtual machine operating on the programmable logic circuit as a substitute for the programmable logic circuit.
An internal combustion cylinder assembly comprising: a cylinder having a combustion chamber at an end thereof; a piston disposed slidably within said cylinder, said piston having a top dead center position substantially proximate to said combustion chamber and a bottom dead center position substantially distal from said combustion chamber; an intake runner connected communicably to said combustion chamber via an intake valve, said intake runner providing a working fluid to said combustion chamber while said intake valve is substantially open and said piston moves from said top dead center position to said bottom dead center position; a pre-combustion chamber connected communicably to said combustion chamber via a Suder valve, said combustion chamber conveying a portion of said working fluid to said pre-combustion chamber while said Suder valve is substantially open; wherein said Suder valve opens substantially simultaneously with said intake valve, said Suder valve remains substantially open while said piston moves from said top dead center position to said bottom dead center position during an intake stroke, and said Suder valve closes substantially while said piston is returning to said top dead center position during a compression stroke. a cylinder having a combustion chamber at an end thereof; a piston disposed slidably within said cylinder, said piston having a top dead center position substantially proximate to said combustion chamber and a bottom dead center position substantially distal from said combustion chamber; an intake runner connected communicably to said combustion chamber via an intake valve, said intake runner providing a working fluid to said combustion chamber while said intake valve is substantially open and said piston moves from said top dead center position to said bottom dead center position; a pre-combustion chamber connected communicably to said combustion chamber via a Suder valve, said combustion chamber conveying a portion of said working fluid to said pre-combustion chamber while said Suder valve is substantially open; wherein said Suder valve opens substantially simultaneously with said intake valve, said Suder valve remains substantially open while said piston moves from said top dead center position to said bottom dead center position during an intake stroke, and said Suder valve closes substantially while said piston is returning to said top dead center position during a compression stroke.
Device for connecting the ends of already aligned and tack-welded pipes (1, 1') made of steel by means of orbital welding, having a weld joint formed by the pipe ends and tools which can be moved orbitally about the weld joint for welding and testing the weld seam, comprising tools which can be moved orbitally about the weld joint for welding the weld seam, characterised in that the device consists additionally of guide base plates which can be placed and clamped rigidly on the pipe ends on both sides on the respective pipe ends in the region of the weld, the guide base plates having centrally a circular recess with a radial opening for guiding through and for centrally receiving the pipes (1, 1') to be welded in the recess, having clamping elements which are attached rigidly on the respective sides of the guide base plates which are orientated away from the weld joint for clamping the guide base plates with the pipe ends, and also having a frame which is disposed mounted rotatably on the inner sides orientated towards the weld joint between the guide base plates and is pivotable centrally by at least 360° about the pipe ends for receiving the welding and testing tools, the frame consisting of swivel brackets (4, 4') and tool receiving means (5, 5) connecting the swivel brackets (4, 4') for the welding and testing tools.
A self-tanning cosmetic comprising the following component, component and component: dihydroxyacetone; at least one or more compounds selected from the group consisting of 4-methyl-3-decen-5-ol, 2-ethyl-4-(2,2,3-trimethyl-3-cyclopenten-1-yl)-2-buten-1-ol, 2-hexyl-3-phenyl-2-propenal and 2-methyl-3-(4-iso-propylphenyl)propanal; and at least one or more compounds selected from the group consisting of 3,7-dimethyl-1,6-nonadien-3-ol, 1-(2,2,6-trimethyl-2-cyclohexenyl)-2-buten-1-one, 1-(5,5-dimethyl-1-cyclohexen-1-yl)-4-penten-1-one, 1-(3,3-dimethyl-1-cyclohexen-1-yl)-4-penten-1-one, benzaldehyde and gamma-nonalactone. dihydroxyacetone; at least one or more compounds selected from the group consisting of 4-methyl-3-decen-5-ol, 2-ethyl-4-(2,2,3-trimethyl-3-cyclopenten-1-yl)-2-buten-1-ol, 2-hexyl-3-phenyl-2-propenal and 2-methyl-3-(4-iso-propylphenyl)propanal; and at least one or more compounds selected from the group consisting of 3,7-dimethyl-1,6-nonadien-3-ol, 1-(2,2,6-trimethyl-2-cyclohexenyl)-2-buten-1-one, 1-(5,5-dimethyl-1-cyclohexen-1-yl)-4-penten-1-one, 1-(3,3-dimethyl-1-cyclohexen-1-yl)-4-penten-1-one, benzaldehyde and gamma-nonalactone.
A measurement device comprising: a sampling portion configured to sample a waveform of at least one of voltage and current at a measurement point in a power line at predetermined sampling time points; a processor configured to execute processing of the waveform sampled by the sampling portion, wherein the processing of the waveform is an A/D conversion of analog data or a normalization of the waveform data; characterized by a setting information acquisition portion configured to acquire setting information that determines an operation of the measurement device, wherein the setting information comprises: setting information on a synchronization signal for synchronizing the sampling time points in a plurality of measurement devices, and/or information on a setting of a phase of the waveform to be sampled; a setting retention portion configured to retain the setting information acquired by the setting information acquisition portion; and an operation controller configured to control the operation of the measurement device based on the setting information retained in the setting retention portion. a sampling portion configured to sample a waveform of at least one of voltage and current at a measurement point in a power line at predetermined sampling time points; a processor configured to execute processing of the waveform sampled by the sampling portion, wherein the processing of the waveform is an A/D conversion of analog data or a normalization of the waveform data; characterized by a setting information acquisition portion configured to acquire setting information that determines an operation of the measurement device, wherein the setting information comprises: setting information on a synchronization signal for synchronizing the sampling time points in a plurality of measurement devices, and/or information on a setting of a phase of the waveform to be sampled; setting information on a synchronization signal for synchronizing the sampling time points in a plurality of measurement devices, and/or information on a setting of a phase of the waveform to be sampled; a setting retention portion configured to retain the setting information acquired by the setting information acquisition portion; and an operation controller configured to control the operation of the measurement device based on the setting information retained in the setting retention portion.
: Use of - an antifungal active ingredient and - an epithelial-cell or endothelial-cell adhesion inhibitor for producing a combination medicament for tropically treating candida mycoses, said medicament being selected from vulvovaginal candidiasis, oropharyngeal candidiasis (oral thrush), napkin dermatitis (napkin thrush) and intertriginous eczema, wherein the epithelial-cell or endothelial-cell adhesion inhibitor is selected from a non-steroidal anti-inflammatory drug (NSAID) having sufficient COX1 inhibition, defined by the exclusion of compounds having a COX1/COX-2 ratio (IC50, microM) of > 20, wherein the combination medicament is an ointment, a cream, a vaginal suppository, a vaginal, buccal or sublingual tablet, a powder, or an aerosol. - an antifungal active ingredient and - an epithelial-cell or endothelial-cell adhesion inhibitor for producing a combination medicament for tropically treating candida mycoses, said medicament being selected from vulvovaginal candidiasis, oropharyngeal candidiasis (oral thrush), napkin dermatitis (napkin thrush) and intertriginous eczema, wherein the epithelial-cell or endothelial-cell adhesion inhibitor is selected from a non-steroidal anti-inflammatory drug (NSAID) having sufficient COX1 inhibition, defined by the exclusion of compounds having a COX1/COX-2 ratio (IC50, microM) of > 20, wherein the combination medicament is an ointment, a cream, a vaginal suppository, a vaginal, buccal or sublingual tablet, a powder, or an aerosol.
A damping device for moveable furniture parts, including: - at least one fluid chamber, - at least one piston displaceable in the fluid chamber, wherein the piston has at least one passage opening for a damping fluid provided in the fluid chamber, - at least one moveable cover plate which is arranged on a bearing so as to be pivotable or bendable relative to the passage opening of the piston, wherein in a damping stroke of the piston, the cover plate at least partially covers or closes the at least one passage opening of the piston, wherein the bearing is arranged at an edge region of the cover plate, characterized in that the piston and the fluid chamber are symmetrical in cross-section about a longitudinal axis, and the at least one cover plate is held by the bearing asymmetrically in relation to said longitudinal axis. - at least one fluid chamber, - at least one piston displaceable in the fluid chamber, wherein the piston has at least one passage opening for a damping fluid provided in the fluid chamber, - at least one moveable cover plate which is arranged on a bearing so as to be pivotable or bendable relative to the passage opening of the piston, wherein in a damping stroke of the piston, the cover plate at least partially covers or closes the at least one passage opening of the piston, wherein the bearing is arranged at an edge region of the cover plate,
A method for recycling waste water from a stainless steel slag treatment process wherein stainless steel slag is brought into contact with water to neutralize the free lime contained therein or to make the stainless steel slag particles float in this water in a wet jigging apparatus wherein the stainless steel particles are separated based on their density thereby producing said waste water which has a pH higher than 7 and which contains heavy metals, including at least 0.2 mg/l chromium, characterised in that said waste water is used for manufacturing mortar and/or concrete, which mortar and/or concrete is made by mixing at least one hydraulic binding agent, at least one aggregate and water.
A medium voltage power supply, comprising: a plurality of medium voltage power lines; and a plurality of medium voltage switchboards, connected by respective medium voltage power lines; and a data network connecting the medium voltage switchboards; wherein the medium voltage switchboards each comprise a respective electrical protection equipment and respective medium voltage signal couplers driven by the electrical protection equipment to transmit and receive Generic Object Oriented Substation Event (GOOSE) messages through the medium voltage power lines; whereby the electrical protection equipment is configured to send GOOSE messages through the data network, to detect malfunctions in the data network, and to send GOOSE messages through the medium voltage power lines in response to the detection of malfunctions in the data network. a plurality of medium voltage power lines; and a plurality of medium voltage switchboards, connected by respective medium voltage power lines; and a data network connecting the medium voltage switchboards; wherein the medium voltage switchboards each comprise a respective electrical protection equipment and respective medium voltage signal couplers driven by the electrical protection equipment to transmit and receive Generic Object Oriented Substation Event (GOOSE) messages through the medium voltage power lines; whereby the electrical protection equipment is configured to send GOOSE messages through the data network, to detect malfunctions in the data network, and to send GOOSE messages through the medium voltage power lines in response to the detection of malfunctions in the data network.
A vaginal dilator having two side blades, including: an upper blade; a press handle, which is integrated with the upper blade and extends downward along a side of the upper blade in a direction with an obtuse-angle relative to it; a lower blade; and a handle, which is integrated with the lower blade and extends downward along a side of the lower blade in a direction with an approximate right-angle relative to it, two sides of the back ends of both upper and lower blades are connected through pins, the press handle and the handle are engaged through a first dilating fixation device, vaginal dilator further including a circular-arc movable locating sleeve, wherein two ends of the movable locating sleeve connect to shaft holes on the two sides of the back end of the upper blade through pins of the movable locating sleeve, a mounting base being provided on each of outsides of the two ends of the movable locating sleeve respectively, the mounting base connecting to the middle-upper portions of the side blades through a joint structure, characterized in that the side blades can be pivotally retracted or horizontally dilated between the upper blade and the lower blade, wherein the back portion of each of the side blades is provided with a locating hook to be engaged with a locating buckle arranged on the back end of the upper blade, wherein the locating hook and the locating buckle make up a second dilating fixation device.
Combiner for combining a first command order given by a first movement of a first input link and a second command order given by a second movement of a second input link, said combiner comprising an extended link equipped with a first attachment capable of being articulated to the first input link, the combiner comprises a relay articulated to the extended link, the relay being mobile in rotation in relation to the extended link about a relay axis, the relay being equipped with an output attachment capable of being articulated to an output link, the combiner comprising a connection system articulated to the relay, the connection system comprising a second attachment capable of being articulated to the second input link, characterised in that the connection system comprises a variable armed member producing a variable lever arm as a function of a pilotable parameter of the combiner.