mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling an orthotic or prosthetic knee joint device with an upper part and a lower part arranged in an articulated manner thereon, fastening devices (4, 5) for securing the joint device on a user and also a drive device for applying a moment to the knee joint device, wherein a supportive flexion moment, which lies below the level that leads to a flexing, is applied to the knee joint device before the flexing, characterized in that the flexion moment is applied in a time period directly before the flexing, which is between 5% and 40% of the duration of a gait cycle.
A method, performed by a user equipment, UE, to monitor for wake-up signals, WUS, transmitted by a network node in a radio access network, RAN, the method comprising: determining a second WUS resource for use during a first monitoring occasion associated with a WUS group assigned to the UE, based on the following: an identifier of a first WUS resource, wherein the first and second WUS resources are part of a first number of configured WUS resources for transmission of WUS; the first number of configured WUS resources; and a system frame number, SFN, or hyper-SFN, HSFN, associated with the RAN; and monitoring for a WUS, from the network node, in the second WUS resource during the first monitoring occasion. determining a second WUS resource for use during a first monitoring occasion associated with a WUS group assigned to the UE, based on the following: an identifier of a first WUS resource, wherein the first and second WUS resources are part of a first number of configured WUS resources for transmission of WUS; the first number of configured WUS resources; and a system frame number, SFN, or hyper-SFN, HSFN, associated with the RAN; and an identifier of a first WUS resource, wherein the first and second WUS resources are part of a first number of configured WUS resources for transmission of WUS; the first number of configured WUS resources; and a system frame number, SFN, or hyper-SFN, HSFN, associated with the RAN; and monitoring for a WUS, from the network node, in the second WUS resource during the first monitoring occasion.
A process for producing a solution of 1,2,4-triazol-5-one in concentrated sulfuric acid, characterized in that it comprises: a) the preparation, in concentrated sulfuric acid, of the diazonium hydrogensulfate of formula: by reaction, under cold conditions, in concentrated sulfuric acid, of at least one nitrite with 3-amino-1,2,4-triazole; and b) the heat treatment of the reaction medium including said diazonium hydrogensulfate in order to produce said solution. a) the preparation, in concentrated sulfuric acid, of the diazonium hydrogensulfate of formula: by reaction, under cold conditions, in concentrated sulfuric acid, of at least one nitrite with 3-amino-1,2,4-triazole; and b) the heat treatment of the reaction medium including said diazonium hydrogensulfate in order to produce said solution.
A combination of an aircraft and an aircraft system, wherein the aircraft system comprises: a computer system in the aircraft; and a controller in the computer system that receives an airspeed of the aircraft from a sensor system in the aircraft, determines an amount of change in the airspeed of the aircraft, and adjusts a current ceiling of an operational flight envelope for the aircraft based on the amount of change in the airspeed of the aircraft; characterized in that the computer system includes a settings identifier that initially sets the current ceiling of the operational flight envelope based on a Mach of the aircraft such that for each Mach the current ceiling has a desired margin to a relevant hazard, the initial setting being performed without taking into account a target airspeed, the settings identifier accessing from a table the initial setting for each relevant hazard; wherein the controller: determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard. a computer system in the aircraft; and a controller in the computer system that receives an airspeed of the aircraft from a sensor system in the aircraft, determines an amount of change in the airspeed of the aircraft, and adjusts a current ceiling of an operational flight envelope for the aircraft based on the amount of change in the airspeed of the aircraft; characterized in that the computer system includes a settings identifier that initially sets the current ceiling of the operational flight envelope based on a Mach of the aircraft such that for each Mach the current ceiling has a desired margin to a relevant hazard, the initial setting being performed without taking into account a target airspeed, the settings identifier accessing from a table the initial setting for each relevant hazard; wherein the controller: determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard. determines that an adjustment to the current ceiling of the operational flight envelope is needed when the airspeed decreases below a selected Mach, wherein the selected Mach is a ratio of a target airspeed to a speed of sound; and lowers the current ceiling of the operational flight envelope to increase the margin of safety to the relevant hazard.
A battery compartment for an electronically driven dispensing unit, the battery compartment comprising an electronic unit having a fixed first structure and a battery holding unit having a fixed second structure adapted to, in a loading direction (R, Z), receive at least two cylindrical batteries side by side, wherein the fixed second structure being adapted to contain the batteries in directions perpendicular to the loading direction (R, Z), the first structure comprising for each battery a first electrical connection and a second electrical connection positioned opposite each other, the first electrical connections being arranged on the same side of the compartment and the second electrical connections being arranged on the opposite side, wherein the electronic unit comprises an electrical bridge extending between the first and second electrical connections (8, 9) for serial connection of the batteries, the first structure being adapted to receive the second structure and the batteries for connection with the first and second electrical connections (8, 9), wherein the second structure is rotatably connected to the first structure via a joint allowing rotation between a first open position in which the batteries are loaded or unloaded in the battery holding unit and a closed position in which loaded batteries are connected to the first and second electrical connections (8, 9) via spring action and movement of the batteries in the loading direction (R, Z), whereby the battery holding unit comprises a protrusion for each battery on which a bottom portion of the battery is arranged to rest in the first open position, and the batteries are suspended between the first and second electrical connections (8, 9) at a distance from the protrusion in the closed position; the fixed second structure comprises an enclosing structure allowing loading and unloading movement of the batteries in the loading direction (R, Z) and adapted to contain the batteries in the directions being perpendicular to the loading direction (R, Z); characterised in that the enclosing structure comprises one enclosing unit per battery that separates the batteries, and the enclosing structure comprises a gap between the enclosing units, wherein the electrical bridge is positioned in the gap in the closed position.
Measuring device for detecting different gases and gas concentrations, comprising a radiation source, a measuring channel having an optical path and a gas interaction path, and radiation detectors arranged along the measuring channel, characterized in that the optical path has at least one deflection point, wherein a first narrow bandpass interference filter is arranged at a deflection point and a first radiation detector is arranged immediately downstream of the first narrow bandpass interference filter, and wherein the optical path and the gas interaction path in the measuring channel are identical, wherein the optical path has N deflection points and an absorption path length L = L 1...+ L N from the radiation source up to the Nth deflection point, wherein N is a natural number greater than 1, wherein an individual absorption path length L 1,... L N is provided for each sample gas and different gases and gas concentrations can be detected simultaneously, wherein the narrow bandpass interference filter has an optical axis, wherein the optical path and the optical axis of an N-th narrow bandpass interference filter enclose an angle φ N, wherein the angle φ N has a size in the range greater than 0° to less than 50°, wherein a further narrow bandpass interference filter is arranged at a further deflection point and a further radiation detector is arranged immediately downstream of the further narrow bandpass interference filter.
A molten resin supply apparatus comprising: an extruder provided with an extrusion port from which a resin in the molten state is extruded downwardly almost vertically, and a plurality of supply means which each has a cutting part which cuts the molten resin which has been extruded from the extrusion port and supplies the molten resin which has been cut by the cutting part to a respective supply position provided for each of the supply means, characterized in that each of the supply means is installed on a driving mechanism which is arranged around the extrusion port and each of the supply means is suitable to move reciprocally between a lower position underneath the extrusion port and the respective supply position provided for each of the supply means. an extruder provided with an extrusion port from which a resin in the molten state is extruded downwardly almost vertically, and a plurality of supply means which each has a cutting part which cuts the molten resin which has been extruded from the extrusion port and supplies the molten resin which has been cut by the cutting part to a respective supply position provided for each of the supply means, characterized in that each of the supply means is installed on a driving mechanism which is arranged around the extrusion port and each of the supply means is suitable to move reciprocally between a lower position underneath the extrusion port and the respective supply position provided for each of the supply means.
A welding unit for welding together two rails of a track, including two rail clamping assemblies which can be moved towards one another along unit guides in the rail longitudinal direction by means of compression cylinders, each rail clamping assembly being equipped with clamping jaws designed as clamping levers which are displaceable in pairs within a pressing plane and pivotable about a lever pivot axis and have in each case a contact surface which is provided for application to a rail web and arranged at a first lever end spaced from the lever pivot axis, wherein the two contact surfaces of each rail clamping assembly are positioned in each case closer to the opposite rail clamping assembly than the two lever pivot axes, characterized in that a lever eccentric cam having an eccentric axis extending perpendicularly to the pressing plane is arranged between the first lever end and the lever pivot axis for displacement of the clamping lever in the pressing plane relative to the rail clamping assembly.
A system for transporting and housing cosmetics comprising: - a container or box provided with means for accessing the inside and means for opening and closing the container or box, - a smartphone that may send and receive information to and from the container or box, at least one biometric sensor, wherein - the opening and closing means are based on the use of the at least one biometric sensor for reading fingerprints, comprising additionally - an electromechanical lock, - an electronic control for opening and closing, - signalling means of the operations carried out, which may be light or acoustic means such as a buzzer, - an opening and closing detection sensor, - wireless communication means, to be able to connect with the smartphone via Bluetooth for example, - power supply means, - an electronic registering mechanism of opening and alarm events, - a mechanical mechanism that enables automatic locking by merely closing the box without requiring any additional action. - the smartphone enables the registration and de-registration of users to be controlled and remote opening and closing to be carried out, characterised in that - The container or box comprises cooling and control means, carried out via thermoelectric cooling that uses the Peltier effect and the smartphone that configures the control of the inside temperature of the box. - a container or box provided with means for accessing the inside and means for opening and closing the container or box, - a smartphone that may send and receive information to and from the container or box, - the opening and closing means are based on the use of the at least one biometric sensor for reading fingerprints, comprising additionally - an electromechanical lock, - an electronic control for opening and closing, - signalling means of the operations carried out, which may be light or acoustic means such as a buzzer, - an opening and closing detection sensor, - wireless communication means, to be able to connect with the smartphone via Bluetooth for example, - power supply means, - an electronic registering mechanism of opening and alarm events, - a mechanical mechanism that enables automatic locking by merely closing the box without requiring any additional action. - an electromechanical lock, - an electronic control for opening and closing, - signalling means of the operations carried out, which may be light or acoustic means such as a buzzer, - an opening and closing detection sensor, - wireless communication means, to be able to connect with the smartphone via Bluetooth for example, - power supply means, - an electronic registering mechanism of opening and alarm events, - a mechanical mechanism that enables automatic locking by merely closing the box without requiring any additional action. - the smartphone enables the registration and de-registration of users to be controlled and remote opening and closing to be carried out, characterised in that - The container or box comprises cooling and control means, carried out via thermoelectric cooling that uses the Peltier effect and the smartphone that configures the control of the inside temperature of the box.
A hair treatment agent for the color protection of dyed hair, containing, based on its weight, a. 0.01 to 4.00 wt.% of at least one alum and b. 0.01 to 5.00 wt.% of at least one organic or inorganic copper, zinc, iron, calcium and/or magnesium salt, - wherein the hair treatment agent has a pH in the range of from 4.0 to 5.0. a. 0.01 to 4.00 wt.% of at least one alum and b. 0.01 to 5.00 wt.% of at least one organic or inorganic copper, zinc, iron, calcium and/or magnesium salt,
A method of manufacturing an aerosol-generating film for generating an aerosol upon heating, the method comprising: preparing a film-forming composition comprising: a cellulose based film-forming agent; a non-cellulose based thickening agent; at least about 30 wt percent of water; and at least about 20 wt percent of a polyhydric alcohol, wherein the polyhydric alcohol is glycerin; forming a layer of the film-forming composition, the layer having a thickness of less than 1 millimetre; heating the layer of the film-forming composition to evaporate at least some of the water to obtain an aerosol-generating film, wherein the layer of the film-forming composition is heated to a temperature and for a time such that the aerosol-generating film contains less than or equal to about 30 wt percent of water; wherein the step of preparing the film-forming composition comprises: dissolving the cellulose based film-forming agent and the non-cellulose based thickening agent in the water to form a water-based preparation; defoaming the water-based preparation; and mixing the polyhydric alcohol into the water-based preparation to obtain the film-forming composition. preparing a film-forming composition comprising: a cellulose based film-forming agent; a non-cellulose based thickening agent; at least about 30 wt percent of water; and at least about 20 wt percent of a polyhydric alcohol, wherein the polyhydric alcohol is glycerin; a cellulose based film-forming agent; a non-cellulose based thickening agent; at least about 30 wt percent of water; and at least about 20 wt percent of a polyhydric alcohol, wherein the polyhydric alcohol is glycerin; forming a layer of the film-forming composition, the layer having a thickness of less than 1 millimetre; heating the layer of the film-forming composition to evaporate at least some of the water to obtain an aerosol-generating film, wherein the layer of the film-forming composition is heated to a temperature and for a time such that the aerosol-generating film contains less than or equal to about 30 wt percent of water; dissolving the cellulose based film-forming agent and the non-cellulose based thickening agent in the water to form a water-based preparation; defoaming the water-based preparation; and mixing the polyhydric alcohol into the water-based preparation to obtain the film-forming composition.
A lubricating device to supply a lubricating oil to a plurality of journal bearings (21, 22), including a housing which has a hollow shape and the plurality of journal bearings (21, 22) which rotatably support a rotary shaft disposed inside the housing at at least two locations in an axial direction, the lubricating device further comprising: a plurality of outer peripheral portion lubricating oil supply passages (43, 44) through which a lubricating oil is supplied to outer peripheral surfaces (21b, 22b) of the plurality of journal bearings (21, 22); an intermediate portion lubricating oil supply passage through which the lubricating oil is supplied to a space portion between the plurality of journal bearings (21, 22); and a guide portion (61, 62, 67, 68, 71, 72, 73, 81a, 82a, 83a, 84a) which supplies the lubricating oil, which is supplied from the intermediate portion lubricating oil supply passage to the space portion, to inner peripheral surfaces (21c, 22c) of the plurality of journal bearings (21, 22), wherein the lubricating device supplies the lubricating oil to the outer peripheral surfaces (21b, 22b) and the inner peripheral surfaces (21c, 22c) of the plurality of journal bearings (21, 22) that do not communicate with each other, and each of the plurality of journal bearings (21, 22) is rotatably supported between the outer peripheral surface (21b, 22b) and an inner surface of a bearing accommodating portion of the housing and rotatably supports the rotary shaft between the inner peripheral surface (21c, 22c) and an outer peripheral surface of the rotary shaft. a plurality of outer peripheral portion lubricating oil supply passages (43, 44) through which a lubricating oil is supplied to outer peripheral surfaces (21b, 22b) of the plurality of journal bearings (21, 22); an intermediate portion lubricating oil supply passage through which the lubricating oil is supplied to a space portion between the plurality of journal bearings (21, 22); and a guide portion (61, 62, 67, 68, 71, 72, 73, 81a, 82a, 83a, 84a) which supplies the lubricating oil, which is supplied from the intermediate portion lubricating oil supply passage to the space portion, to inner peripheral surfaces (21c, 22c) of the plurality of journal bearings (21, 22), wherein the lubricating device supplies the lubricating oil to the outer peripheral surfaces (21b, 22b) and the inner peripheral surfaces (21c, 22c) of the plurality of journal bearings (21, 22) that do not communicate with each other, and each of the plurality of journal bearings (21, 22) is rotatably supported between the outer peripheral surface (21b, 22b) and an inner surface of a bearing accommodating portion of the housing and rotatably supports the rotary shaft between the inner peripheral surface (21c, 22c) and an outer peripheral surface of the rotary shaft.
A method for providing secure transfer and playback of multimedia content, comprising: identifying, at a personal computer PC, a particular Digital Video Recorder DVR (102A, 102B) as an authorized sharing DVR (102A, 102B); establishing a secure connection between the PC and the authorized sharing DVR (102A, 102B); receiving, at the PC, a message from a service provider requesting transfer of specific multimedia content from the authorized sharing DVR (102A, 102B) to an authorized portable device; in response to receiving the message from the service provider requesting the transfer of the specific multimedia content from the authorized sharing DVR (102A, 102B) to the authorized portable device, requesting, at the PC, the specific multimedia content from the authorized sharing DVR (102A, 102B); receiving, at the PC, the requested specific multimedia content from the authorized sharing DVR (102A, 102B) along with information relating to the specific multimedia content, wherein the specific multimedia content is in the form of a digital data stream; storing the digital data stream on a storage device communicatively connected to the PC; formatting the stored digital data stream by the PC for playback by the authorized portable device; and transferring the formatted digital data stream from the PC to the authorized portable device. identifying, at a personal computer PC, a particular Digital Video Recorder DVR (102A, 102B) as an authorized sharing DVR (102A, 102B); establishing a secure connection between the PC and the authorized sharing DVR (102A, 102B); receiving, at the PC, a message from a service provider requesting transfer of specific multimedia content from the authorized sharing DVR (102A, 102B) to an authorized portable device; in response to receiving the message from the service provider requesting the transfer of the specific multimedia content from the authorized sharing DVR (102A, 102B) to the authorized portable device, requesting, at the PC, the specific multimedia content from the authorized sharing DVR (102A, 102B); receiving, at the PC, the requested specific multimedia content from the authorized sharing DVR (102A, 102B) along with information relating to the specific multimedia content, wherein the specific multimedia content is in the form of a digital data stream; storing the digital data stream on a storage device communicatively connected to the PC; formatting the stored digital data stream by the PC for playback by the authorized portable device; and transferring the formatted digital data stream from the PC to the authorized portable device.
A composition comprising an effective amount of an activated form of FV variant for use in the treatment of a blood coagulation disorder in a patient in need thereof, wherein the composition increases coagulation, thereby enhancing clot formation in said patient and ameliorating the symptoms of said blood coagulation disorder, wherein said activated variant is encoded by a nucleic acid selected from the group consisting of SEQ ID NO:1 and SEQ ID NO: 2.
An oligonucleotide comprising a sequence of 16 nucleotides, wherein the sequence is complementary to a miRNA and wherein the oligonucleotide is selected from SEQ ID NO: 120, SEQ ID NO: 121, and SEQ ID NO: 122, as provided in Table 9.