mhurhangee/ep-ind-claims huggingface dataset:
Handheld observation device comprising • a digital magnetic compass for measuring a magnetic field direction of a magnetic field present, • a gravitation sensor for measuring a gravitational field direction of the gravitational field present, and • a control and evaluation unit configured for determining an externally referenced orientation of the observation device depending on a measured magnetic field direction and a measured gravitational field direction and with application of an algorithmic disturbance suppression, for which compensation parameters - relating to a compensation of local magnetic field disturbance influences - are stored, characterized by • a video tracking system for recording an image sequence and for deriving - carried out on the basis of the image sequence - orientation changes of the observation device, and in that • the control and evaluation unit is configured in such a way that the determination of the externally referenced orientation is furthermore influenced by orientation changes derived by the video tracking system, by virtue of the fact that the stored compensation parameters are based, inter alia, on orientation changes derived by the video tracking system. • a digital magnetic compass for measuring a magnetic field direction of a magnetic field present, • a gravitation sensor for measuring a gravitational field direction of the gravitational field present, and • a control and evaluation unit configured for determining an externally referenced orientation of the observation device depending on a measured magnetic field direction and a measured gravitational field direction and with application of an algorithmic disturbance suppression, for which compensation parameters - relating to a compensation of local magnetic field disturbance influences - are stored, characterized by • a video tracking system for recording an image sequence and for deriving - carried out on the basis of the image sequence - orientation changes of the observation device, and in that • the control and evaluation unit is configured in such a way that the determination of the externally referenced orientation is furthermore influenced by orientation changes derived by the video tracking system, by virtue of the fact that the stored compensation parameters are based, inter alia, on orientation changes derived by the video tracking system.
An ejection amount correction method for measuring the amount of a liquid material ejected from a nozzle and correcting the ejection amount of the liquid material, wherein a mirror is set near an application target surface at a predetermined angle with respect to the application target surface, characterized in that an image of a droplet formed on the application target surface is picked up in the direction parallel to the application target surface through the mirror, the volume of the droplet is calculated based on the picked-up image of the droplet, and the ejection amount is corrected based on the calculated volume.
An apparatus for the cosmetic treatment of hair, comprising two distinct and separate hair tongs, said two distinct and separate hair tongs comprising: hot hair tongs comprising a first jaw and a second jaw articulated to the first jaw, wherein at least one of said first jaw and said second jaw is provided with a heated plate (53', 54'); cold hair tongs (10,10') comprising a first jaw and a second jaw articulated to the first jaw, wherein at least one of said first jaw and said second jaw is provided with a cooled plate (13, 14); cooling means associated with said cooled plate (13, 14); heating means associated with said heated plate (53', 54'); control means associated with said cooling means and with said heating means, said control means comprising at least one thermostat for regulating the temperature of said cooled plate (13, 14) and of said heated plate (53', 54'); electric supply means associated with said control means. hot hair tongs comprising a first jaw and a second jaw articulated to the first jaw, wherein at least one of said first jaw and said second jaw is provided with a heated plate (53', 54'); cold hair tongs (10,10') comprising a first jaw and a second jaw articulated to the first jaw, wherein at least one of said first jaw and said second jaw is provided with a cooled plate (13, 14); cooling means associated with said cooled plate (13, 14); heating means associated with said heated plate (53', 54'); control means associated with said cooling means and with said heating means, said control means comprising at least one thermostat for regulating the temperature of said cooled plate (13, 14) and of said heated plate (53', 54'); electric supply means associated with said control means.
Cooking oven with an user interface comprising input means and display means for showing menus and/or items selected by the user through said input means, said input means comprising a selection zone (A1, A2, A3, A4) where the user's finger can move, wherein the display means has at least a portion (C1, C2, C3, C4) with a shape substantially corresponding to the shape of the selection zone (A1, A2, A3, A4), and in that the user interface comprises a processor which is able to collect input from sensitive area and to organize the menu properly in the display area in order to obtain an intuitive navigation with direct feedback or finger moving in the sensitive input zone, characterized in that a movement of the user's finger corresponds to relative movements of a selector in the graphical user interface, the oven further comprising a cavity closed by a full glass door covering the user interface in the closed configuration thereof, and wherein the user interface comprises a control device capable of sensing the configuration of the door and updating the sensitivity of the user interface according to the detected configuration of the door to compensate also the humidity and high temperature.
A drive system for a vehicle driveable by muscle force, in particular a skateboard, with at least one axle and at least one wheel, having an electric motor, wherein the electric motor comprises a stator connectable to the axle and a rotor rotatable around the stator, and the wheel comprises a roller which forms a running surface, characterized in that the roller is replaceably connected to the rotor and the rotor comprises a bushing with a front plate, wherein the rotor is connected to a retaining plate non-rotatably coupled to the front plate and the roller is fixed along a longitudinal axis.
A UV-curable organopolysiloxane composition comprising: 5 to 70 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least three groups of general formula and/or, as monovalent substituents bonded to the silicon atom at the end of the molecular chain, wherein "a" is an integer of 1 to 3, and the broken line denotes a valence bond, wherein "a" is as defined above, and the broken line denotes a valence bond, 30 to 95 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least two groups of the general formula, [Chem. 3] R 1 b R 2 3-b Si--- wherein R 1 is a C 2 -C 6 alkenyl group, R 2 is a C 1 -C 10 substituted or unsubstituted monovalent hydrocarbon group, b is an integer of 1 to 3, and the broken line denotes a valence bond, the total of components and being 100 parts by weight, and 0.01 to 15 parts by weight of photoinitiator. 5 to 70 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least three groups of general formula and/or, as monovalent substituents bonded to the silicon atom at the end of the molecular chain, wherein "a" is an integer of 1 to 3, and the broken line denotes a valence bond, wherein "a" is as defined above, and the broken line denotes a valence bond, 30 to 95 parts by weight of linear or branched organopolysiloxane based on a backbone composed of repeating diorganosiloxane units and having per molecule at least two groups of the general formula, [Chem. 3] R 1 b R 2 3-b Si--- wherein R 1 is a C 2 -C 6 alkenyl group, R 2 is a C 1 -C 10 substituted or unsubstituted monovalent hydrocarbon group, b is an integer of 1 to 3, and the broken line denotes a valence bond, the total of components and being 100 parts by weight, and 0.01 to 15 parts by weight of photoinitiator.
A system for maintaining a session of an application, the system comprising: one or more memories; and one or more processors, communicatively coupled to the one or more memories, configured to: receive (205, 610), from a user device, a user-side request associated with establishing an in-person application session of an application, wherein the user-side request includes an optical code; configure an application session involving the application according to the user-side request; receive (215, 630), from an agent device, an agent-side request associated with activating the application session, wherein the agent-side request includes authentication information that is associated with a scan of the optical code by the agent device; activate (220, 640), based on receiving the agent-side request, the application session to permit the user device and the agent device to join the application session; and activate, by the user device and via the application session, one or more in-person functions. one or more memories; and one or more processors, communicatively coupled to the one or more memories, configured to: receive (205, 610), from a user device, a user-side request associated with establishing an in-person application session of an application, wherein the user-side request includes an optical code; configure an application session involving the application according to the user-side request; receive (215, 630), from an agent device, an agent-side request associated with activating the application session, wherein the agent-side request includes authentication information that is associated with a scan of the optical code by the agent device; activate (220, 640), based on receiving the agent-side request, the application session to permit the user device and the agent device to join the application session; and activate, by the user device and via the application session, one or more in-person functions. receive (205, 610), from a user device, a user-side request associated with establishing an in-person application session of an application, wherein the user-side request includes an optical code; configure an application session involving the application according to the user-side request; receive (215, 630), from an agent device, an agent-side request associated with activating the application session, wherein the agent-side request includes authentication information that is associated with a scan of the optical code by the agent device; activate (220, 640), based on receiving the agent-side request, the application session to permit the user device and the agent device to join the application session; and activate, by the user device and via the application session, one or more in-person functions.
A method for obtaining a glass plate marked on a portion of one of its faces with code-forming symbols, comprising a stage of etching said symbols by means of laser radiation on a glass sheet obtained by floating on a bath of molten tin, said etching being carried out on the face which has been in contact with said bath of molten tin.
A method for the manufacturing of an injectable intramuscular depot composition suitable for forming an in situ solid implant in a body, comprising a drug which is risperidone and/or paliperidone or any pharmaceutically acceptable salt thereof in any combination, a biocompatible copolymer based on lactic and glycolic acid having a monomer ratio of lactic to glycolic acid of about 50:50, and DMSO as solvent, wherein the composition releases the drug with an immediate onset of action and continuously for at least 4 weeks and wherein the composition has a pharmacokinetic profile in vivo that makes it suitable to be administered each 4 weeks or even longer periods, comprising the step of providing the biocompatible copolymer with an initial molecular weight higher than required for the intramuscular depot composition and then adjusting its molecular weight to between 30 and 36 kDa and its inherent viscosity to a range of 0.26-0.29 dl/g by irradiating it with gamma or beta radiation in the dose range of 10-30 KGy at a temperature of 8°C.
A device, comprising: a modulator that is configured to assign data to constellation points in a multi-dimensional signal constellation; wherein the constellation points of the multi-dimensional signal constellation are divided into a first subset that is used for data, a second subset that is used for control signals and a zero constellation point that is used during idle mode; and a transmitter that is configured to transmit data to a receiver using the constellation points assigned to data in a data mode and to transmit the zero constellation point in the multi-dimensional signal constellation during the idle mode, wherein the zero constellation point is not used for transmitting data; the modulator is configured to assign one of the control signals for a transition from the data mode to the idle mode to a constellation point in the second subset of the multi-dimensional signal constellation that is not used for sending data; and the transmitter is adapted to transmit - during idle mode - the zero constellation point periodically for a refresh time followed by a silent period, wherein the silent period is longer than the refresh time. a modulator that is configured to assign data to constellation points in a multi-dimensional signal constellation; wherein the constellation points of the multi-dimensional signal constellation are divided into a first subset that is used for data, a second subset that is used for control signals and a zero constellation point that is used during idle mode; and a transmitter that is configured to transmit data to a receiver using the constellation points assigned to data in a data mode and to transmit the zero constellation point in the multi-dimensional signal constellation during the idle mode, wherein the zero constellation point is not used for transmitting data;
A method of positioning an annulus spacer circumscribing a tube, the annulus spacer having an inner cylindrical surface in contact with the tube and the tube having a longitudinal axis, the method comprising: vibrating the tube with a transducer to induce motion of the annulus spacer; measuring vibration of the tube for a first response in a first time interval and a second response in a second time interval in response to the vibration induced by the transducer; computing a first frequency-domain response function for the first response and a second frequency-domain response function for the second response; measuring a relative phase shift between the first and second frequency-domain response functions; measuring a relative amplitude shift between the first and second frequency-domain response functions; and determining direction of movement of the annulus spacer based on the measured relative phase shift and the measured relative amplitude shift. vibrating the tube with a transducer to induce motion of the annulus spacer; measuring vibration of the tube for a first response in a first time interval and a second response in a second time interval in response to the vibration induced by the transducer; computing a first frequency-domain response function for the first response and a second frequency-domain response function for the second response; measuring a relative phase shift between the first and second frequency-domain response functions; measuring a relative amplitude shift between the first and second frequency-domain response functions; and determining direction of movement of the annulus spacer based on the measured relative phase shift and the measured relative amplitude shift.
A method of inactivating a pseudorabies virus, the method comprising the steps of: a) providing a fluid comprising a Factor VIII having an activity; b) mixing tri-(n-butyl)phosphate, polyoxyethylene octyl phenyl ether, and polysorbate 80 sorbitan monooleate with the fluid, thereby creating a mixture, wherein the final concentration of tri(n-butyl)phosphate is 0.21% (v/v), the final concentration of polyoxyethylene octyl phenyl ether is 0.7% (v/v), and the final concentration of polysorbate 80 sorbitan monooleate is 0.21% (v/v); and c) incubating the mixture for no more than 120 minutes; wherein both steps (b) and (c) are performed at a temperature of between 2°C to 8°C; wherein the mixture after incubation is essentially free of a viable pseudorabies virus; and wherein the Factor VIII after incubation has an activity of at least 25% of the activity provided in step (a).
A lighting device, including: - a support board, - at least one electrically-powered light radiation source arranged on said support board, - at least one aeriform pumping source active on said board in the vicinity of said at least one radiation source, - a casing surrounding said at least one light radiation source, said at least one pumping source activatable to promote air flow within said casing, wherein said casing includes a reflector surrounding said at least one light radiation source, characterized in that said at least one light radiation source and said at least one pumping source are arranged in said reflector. - a support board, - at least one electrically-powered light radiation source arranged on said support board, - at least one aeriform pumping source active on said board in the vicinity of said at least one radiation source, - a casing surrounding said at least one light radiation source, said at least one pumping source activatable to promote air flow within said casing, wherein said casing includes a reflector surrounding said at least one light radiation source,
Safety needle comprising an outer structure (4, 28) within which there is a cannula holding element capable of being movably coupled with an injector pen for a drug, said cannula holder element supporting and holding in a passing manner a cannula having a first extremity or vial end and a second extremity or patient end suitable for administration of the drug, a protective element having a body associated with a rigid structure (4, 28) having a body and being able to move internally within such structure (4, 28) and axially along a longitudinal axis of the safety needle against a spring so as to be able to expose the second extremity of the cannula for administration of the drug, said protective element being substantially cylindrical and hollow (at 60A), provided with a hole for passage of the cannula and covering said second extremity of the cannula after administration, provision being made for a deforming member capable of deforming the cannula after administration of the drug in such a way that the second extremity of such cannula remains within said protective element, said deforming member being associated with said protective element and being capable of rotating independently with respect thereto about an axis at right angles to said longitudinal axis of the safety needle after administration of the drug, said deforming member having a projecting part capable of contacting the cannula during such rotation such as to deform it towards the protective element and immobilise it within such element, the deforming member comprising a body inserted into the cavity of said protective element, characterised in that the projecting part of said deforming member comes into contact with the cannula only after administration of the drug, said body of the deforming member having a portion capable of connecting discoidal lateral parts (66, 67) inserted into opposite holes (63, 64) made in the protective element and rotating within the said holes (63, 64), the said discoidal lateral parts having ledges which project and are inserted within corresponding guide recesses made in the body of the rigid structure (4, 28) in which said protective element is inserted, said recesses autonomously and completely guiding movement of the protective element and rotation of the deforming member in said protective element.
A driver circuit (110; 310; 510; 1210; 1310) for driving a resonant antenna-circuit (101; 301; 501; 1201; 1301), the resonant antenna circuit comprising an inductance and a capacitance in parallel and being adapted for generating an oscillating voltage signal (Vosc) having a predefined oscillation frequency (fosc) over a first and second node (Na1, Na2), the driver circuit comprising: - a first and a second interface node (Ni1, Ni2) coupled to the first and second node (Na1, Na2) of the resonant antenna circuit respectively; - a control circuit (103; 303; 503; 1203; 1303) being adapted for monitoring the oscillating voltage signal (Vosc) provided by the resonant antenna circuit on the first and second interface node (Ni1, Ni2), and for determining a time window located in the vicinity of a local minimum and/or a local maximum of the oscillating signal and for measuring an amplitude of the oscillating voltage signal (Vosc), and for providing said time window and amplitude to an excitation circuit (102; 302; 502; 1202; 1302); - the excitation circuit being adapted for generating an excitation signal (113; 313; 513; 1213; 1313) during said time window, and for applying said excitation signal to the first and/or second interface node (Ni1, Ni2) and wherein the excitation circuit comprises a current source, characterized in that the current source is adapted for providing the excitation signal in the form of a plurality of current pulses (112, 114, 115) wherein the excitation circuit is arranged such that the energy content of the plurality of current pulses is chosen dependent on the measured amplitude of the oscillating voltage signal (Vosc). - a first and a second interface node (Ni1, Ni2) coupled to the first and second node (Na1, Na2) of the resonant antenna circuit respectively; - a control circuit (103; 303; 503; 1203; 1303) being adapted for monitoring the oscillating voltage signal (Vosc) provided by the resonant antenna circuit on the first and second interface node (Ni1, Ni2), and for determining a time window located in the vicinity of a local minimum and/or a local maximum of the oscillating signal and for measuring an amplitude of the oscillating voltage signal (Vosc), and for providing said time window and amplitude to an excitation circuit (102; 302; 502; 1202; 1302); - the excitation circuit being adapted for generating an excitation signal (113; 313; 513; 1213; 1313) during said time window, and for applying said excitation signal to the first and/or second interface node (Ni1, Ni2) and wherein the excitation circuit comprises a current source, characterized in that the current source is adapted for providing the excitation signal in the form of a plurality of current pulses (112, 114, 115) wherein the excitation circuit is arranged such that the energy content of the plurality of current pulses is chosen dependent on the measured amplitude of the oscillating voltage signal (Vosc).