mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding audio signals and related spatial information into a reproduction layout-independent format, the method comprising: generating two groups of tracks comprising: assigning a first set of the audio signals containing audio needing highly directional localization into a first group and encoding the first group as a set of mono audio tracks with associated metadata describing the direction of origin of the signal of each track with respect to a recording position, and its initial playback time; assigning a second set of the audio signals containing audio for which localization provided by low order Ambisonics suffices into a second group and encoding the second group as at least one set of Ambisonics tracks of a given order and mixture of orders; wherein localization is a perceived spatial audio localization when the audio signals are reproduced, and characterized in that the method further comprises: encoding a direction angle accompanied with an angular width of a perceived sound image of a corresponding audio source associated to the tracks in the set of mono audio tracks. assigning a first set of the audio signals containing audio needing highly directional localization into a first group and encoding the first group as a set of mono audio tracks with associated metadata describing the direction of origin of the signal of each track with respect to a recording position, and its initial playback time; assigning a second set of the audio signals containing audio for which localization provided by low order Ambisonics suffices into a second group and encoding the second group as at least one set of Ambisonics tracks of a given order and mixture of orders; wherein localization is a perceived spatial audio localization when the audio signals are reproduced, and characterized in that the method further comprises: encoding a direction angle accompanied with an angular width of a perceived sound image of a corresponding audio source associated to the tracks in the set of mono audio tracks.
A light emitting system, comprising a plurality of peptide nanostructures forming organic sub-nanometric crystalline structures which exhibit quantum confinement, and means configured to excite said sub-nanometric crystalline structures to emit light, wherein said means is selected from the group consisting of; a pair of electrodes configured to excite said sub-nanometric crystalline structures by injecting holes and electrons to said peptide nanostructures, thereby to emit light via injection luminescence, a heat source configured to excite said sub-nanometric crystalline structures by heating said peptide nanostructures, thereby to emit light via thermoluminescence, and means which comprises or is connectable to a voltage source configured to excite said sub-nanometric crystalline structures by applying voltage to said peptide nanostructures, thereby to emit light via electroluminescence.
Carbine with a framework in which a barrel with an operating axis is firmly mounted, with a locking sleeve, connected to the barrel, with a lock, with a sliding block, with a gas-powered actuator, the gas-powered actuator comprising a plunger support, an annular piston, which is located in a displaceable manner on said plunger support, a ring-shaped expansion chamber constituted by an axial section with a reduced internal radius of the annular piston along with the plunger support, in a region behind a front surface of said annular piston, said expansion chamber acting on the sliding block by means of push rods and being pushed forward by reset springs, with a gas borehole penetrating the wall of the barrel and the plunger support, the gas-powered actuator further comprising an outlet channel formed by a protruding, foremost part of the annular piston with an overflow limit of the plunger support and a region before it, said outlet channel being fluidly separated from the expansion chamber when the annular piston is at rest and being fluidly connected with the expansion chamber after a backward displacement of the annular piston.
An elongate container for an electrical and/or electronic multi-accessory block, the container including a longitudinal opening in which accessory modules (3, 4, 5, 6) are to be implanted, the longitudinal opening being defined by two facing longitudinal edges that are provided with mounting means for mounting said accessory modules, the container comprising four separate pieces that are assembled together, namely two elongate members each presenting a body that, on its inner side, at its top, carries a longitudinal edge that is provided with said mounting means (112, 113) for mounting said accessory modules, and two brackets that are provided with mechanical assembly means (124, 125) that co-operate with complementary mechanical assembly means that are provided at the ends of said elongate members, each bracket being attached to the two elongate members so as to position said longitudinal edges of said elongate members facing each other at a determined fixed width, the container being characterized in that, on an outer other side, opposite from said inner side, the body of each elongate member includes arrangements (114, 115) that form respective first grooves, said first grooves receiving said mechanical assembly means (124, 125) for assembling the brackets, such that the brackets, assembled to said elongate members, are situated outside the mounting volume for said accessory modules, defined between the two inner sides of the bodies of the facing elongate members.
A material, comprising: multiple layers of a plurality of domains, each domain being flattened in a first direction and elongated in a second direction normal to the first direction, wherein the domains in a layer overlap with the domains in another layer, wherein the flattened and elongated domains define an anisotropic microstructure that facilitates a magnetic flux flow (14; 42; 62), characterised in that the multiple layers define a sloping surface, and the material comprises at least one further layer comprising a further plurality of flattened domains that are elongated in a direction substantially aligned with the slope of the sloping surface. multiple layers of a plurality of domains, each domain being flattened in a first direction and elongated in a second direction normal to the first direction, wherein the domains in a layer overlap with the domains in another layer, wherein the flattened and elongated domains define an anisotropic microstructure that facilitates a magnetic flux flow (14; 42; 62), characterised in that the multiple layers define a sloping surface, and the material comprises at least one further layer comprising a further plurality of flattened domains that are elongated in a direction substantially aligned with the slope of the sloping surface.
A method for identifying a connection between a reach extender channel termination, RE-CT, and an optical network unit, ONU, the method comprising: transmitting, by an optical line terminal, OLT, a dynamic bandwidth allocation, DBA grant to the ONU via a multi-channel termination reach extender, MCRE; retrieving, by the OLT from the MCRE, recorded optical signal power measurements associated with an upstream transmission by the ONU; and identifying, by the OLT, the RE-CT of the MCRE that is connected to the ONU by correlating the recorded optical signal power measurements associated with the upstream transmission by the ONU with the DBA grant. transmitting, by an optical line terminal, OLT, a dynamic bandwidth allocation, DBA grant to the ONU via a multi-channel termination reach extender, MCRE; retrieving, by the OLT from the MCRE, recorded optical signal power measurements associated with an upstream transmission by the ONU; and identifying, by the OLT, the RE-CT of the MCRE that is connected to the ONU by correlating the recorded optical signal power measurements associated with the upstream transmission by the ONU with the DBA grant.
An adjustment mechanism for adjusting at least one engine of a spacecraft, including an engine plate for the at least one engine, a pivotable boom for pivoting the engine plate between a retracted position adjacent the spacecraft and at least one extracted position spaced apart from the spacecraft, and a first adjustment drive for pivoting the boom and a second adjustment drive for orienting the engine plate relative to the boom, wherein the first adjustment drive comprises a monoaxial pivoting device comprising a first pivot axis, and the second adjustment drive comprises an at least biaxial pivoting device comprising a second and a third pivot axis, characterized in that the second or the third pivot axis extending, or being positionable, in parallel with the first pivot axis.
A method for use in a network node of a frequency division duplex, FDD, wireless communication network, the method comprising, scheduling, for a wireless device, a first downlink transmission with a first transmission processing time on a first frequency carrier, the scheduling comprising a first downlink assignment index, DAI, the first DAI comprising a first total DAI and a first accumulative DAI; scheduling, for the wireless device, a second downlink transmission with a second transmission processing time different than the first processing time on a second frequency carrier, the scheduling comprising a second DAI, the second DAI comprising a second total DAI and a second accumulative DAI, wherein the first transmission processing time and the second transmission processing time relate to a respective hybrid automatic repeat request, HARQ, feedback transmission timing corresponding to the first downlink transmission and the second downlink transmission, and wherein the network node expects HARQ feedback for the first downlink transmission and the second downlink transmission in a single uplink transmission; and transmitting the scheduling for the first and second downlink transmission to the wireless device.
An implantable medical device comprising a metal basal body and a polymer film layer covering the surface of the metal basal body for preventing endothelium growth and for covering the surface, comprising a transitional body located between the metal basal body and the polymer film layer, which covers at least part of the surface of the metal basal body, wherein the transitional body connects the polymer film layer and the metal basal body, characterized in that the transitional body comprises amorphous carbon, and the transitional body and metal basal body are covered with the polymer film layer by chemical vapor deposition.
A method comprising issuing a notification for self-organizing network coordination, which notifies an action of at least one self-organizing network function at a lower management level, from the lower management level of a self-organizing network to a higher management level of the self-organizing network; wherein the notification comprises a self-organizing network coordination specific request, in which the notified action is an intended action intended to be performed by the at least one self-organizing network function at the lower management level, for which a self-organizing network coordination decision is requested from the higher management level, and which comprises coordination-related profile information of the at least one self-organizing network function; receiving an operation for self-organizing network coordination, which includes a self-organizing network coordination decision for the intended action, from the higher management level, wherein the self-organizing network coordination decision corresponds to either a confirmation of the intended action or a rejection of the intended action or at least one action alternative to the intended action, and operating the at least one self-organizing network function at the lower management level according to the self-organizing network coordination decision for the intended action. issuing a notification for self-organizing network coordination, which notifies an action of at least one self-organizing network function at a lower management level, from the lower management level of a self-organizing network to a higher management level of the self-organizing network; wherein the notification comprises a self-organizing network coordination specific request, in which the notified action is an intended action intended to be performed by the at least one self-organizing network function at the lower management level, for which a self-organizing network coordination decision is requested from the higher management level, and which comprises coordination-related profile information of the at least one self-organizing network function; receiving an operation for self-organizing network coordination, which includes a self-organizing network coordination decision for the intended action, from the higher management level, wherein the self-organizing network coordination decision corresponds to either a confirmation of the intended action or a rejection of the intended action or at least one action alternative to the intended action, and operating the at least one self-organizing network function at the lower management level according to the self-organizing network coordination decision for the intended action.
A method for generating a phase envelope log to characterize a subsurface formation intersected by a borehole of a well, the method comprising: drilling the borehole with a drill string; circulating a drilling fluid in the borehole; drawing at least two fluid samples at the surface of a drill rig using surface logging equipment, each fluid sample comprising at least a portion of a fluid contained in the subsurface formation from a respective one of at least two different depths in the borehole measured along a well trajectory; acquiring, from a downhole instrument, at least one respective PVT parameter indicative of an in-situ condition of the subsurface formation related to each fluid sample, wherein the at least one respective PVT parameter related to each fluid sample is specific to a particular borehole depth; determining a phase envelope for each respective fluid sample using a chemical composition of the fluid sample and the respective at least one PVT parameter; and creating a continuous phase envelope log formed of a continuous series of phase envelopes using the determined phase envelopes; wherein the step of creating the continuous phase envelope log is done by: (i) arranging the determined phase envelopes according to measured depth along the well trajectory; and (ii) interpolating between two adjacent determined phase envelopes according to depth to fill areas without information about the phase envelope. drilling the borehole with a drill string; circulating a drilling fluid in the borehole; drawing at least two fluid samples at the surface of a drill rig using surface logging equipment, each fluid sample comprising at least a portion of a fluid contained in the subsurface formation from a respective one of at least two different depths in the borehole measured along a well trajectory; acquiring, from a downhole instrument, at least one respective PVT parameter indicative of an in-situ condition of the subsurface formation related to each fluid sample, wherein the at least one respective PVT parameter related to each fluid sample is specific to a particular borehole depth; determining a phase envelope for each respective fluid sample using a chemical composition of the fluid sample and the respective at least one PVT parameter; and creating a continuous phase envelope log formed of a continuous series of phase envelopes using the determined phase envelopes; wherein the step of creating the continuous phase envelope log is done by: (i) arranging the determined phase envelopes according to measured depth along the well trajectory; and (ii) interpolating between two adjacent determined phase envelopes according to depth to fill areas without information about the phase envelope. (i) arranging the determined phase envelopes according to measured depth along the well trajectory; and (ii) interpolating between two adjacent determined phase envelopes according to depth to fill areas without information about the phase envelope.
A method for reducing the number of pathogens in a liquid, the method comprising: (a) diffusing a liquid into droplets by at least one nozzle, while subjecting the liquid to a pressure drop of eight Bars or more, wherein the pressure drop occurs between a nozzle inlet and a nozzle outlet, wherein the nozzle outlet is positioned in an inner cavity of a reactor; and (b) after diffusing the liquid into droplets, collecting the droplets inside of a reservoir in the inner cavity of the reactor to create a volume of liquid and increasing the temperature of the volume of liquid by 10°C or more. (a) diffusing a liquid into droplets by at least one nozzle, while subjecting the liquid to a pressure drop of eight Bars or more, wherein the pressure drop occurs between a nozzle inlet and a nozzle outlet, wherein the nozzle outlet is positioned in an inner cavity of a reactor; and (b) after diffusing the liquid into droplets, collecting the droplets inside of a reservoir in the inner cavity of the reactor to create a volume of liquid and increasing the temperature of the volume of liquid by 10°C or more.
Method for the production of a panel for floors, walls or ceilings, having connection elements, comprising a groove and a tongue, which are arranged each on opposing sides of a panel, as well as a further locking element, being connected thereto by means of a force fitting, which consists of a plastic material or an adhesive and which is in form of a strand, wherein the panel comprises connection elements (10, 3) on two opposing sides which are formed so that a connection is not possible by means of a displacement in one plane, characterized in that the adhesive or plastic material is applied onto the surface of the connection element in form of a strand and subsequently, in one work step the adhesive or plastic material is formed and at the same time a connection element adjacent to the adhesive or the plastic material is machined out of a board by means of a milling process.
Measuring device for contactless calculation of a rotation angle (β), comprising a first body, on which a magnet is arranged at a radial distance (r) from an axis of rotation, and comprising at least one second body having a magnetic-field-sensitive element for generating a measuring signal, where, during a relative rotational movement between the first body and the second body, the magnetic-field-sensitive element and the magnet are arranged tangentially in relation to a circular path of the relative rotational movement, characterized in that the magnet is magnetized or polarized radially in such a way that north and south pole (N,S) are located beside each other in a plane arranged at right angles to a radial direction referred to the axis of rotation and the result are magnetic field lines which, starting from an imaginary centre placed in the plane, widen out in the form of a fan at right angles to the plane.
A device providing secure vendor service access for its maintenance, comprising: - a configuration storage providing a device configuration for operating the device; and - a security module being arranged to set at least one access right for accessing the configuration storage; wherein the device is: only operable if the at least one access right is set; arranged such that a transition from the condition of access rights not being set to one of the conditions access enabled and access disabled and vice versa is shiftable; and arranged such that a direct transition from the condition of access rights enabled to access rights disabled and vice versa is prohibited. - a configuration storage providing a device configuration for operating the device; and - a security module being arranged to set at least one access right for accessing the configuration storage; only operable if the at least one access right is set; arranged such that a transition from the condition of access rights not being set to one of the conditions access enabled and access disabled and vice versa is shiftable; and arranged such that a direct transition from the condition of access rights enabled to access rights disabled and vice versa is prohibited.
A lifting device suitable for use on a heavy goods vehicle for lifting and emptying waste collection containers, having a telescopically extensible boom, which has a coupling tool for coupling to a waste collection container, and having an extensible support, which is attached on a rotating platform, having at least one interleaved, telescopically extensible profile, wherein the boom is provided at the upper end region of the support with a pivot element between boom and support, so that the boom is pivotable in a vertical plane about a pivot axis, characterized in that the extensible profile is formed as internal runners (15, 16) having a fixed tube and runners (22, 23, 24) having a polygonal footprint, and a carrier head is provided at the end region of the support, which is formed as L-shaped having a carrier plate (34; 52) overhanging in relation to the support, which carrier plate has the pivot axis of the boom and a support for the pivot element.
A method of controlling a heat exchange device structured such that a flow channel in which a heat transfer medium liquid flows is provided, the flow channel is provided with a heat transfer medium liquid circulation flow channel having a first heat exchange unit which exchanges heat in relation to a second heat exchange unit coming to a load side, a fixed amount of first heat transfer medium liquid circulates in the heat transfer medium liquid circulation flow channel, and an amount of heat exchange in the first heat exchange unit fluctuates due to passage of time on the basis of fluctuation of an amount of heat required by the load side, wherein the method comprises the steps of supplying a necessary amount of second heat transfer medium liquid capable of applying the amount of heat required by the first heat exchange unit to the heat transfer medium liquid circulation flow channel by a heat source which holds the second heat transfer medium liquid having a temperature difference from the first heat transfer medium liquid, in such a manner that a detected temperature of the first heat transfer medium liquid in an outlet end of the first heat exchange unit maintains a required set temperature in a side where an inlet end of the first heat exchange unit exists, and discharging the same amount of the first heat transfer medium liquid as that of the supplied second heat transfer medium liquid in a side where the outlet end of the first heat exchange unit exists.