mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical combination of (i) at least one biocompatible lipid-based nanoparticle and of (ii) at least one carrier comprising at least one pharmaceutical compound, wherein the longest dimension of the biocompatible nanoparticle is between 4 nm and 500 nm as measured by Dynamic Light Scattering, and the surface charge value of the biocompatible nanoparticle is negative and below -10 mV, wherein the carrier is a lipidic carrier and wherein the surface of the carrier is devoid of, or does not expose, a polymer selected from Dextran, polysialic acid, hyaluronic acid, chitosan, heparin, polyvinyl pyrrolidone, polyvinyl alcohol, polyacrylamide, poly(ethylene glycol), and a PEG-based copolymer, for use as a therapeutic, prophylactic or diagnostic composition in a subject in need of said at least one pharmaceutical compound in the context of a therapeutic, prophylactic or diagnostic method, said method comprising a step of administering the at least one carrier comprising at least one pharmaceutical compound to the subject and a distinct step of administering the at least one biocompatible nanoparticle, said at least one biocompatible nanoparticle being administered to the subject between more than 5 minutes and 24 hours before the at least one carrier comprising at least one pharmaceutical compound, and wherein the biocompatible nanoparticle is not used as such as a pharmaceutical compound.
An insulation fault location device for insulation fault location in an ungrounded power supply network having active conductors (L1, L2), the insulation fault location device having precisely one measuring channel and at least one current measuring apparatus and an evaluation apparatus, the current measuring apparatus and the evaluation apparatus being configured as an integrated structural unit in the form of an add-on piece or an adapter piece, the add-on piece being formed as a socket having a plug connection compatible with grounding or the adapter piece being formed as an intermediate plug for being plugged on a plug connection compatible with grounding and the evaluation apparatus having a microprocessor having a storage unit and one or more analog-digital converters, characterized in that the insulation fault location device is configured for measuring a residual current in both an ungrounded and a grounded power supply system each having active conductors (L1, L2), in that the current measuring device is configured as a measuring current transformer, in that the measuring current transformer is configured for registering a test current and for measuring a residual current, and in that the measuring current transformer encloses the active conductors (L1, L2).
A method for reporting system information by a user equipment, UE, in a wireless communication system, the method comprising: acquiring system information of a neighboring cell; receiving a system information reporting request of the neighboring cell and a ready-acquired system information report indicator from a serving cell, after acquiring the system information of the neighboring cell; determining whether the acquired system information of the neighboring cell is allowed to be reported to the serving cell, based on the system information reporting request of the neighboring cell and the ready-acquired system information report indicator; determining whether the system information of the neighboring cell to be reported to the serving cell exists, when the system information of the neighboring cell is determined to be allowed to be reported; and reporting to the serving cell, the system information of the neighboring cell, when the UE determines that the system information of the neighboring cell exists, wherein the system information reporting request of the neighboring cell requests reporting the system information of the neighboring cell to the serving cell, and wherein the ready-acquired system information report indicator indicates whether reporting the system information of the neighboring cell acquired in advance is allowed. acquiring system information of a neighboring cell; receiving a system information reporting request of the neighboring cell and a ready-acquired system information report indicator from a serving cell, after acquiring the system information of the neighboring cell; determining whether the acquired system information of the neighboring cell is allowed to be reported to the serving cell, based on the system information reporting request of the neighboring cell and the ready-acquired system information report indicator; determining whether the system information of the neighboring cell to be reported to the serving cell exists, when the system information of the neighboring cell is determined to be allowed to be reported; and reporting to the serving cell, the system information of the neighboring cell, when the UE determines that the system information of the neighboring cell exists, wherein the system information reporting request of the neighboring cell requests reporting the system information of the neighboring cell to the serving cell, and wherein the ready-acquired system information report indicator indicates whether reporting the system information of the neighboring cell acquired in advance is allowed.
Cosmetic or dermatological preparation comprising hydrolysed milk protein and one or more citrus oils, characterized in that the fraction of citrus oils is in the range from 0.01% to 0.1% by weight, based on the total mass of the preparation.
A secondary battery comprising: a bare cell including a cap plate provided with a slot-shaped first recess; a protective circuit module, PCM,; and a first lead plate for connecting the PCM to the cap plate; wherein the first lead plate has a first laminar extension portion and a first support portion, the said first support portion being mated to a surface of the PCM and the first extension portion projecting towards the cap plate; and wherein a distal end portion of the first extension portion is retained in the said first recess, further wherein the said first lead plate has a generally T-shaped profile; and a second lead plate for connecting the PCM to the cap plate; wherein the second lead plate has a second laminar extension portion and a second support portion, the said second support portion being mated to a surface of the PCM and the second extension portion projecting towards the cap plate; and wherein a distal end portion of the second extension portion is retained in a second slot-shaped recess provided in the cap plate. a bare cell including a cap plate provided with a slot-shaped first recess; a protective circuit module, PCM,; and a first lead plate for connecting the PCM to the cap plate; wherein the first lead plate has a first laminar extension portion and a first support portion, the said first support portion being mated to a surface of the PCM and the first extension portion projecting towards the cap plate; and wherein a distal end portion of the first extension portion is retained in the said first recess, further wherein the said first lead plate has a generally T-shaped profile; and a second lead plate for connecting the PCM to the cap plate; wherein the second lead plate has a second laminar extension portion and a second support portion, the said second support portion being mated to a surface of the PCM and the second extension portion projecting towards the cap plate; and wherein a distal end portion of the second extension portion is retained in a second slot-shaped recess provided in the cap plate.
Use of a separation agent comprising nanofibrillar cellulose hydrogel for phase separation where a first liquid phase is separated from at least one phase selected from a second liquid phase immiscible in said first liquid phase, solid phase and semi-solid phase and wherein the separation agent comprises from 0.1 to 20 wt% of nanofibrillar cellulose in an aqueous dispersion and the separation agent forms a gel-like barrier or interphase between the phases.
System for use for control of layer formation in an aluminium electrolysis cell and exploitation of heat comprising a sidelining block, a shell, and a heat tube, wherein the sidelining block is in thermal contact with the shell, and that the heat tube is operable to remove heat from at least one of the sidelining and the shell, characterized in that the ordering from the inside to the outside is sidelining block - steel shell - heat tube
A high strength polymer-based cartridge, comprising: a polymer case, comprising: a first end having a mouth; a neck extending away from the mouth and comprising a neck thickness (Tn); a shoulder extending below the neck and away from the first end; a body formed below the shoulder and having a case thickness (Tc), comprising: a base interface portion; a flat portion comprising a pull thickness (Tp); and a dip, closer to the shoulder than the flat portion and comprising a dip thickness (Tb); an insert attached to the polymer case opposite the shoulder, comprising: a flat section contacting the flat portion and comprising an insert wall thickness (Ti); and a bulge engaging the dip to maintain the insert on the polymer case; and a projectile disposed in the mouth having a particular caliber; wherein the dip thickness (Tb) and the neck thickness (Tn) are related by a ratio of 1.0 ≤ Tb/Tn < 1.5. a polymer case, comprising: a first end having a mouth; a neck extending away from the mouth and comprising a neck thickness (Tn); a shoulder extending below the neck and away from the first end; a body formed below the shoulder and having a case thickness (Tc), comprising: a base interface portion; a first end having a mouth; a neck extending away from the mouth and comprising a neck thickness (Tn); a shoulder extending below the neck and away from the first end; a body formed below the shoulder and having a case thickness (Tc), comprising: a base interface portion; a flat portion comprising a pull thickness (Tp); and a dip, closer to the shoulder than the flat portion and comprising a dip thickness (Tb); an insert attached to the polymer case opposite the shoulder, comprising: a flat section contacting the flat portion and comprising an insert wall thickness (Ti); and a bulge engaging the dip to maintain the insert on the polymer case; and a flat section contacting the flat portion and comprising an insert wall thickness (Ti); and a bulge engaging the dip to maintain the insert on the polymer case; and a projectile disposed in the mouth having a particular caliber; wherein the dip thickness (Tb) and the neck thickness (Tn) are related by a ratio of 1.0 ≤ Tb/Tn < 1.5.
Assembly for a modular automation device, in which an SMD circuit board is arranged in parallel to a side wall of a housing capsule of the assembly, which has an SMD sensor for detecting the temperature of the supply air in the housing capsule, wherein the supply air flows through air inlet openings in the housing capsule via the SMD circuit board and finally through air outlet openings in the housing capsule, characterised in that the SMD sensor is arranged between a first and a second recess (8, 9) of the SMD circuit board and between a cooling element and an edge of the SMD circuit board directed toward the air inlet opening of the housing capsule, wherein the SMD sensor is in contact with conductor paths guided between the first and second recess (8, 9).
A lighting and/or signaling module, notably for a vehicle, comprising: - a light source (e); - a reflector with a reflecting surface configured for reflecting the light rays emitted by the light source (e); - a lens running parallel to a plane control curve G, with a cross-section at least essentially constant and corresponding to that of a stigmatic reference lens (4 0) between a point situated behind the lens on the plane control curve G and infinity in front of the lens, the lens being configured so as to transmit the light rays reflected by the reflector so as to form a lighting and/or signaling beam; characterized in that the reflecting surface of the reflector is configured in such a manner that the rays of the lighting and/or signaling beam coming from the lens of the module are perpendicular to a circular arc A situated in a plane parallel to that of the plane control curve G, and such that said rays or their projections intercept the circular arc A. - a light source (e); - a reflector with a reflecting surface configured for reflecting the light rays emitted by the light source (e); - a lens running parallel to a plane control curve G, with a cross-section at least essentially constant and corresponding to that of a stigmatic reference lens (4 0) between a point situated behind the lens on the plane control curve G and infinity in front of the lens, the lens being configured so as to transmit the light rays reflected by the reflector so as to form a lighting and/or signaling beam;
Method of treatment of a running ferrous alloy sheet containing at least one easily oxidized element, comprising a step of immersion of said sheet in a molten oxides bath, wherein: - said easily oxidizable element is at least one element chosen among Si, Mn, Al, Cr, B, P; - said molten oxides bath has a viscosity between 0.3.10 -3 Pa.s and 3.10 -1 Pa.s, the surface of said bath being in contact with a non-oxidizing atmosphere, and said molten oxides are inert towards iron; - the residence time of said running sheet in said bath is at least 1 s; - the residues of oxides remaining on the surfaces of said sheet at the exit of the bath are eliminated. - said easily oxidizable element is at least one element chosen among Si, Mn, Al, Cr, B, P; - said molten oxides bath has a viscosity between 0.3.10 -3 Pa.s and 3.10 -1 Pa.s, the surface of said bath being in contact with a non-oxidizing atmosphere, and said molten oxides are inert towards iron; - the residence time of said running sheet in said bath is at least 1 s; - the residues of oxides remaining on the surfaces of said sheet at the exit of the bath are eliminated.
Ball track milling machine for producing ball tracks in workpieces (6, 13, 30, 31) for homokinetic joints, comprising - a tool spindle which can be rotated about a tool spindle axis, and - a ball track milling tool (4, 5; 20) which is held on the tool spindle, characterized in that the ball track milling machine comprises a rotary holder on which at least two rotary positioning devices (11a-11d) are arranged, wherein each rotary positioning device (11a-11d) comprises a workpiece holder (12a-12d), in that the rotary holder is designed such that it can be pivoted about a rotary holder axis, so that each of the workpiece holders (12a-12d) can be pivoted at least between a machining position and a transfer position, wherein a workpiece (6, 13, 30, 31) arranged on a workpiece holder (12a-12d) can be machined by means of the ball track milling tool (4, 5; 20) when the workpiece holder (12a-12d) is in the machining position, and in that, by means of a respective rotary positioning device (11a-11d), a rotary position of the workpiece holder (12a-12d) about a positioning axis (PAa-PAd) can be variably adjusted relative to the rotary holder, wherein the rotary position of the workpiece holder (12a-12d) relative to the rotary holder can be locked at the machining position for machining with the ball track milling tool (4, 5; 20). - a tool spindle which can be rotated about a tool spindle axis, and - a ball track milling tool (4, 5; 20) which is held on the tool spindle, in that the ball track milling machine comprises a rotary holder on which at least two rotary positioning devices (11a-11d) are arranged, wherein each rotary positioning device (11a-11d) comprises a workpiece holder (12a-12d), in that the rotary holder is designed such that it can be pivoted about a rotary holder axis, so that each of the workpiece holders (12a-12d) can be pivoted at least between a machining position and a transfer position, wherein a workpiece (6, 13, 30, 31) arranged on a workpiece holder (12a-12d) can be machined by means of the ball track milling tool (4, 5; 20) when the workpiece holder (12a-12d) is in the machining position, and in that, by means of a respective rotary positioning device (11a-11d), a rotary position of the workpiece holder (12a-12d) about a positioning axis (PAa-PAd) can be variably adjusted relative to the rotary holder, wherein the rotary position of the workpiece holder (12a-12d) relative to the rotary holder can be locked at the machining position for machining with the ball track milling tool (4, 5; 20).
A method comprising: identifying a failing storage device from a plurality of storage devices of a first storage node, the failing storage device having an inaccessible data segment stored thereupon; determining that the inaccessible data segment cannot be recovered using a first data protection scheme utilizing data stored on the first storage node; based on determining that the inaccessible data segment cannot be recovered using the first data protection scheme, identifying a first chunk of data associated with the inaccessible data segment and identifying a group associated with the first chunk of data; selectively retrieving a second chunk of data from a second storage node, wherein the second chunk of data is associated with the group, and wherein the selectively retrieving the second chunk of data does not retrieve data associated with an accessible data segment of the first storage node; and recovering the inaccessible data segment by recovering the first chunk of data using a second data protection scheme and the second chunk of data. identifying a failing storage device from a plurality of storage devices of a first storage node, the failing storage device having an inaccessible data segment stored thereupon; determining that the inaccessible data segment cannot be recovered using a first data protection scheme utilizing data stored on the first storage node; based on determining that the inaccessible data segment cannot be recovered using the first data protection scheme, identifying a first chunk of data associated with the inaccessible data segment and identifying a group associated with the first chunk of data; selectively retrieving a second chunk of data from a second storage node, wherein the second chunk of data is associated with the group, and wherein the selectively retrieving the second chunk of data does not retrieve data associated with an accessible data segment of the first storage node; and recovering the inaccessible data segment by recovering the first chunk of data using a second data protection scheme and the second chunk of data.
Apparatus, comprising: a signal generator, configured to supply a signal having both a first dominant frequency and a second dominant frequency; and an electric circuit, comprising a reactive component, configured to generate, upon the signal being supplied to the electric circuit, a magnetic field having both the first dominant frequency and the second dominant frequency, by virtue of the reactive component simultaneously resonating at both the first dominant frequency and the second dominant frequency; at least one first sensor, configured to generate a first signal in response to sensing the magnetic field at the first dominant frequency; at least one second sensor, configured to generate a second signal in response to sensing the magnetic field at the second dominant frequency; and wherein the apparatus is configured, in response to the first signal and the second signal, to ascertain respective locations at the first sensor and the second sensor. a signal generator, configured to supply a signal having both a first dominant frequency and a second dominant frequency; and an electric circuit, comprising a reactive component, configured to generate, upon the signal being supplied to the electric circuit, a magnetic field having both the first dominant frequency and the second dominant frequency, by virtue of the reactive component simultaneously resonating at both the first dominant frequency and the second dominant frequency; at least one first sensor, configured to generate a first signal in response to sensing the magnetic field at the first dominant frequency; at least one second sensor, configured to generate a second signal in response to sensing the magnetic field at the second dominant frequency; and wherein the apparatus is configured, in response to the first signal and the second signal, to ascertain respective locations at the first sensor and the second sensor.
An audio signal encoding method, the method comprising the steps of: - collecting the audio signal samples, - determining sinusoidal components in subsequent frames, - estimation of amplitudes and frequencies of the components for each frame, - merging thus obtained pairs into sinusoidal trajectories, - splitting trajectories into segments, - transforming (318, 319) the trajectories to the frequency domain by means of a digital transform performed on segments longer than the frame duration, - quantization (320, 321) and selection (322, 323) of transform coefficients in the segments, - entropy encoding, and - outputting the quantized coefficients as output data, wherein: - when the method is an audio signal encoding method for stereo or multichannel encoding, the trajectories of the channels are grouped and only the presence of the trajectories is signaled in a header. - collecting the audio signal samples, - determining sinusoidal components in subsequent frames, - estimation of amplitudes and frequencies of the components for each frame, - merging thus obtained pairs into sinusoidal trajectories, - splitting trajectories into segments, - transforming (318, 319) the trajectories to the frequency domain by means of a digital transform performed on segments longer than the frame duration, - quantization (320, 321) and selection (322, 323) of transform coefficients in the segments, - entropy encoding, and - outputting the quantized coefficients as output data, wherein: - when the method is an audio signal encoding method for stereo or multichannel encoding, the trajectories of the channels are grouped and only the presence of the trajectories is signaled in a header.