mhurhangee/ep-ind-claims huggingface dataset:
Window roller blind with - a frame having two lateral guide profiles, - a first winding shaft arranged at the upper frame end, - a first roller blind web wound up on the first winding shaft, - a first pull rod arranged at the free end of the first roller blind web, which first pull rod is guided movably on the guide profiles and has at least one first brake element which, in order to secure the first pull rod in a desired position, engages releasably on at least one of the guide profiles, - a second winding shaft arranged at the lower frame end, - a second roller blind web wound up on the second winding shaft, and - a second pull rod arranged at the free end of the second roller blind web, which second pull rod is guided movably on the guide profiles, wherein a coupling device couples the first pull rod releasably to the second pull rod, wherein the coupling device has a first latch element which is arranged on the first pull rod and which engages releasably in a corresponding second latch element arranged on the second pull rod, wherein the first and the second latch element (9, 10) can be brought into engagement with each other by rotation of the first and/or the second pull rod (5, 8) about its respective longitudinal axis, characterized in that the first and the second latch element (9, 10) can be brought into engagement with each other by the rotation of the first and/or the second pull rod (5, 8) in a first direction of rotation about its respective longitudinal axis, wherein the braking action can be cancelled by the rotation of the first and/or second pull rod (5, 8) about its respective longitudinal axis, wherein the rotation of the first and/or the second pull rod (5, 8) in the first direction of rotation at the same time cancels the braking action. - a frame having two lateral guide profiles, - a first winding shaft arranged at the upper frame end, - a first roller blind web wound up on the first winding shaft, - a first pull rod arranged at the free end of the first roller blind web, which first pull rod is guided movably on the guide profiles and has at least one first brake element which, in order to secure the first pull rod in a desired position, engages releasably on at least one of the guide profiles, - a second winding shaft arranged at the lower frame end, - a second roller blind web wound up on the second winding shaft, and - a second pull rod arranged at the free end of the second roller blind web, which second pull rod is guided movably on the guide profiles, wherein a coupling device couples the first pull rod releasably to the second pull rod, wherein the coupling device has a first latch element which is arranged on the first pull rod and which engages releasably in a corresponding second latch element arranged on the second pull rod, wherein the first and the second latch element (9, 10) can be brought into engagement with each other by rotation of the first and/or the second pull rod (5, 8) about its respective longitudinal axis,
A method for increasing cell capacity in a cellular system using wired relay stations, the method comprising: receiving, by a base station, an average carrier-to-interference ratio, C/I, value of transmission signals from mobile stations located inside each coverage area, being fed back from the relay stations or the mobile stations in its corresponding cell; classifying the mobile stations into two groups according to the C/I value; for mobile stations belonging to a group having a C/I value greater than a preset threshold among the classified groups, performing resource allocation satisfying a minimum data rate from a corresponding relay station; for mobile stations belonging to a group having a C/I value below the threshold among the classified groups performing resource allocation taking into account two relay stations having a highest C/I value; and allocating all unallocated subchannels of each individual relay station in an order of a mobile station having a high C/I value among mobile stations of a corresponding relay station until there is no more unallocated subchannel of each relay station. receiving, by a base station, an average carrier-to-interference ratio, C/I, value of transmission signals from mobile stations located inside each coverage area, being fed back from the relay stations or the mobile stations in its corresponding cell; classifying the mobile stations into two groups according to the C/I value; for mobile stations belonging to a group having a C/I value greater than a preset threshold among the classified groups, performing resource allocation satisfying a minimum data rate from a corresponding relay station; for mobile stations belonging to a group having a C/I value below the threshold among the classified groups performing resource allocation taking into account two relay stations having a highest C/I value; and allocating all unallocated subchannels of each individual relay station in an order of a mobile station having a high C/I value among mobile stations of a corresponding relay station until there is no more unallocated subchannel of each relay station.
A cuvette for analysing blood comprising: a main body having a sample chamber formed therein; an opening formed in the exterior of the main body, at an apex of the cuvette, wherein the sample chamber communicates with the exterior of the cuvette by the opening, wherein the sample chamber comprises a first sample chamber and a second sample chamber, the first sample chamber being in fluid communication with the opening, and the second sample chamber having a first end which is in fluid communication with the first sample chamber, and a second, closed end (16, 30, 31, 32), the second sample chamber being in fluid communication with the exterior of the cuvette only through the first chamber, the first chamber having a width which is greater than that of the second chamber, and the volume of the second chamber being greater than or equal to the volume of the first chamber, and further wherein the greatest width of the opening is greater than or equal to the greatest width of the first sample chamber, the greatest width of the first sample chamber is greater than or equal to the greatest width of the second sample chamber, and the width of the sample chamber, passing from the opening to the closed end of the second chamber, at each point along its length either remains constant or decreases, and wherein the sample chamber is configured such that, when the apex of the cuvette touches the surface of a drop of blood, some of the blood is drawn into the first sample chamber by capillary action, but is not drawn into the second sample chamber by capillary action. a main body having a sample chamber formed therein; an opening formed in the exterior of the main body, at an apex of the cuvette, wherein the sample chamber communicates with the exterior of the cuvette by the opening, wherein the sample chamber comprises a first sample chamber and a second sample chamber, the first sample chamber being in fluid communication with the opening, and the second sample chamber having a first end which is in fluid communication with the first sample chamber, and a second, closed end (16, 30, 31, 32), the second sample chamber being in fluid communication with the exterior of the cuvette only through the first chamber, the first chamber having a width which is greater than that of the second chamber, and the volume of the second chamber being greater than or equal to the volume of the first chamber, and further wherein the greatest width of the opening is greater than or equal to the greatest width of the first sample chamber, the greatest width of the first sample chamber is greater than or equal to the greatest width of the second sample chamber, and the width of the sample chamber, passing from the opening to the closed end of the second chamber, at each point along its length either remains constant or decreases, and wherein the sample chamber is configured such that, when the apex of the cuvette touches the surface of a drop of blood, some of the blood is drawn into the first sample chamber by capillary action, but is not drawn into the second sample chamber by capillary action.
Semi-finished product formed from a cobalt-based composite material for use with simultaneously high temperatures and an abrasive or corrosive load by hot isostatic pressing, the composite material being produced by powder metallurgy and having a matrix which has the following composition (in wt.%): C: 0.2-2.0%, Si: <1.5%, Mn: <1.5%, Cr: 27.0-32.0%, Ni: <2.0%, Fe: <2.0%, wherein - in the case of a C content of 0.2-0.8%, an Mo content of 4.0-6.0% and a W content of less than 0.5% are present or - in the case of a C content of 0.2-0.8%, an Mo content of less than 0.5% and a W content of 4.0-6.0% are present, or - in the case of a C content of 0.8-2.0%, an Mo content of less than 0.5% and a W content of 4.0-10.0% are present, remainder cobalt and unavoidable impurities, wherein hard material particles are embedded in the matrix in contents of 2.5-30 wt.%. - in the case of a C content of 0.2-0.8%, an Mo content of 4.0-6.0% and a W content of less than 0.5% are present or - in the case of a C content of 0.2-0.8%, an Mo content of less than 0.5% and a W content of 4.0-6.0% are present, or - in the case of a C content of 0.8-2.0%, an Mo content of less than 0.5% and a W content of 4.0-10.0% are present,
A biomaterial suitable for use as a drug eluting, Magnetic Resonance Imaging detectable implant for vascular occlusion, comprising: a polymer comprising N-[tris-(hydroxymethyl)methyl] acrylamide, N,N-methylene-bis-acrylamide, and at least one of the following: sodium acrylate, vinyl sulfonate, 2-acrylamido-2-methylpropane sulfonic acid (AMPS), or 2-carboxyethyl acrylate; an iron oxide particle; and a drug.
A cosmetic composition comprising a hyperbranched copolymer of the monomers (i) dodecenyl succinic acid anhydride (ii) diisopropanol amine (iii) bis-dimethylaminopropyl amine having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol; and at least one liquid dispersion of an acrylic polymer which is a homopolymer or a copolymer of the monomers selected from the group consisting of (meth)acrylic acid, (meth)acrylic esters, (meth)acrylamide and amides of (meth) acrylic acid. a hyperbranched copolymer of the monomers (i) dodecenyl succinic acid anhydride (ii) diisopropanol amine (iii) bis-dimethylaminopropyl amine having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol; (i) dodecenyl succinic acid anhydride (ii) diisopropanol amine (iii) bis-dimethylaminopropyl amine having terminal groups of formula and having a molecular weight Mn of between 1200 and 4000 g/mol; and at least one liquid dispersion of an acrylic polymer which is a homopolymer or a copolymer of the monomers selected from the group consisting of (meth)acrylic acid, (meth)acrylic esters, (meth)acrylamide and amides of (meth) acrylic acid.
A phase modulation device, comprising at least one TORP signal generator, the TORP signal corresponding to oscillation trains periodically repeated at a frequency F PRP whose oscillations are of frequency F OL equal to N.F PRP, with N integer greater than or equal to 2, and each oscillation train of which has a duration of less than 1/F PRP, the TORP signal generator including at least: - an oscillator capable of generating a periodic signal of frequency F OL, and - a power supply circuit configured to be controlled by a periodic power supply control signal of frequency F PRP and connected to at least one power supply input of the oscillator as it generates, when the TORP signal generator is intended to generate an oscillation train, a power supply voltage of the oscillator which is non-zero only during part of a period 1/F PRP, the device further comprising a generator of a phase-modulated periodic signal of frequency F PRP, coding data symbols of an information signal, comprising at least one output onto which the phase-modulated periodic signal of frequency F PRP is intended to be outputted and coupled to a control input of the power supply circuit. - an oscillator capable of generating a periodic signal of frequency F OL, and - a power supply circuit configured to be controlled by a periodic power supply control signal of frequency F PRP and connected to at least one power supply input of the oscillator as it generates, when the TORP signal generator is intended to generate an oscillation train, a power supply voltage of the oscillator which is non-zero only during part of a period 1/F PRP,
An optical terminal for communication by laser signals, which is suitable for emitting a laser beam, referred to as a useful laser beam, which is modulated so as to transmit useful signals to an optical receiver external to the optical terminal, referred to as the destination receiver, the useful laser beam having at least one wavelength and forming at least one illumination spot within a plane perpendicular to a direction of propagation of said useful laser beam and located at the destination receiver, referred to as the reception plane, the optical terminal being characterised in that it is adapted to additionally emit a jamming light beam, such that the useful laser beam and the jamming light beam meet the following properties: - the useful laser beam and the jamming light beam are emitted simultaneously; - an emission direction of the jamming light beam is such that said jamming light beam forms, in the reception plane, a superposition with the useful laser beam; - the jamming light beam has a non-zero spectral power value for the wavelength of the useful laser beam, such that at said wavelength and in the reception plane, the jamming light beam constitutes a noise contribution with respect to the useful signals; and - respective intensities of the useful laser beam and the jamming light beam are such that at the wavelength of the useful laser beam and in the reception plane, there is a zone, referred to as the destination zone, within which the superposition of said useful laser beam and said jamming light beam has signal-to-noise ratio values, for the useful signals, at any point in said destination zone which are all greater than a limit value, and said signal-to-noise ratio simultaneously has values which are all lower than the limit value at any other point in the reception plane outside said destination zone. - the useful laser beam and the jamming light beam are emitted simultaneously; - an emission direction of the jamming light beam is such that said jamming light beam forms, in the reception plane, a superposition with the useful laser beam; - the jamming light beam has a non-zero spectral power value for the wavelength of the useful laser beam, such that at said wavelength and in the reception plane, the jamming light beam constitutes a noise contribution with respect to the useful signals; and - respective intensities of the useful laser beam and the jamming light beam are such that at the wavelength of the useful laser beam and in the reception plane, there is a zone, referred to as the destination zone, within which the superposition of said useful laser beam and said jamming light beam has signal-to-noise ratio values, for the useful signals, at any point in said destination zone which are all greater than a limit value, and said signal-to-noise ratio simultaneously has values which are all lower than the limit value at any other point in the reception plane outside said destination zone.
A single-sided indexable ramping milling insert configured for ramping operations and for mounting in a pocket of a ramping milling tool, comprising top and bottom surfaces (20, 22) and a peripheral surface extending therebetween and meeting the top and bottom surfaces (20, 22) at respective top and bottom edges (28, 30), the top edge comprising a side cutting edge, an end cutting edge, a raised corner cutting edge located therebetween, and a lowered corner cutting edge connected to the end cutting edge; the lowered corner cutting edge being closer to the bottom surface than the raised corner cutting edge, the bottom edge comprising a bottom corner edge associated with, and adjacent to, the lowered corner cutting edge, characterized in that the lowered corner cutting edge and the bottom corner edge are convexly curved; and a depression is recessed into the peripheral surface between the lowered corner cutting edge and its associated bottom corner edge, the depression configured for providing relief from a convex workpiece surface cut by the lowered corner cutting edge during ramping operations; and wherein the depression is spaced apart from both the lowered corner cutting edge and the associated bottom corner edge. the top edge comprising a side cutting edge, an end cutting edge, a raised corner cutting edge located therebetween, and a lowered corner cutting edge connected to the end cutting edge; the lowered corner cutting edge being closer to the bottom surface than the raised corner cutting edge, the bottom edge comprising a bottom corner edge associated with, and adjacent to, the lowered corner cutting edge, characterized in that the lowered corner cutting edge and the bottom corner edge are convexly curved; and a depression is recessed into the peripheral surface between the lowered corner cutting edge and its associated bottom corner edge, the depression configured for providing relief from a convex workpiece surface cut by the lowered corner cutting edge during ramping operations; and wherein the depression is spaced apart from both the lowered corner cutting edge and the associated bottom corner edge.
A method for performing wireless communication by a first device, the method comprising: Receiving, from a second device, a first sidelink control information, SCI, through a physical sidelink control channel, PSCCH; Receiving, from the second device, a second SCI and data through a physical sidelink shared channel, PSSCH, related to the PSCCH, wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; obtaining a distance based on the zone ID included in the second format and location information of the first device; and generating a negative acknowledgement of the data, based on (i) the distance which is smaller than or equal to a communication range requirement and (ii) a failure of the first device to decode the data. Receiving, from a second device, a first sidelink control information, SCI, through a physical sidelink control channel, PSCCH; Receiving, from the second device, a second SCI and data through a physical sidelink shared channel, PSSCH, related to the PSCCH, wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; wherein a format of the second SCI is a first format including no zone identity, ID, or a second format including a zone ID of the second device, and wherein, based on that the format of the second SCI is the second format including the zone ID of the second device, distance-based negative-only hybrid automatic repeat request, HARQ, feedback is enabled by the second SCI; obtaining a distance based on the zone ID included in the second format and location information of the first device; and generating a negative acknowledgement of the data, based on (i) the distance which is smaller than or equal to a communication range requirement and (ii) a failure of the first device to decode the data.
Method to control a drive mechanism of an automated machine for approaching a point of interest on an object, the object having a surface on which a reference information of the object is provided as a one- or two-dimensional pattern, the method comprising - capturing at least one image of the object by means of at least one camera of the automated machine, - identifying the reference information in the at least one image, - determining a position and orientation of the reference information relative to the at least one camera, - determining a position and orientation of the object based on the determined position and orientation of the reference information, and - controlling the drive mechanism based on the determined position and orientation of the object. - capturing at least one image of the object by means of at least one camera of the automated machine, - identifying the reference information in the at least one image, - determining a position and orientation of the reference information relative to the at least one camera, - determining a position and orientation of the object based on the determined position and orientation of the reference information, and - controlling the drive mechanism based on the determined position and orientation of the object.
A method of producing a localised concentration of energy comprising creating at least one shockwave propagating (10; 30; 40) through a non-gaseous medium (8; 28; 38) so as to be incident upon a pocket of gas (2; 22; 32; 46) within the medium (8; 28; 38) wherein the pocket of gas (2; 22; 32; 46) is attached to a non-planar surface (6; 26; 36); characterised in that the non-planar surface (6; 26; 36) is shaped to change the shape of the shockwave (10, 30; 40) as it advances towards the pocket of gas and to concentrate the intensity of the shockwave (10; 30; 40) which is incident upon the pocket of gas (2; 22; 32; 46) such that the shaped shockwave (10; 30; 40) strikes the pocket of gas (2; 22; 32; 46) and compresses the pocket of gas (2; 22; 32; 46) against the non-planar surface (6; 26; 36) as the shockwave (10; 30; 40) propagates through the pocket of gas (2; 22; 32; 46) thus concentrating the energy of the shockwave (10; 30; 40) into the compressed pocket of gas (2; 22; 32; 46).
A method for adjusting a furnace atmosphere in a continuous annealing furnace, the method comprising drawing a gas, which is a part of the furnace atmosphere in the continuous annealing furnace, into a refiner disposed outside the furnace and dehumidifying and deoxidizing the gas in order to decrease a dew point of the furnace atmosphere; causing the gas that has been dehumidified and deoxidized and that has exited the refiner to exchange heat with a gas that is to be drawn into the refiner in a heat exchanger disposed outside the furnace; causing the gas to exchange heat with the furnace atmosphere in a furnace heat exchanger disposed in the furnace; and reinjecting the gas into the furnace.