mhurhangee/ep-ind-claims huggingface dataset:
Stack of paper sheets for use as napkins, particularly dispenser napkins, the stack comprising: a plurality of folded sheets, each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet, whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line, the second folding line separating the folded sheet in two panels connected at the second folding line, wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels (19, 21) of the consecutive folded sheet, characterized in that the free edge of the starter fold is located closer to the outer peripheral edge formed by the first folding line than to an opposite outer peripheral edge. a plurality of folded sheets, each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet, whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line, the second folding line separating the folded sheet in two panels connected at the second folding line, wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels (19, 21) of the consecutive folded sheet, characterized in that the free edge of the starter fold is located closer to the outer peripheral edge formed by the first folding line than to an opposite outer peripheral edge.
A method of generating a waveform for channel estimation, the method comprising: receiving a plurality of pilot symbols; creating, using an inverse symplectic Fourier transform with a windowing operation, a plurality of modulation symbols wherein the creating includes using each of the plurality pilot symbols to modulate one of a plurality of two-dimensional basis functions on a time-frequency plane wherein each of the plurality of two-dimensional basis functions is uniquely associated with one of the plurality of pilot symbols and wherein the windowing operation randomizes phases of the pilot symbols; and generating a transmit waveform comprised of a plurality of pulse waveforms, each of the plurality of pulse waveforms corresponding to a combination of one of the plurality of modulation symbols and one of a plurality of time-translated and frequency-modulated versions of a fundamental transmit pulse. receiving a plurality of pilot symbols; creating, using an inverse symplectic Fourier transform with a windowing operation, a plurality of modulation symbols wherein the creating includes using each of the plurality pilot symbols to modulate one of a plurality of two-dimensional basis functions on a time-frequency plane wherein each of the plurality of two-dimensional basis functions is uniquely associated with one of the plurality of pilot symbols and wherein the windowing operation randomizes phases of the pilot symbols; and generating a transmit waveform comprised of a plurality of pulse waveforms, each of the plurality of pulse waveforms corresponding to a combination of one of the plurality of modulation symbols and one of a plurality of time-translated and frequency-modulated versions of a fundamental transmit pulse.
A device comprising: a bi-stable actuator (172, 300) for operating a moving contact of a vacuum interrupter, the actuator (172, 300) having a first mechanically stable position corresponding to a make position of the moving contact, and a second mechanically stable position corresponding to a break position of the moving contact; and a circuit coupled between first (312, 502) and second (316, 504) coils of the bi-stable actuator (172, 300); characterised in that the circuit includes a voltage tap disposed between the first (312, 502) and second (316, 504) coils and further being configured to selectively pulse the first (312, 502) and second (316, 504) coils and sense a voltage at the tap for determining a position of the bi-stable actuator (172, 300) as being one of the first mechanically stable position or the second mechanically stable position. a bi-stable actuator (172, 300) for operating a moving contact of a vacuum interrupter, the actuator (172, 300) having a first mechanically stable position corresponding to a make position of the moving contact, and a second mechanically stable position corresponding to a break position of the moving contact; and a circuit coupled between first (312, 502) and second (316, 504) coils of the bi-stable actuator (172, 300); characterised in that the circuit includes a voltage tap disposed between the first (312, 502) and second (316, 504) coils and further being configured to selectively pulse the first (312, 502) and second (316, 504) coils and sense a voltage at the tap for determining a position of the bi-stable actuator (172, 300) as being one of the first mechanically stable position or the second mechanically stable position.
A shaft seal, in particular a radial shaft seal, with at least one running sleeve, a housing as well as a sealing element (5, 5a) from polyfluorcarbon, preferably from polytetrafluorethylene, which is provided with a sealing lip (4, 4a) which by radial force is in contact with a surface to be sealed and subjected to a load in direction of the surface to be sealed by an elastomer element (7, 7a) arranged axially between a radially inwardly directed annular flange of the housing and the sealing element (5, 5a), the surface to be sealed being the shell surface of the running sleeve which at one end comprises a radially outwardly directed flange and which when installed is non-rotatably seated on a shaft/axle, characterised in that the running sleeve when installed, is seated on the shaft/axle in the manner of a press-fit, that the elastomer element (7, 7a) is in contact with the radially inwardly directed annular flange of the housing and the sealing element (5, 5a), that the sealing element (5, 5a) is in contact, on its side facing away from the elastomer element (7, 7a) with at least one supporting element (19, 19a, 23) which is a radially extending annular disc, which with its radially outer rim is fastened by welding on a cylinder part of the housing, and in that the flange of the running sleeve lies outside the housing and is at an axial distance from the annular flange of the housing.
A process for fabricating a multilayer Fresnel lens by applying an optically active focusing structure, to a substrate, comprising structuring using photolithographic masks, wherein a central circular shaped region is surrounded by concentric ring area shaped regions, characterized by a number of repetitions of the steps of - coating the substrate with a photosensitive resist layer, - photolithographic structuring of the applied layer, - coating the pre-structured substrate with an optically active layer by PVD (physical vapor deposition), wherein at least two different glasses comprising different optical properties are deposited as a layer to form the optically active focusing structure, wherein the combination of the at least two glasses enables the correction of chromatic aberration of an optical system, and - lifting off the resist layer and - stepwise decreasing the width of the thus produced layers of the multilayer Fresnel lens to top layer structures of the multilayer Fresnel lens to generate an optical multilayer Fresnel lens diffractive component having a serrated structure. - coating the substrate with a photosensitive resist layer, - photolithographic structuring of the applied layer, - coating the pre-structured substrate with an optically active layer by PVD (physical vapor deposition), wherein at least two different glasses comprising different optical properties are deposited as a layer to form the optically active focusing structure, wherein the combination of the at least two glasses enables the correction of chromatic aberration of an optical system, and - lifting off the resist layer and - stepwise decreasing the width of the thus produced layers of the multilayer Fresnel lens to top layer structures of the multilayer Fresnel lens to generate an optical multilayer Fresnel lens diffractive component having a serrated structure.
An image forming apparatus comprising: a rotatable image bearing member; an image forming portion for forming a toner image on said image bearing member; and a cleaning blade (12; 112) for removing a toner on said image bearing member in contact with said image bearing member, wherein said cleaning blade (12; 112) has an edge layer (14; 144) which includes an edge portion (14a; 114a) contacting said image bearing member and which is formed of a first resin material, and has a base layer (15; 115) which is provided superposedly on the edge layer (14; 114) so as to support the edge layer (14; 114) with respect to a thickness direction (t) of said cleaning blade (12; 112) and which is longer than the edge layer (14; 114) with respect to the thickness direction (t) and which is formed of a second resin material different from the first resin material, wherein said cleaning blade (12; 112) includes a hardened portion (16; 116), at a part of the edge layer (14; 114) including the edge portion (14a; 114a), subjected to hardening, characterized in that the hardened portion (16; 116) is harder than another portion of the edge layer (14; 114), and the hardened portion (16; 116) has a length shorter than a length of the edge layer (14; 114) with respect to the thickness direction (t). a rotatable image bearing member; an image forming portion for forming a toner image on said image bearing member; and a cleaning blade (12; 112) for removing a toner on said image bearing member in contact with said image bearing member, wherein said cleaning blade (12; 112) has an edge layer (14; 144) which includes an edge portion (14a; 114a) contacting said image bearing member and which is formed of a first resin material, and has a base layer (15; 115) which is provided superposedly on the edge layer (14; 114) so as to support the edge layer (14; 114) with respect to a thickness direction (t) of said cleaning blade (12; 112) and which is longer than the edge layer (14; 114) with respect to the thickness direction (t) and which is formed of a second resin material different from the first resin material, wherein said cleaning blade (12; 112) includes a hardened portion (16; 116), at a part of the edge layer (14; 114) including the edge portion (14a; 114a), subjected to hardening, characterized in that the hardened portion (16; 116) is harder than another portion of the edge layer (14; 114), and the hardened portion (16; 116) has a length shorter than a length of the edge layer (14; 114) with respect to the thickness direction (t).
An intraocular lens delivery system cartridge, comprising: a body; and a tubular nozzle connected to the body and projecting distally from the body, the nozzle having a cross-section, the cross-section defined by: an ellipse having a center that is offset along the negative y-axis of a Cartesian coordinate system, characterized in that a first curve of the cross section above the x-axis defined as a portion of the ellipse disposed in the first quadrant and the second quadrant of the Cartesian coordinate system; a second curve of the cross section below the x-axis defined as the first curve when revolved around the x-axis of the Cartesian coordinate system, the first curve and the second curve forming first and second points of inflection at locations where the first curve and the second curve intersect the x-axis of the Cartesian coordinate system; and a blend radius defined at each point of inflection to smooth out the point of inflection by the smallest possible circle that is tangent to both the first curve and the second curve and that has a 90 degree tangent line at the point crossing the x-axis. an ellipse having a center that is offset along the negative y-axis of a Cartesian coordinate system, characterized in that a first curve of the cross section above the x-axis defined as a portion of the ellipse disposed in the first quadrant and the second quadrant of the Cartesian coordinate system; a second curve of the cross section below the x-axis defined as the first curve when revolved around the x-axis of the Cartesian coordinate system, the first curve and the second curve forming first and second points of inflection at locations where the first curve and the second curve intersect the x-axis of the Cartesian coordinate system; and a blend radius defined at each point of inflection to smooth out the point of inflection by the smallest possible circle that is tangent to both the first curve and the second curve and that has a 90 degree tangent line at the point crossing the x-axis.
A method for wireless communication, comprising: receiving a grant comprising a carrier indicator, CI, field on a first carrier by a user equipment, UE; and determining, based on the CI field of the grant and a CI mapping for the first carrier, a second carrier on which resources are assigned to the UE, wherein said determining determines that said second carrier is indicated by a value of the CI field within said CI mapping, characterised in that the CI mapping for the first carrier is specific for the cell, and different cells have different CI mappings for the first carrier. receiving a grant comprising a carrier indicator, CI, field on a first carrier by a user equipment, UE; and determining, based on the CI field of the grant and a CI mapping for the first carrier, a second carrier on which resources are assigned to the UE, wherein said determining determines that said second carrier is indicated by a value of the CI field within said CI mapping, characterised in that the CI mapping for the first carrier is specific for the cell, and different cells have different CI mappings for the first carrier.
An antibody that binds to latent myostatin and does not bind to mature myostatin, wherein the antibody blocks the non-proteolytic, spontaneous release of mature myostatin from latent myostatin, and wherein the antibody comprises HVR-H1 comprising the amino acid sequence of SEQ ID NO: 55, HVR-H2 comprising the amino acid sequence of SEQ ID NO:58, HVR-H3 comprising the amino acid sequence of SEQ ID NO: 61, HVR-L1 comprising the amino acid sequence of SEQ ID NO: 65, HVR-L2 comprising the amino acid sequence of SEQ ID NO: 70, and HVR-L3 comprising the amino acid sequence of SEQ ID NO: 73.
Server for streaming media content to a client wherein the media content is encoded as at least one stream, the at least one stream being divided into consecutive segments, the server comprising: - a receiver configured to receive a request from the client for a manifest file comprising metadata of the at least one stream; and - a transmitter configured to, in response to the request for the manifest file: ∘ send the requested manifest file to the client; and ∘ push a selected segment of the consecutive segments of at the least one stream to the client, characterized in that the transmitter is configured to push the selected segment to the client before sending the requested manifest file to the client. - a receiver configured to receive a request from the client for a manifest file comprising metadata of the at least one stream; and - a transmitter configured to, in response to the request for the manifest file: ∘ send the requested manifest file to the client; and ∘ push a selected segment of the consecutive segments of at the least one stream to the client, ∘ send the requested manifest file to the client; and ∘ push a selected segment of the consecutive segments of at the least one stream to the client,
A method for operation of a thrust controlled wind turbine having rotor blades attached to a hub, wherein a controller compensates for torsionally induced blade twist, the method comprising: - operating the wind turbine according to a rated power output curve and programmed maximum thrust value; - periodically or continuously detecting for induced torsional twist in the rotor blades; - upon determination of torsional twist being induced in the rotor blades, adjusting the programmed maximum thrust value to compensate for the torsional twist by increasing or decreasing the programmed maximum thrust value; and - the controller controlling pitch of the rotor blades as a function of the adjusted programmed maximum thrust value so that power output of the wind turbine is not limited or increased by the induced twist on the rotor blades. - operating the wind turbine according to a rated power output curve and programmed maximum thrust value; - periodically or continuously detecting for induced torsional twist in the rotor blades; - upon determination of torsional twist being induced in the rotor blades, adjusting the programmed maximum thrust value to compensate for the torsional twist by increasing or decreasing the programmed maximum thrust value; and - the controller controlling pitch of the rotor blades as a function of the adjusted programmed maximum thrust value so that power output of the wind turbine is not limited or increased by the induced twist on the rotor blades.
A ganged-detector pixel cell for use in a high energy radiation digital imaging device, arrayed in close proximity with another ganged-detector pixel cell in a laminate structure formed of two semiconductor substrates: a detector/photo-conductor substrate and a counting/readout substrate wherein the ganged-detector pixel cell comprises a detector pixel array of multiple detector pixels closely disposed on a semiconductor detector substrate, wherein each detector pixel is in electrical communication with only one single pixel signal counting circuit, the pixel signal counting circuit disposed on a semiconductor readout substrate adjacent the semiconductor detector substrate.
The use of the reaction product formed from (a) a hydrocarbyl-substituted dicarboxylic acid whose hydrocarbyl radical is a linear or branched C 8 - to C 40 -alkyl or -alkenyl radical or a polyisobutenyl radical having 24 to 250 carbon atoms, or the anhydride thereof, and (b) a nitrogen compound of the general formula I or a salt of the nitrogen compound I, where R 1 and R 2 are each independently hydrogen or a C 1 - to C 20 -hydrocarbyl radical, together with a fuel additive having detergent action which is at least one amphiphilic substance having at least one hydrophobic hydrocarbyl radical having a number-average molecular weight (M n) of 85 to 20 000 and at least one polar moiety, as an additive in a fuel for reducing fuel consumption in the operation of a spark-ignited internal combustion engine with this fuel or as an additive in a gasoline fuel for reduction of fuel consumption in the operation of a self-ignition internal combustion engine with this fuel. or a salt of the nitrogen compound I, where R 1 and R 2 are each independently hydrogen or a C 1 - to C 20 -hydrocarbyl radical, together with a fuel additive having detergent action which is at least one amphiphilic substance having at least one hydrophobic hydrocarbyl radical having a number-average molecular weight (M n) of 85 to 20 000 and at least one polar moiety, as an additive in a fuel for reducing fuel consumption in the operation of a spark-ignited internal combustion engine with this fuel or as an additive in a gasoline fuel for reduction of fuel consumption in the operation of a self-ignition internal combustion engine with this fuel.
A renal failure therapy system comprising: a dialysis fluid pumping unit including a dialysis fluid pump; a disposable set operable with the dialysis fluid pumping unit such that the dialysis fluid pump can pump dialysis fluid from the disposable set; a concentrate in fluid communication with the disposable set, wherein the concentrate is used to prepare the dialysis fluid; a conductivity sensor configured to sense when the concentrate has been introduced to the disposable set; and a control unit operating the dialysis fluid pump, characterized in that the control unit is configured to: (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i). a dialysis fluid pumping unit including a dialysis fluid pump; a disposable set operable with the dialysis fluid pumping unit such that the dialysis fluid pump can pump dialysis fluid from the disposable set; a concentrate in fluid communication with the disposable set, wherein the concentrate is used to prepare the dialysis fluid; a conductivity sensor configured to sense when the concentrate has been introduced to the disposable set; and a control unit operating the dialysis fluid pump, characterized in that the control unit is configured to: (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i). (i) cause a portion of the concentrate to fill at least a portion of the disposable set between treatments, the concentrate operating as a disinfectant allowing the same disposable set to be used for multiple treatments with the dialysis fluid pumping unit, (ii) use an output of the conductivity sensor to determine whether the concentrate filled the at least a portion of the disposable set, (iii) when the concentrate did not fill the at least a portion of the disposable set, cause an alarm to be provided that is indicative of an issue with the concentrate, and (iv) determine whether the disposable set may be used again via the disinfecting concentrate in (i).