mhurhangee/ep-ind-claims huggingface dataset:
An effective amount of an agent that increases the intracellular pH of a host cell and/or of an intracellular compartment of a host cell and an effective amount of a bactericidal agent, for use in the treatment of a bacterial infection in a subject in need thereof, comprising: - administration of the effective amount of the agent that increases the intracellular pH of a host cell and/or of an intracellular compartment of a host cell, and - administration of the effective amount of the bactericidal agent, wherein the bactericidal agent is a bacterial lysin comprising a cell wall binding domain, a bacterial autolysin comprising a cell wall binding domain, or is a bacteriophage lysin comprising a cell wall binding domain, or wherein the bactericidal agent is a bacterial lysin operably linked to a protein transduction domain, a bacterial autolysin operably linked to a protein transduction domain or is a bacteriophage lysin operably linked to a protein transduction domain. - administration of the effective amount of the agent that increases the intracellular pH of a host cell and/or of an intracellular compartment of a host cell, and - administration of the effective amount of the bactericidal agent,
Assembly for forming a swimming-pool cover, the swimming-pool cover being formed by a number N of slats, the slats being arranged and articulated parallel to each other, each slat being closed by two plugs, each plug being water-tightly adjustable inside one end of the slat, the swimming-pool cover further comprising two wings (200, 200a, 200b, 200c), each wing (200, 200a, 200b, 200c) being mountable on each plug and protruding from the slat end when mounted on the slat; the assembly comprising: - at least a group of slats each slat with two plugs, all slats in the group having a same first length (Ls); and wherein the assembly further comprises wings, having a second length (Lw) being such that the length (Ls) of the slat plus twice the length of the wing (200, 200a, 200b, 200c) is less than a width (w) of the swimming pool where the cover is to be installed; the assembly being characterized in that the wings (200, 200a, 200b, 200c) are a plurality of groups of wings (200, 200a, 200b, 200c), all wings in each group of wings having the same second length (Lw), the length of the wings in a group of wings being different from the length of the wings in the rest of groups of wings. - at least a group of slats each slat with two plugs, all slats in the group having a same first length (Ls); and
A return mechanism in a locking cylinder for an anti-panic lock, said mechanism prestressing a rotatable bolt toe of the locking cylinder in order to exclude a predetermined angular range for an idle position of the bolt toe, wherein the return mechanism comprises: at least one return member providing the required force for the return mechanism, a first, larger gearwheel connected to the bolt toe for co-rotation therewith, a second, smaller gearwheel engageable with the first, larger gearwheel so that a force applied to the second, smaller gearwheel by the return member is transmitted to the first, larger gearwheel, wherein the first, larger gearwheel and the second, smaller gearwheel have the same number of teeth. at least one return member providing the required force for the return mechanism, a first, larger gearwheel connected to the bolt toe for co-rotation therewith, a second, smaller gearwheel engageable with the first, larger gearwheel so that a force applied to the second, smaller gearwheel by the return member is transmitted to the first, larger gearwheel, wherein the first, larger gearwheel and the second, smaller gearwheel have the same number of teeth.
Method for determining at least one new broadcast area, the new broadcast area containing a plurality of cells and serving a plurality of user equipments, the user equipments being organized within a plurality of groups, the method comprising the following steps realized for at least one of the groups a first step of determining a principal direction depending of directions of the user equipments of the group, a second step of determining a dispersion of the directions, depending of the directions of the user equipments of the group and of the principal direction, a third step of determining a center, depending of positions of the user equipments of the group, a fourth step of determining a geographical area; the geographical area being centered on the center and the geographical area having a first extension, along the principal direction, this first extension depending of the speeds of the user equipments of the group and the geographical area having a second extension, along a direction perpendicular to the principal direction, this second extension depending of the dispersion and the speeds of the user equipments of the group, the method also comprising a fifth step of determining the new broadcast area, as being coverage areas of cells overlapping the geographical area. a first step of determining a principal direction depending of directions of the user equipments of the group, a second step of determining a dispersion of the directions, depending of the directions of the user equipments of the group and of the principal direction, a third step of determining a center, depending of positions of the user equipments of the group, a fourth step of determining a geographical area; the geographical area being centered on the center and the geographical area having a first extension, along the principal direction, this first extension depending of the speeds of the user equipments of the group and the geographical area having a second extension, along a direction perpendicular to the principal direction, this second extension depending of the dispersion and the speeds of the user equipments of the group, the geographical area being centered on the center and the geographical area having a first extension, along the principal direction, this first extension depending of the speeds of the user equipments of the group and the geographical area having a second extension, along a direction perpendicular to the principal direction, this second extension depending of the dispersion and the speeds of the user equipments of the group, the method also comprising a fifth step of determining the new broadcast area, as being coverage areas of cells overlapping the geographical area.
A method of decoding a block of video data, the method comprising: deriving, from among a plurality of intra prediction modes, M most probable modes, MPMs, for luma intra prediction of a current prediction unit, PU, of the block of video data, wherein M is greater than 3, three of the MPMs being determined based on the modes of two neighboring PUs positioned left and above the current PU as defined in High Efficiency Video Coding, HEVC, and an additional M-3 of the MPMs are selected such that a Planar intra mode and a DC intra mode are always included in the M MPMs, wherein the additional M-3 MPMs are selected such that, in addition to the Planar intra mode and the DC intra mode, at least one of a VERTICAL intra mode, a HORIZONTAL intra mode or a DIAGONAL intra mode is always included in the M MPMs for luma intra prediction of the current PU; decoding a syntax element that indicates whether a MPM index or a non-MPM index is used to indicate a selected intra prediction mode of the plurality of intra prediction modes for luma intra prediction of the block of video data; decoding the indicated one of the MPM index or the non-MPM index, wherein the MPM index indicates which of the M MPMs is the selected intra prediction mode, and wherein the non-MPM index indicates which of the plurality of intra prediction modes other than the M MPMs is the selected intra prediction mode; and reconstructing the block of video data based on the selected intra prediction mode. deriving, from among a plurality of intra prediction modes, M most probable modes, MPMs, for luma intra prediction of a current prediction unit, PU, of the block of video data, wherein M is greater than 3, three of the MPMs being determined based on the modes of two neighboring PUs positioned left and above the current PU as defined in High Efficiency Video Coding, HEVC, and an additional M-3 of the MPMs are selected such that a Planar intra mode and a DC intra mode are always included in the M MPMs, wherein the additional M-3 MPMs are selected such that, in addition to the Planar intra mode and the DC intra mode, at least one of a VERTICAL intra mode, a HORIZONTAL intra mode or a DIAGONAL intra mode is always included in the M MPMs for luma intra prediction of the current PU; decoding a syntax element that indicates whether a MPM index or a non-MPM index is used to indicate a selected intra prediction mode of the plurality of intra prediction modes for luma intra prediction of the block of video data; decoding the indicated one of the MPM index or the non-MPM index, wherein the MPM index indicates which of the M MPMs is the selected intra prediction mode, and wherein the non-MPM index indicates which of the plurality of intra prediction modes other than the M MPMs is the selected intra prediction mode; and reconstructing the block of video data based on the selected intra prediction mode.
Pump having a housing in which an electric motor of a pump stage which can be driven by a shaft of the electric motor is arranged, wherein a second pump stage which can be driven by the shaft is arranged in series with respect to the first pump stage, wherein both pump stages (4, 5) are constructed as peripheral or lateral channel stages and the impellers (11, 12) of the two pump stages (4, 5) are arranged counter to the conveying direction of the other pump stage (5, 4) in each case, characterized in that the two impellers (11, 12) have a V-shaped blade arrangement, wherein, depending on the rotation direction of the electric motor, in each case one impeller carries out the conveying operation, whilst the other impeller as a result of its opposing arrangement counteracts the conveying.
Semiconductor structure (100; 200; 300; 500) comprising: a barrier layer comprising AlGaInN, AlInN or AlGaN; a spacer structure comprising a first aluminum nitride layer, an intermediate layer and a second aluminum nitride layer, wherein the intermediate layer comprises a group III nitride and is arranged between the first aluminum nitride layer and the second aluminum nitride layer and wherein the intermediate layer comprises a first free charge carrier density at an interface with the second aluminum nitride layer; and a channel layer comprising a group III nitride, wherein the spacer structure is arranged between the barrier layer and the channel layer, wherein the spacer structure is grown on the channel layer, and the AlGaInN barrier layer, the AlInN barrier layer or the AlGaN barrier layer is grown on the spacer structure so that the barrier layer is directly adjacent to the second aluminum nitride layer and that the channel layer is directly adjacent to the first aluminum nitride layer, and wherein the channel layer comprises a second free charge carrier density at the interface with the first aluminum nitride layer of the spacer structure, wherein the first aluminum nitride layer, the intermediate layer and the second aluminum nitride layer comprise layer thicknesses such that the first free charge carrier density is less than 10% of the second free charge carrier density. a barrier layer comprising AlGaInN, AlInN or AlGaN; a spacer structure comprising a first aluminum nitride layer, an intermediate layer and a second aluminum nitride layer, wherein the intermediate layer comprises a group III nitride and is arranged between the first aluminum nitride layer and the second aluminum nitride layer and wherein the intermediate layer comprises a first free charge carrier density at an interface with the second aluminum nitride layer; and a channel layer comprising a group III nitride, wherein the spacer structure is arranged between the barrier layer and the channel layer, wherein the spacer structure is grown on the channel layer, and the AlGaInN barrier layer, the AlInN barrier layer or the AlGaN barrier layer is grown on the spacer structure so that the barrier layer is directly adjacent to the second aluminum nitride layer and that the channel layer is directly adjacent to the first aluminum nitride layer, and wherein the channel layer comprises a second free charge carrier density at the interface with the first aluminum nitride layer of the spacer structure, wherein the first aluminum nitride layer, the intermediate layer and the second aluminum nitride layer comprise layer thicknesses such that the first free charge carrier density is less than 10% of the second free charge carrier density.
A reflection-type display apparatus comprising: a reflection-type display; a light source provided on the reflection-type display; a light guide plate (207, 540) bonded to an upper surface of the reflection-type display for scattering light introduced from the light source and having cavities (217, 541) transversely and longitudinally disposed therein at predetermined intervals along an upper surface of the light guide plate (207, 540); the light guide plate (207, 540) being flexible; and a film bonded to the upper surface of the light guide plate (207, 540) for protecting the upper surface of the light guide plate (207, 540); wherein the cavities(217, 521, 541) have surfaces which are semi-spherical or conic shapes; wherein the thickness of the light guide plate (207, 540) comprises a range of 0.1 to 0.2 mm. a reflection-type display; a light source provided on the reflection-type display; a light guide plate (207, 540) bonded to an upper surface of the reflection-type display for scattering light introduced from the light source and having cavities (217, 541) transversely and longitudinally disposed therein at predetermined intervals along an upper surface of the light guide plate (207, 540); the light guide plate (207, 540) being flexible; and a film bonded to the upper surface of the light guide plate (207, 540) for protecting the upper surface of the light guide plate (207, 540); wherein the cavities(217, 521, 541) have surfaces which are semi-spherical or conic shapes; wherein the thickness of the light guide plate (207, 540) comprises a range of 0.1 to 0.2 mm.
Fish protein hydrolysate, characterised in that it is obtained by enzymatic hydrolysis of at least one protein source selected from the group comprising the fish Micromesistius poutassou, Clupea harengus, Scomber scombrus, Sardina pilchardus, Trisopterus esmarki, Trachurus spp., Gadus morhua, Pollachius virens, Melanogrammus aeglefinus, Coryphaenoides rupestris, and fish belonging to the order siluriformes, said enzymatic hydrolysis being performed by an endopeptidase enzyme derived from Bacillus subtilis, and in that it has: - the following molecular profile distribution: 33 to 39% of molecules having a molecular weight of less than 300 Da., 34 to 37% of molecules whose molecular weight is between 300 and 1000 Da, 21 to 24% of molecules whose molecular weight is between 1000 and 3000 Da, 3 to 4% of molecules whose molecular weight is between 3000 and 5000 Da, and 1 to 2% of molecules whose molecular weight is between 5000 and 10,000 Da, - a lipid content of less than 1%, as a percentage of the crude product, - a glucide content of less than 4%, as a percentage of the crude product, - a protein content of more than 80%, as a percentage of the crude product, - a content of mineral matter of between 5 and 10%, as a percentage of the crude product. - the following molecular profile distribution: 33 to 39% of molecules having a molecular weight of less than 300 Da., 34 to 37% of molecules whose molecular weight is between 300 and 1000 Da, 21 to 24% of molecules whose molecular weight is between 1000 and 3000 Da, 3 to 4% of molecules whose molecular weight is between 3000 and 5000 Da, and 1 to 2% of molecules whose molecular weight is between 5000 and 10,000 Da, - a lipid content of less than 1%, as a percentage of the crude product, - a glucide content of less than 4%, as a percentage of the crude product, - a protein content of more than 80%, as a percentage of the crude product, - a content of mineral matter of between 5 and 10%, as a percentage of the crude product.
Illuminated stripe, which comprises light-emitting light sources, means for conducting current to the light sources and a casing part, wherein the light sources and/or means for conducting current to the light sources, when viewed in a cross section, are totally surrounded with the casing part, wherein the casing part comprises first substance, at least a part of the casing part comprises second substance, wherein the first substance is heat transferring substance, which transfers heat away from the light sources and/or other components, which heat transferring substance comprises particles of heat transferring material, and wherein the second substance is a light-storing substance, which emits light for at least a certain time after the light sources are not in operation, and the light sources are arranged in connection with the illuminated stripe such that at least a part of the light emitted by the light sources is directed to the casing part, and characterized in that the particles of heat transferring material are located evenly in the casing part, and in that the casing part has been formed by exploiting a continuous production process.
A joint profile, in particular for joints in road surfaces, comprising a main web extending in a longitudinal direction of the profile cross-section, at least a first and a second side arm (4, 6) extending on a first side of the main web away from the main web with a direction of extension, which has at least one component in a transverse direction of the profile cross-section, at least one first connecting web which extends between a first of the side arms and a second of the side arms, so that a first cavity is enclosed by the first side arm, the second side arm, the first connecting web and the main web and at least one second connecting web, which extends between the second of the side arms and the main web, so that a second cavity is enclosed by the second connecting web, the second of the side arms and the main web, wherein a first end region enclosing a cavity is arranged at a first end of the joint profile, as seen in the longitudinal direction, adjacent to the main web, wherein a second end region is arranged at a second end of the joint profile, as seen in the longitudinal direction, adjacent to the main web, wherein the second end portion has a main extension in the transverse direction, wherein the joint profile comprising an end connecting web which extends between the second end portion, in particular a first distal end of the end portion in the transverse direction, and one of the side arms, so that a cavity is enclosed by the second end portion, the side arm and the main web. a main web extending in a longitudinal direction of the profile cross-section, at least a first and a second side arm (4, 6) extending on a first side of the main web away from the main web with a direction of extension, which has at least one component in a transverse direction of the profile cross-section, at least one first connecting web which extends between a first of the side arms and a second of the side arms, so that a first cavity is enclosed by the first side arm, the second side arm, the first connecting web and the main web and at least one second connecting web, which extends between the second of the side arms and the main web, so that a second cavity is enclosed by the second connecting web, the second of the side arms and the main web, wherein a first end region enclosing a cavity is arranged at a first end of the joint profile, as seen in the longitudinal direction, adjacent to the main web, wherein a second end region is arranged at a second end of the joint profile, as seen in the longitudinal direction, adjacent to the main web, wherein the second end portion has a main extension in the transverse direction, wherein the joint profile comprising an end connecting web which extends between the second end portion, in particular a first distal end of the end portion in the transverse direction, and one of the side arms, so that a cavity is enclosed by the second end portion, the side arm and the main web.
A digital input class-D amplifier, comprising: a Dynamic Element Matching decoder adapted to output a plurality of lines of time-series digital signals having a density of 1 or 0 conforming to an input digital signal; an error integrator; a modulation circuit adapted to generate a pulse modulated with a pulse width or a pulse density based on a result of integration performed by the error integrator, a plurality of voltage-current conversion sections (21, 22) adapted to output electric currents corresponding to the plurality of lines of time-series digital signals output from the DEM decoder to an input terminal of the error integrator, wherein the voltage-current conversion sections (21, 22) have respective first resistors (21b, 22b), the values of the first resistors (21 b, 22b) being identical to each other; and a second resistor (71, 72) configured to negatively feed back to the input terminal of the error integrator an electric current corresponding to a drive waveform to be applied to a load; wherein the error integrator is adapted to integrate a difference between a sum of the electric currents output from the plurality of voltage-current conversion sections and the electric current negatively fed back through the second resistor (71, 72); and wherein the load is driven by the drive waveform in accordance with the pulse generated by the modulation circuit. a Dynamic Element Matching decoder adapted to output a plurality of lines of time-series digital signals having a density of 1 or 0 conforming to an input digital signal; an error integrator; a modulation circuit adapted to generate a pulse modulated with a pulse width or a pulse density based on a result of integration performed by the error integrator, a plurality of voltage-current conversion sections (21, 22) adapted to output electric currents corresponding to the plurality of lines of time-series digital signals output from the DEM decoder to an input terminal of the error integrator, wherein the voltage-current conversion sections (21, 22) have respective first resistors (21b, 22b), the values of the first resistors (21 b, 22b) being identical to each other; and a second resistor (71, 72) configured to negatively feed back to the input terminal of the error integrator an electric current corresponding to a drive waveform to be applied to a load; wherein the error integrator is adapted to integrate a difference between a sum of the electric currents output from the plurality of voltage-current conversion sections and the electric current negatively fed back through the second resistor (71, 72); and wherein the load is driven by the drive waveform in accordance with the pulse generated by the modulation circuit.