mhurhangee/ep-ind-claims huggingface dataset:
A method of servicing a stator frame of a power generator comprising: removing a first stator core from a main housing of the stator frame; characterized by removing a plurality of first dove-tail shaped keybars that extend axially within and are coupled to a main support structure forming part of the main housing; and installing a plurality of second keybars in the main support structure adapted to support a second stator core, each of the second keybars having a generally rounded engagement surface, the second stator core having recesses with shapes corresponding to the generally rounded engagement surfaces of the second keybars such that the second stator core can be securely supported by the main support structure via the second keybars. removing a first stator core from a main housing of the stator frame; characterized by removing a plurality of first dove-tail shaped keybars that extend axially within and are coupled to a main support structure forming part of the main housing; and installing a plurality of second keybars in the main support structure adapted to support a second stator core, each of the second keybars having a generally rounded engagement surface, the second stator core having recesses with shapes corresponding to the generally rounded engagement surfaces of the second keybars such that the second stator core can be securely supported by the main support structure via the second keybars.
An aspartokinase variant, wherein the amino acid at position 377 in the amino acid sequence of SEQ ID NO: 1 is substituted with L-lysine or L-methionine.
A signal processing system, comprising: an input port for receiving interferometric projection data derived from signals acquired by an X-ray detector of an interferometric X-ray imaging apparatus, said signals caused by X-ray radiation after interaction of said X-ray radiation with an interferometer and with an object to be imaged, said interferometer having an inter-grating distance (L I), the said X-ray radiation emittable from an X-ray source of the X-ray imaging apparatus, the interferometer comprising a source grating at the X-ray source, and an analyzer grating at the detector; a reconstructor (RECON) configured to perform, based on the projection data and a forward signal model, a reconstruction operation for one or more images in an image domain of a spatial distribution of at least one physical property of said object including a refractive index, wherein the signal model includes a phase contrast channel, and wherein the reconstructor is configured to apply, in the reconstruction operation, a scaling operation to the phase contrast channel, based on i) a ratio between a distance (l S) of a voxel location in said image domain from the X-ray source and a distance (l I) of said voxel location from the source grating, or ii) on a ratio between a distance (l S) of a voxel location in said image domain from the X-ray source and a distance (l I) of said voxel location from the analyzer grating; and an output port for outputting said one or more images. an input port for receiving interferometric projection data derived from signals acquired by an X-ray detector of an interferometric X-ray imaging apparatus, said signals caused by X-ray radiation after interaction of said X-ray radiation with an interferometer and with an object to be imaged, said interferometer having an inter-grating distance (L I), the said X-ray radiation emittable from an X-ray source of the X-ray imaging apparatus, the interferometer comprising a source grating at the X-ray source, and an analyzer grating at the detector; a reconstructor (RECON) configured to perform, based on the projection data and a forward signal model, a reconstruction operation for one or more images in an image domain of a spatial distribution of at least one physical property of said object including a refractive index, wherein the signal model includes a phase contrast channel, and wherein the reconstructor is configured to apply, in the reconstruction operation, a scaling operation to the phase contrast channel, based on i) a ratio between a distance (l S) of a voxel location in said image domain from the X-ray source and a distance (l I) of said voxel location from the source grating, or ii) on a ratio between a distance (l S) of a voxel location in said image domain from the X-ray source and a distance (l I) of said voxel location from the analyzer grating; and an output port for outputting said one or more images.
A radiator of the thermosiphon type comprising - a collector situated in the lowest part of the radiator, and adapted to contain an intermediate vector fluid - an external heat source, placed within the collector, wherein the intermediate vector fluid is adapted to evaporate on contact with a hot surface of the external heat source in nucleate boiling regime, forming vapour bubbles having diameter d b which are characteristic of the intermediate vector fluid, which detach themselves from the hot surface of the external heat source during the nucleate boiling, - at least one vertical tube containing therein one or more channels connected and communicating with the collector, characterised in that the smallest linear dimension of every section of said collector and said channels crossed by the intermediate vector fluid, excluding the thickness of the liquid film of moisture, is between twice and five times the diameter d b of said intermediate vector fluid vapour bubble. - a collector situated in the lowest part of the radiator, and adapted to contain an intermediate vector fluid - an external heat source, placed within the collector, wherein the intermediate vector fluid is adapted to evaporate on contact with a hot surface of the external heat source in nucleate boiling regime, forming vapour bubbles having diameter d b which are characteristic of the intermediate vector fluid, which detach themselves from the hot surface of the external heat source during the nucleate boiling, - at least one vertical tube containing therein one or more channels connected and communicating with the collector, characterised in that the smallest linear dimension of every section of said collector and said channels crossed by the intermediate vector fluid, excluding the thickness of the liquid film of moisture, is between twice and five times the diameter d b of said intermediate vector fluid vapour bubble.
Busbar system comprising at least one busbar, at least one fastening system having a first fastening device and a second fastening device, at least one carrier device, wherein the fastening system is fixable to the carrier device, receiving at least one busbar, wherein the first and second fastening devices (20, 30) of the fastening system are made of an insulating material, wherein the first fastening device has a base with two mutually opposite cover elements (25, 26) arranged thereon which at least partially enclose the carrier device in a covering manner, wherein the first fastening device has at least one positioning element projecting from the base, wherein the second fastening device has at least one receiving space which is bounded on at least one longitudinal side by at least one guide web (34, 35), wherein the receiving space has at least one receiving opening, characterised in that the first fastening device has at least one first guide element in the form of a web and/or a second guide element in the form of a groove; and in that the first and/or second guide element (23, 29) is arranged approximately horizontally on at least one side of the positioning element of the first fastening device.
Herbicide composition comprising at least one herbicide agent selected from N-(phosphonomethyl)glycine and 2,4-dichlorophenoxyacetic acid, the concentration of the herbicide agent being in the range from 0.1 % to 1 % (weight) in relation to the total weight of the composition, and a mixture for enhancing at least one activity of the herbicide agent, wherein said mixture comprises: a) citric acid in concentrations from 0.05 % to 1 % (weight) in relation to the total weight of the composition, b) at least one anionic tenside selected from sodium-lauryl-sulfate and sodium-olefine-sulfonate, the anionic tenside being included in concentrations from 0.05 % to 1 % (weight) in relation to the total weight of the composition. a) citric acid in concentrations from 0.05 % to 1 % (weight) in relation to the total weight of the composition, b) at least one anionic tenside selected from sodium-lauryl-sulfate and sodium-olefine-sulfonate, the anionic tenside being included in concentrations from 0.05 % to 1 % (weight) in relation to the total weight of the composition.
Transport device comprising a cabin to be occupied by passengers, a guidance system, a traction system by cable, characterised in that the guidance system is composed of a single central rail located in the middle of the cabin on which wheels fixed to the cabin turn and in that the traction system comprises several cables in closed loops with overlapping areas.
A transmission comprising a shifting fork, the transmission having a first state and a second state being selectable by means of the shifting fork, the shifting fork being arranged to deactivate and activate a first element of the transmission, the first state of the transmission being provided when the first transmission element is activated, and to deactivate and activate a second element of the transmission, the second state of the transmission being provided when the second transmission element is activated, the shifting fork being displaceable in an axial direction between a first predetermined position and a second predetermined position, and when the shifting fork being placed in the first predetermined position, the first transmission element is activated providing the first state and the second transmission element is deactivated, and when the shifting fork being placed in the second predetermined position, the first transmission element is activated providing the first state and the second transmission element is activated providing the second state, and wherein the shifting fork has a first fork portion for deactivation and activation of the first transmission element, and a second fork portion for deactivation and activation of the second transmission element, and the transmission comprises a first shaft and a second shaft, the first transmission element being arranged on the first shaft and the second transmission element being arranged on the second shaft, charaterised in that the transmission comprises a first sleeve arranged on the first shaft and a second sleeve arranged on the second shaft, the first fork portion being arranged for movement of the first sleeve for deactivation and activation of the first transmission element, and the second fork portion being arranged for movement of the second sleeve for deactivation and activation of the second transmission element, and wherein the first transmission element is a first idle gear wheel arranged on the first shaft and the second transmission element is a second idle gear wheel arranged on the second shaft, the first state being provided by that the first idle gear wheel is rotationally locked to the first shaft by means of the first sleeve, and the second state being provided by that the second idle gear wheel is rotationally locked to the second shaft by means of the second sleeve.
A waveform generator configured to: generate a digital representation of a waveform and apply the digital representation of the waveform to a digital interface of a radio system; and mark the digital representation of the waveform with respect to a frame of digital data with a marker; wherein the shape of the waveform allows for accurate delay measurement. generate a digital representation of a waveform and apply the digital representation of the waveform to a digital interface of a radio system; and mark the digital representation of the waveform with respect to a frame of digital data with a marker;
A process for producing power, comprising: injecting a first heat transfer fluid through an injection well to a geothermally-heated formation that contains a second heat transfer fluid; heating the first heat transfer fluid via indirect heat exchange in an interwell run fluidly connected to the injection well and disposed within the geothermally-heated formation; recovering the heated first heat transfer fluid through a production well fluidly connected to the interwell run; and converting thermal energy contained in the recovered heated first heat transfer fluid in a power production unit fluidly connected to the injection well and the production well; wherein the process further comprises: drilling a first borehole, from the earth's surface to a first depth within the geothermally-heated formation, for the injection well; drilling a second borehole, from the earth's surface to a second depth, for the production well; drilling an interwell borehole connecting the first borehole and the second borehole; characterised in that the process comprises disposing casing or a pipe within the interwell borehole; perforating the interwell casing or pipe; and disposing one or more fluid conduits within the interwell casing or pipe, the fluid conduits fluidly connecting the injection well and the production well. injecting a first heat transfer fluid through an injection well to a geothermally-heated formation that contains a second heat transfer fluid; heating the first heat transfer fluid via indirect heat exchange in an interwell run fluidly connected to the injection well and disposed within the geothermally-heated formation; recovering the heated first heat transfer fluid through a production well fluidly connected to the interwell run; and converting thermal energy contained in the recovered heated first heat transfer fluid in a power production unit fluidly connected to the injection well and the production well; drilling a first borehole, from the earth's surface to a first depth within the geothermally-heated formation, for the injection well; drilling a second borehole, from the earth's surface to a second depth, for the production well; drilling an interwell borehole connecting the first borehole and the second borehole; characterised in that the process comprises disposing casing or a pipe within the interwell borehole; perforating the interwell casing or pipe; and disposing one or more fluid conduits within the interwell casing or pipe, the fluid conduits fluidly connecting the injection well and the production well.
A power supply system comprising: a first power amplifier including a first amplifier input and a first amplifier output, the first power amplifier having a first controllable output power and a first asymmetrical power profile with a first peak power offset in reference to an impedance of a load; a second power amplifier including a second amplifier input and a second amplifier output, the second power amplifier having a second controllable output power and a second asymmetrical power profile with a second peak power offset in reference to the impedance of the load; a controller configured to provide a control instruction to the first power amplifier to cause the first power amplifier to adjust the first controllable output power, wherein the first controllable output power combined with the second controllable output power defines a combined output power, and adjusting the first controllable output power controls a source impedance of the combined output power. a first power amplifier including a first amplifier input and a first amplifier output, the first power amplifier having a first controllable output power and a first asymmetrical power profile with a first peak power offset in reference to an impedance of a load; a second power amplifier including a second amplifier input and a second amplifier output, the second power amplifier having a second controllable output power and a second asymmetrical power profile with a second peak power offset in reference to the impedance of the load; a controller configured to provide a control instruction to the first power amplifier to cause the first power amplifier to adjust the first controllable output power, wherein the first controllable output power combined with the second controllable output power defines a combined output power, and adjusting the first controllable output power controls a source impedance of the combined output power.
A loudspeaker driver surround comprising a generally annular element of resilient material and having a central axis along which in use a diaphragm is driven, a first circumferential edge for fitment to an enclosure and a second circumferential edge for fitment to the diaphragm and/or a voice coil, with a roll surface extending between the edges (4, 6) which projects in the direction of the axis, wherein the roll surface has a shape formed by a plurality of axial corrugations extending generally radially with respect to the annular element between the first and second edges (4, 6) thereof, the corrugations being shaped and configured such that the roll surface is non-axisymmetric about the axis, and such that cross-sections of the roll surface which extend radially with respect to the annular element between the first and second edges (4, 6) thereof have a substantially constant length at all circumferential positions around the annular element and so that the shape of the said cross-section varies continuously between circumferential positions around the annular element, the corrugations giving the projecting roll surface an order of rotational symmetry of at least 30.
A filtration device having two or more areas of filtration material that are capable of being independently tested for integrity, the device comprising: a housing including a first housing component having an inlet, and a second housing component having an outlet; at least one spacer plate which is located between the two housing components (52,56) and which is formed as a separate element and includes a port; and at least two independent filtration layers (64,68) which are filters or membranes, wherein said filtration layers (64,68) are arranged on spaced apart sides of said at least one spacer plate so as to face each other and such that a space in the form of a chamber is defined in the spacer plate between the adjacent filtration layers (64,68), wherein said spacer plate has an upper surface and a lower surface and said upper surface has a porous membrane support grid, and wherein said filtration layers (64,68) are further arranged in the device such that a fluid to be filtered can serially flow from said inlet through said areas of filtration material and out of said outlet; and wherein the port of each spacer plate is in fluid communication with said chamber and the outside of the device; and wherein a porous membrane support grid is in the second housing component. a housing including a first housing component having an inlet, and a second housing component having an outlet; at least one spacer plate which is located between the two housing components (52,56) and which is formed as a separate element and includes a port; and at least two independent filtration layers (64,68) which are filters or membranes, wherein said filtration layers (64,68) are arranged on spaced apart sides of said at least one spacer plate so as to face each other and such that a space in the form of a chamber is defined in the spacer plate between the adjacent filtration layers (64,68), wherein said spacer plate has an upper surface and a lower surface and said upper surface has a porous membrane support grid, and wherein said filtration layers (64,68) are further arranged in the device such that a fluid to be filtered can serially flow from said inlet through said areas of filtration material and out of said outlet; and wherein the port of each spacer plate is in fluid communication with said chamber and the outside of the device; and wherein a porous membrane support grid is in the second housing component.
A method for determining von Willebrand factor activity in a sample, wherein said sample is mixed with isolated GPIbα protein to give an assay mix, which method comprises a) using isolated GPIbα protein comprising an amino acid sequence which, when compared to the wild-type sequence of human GPIbα protein (SEQ ID NO: 1), includes at least the amino acid residues 1-268 and has in each case one amino acid substitution Xaa in positions 233 and 239, and b) adding to the assay mix neither ristocetin nor botrocetin, and c) associating the GPIbα protein used with a particulate solid phase. a) using isolated GPIbα protein comprising an amino acid sequence which, when compared to the wild-type sequence of human GPIbα protein (SEQ ID NO: 1), includes at least the amino acid residues 1-268 and has in each case one amino acid substitution Xaa in positions 233 and 239, and b) adding to the assay mix neither ristocetin nor botrocetin, and c) associating the GPIbα protein used with a particulate solid phase.
A positive electrode for a lithium secondary battery comprising an active material, an electrically conductive material, and a binder, wherein the positive electrode comprises an iron oxide represented by the following Formula 1: [Formula 1] Fe x O 3 wherein 1.7 ≤ x < 1.9.