mhurhangee/ep-ind-claims huggingface dataset:
A terminal in a wireless communication system, comprising: a transceiver; and a controller coupled with the transceiver configured to: receive, from a base station, a radio resource control, RRC, message including configuration information on a precoder cycling scheme, determine a wideband first precoding matrix indicator, PMI, and a channel quality information, CQI, and transmit, to the base station, the wideband first PMI and the CQI, wherein the CQI is determined based on cycled precoders, which are applied to resource blocks, RBs, and wherein the cycled precoders are determined based on beams associated with the wideband first PMI and co-phases. a transceiver; and a controller coupled with the transceiver configured to: receive, from a base station, a radio resource control, RRC, message including configuration information on a precoder cycling scheme, determine a wideband first precoding matrix indicator, PMI, and a channel quality information, CQI, and transmit, to the base station, the wideband first PMI and the CQI, wherein the CQI is determined based on cycled precoders, which are applied to resource blocks, RBs, and wherein the cycled precoders are determined based on beams associated with the wideband first PMI and co-phases. receive, from a base station, a radio resource control, RRC, message including configuration information on a precoder cycling scheme, determine a wideband first precoding matrix indicator, PMI, and a channel quality information, CQI, and transmit, to the base station, the wideband first PMI and the CQI, wherein the CQI is determined based on cycled precoders, which are applied to resource blocks, RBs, and wherein the cycled precoders are determined based on beams associated with the wideband first PMI and co-phases.
A railroad tie formed of a composite polymer material, comprising: a rectangular-shaped block of said composite-material; flat areas defined on either end of the underside of the tie; a middle portion, defined on the underside of the tie between said flat areas, characterized in that said middle portion has a first curvature orthogonal to the longitudinal axis of the tie, said curvature having a radius which varies along the longitudinal axis of the tie, said radius having a minimum in the center of said tie tapering to infinity where said middle portion meets said flat areas, and said curvature having a convex exterior surface.
A rotating electrical machine comprising: a stator with a stator coil; a connection arm and an insulating hose at a stator coil end portion of the stator coil; and a first hollow metal part as a pipe component for a refrigerant flow path of the rotating electrical machine for cooling the stator coil with a refrigerant; wherein the connection arm couples the stator coil and a power supply terminal, and the insulating hose is coupled to the stator coil and the connection arm through the first hollow metal part in order to supply the refrigerant to the stator coil and the connection arm; wherein the first hollow metal part includes a bend, a first end coupled to one end of the bend, and a second end coupled to the other end of the bend; wherein at least a part of the bend is formed of stainless steel (9, 12), and the first end and the second end are formed of oxygen-free copper (10, 11, 13); and wherein the first hollow metal part is formed integrally by joining a portion formed of stainless steel at the bend and portions of the first and second ends by HIP diffusion bonding. a stator with a stator coil; a connection arm and an insulating hose at a stator coil end portion of the stator coil; and a first hollow metal part as a pipe component for a refrigerant flow path of the rotating electrical machine for cooling the stator coil with a refrigerant; wherein the connection arm couples the stator coil and a power supply terminal, and the insulating hose is coupled to the stator coil and the connection arm through the first hollow metal part in order to supply the refrigerant to the stator coil and the connection arm; wherein the first hollow metal part includes a bend, a first end coupled to one end of the bend, and a second end coupled to the other end of the bend; wherein at least a part of the bend is formed of stainless steel (9, 12), and the first end and the second end are formed of oxygen-free copper (10, 11, 13); and wherein the first hollow metal part is formed integrally by joining a portion formed of stainless steel at the bend and portions of the first and second ends by HIP diffusion bonding.
An arrangement for imparting translational movement of a load with respect to a structure associated therewith, the arrangement comprising at least one flexible elastic member disposed to surround a portion of the structure, the flexible elastic member defined as having opposing end terminations (14, 16); and a platform coupled to the opposing ends (14, 16) of the flexible elastic member and used to support the load, characterized in that the platform further comprises means (28, 30) for imparting counter-rotational forces to the opposing end terminations (14, 16) of the flexible elastic member sufficient to impart a tension to the flexible elastic member that is relieved by causing the flexible elastic member to flip over and translate along the structure.
Method for manufacturing a welded connection between a steel sheet and an aluminium sheet using a welding torch, wherein the steel sheet has a coating on its upper side and its lower side in the region of the weld, wherein the steel sheet and the aluminium sheet are clamped horizontally, characterized in that the steel sheet and the aluminium sheet are welded together in trimming regions, wherein the trimming regions have cutting burrs (9, 10) on one side, wherein the cutting burrs (9, 10) have formed during cutting with guillotine shears, wherein the cutting burrs (9, 10) point in opposite directions during the welding process, wherein the cutting burr of the steel sheet points upwards during the welding process, wherein the steel sheet and the aluminium sheet are positioned to form a butt joint when clamping and are welded together on only one side in the welding position PA, such that a welding bead forms on the upper side and the lower side of the steel sheet and the aluminium sheet, with the result that the steel sheet and the aluminium sheet join together on the side facing the welding torch and on the side facing away from the welding torch.
A rotatable plug of an electronic device, said electronic device comprising a main body, said main body comprising a coupling member with a fixing structure and at least two pins, said rotatable plug comprising: a casing having an opening, wherein an extension part is formed on an inner surface of said casing; a base comprising at least two conducting pieces, characterized in that a positioning ring is sheathed around an outer periphery of said extension part, wherein after said fixing structure is penetrated through said opening, and after said fixing structure is rotated to be moved along said extension part to a fixed location, said positioning ring is propped open and deformed by said fixing structure, thereby permitting smooth rotation of said fixing structure for facilitating positioning said fixing structure, so that said plug and said main body are combined together and said at least two pins are respectively contacted with said at least two conducting pieces. a casing having an opening, wherein an extension part is formed on an inner surface of said casing; a base comprising at least two conducting pieces, characterized in that a positioning ring is sheathed around an outer periphery of said extension part, wherein after said fixing structure is penetrated through said opening, and after said fixing structure is rotated to be moved along said extension part to a fixed location, said positioning ring is propped open and deformed by said fixing structure, thereby permitting smooth rotation of said fixing structure for facilitating positioning said fixing structure, so that said plug and said main body are combined together and said at least two pins are respectively contacted with said at least two conducting pieces.
Arrangement comprising a transformer tank, which is arranged in a nacelle of a wind turbine, wherein the transformer tank is embodied to be filled with a gas or a liquid in order to cool the active part of the transformer, wherein the active part is enclosed by the transformer tank in a liquid-tight or gas-tight manner, characterised in that the transformer tank is inserted into the mechanical supporting structure of the nacelle in such a manner that the transformer tank forms part of the mechanical supporting structure of the nacelle and that at least one brace is provided in the interior of the transformer tank, which connects mutually opposing wall regions of the transformer tank.
Method for manufacturing a one-piece silicon watchmaking device with flexible blades (2, 3), in particular for timepieces, for example a pivot with crossed blades, comprising the following steps of: - forming a one-piece silicon watchmaking device blank from a wafer of the SOI type, the watchmaking device comprising two flexible blades (2, 3), each formed in a different layer of the SOI wafer, the blades (2, 3) being arranged in two different substantially parallel planes, the blades (2, 3) being separated by a clearance, the method being characterised in that it also comprises the following steps of: - growing a first silicon oxide layer on the surface of at least one of the blades (2, 3) bordering the clearance, the first silicon oxide layer being formed from a first sub-layer of silicon of the one or more blades (2, 3), - removing the first silicon oxide layer to increase the clearance between the two blades (2, 3). - forming a one-piece silicon watchmaking device blank from a wafer of the SOI type, the watchmaking device comprising two flexible blades (2, 3), each formed in a different layer of the SOI wafer, the blades (2, 3) being arranged in two different substantially parallel planes, the blades (2, 3) being separated by a clearance, the method being characterised in that it also comprises the following steps of: - growing a first silicon oxide layer on the surface of at least one of the blades (2, 3) bordering the clearance, the first silicon oxide layer being formed from a first sub-layer of silicon of the one or more blades (2, 3), - removing the first silicon oxide layer to increase the clearance between the two blades (2, 3). - growing a first silicon oxide layer on the surface of at least one of the blades (2, 3) bordering the clearance, the first silicon oxide layer being formed from a first sub-layer of silicon of the one or more blades (2, 3), - removing the first silicon oxide layer to increase the clearance between the two blades (2, 3).
An aqueous ink jet composition comprising: at least one disperse dye; polyester; and water, wherein the content of the polyester in the aqueous ink jet composition is higher than or equal to 4 times and lower than or equal to 300 times the content of the at least one disperse dye in the aqueous ink jet composition, and characterized in that the at least one disperse dye comprises C.I. Disperse Orange 60. at least one disperse dye; polyester; and water, wherein the content of the polyester in the aqueous ink jet composition is higher than or equal to 4 times and lower than or equal to 300 times the content of the at least one disperse dye in the aqueous ink jet composition, and characterized in that the at least one disperse dye comprises C.I. Disperse Orange 60.
A method of soft handover, comprising obtaining, by a network side, a time delay difference value between a current cell and a targeted cell according to time delay information of the current cell and time delay information of the targeted cell that are respectively reported by a user equipment UE; obtaining, by the network side, a stabilized time delay difference value by performing a stability processing on the time delay difference value; obtaining, by the network side, corrected time delay information of the targeted cell by correcting the time delay information of the targeted cell using the stabilized time delay difference value and the time delay information of the current cell; and performing, by the network side, a soft handover processing by using the corrected time delay information of the targeted cell; wherein, the step of performing a stability processing on the time delay difference value is characterized by: performing, by the network side, an abnormal data eliminating processing and a filtration processing on the time delay difference value, and obtaining, by the network side, a converged time delay difference value; performing, by the network side, a stability determination on the converged time delay difference value, and obtaining, by the network side, a stabilized time delay difference value; wherein, the abnormal data eliminating processing refers to eliminating data in the time delay difference value in which the difference value between the data and its adjacent data exceeds a preset adjacent difference value threshold, and the stability refers to the case that the difference value between adjacent two time delay difference values in the converged time delay difference value is smaller than the preset adjacent difference value threshold. performing, by the network side, an abnormal data eliminating processing and a filtration processing on the time delay difference value, and obtaining, by the network side, a converged time delay difference value; performing, by the network side, a stability determination on the converged time delay difference value, and obtaining, by the network side, a stabilized time delay difference value; wherein, the abnormal data eliminating processing refers to eliminating data in the time delay difference value in which the difference value between the data and its adjacent data exceeds a preset adjacent difference value threshold, and the stability refers to the case that the difference value between adjacent two time delay difference values in the converged time delay difference value is smaller than the preset adjacent difference value threshold.
Heading and loading machine having - a chassis, - an adjustable boom arm, on which a work attachment is fixed in an exchangeable manner, - a loading table which is arranged on a front region of the chassis and designed to receive excavated rock, - a conveying means which extends centrally on the chassis from the loading table on the front region up to a rear region and is designed to convey the excavated rock to the rear region, - drive and supply units and - an operating platform, - wherein the operating platform and the drive and supply units are arranged in a central region and/or a first lateral region on the chassis, wherein above the chassis a second lateral region lying opposite the first lateral region is provided, and wherein the second lateral region is kept clear and directly above the chassis a free space is formed which extends longitudinally of the chassis from the front region up to the rear region, characterized in that - on the free space directly above the chassis a sliding means with at least one transport slide is provided which can be displaced longitudinally of the chassis from the front region to the rear region, - in that the transport slide is of plate-shaped design, wherein a passage for the transport of material and work attachments from the rear region to the front region is formed by the free space, and - in that on a distal end of the boom arm a quick-change unit is arranged, with which the work attachment is releasably connected to the boom arm. - a chassis, - an adjustable boom arm, on which a work attachment is fixed in an exchangeable manner, - a loading table which is arranged on a front region of the chassis and designed to receive excavated rock, - a conveying means which extends centrally on the chassis from the loading table on the front region up to a rear region and is designed to convey the excavated rock to the rear region, - drive and supply units and - an operating platform, - wherein the operating platform and the drive and supply units are arranged in a central region and/or a first lateral region on the chassis, wherein above the chassis a second lateral region lying opposite the first lateral region is provided, and wherein the second lateral region is kept clear and directly above the chassis a free space is formed which extends longitudinally of the chassis from the front region up to the rear region, - on the free space directly above the chassis a sliding means with at least one transport slide is provided which can be displaced longitudinally of the chassis from the front region to the rear region, - in that the transport slide is of plate-shaped design, wherein a passage for the transport of material and work attachments from the rear region to the front region is formed by the free space, and - in that on a distal end of the boom arm a quick-change unit is arranged, with which the work attachment is releasably connected to the boom arm.
A rotor for a synchronous reluctance electric machine or an induction electric machine, wherein a stack of the rotor comprises a plurality of stack elements (100A to 100L) which comprise material of a first magnetic conductance; the rotor comprises a plurality of sectorial sections (102A to 102F) distributed around a rotational axis of the rotor, wherein the number of the sectorial sections (102A to 102F) is the same as the number of poles; wherein each of the stack elements (100A to 100L) has a plurality of apertures of a second magnetic conductance in each of the sectorial sections (102A to 102F); wherein the apertures of the plurality of the stack elements (100A to 100L) are configured to form a plurality of channels through the stack in a direction of a rotational axis of the rotor; wherein the apertures, with or without filling, are configured to provide an electromagnetic response as magnetic flux barriers in the operating rotor, wherein outer ends of the apertures are located at a rim of the stack elements (100A to 100L), wherein the apertures are open at the rim, or are located at a bridge of the rim; wherein at least two of the apertures of a common channel of the plurality of the channels are of different sizes and configured to have the outer ends at different radial distances from the rotational axis of the rotor; characterised in that every fourth stack element (100A to 100L) has the outer ends at different radial distances from the rotational axis of the rotor from those of other stack elements (100A to 100L); and any two of the stack elements (100A to 100L), which are directly adjacent to each other in the stack and which are identical, are rotationally shifted with each other by an angle between two of said sectorial sections (102A to 102F) which are directly adjacent.
A temperature measurement device adapted to indicate the temperature associated with a vehicle remote from the temperature measurement device, the vehicle comprising an outer skin made of carbon fibre composite, the vehicle and the measurement device being exposed to weather phenomena, the temperature measurement device comprising: a base portion; a plate; and a temperature sensor; wherein the base portion comprises a first surface and a second surface opposite to the first surface, and one or more side walls disposed between the first surface and the second surface such that the first surface is spaced apart from the second surface; the base portion is more thermally insulating than the plate; the plate comprises a first surface and a second opposite to the first surface; the plate is disposed on the first surface of the base portion such that the second surface of the plate is in contact with the first surface of the base portion; the temperature sensor is coupled to the first surface of the plate such that the temperature sensor measures a temperature of the first surface of the plate; and an emissivity of the first surface of the plate is greater than or equal to 0.7. a base portion; a plate; and a temperature sensor; wherein the base portion comprises a first surface and a second surface opposite to the first surface, and one or more side walls disposed between the first surface and the second surface such that the first surface is spaced apart from the second surface; the base portion is more thermally insulating than the plate; the plate comprises a first surface and a second opposite to the first surface; the plate is disposed on the first surface of the base portion such that the second surface of the plate is in contact with the first surface of the base portion; the temperature sensor is coupled to the first surface of the plate such that the temperature sensor measures a temperature of the first surface of the plate; and an emissivity of the first surface of the plate is greater than or equal to 0.7.
A computer-implemented method for identifying extension points and isolating application use of extension points, the method comprising: providing an application virtualization environment configured to provide a level of indirection between a virtual application and a host operating system; identifying an extension point that provides a manner of extending an operating system or application through third-party extension; adding the identified extension point and an associated resource path to an extension point data store; receiving an application execution request that specifies a virtual application package; identifying one or more references to application extension points within the specified virtual application package by comparing one or more paths referenced by the virtual application package to the resource paths in the extension point data store; and creating an operating system-provided reparse point for an extension point to redirect an identified reference to an application extension point to an isolated location within the specified virtual application package, wherein the preceding steps are performed by at least one processor. providing an application virtualization environment configured to provide a level of indirection between a virtual application and a host operating system; identifying an extension point that provides a manner of extending an operating system or application through third-party extension;
Use of calcium nitrate as a setting accelerator to hasten heat release during the setting and hardening process in the production of a cementitious composition and/or a cementitious solid at high ambient temperatures in the range of 27 to 45 °C, wherein the cementitious composition and/or the cementitious solid comprises 3 to 5 weight% of calcium nitrate, relative to the weight of the cement.
Cookware comprising a vessel part, to which at least one handle part is detachably fastened, wherein a coupling part is fastened to the vessel part, which is inserted in a receptacle of the handle part, characterised in that a clip sheet with an open cross-section is arranged between the coupling part and the receptacle, whose inner contour corresponds to the outer contour of the coupling part and whose outer contour corresponds to the inner contour of the receptacle, wherein in at least two side walls of the clip sheet, respectively, at least one at least partially outwardly directed resilient surface section and at least one inwardly directed surface section are arranged, which, while being directed at an acute angle to the inner contour of the receptacle or to the outer contour of the coupling part, are pressed against same with their outer edges (321, 331) in a way that taking the handle part off the coupling part is inhibited.