mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a training corpus, comprising: mining out pieces of data from user behavior logs associated with a target application, each piece of data comprising a first behavior log and a second behavior log, the first behavior log comprising a user speech and a corresponding speech recognition result, a second behavior log belonging to the same user as the first behavior log and time-dependent with the first behavior log; and determining the user speech and the corresponding speech recognition result in each piece of data as a positive feedback sample of the training corpus or a negative feedback sample of the training corpus, based on a relationship between the first behavior log and the second behavior log in the corresponding piece of data, being characterized in: constructing the training corpus based on the positive feedback sample(s) and the negative feedback sample(s); sending the training corpus to a training corpus acceptance platform; receiving an accuracy rate indicator corresponding to the training corpus from the training corpus acceptance platform; and in response to determining that the accuracy rate indicator satisfies a preset accuracy rate threshold, using the training corpus to perform optimization training on a speech recognition model of the target application. mining out pieces of data from user behavior logs associated with a target application, each piece of data comprising a first behavior log and a second behavior log, the first behavior log comprising a user speech and a corresponding speech recognition result, a second behavior log belonging to the same user as the first behavior log and time-dependent with the first behavior log; and determining the user speech and the corresponding speech recognition result in each piece of data as a positive feedback sample of the training corpus or a negative feedback sample of the training corpus, based on a relationship between the first behavior log and the second behavior log in the corresponding piece of data, being characterized in: constructing the training corpus based on the positive feedback sample(s) and the negative feedback sample(s); sending the training corpus to a training corpus acceptance platform; receiving an accuracy rate indicator corresponding to the training corpus from the training corpus acceptance platform; and constructing the training corpus based on the positive feedback sample(s) and the negative feedback sample(s); sending the training corpus to a training corpus acceptance platform; receiving an accuracy rate indicator corresponding to the training corpus from the training corpus acceptance platform; and in response to determining that the accuracy rate indicator satisfies a preset accuracy rate threshold, using the training corpus to perform optimization training on a speech recognition model of the target application.
A mirror device with a display function, the mirror device comprising: a rearview mirror with a display function, the rearview mirror including a display panel that is suitable to display a picture of an imaging device that captures rear of a vehicle, and a half mirror provided in a display surface of the display panel; a motion sensor configured to perform motion detection; a switching control unit configured to perform processing of switching a mode to a display mode in which the rearview mirror with a display function executes the display function that executes display on the display panel, in a motion detection result in any direction of directions detected by the motion sensor, when the rearview mirror with a display function is performing in a mirror mode in which the rearview mirror with a display function functions as a rearview mirror using a mirror surface of the half mirror and the display on the display panel is stopped, and process the motion detection detected by the motion sensor as a moving instruction of a display range to each of the directions, when the rearview mirror with a display function is performing in the display mode. a rearview mirror with a display function, the rearview mirror including a display panel that is suitable to display a picture of an imaging device that captures rear of a vehicle, and a half mirror provided in a display surface of the display panel; a motion sensor configured to perform motion detection; a switching control unit configured to perform processing of switching a mode to a display mode in which the rearview mirror with a display function executes the display function that executes display on the display panel, in a motion detection result in any direction of directions detected by the motion sensor, when the rearview mirror with a display function is performing in a mirror mode in which the rearview mirror with a display function functions as a rearview mirror using a mirror surface of the half mirror and the display on the display panel is stopped, and process the motion detection detected by the motion sensor as a moving instruction of a display range to each of the directions, when the rearview mirror with a display function is performing in the display mode. perform processing of switching a mode to a display mode in which the rearview mirror with a display function executes the display function that executes display on the display panel, in a motion detection result in any direction of directions detected by the motion sensor, when the rearview mirror with a display function is performing in a mirror mode in which the rearview mirror with a display function functions as a rearview mirror using a mirror surface of the half mirror and the display on the display panel is stopped, and process the motion detection detected by the motion sensor as a moving instruction of a display range to each of the directions, when the rearview mirror with a display function is performing in the display mode.
Forged synchronizer ring (7, 17, 20), with a main body, on which radially outwardly extending indexing lobes and centring faces are configured, the synchronizer ring (7, 17, 20) comprising radially extending locking teeth on its outer circumference, at least one indexing lobe having a cut-out at a position which is spaced apart from a stop face (11, 12) which points in the circumferential direction, characterized in that the cut-out is of completely penetrating configuration, that is to say the cut-out cuts out both the indexing lobe and the skirt which supports the locking teeth.
Method for producing a header for a heat exchanger with at least one fluid circuit, involving the following steps: a) producing the elements (20, 21, 22, 23, 24, 30, 40) of a heat exchanger header, of which some (20, 21, 22, 23, 30, 40) constitute the main structure with the fluid passage; b) mechanically assembling the elements (20, 21, 22, 23, 30, 40) of the main structure and, if appropriate, sealing of the joins between the joined elements thus forming a sealed assembly; b1) mutually assembling and sealing one or more elements (10, 11) of a casing internal to the main structure, with the main structure; c) carrying out a step of Hot Isostatic Pressing diffusion welding of the sealed assembly obtained in step b). a) producing the elements (20, 21, 22, 23, 24, 30, 40) of a heat exchanger header, of which some (20, 21, 22, 23, 30, 40) constitute the main structure with the fluid passage; b) mechanically assembling the elements (20, 21, 22, 23, 30, 40) of the main structure and, if appropriate, sealing of the joins between the joined elements thus forming a sealed assembly; b1) mutually assembling and sealing one or more elements (10, 11) of a casing internal to the main structure, with the main structure; c) carrying out a step of Hot Isostatic Pressing diffusion welding of the sealed assembly obtained in step b).
A silicone hydrogel contact lens, comprising: a polymeric lens body that is the reaction product of a polymerizable composition, characterized in that said polymerizable composition comprises (a) a first siloxane monomer represented by formula: wherein m of formula represents one integer from 3 to 10, n of formula represents one integer from 1 to 10, R 1 of formula is an alkyl group having from 1 to 4 carbon atoms, and each R 2 of formula is independently either a hydrogen atom or a methyl group; (b) at least one vinyl ether-containing cross-linking agent, wherein the at least one vinyl ether-containing cross-linking agent comprises a vinyl-ether containing cross-linking agent having at least one ethylene glycol unit present in its molecular structure; and (c) at least one methacrylate-containing cross-linking agent. (a) a first siloxane monomer represented by formula: wherein m of formula represents one integer from 3 to 10, n of formula represents one integer from 1 to 10, R 1 of formula is an alkyl group having from 1 to 4 carbon atoms, and each R 2 of formula is independently either a hydrogen atom or a methyl group; (b) at least one vinyl ether-containing cross-linking agent, wherein the at least one vinyl ether-containing cross-linking agent comprises a vinyl-ether containing cross-linking agent having at least one ethylene glycol unit present in its molecular structure; and (c) at least one methacrylate-containing cross-linking agent.
Ceiling formwork system having a plurality of grate elements (2, 2', 2'', 2''') which each comprise a plurality of longitudinal carriers which extend parallel with each other and at least one transverse carrier which can be mounted or placed on vertical supports and which extends transversely relative to the longitudinal carriers, wherein a grate structure which is supported on the vertical supports can be constructed from the grate elements, characterised in that the ceiling formwork system is configured in such a manner that at least two adjacent grate elements (2, 2', 2'', 2''') can be mounted with spacing from each other in such a manner that between grate elements (2, 2', 2'', 2''') which are mounted in this manner a rapid lining profile (8, 8', 8'') of the ceiling formwork system can be introduced from above with the grate structure being supported on vertical supports, wherein the rapid lining profile (8, 8', 8'') can be supported at the floor side and after the removal of the longitudinal carriers and transverse carriers can still be left at the place of use in order thus to further support a formwork shell, hollow bricks or coffers.
A data transmission method at a base station, comprising: performing rotation processing on a preset precoding matrix (Step 101); performing precoding processing on to-be-sent information according to a precoding matrix obtained after the rotation processing (Step 102); and sending to-be-sent information obtained after the precoding processing (Step 103); characterized in that the performing rotation processing on a preset precoding matrix comprises: obtaining indication information, wherein the indication information is used to instruct a base station to perform the rotation processing on the preset precoding matrix; and performing the rotation processing on the preset precoding matrix according to the indication information, and wherein the indication information is carried based on a pseudo random keystream F = ( f 1, f 2,..., f i,....), wherein f i is indication information at an i th moment, and i is a real number greater than or equal to zero. performing rotation processing on a preset precoding matrix (Step 101); performing precoding processing on to-be-sent information according to a precoding matrix obtained after the rotation processing (Step 102); and sending to-be-sent information obtained after the precoding processing (Step 103); characterized in that the performing rotation processing on a preset precoding matrix comprises: obtaining indication information, wherein the indication information is used to instruct a base station to perform the rotation processing on the preset precoding matrix; and performing the rotation processing on the preset precoding matrix according to the indication information, obtaining indication information, wherein the indication information is used to instruct a base station to perform the rotation processing on the preset precoding matrix; and performing the rotation processing on the preset precoding matrix according to the indication information, and wherein the indication information is carried based on a pseudo random keystream F = ( f 1, f 2,..., f i,....), wherein f i is indication information at an i th moment, and i is a real number greater than or equal to zero.
A refrigerant system comprising: two compression chambers, said two compression chambers (44,46;54,56;64,66;84,86) being for compressing a refrigerant; a downstream heat rejection heat exchanger; a refrigerant line passing from the heat rejection heat exchanger into an economizer cycle; a main refrigerant line passing from the economizer cycle through a main expansion device and to a heat accepting heat exchanger; a suction line downstream of said heat accepting heat exchanger and extending to at least a first one of the two compression chambers, which is hence a dedicated main refrigerant compressor chamber (46;54;64;86); a return line being returned from the economizer cycle to a second of the two compression chambers, which is hence a dedicated economizer compressor chamber (44;54;64;84); and a bypass line communicating the return line and the suction line; wherein the dedicated main refrigerant compressor chamber and dedicated economizer compressor chamber are for receiving parallel inlet refrigeration streams. two compression chambers, said two compression chambers (44,46;54,56;64,66;84,86) being for compressing a refrigerant; a downstream heat rejection heat exchanger; a refrigerant line passing from the heat rejection heat exchanger into an economizer cycle; a main refrigerant line passing from the economizer cycle through a main expansion device and to a heat accepting heat exchanger; a suction line downstream of said heat accepting heat exchanger and extending to at least a first one of the two compression chambers, which is hence a dedicated main refrigerant compressor chamber (46;54;64;86); a return line being returned from the economizer cycle to a second of the two compression chambers, which is hence a dedicated economizer compressor chamber (44;54;64;84); and a bypass line communicating the return line and the suction line; wherein the dedicated main refrigerant compressor chamber and dedicated economizer compressor chamber are for receiving parallel inlet refrigeration streams.
A method for increasing safety of and decreasing the number of mitotic cells in a tissue engineered product, wherein the method comprises irradiation of the TEP with a radiation dose of between 10 and 50 Gy, wherein irradiation is performed with X-rays or gamma radiation. wherein the method comprises irradiation of the TEP with a radiation dose of between 10 and 50 Gy, wherein irradiation is performed with X-rays or gamma radiation.
A method of producing press-hardened shaped components from a plate of unhardened steel sheet capable of being hot-formed, wherein the plate is hot-formed and press-hardened in a pressing tool to form the shaped component, and wherein partial regions of the shaped component are heat-treated after the press-hardening, characterized in that the partial heat-treatment is carried out along a linear region on the shaped component in accordance with a subsequent bending line or a trimming line, wherein during the partial heat-treatment the linear regions are brought to a temperature (T W) of between 100°C and 700°C in a time (t W) of less than or equal to 30 sec and the ductility in the linear region is increased by at least 5% as compared with the adjacent regions of the shaped component and following the heat-treatment a bending or cutting operation is carried out on the shaped component along the linear region.
A cross-linked polymer particle for an epoxy resin, comprising a (meth)acrylate ester monomer unit and a cross-linking monomer unit, having a volume-average primary particle size of 0.5 to 10 μ m, having a glass transition temperature of 30°C or higher that is obtained by the FOX equation with respect to monomer components excluding the cross-linking monomer 1 / Tg K = W 1 / Tg 1 + W 2 / Tg 2 (wherein W1 + W2 = 1), and having a refractive index of 1.490 to 1.510 at 23°C, wherein the refractive index at 23°C is measured according to JIS K7142.
Arrangement for releasing a travel drive of an agricultural tractor, comprising a transmission controller for engaging a travel gear by activating at least one associated clutch device and a monitoring device, which exclusively releases the engagement of the travel gear on the part of the transmission controller when it concludes the presence of a corresponding driver intention on the basis of the actuating state of at least one travel operating element (40, 42), characterized in that the at least one travel operating element (40, 42) is a travel direction lever provided to specify forward or reverse travel and/or a clutch pedal for actuating the at least one clutch device.
.- Compact clamp for glass sliding doors with incorporated damper, said clamp including two jaws that are connected by means of connecting screws and spacer screws that allow to establish the adequate separation for coupling to glass doors of different thicknesses, wherein in the right jaw one or more wheels for the displacement of the door by an overhead rail are placed, and wherein in the opposite left jaw a damping means is placed, characterised in that said damping means are constituted by a damping assembly of double effect and gas and oil technology that includes a cylinder, which is inseparably integrated in the body of the left jaw and in which are distinguished a front gas chamber and a rear gas chamber; and - a central oil tank located between the front gas chamber and the rear gas chamber; said damping assembly further comprising: - a blind floating piston which separates the rear gas chamber and the central oil tank; - an annular floating piston watertight, separating the front gas chamber and the central oil tank; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston, which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position. - a central oil tank located between the front gas chamber and the rear gas chamber; said damping assembly further comprising: - a blind floating piston which separates the rear gas chamber and the central oil tank; - an annular floating piston watertight, separating the front gas chamber and the central oil tank; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston, which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position. - a blind floating piston which separates the rear gas chamber and the central oil tank; - an annular floating piston watertight, separating the front gas chamber and the central oil tank; - a damping piston not watertight located in the central oil tank dividing it into two chambers - a shank passing through the annular floating piston, which is connected to the damping piston and which has at its external end a oscillating hook which is designed to be coupled to a end-of-stroke limit located in the guide through which the door runs or in its frame; - and a guide through which the oscillating hook runs and said oscillating hook including means for blocking the position of the damping assembly in a prestressed position.
A method in a path computation element for a traffic-engineered telecommunications network, the method comprising: receiving a request to schedule a second service utilizing the network in a second time period, wherein the second time period overlaps a first time period in which a first service utilizing the network has already been scheduled; and computing a path for the second service through the network, wherein the step of computing the path for the second service through the network comprises: responsive to a determination that the request is received less than a threshold period of time before the start of the first time period, disallowing the second service from pre-empting the first service, wherein resources reserved for the first service are not made available in the computation of the path for the second service. receiving a request to schedule a second service utilizing the network in a second time period, wherein the second time period overlaps a first time period in which a first service utilizing the network has already been scheduled; and computing a path for the second service through the network, wherein the step of computing the path for the second service through the network comprises: responsive to a determination that the request is received less than a threshold period of time before the start of the first time period, disallowing the second service from pre-empting the first service, wherein resources reserved for the first service are not made available in the computation of the path for the second service.