mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations comprising: receiving a sequence of acoustic frames extracted from audio data corresponding to an utterance; during a first pass, processing, using a multilingual speech recognition model, the sequence of acoustic frames to generate N candidate hypotheses for the utterance; during a second pass, for each candidate hypothesis of the N candidate hypotheses: generating, using a neural oracle search model, a respective un-normalized likelihood score based on the sequence of acoustic frames and the corresponding candidate hypothesis; generating, using an external language model, a respective external language model score; generating a standalone score that models prior statistics of the corresponding candidate hypothesis generated during the first pass; and generating a respective overall score for the candidate hypothesis based on the un-normalized likelihood score, the external language model score, and the standalone score; and selecting the candidate hypothesis having the highest respective overall score from among the N candidate hypotheses as a final transcription of the utterance. receiving a sequence of acoustic frames extracted from audio data corresponding to an utterance; during a first pass, processing, using a multilingual speech recognition model, the sequence of acoustic frames to generate N candidate hypotheses for the utterance; during a second pass, for each candidate hypothesis of the N candidate hypotheses: generating, using a neural oracle search model, a respective un-normalized likelihood score based on the sequence of acoustic frames and the corresponding candidate hypothesis; generating, using an external language model, a respective external language model score; generating a standalone score that models prior statistics of the corresponding candidate hypothesis generated during the first pass; and generating a respective overall score for the candidate hypothesis based on the un-normalized likelihood score, the external language model score, and the standalone score; and generating, using a neural oracle search model, a respective un-normalized likelihood score based on the sequence of acoustic frames and the corresponding candidate hypothesis; generating, using an external language model, a respective external language model score; generating a standalone score that models prior statistics of the corresponding candidate hypothesis generated during the first pass; and generating a respective overall score for the candidate hypothesis based on the un-normalized likelihood score, the external language model score, and the standalone score; and selecting the candidate hypothesis having the highest respective overall score from among the N candidate hypotheses as a final transcription of the utterance.
A valve assembly, comprising: a valve with a closure member moveable relative to a seat; an actuator coupled with the valve to move the closure member; a controller pneumatically coupled with the actuator via a first pneumatic output and a second pneumatic output, one of which couples directly with the actuator; and a volume booster coupled downstream of one of the first output and the second output and upstream of the actuator; characterised in that the controller comprises a pneumatic amplifier that is configured to convert a single pneumatic input into a first pneumatic output signal and a second pneumatic output signal, one each directed to the first pneumatic output and the second pneumatic output, respectively. a valve with a closure member moveable relative to a seat; an actuator coupled with the valve to move the closure member; a controller pneumatically coupled with the actuator via a first pneumatic output and a second pneumatic output, one of which couples directly with the actuator; and a volume booster coupled downstream of one of the first output and the second output and upstream of the actuator; characterised in that the controller comprises a pneumatic amplifier that is configured to convert a single pneumatic input into a first pneumatic output signal and a second pneumatic output signal, one each directed to the first pneumatic output and the second pneumatic output, respectively.
A thread cutting device for a sewing machine, the thread cutting device comprising: an upper knife rotatably provided on a base; a lower knife rotatably provided on the base so as to be concentric with the upper knife; an open-close link coupled to the upper knife and the lower knife, wherein the open-close link is movable back and forth along a linear direction with respect to the base; and a drive source coupled to the open-close link via a transmission link to move the open-close link back and forth along the linear direction, wherein the upper knife and the lower knife rotate such that the upper knife and the lower knife are opened or closed in accordance with the back-and-forth movement of the open-close link, and cut a thread when the upper knife and the lower knife are closed, characterized in that the thread cutting device further comprises a conversion link having one end rotatably coupled to the open-close link and the other end rotatably coupled to the lower knife, wherein the conversion link converts the back-and-forth movement of the open-close link into a circular movement around a joint between the one end of the conversion link and the open-close link, and transmits the circular movement to the lower knife. an upper knife rotatably provided on a base; a lower knife rotatably provided on the base so as to be concentric with the upper knife; an open-close link coupled to the upper knife and the lower knife, wherein the open-close link is movable back and forth along a linear direction with respect to the base; and a drive source coupled to the open-close link via a transmission link to move the open-close link back and forth along the linear direction, wherein the upper knife and the lower knife rotate such that the upper knife and the lower knife are opened or closed in accordance with the back-and-forth movement of the open-close link, and cut a thread when the upper knife and the lower knife are closed, characterized in that the thread cutting device further comprises a conversion link having one end rotatably coupled to the open-close link and the other end rotatably coupled to the lower knife, wherein the conversion link converts the back-and-forth movement of the open-close link into a circular movement around a joint between the one end of the conversion link and the open-close link, and transmits the circular movement to the lower knife.
A data center for utility applications, comprising: a physically secure environment; at least one server configured to execute one or more application programs associated with operations of a utility, at least some of said application programs having an interface for receiving remote requests from locations outside of the data center to perform functions pertaining to the operations of the utility; and a hardware security module located within said physically secure environment, storing a secret key and comprising an authorization engine, located within said physically secure environment, configured to receive remote requests directed to said application programs and to provide authorized requests, that are signed in accordance with said secret key; and a policy module, located within said physically secure environment, configured to process the remote requests in accordance with business logic associated with said application programs and to selectively enable the requests to be authorized by said authorization engine. a physically secure environment; at least one server configured to execute one or more application programs associated with operations of a utility, at least some of said application programs having an interface for receiving remote requests from locations outside of the data center to perform functions pertaining to the operations of the utility; and a hardware security module located within said physically secure environment, storing a secret key and comprising an authorization engine, located within said physically secure environment, configured to receive remote requests directed to said application programs and to provide authorized requests, that are signed in accordance with said secret key; and a policy module, located within said physically secure environment, configured to process the remote requests in accordance with business logic associated with said application programs and to selectively enable the requests to be authorized by said authorization engine.
A network node, comprising: processing circuitry, the processing circuitry including a processor and a memory, the memory containing instructions that, when executed by the processor, configure the processor to: configure a reception monitoring resource indicating whether there is at least a possibility that a wireless device is scheduled to receive data in a subframe; and the reception monitoring resource being configured to cause the wireless device to bypass decoding of at least one control channel candidate in the subframe when the reception monitoring resource indicates the wireless device is not scheduled to read data in the subframe, wherein the reception monitoring resource is a reused resource that provides functionality in addition to reception monitoring, and wherein the functionality of the reception monitoring resource in addition to reception monitoring includes providing Hybrid Automatic Repeat Request, HARQ, acknowledgements; and a transmitter in communication with the processing circuitry, the transmitter configured to transmit the reception monitoring resource to the wireless device in the subframe. configure a reception monitoring resource indicating whether there is at least a possibility that a wireless device is scheduled to receive data in a subframe; and the reception monitoring resource being configured to cause the wireless device to bypass decoding of at least one control channel candidate in the subframe when the reception monitoring resource indicates the wireless device is not scheduled to read data in the subframe, wherein the reception monitoring resource is a reused resource that provides functionality in addition to reception monitoring, and wherein the functionality of the reception monitoring resource in addition to reception monitoring includes providing Hybrid Automatic Repeat Request, HARQ, acknowledgements; and a transmitter in communication with the processing circuitry, the transmitter configured to transmit the reception monitoring resource to the wireless device in the subframe.
Warning device for motor vehicles, comprising a flexible element having two surfaces and extending from a first end to a second end (10a, 10b), which is made of at least two materials, namely a material in a signal colour and a reflecting material, at least one first magnet element arranged in the area of the first end of the flexible element, and at least one second magnet element arranged in the area of the second end of the flexible element, wherein both magnet elements (30a, 30b) are in each case accommodated in pockets of the flexible element, and are therefore permanently connected to the flexible element, wherein at least the second magnet element is configured in such a way that it can serve as a weight, characterised in that the flexible element is a strip and is configured in such a way that its length from the first end to the second end is at least three times greater than its width, and that the flexible element is configured throughout and completely as having two layers in a way that both surfaces comprise both materials, such that both surfaces have essentially the same appearance.
An electronic device manufacturing device for manufacturing three-dimensional electronic devices by layering multiple layer cross sections sliced at a predetermined thickness of a three-dimensional electronic device which is the target for forming, comprising: a cross section forming means for forming each layer cross section using multiple types of materials by layering on top of the layer cross section underneath; and a solidifying means configured to, each time a layer cross section is formed by the cross section forming means, cure or sinter the cross section by exposing the cross section to one of ultraviolet light, a laser beam, visible light, or an electron beam, characterized in that the cross section forming means is configured to form by spreading powdered material in a layer and discharging a binder via a droplet discharge method to bond that powdered material in that discharge region, or by spreading powdered material in a layer and exposing the layer to a laser beam to sinter that exposed region of the powdered material.
A seaworthy craft having a structure for mooring the craft against a set of pylons, comprising a fender with a layer of compressible material having an exposed surface; anchor points secured at laterally spaced locations on the craft; two draw mechanisms also secured on the craft, each mechanism being associated with a respective anchor point; and a tie for extending from each anchor point to its associated draw mechanism, each mechanism being operable to draw its respective tie from an anchor point around a said pylon to urge the fender thereagainst; characterised in that the location of each anchor point on the craft is vertically spaced from its associated draw mechanism such that, in use, a length of each tie extends around a said pylon diagonally, at an angle to the horizontal or longitudinal axis of the craft.
A portable communication device (100, 200, 300, 400) comprising: a housing (101, 201, 301, 401) including a metal housing member at least partially forming an outer side surface of the portable communication device, a seating groove (131, 415, 531) formed in the metal housing member, the metal housing member including a first metal portion and a second metal portion; a resin member including a first portion (103, 203, 303) formed in the seating groove of the metal housing member and a second portion formed between the first metal portion and the second metal portion; and a window glass forming at least a part of an outer surface of the portable communication device, wherein the first portion (103, 203, 303) of the resin member is partially exposed to an outside of the portable communication device between the metal housing member and the window glass and the second portion of the resin member is partially exposed to the outside of the portable communication device between the first metal portion and the second metal portion, and wherein at least one of the first metal portion and the second metal portion is configured to be utilized as radiation conductor of an antenna device. a housing (101, 201, 301, 401) including a metal housing member at least partially forming an outer side surface of the portable communication device, a seating groove (131, 415, 531) formed in the metal housing member, the metal housing member including a first metal portion and a second metal portion; a resin member including a first portion (103, 203, 303) formed in the seating groove of the metal housing member and a second portion formed between the first metal portion and the second metal portion; and a window glass forming at least a part of an outer surface of the portable communication device, wherein the first portion (103, 203, 303) of the resin member is partially exposed to an outside of the portable communication device between the metal housing member and the window glass and the second portion of the resin member is partially exposed to the outside of the portable communication device between the first metal portion and the second metal portion, and wherein at least one of the first metal portion and the second metal portion is configured to be utilized as radiation conductor of an antenna device.
Method for removal of moist contained in a gaseous product stream having been subjected to methanation reaction of a gaseous feed stream being heated in a process heater prior to the methanation reaction comprising the steps of removing part of the moist by cooling the product stream below its dew point and separating water from the cooled product stream to obtain a partially dried product stream; removing remainder of the moist from the partially dried product stream by passing the stream through at least one bed of solid adsorbent (20a,20b) and adsorbing the moist and withdrawing a dried product stream until the adsorbent is saturated with the moist, characterised by the steps of regenerating the saturated adsorbent (20a,20b) by passing at least part of the gaseous feed stream having been dried in a water separation step and heated in the process heater through the bed of loaded adsorbent (20a,20b); desorbing moist into the dried and heated feed stream and passing the heated and moist laden feed stream to the reaction; cooling the regenerated adsorbent (20a,20b) by passing at least a part of the dried feed stream prior to the heating of the stream through the regenerated adsorbent (20a,20b); and passing the feed stream being withdrawn from the adsorbent (20a,20b)through the heater and subsequently to the reaction.
A method of correction of acoustic parameters of electro-acoustic transducer including: measuring of acoustic parameters of an electro-acoustic transducer, processing the measuring results, calculating correction parameters for the electro-acoustic transducer, correcting an acoustic signal based on calculated correction parameters for the electro-acoustic transducer, wherein said calculating correction parameters of electro-acoustic transducer is performed by using an acoustic power frequency response of the electro-acoustic transducer, by taking measurements in the ambient space of the electro-acoustic transducer wherein said measurements are obtained from many discreet points in said space.
A coated substrate comprising Formula X, Formula Xb, or a combination of Formula X and Xb: or a salt thereof, wherein Z, Z 1, and Z 2 are each an organic or inorganic substrate; J 2 is -C 1-20 -alkyl-R 4; R 4 is m is 1-1000 (e.g., 1-100, e.g., 1-50, e.g., 1-10); and n is 1-1000 (e.g., 1-100, e.g., 1-50, e.g., 1-10). Z, Z 1, and Z 2 are each an organic or inorganic substrate; J 2 is -C 1-20 -alkyl-R 4; R 4 is m is 1-1000 (e.g., 1-100, e.g., 1-50, e.g., 1-10); and n is 1-1000 (e.g., 1-100, e.g., 1-50, e.g., 1-10).
A device for the continuous exposure of sample bodies in a fluid, which sample bodies include an active surface section, which defines a measuring plane, having a container, which extends along a longitudinal axis, includes a closed side wall extending along the longitudinal axis and has a first and a second end face (19, 21) extending transverse to the longitudinal axis, having a first sample body holder, which extends transverse to the longitudinal axis and which is designed to hold at least one sample body in such a way that its measuring plane extends perpendicular to the longitudinal axis in a first sample plane, and such that the active surface section is facing away from the first end face, whereby the first sample body holder is further designed to hold several sample bodies in such a way that their center points parallel to the first sample plane have a uniform distance (d) to the longitudinal axis, and having an agitating element driven in a rotating manner in a plane perpendicular to the longitudinal axis, which is arranged on the side facing away from the first end face of the first sample plane, whereby the container includes an inlet and an outlet, characterized in that the agitating element rotates around the longitudinal axis and is connected to a drive shaft which extends parallel to the longitudinal axis through one of the first and the second end faces (19, 21), and whereby the agitating element includes blades extending radially outwards from the drive shaft.
Radiation generating apparatus for generating x-ray radiation having an electron gun (1, 3) for generating a flat electron beam (10, 15) and having a target structure, wherein the electron gun (1, 3) has a cathode having an emission surface which is curved about a central axis and which is designed to emit electrons, and has an accelerating device for accelerating the electrons in a direction radial to the emission surface toward a target region on the central axis, wherein the emission surface has a width in the azimuthal direction and the emission surface has a height oriented perpendicularly to the width, wherein the width is at least ten times the magnitude of the height, wherein the target structure is arranged in the target region and designed as an x-ray target.
A separating drum for separating different kinds of parts, in the form of injection moulded and moulded parts, with a separating base frame having a cylindrical basic shape and rotatable about a longitudinal axis, wherein the separating drum has two connection regions (2, 3) on its end faces, which are connected to a central drum region via rings (4, 5), wherein the central drum region is formed of strip-shaped wall sections, which each has an elongate opening, extending over almost the entire central drum region, and with interchangeable segments which can be reversibly fastened to the separating base frame, wherein openings for separating the parts are formed exclusively by the interchangeable segments, wherein the interchangeable segments each have fastening contours, which correspond with counter contours on the side of the separating base frames, and wherein each interchangeable element rests on a respective strip-shaped wall section on an outer side of the separating base frame and is reversibly fastened there without the use of tools.
A method operable by a signing entity for generating an aggregate digital signature for message data provided by another signing entity, the method comprising: receiving from said message data first and second signature components (c1, s1); generating a third signature component by encrypting said first signature component using a first encryption key; generating a first intermediate signature component from said third signature component and a visible portion of said message data; generating a fourth signature component from said first intermediate signature component and a first private key; and outputting said third component in place of said first signature component as well as said second signature component and said fourth signature component as said digital signature. receiving from said message data first and second signature components (c1, s1); generating a third signature component by encrypting said first signature component using a first encryption key; generating a first intermediate signature component from said third signature component and a visible portion of said message data; generating a fourth signature component from said first intermediate signature component and a first private key; and outputting said third component in place of said first signature component as well as said second signature component and said fourth signature component as said digital signature.
A cathode material for water activated, deferred-action battery 10 comprising at least one basic copper salt on a skeletal frame 24, wherein said basic copper salt is basic copper sulfate or basic copper carbonate, and wherein a basic salt is a compound that is both a salt and a base.