mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an apparatus, the apparatus comprising multiple processors, of generating an output sequence (152;240) comprising a plurality of outputs from an input sequence (102;230) comprising a plurality of inputs, the method comprising: receiving the input sequence; processing the input sequence using a latent prediction model configured to autoregressively predict a sequence of discrete latent variables that is shorter than the output sequence and that encodes the output sequence, wherein each discrete latent variable in the sequence is selected from a discrete set of latent variables; and processing, the input sequence and the predicted sequence of discrete latent variables using a parallel decoder model configured to generate the outputs in the output sequence in parallel from the input sequence and the predicted sequence of discrete latent variables, wherein each one of the outputs of the output sequence is generated independently from the other outputs of the output sequence. receiving the input sequence; processing the input sequence using a latent prediction model configured to autoregressively predict a sequence of discrete latent variables that is shorter than the output sequence and that encodes the output sequence, wherein each discrete latent variable in the sequence is selected from a discrete set of latent variables; and processing, the input sequence and the predicted sequence of discrete latent variables using a parallel decoder model configured to generate the outputs in the output sequence in parallel from the input sequence and the predicted sequence of discrete latent variables, wherein each one of the outputs of the output sequence is generated independently from the other outputs of the output sequence.
Turbine engine with at least a high pressure and a low pressure turbine section comprising a casing and at least one turbine blade rotatably mounted within the casing wherein at least part of the inner surface of the casing is covered with shrouds as abradables to provide clearance control between the inner surface and the tip of the at least one blade and wherein the tip of the blade is coated with a hard PVD coating, characterized in that the shroud material of at least the high pressure and/or the low pressure section comprises a porous ceramic based material and that the abradables are made of CoNiCrAIY-hBN, NiCrAl-bentonite, NiCrAl-hBN or NiCrFeAl-hBN and the hard PVD coating on the tip of the blade consists of a droplet free nitride PVD coating comprising Me1Me2X, where Me1 is an element of the group formed by Ti, Cr or Zr or a combination thereof and Me2 is Al and/or Si and X is an element of the group formed by N, or N and O, or N and B, or N and O and B.
A ring-shaped winding including, in an outer circumferential portion thereof, an elevated winding portion in which a plurality of winding layers is piled up in a direction perpendicular to an axial direction of the winding layers, and a cross-sectional shape thereof in the axial direction takes a shape of mound in which an inner lateral side in the axial direction is piled up higher than an outer lateral side in the axial direction, the winding being characterised by: a first descending conductor portion being bent from an end-portion of a winding conductor placed at a top portion of the elevated winding portion toward the outer lateral side in the axial direction, and descending along a side face of the elevated winding portion, from the top portion thereof to a predetermined winding layer across a side face of a winding layer on the way to the predetermined winding layer among the plurality of winding layers forming the elevated winding portion; a first connection conductor portion bent from the first descending conductor portion toward the inner lateral side in the axial direction of the winding, and disposed along the side face of the elevated winding portion in a direction to which a winding conductor constituting the winding extends; and a second descending conductor portion being bent from the first connection conductor portion toward the outer lateral side in the axial direction of the winding, and descending along the side face of the elevated winding portion, from the predetermined winding layer to another predetermined winding layer across a side face of a winding layer on the way to the other predetermined winding layer. a first descending conductor portion being bent from an end-portion of a winding conductor placed at a top portion of the elevated winding portion toward the outer lateral side in the axial direction, and descending along a side face of the elevated winding portion, from the top portion thereof to a predetermined winding layer across a side face of a winding layer on the way to the predetermined winding layer among the plurality of winding layers forming the elevated winding portion; a first connection conductor portion bent from the first descending conductor portion toward the inner lateral side in the axial direction of the winding, and disposed along the side face of the elevated winding portion in a direction to which a winding conductor constituting the winding extends; and a second descending conductor portion being bent from the first connection conductor portion toward the outer lateral side in the axial direction of the winding, and descending along the side face of the elevated winding portion, from the predetermined winding layer to another predetermined winding layer across a side face of a winding layer on the way to the other predetermined winding layer.
A stent graft delivery device comprising a handle at a distal end, a nose cone dilator at a proximal end, the nose cone dilator including a distal end, a guide wire catheter extending from the handle to and through the nose cone dilator at the proximal end, a pusher catheter extending from the handle towards the proximal end of the delivery device, a stent graft retained on the delivery device between the distal end of the nose cone dilator and the pusher catheter, the stent graft having a graft lumen therethrough and the guide wire catheter extending through the graft lumen, a pusher lumen through the pusher catheter, the guide wire catheter extending through the pusher lumen and able to move longitudinally and rotationally with respect to the pusher catheter, an indwelling catheter extending from the handle through the pusher lumen and the stent graft lumen outside the guide wire catheter towards the nose cone dilator, the indwelling catheter comprising a distal end adjacent the handle and a proximal end adjacent the nose cone dilator, characterised in that the indwelling catheter is formed from a material able to transmit rotational movement from the distal end to the proximal end thereof, and is able to transmit longitudinal movement in the direction of advancement and withdrawal, and wherein the indwelling catheter comprises a flexible proximal tip, the proximal tip being pre-formed into a curved shape.
Pedal position sensor arrangement for a motor vehicle, comprising - an accelerator pedal which can be moved between a starting position and an end position, - a bearing for the accelerator pedal, - an elastic element, in particular a spring which applies a restoring force in the direction of the starting position on the accelerator pedal, in order to move the accelerator pedal into the starting position, - a friction element on the accelerator pedal for producing friction hysteresis on the accelerator pedal, the friction element being arranged in a partially annular cut-out of the accelerator pedal, characterized in that the friction element can be deformed elastically, it being possible for the friction element to be pushed into the cut-out under a corresponding compressive force during the manufacture of the accelerator pedal, the friction element being connected to the accelerator pedal in a positively locking and/or non-positive manner. - an accelerator pedal which can be moved between a starting position and an end position, - a bearing for the accelerator pedal, - an elastic element, in particular a spring which applies a restoring force in the direction of the starting position on the accelerator pedal, in order to move the accelerator pedal into the starting position, - a friction element on the accelerator pedal for producing friction hysteresis on the accelerator pedal, the friction element being arranged in a partially annular cut-out of the accelerator pedal, characterized in that the friction element can be deformed elastically, it being possible for the friction element to be pushed into the cut-out under a corresponding compressive force during the manufacture of the accelerator pedal, the friction element being connected to the accelerator pedal in a positively locking and/or non-positive manner.
Method for manufacturing a mat made from recycled rubber, comprising the steps of: - mixing recycled rubber in grains or chips and at least one binder so as to obtain a granular rubber-binder mixture, - transferring said rubber-binder mixture onto a conveyor belt, which, when moving, has a direction of travel, - compressing said rubber-binder mixture on the conveyor belt at a hardening temperature of the rubber-binder mixture, and - adding liquid water to said rubber-binder mixture before the compression step, the added water causing, on contact with the binder, a hardening of the latter during compression at said hardening temperature, with the obtaining of a mat made from agglomerated recycled rubber, characterised in that the transfer step comprises a deposit of the rubber-binder mixture on the conveyor belt following a back-and-forth movement transversely to said direction of travel, and said method further comprises, after this depositing step, a step of levelling said rubber-binder mixture on the conveyor belt during travel, at a predetermined uniform thickness. - mixing recycled rubber in grains or chips and at least one binder so as to obtain a granular rubber-binder mixture, - transferring said rubber-binder mixture onto a conveyor belt, which, when moving, has a direction of travel, - compressing said rubber-binder mixture on the conveyor belt at a hardening temperature of the rubber-binder mixture, and - adding liquid water to said rubber-binder mixture before the compression step, the added water causing, on contact with the binder, a hardening of the latter during compression at said hardening temperature, with the obtaining of a mat made from agglomerated recycled rubber,
A method of processing multimedia data, the method comprising: receiving a global reference clock; receiving multimedia data, the multimedia data comprising discrete time labels based on the global reference clock; generating a second clock based at least in part on the discrete time labels; and processing the multimedia data according to the second clock, wherein the multimedia data is processed so as to generate at least one of an analog multimedia signal, a serial digital multimedia signal, and a parallel digital multimedia signal, and wherein the multimedia data is presented on a display at times corresponding to the discrete time labels. receiving a global reference clock; receiving multimedia data, the multimedia data comprising discrete time labels based on the global reference clock; generating a second clock based at least in part on the discrete time labels; and processing the multimedia data according to the second clock, wherein the multimedia data is processed so as to generate at least one of an analog multimedia signal, a serial digital multimedia signal, and a parallel digital multimedia signal, and wherein the multimedia data is presented on a display at times corresponding to the discrete time labels.
An unlocking control method, comprising: acquiring, by a terminal device upon detection of a touch operation performed by a user on a fingerprint identification module of the terminal device when the terminal device is in a screen-off state, an original fingerprint image and performing a fingerprint identification process on the original fingerprint image, triggering an interrupt request upon detecting a press operation performed by the user on the fingerprint identification module of the terminal device during the process of acquiring the original fingerprint image and performing the fingerprint identification process on the original fingerprint image, wherein the interrupt request is configured to interrupt a suspended state of hardware of the terminal device thereby to resume a process of lighting up a screen of the terminal device, wherein the process of acquiring the original fingerprint image and performing the fingerprint identification on the original fingerprint image and the process of lighting up the screen of the terminal device are performed in parallel; unlocking and lighting up the screen of the terminal device at the same time when detecting that a result of the fingerprint identification process is matching; and acquiring an application bound to a target fingerprint image and a page of the application when the application was opened last time, and loading the page acquired, wherein the target fingerprint image is obtained using the original fingerprint image. acquiring, by a terminal device upon detection of a touch operation performed by a user on a fingerprint identification module of the terminal device when the terminal device is in a screen-off state, an original fingerprint image and performing a fingerprint identification process on the original fingerprint image, triggering an interrupt request upon detecting a press operation performed by the user on the fingerprint identification module of the terminal device during the process of acquiring the original fingerprint image and performing the fingerprint identification process on the original fingerprint image, wherein the interrupt request is configured to interrupt a suspended state of hardware of the terminal device thereby to resume a process of lighting up a screen of the terminal device, wherein the process of acquiring the original fingerprint image and performing the fingerprint identification on the original fingerprint image and the process of lighting up the screen of the terminal device are performed in parallel; unlocking and lighting up the screen of the terminal device at the same time when detecting that a result of the fingerprint identification process is matching; and acquiring an application bound to a target fingerprint image and a page of the application when the application was opened last time, and loading the page acquired, wherein the target fingerprint image is obtained using the original fingerprint image.
An Analog-to-Digital Converter, ADC, having a circuit, the circuit comprising: a plurality of ADC channels (12, 14) connected to an in-service signal input via an isolated power combiner, wherein the in-service signal input is configured to receive an RF input signal and is connected to a first input port of the isolated power combiner and the plurality of ADC channels (12, 14) are connected to output ports of the isolated power combiner; an on-chip circuit including a calibration source connected to a second input port of the isolated power combiner; and one or more switches (28, 32) configured to switch the ADC between an in-service mode and a calibration mode; wherein the one or more switches (28, 32) are set such that in the calibration mode, the in-service signal input is disconnected from the plurality of ADC channels (12, 14) and the on-chip circuit is connected to the second input port of the isolated power combiner, and in the in-service mode, the in-service signal input is connected to the plurality of ADC channels (12, 14) and the on-chip circuit is disconnected from the second input port of the isolated power combiner; wherein, in the calibration mode, the calibration source of the on-chip circuit is configured to provide a test signal through the isolated power combiner to the plurality of ADC channels (12, 14) for a determination of interleave errors in the plurality of ADC channels (12, 14). a plurality of ADC channels (12, 14) connected to an in-service signal input via an isolated power combiner, wherein the in-service signal input is configured to receive an RF input signal and is connected to a first input port of the isolated power combiner and the plurality of ADC channels (12, 14) are connected to output ports of the isolated power combiner; an on-chip circuit including a calibration source connected to a second input port of the isolated power combiner; and one or more switches (28, 32) configured to switch the ADC between an in-service mode and a calibration mode; in the calibration mode, the in-service signal input is disconnected from the plurality of ADC channels (12, 14) and the on-chip circuit is connected to the second input port of the isolated power combiner, and in the in-service mode, the in-service signal input is connected to the plurality of ADC channels (12, 14) and the on-chip circuit is disconnected from the second input port of the isolated power combiner; wherein, in the calibration mode, the calibration source of the on-chip circuit is configured to provide a test signal through the isolated power combiner to the plurality of ADC channels (12, 14) for a determination of interleave errors in the plurality of ADC channels (12, 14).
A method for a first playback device (102-124, 200, 602-606) of a media playback system, the method comprising: accessing, by the first playback device, from a file stored in data storage of the first playback device, first network parameters, wherein the first playback device previously established a valid network connection to a first local area network using the first network parameters; determining, by the first playback device, that the first playback device is unable to establish a valid network connection to the first local area network using the first network parameters; receiving, from one or more second playback devices (102-124, 200, 602-606) via a network interface of the first playback device, one or more messages indicating second network parameters, wherein the second network parameters are used by the one or more second playback devices to establish a valid network connection to a second local area network; establishing, by the first playback device, a valid network connection to the second local area network using the second network parameters; and replicating the second network parameters among other playback devices of the media playback system. accessing, by the first playback device, from a file stored in data storage of the first playback device, first network parameters, wherein the first playback device previously established a valid network connection to a first local area network using the first network parameters; determining, by the first playback device, that the first playback device is unable to establish a valid network connection to the first local area network using the first network parameters; receiving, from one or more second playback devices (102-124, 200, 602-606) via a network interface of the first playback device, one or more messages indicating second network parameters, wherein the second network parameters are used by the one or more second playback devices to establish a valid network connection to a second local area network; establishing, by the first playback device, a valid network connection to the second local area network using the second network parameters; and replicating the second network parameters among other playback devices of the media playback system.
A transport device comprising a flexible base plate being rolled up when not in use and being spread out flat to receive a load to be transported, said base plate being raised at least at two longitudinal edges when in use resulting in an approximately U-shaped cross section, wherein holes are provided at least along the two longitudinal edges of the base plate to attach straps (7, 8, 13) or the like, reinforcing elements being associated with said holes and fixed to said base plate by an eyelet bordering one of said holes and by two further fastening elements, wherein the eyelet is next to the longitudinal edge of the base plate, characterized in that said hole for taking up a strap or the like and two further holes being more distant from the longitudinal edge of the base plate are disposed in a triangle, that the two further fastening elements are also eyelets that border the more distant holes, and that each of said reinforcing elements comprises two plates arranged on both sides of said base plate and fixed by said three eyelets disposed in a triangle area.
Acoustic shock waves generator comprising: - a control and command unit located inside a container-housing, connected to a power supply: - a cone (CDUS), connected with its apex to the container-housing and having its base oriented toward the sky for directing the shock waves, - a system for generating the shock waves (SGUS) connected to the control and command unit, wherein the shock waves generating system (SGUS) is a system for generating an electric discharge in an insulating medium comprising water, oxygen and hydrogen, and wherein the control and command unit is in connection with a light sensor, a humidity sensor, a pressure sensor, a temperature sensor, a wind velocity measuring vector, a sensor for measuring the electromagnetic field, as well as with a camera in the visible spectrum, a camera (CSIR) in the infrared spectrum, each camera having a software for image processing, as well as a meteorological radar. - a control and command unit located inside a container-housing, connected to a power supply: - a cone (CDUS), connected with its apex to the container-housing and having its base oriented toward the sky for directing the shock waves, - a system for generating the shock waves (SGUS) connected to the control and command unit,
A device for delivering a compound to an olfactory region of a nasal cavity or the turbinate regions of the nasal cavity comprising: a canister capable of containing a liquid propellant, a diffuser in communication with the canister, such that liquid propellant exiting the canister comes into contact with the diffuser, wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant exiting the canister into gaseous propellant, a compound chamber that is capable of containing the compound, which compound chamber is in communication with the diffuser such that following contact with the diffuser, the gaseous propellant comes into contact with the compound in the compound chamber, and a nozzle in communication with the compound chamber. a canister capable of containing a liquid propellant, a diffuser in communication with the canister, such that liquid propellant exiting the canister comes into contact with the diffuser, wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant exiting the canister into gaseous propellant, a compound chamber that is capable of containing the compound, which compound chamber is in communication with the diffuser such that following contact with the diffuser, the gaseous propellant comes into contact with the compound in the compound chamber, and a nozzle in communication with the compound chamber.
An adhesive composition, comprising a polyester resin and an anti-fogging agent, and satisfying the following requirement: Glass transition temperature of the polyester resin determined as indicated in the description is from -30 to 30°C; wherein the polyester resin is a copolymerized polyester resin consisting of a dicarboxylic acid component and a glycol component, wherein the dicarboxylic acid component comprises an aromatic dicarboxylic acid and an aliphatic dicarboxylic acid with their molar ratio in terms of (aromatic dicarboxylic acid) / (aliphatic dicarboxylic acid) is (50 to 99) / (50 to 1). Glass transition temperature of the polyester resin determined as indicated in the description is from -30 to 30°C;