mhurhangee/ep-ind-claims huggingface dataset:
A method for processing spatially large audio objects, comprising: receiving audio data comprising audio objects, the audio objects comprising audio object signals and associated metadata, the metadata including at least audio object size data and audio object position data; determining, based on the audio object size data, a large audio object having an audio object size that is greater than a threshold size and other audio objects that have a size below a threshold value; performing a decorrelation process on audio signals of the large audio object to produce a plurality of decorrelated large audio object audio signals; and associating the decorrelated large audio object audio signals with locations corresponding to the audio object position data of the other audio objects, wherein the associating process further includes: mixing the decorrelated large audio object audio signals with at least some of the audio signals correspond to the other audio objects, thereby producing mixed audio signals; and outputting audio data including the mixed audio signals; and wherein the method further comprises applying a data compression to the audio data output from the association process. receiving audio data comprising audio objects, the audio objects comprising audio object signals and associated metadata, the metadata including at least audio object size data and audio object position data; determining, based on the audio object size data, a large audio object having an audio object size that is greater than a threshold size and other audio objects that have a size below a threshold value; performing a decorrelation process on audio signals of the large audio object to produce a plurality of decorrelated large audio object audio signals; and associating the decorrelated large audio object audio signals with locations corresponding to the audio object position data of the other audio objects, wherein the associating process further includes: mixing the decorrelated large audio object audio signals with at least some of the audio signals correspond to the other audio objects, thereby producing mixed audio signals; and outputting audio data including the mixed audio signals; and wherein the method further comprises applying a data compression to the audio data output from the association process. mixing the decorrelated large audio object audio signals with at least some of the audio signals correspond to the other audio objects, thereby producing mixed audio signals; and outputting audio data including the mixed audio signals; and wherein the method further comprises applying a data compression to the audio data output from the association process.
A welding tip replacement apparatus for a welding torch that includes a tubular tip connection body, a tubular retaining member fitted over the tip connection body, and a tubular welding tip fitted within the tip connection body, the retaining member being urged toward one end of the tip connection body along the axis of the tip connection body by an elastic member, the welding torch being configured such that displacing the retaining member axially toward the other end of the tip connection body causes the welding tip axially fastened to the tip connection body to be released, the apparatus characterized by comprising: a first grasping mechanism that grasps the retaining member; a second grasping mechanism that grasps the welding tip protruding from the retaining member in a direction away from the one end or another welding tip; a first driving mechanism that drives the first grasping mechanism axially toward the other end to release the welding tip fastened to the tip connection body and drives the first grasping mechanism axially toward the one end to fasten the other welding tip to the tip connection body; and a second driving mechanism that drives the second grasping mechanism axially in the direction away from the one end to detach the welding tip and drives the second grasping mechanism axially toward the other end to attach the other welding tip; a cutting mechanism that cuts a wire, extending through the welding tip and the tip connection body, between the tip connection body and the welding tip detached from the tip connection body, and at least two position sensors that acquire information about the position of the welding torch in at least two directions orthogonal to the axis. a first grasping mechanism that grasps the retaining member; a second grasping mechanism that grasps the welding tip protruding from the retaining member in a direction away from the one end or another welding tip; a first driving mechanism that drives the first grasping mechanism axially toward the other end to release the welding tip fastened to the tip connection body and drives the first grasping mechanism axially toward the one end to fasten the other welding tip to the tip connection body; and a second driving mechanism that drives the second grasping mechanism axially in the direction away from the one end to detach the welding tip and drives the second grasping mechanism axially toward the other end to attach the other welding tip; a cutting mechanism that cuts a wire, extending through the welding tip and the tip connection body, between the tip connection body and the welding tip detached from the tip connection body, and at least two position sensors that acquire information about the position of the welding torch in at least two directions orthogonal to the axis.
An optical waveguide device comprising a thin plate having a thickness of 20 μm or less, and at least an optical waveguide formed in the thin plate, wherein the thin plate is bonded and fixed to a supporting substrate with an adhesive interposed between a surface of the thin plate and the supporting substrate, characterized in that a film having a higher refractive index than the thin plate and the adhesive is provided on the aforementioned surface of the thin plate bonded and fixed to the supporting substrate so as to be in contact with at least a part of the optical waveguide.
A method for human body tracking processing, wherein the method is applied to an apparatus for video collection processing which comprises a camera and an intelligent chip; and the method comprises: collecting, by the camera, video data; intercepting, by the intelligent chip, video data collected by the camera to acquire video image frames to be processed; extracting a key image frame comprising a human body from the video image frames to be processed; performing a processing on the key image frame by using a human body detection tracking algorithm to acquire a first human body detection tracking result, wherein the first human body detection tracking result comprises a human body foreground image, a two-dimensional position of the human body in the key image frame and a human body identifier; sending, by the intelligent chip, the first human body detection tracking result to a cloud server; and acquiring, by the cloud server, a second human body tracking result by processing the first human body detection tracking result. collecting, by the camera, video data; intercepting, by the intelligent chip, video data collected by the camera to acquire video image frames to be processed; extracting a key image frame comprising a human body from the video image frames to be processed; performing a processing on the key image frame by using a human body detection tracking algorithm to acquire a first human body detection tracking result, wherein the first human body detection tracking result comprises a human body foreground image, a two-dimensional position of the human body in the key image frame and a human body identifier; sending, by the intelligent chip, the first human body detection tracking result to a cloud server; and acquiring, by the cloud server, a second human body tracking result by processing the first human body detection tracking result.
A method, performed by a proxy server, for enabling remote management of a profile in an identity module in a Narrowband Internet of Things (NB-loT) device, wherein the proxy server is configured with access to a database of one or more external identifiers each associated with a respective one of one or more NB-loT devices, wherein the one or more external identifiers are each used to address the respective one of the one or more NB-loT devices via an exposure function in a core network, the method comprising: receiving a request to deliver a triggering message to the NB-loT device, wherein the request comprises a device identifier of the NB-loT device; determining, from the database, an external identifier of the NB-loT device based on the received device identifier; and transmitting the triggering message along with the external identifier to the exposure function for forwarding to the NB-loT device using a Non-IP Data Delivery, NIDD, service, wherein the triggering message either comprises: a profile download triggering message configured to trigger the NB-loT device to download a profile from a profile management server or a profile management triggering message configured to trigger an identity module in the NB-loT device to perform a profile management operation. receiving a request to deliver a triggering message to the NB-loT device, wherein the request comprises a device identifier of the NB-loT device; determining, from the database, an external identifier of the NB-loT device based on the received device identifier; and transmitting the triggering message along with the external identifier to the exposure function for forwarding to the NB-loT device using a Non-IP Data Delivery, NIDD, service, wherein the triggering message either comprises: a profile download triggering message configured to trigger the NB-loT device to download a profile from a profile management server or a profile management triggering message configured to trigger an identity module in the NB-loT device to perform a profile management operation.
A method of controlling a mobile apparatus having a function of a pre-action on an object, the method comprising: displaying at least one object on a touch screen; detecting a pre-action gesture on a first object among the at least one object, wherein the pre-action gesture comprises at least one of a flick, a drag and a hovering on the object; and in response to receiving the pre-action gesture on the first object, displaying, from a position of the first object on the touch screen, a preview display of the first object, characterized in that the preview display comprises sequentially displaying preview images in a time sequence, along one axis, wherein each subsequent preview image overlaps the previous image in the sequence; and the displaying the preview display further comprises shortening positional distances among the displayed preview images as the pre-action gesture is slower, and lengthening positional distances among preview images as the pre-action gesture is faster. displaying at least one object on a touch screen; detecting a pre-action gesture on a first object among the at least one object, wherein the pre-action gesture comprises at least one of a flick, a drag and a hovering on the object; and in response to receiving the pre-action gesture on the first object, displaying, from a position of the first object on the touch screen, a preview display of the first object, characterized in that the preview display comprises sequentially displaying preview images in a time sequence, along one axis, wherein each subsequent preview image overlaps the previous image in the sequence; and the displaying the preview display further comprises shortening positional distances among the displayed preview images as the pre-action gesture is slower, and lengthening positional distances among preview images as the pre-action gesture is faster.
A measuring probe for epicardial ECG monitoring, comprises a measuring element for measuring electric signal from a heart and a connecting element arranged to output the measured heart signal through a connecting fragment, where the measuring element is electrically connected with the connecting element, and the connecting element is a layered element containing a conductive layer, a dielectric layer insulating the conductive layer and a base layer extending over the entire surface of the connecting element, wherein the measuring element is a layered element containing a signal-collecting layer located over at least a part of the measuring element, and the base layer extending over the entire surface of the measuring element, wherein signal-collecting layer of the measuring element is simultaneously an adhesive layer, which allows to fix the probe to the heart, and signal-collecting layer comprises at least one carrier, a conductive substance and optionally at least one adhesion promoter, wherein a connecting fragment provided at the end of the connecting element, opposite to the measuring element, is a layered element containing the conductive layer and the base layer, with the maximum dimension of the measuring element perpendicular to its thickness being 30 mm, wherein in the measuring element, the adhesive layer is a graphene-TPU layer comprising graphene, hydroxypropyl starch and a thermoplastic polyurethane elastomer in dimethylformamide.
Structural roofing system for covering an underneath area comprising at least one foundation to transmit the loads of said structural roofing system to the ground, at least one tension element extending between at least two points (30, 31) of said at least one foundation, at least one pneumatic element supported by said at least one tension element with at least one portion of said pneumatic element lying on said at least one tension element, and at least one covering layer having at least a portion located above said at least one pneumatic element and supported by said at least one pneumatic element, wherein said at least one pneumatic element keeps at distance at least part of said covering layer from said at least one tension element, when said at least one pneumatic element is at least partially inflated, characterized in that the at least one pneumatic element is provided with a longitudinal axis extending substantially parallel to the straight line which connects said at least two points (30, 31) of said at least one foundation between which said tension element extends.
Removable gripping device of a cooking vessel, comprising two members (3, 4) forming a clamp of a wall of the cooking vessel, one of the members being fixed on a support surface and the other member being movable in translation between an open position and a closed position, said movable member having an end bent downwards forming a jaw of the clamp characterized in that the bent-down end of the movable member forming a jaw of the chuck is arranged so as to, upon tightening of the clamp, move in a translational direction downwards forming with the normal at the bearing surface in a median plane to the bearing surface and containing said translation direction, an angle of inclination (α) between 5 and 90°.
A device comprising: a first amplifier comprising a first output stage configured to receive and amplify a first portion of a first signal into a first amplified signal; a second amplifier comprising a second output stage configured to receive and amplify a second portion of the first signal into a second amplified signal, the first and second portions being different, wherein the first and the second amplifiers are different classes of amplifiers and the device is configured to combine the first and second amplified signals into a combined amplified signal; and an activation control having a replica of the first output stage, which is configured to generate a replica signal of the first amplified signal, the activation control configured to generate an activation signal based on the replica signal and to slave operation of the second amplifier to operation of the first amplifier, wherein the slave operation comprises activation of amplification of the first signal by the second amplifier in response to the activation signal reaching an activation threshold. a first amplifier comprising a first output stage configured to receive and amplify a first portion of a first signal into a first amplified signal; a second amplifier comprising a second output stage configured to receive and amplify a second portion of the first signal into a second amplified signal, the first and second portions being different, wherein the first and the second amplifiers are different classes of amplifiers and the device is configured to combine the first and second amplified signals into a combined amplified signal; and an activation control having a replica of the first output stage, which is configured to generate a replica signal of the first amplified signal, the activation control configured to generate an activation signal based on the replica signal and to slave operation of the second amplifier to operation of the first amplifier, wherein the slave operation comprises activation of amplification of the first signal by the second amplifier in response to the activation signal reaching an activation threshold.
An automatic lock with a latch, with at least one locking element drivable via a drive rod, with an adjustable blocking element (7, 7') for the optional blocking or releasing of the movement of the drive rod, and with a drive device for driving the drive rod from the locked position of the locking element into an unlocked position, characterized in that the locking element can be moved independently from the unlocked position into the locked position, that the blocking element (7, 7') supports the drive rod in the blocking position, so that the locking element is held in the unlocked position and that the blocking element (7, 7') in a release position releases the movement of the drive rod and that the drive rod is supported in its uppermost position by the blocking element (7, 7') located in the blocking position.
A pick comprising: a head including a working end for engaging ground and a mounting end including a bearing surface to set against a corresponding surface on a holder; a shank extending from the mounting end of the head in a first direction for receipt in an opening of the holder; and a plurality of removal features spaced from each other in the first direction, each said removal feature including a removal surface that is arranged to be engaged by a tool to apply a force to remove the pick from the holder, wherein the shank has a longitudinal axis extending generally in the first direction, characterized in that the removal features are centered along the longitudinal axis and each said removal features is within a longitudinal extension of the shank. a head including a working end for engaging ground and a mounting end including a bearing surface to set against a corresponding surface on a holder; a shank extending from the mounting end of the head in a first direction for receipt in an opening of the holder; and a plurality of removal features spaced from each other in the first direction, each said removal feature including a removal surface that is arranged to be engaged by a tool to apply a force to remove the pick from the holder, wherein the shank has a longitudinal axis extending generally in the first direction, characterized in that the removal features are centered along the longitudinal axis and each said removal features is within a longitudinal extension of the shank.
A torque wrench (21, 21', 21", 21'''), comprising: a rod (23, 23", 23'''); a wrench element attached to the rod (23, 23", 23'''); a gear disposed coaxially and non-rotatably on the rod (23, 23", 23'''), the gear having multiple teeth; whereby the torque wrench (21, 21', 21", 21''') comprises a housing comprising a cavity in which the rod (23, 23", 23''') and the gear are at least partially disposed, wherein the housing is rectangular and, a leaf spring arrangement in the cavity and comprising a spring (37, 37') fixed to the housing with a free edge of the spring (37, 37') engaging with the gear, and in that the leaf spring arrangement prevents rotation of the gear and the rod (23, 23", 23''') relative to the housing when a torque below a first level is applied to the wrench element and permits rotation of the gear and the rod (23, 23", 23''') relative to the housing when a torque above the first level is applied to the wrench element, wherein the spring (37, 37') comprises a plate having a fixed edge and the free edge and wherein the spring (37, 37') is a flat plate, and the torque wrench having a shape that has a thin profile. a rod (23, 23", 23'''); a wrench element attached to the rod (23, 23", 23'''); a gear disposed coaxially and non-rotatably on the rod (23, 23", 23'''), the gear having multiple teeth; whereby the torque wrench (21, 21', 21", 21''') comprises a housing comprising a cavity in which the rod (23, 23", 23''') and the gear are at least partially disposed, wherein the housing is rectangular and, a leaf spring arrangement in the cavity and comprising a spring (37, 37') fixed to the housing with a free edge of the spring (37, 37') engaging with the gear, and in that the leaf spring arrangement prevents rotation of the gear and the rod (23, 23", 23''') relative to the housing when a torque below a first level is applied to the wrench element and permits rotation of the gear and the rod (23, 23", 23''') relative to the housing when a torque above the first level is applied to the wrench element, wherein the spring (37, 37') comprises a plate having a fixed edge and the free edge and wherein the spring (37, 37') is a flat plate, and the torque wrench having a shape that has a thin profile.
A side arm extension for a patient transport device comprising a patient transport device engagement member configured to engage a patient transport device frame or a support frame attached to the patient transport device frame, the side arm extension further comprising a rotatable and pivotable arm rest, and side arm motion base connecting the arm rest to the patient transport device engagement member, wherein the side arm motion base comprises: a swing mechanism configured to pivot the arm rest outwardly perpendicular to a perimeter of the patient transport device frame or patient transport device support frame; and a rotational mechanism configured to rotate the arm rest; characterised in that the rotational mechanism comprises a ratchet device, the ratchet device comprising: a locking pin configured to limit rotation of the arm rest, at least one tab insertable into a slot of the patient transport device engagement member to facilitate coupling of the patient transport device engagement member to the side arm motion base, and a button to disengage the tab. a swing mechanism configured to pivot the arm rest outwardly perpendicular to a perimeter of the patient transport device frame or patient transport device support frame; and a rotational mechanism configured to rotate the arm rest; a locking pin configured to limit rotation of the arm rest, at least one tab insertable into a slot of the patient transport device engagement member to facilitate coupling of the patient transport device engagement member to the side arm motion base, and a button to disengage the tab.