mhurhangee/ep-ind-claims huggingface dataset:
A decoder for generating an audio output signal comprising one or more audio output channels, wherein the decoder comprises: a receiving interface for receiving an audio input signal comprising a plurality of audio object signals, for receiving loudness information on the audio object signals, and for receiving rendering information indicating how one or more of the audio object signals shall be amplified or attenuated, and a signal processor for generating the one or more audio output channels of the audio output signal, wherein the signal processor is configured to determine a loudness compensation value depending on the loudness information and depending on the rendering information, and wherein the signal processor is configured to generate the one or more audio output channels of the audio output signal from the audio input signal depending on the rendering information and depending on the loudness compensation value, wherein the signal processor is configured to generate the one or more audio output channels of the audio output signal from the audio input signal depending on the rendering information and depending on the loudness compensation value, such that a loudness of the audio output signal is equal to a loudness of the audio input signal, or such that the loudness of the audio output signal is closer to the loudness of the audio input signal than a loudness of a modified audio signal that would result from modifying the audio input signal by amplifying or attenuating the audio object signals of the audio input signal according to the rendering information. a receiving interface for receiving an audio input signal comprising a plurality of audio object signals, for receiving loudness information on the audio object signals, and for receiving rendering information indicating how one or more of the audio object signals shall be amplified or attenuated, and a signal processor for generating the one or more audio output channels of the audio output signal, wherein the signal processor is configured to determine a loudness compensation value depending on the loudness information and depending on the rendering information, and wherein the signal processor is configured to generate the one or more audio output channels of the audio output signal from the audio input signal depending on the rendering information and depending on the loudness compensation value, wherein the signal processor is configured to generate the one or more audio output channels of the audio output signal from the audio input signal depending on the rendering information and depending on the loudness compensation value, such that a loudness of the audio output signal is equal to a loudness of the audio input signal, or such that the loudness of the audio output signal is closer to the loudness of the audio input signal than a loudness of a modified audio signal that would result from modifying the audio input signal by amplifying or attenuating the audio object signals of the audio input signal according to the rendering information.
A method of context-aware caller redirection from a telephony environment to a messaging environment, the method comprising: receiving telephony information from a telephony system, the telephony information including call context provided by a caller device during a telephone call between the caller device and the telephony system; selecting a messaging operator based on the call context; transmitting the call context to a messaging device associated with the selected messaging operator after the selected messaging operator has been selected, for display at a messaging operator interface at the messaging device; and initiating a messaging connection through a messaging service between the caller device and the messaging device, wherein the messaging service conveys one or more caller messages from the caller device to the messaging device over the messaging connection, for display at the messaging operator interface, and wherein the messaging service conveys one or more operator messages from the messaging device to the caller device over the messaging connection, for display at a user interface of the caller device. receiving telephony information from a telephony system, the telephony information including call context provided by a caller device during a telephone call between the caller device and the telephony system; selecting a messaging operator based on the call context; transmitting the call context to a messaging device associated with the selected messaging operator after the selected messaging operator has been selected, for display at a messaging operator interface at the messaging device; and initiating a messaging connection through a messaging service between the caller device and the messaging device, wherein the messaging service conveys one or more caller messages from the caller device to the messaging device over the messaging connection, for display at the messaging operator interface, and wherein the messaging service conveys one or more operator messages from the messaging device to the caller device over the messaging connection, for display at a user interface of the caller device.
A multilayer degradable stent with shape memory property, characterized in that it is composed of two or more layers of degradable material, wherein one layer is of a degradable polymer material with shape memory property, i.e., shape memory layer, and another layer is of a degradable metal material or a degradable polymer material with excellent radial support capability, i.e., support layer, wherein the material of the shape memory layer is a degradable polymer having a glass transition temperature (Tg) from 27°C to 37°C.
A lightweight hand-held stabilizer, comprising a gimbal and a 7-shaped handle, wherein the 7-shaped handle comprises a first connection arm and a second connection arm intersecting with each other, one end of the first connection arm is rigidly connected with one end of the second connection arm, a gimbal connector is arranged at the end of the joint of the first connection arm and the second connection arm, and the first connection arm is used for being hand-held and control device is provided thereon, characterized in that a movable connector for couplet with an extension hand-held part is arranged on the end face of the other end of the second connection arm, and an included angle of 0-90 degree is formed between an axial direction of the end face of the movable connector of the second connection arm and an extending direction of the second connection arm.
Arrangement, comprising a gas insulated switchgear and a multi-phase RC voltage divider, wherein the multi-phase RC voltage divider includes a terminal cover plate and multiple single phase voltage dividers (1a, 1b, 1c), wherein the multiple single phase voltage dividers (1a, 1b, 1c) comprise each a high voltage connection terminal (9a, 9b, 9c), wherein the high voltage connection terminals (9a, 9b, 9c) are configured for being connected to gas insulated switchgear connection terminals (6a, 6b, 6c), wherein the gas insulated switchgear comprises a switchgear compartment and a housing; and wherein the terminal cover plate of the RC voltage divider and the housing of the gas insulated switchgear form together at least partially a hermetically sealed common gas compartment when the multi-phase RC voltage divider is mounted to the gas insulated switchgear and the high voltage connection terminals (9a, 9b, 9c) connected to the connection terminals (6a, 6b, 6c) of the gas insulated switchgear.
A nozzle assembly for use on the discharge end of the barrel of a needleless injector comprising a holder 1 for mounting in the discharge end of the barrel 2 and a disposable nozzle 3 for mounting on the holder, the holder including: a tubular holder body having a central, longitudinally extending passage therethrough permitting the passage of fluid from the injector barrel to the disposable nozzle 3; an externally threaded holder nozzle 45 at the front, discharge end of the holder body; a cylindrical sleeve 48 on the holder body around the rear end of said externally threaded holder nozzle; and at least one first notch 50 in a front, free end of the sleeve; the disposable nozzle including: a tubular, internally threaded nozzle body 55 having external threads for mounting the disposable nozzle on the front end of the holder; an annular recess 62 with inner and outer walls in a rear end of the nozzle body for receiving the sleeve of the holder when the disposable nozzle is mounted on the holder, and a resilient, frangible detent 63 extending outwardly at an acute angle from said inner wall of said recess into the path of travel of the holder sleeve when the disposable nozzle is being threaded onto the holder, whereby, when the disposable nozzle is rotated in one direction while being threaded onto the holder, the detent is deflected towards said inner wall of the recess, and when the disposable nozzle is fully on the holder, the detent extends into the at least one first notch and reverse rotation of the disposable nozzle results in breaking of the detent. a tubular holder body having a central, longitudinally extending passage therethrough permitting the passage of fluid from the injector barrel to the disposable nozzle 3; an externally threaded holder nozzle 45 at the front, discharge end of the holder body; a cylindrical sleeve 48 on the holder body around the rear end of said externally threaded holder nozzle; and at least one first notch 50 in a front, free end of the sleeve; a tubular, internally threaded nozzle body 55 having external threads for mounting the disposable nozzle on the front end of the holder; an annular recess 62 with inner and outer walls in a rear end of the nozzle body for receiving the sleeve of the holder when the disposable nozzle is mounted on the holder, and a resilient, frangible detent 63 extending outwardly at an acute angle from said inner wall of said recess into the path of travel of the holder sleeve when the disposable nozzle is being threaded onto the holder, whereby, when the disposable nozzle is rotated in one direction while being threaded onto the holder, the detent is deflected towards said inner wall of the recess, and when the disposable nozzle is fully on the holder, the detent extends into the at least one first notch and reverse rotation of the disposable nozzle results in breaking of the detent.
Cooking appliance for baking mixes comprising a base and a lid articulated on the base between a first raised position for the introduction of a baking mix and a second lowered position to form a cooking compartment for the baking mix, the lid and the base each comprising a portion of the cooking compartment (14, 24) and heating means anchored on the portion of the respective cooking compartment, the cooking appliance comprising positioning and holding means, arranged to position and hold a removable mould, such as a silicone mould, in a cooking chamber formed inside the cooking compartment when the lid is in the second lowered position, the base comprising: - a cooking plate movably mounted with respect to the cooking compartment portion of the base to contact a lower wall of the removable mould, and arranged between the lower wall of the removable mould received in the cooking space and the heating means of the base, - elastic return means, arranged to push the cooking plate against the lower wall of the removable mould. the lid and the base each comprising a portion of the cooking compartment (14, 24) and heating means anchored on the portion of the respective cooking compartment, the cooking appliance comprising positioning and holding means, arranged to position and hold a removable mould, such as a silicone mould, in a cooking chamber formed inside the cooking compartment when the lid is in the second lowered position, the base comprising: - a cooking plate movably mounted with respect to the cooking compartment portion of the base to contact a lower wall of the removable mould, and arranged between the lower wall of the removable mould received in the cooking space and the heating means of the base, - elastic return means, arranged to push the cooking plate against the lower wall of the removable mould. - a cooking plate movably mounted with respect to the cooking compartment portion of the base to contact a lower wall of the removable mould, and arranged between the lower wall of the removable mould received in the cooking space and the heating means of the base, - elastic return means, arranged to push the cooking plate against the lower wall of the removable mould.
A method for receiving a downlink signal by a User Equipment, UE, in a wireless communication system, the method comprising: receiving a control information, a first downlink signal, and a first downlink demodulation reference signal, DMRS, for the first downlink signal in a first time unit, TU; and receiving a second downlink signal and a second downlink DMRS for the second downlink signal in a second TU, wherein the control information includes a first parameter for configuring Quasi Co-Location, QCL, between one or more first antenna ports of one or more reference signals and one or more antenna ports of the first downlink DMRS, and a second parameter for configuring QCL between one or more second antenna ports of one or more reference signals and one or more antenna port of the second downlink DMRS, wherein the control information further includes scheduling information for receiving the first downlink signal and the second downlink signal. receiving a control information, a first downlink signal, and a first downlink demodulation reference signal, DMRS, for the first downlink signal in a first time unit, TU; and receiving a second downlink signal and a second downlink DMRS for the second downlink signal in a second TU, wherein the control information includes a first parameter for configuring Quasi Co-Location, QCL, between one or more first antenna ports of one or more reference signals and one or more antenna ports of the first downlink DMRS, and a second parameter for configuring QCL between one or more second antenna ports of one or more reference signals and one or more antenna port of the second downlink DMRS, wherein the control information further includes scheduling information for receiving the first downlink signal and the second downlink signal.
A soft anchor assembly, comprising: a sheath having a bore extending between opposing open ends (218a,218b); a first flexible strand passing through a portion of said bore such that opposing free ends of said first flexible strand extend outside of said sheath; and a second flexible strand slidable relative to said sheath, wherein the second flexible strand is passed through a portion of said bore that extends through said sheath; characterized in that said first flexible strand is affixed to said sheath so as to be non-sliding relative to said sheath and defining a non-slidable fixation that is present prior to deployment of the soft anchor assembly. a sheath having a bore extending between opposing open ends (218a,218b); a first flexible strand passing through a portion of said bore such that opposing free ends of said first flexible strand extend outside of said sheath; and a second flexible strand slidable relative to said sheath, wherein the second flexible strand is passed through a portion of said bore that extends through said sheath;
A fluid delivery connection, comprising: a cuff that is configured to engage a port and connect to a fluid delivery circuit, such as to create a fluid connection between the port and the fluid delivery circuit; a finger extending away from the cuff, the finger configured to interact with the port; and a locking sleeve movably disposed at least partially about the cuff and the finger, wherein the locking sleeve is selectively movable between an unlocked configuration wherein the finger is movable and a locked configuration wherein the finger is secured to the port, the locking sleeve including a ramp and having an interior surface, the interior surface having a varying inside diameter created by the ramp such that the ramp is configured to progressively engage the ridge of the finger as the locking sleeve is rotated from the unlocked configuration to the locked configuration. a cuff that is configured to engage a port and connect to a fluid delivery circuit, such as to create a fluid connection between the port and the fluid delivery circuit; a finger extending away from the cuff, the finger configured to interact with the port; and a locking sleeve movably disposed at least partially about the cuff and the finger, wherein the locking sleeve is selectively movable between an unlocked configuration wherein the finger is movable and a locked configuration wherein the finger is secured to the port, the locking sleeve including a ramp and having an interior surface, the interior surface having a varying inside diameter created by the ramp such that the ramp is configured to progressively engage the ridge of the finger as the locking sleeve is rotated from the unlocked configuration to the locked configuration.
An antifouling coating composition comprising: a hydrolyzable polymer containing a metal ester group, zinc oxide, medetomidine; and a copper pyrithione as an organic antifouling agent; and having a content of the zinc oxide in a solid content of the antifouling coating composition of 27 to 60% by mass and a content of cuprous oxide in a solid content of the antifouling coating composition of 0.5% by mass or less. a hydrolyzable polymer containing a metal ester group, zinc oxide, medetomidine; and a copper pyrithione as an organic antifouling agent; and having a content of the zinc oxide in a solid content of the antifouling coating composition of 27 to 60% by mass and a content of cuprous oxide in a solid content of the antifouling coating composition of 0.5% by mass or less.
Composite metal oxide which comprises • 80 to 97 wt%, in relation to the weight of the composite metal oxide, of one or more oxides of cerium and • 3 to 20 wt%, in relation to the composite metal oxide, of a metal oxide comprising tin oxide (SnO 2) and lanthanum oxide (La 2 O 3), wherein the weight ratio of tin oxide to lanthanum oxide is 4:1 to 1:1,5. • 80 to 97 wt%, in relation to the weight of the composite metal oxide, of one or more oxides of cerium and • 3 to 20 wt%, in relation to the composite metal oxide, of a metal oxide comprising tin oxide (SnO 2) and lanthanum oxide (La 2 O 3),
A method for presenting information on the status of an elevator car (204, 204-1, 204-2, 540), the method comprising: generating an elevator call at a mobile device; obtaining from a controller of an elevator system information regarding the status of the elevator car (204, 204-1, 204-2, 540) indicative of the motion of the elevator car (204, 204-1, 204-2, 540) in response to the elevator call; generating a user interface on the mobile device depicting a stylistic animation, that changes appearance in response to the motion of the elevator car (204, 204-1, 204-2, 540); and generating on the user interface an elevator car arrival indicator upon determining the elevator car (204, 204-1, 204-2, 540) has arrived at a starting floor, the stylistic animation comprising a dynamic component (310, 312, 540) comprising at least one of an alphanumeric dynamic component and a graphical dynamic component, characterized by tracking a location of the mobile device to provide personalized graphics and information to a user on the user interface when the stylistic animation is linked with tracking the user, and by the stylistic animation including a graphical animation responsive to the motion of the elevator car (204, 204-1, 204-2, 540). generating an elevator call at a mobile device; obtaining from a controller of an elevator system information regarding the status of the elevator car (204, 204-1, 204-2, 540) indicative of the motion of the elevator car (204, 204-1, 204-2, 540) in response to the elevator call; generating a user interface on the mobile device depicting a stylistic animation, that changes appearance in response to the motion of the elevator car (204, 204-1, 204-2, 540); and generating on the user interface an elevator car arrival indicator upon determining the elevator car (204, 204-1, 204-2, 540) has arrived at a starting floor, the stylistic animation comprising a dynamic component (310, 312, 540) comprising at least one of an alphanumeric dynamic component and a graphical dynamic component, characterized by tracking a location of the mobile device to provide personalized graphics and information to a user on the user interface when the stylistic animation is linked with tracking the user, and by the stylistic animation including a graphical animation responsive to the motion of the elevator car (204, 204-1, 204-2, 540).
A system for determining electrophysiological data, comprising: an electronic control unit configured to: receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose cliques of a subset of neighboring electrodes in the set of electrodes, wherein each of the cliques comprises at least three electrodes from the set of electrodes, and wherein the plurality of bipole signals comprise bipoles taken between each of the electrodes in each clique and any adjacent electrodes in each clique; derive a local E-field from the plurality of bipole signals of the cliques; and determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process. an electronic control unit configured to: receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose cliques of a subset of neighboring electrodes in the set of electrodes, wherein each of the cliques comprises at least three electrodes from the set of electrodes, and wherein the plurality of bipole signals comprise bipoles taken between each of the electrodes in each clique and any adjacent electrodes in each clique; derive a local E-field from the plurality of bipole signals of the cliques; and determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process. receive electrogram data for a set of electrodes, wherein the electrogram data comprises a plurality of bipole signals; receive position and orientation information for the set of electrodes from a mapping system; compose cliques of a subset of neighboring electrodes in the set of electrodes, wherein each of the cliques comprises at least three electrodes from the set of electrodes, and wherein the plurality of bipole signals comprise bipoles taken between each of the electrodes in each clique and any adjacent electrodes in each clique; derive a local E-field from the plurality of bipole signals of the cliques; and determine catheter orientation independent information of a tissue based on the local E-field; and output the orientation independent information to a user or process.