mhurhangee/ep-ind-claims huggingface dataset:
A method of managing audio data in an electronic device, the method comprising: converting at least a part of audio data to a text; storing the converted text as preview data of the audio data; adding talker information about at least one talker associated with the audio data to the preview data; and displaying the preview data by classifying each talker according to the talker information in response to a request for a preview of the audio data, wherein the electronic device provides a phonebook function for showing a phonebook image and wherein adding the information related to the talker comprises: recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker. converting at least a part of audio data to a text; storing the converted text as preview data of the audio data; adding talker information about at least one talker associated with the audio data to the preview data; and displaying the preview data by classifying each talker according to the talker information in response to a request for a preview of the audio data, wherein the electronic device provides a phonebook function for showing a phonebook image and wherein adding the information related to the talker comprises: recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker. recognizing a talker through a talker recognition function or a phone number, and adding the phonebook image of the recognized talker to the preview data as the information related to the talker.
A wearable device, comprising: a touchscreen configured to display a user interface; a rotatable device having one or more rotatable components to receive user input configured to control the user interface, the rotatable device being capable of rotation around one axis of rotation; characterised by further comprising: a gyroscope sensor (120; 214) configured to sense rotation of the rotatable device, the gyroscope sensor (120; 214) being a micro-electro-mechanical systems, MEMS, rate gyroscope; and processing circuitry configured to: be interrupted for a state change by the gyroscope sensor (120; 214) when the gyroscope sensor (120; 214) is triggered by rotating of a rotatable component of the rotatable device; provide various application icons on the user interface for selection by the user, based on the state change triggered by the gyroscope sensor (120; 214); and activate an application by selecting an application icon on the user interface, based on the user input received with the rotatable device. a touchscreen configured to display a user interface; a rotatable device having one or more rotatable components to receive user input configured to control the user interface, the rotatable device being capable of rotation around one axis of rotation; a gyroscope sensor (120; 214) configured to sense rotation of the rotatable device, the gyroscope sensor (120; 214) being a micro-electro-mechanical systems, MEMS, rate gyroscope; and processing circuitry configured to: be interrupted for a state change by the gyroscope sensor (120; 214) when the gyroscope sensor (120; 214) is triggered by rotating of a rotatable component of the rotatable device; provide various application icons on the user interface for selection by the user, based on the state change triggered by the gyroscope sensor (120; 214); and activate an application by selecting an application icon on the user interface, based on the user input received with the rotatable device. be interrupted for a state change by the gyroscope sensor (120; 214) when the gyroscope sensor (120; 214) is triggered by rotating of a rotatable component of the rotatable device; provide various application icons on the user interface for selection by the user, based on the state change triggered by the gyroscope sensor (120; 214); and activate an application by selecting an application icon on the user interface, based on the user input received with the rotatable device.
A probe for atomic force microscopy comprising a tip for atomic force microscopy borne by a planar substrate having a main surface, said tip being oriented in a so-called longitudinal direction (y), parallel to said main surface, wherein: - the tip is borne by or monolithic with a shuttle comprised in a sensitive part of the probe, which is movable or deformable and linked to a support structure, which is anchored to the main surface of the substrate; - the sensitive part and the support structure are planar elements, extending mainly in planes that are parallel to the main surface of the substrate; - the shuttle is linked to the support structure via at least one element (ET1 - ET4) allowing said shuttle to move or to extend with respect to the support structure in said longitudinal direction; - the tip, the sensitive part and the support structure protrude from an edge of the substrate in said longitudinal direction; - the sensitive part of the probe is at least partly formed by a portion of a layer of a first material, referred to as the first layer, separated from the main surface of the substrate, and the support structure is formed by a portion of a layer of a second material, referred to as the second layer, that is thicker than the first layer and arranged either above the first layer with respect to the substrate or between the first layer and the substrate. - the tip is borne by or monolithic with a shuttle comprised in a sensitive part of the probe, which is movable or deformable and linked to a support structure, which is anchored to the main surface of the substrate; - the sensitive part and the support structure are planar elements, extending mainly in planes that are parallel to the main surface of the substrate; - the shuttle is linked to the support structure via at least one element (ET1 - ET4) allowing said shuttle to move or to extend with respect to the support structure in said longitudinal direction; - the tip, the sensitive part and the support structure protrude from an edge of the substrate in said longitudinal direction; - the sensitive part of the probe is at least partly formed by a portion of a layer of a first material, referred to as the first layer, separated from the main surface of the substrate, and the support structure is formed by a portion of a layer of a second material, referred to as the second layer, that is thicker than the first layer and arranged either above the first layer with respect to the substrate or between the first layer and the substrate.
A fusion protein in which a polypeptide consisting of a coiled-coil forming unit from cartilage oligomeric matrix protein (COMP) and a B subunit of Shiga toxin Stx2e (Stx2eB) are joined.
A portable device for collecting and processing continuous monitoring data indicative of an analyte in a bodily fluid, comprising - a data interface device, configured to receive a stream of continuous monitoring data from a sensor device provided with a body worn sensor, the continuous monitoring data being indicative of an analyte in a bodily fluid, and - a control device, at least for data exchange, functionally connectable to the data interface device, and configured to - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode, wherein the control device is further configured to switch from a first to a second mode of operation after finishing the first mode of operation, the first mode of operation comprising starting the configuration mode in response to receiving a start signal indicating a sensor session start of the body worn sensor, and the second mode of operation comprising the data collection and processing mode, characterized in that the second mode of operation further comprises blocking further start of the configuration mode for a remaining sensor session time after switching to the second mode of operation, thereby implementing a one-time only switching process between the first and the second mode of operation during the sensor session, the sensor session being a life cycle of the sensor starting with connecting the sensor to the portable device for the first time and ending with disconnecting the sensor from the portable device. - a data interface device, configured to receive a stream of continuous monitoring data from a sensor device provided with a body worn sensor, the continuous monitoring data being indicative of an analyte in a bodily fluid, and - a control device, at least for data exchange, functionally connectable to the data interface device, and configured to - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode, - control a configuration mode comprising setting-up configuration parameters for a data collection and processing mode, and - process the continuous monitoring data at least during the data collection and processing mode,
A sealing device (100X, 100Y) configured to seal an annular gap between a shaft and a housing that are rotatable relative to each other, the sealing device (100X, 100Y) comprising: a reinforcing ring configured to be fixed to the housing; and a main body made of an elastic member and integrally provided to the reinforcing ring, the main body including: a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft, the foreign matter lip, lubricant lip, and mid lip each having a sliding surface with mat-surface roughness (121a, 122a, 123a), characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip. a reinforcing ring configured to be fixed to the housing; and a main body made of an elastic member and integrally provided to the reinforcing ring, the main body including: a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft, the foreign matter lip, lubricant lip, and mid lip each having a sliding surface with mat-surface roughness (121a, 122a, 123a), characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip. a foreign matter lip extending radially outward and slidable relative to the shaft or an annular member fixed to the shaft for inhibiting ingress of foreign matter, a lubricant lip extending radially inward and slidable relative to the shaft or the annular member fixed to the shaft for inhibiting leakage of a lubricant, a mid lip provided between the foreign matter lip and the lubricant lip slidable relative to the shaft or the annular member fixed to the shaft, the foreign matter lip, lubricant lip, and mid lip each having a sliding surface with mat-surface roughness (121a, 122a, 123a), characterized by the sliding surface with mat-surface roughness of the mid lip and the sliding surface with mat-surface roughness of the foreign matter lip having a larger surface roughness than that of the sliding surface with mat-surface roughness of the lubricant lip.
Heat exchanger device with - at least two heat exchangers through which a fluid flows and which are arranged opposite a central longitudinal plane of a heat exchanger housing at a distance from one another and substantially in the vertical or inclined to the vertical, and - at least one fan arranged between the opposing heat exchangers on the upper side of the heat exchanger housing, - wherein at least one adiabatic air cooler is associated with each heat exchanger in order to cool the air which is sucked in from the environment by the at least one fan, wherein the sucked-in air is first conducted through the air cooler and then through the heat exchanger and finally blown out of the heat exchanger housing at the top by the fans, and each adiabatic air cooler comprises at least one humidifying means of a moisture-absorbing material arranged in the air cooler and a liquid supply which supplies a liquid to the humidifying means in order to keep the humidifying means moist, characterised in that the moistening means comprises at least two mats (3a, 3b) arranged one above the other and in that the liquid supply has a distributor device (4a, 4b) arranged above each mat (3a, 3b) for uniform distribution of the liquid on the mats (3a, 3b), which distributor device is connected in each case to a supply line via which the distributor devices (4a, 4b) are supplied with the liquid. - at least two heat exchangers through which a fluid flows and which are arranged opposite a central longitudinal plane of a heat exchanger housing at a distance from one another and substantially in the vertical or inclined to the vertical, and - at least one fan arranged between the opposing heat exchangers on the upper side of the heat exchanger housing, - wherein at least one adiabatic air cooler is associated with each heat exchanger in order to cool the air which is sucked in from the environment by the at least one fan, wherein the sucked-in air is first conducted through the air cooler and then through the heat exchanger and finally blown out of the heat exchanger housing at the top by the fans, and each adiabatic air cooler comprises at least one humidifying means of a moisture-absorbing material arranged in the air cooler and a liquid supply which supplies a liquid to the humidifying means in order to keep the humidifying means moist,
Device for purifying a molten silicon, comprising a chamber comprising a crucible (2; 15) for storing a molten silicon and a heating device for heating the molten silicon contained in the crucible, the chamber being equipped with a device for greatly lowering the pressure in the chamber, characterized in that it comprises at least one evaporator (10; 10, 10') placed inside the chamber to receive part of the molten silicon, such that this molten silicon has a large interface with low-pressure vapour present in the chamber to promote and accelerate the purification of the molten silicon, and in that it comprises at least one device for renewing or recirculating the molten silicon in the at least one evaporator (10; 10, 10').
A system comprising an apparatus for measuring rheological properties of a material and a particle screen, the apparatus comprising: • a drive head attachment so constructed and arranged to attach to one of a rheometer and a viscometer; • a shaft comprising at least three blades, wherein the plurality of blades are radially spaced about an axis of the shaft, wherein the drive head attachment is configured to receive a top end of the shaft therein, wherein each of the plurality of blades is rotated about 0,35 rad to about 1,34 rad (20° to about 80°) with respect to a horizontal plane intersecting a center of each blade, and wherein the plurality of blades are vertically spaced from each other by about 0,635cm to about 3,175 cm (0.25 inches to about 1.25 inches); and • a base configured to receive an end of the shaft, and wherein the base further comprising at least one o-ring groove configured to accept an o-ring seal and wherein the base is configured to receive a bottom end of the shaft, wherein the base is further configured to mate with the particle screen, wherein the particle screen comprises an open center portion that is configured to receive the base, and wherein the particle screen comprises a diameter from about 2,54cm to about 7,62cm (1 to about 3 inches). • a drive head attachment so constructed and arranged to attach to one of a rheometer and a viscometer; • a shaft comprising at least three blades, wherein the plurality of blades are radially spaced about an axis of the shaft, wherein the drive head attachment is configured to receive a top end of the shaft therein, wherein each of the plurality of blades is rotated about 0,35 rad to about 1,34 rad (20° to about 80°) with respect to a horizontal plane intersecting a center of each blade, and wherein the plurality of blades are vertically spaced from each other by about 0,635cm to about 3,175 cm (0.25 inches to about 1.25 inches); and • a base configured to receive an end of the shaft, and wherein the base further comprising at least one o-ring groove configured to accept an o-ring seal and wherein the base is configured to receive a bottom end of the shaft, wherein the base is further configured to mate with the particle screen, wherein the particle screen comprises an open center portion that is configured to receive the base, and wherein the particle screen comprises a diameter from about 2,54cm to about 7,62cm (1 to about 3 inches).
A cyclic peptide compound of the following general formula: wherein X is in which R 1 is C 1-6 alkyl; R 2 is C 1-6 alkyl; Y is in which R 3 is C 1-6 alkyl which is optionally substituted by hydroxy or C 1-6 alkoxy; R 4 is hydrogen; and R 5 is C 1-6 alkyl; and - - - - - moiety is double bond; or a salt thereof. X is in which R 1 is C 1-6 alkyl; R 2 is C 1-6 alkyl; R 1 is C 1-6 alkyl; R 2 is C 1-6 alkyl; Y is in which R 3 is C 1-6 alkyl which is optionally substituted by hydroxy or C 1-6 alkoxy; R 4 is hydrogen; and R 5 is C 1-6 alkyl; and R 3 is C 1-6 alkyl which is optionally substituted by hydroxy or C 1-6 alkoxy; R 4 is hydrogen; and R 5 is C 1-6 alkyl; - - - - - moiety is double bond;
Premix burner for a combustion chamber of a gas turbine, comprising - a housing for defining a mixer chamber for premixing an oxidator with a gaseous fuel and/or liquid fuel, - an oxidator feed device for feeding the oxidator into the mixer chamber, which has at least one inlet opening, which is designed and arranged so that the oxidator which is fed through this at least one inlet opening to the mixer chamber flows basically tangentially into the mixer chamber, - a gaseous fuel feed device for feeding the gaseous fuel into the mixer chamber, - a first liquid fuel feed device for feeding the liquid fuel into the mixer chamber, comprising a centrally arranged lance which extends from a burner head into the mixer chamber, - an outlet opening of the housing for discharge of the oxidator-fuel mixture from the mixer chamber into the combustion chamber, wherein the first liquid fuel feed device has a main feed line with more than one injection orifice for liquid fuel, and at least the predominant part of the injection orifices, or all of these injection orifices, are designed so that a main injection direction of the respective injection orifice has a radial component which extends perpendicularly to a main outflow direction of the burner, wherein the main outflow direction of the burner is to be understood as a direction of the oxidator-fuel mixture, which flows from the mixer chamber, at the outlet opening of the mixer chamber, characterized in that the lance has at least one pilot injection orifice and some of the injection orifices, wherein the injection orifices of the lance are arranged in at least one row parallel to the main outflow direction, and in that a second liquid fuel feed device is arranged in the form of a tube which is flow-washed around by the oxidator flow at least for the most part inside or upstream of the inlet opening of the housing. - a housing for defining a mixer chamber for premixing an oxidator with a gaseous fuel and/or liquid fuel, - an oxidator feed device for feeding the oxidator into the mixer chamber, which has at least one inlet opening, which is designed and arranged so that the oxidator which is fed through this at least one inlet opening to the mixer chamber flows basically tangentially into the mixer chamber, - a gaseous fuel feed device for feeding the gaseous fuel into the mixer chamber, - a first liquid fuel feed device for feeding the liquid fuel into the mixer chamber, comprising a centrally arranged lance which extends from a burner head into the mixer chamber, - an outlet opening of the housing for discharge of the oxidator-fuel mixture from the mixer chamber into the combustion chamber,
A text-to-speech injection apparatus (TM, TTS, VMI) adapted to receive a text message from a first user device, to translate said text message into a speech message and to transmit said speech message to at least one second user device via a telecommunication network, a voice conversation being already established between said first and said second user device via said telecommunication network, and said text-to-speech injection apparatus (TM, TTS, VMI) comprising a text-to-speech translation module adapted to receive said text message from the first user device and to translate said text message into said speech message, characterized in that said text-to-speech injection apparatus (TM, TTS, VMI) further comprises a voice message injector module adapted to receive said speech message from said text-to-speech translation module, to analyze the ongoing voice conversation between said first and said second user device for detecting periods of silence, and to inject said speech message into said voice conversation during said periods of silence.
A tape sectioning system, comprising a tape web feed path for feeding a web of fiber reinforced tape, a quality inspection system arranged along the web feed path that inspects the quality of the web of tape, and a sectioner that sections off longitudinal tape sections from the web of tape, characterized in that the sectioner is arranged to vary the length of the tape sections that are sectioned off from the web of tape based on the outcome of the quality inspection, wherein the sectioner is arranged to separate tape sections from the web of tape that are of a first quality, and that are of other quality, comprising a first discharge path for sections of tape of the first quality, and a further discharge path for sections of tape of other quality.
A pharmaceutical composition comprising a polypeptide, the polypeptide consisting of: a first domain comprising the D1D2 domain of soluble CD4; a second domain comprising a human immunodeficiency virus gp41 functional domain-binding sequence selected from the group consisting of N-terminal heptad repeat -binding peptides, C-terminal heptad repeat -binding peptides and fusion peptide -binding peptides; and a flexible linker linking the amino acid sequences of said first domain and said second domain, wherein said linker comprises the amino acid sequence (GGGGS) n, wherein n is an integer between 2 and 8. a first domain comprising the D1D2 domain of soluble CD4; a second domain comprising a human immunodeficiency virus gp41 functional domain-binding sequence selected from the group consisting of N-terminal heptad repeat -binding peptides, C-terminal heptad repeat -binding peptides and fusion peptide -binding peptides; and a flexible linker linking the amino acid sequences of said first domain and said second domain, wherein said linker comprises the amino acid sequence (GGGGS) n, wherein n is an integer between 2 and 8.