mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a cocoa beverage comprising the steps of: a) adding water to cocoa beans or nibs to form a suspension; b) wet grinding said suspension; c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; e) separating at least cocoa powder from the solid phase, and f) mixing the separated cocoa powder with a water source to provide the cocoa beverage. a) adding water to cocoa beans or nibs to form a suspension; b) wet grinding said suspension; c) subjecting said suspension to a heat treatment at a temperature of 70°C or less; d) separating the suspension into a water phase (heavy phase), a fat phase (light phase) and a solid phase, said fat phase comprising cocoa butter as a major component and solids and/or water as minor components and said solid phase comprising cocoa powder and water; e) separating at least cocoa powder from the solid phase, and f) mixing the separated cocoa powder with a water source to provide the cocoa beverage.
A light emitting die package comprising: a leadframe including a plurality of leads, the leadframe having a top side and a bottom side, a portion of the leadframe defining a mounting pad; at least one light emitting device mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body having a first top horizontal surface with a first opening formed centrally therein and extending downward through the package, the first opening having vertical walls formed by the molded body which terminate at a second horizontal surface of the molded body, wherein a second opening is formed in the second horizontal surface that extends downward from the second horizontal surface with angled walls formed by the molded body so that the second opening has a generally frustoconical shape that surrounds the mounting pad; a lens having an upper portion terminating at a ledge and a lower portion, the lens coupled to the molded body so that the lower portion extends downward into the second opening beyond the at least one light emitting device so as to surround the at least one light emitting device, and wherein the ledge rests on the second horizontal surface with the upper portion extending up through the first opening; and wherein a lowest point of the lower portion of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens lower portion. a leadframe including a plurality of leads, the leadframe having a top side and a bottom side, a portion of the leadframe defining a mounting pad; at least one light emitting device mounted on the mounting pad; a molded body integrated with portions of the leadframe, the molded body having a first top horizontal surface with a first opening formed centrally therein and extending downward through the package, the first opening having vertical walls formed by the molded body which terminate at a second horizontal surface of the molded body, wherein a second opening is formed in the second horizontal surface that extends downward from the second horizontal surface with angled walls formed by the molded body so that the second opening has a generally frustoconical shape that surrounds the mounting pad; a lens having an upper portion terminating at a ledge and a lower portion, the lens coupled to the molded body so that the lower portion extends downward into the second opening beyond the at least one light emitting device so as to surround the at least one light emitting device, and wherein the ledge rests on the second horizontal surface with the upper portion extending up through the first opening; and wherein a lowest point of the lower portion of the lens terminates above the leadframe to form a gap between the top side of the leadframe and the lowest point of the lens lower portion.
An illumination system for updating and maintaining illumination settings stored in luminaires over time, the illumination system comprising an illumination controller for prioritizing the illumination settings stored in one or more luminaires, to correspond to those predicted, or most likely to be desired by a user at a given time and/or in a given situation and further comprising the one or more luminaires (104, 204), wherein said one or more luminaires are adapted to receive and store illumination settings sent from said illumination controller; characterized in that the illumination controller (208, 210, 212) further comprises: a distributor for sending illumination settings to the one or more luminaires, and a distribution controller, adapted to evaluate illumination settings by: - receiving information about currently stored illumination settings in the one or more luminaires from the distributor; - obtaining one or more priority metrics for the illumination settings, wherein a priority metric of the one or more priority metrics is based on previous usage of an illumination setting in the illumination system, - determining, based on said one or more priority metrics, a relative prorityof the illumination settings; - determining, based on the determined relative priority, which illumination settings are to be stored at the one or more luminaires (104, 204, 504), and wherein the distributor is adapted to send the determined illumination settings which are to be stored in the one or more luminaires to the one or more luminaires, for storing. a distributor for sending illumination settings to the one or more luminaires, and a distribution controller, adapted to evaluate illumination settings by: - receiving information about currently stored illumination settings in the one or more luminaires from the distributor; - obtaining one or more priority metrics for the illumination settings, wherein a priority metric of the one or more priority metrics is based on previous usage of an illumination setting in the illumination system, - determining, based on said one or more priority metrics, a relative prorityof the illumination settings; - determining, based on the determined relative priority, which illumination settings are to be stored at the one or more luminaires (104, 204, 504), and wherein - receiving information about currently stored illumination settings in the one or more luminaires from the distributor; - obtaining one or more priority metrics for the illumination settings, wherein a priority metric of the one or more priority metrics is based on previous usage of an illumination setting in the illumination system, - determining, based on said one or more priority metrics, a relative prorityof the illumination settings; - determining, based on the determined relative priority, which illumination settings are to be stored at the one or more luminaires (104, 204, 504), and wherein the distributor is adapted to send the determined illumination settings which are to be stored in the one or more luminaires to the one or more luminaires, for storing.
A method for authenticating a component subsystem installable in a host device, comprising: the component subsystem performing the steps of: receiving, from the host device, a test voltage value at the component subsystem; applying an input voltage to a test cell, wherein the input voltage is generated based on the test voltage value by the component subsystem; reading a response voltage from the test cell, wherein the response voltage results from the input voltage applied to the test cell; and outputting the response voltage from the component subsystem to the host device; the method further comprising a host controller in the host device performing the step of comparing the response voltage to an expected output voltage based on the test voltage value for authenticating the component subsystem. receiving, from the host device, a test voltage value at the component subsystem; applying an input voltage to a test cell, wherein the input voltage is generated based on the test voltage value by the component subsystem; reading a response voltage from the test cell, wherein the response voltage results from the input voltage applied to the test cell; and outputting the response voltage from the component subsystem to the host device; the method further comprising a host controller in the host device performing the step of comparing the response voltage to an expected output voltage based on the test voltage value for authenticating the component subsystem.
A method for preparing ferulic acid, comprising: (a) reacting corn brans with an alkali solution to obtain a crude extract comprising ferulic acid; (b) removing starch from the crude extract obtained in step (a) through an enzyme reaction in which the crude extract is reacted with α-amylase, glucoamylase, or both α-amylase and glucoamylase; and (c) washing the extraction residue of corn brans. (a) reacting corn brans with an alkali solution to obtain a crude extract comprising ferulic acid; (b) removing starch from the crude extract obtained in step (a) through an enzyme reaction in which the crude extract is reacted with α-amylase, glucoamylase, or both α-amylase and glucoamylase; and (c) washing the extraction residue of corn brans.
A combination of a controlled-release CNP agonist, wherein the controlled-release CNP agonist releases at least one CNP agonist, the CNP agonist being CNP, under physiological conditions with a release half-life of at least 6 hours and at least one further biologically active moiety or drug for use in a method for the treatment or prevention of a disorder that benefits from stimulating growth, wherein the at least one further biologically active moiety or drug is growth hormone.
Method for dynamically overlaying a first video stream by a second video stream, comprising the steps of - displaying the first video stream; and - overlaying at least the second video stream on the first video stream; the method being characterised by - extracting metadata associated with at least the second video stream from a playlist file belonging to at least a second video stream other than said first video stream, wherein the metadata are associated with at least the second video stream by means of the playlist file; - detecting that the extracted metadata define how to overlay the second video stream on said first video stream, wherein said metadata contain position data defining a display area for overlaying; and - wherein the overlaying is done as defined by said metadata. - displaying the first video stream; and - overlaying at least the second video stream on the first video stream; - extracting metadata associated with at least the second video stream from a playlist file belonging to at least a second video stream other than said first video stream, wherein the metadata are associated with at least the second video stream by means of the playlist file; - detecting that the extracted metadata define how to overlay the second video stream on said first video stream, wherein said metadata contain position data defining a display area for overlaying; and - wherein the overlaying is done as defined by said metadata.
Vehicle for passenger transport, having an air-conditioning arrangement which comprises a air-conditioning unit arranged in the roof region of the vehicle, a main air-conditioning channel supplied with conditioned air from the air-conditioning unit and extending in the roof region in the longitudinal direction of the vehicle, and at least one air-channel branch departing from the main air-conditioning channel and running along side walls of the vehicle downwards in the direction of the floor of a passenger compartment of the vehicle, wherein a lower end section of the air-channel branch opens out into a container-like air blowing-out device having multiple air blowing-out openings which directly open out into the passenger compartment of the vehicle, characterized in that the air blowing-out device is arranged in the base area of a door-pillar panelling of the vehicle, which is situated, in the longitudinal direction of the vehicle, between an entry door to an entry area of the vehicle and a side wall which laterally outwardly delimits a seating area of the vehicle, and a first portion of the air blowing-out openings is oriented for blowing-out of air along the side wall of the vehicle.
A method for visualization of a target in a histological sample, comprising in any order (a) staining a first fractional sub-population of target units in the sample with a first immunohistochemical stain, comprising (i) detecting target units of the first fractional sub-population with a binding agent, and visualizing the detected target units of the first fractional sub-population by a first IHC method, wherein said first IHC enzymatically produces distinct dots of a first stain at sites of the sample comprising the detected units of the first fractional sub-population, wherein the distinct dots of the first stain corresponds to the deposits of a substrate of the enzyme; (b) staining a second fractional sub-population of target units in the sample with a second immunohistochemical stain, comprising (i) detecting target units of the second fractional sub-population with a binding agent, and visualizing the detected target units of the second fractional sub-population by a second IHC method, wherein said second IHC method enzymatically produces a homogeneous second stain of uniform pattern at sites of the sample comprising the detected target units of the second fractional sub-population, wherein the homogeneous second stain of uniform pattern corresponds to the deposits of a substrate of the enzyme, and (c) staining the sample with a third stain, wherein the third stain is a histological stain that visualize morphological features of the tissue sample and does not visualize the target: (a) staining a first fractional sub-population of target units in the sample with a first immunohistochemical stain, comprising (i) detecting target units of the first fractional sub-population with a binding agent, and visualizing the detected target units of the first fractional sub-population by a first IHC method, wherein said first IHC enzymatically produces distinct dots of a first stain at sites of the sample comprising the detected units of the first fractional sub-population, wherein the distinct dots of the first stain corresponds to the deposits of a substrate of the enzyme; (b) staining a second fractional sub-population of target units in the sample with a second immunohistochemical stain, comprising (i) detecting target units of the second fractional sub-population with a binding agent, and visualizing the detected target units of the second fractional sub-population by a second IHC method, wherein said second IHC method enzymatically produces a homogeneous second stain of uniform pattern at sites of the sample comprising the detected target units of the second fractional sub-population, wherein the homogeneous second stain of uniform pattern corresponds to the deposits of a substrate of the enzyme, and (c) staining the sample with a third stain, wherein the third stain is a histological stain that visualize morphological features of the tissue sample and does not visualize the target:
A method of commissioning an industrial automation control system, IACS, the method comprising: generating, by a computing device, commands to automatically set and/or verify a security configuration of the IACS, wherein the commands are generated by the computing device based on a machine-readable security baseline, and wherein the computing device uses information on a logical data flow during operation of the IACS and/or on a topology of the IACS from a machine-readable configuration file of the IACS when generating the commands to set and/or verify the security configuration. generating, by a computing device, commands to automatically set and/or verify a security configuration of the IACS, wherein the commands are generated by the computing device based on a machine-readable security baseline, and wherein the computing device uses information on a logical data flow during operation of the IACS and/or on a topology of the IACS from a machine-readable configuration file of the IACS when generating the commands to set and/or verify the security configuration.
Air guiding device for a building ventilation system, comprising a. an air collecting box with at least two inlets (R1, R2, R3) for taking in exhaust air from a room and with at least one outlet for discharging the taken-in room air to the environment, or at least one inlet for receiving supply air from the environment and at least one outlet for distributing the received supply air in at least one room, b. wherein at least one outlet or inlet is associated with a valve for regulating an exhaust or supply air flow through the respective outlet or inlet, c. wherein at least one sensor for measuring a parameter of the exhaust or supply air is provided at the outlet or inlet, wherein the air guiding device comprises a control unit which is operatively connected to the sensor and the valve in such a way that the valve is autonomously adjustable in dependence on parameters which are measurable with the sensor, characterized in that the air guiding device comprises a passage arranged to allow exhaust or supply air to flow from said at least one outlet or inlet into said air collecting box even when the corresponding valve is closed, and wherein said sensor is arranged to measure a parameter in the exhaust or supply air flowing through said passage. a. an air collecting box with at least two inlets (R1, R2, R3) for taking in exhaust air from a room and with at least one outlet for discharging the taken-in room air to the environment, or at least one inlet for receiving supply air from the environment and at least one outlet for distributing the received supply air in at least one room, at least two inlets (R1, R2, R3) for taking in exhaust air from a room and with at least one outlet for discharging the taken-in room air to the environment, or at least one inlet for receiving supply air from the environment and at least one outlet for distributing the received supply air in at least one room, b. wherein at least one outlet or inlet is associated with a valve for regulating an exhaust or supply air flow through the respective outlet or inlet, c. wherein at least one sensor for measuring a parameter of the exhaust or supply air is provided at the outlet or inlet,
Device for producing interweaving knots in a multi-filament thread with a rotating annular nozzle, which comprises a circumferential guiding groove and at least one nozzle bore leading in a radial direction into the guiding groove, with a stationary stator which has the annular nozzle on its circumference and which comprises a pressure chamber that has a chamber opening on its circumference, with a cover attached to the guiding groove, and with an inlet thread guide and an outlet thread guide arranged on both sides of the annular nozzle and guiding the thread with contact in the base of the guiding groove of the annular nozzle, wherein an opening angle (α) of the chamber opening on the stator and a contact wrap angle (ß) of the thread are overlapping in the guiding groove, characterized in that the inlet thread guide and the outlet thread guide are arranged in such a way that the contact wrap angle (ß) of the thread in the guiding groove of the annular nozzle is greater than the opening angle (α) of the chamber opening on the stator.
A wheel hub, comprising a support ring, wherein the support ring comprises an integrally formed inner wheel rim, a large span dual bearing support frame, and a rotor protection frame support groove, a lateral end of the support ring is detachably provided with a tire quick replacing ring, the inner wheel rim is provided with a first tire sealing face, and the tire quick replacing ring is provided with a second tire sealing face, characterized in that an inner wall of the support ring is further provided with a V-shaped braking groove.
A wireless electronic device, comprising: first and second antennas; transceiver circuitry configured to repeatedly toggle between wireless reception operations that occur during a first time period and wireless transmission operations that occur during a second time period, wherein a duration of the first time period and a duration of the second time period are each dynamically adjusted based on bandwidth requirements of the wireless reception and transmission operations; an antenna switching circuit configured to route radio-frequency transmission signals from the transceiver circuitry to a single selected antenna of the first and second antennas; and switching circuitry coupled between the antenna switching circuit and the first and second antennas, wherein the switching circuitry is operable to repeatedly toggle between a first configuration in which radio-frequency reception signals are routed, during the first time period, from the first and second antennas to the transceiver circuitry and a second configuration in which the radio-frequency transmission signals are provided, during the second time period, from the antenna switching circuit to the selected antenna. first and second antennas; transceiver circuitry configured to repeatedly toggle between wireless reception operations that occur during a first time period and wireless transmission operations that occur during a second time period, wherein a duration of the first time period and a duration of the second time period are each dynamically adjusted based on bandwidth requirements of the wireless reception and transmission operations; an antenna switching circuit configured to route radio-frequency transmission signals from the transceiver circuitry to a single selected antenna of the first and second antennas; and switching circuitry coupled between the antenna switching circuit and the first and second antennas, wherein the switching circuitry is operable to repeatedly toggle between a first configuration in which radio-frequency reception signals are routed, during the first time period, from the first and second antennas to the transceiver circuitry and a second configuration in which the radio-frequency transmission signals are provided, during the second time period, from the antenna switching circuit to the selected antenna.