mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising a processor configured to execute a business card image display control module and thus: allow, in relation to a conference via a communication line in which a plurality of participants participate, a plurality of business card images (1215, 1220, 1225, 1230) to be displayable on a terminal of a participant among the plurality of participants, the plurality of business card images (1215, 1220, 1225, 1230) being images that are obtained by reading business cards of the plurality of participants belonging to a group and including at least one other participant not belonging to the group, wherein the processor is configured to execute the business card image display control module and thus allow a business card image of a first participant belonging to a group to which the participant belongs not to be displayed on the terminal of the participant, wherein the processor is configured to execute the business card image display control module and thus allow only a business card image of a second participant not belonging to a group to which the participant belongs to be displayed on the terminal of the participant. a processor configured to execute a business card image display control module and thus: allow, in relation to a conference via a communication line in which a plurality of participants participate, a plurality of business card images (1215, 1220, 1225, 1230) to be displayable on a terminal of a participant among the plurality of participants, the plurality of business card images (1215, 1220, 1225, 1230) being images that are obtained by reading business cards of the plurality of participants belonging to a group and including at least one other participant not belonging to the group, wherein the processor is configured to execute the business card image display control module and thus allow a business card image of a first participant belonging to a group to which the participant belongs not to be displayed on the terminal of the participant, wherein the processor is configured to execute the business card image display control module and thus allow only a business card image of a second participant not belonging to a group to which the participant belongs to be displayed on the terminal of the participant.
A method of controlling a first optical transition and a second optical transition of an optically switchable device, the method comprising: (a) receiving a command to undergo the first optical transition from a starting optical state to a first ending optical state; (b) applying a first drive parameter to bus bars of the optically switchable device and driving the first optical transition for a first duration; (c) before the optically switchable device reaches the first ending optical state: (i) receiving a second command to undergo the second optical transition to a second ending optical state, and (ii) applying a second drive parameter to the bus bars of the optically switchable device and driving the second optical transition for a second duration, wherein the second drive parameter is different from the first drive parameter, wherein the second drive parameter is determined based, at least in part, on the second ending optical state and an amount of charge delivered to the optically switchable device during the first optical transition toward the first ending optical state, and wherein the second optical transition is controlled without considering an open circuit voltage of the optically switchable device. (a) receiving a command to undergo the first optical transition from a starting optical state to a first ending optical state; (b) applying a first drive parameter to bus bars of the optically switchable device and driving the first optical transition for a first duration; (c) before the optically switchable device reaches the first ending optical state: (i) receiving a second command to undergo the second optical transition to a second ending optical state, and (ii) applying a second drive parameter to the bus bars of the optically switchable device and driving the second optical transition for a second duration, wherein the second drive parameter is different from the first drive parameter, wherein the second drive parameter is determined based, at least in part, on the second ending optical state and an amount of charge delivered to the optically switchable device during the first optical transition toward the first ending optical state, and wherein the second optical transition is controlled without considering an open circuit voltage of the optically switchable device. (i) receiving a second command to undergo the second optical transition to a second ending optical state, and (ii) applying a second drive parameter to the bus bars of the optically switchable device and driving the second optical transition for a second duration, wherein the second drive parameter is different from the first drive parameter, wherein the second drive parameter is determined based, at least in part, on the second ending optical state and an amount of charge delivered to the optically switchable device during the first optical transition toward the first ending optical state, and wherein the second optical transition is controlled without considering an open circuit voltage of the optically switchable device.
Combination appliance comprising a hob and a vapour extraction apparatus, wherein the vapour extraction apparatus has a fan and a vapour extraction housing, wherein the vapour extraction apparatus has a covering and a support part, between which the fan of the vapour extraction apparatus is accommodated, wherein the fan is fastened to the support part, the air inlet opening lies in the top side of the covering and the covering is part of the vapour extraction housing, characterised in that a fan wheel space formed between covering and support part is delimited laterally, at least in regions, by an air baffle wall, and the covering and the support part are releasably fastened to one another outside the fan wheel space, wherein the covering has an overhang that protrudes laterally beyond the air baffle wall of the fan wheel space, at least in regions, and at least one fastening element is provided on the overhang.
A control device for a vehicle, the control device being applied to a vehicle that comprises an internal combustion engine, an injector that directly injects fuel into a combustion chamber of the internal combustion engine, and a catalyst disposed in an exhaust passage of the internal combustion engine, the control device performing warm-up control on the catalyst, and the control device comprising: a dilution fuel amount recognizing unit that recognizes a value related to an amount of fuel diluted in oil, contained in engine oil diluted by fuel; an oil temperature recognizing unit that recognizes a value related to a temperature of the engine oil; and a controlling unit that, in a case in which a warm-up control required condition is established, executes catalyst warm-up control by causing stratified combustion to be performed without air-fuel ratio feedback control, conditional on the value related to the amount of fuel diluted in oil being less than a determination value, or the value related to the temperature of the engine oil being less than a determination value, and that, even in a case in which the warm-up control required condition is established, prohibits the catalyst warm-up control if the value related to the amount of fuel diluted in oil is greater than or equal to the determination value, and furthermore the value related to the temperature of the engine oil is greater than or equal to the determination value. a dilution fuel amount recognizing unit that recognizes a value related to an amount of fuel diluted in oil, contained in engine oil diluted by fuel; an oil temperature recognizing unit that recognizes a value related to a temperature of the engine oil; and a controlling unit that, in a case in which a warm-up control required condition is established, executes catalyst warm-up control by causing stratified combustion to be performed without air-fuel ratio feedback control, conditional on the value related to the amount of fuel diluted in oil being less than a determination value, or the value related to the temperature of the engine oil being less than a determination value, and that, even in a case in which the warm-up control required condition is established, prohibits the catalyst warm-up control if the value related to the amount of fuel diluted in oil is greater than or equal to the determination value, and furthermore the value related to the temperature of the engine oil is greater than or equal to the determination value.
Method of determining an error voltage of a current converter to which a load is connected, wherein a voltage applied at the output side to the current converter is increased stagewise or stepwise and the current adopted as the step response in this process is measured, characterized in that a characteristic curve (u F (id)) of the error voltage, which determines the error voltage (u F) of the current converter dependent upon the current, is determined from a plurality of measurement points of the error voltage (u F), wherein the load is operated in a stationary state in the determination of the characteristic curve (u F (id)) of the error voltage and the desired voltage (I d, des) are increased in a stepped manner until, at the load as a response, a measured current ( Id, max) in the region of the nominal current of the load results, wherein the error voltage (u F) is determined from the current (I d,max) measured as the step response and from a resistance (R 1) of the load, with said resistance (R 1) being determined from a desired voltage jump ΔU d,des and from a measured actual current jump (ΔI d,act) in a current range of at least 33% or of at least 50% of the nominal current (I F) of the current converter.
Multi-component lattice mast section comprising a. a longitudinal axis, b. a plurality of chord elements extending along the longitudinal axis, c. a plurality of connection bars (16, 20, 30) interconnecting in each case two adjacent chord elements, d. a lattice mast cross-sectional surface area oriented perpendicular to the longitudinal axis, the surface area having a lattice mast width (B G) and a lattice mast height (H G), and e. at least two detachably interconnectable lattice mast assemblies (18, 19; 24, 25, 26, 27; 15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48), with each of the lattice mast assemblies (18, 19; 24, 25, 26, 27; 15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48) having f. a lattice mast assembly width (B GB) smaller than the lattice mast width (B G) and/or g. a lattice mast assembly height (H GB) smaller than the lattice mast height (H G), and with the connection bars being firmly connected to a chord element in a working arrangement, characterized by four chord elements extending along the longitudinal axis, the chord elements being interconnected by an articulated support structure (42; 46; 49). a. a longitudinal axis, b. a plurality of chord elements extending along the longitudinal axis, c. a plurality of connection bars (16, 20, 30) interconnecting in each case two adjacent chord elements, d. a lattice mast cross-sectional surface area oriented perpendicular to the longitudinal axis, the surface area having a lattice mast width (B G) and a lattice mast height (H G), and e. at least two detachably interconnectable lattice mast assemblies (18, 19; 24, 25, 26, 27; 15, 16, 30, 36, 37; 15, 16, 30, 42; 15, 16, 30, 46; 15, 16, 30, 48), f. a lattice mast assembly width (B GB) smaller than the lattice mast width (B G) and/or g. a lattice mast assembly height (H GB) smaller than the lattice mast height (H G), and
A user equipment device, operable to: - receive, from a radio access network, radio access network parameters that can be applied by a group of user equipment devices, and a user equipment group indication enabling said user equipment device to determine whether to apply said radio access network parameters, - apply said radio access network parameters as part of an access network discovery and selection function policy, if said access network discovery and selection function policy matches said user equipment group indication, and the user equipment device is characterized in that it is operable to: - apply said radio access network parameters as part of an inter system routing policy rule for traffic steering between a radio access network and a wireless local area network, if said user equipment group indication matches a value of a user equipment group said user equipment device belongs to in said inter system routing policy rule. - receive, from a radio access network, radio access network parameters that can be applied by a group of user equipment devices, and a user equipment group indication enabling said user equipment device to determine whether to apply said radio access network parameters, - apply said radio access network parameters as part of an access network discovery and selection function policy, if said access network discovery and selection function policy matches said user equipment group indication, and the user equipment device is characterized in that it is operable to: - apply said radio access network parameters as part of an inter system routing policy rule for traffic steering between a radio access network and a wireless local area network, if said user equipment group indication matches a value of a user equipment group said user equipment device belongs to in said inter system routing policy rule.
A system for a wheeled, pedal driven, electrically assisted vehicle comprising a handle and a control system, wherein the handle comprises: - an elongate body having a first end, a second end and an outer surface; - a receiving hollow provided within said elongate body for receiving a portion of a handle bar of the vehicle, such that the elongate body may surround said portion of the handle bar, and said outer surface envelopes said portion of the handle bar; - a display provided at the outer surface at said first end of the elongate body at a first position; and and wherein the display and one or more input devices in said handle is electronically connected to the control system, the control system being configured for controlling an electric motor of the vehicle, charactered in that said one or more input devices are provided at the outer surface at a second position at an opposite side of said elongate body relative to the first position. wherein the handle comprises: - an elongate body having a first end, a second end and an outer surface; - a receiving hollow provided within said elongate body for receiving a portion of a handle bar of the vehicle, such that the elongate body may surround said portion of the handle bar, and said outer surface envelopes said portion of the handle bar; - a display provided at the outer surface at said first end of the elongate body at a first position; and and - an elongate body having a first end, a second end and an outer surface; - a receiving hollow provided within said elongate body for receiving a portion of a handle bar of the vehicle, such that the elongate body may surround said portion of the handle bar, and said outer surface envelopes said portion of the handle bar; - a display provided at the outer surface at said first end of the elongate body at a first position; and wherein the display and one or more input devices in said handle is electronically connected to the control system, the control system being configured for controlling an electric motor of the vehicle, charactered in that said one or more input devices are provided at the outer surface at a second position at an opposite side of said elongate body relative to the first position.
A verification code obtaining method, wherein the method comprises: sending, by an application that is to obtain a verification code, a verification code obtaining request to a server, wherein the application that is to obtain a verification code is installed on a terminal, and applications installed on the terminal further comprise an input method application, a third-party input method application and an SMS message application, wherein the input method application and the SMS message application are applications developed by a developer of an operating system running on the terminal and the third-party input method application is an application developed by a third-party developer, wherein the SMS message application is configured to receive SMS messages that comprise a verification code and SMS messages that do not comprise a verification code; receiving, by the SMS message application, an SMS message that comprises a verification code and that is sent by the server; and reading, by the input method application, the verification code in the SMS message, wherein the terminal does not allow the third-party input method application to read an SMS message in the terminal. sending, by an application that is to obtain a verification code, a verification code obtaining request to a server, wherein the application that is to obtain a verification code is installed on a terminal, and applications installed on the terminal further comprise an input method application, a third-party input method application and an SMS message application, wherein the input method application and the SMS message application are applications developed by a developer of an operating system running on the terminal and the third-party input method application is an application developed by a third-party developer, wherein the SMS message application is configured to receive SMS messages that comprise a verification code and SMS messages that do not comprise a verification code; receiving, by the SMS message application, an SMS message that comprises a verification code and that is sent by the server; and reading, by the input method application, the verification code in the SMS message, wherein the terminal does not allow the third-party input method application to read an SMS message in the terminal.
A beverage preparation machine comprising: a main housing; a brew head having an outlet for discharging a prepared beverage; a water reservoir; and a water path for conveying water from the water reservoir to the brew head; wherein, the water reservoir is movable with respect to the main housing from a storage configuration, in which the water reservoir is located at least partially beneath the brew head, and a beverage dispensing configuration, in which the water reservoir is moved away from underneath the brew head so as to create a void space beneath the outlet of the brew head; characterized in that the water reservoir is non-removable from the main housing; and in that the water reservoir is pivotally connected to the main housing at a pivot point to enable the water reservoir to be pivoted between its storage configuration and beverage dispensing configuration. a main housing; a brew head having an outlet for discharging a prepared beverage; a water reservoir; and a water path for conveying water from the water reservoir to the brew head; wherein, the water reservoir is movable with respect to the main housing from a storage configuration, in which the water reservoir is located at least partially beneath the brew head, and a beverage dispensing configuration, in which the water reservoir is moved away from underneath the brew head so as to create a void space beneath the outlet of the brew head; characterized in that the water reservoir is non-removable from the main housing; and in that the water reservoir is pivotally connected to the main housing at a pivot point to enable the water reservoir to be pivoted between its storage configuration and beverage dispensing configuration.
An apparatus (100; 200; 300; 400) for providing an upmix signal representation (120; 428a-428M) on the basis of a downmix signal representation (110, 414) and an object-related parametric information (112; 416), which are included in a bitstream representation of an audio content, and in dependence on a rendering information (114; 424), the apparatus comprising: a distortion limiter (140; 240; 340; 422) configured to adjust upmix parameters using a distortion control scheme to avoid or limit audible distortions which are caused by an inappropriate choice of rendering parameters (114; 424), wherein the distortion limiter is configured to obtain a distortion limitation control parameter (116; 418; q) which is included in the bitstream representation of the audio content, and to adjust the distortion control scheme in dependence on the distortion limitation control parameter; wherein the distortion limiter is configured to evaluate a dynamic update flag within a configuration portion of the bitstream representation of the audio content, and wherein the distortion limiter is configured to evaluate the configuration portion of the bitstream representation of the audio content, to obtain the distortion limitation control parameter, if the dynamic update flag is inactive, and to evaluate a frame portion of the bitstream representation of the audio content, to repeatedly obtain updates of the distortion limitation control parameter, if the dynamic update flag is active. a distortion limiter (140; 240; 340; 422) configured to adjust upmix parameters using a distortion control scheme to avoid or limit audible distortions which are caused by an inappropriate choice of rendering parameters (114; 424), wherein the distortion limiter is configured to obtain a distortion limitation control parameter (116; 418; q) which is included in the bitstream representation of the audio content, and to adjust the distortion control scheme in dependence on the distortion limitation control parameter; wherein the distortion limiter is configured to evaluate a dynamic update flag within a configuration portion of the bitstream representation of the audio content, and wherein the distortion limiter is configured to evaluate the configuration portion of the bitstream representation of the audio content, to obtain the distortion limitation control parameter, if the dynamic update flag is inactive, and to evaluate a frame portion of the bitstream representation of the audio content, to repeatedly obtain updates of the distortion limitation control parameter, if the dynamic update flag is active.
A method of purifying a retinal pigment epithelial cell, comprising the steps of: recovering a cell population obtained by differentiation induction of pluripotent stem cells on laminin or a fragment thereof by treating with a cell separating solution, wherein the cell population contains retinal pigment epithelial cells which are present on the laminin or the fragment thereof under a jelly-like substance containing other visual cells without forming a mixture with the jelly-like substance; dissociating adhesion between retinal pigment epithelial cells of the cell population; introducing the cell population obtained in on a filter; and obtaining retinal pigment epithelial cells that passed the filter. recovering a cell population obtained by differentiation induction of pluripotent stem cells on laminin or a fragment thereof by treating with a cell separating solution, wherein the cell population contains retinal pigment epithelial cells which are present on the laminin or the fragment thereof under a jelly-like substance containing other visual cells without forming a mixture with the jelly-like substance; dissociating adhesion between retinal pigment epithelial cells of the cell population; introducing the cell population obtained in on a filter; and obtaining retinal pigment epithelial cells that passed the filter.