mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a processor configured to: control an operation of an apparatus by executing a control program, wherein the information processing apparatus is characterized in that the processor is further configured to: in a case where an instruction to shift to a power-off state is received, perform shift from a normal operation state to any one of a first power-off state or a second power-off state, the first power-off state being a state where the operation is stopped without restarting the control program, the second power-off state being a state where the control program is restarted and then the operation is stopped; and in a case where the shift to the first power-off state is made, set at least a part of information regarding an operation of the information processing apparatus to a value that is set in a case where the control program is restarted. in a case where an instruction to shift to a power-off state is received, perform shift from a normal operation state to any one of a first power-off state or a second power-off state, the first power-off state being a state where the operation is stopped without restarting the control program, the second power-off state being a state where the control program is restarted and then the operation is stopped; and in a case where the shift to the first power-off state is made, set at least a part of information regarding an operation of the information processing apparatus to a value that is set in a case where the control program is restarted.
A method for constructing a geologic model of a subsurface volume, comprising: (a) identifying at least one outline form of at least one geologic body within the subsurface volume from geologic data pertaining to a subsurface volume (401, 501, 1201); (b) estimating a grain size distribution within at least part of the at least one geologic body using the at least one outline form of the at least one geologic body (402, 504, 1203); wherein the method further comprises: (c) estimating rock properties of the subsurface volume within at least part of the sedimentary basin based on the grain size distribution (403, 505, 1204). (a) identifying at least one outline form of at least one geologic body within the subsurface volume from geologic data pertaining to a subsurface volume (401, 501, 1201); (b) estimating a grain size distribution within at least part of the at least one geologic body using the at least one outline form of the at least one geologic body (402, 504, 1203); wherein the method further comprises: (c) estimating rock properties of the subsurface volume within at least part of the sedimentary basin based on the grain size distribution (403, 505, 1204).
A first mobile device (220, 420) for establishing a video call between a first electronic device (210, 410) and a second electronic device (250, 450) in parallel with a voice call between the first mobile device (220, 420) and a second mobile device (230, 430), comprising: a call connector for performing a voice call with the second mobile device (230, 430); a message exchanger for exchanging a message with the second mobile device (230, 430); and a processor for receiving connection information of the first electronic device (210, 410) from a first control point (200, 400) for controlling the first electronic device (210, 410), generating a video call request message for requesting setup of the video call between the first electronic device (210, 410) and the second electronic device (250, 450), and sending the video call request message to the second mobile device (230, 430) through the message exchanger, wherein the video call request message comprises the connection information of the first electronic device (210, 410), wherein the voice call is performed via a communication network between mobile phones and the video call is performed via a broadband network. a call connector for performing a voice call with the second mobile device (230, 430); a message exchanger for exchanging a message with the second mobile device (230, 430); and a processor for receiving connection information of the first electronic device (210, 410) from a first control point (200, 400) for controlling the first electronic device (210, 410), generating a video call request message for requesting setup of the video call between the first electronic device (210, 410) and the second electronic device (250, 450), and sending the video call request message to the second mobile device (230, 430) through the message exchanger, wherein the video call request message comprises the connection information of the first electronic device (210, 410), wherein the voice call is performed via a communication network between mobile phones and the video call is performed via a broadband network.
A sustained release pharmaceutical formulation comprising an effective amount of thiocolchicoside or pharmaceutically acceptable salts thereof and glyceryl behenate as a rate controlling polymer.
A method of determining a distance from an object performed in an apparatus comprising a radar, the method comprising: receiving a reflection signal produced by a transmission signal reflecting from the object, the transmission signal being modulated by a default code sequence; converting the reflection signal into a reflection code sequence; generating a subject correlation vector comprising at least one correlation between at least one assistance code sequence (1010, 1020, 1030, 1040, 1050, 1060) and the reflection code sequence; and determining a distance corresponding to the subject correlation vector by retrieving a reference correlation vector corresponding to the subject correlation vector from a lookup table, wherein the reference correlation vector comprises at least one correlation between the at least one assistance code sequence (1010, 1020, 1030, 1040, 1050, 1060) and the default code sequence, wherein the lookup table stores a plurality of reference correlation vectors and a plurality of time indices; or distances respectively mapped to the plurality of reference correlation vectors. receiving a reflection signal produced by a transmission signal reflecting from the object, the transmission signal being modulated by a default code sequence; converting the reflection signal into a reflection code sequence; generating a subject correlation vector comprising at least one correlation between at least one assistance code sequence (1010, 1020, 1030, 1040, 1050, 1060) and the reflection code sequence; and determining a distance corresponding to the subject correlation vector by retrieving a reference correlation vector corresponding to the subject correlation vector from a lookup table, wherein the reference correlation vector comprises at least one correlation between the at least one assistance code sequence (1010, 1020, 1030, 1040, 1050, 1060) and the default code sequence, wherein the lookup table stores a plurality of reference correlation vectors and a plurality of time indices; or distances respectively mapped to the plurality of reference correlation vectors.
A process for making eyeglasses frames, where at least one front rim or a pair of sidepieces of the eyeglasses frame is decorated, comprising the following steps: - decorating a film; - inserting the film into a mould and injection moulding the front rim and/or the sidepieces with the film applied to thereto, wherein the process comprises, before the step of injection moulding the front rim and/or the sidepieces, a step of thermoforming and trimming the film to form and shape the film according to a profile corresponding to a wall of the mould, in such a way that the film inserted in the mould is formed and shaped like a surface of the front rim and/or of the sidepieces to be formed, wherein thermoforming is performed by placing the film on a first contact element, which is shaped to match the wall of the mould and slightly larger in size; and wherein trimming of the film is performed by placing the previously thermoformed film on a second contact element, which is shaped to match the wall of the mould and equal in size. - decorating a film; - inserting the film into a mould and injection moulding the front rim and/or the sidepieces with the film applied to thereto, wherein the process comprises, before the step of injection moulding the front rim and/or the sidepieces, a step of thermoforming and trimming the film to form and shape the film according to a profile corresponding to a wall of the mould, in such a way that the film inserted in the mould is formed and shaped like a surface of the front rim and/or of the sidepieces to be formed, wherein thermoforming is performed by placing the film on a first contact element, which is shaped to match the wall of the mould and slightly larger in size; and wherein trimming of the film is performed by placing the previously thermoformed film on a second contact element, which is shaped to match the wall of the mould and equal in size.
A computer implemented multi-account cloud service usage package sharing method, comprising: receiving a sharing policy of a first usage package of a first account and a sharing policy of a second usage package of a second account; generating a sharing execution plan according to the sharing policy of the first usage package and the sharing policy of the second usage package, wherein both the first usage package and the second usage package include usage subpackages of n cloud service resource types, and n is a natural number, wherein the sharing execution plan includes n deduction sequences, and each deduction sequence includes a deduction sequence between usage subpackages of a same cloud service resource type; sorting a use record of a usage package of the first account and a use record of a usage package of the second account according to the sharing execution plan, to generate a to-be-deducted queue; and deducting the first usage package and the second usage package according to the to-be-deducted queue. receiving a sharing policy of a first usage package of a first account and a sharing policy of a second usage package of a second account; generating a sharing execution plan according to the sharing policy of the first usage package and the sharing policy of the second usage package, wherein both the first usage package and the second usage package include usage subpackages of n cloud service resource types, and n is a natural number, wherein the sharing execution plan includes n deduction sequences, and each deduction sequence includes a deduction sequence between usage subpackages of a same cloud service resource type; sorting a use record of a usage package of the first account and a use record of a usage package of the second account according to the sharing execution plan, to generate a to-be-deducted queue; and deducting the first usage package and the second usage package according to the to-be-deducted queue.
A method for the treatment of at least one surface (12, 13) of an OLED provided as light source in a vehicle lamp, the OLED having a luminous surface provided for front light emission and a back surface opposite the luminous surface, the method comprising an application of one or more structures onto at least the luminous surface and/or onto the back surface, which structure, at least in the warm state, produces a light-dark contrast at least within the luminous surface, wherein, at least within the region covered by the luminous surface, the structure is applied onto the surface of the OLED comprising the luminous surface and/or onto the surface of the OLED comprising the back surface opposite the luminous surface, and, in order to obtain the light-dark contrast at the finished treated surface (12, 13) of the OLED, the application provides: - a plurality of structure-free sections separated from each other by parts of the structure, and/or - a plurality of parts of the structure separated from each other by structure-free sections, wherein the application of the structure comprises an application of a material onto the luminous surface and/or onto the back surface, which material reduces and/or prevents the light outcoupling from the luminous surface, wherein the structure at least in sections has a geometry that produces a virtual depth effect, characterised in that, first, a material that increases the light outcoupling from the luminous surface is applied onto at least the entire luminous surface and/or onto the entire back surface, and subsequently, the application of the structure resulting from a material that reduces and/or even prevents the light outcoupling from the luminous surface is carried out leaving free the sections that are free of the at least one structure. - a plurality of structure-free sections separated from each other by parts of the structure, and/or - a plurality of parts of the structure separated from each other by structure-free sections, wherein the application of the structure comprises an application of a material onto the luminous surface and/or onto the back surface, which material reduces and/or prevents the light outcoupling from the luminous surface, wherein the structure at least in sections has a geometry that produces a virtual depth effect, characterised in that, first, a material that increases the light outcoupling from the luminous surface is applied onto at least the entire luminous surface and/or onto the entire back surface, and subsequently, the application of the structure resulting from a material that reduces and/or even prevents the light outcoupling from the luminous surface is carried out leaving free the sections that are free of the at least one structure.
A method for remotely providing an on-demand media service from a media application server to a terminal equipped with a media reader and connected to the application server by means of a telecommunications network, which method comprises the operations consisting of: - establishing a media session between the application server and the terminal, that session comprising the application server providing the terminal with a flow of media data; - playing back on the terminal, by means of the media reader, the media data received within the flow, - creating a bookmark associated with the media data and comprising at least two pointers, namely: - a first pointer indicating the provenance of the media data, - a second pointer indicating a predetermined moment within the media session, characterized in that it further comprises the operations consisting of: - saving said bookmark within a proxy server interposed between the terminal and the media application server, that proxy server being configured to intercept a session establishment request sent by the terminal to the media application server. - establishing a media session between the application server and the terminal, that session comprising the application server providing the terminal with a flow of media data; - playing back on the terminal, by means of the media reader, the media data received within the flow, - creating a bookmark associated with the media data and comprising at least two pointers, namely: - a first pointer indicating the provenance of the media data, - a second pointer indicating a predetermined moment within the media session, - saving said bookmark within a proxy server interposed between the terminal and the media application server, that proxy server being configured to intercept a session establishment request sent by the terminal to the media application server.
An isolated nucleic acid with a sequence which encodes a polypeptide with Δ6-desaturase activity, having a) a nucleic acid with the sequence shown in SEQ ID NO: 89, b) a nucleic acid which, as the result of the degeneracy of the genetic code, can be derived from the amino acid sequence shown in SEQ ID NO: 90, or c) derivatives of the nucleic acid sequence shown in SEQ ID NO: 89 which encodes polypeptides with at least 60% identity at the amino acid level with SEQ ID NO: 90 and which has Δ6-desaturase activity. a) a nucleic acid with the sequence shown in SEQ ID NO: 89, b) a nucleic acid which, as the result of the degeneracy of the genetic code, can be derived from the amino acid sequence shown in SEQ ID NO: 90, or c) derivatives of the nucleic acid sequence shown in SEQ ID NO: 89 which encodes polypeptides with at least 60% identity at the amino acid level with SEQ ID NO: 90 and which has Δ6-desaturase activity.
A device arranged to generate a pilot flame for igniting an oxycutting device, of the type comprising: - at least one tubular elongate element, comprising at a first end a nozzle for the exit of a combustible mixture, wherein said element is suitable for feeding to said nozzle the combustible mixture for feeding said pilot flame generated at said nozzle, characterised in that it further comprises: - means for automatically sensing the presence of said pilot flame, - and a control unit, - said means for automatically sensing the presence of said pilot flame comprise an electrically conductive member presenting a lower terminal portion, - said lower terminal portion being provided in a position corresponding with said nozzle so as to be struck and surrounded by said pilot flame, - said control unit being connected to said means for automatically sensing the presence of said pilot flame, - and said control unit being suitable for receiving an electrical signal generated by means of ionization by said pilot flame in said terminal portion of said member, and being suitable for verifying the presence/absence of said electrical signal, the presence/absence of which is correlated to the fact that the pilot flame is present/absent. - at least one tubular elongate element, comprising at a first end a nozzle for the exit of a combustible mixture, wherein said element is suitable for feeding to said nozzle the combustible mixture for feeding said pilot flame generated at said nozzle, - means for automatically sensing the presence of said pilot flame, - and a control unit, - said means for automatically sensing the presence of said pilot flame comprise an electrically conductive member presenting a lower terminal portion, - said lower terminal portion being provided in a position corresponding with said nozzle so as to be struck and surrounded by said pilot flame, - said control unit being connected to said means for automatically sensing the presence of said pilot flame, - and said control unit being suitable for receiving an electrical signal generated by means of ionization by said pilot flame in said terminal portion of said member, and being suitable for verifying the presence/absence of said electrical signal, the presence/absence of which is correlated to the fact that the pilot flame is present/absent.
A radio communications apparatus transmitting data using a plurality of antennas, the apparatus comprising: a data link layer control information generation part configured to generate a plurality of data link layer control information items from generated data link layer control information; a data unit generation part configured to generate a plurality of data units to be transmitted through the corresponding antennas, based on the data link layer control information items generated by the data link layer control information generation part, so that the data units include the data link layer control information items; and a physical layer processing part configured to perform adaptive modulation and coding on the data units. a data link layer control information generation part configured to generate a plurality of data link layer control information items from generated data link layer control information; a data unit generation part configured to generate a plurality of data units to be transmitted through the corresponding antennas, based on the data link layer control information items generated by the data link layer control information generation part, so that the data units include the data link layer control information items; and a physical layer processing part configured to perform adaptive modulation and coding on the data units.
Compression assembly for a turbine engine, in particular a turboshaft engine, said assembly comprising an air inlet duct capable of receiving an air flow, at least one air compression stage comprising at least one movable compressor wheel onto which the duct discharges, and a pre-rotation grille which is positioned in the air inlet duct upstream of the movable compressor wheel in order to adjust the speed of the air in said flow at the inlet of the movable wheel and comprises a plurality of variable-setting vanes, the pitch between two consecutive vanes of the grille being greater than the chord of one of the two vanes at a given height of the air duct in its upper part, the assembly being characterised in that the pre-rotation angle of the vanes is between 80° and 90° in the upper part of the air duct when the pre-rotation grille is in the closed operating position at low speeds of the compression stage.
An electric vehicle controller comprising: an inverter to drive a motor by receiving power supplied via a line breaker and a DC bus (4a, 4b); a power consumption circuit to be connected in parallel with the inverter while including a switching device and a power consumption resistor connected in series with the switching device; a voltage detector to detect a bus voltage applied to the DC bus (4a, 4b); and a control unit to perform power consumption control that causes the power consumption resistor to consume regenerative power supplied from the motor and overvoltage suppression control that suppresses the bus voltage from being excessive, wherein the control unit controls the switching device in order for a second duty ratio used at the time of performing the overvoltage suppression control to be lower than a first duty ratio used at the time of performing the power consumption control, the control unit includes a first control system to perform the power consumption control and a second control system to perform the overvoltage suppression control, the control unit starts an operation of the first control system when the bus voltage is higher than or equal to a first determination value and starts an operation of the second control system when the bus voltage is higher than or equal to a second determination value that is larger than the first determination value, and the operation of the second control system is prioritized when the first control system and the second control system are operated at the same time. an inverter to drive a motor by receiving power supplied via a line breaker and a DC bus (4a, 4b); a power consumption circuit to be connected in parallel with the inverter while including a switching device and a power consumption resistor connected in series with the switching device; a voltage detector to detect a bus voltage applied to the DC bus (4a, 4b); and a control unit to perform power consumption control that causes the power consumption resistor to consume regenerative power supplied from the motor and overvoltage suppression control that suppresses the bus voltage from being excessive, wherein the control unit controls the switching device in order for a second duty ratio used at the time of performing the overvoltage suppression control to be lower than a first duty ratio used at the time of performing the power consumption control, the control unit includes a first control system to perform the power consumption control and a second control system to perform the overvoltage suppression control, the control unit starts an operation of the first control system when the bus voltage is higher than or equal to a first determination value and starts an operation of the second control system when the bus voltage is higher than or equal to a second determination value that is larger than the first determination value, and the operation of the second control system is prioritized when the first control system and the second control system are operated at the same time.