mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a workflow manager in an electronic device, the method comprising: sending, to a function repository, a query; receiving, from the function repository, a function description for each of a set of media processing functions; determining that a function in the received set of media processing function descriptions belongs to a function group, the function group being a set of connected media processing functions which are designed to work together in workflows, wherein output ports of a given media processing function in the function group are connected to input ports of the next media processing function in the function group; receiving, from the function repository, a function group description including information on the function group; determining a workflow based on the function group description; and applying the set of media processing functions connected in the function group for the workflow, wherein the function group description further includes connectivity information on at least one function identifier of the set of functions for a connection. sending, to a function repository, a query; receiving, from the function repository, a function description for each of a set of media processing functions; determining that a function in the received set of media processing function descriptions belongs to a function group, the function group being a set of connected media processing functions which are designed to work together in workflows, wherein output ports of a given media processing function in the function group are connected to input ports of the next media processing function in the function group; receiving, from the function repository, a function group description including information on the function group; determining a workflow based on the function group description; and applying the set of media processing functions connected in the function group for the workflow, wherein the function group description further includes connectivity information on at least one function identifier of the set of functions for a connection.
A method of simulating a failure for an aircraft provided with a power plant, said power plant comprising at least two turboshaft engines (11, 12) jointly developing an overall power, each turboshaft engine (11, 12) being capable of delivering at least one contingency power in order to compensate for a failure of at least one other turboshaft engine (11, 12), characterised in that a reduced value of said overall power is set manually with the aid of a first setting means and at least two characteristics of the passage of said overall power to said reduced value with the aid of a second setting means, then said overall power is lowered to said reduced value in order to simulate said failure, said reduced value being between a minimum value and a maximum value, said reduced value of said overall power being achieved by passing through a minimum power, said characteristics comprising a difference A between said minimum power and said reduced value of the overall power and also a time T between the instant of said simulated failure and the instant at which said overall power stabilises at said reduced value.
A production method for water absorbent agent comprising: a polyacrylic acid (salt)-based water absorbent resin is surface-crosslinked with a surface-crosslinking agent containing a compound represented by the following general formula: wherein "A"s each represent an (m+n+2)-valent C1-C6 polyhydric alcohol residue, "B"s each represent a substituent group represented by the following general formula; or by the following general formula; wherein, "R 1 "s each represent a C1-C6 hydrocarbon group, "R 2 "s each represent a hydrogen atom or a C1-C4 hydrocarbon group, "X" is a counterion of a quaternary ammonium group and represents a chloride ion, a bromide ion, a sulfate ion, a nitrate ion, a phosphate ion, or a hydroxide ion, "m", and "n" each independently represent an integer from 0 to 4, and "m" and "n" bound to the same substituent group A satisfy 0≤m+n≤4, "l" is 1 to 6, and "k" is an integer 1 or more. a polyacrylic acid (salt)-based water absorbent resin is surface-crosslinked with a surface-crosslinking agent containing a compound represented by the following general formula: wherein "A"s each represent an (m+n+2)-valent C1-C6 polyhydric alcohol residue, "B"s each represent a substituent group represented by the following general formula; or by the following general formula; wherein, "R 1 "s each represent a C1-C6 hydrocarbon group, "R 2 "s each represent a hydrogen atom or a C1-C4 hydrocarbon group, "X" is a counterion of a quaternary ammonium group and represents a chloride ion, a bromide ion, a sulfate ion, a nitrate ion, a phosphate ion, or a hydroxide ion, "m", and "n" each independently represent an integer from 0 to 4, and "m" and "n" bound to the same substituent group A satisfy 0≤m+n≤4, "l" is 1 to 6, and "k" is an integer 1 or more.
A memory apparatus (100, 300) comprising: a three-dimensional, 3D, Flash memory array comprising a plurality of strings (308a-308d) of memory cells including a first string of memory cells; and a plurality of wordlines (302, 304) coupled with the plurality of strings, wherein individual wordlines are coupled to respective memory cells of the first string, and wherein the plurality of wordlines include: a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; characterised in that the apparatus further comprises control circuitry coupled to the 3D Flash memory array, the control circuitry to provide different bias voltages to different separator wordlines of the plurality of separator wordlines during the block erase operation, wherein the different bias voltages increase from a first separator wordline adjacent the second set of wordlines to a second separator wordline adjacent the first set of wordlines. a three-dimensional, 3D, Flash memory array comprising a plurality of strings (308a-308d) of memory cells including a first string of memory cells; and a plurality of wordlines (302, 304) coupled with the plurality of strings, wherein individual wordlines are coupled to respective memory cells of the first string, and wherein the plurality of wordlines include: a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; characterised in that the apparatus further comprises control circuitry coupled to the 3D Flash memory array, the control circuitry to provide different bias voltages to different separator wordlines of the plurality of separator wordlines during the block erase operation, wherein the different bias voltages increase from a first separator wordline adjacent the second set of wordlines to a second separator wordline adjacent the first set of wordlines.
Device for applying a product for treating a hornets' nest at a height, produced in three successive stages, characterized in that it comprises a first stage that has a propellant supplied with compressed air, a second stage that has a holding chamber which accommodates a capsule of treatment product, a third stage that has an applicator, a smart-valve device, the valves of which are operated remotely so as to release the pressure from the first stage to the second stage, the capsule being pierced at the bottom and at the top when engaged in the holding chamber such that the opening of the smart valves, through the pressure of the compressed air, drives the product contained in the capsule through the applicator toward its nozzle outlet which will have been positioned precisely by the operator within the nest to be treated.
A method of enabling peer-to-peer communications over a network between at least two electronic devices coupled to the network, each electronic device having a respective identifier used by a peer-to-peer system in the network to route peer-to-peer communications to the corresponding device, the method comprising: a first electronic device registering an alternative identifier with the peer-to-peer system; the first electronic device replacing its respective identifier with the alternative identifier as a source address in a peer-to-peer communication; the first electronic device sending the peer-to-peer communication to at least a second electronic device over the network via the peer-to-peer system using the alternative identifier as the source address to enable the at least a second electronic device to send further peer-to-peer communications to the first electronic device using the alternative identifier as a destination address; and the first electronic device conducting an exchange with the peer-to-peer system to remove or de-activate the alternative identifier after detecting a predetermined input to prevent further peer-to-peer communications that use the alternative identifier as the destination address from reaching the first electronic device. a first electronic device registering an alternative identifier with the peer-to-peer system; the first electronic device replacing its respective identifier with the alternative identifier as a source address in a peer-to-peer communication; the first electronic device sending the peer-to-peer communication to at least a second electronic device over the network via the peer-to-peer system using the alternative identifier as the source address to enable the at least a second electronic device to send further peer-to-peer communications to the first electronic device using the alternative identifier as a destination address; and the first electronic device conducting an exchange with the peer-to-peer system to remove or de-activate the alternative identifier after detecting a predetermined input to prevent further peer-to-peer communications that use the alternative identifier as the destination address from reaching the first electronic device.
A content source (301; 102) comprising: a processor configured to generate a media presentation description file, wherein the MPD file designates a dependent media content part to be assigned to at least one depended media content part, the MPD file specifies a number of access records required by a control server (306; 122) to determine whether the dependent media content part is to be transmitted to a client device (304; 108), and wherein the MPD file indicates the dependent media content part is to be accessed by the client device (304; 108) when an access condition for the dependent media content part is satisfied; and a transmitter operably coupled to the processor and configured to transmit the MPD file to at least one of a content server (302; 104), the control server (306; 122), and the client device (304; 108), wherein the access condition for the dependent media content part is satisfied when stored access records that are received from the client device (304; 108) contain all access records of the at least one depended media content part. a processor configured to generate a media presentation description file, wherein the MPD file designates a dependent media content part to be assigned to at least one depended media content part, the MPD file specifies a number of access records required by a control server (306; 122) to determine whether the dependent media content part is to be transmitted to a client device (304; 108), and wherein the MPD file indicates the dependent media content part is to be accessed by the client device (304; 108) when an access condition for the dependent media content part is satisfied; and a transmitter operably coupled to the processor and configured to transmit the MPD file to at least one of a content server (302; 104), the control server (306; 122), and the client device (304; 108), wherein the access condition for the dependent media content part is satisfied when stored access records that are received from the client device (304; 108) contain all access records of the at least one depended media content part.
A compound and an additional anti-tumour substance for use in the conjoint treatment of cancer, wherein the compound is N -(2-{2-dimethylaminoethyl-methylamino}-4-methoxy-5-{[4-(1-methylindol-3-yl)pyrimidin-2-yl]amino}phenyl)prop-2-enamide, or a pharmaceutically acceptable salt, and wherein the additional anti-tumour substance is selected from N -(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-morpholinopropoxy)-quinazolin-4-amine (gefitinib, ZD1839) or N -(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-amine (erlotinib, OSI 774).
A video data encoding method comprising: splitting luma data corresponding to one luma component included in image data and allocating the luma data to two channels of a YCbCr 4:4:4 format for encoding the luma data, wherein the image data has YCbCr 4:2:0 format; allocating chroma data corresponding to two chroma components (Cb,Cr) included in the image data to one channel of the YCbCr 4:4:4 format for encoding the chroma data; and encoding the image data based on the luma data allocated to the two channels of the YCbCr 4:4:4 format and the chroma data allocated to the one channel of the YCbCr 4:4:4 format. splitting luma data corresponding to one luma component included in image data and allocating the luma data to two channels of a YCbCr 4:4:4 format for encoding the luma data, wherein the image data has YCbCr 4:2:0 format; allocating chroma data corresponding to two chroma components (Cb,Cr) included in the image data to one channel of the YCbCr 4:4:4 format for encoding the chroma data; and encoding the image data based on the luma data allocated to the two channels of the YCbCr 4:4:4 format and the chroma data allocated to the one channel of the YCbCr 4:4:4 format.
A method for transmitting data, comprising: determining, by a user equipment, UE, a component carrier group, CC Group, corresponding to an evolved packet system, EPS, bearer that bears data from two CC Groups, wherein the CC Group is a CC set created by a site that creates the EPS bearer for the UE; determining, by the UE, a media access control, MAC, entity corresponding to the CC Group in at least two MAC entities; and processing the data on the MAC entity corresponding to the CC Group. determining, by a user equipment, UE, a component carrier group, CC Group, corresponding to an evolved packet system, EPS, bearer that bears data from two CC Groups, wherein the CC Group is a CC set created by a site that creates the EPS bearer for the UE; determining, by the UE, a media access control, MAC, entity corresponding to the CC Group in at least two MAC entities; and processing the data on the MAC entity corresponding to the CC Group.
A message sending method, performed by a mobile terminal, comprising: receiving (11, 81, 91) at least one first input on a message editing interface performed by a user; adding (12, 82, 92), in response to each first input, at least one message input box to the message editing interface corresponding to a target contact; receiving (13, 85, 95) at least one second input on a send button (204, 2041, 2042, 2043) in the message editing interface performed by the user; and sending (14, 86, 96) message content in a first target input box to the target contact in response to each second input, wherein the first target input box is one of message input boxes displayed in the message editing interface; characterized in that the receiving (13, 85, 95) at least one second input comprises: receiving a j-th second input, wherein j is a positive integer; and the sending (14, 86, 96) message content in a first target input box to the target contact in response to each second input comprises: determining, in response to the j-th second input, a message input box arranged at the j-th position in the message input boxes that are arranged and displayed in a predetermined order in the message editing interface as the first target input box, and sending the message content in the first target input box to the target contact. receiving (11, 81, 91) at least one first input on a message editing interface performed by a user; adding (12, 82, 92), in response to each first input, at least one message input box to the message editing interface corresponding to a target contact; receiving (13, 85, 95) at least one second input on a send button (204, 2041, 2042, 2043) in the message editing interface performed by the user; and sending (14, 86, 96) message content in a first target input box to the target contact in response to each second input, wherein the first target input box is one of message input boxes displayed in the message editing interface; characterized in that the receiving (13, 85, 95) at least one second input comprises: receiving a j-th second input, wherein j is a positive integer; and the sending (14, 86, 96) message content in a first target input box to the target contact in response to each second input comprises: determining, in response to the j-th second input, a message input box arranged at the j-th position in the message input boxes that are arranged and displayed in a predetermined order in the message editing interface as the first target input box, and sending the message content in the first target input box to the target contact. receiving a j-th second input, wherein j is a positive integer; and the sending (14, 86, 96) message content in a first target input box to the target contact in response to each second input comprises: determining, in response to the j-th second input, a message input box arranged at the j-th position in the message input boxes that are arranged and displayed in a predetermined order in the message editing interface as the first target input box, and sending the message content in the first target input box to the target contact.
An ice detecting apparatus for a refrigerator, the apparatus comprising: - an ice maker; - an ice container to collect ice made by the ice maker; - an ice detecting sensor to detect an amount of ice stored in the ice container, the ice detecting sensor having a transmitter module provided on one side of the ice maker and a receiver module provided on another side of the ice maker, the transmitter module being separated by a prescribed distance from the receiver module, and at least one of the transmitter module or receiver module including at least one optical element (122, 124) and at least one heater (328, 440, 528) made of an electroconductive heating material, characterized in that the at least one heater (328, 440, 528) is provided around and covers the at least one optical element (122, 124), so that heat generated by the at least one heater (328, 440, 528) is uniformly transferred to substantially an entire outer surface of the at least one optical element (122, 124) from the at least one heater (328, 440, 528). - an ice maker; - an ice container to collect ice made by the ice maker; - an ice detecting sensor to detect an amount of ice stored in the ice container, the ice detecting sensor having a transmitter module provided on one side of the ice maker and a receiver module provided on another side of the ice maker, the transmitter module being separated by a prescribed distance from the receiver module, and at least one of the transmitter module or receiver module including at least one optical element (122, 124) and at least one heater (328, 440, 528) made of an electroconductive heating material,
A method of controlling a peripheral component of a robot system, wherein a power, in particular a force, of the peripheral component is set on the basis of a determined force ( F 1; m 3 g + m 3 d( x 3) 2 /d t 2), which acts in dependence on at least one robot pose, in particular a robot path ( x 3 ( t)), characterized in - that the power of the peripheral component is set on the basis of the determined force if no emergency stop signal is present, and the power of the peripheral component is set to a maximum acceptable value if an emergency stop signal is present; and/or - that a robot movement is delayed and/or slowed down, in particular by a predetermined value, on the basis of a reaction time of the peripheral component. - that the power of the peripheral component is set on the basis of the determined force if no emergency stop signal is present, and the power of the peripheral component is set to a maximum acceptable value if an emergency stop signal is present; and/or - that a robot movement is delayed and/or slowed down, in particular by a predetermined value, on the basis of a reaction time of the peripheral component.
In an OMA DRM domain including a local rights management LRM entity for importing digital media content into the OMA DRM domain, a domain enforcement agent entity for enforcing domain policies and one or more OMA DRM conformant devices, wherein the domain enforcement agent entity is adapted to issue the local rights management device and the one or more OMA DRM conformant devices with an LRM-specific user domain key LRM-UDK, a domain enforcement agent entity comprising: means for receiving a verification information from the DRM conformant devices, the verification information including a previously generated cryptographic generation key GK and an indicator n; means for deciding, in case the verification information is identical to a previously received verification information or in case the indicator n is greater than or equal to a natural number N associated with said cryptographic generation key GK, that the local rights managing entity has been compromised; and means for generating a new cryptographic generation key if it has not been determined that the local rights management LRM entity is compromised, and for providing it to the local rights managing entity together with a natural number indicating the amount of local rights managing entity rights objects (LRM-ROs) that may be generated by the local rights managing entity, the cryptographic generation key GK being encrypted by said user domain key LRM-UDK. means for receiving a verification information from the DRM conformant devices, the verification information including a previously generated cryptographic generation key GK and an indicator n; means for deciding, in case the verification information is identical to a previously received verification information or in case the indicator n is greater than or equal to a natural number N associated with said cryptographic generation key GK, that the local rights managing entity has been compromised; and means for generating a new cryptographic generation key if it has not been determined that the local rights management LRM entity is compromised, and for providing it to the local rights managing entity together with a natural number indicating the amount of local rights managing entity rights objects (LRM-ROs) that may be generated by the local rights managing entity, the cryptographic generation key GK being encrypted by said user domain key LRM-UDK.