mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method operable on a device in a content delivery, CD, network, said device comprising hardware including storage comprising at least one first class of storage and at least one second class of storage , said first class of storage being faster than said second class of storage, wherein a first portion of said first class of storage is allocated for log data , and a second portion of said second class of storage is allocated for log data , the method comprising: A) obtaining, from at least one component or service on said device, log event data items, each item of log event data being produced by a corresponding at least one component or service on said device, each log event data item having a corresponding priority of at least two priorities; B) determining if a connection to at least one external location is lost, and, B1) when it is determined in step B that said connection is not lost, sending at least some of said log event data items to said at least one external location, and, B2) when it is determined in step B that said connection is lost, selectively storing at least some of said log event data items in said storage, wherein said storing is based on priority of said log event data items, and said storing is based on priority-based rules that comprise priority-based allotments of said first class of storage. A) obtaining, from at least one component or service on said device, log event data items, each item of log event data being produced by a corresponding at least one component or service on said device, each log event data item having a corresponding priority of at least two priorities; B) determining if a connection to at least one external location is lost, and, B1) when it is determined in step B that said connection is not lost, sending at least some of said log event data items to said at least one external location, and, B2) when it is determined in step B that said connection is lost, selectively storing at least some of said log event data items in said storage, wherein said storing is based on priority of said log event data items, and said storing is based on priority-based rules that comprise priority-based allotments of said first class of storage. B1) when it is determined in step B that said connection is not lost, sending at least some of said log event data items to said at least one external location, and, B2) when it is determined in step B that said connection is lost, selectively storing at least some of said log event data items in said storage, wherein said storing is based on priority of said log event data items, and said storing is based on priority-based rules that comprise priority-based allotments of said first class of storage.
A method for manufacturing a buried gate, comprising: providing a trench on an active area of a substrate ; filling a gate structure in a bottom of the trench , and exposing a trench sidewall above the gate structure ; forming a protective layer covering an upper surface of the gate structure and exposing the trench sidewall above the gate structure ; growing an epitaxial layer on the exposed trench sidewall and the substrate out of the trench with an epitaxial growth process, wherein the epitaxial layer does not close the trench ; removing the epitaxial layer out of the trench with a grinding process; and filling an isolation layer in the trench . providing a trench on an active area of a substrate ; filling a gate structure in a bottom of the trench , and exposing a trench sidewall above the gate structure ; forming a protective layer covering an upper surface of the gate structure and exposing the trench sidewall above the gate structure ; growing an epitaxial layer on the exposed trench sidewall and the substrate out of the trench with an epitaxial growth process, wherein the epitaxial layer does not close the trench ; removing the epitaxial layer out of the trench with a grinding process; and filling an isolation layer in the trench .
A non-transitory machine-readable storage medium encoded with instructions executable by a processing resource of a computing device to: identify , with an integrated development environment, IDE, plug-in, a target code segment at least partially in focus in a user interface, UI, of the IDE; acquire , from a code similarity system , identification of other code in a code repository , that is similar to the target code segment , the identification of the similar code segment based on comparing the target code segment to code segments in a code repository by comparing the characters, text or abstract representations derived by a process similar to parsing the code during compilation or various functional aspects of the code, such as the inputs and outputs of the code, the methods or functions called by the code and the sequence of such calls; acquire, from an application lifecycle management, ALM, system , identification of an ALM entity describing a known defect associated with the similar other code, the ALM entity being relevant for the target code segment; and displaying in the UI with the plug-in, a representation of the identified ALM entity while the target code segment is at least partially in focus in the UI. identify , with an integrated development environment, IDE, plug-in, a target code segment at least partially in focus in a user interface, UI, of the IDE; acquire , from a code similarity system , identification of other code in a code repository , that is similar to the target code segment , the identification of the similar code segment based on comparing the target code segment to code segments in a code repository by comparing the characters, text or abstract representations derived by a process similar to parsing the code during compilation or various functional aspects of the code, such as the inputs and outputs of the code, the methods or functions called by the code and the sequence of such calls; acquire, from an application lifecycle management, ALM, system , identification of an ALM entity describing a known defect associated with the similar other code, the ALM entity being relevant for the target code segment; and displaying in the UI with the plug-in, a representation of the identified ALM entity while the target code segment is at least partially in focus in the UI.
A method implemented by a network data analytics function, NWDAF" in a wireless communication network to support selection of a user plane function, UPF, by a session management function, SMF , for a packet data session, wherein the packet data session is to be created for a user equipment, UE, for one or more services for one or more subscribers, the SMF creates the packet data session for the UE, and the selected UPF performs packet inspection for one or more traffic flows included in the packet data session, the method comprising: receiving one or more inspection parameters associated with packet inspection performed by a UPF for a subscriber, a service, or both; computing a computational footprint associated with packet inspection performed by the UPF for the subscriber, the service, or both, based on the received packet inspection parameters, wherein the computational footprint is indicative of the computational resources needed to perform packet inspection for the one or more traffic flows included in the packet data session; and making the computational footprint for the subscriber, the service, or both, available to a session management function for use in UPF selection. receiving one or more inspection parameters associated with packet inspection performed by a UPF for a subscriber, a service, or both; computing a computational footprint associated with packet inspection performed by the UPF for the subscriber, the service, or both, based on the received packet inspection parameters, wherein the computational footprint is indicative of the computational resources needed to perform packet inspection for the one or more traffic flows included in the packet data session; and making the computational footprint for the subscriber, the service, or both, available to a session management function for use in UPF selection.
A method implemented in a decoder, the method comprising: receiving, by a receiver of the decoder, a bitstream comprising a sequential field flag, field_seq_flag, and a plurality of coded pictures including an intra random access point, IRAP, picture and one or more non-leading pictures associated with the IRAP picture; determining, by a processor of the decoder, that any leading pictures associated with the IRAP picture will precede, in decoding order, all non-leading pictures associated with the IRAP picture when the field_seq_flag is set to zero; determining, by the processor, that at most one non-leading picture precedes, in decoding order, an initial leading picture associated with the IRAP picture, and no non-leading pictures are positioned between the initial leading picture and a final leading picture in decoding order when the field_seq_flag is set to one; wherein the field_seq_flag is set to one when a coded video sequence includes pictures that represent fields, and wherein the field_seq_flag is set to zero when the coded video sequence includes pictures that represent frames; and applying, by the processor, a decoding process to the IRAP picture, any leading pictures associated with the IRAP picture and the one or more non-leading pictures associated with the IRAP picture in decoding order based on whether the field_seq_flag is set to one or zero. receiving, by a receiver of the decoder, a bitstream comprising a sequential field flag, field_seq_flag, and a plurality of coded pictures including an intra random access point, IRAP, picture and one or more non-leading pictures associated with the IRAP picture; determining, by a processor of the decoder, that any leading pictures associated with the IRAP picture will precede, in decoding order, all non-leading pictures associated with the IRAP picture when the field_seq_flag is set to zero; determining, by the processor, that at most one non-leading picture precedes, in decoding order, an initial leading picture associated with the IRAP picture, and no non-leading pictures are positioned between the initial leading picture and a final leading picture in decoding order when the field_seq_flag is set to one; wherein the field_seq_flag is set to one when a coded video sequence includes pictures that represent fields, and wherein the field_seq_flag is set to zero when the coded video sequence includes pictures that represent frames; and applying, by the processor, a decoding process to the IRAP picture, any leading pictures associated with the IRAP picture and the one or more non-leading pictures associated with the IRAP picture in decoding order based on whether the field_seq_flag is set to one or zero.
A queue comprising: a plurality of queue entries configured to store data in an in-order contiguous manner ; control logic; characterized in that the data are stored beginning at a first available entry nearest a head of the queue and wherein the queue further comprises a plurality of schedulers , wherein each of the plurality of schedulers is configured to: select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and wherein in response to receiving a plurality of bit vectors from the plurality of schedulers that identify at least two non-contiguous entries of the plurality of queue entries, the control logic is configured to: deallocate each of the at least two non-contiguous entries ; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue . a plurality of queue entries configured to store data in an in-order contiguous manner ; control logic; characterized in that the data are stored beginning at a first available entry nearest a head of the queue and wherein the queue further comprises a plurality of schedulers , wherein each of the plurality of schedulers is configured to: select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and select a queue entry of the plurality of queue entries for deallocation; and generate a bit vector comprising a plurality of bits with a first segment of bits having a first value and a second segment of bits having a second value, wherein a location where the first segment meets the second segment in the bit vector identifies the queue entry selected for deallocation; and wherein in response to receiving a plurality of bit vectors from the plurality of schedulers that identify at least two non-contiguous entries of the plurality of queue entries, the control logic is configured to: deallocate each of the at least two non-contiguous entries ; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue . deallocate each of the at least two non-contiguous entries ; and shift queue entries that remain allocated toward the head of the queue such that entries that remain allocated are located in contiguous entries beginning at the head of the queue .
A method, comprising: Energizing a piezoelectric drive element of an ejector using an ejector control unit configured to control the piezoelectric drive element to induce a pressure wave in an ink-fillable ejection chamber of the ejector, the ejector control unit being able to energize the piezoelectric element with a signal having a given energy level to eject a normal sized drop, an intensity of the induced pressure wave being below a threshold value necessary to produce ejection of a normal sized ink drop by the ejector comprising energizing the piezoelectric drive element at an energy level that is between about 80 percent and 20 percent of the energy level required to eject a normal sized ink drop; sensing a fluidic pressure response to the induced pressure wave and generating an electrical signal based on the sensing; and analyzing one or more characteristics of the electrical signal to determine ejection performance of the ejector, wherein the energizing , sensing , and analyzing are performed during a time interval that occurs when a print pattern calls for unprinted rows. Energizing a piezoelectric drive element of an ejector using an ejector control unit configured to control the piezoelectric drive element to induce a pressure wave in an ink-fillable ejection chamber of the ejector, the ejector control unit being able to energize the piezoelectric element with a signal having a given energy level to eject a normal sized drop, an intensity of the induced pressure wave being below a threshold value necessary to produce ejection of a normal sized ink drop by the ejector comprising energizing the piezoelectric drive element at an energy level that is between about 80 percent and 20 percent of the energy level required to eject a normal sized ink drop; sensing a fluidic pressure response to the induced pressure wave and generating an electrical signal based on the sensing; and analyzing one or more characteristics of the electrical signal to determine ejection performance of the ejector, wherein the energizing , sensing , and analyzing are performed during a time interval that occurs when a print pattern calls for unprinted rows.
A honing tool holder , comprising a body having a mounting element for cooperatively mounting the tool holder on a spindle of a machine tool for rotation therewith about a rotational axis therethrough, and a tool holding element opposite the mounting element configured and operable for cooperatively holding a honing tool for rotation about the rotational axis, and a feed system carried on the body , configured to connect to a feed element of a honing tool held by the tool holding element , the feed system including a feed rod assembly and a biasing element , wherein the biasing element comprises at least one spring , the feed system configured and operable to automatically exert a feed force against the feed element to urge honing elements of the tool radially outwardly relative to the tool , and a release mechanism configured and operable to automatically engage an element of the feed system to prevent the exertion of the feed force against the feed element until a predetermined condition occurs, wherein the predetermined condition comprises rotation of the tool holder , and wherein the release mechanism comprises a centrifugal force operated mechanism , the tool holder being characterised in that the centrifugal force operated mechanism comprises a pair of restraining pins that are received in grooves in opposite sides of an upper feed rod of the feed rod assembly , a pair of weights carrying the restraining pins and a spring mechanism provided to urge the weights carrying the restraining pins radially inwardly, wherein the weights carrying the restraining pins are moved radially outwardly by centrifugal forces to clear the grooves . a body having a mounting element for cooperatively mounting the tool holder on a spindle of a machine tool for rotation therewith about a rotational axis therethrough, and a tool holding element opposite the mounting element configured and operable for cooperatively holding a honing tool for rotation about the rotational axis, and a feed system carried on the body , configured to connect to a feed element of a honing tool held by the tool holding element , the feed system including a feed rod assembly and a biasing element , wherein the biasing element comprises at least one spring , the feed system configured and operable to automatically exert a feed force against the feed element to urge honing elements of the tool radially outwardly relative to the tool , and a release mechanism configured and operable to automatically engage an element of the feed system to prevent the exertion of the feed force against the feed element until a predetermined condition occurs,
A method for application server operations, the method comprising: receiving, by a master application server serving a first communications device capable of shared collaborative session control, a first message from said first communications device , the first message including a request to initiate a collaborative session ; forming, by the master application server , the collaborative session with a second communications device , wherein the second communications device is specified in the first message; sending, by the master application server , a second message to the first communications device , the second message confirming an establishment of the collaborative session ; merging , by the master application server , control information from the first communications device and media descriptions from the first communications device and the second communications device , wherein the method is applied to Internet Protocol, IP, Multimedia Subsystem, IMS based collaborative services; and characterized in a further slave application server serving the second communication device being also capable of shared collaborative session control, and relaying, by said slave application server , control information from the second communications device to the master application server . receiving, by a master application server serving a first communications device capable of shared collaborative session control, a first message from said first communications device , the first message including a request to initiate a collaborative session ; forming, by the master application server , the collaborative session with a second communications device , wherein the second communications device is specified in the first message; sending, by the master application server , a second message to the first communications device , the second message confirming an establishment of the collaborative session ; merging , by the master application server , control information from the first communications device and media descriptions from the first communications device and the second communications device , wherein the method is applied to Internet Protocol, IP, Multimedia Subsystem, IMS based collaborative services; and characterized in a further slave application server serving the second communication device being also capable of shared collaborative session control, and relaying, by said slave application server , control information from the second communications device to the master application server .
A compound of formula (IA): including tautomeric or stereochemically isomeric forms thereof, an N-oxide thereof, a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof, wherein: - R 1 represents hydrogen or C 1 -C 4 alkyl; - R 2 represents C 1 -C 3 alkyl optionally substituted by one R X group or C 2 -C 4 alkenyl optionally substituted by one R X group, wherein the R X group is -OH or -OMe or -OEt; - R 3 represents bromide or chloride; - each R 4 independently represents hydrogen or methyl or -OMe or chloride or bromide; - each R 5 independently represents hydrogen or methyl or -OMe or halogen or chloride or bromide; - R 6 represents =CR 7 R 8 , where R 7 and R 8 independently represent hydrogen, or C 1 -C 4 alkyl or C 2 -C 4 alkenyl. including tautomeric or stereochemically isomeric forms thereof, an N-oxide thereof, a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof, wherein: - R 1 represents hydrogen or C 1 -C 4 alkyl; - R 2 represents C 1 -C 3 alkyl optionally substituted by one R X group or C 2 -C 4 alkenyl optionally substituted by one R X group, wherein the R X group is -OH or -OMe or -OEt; - R 3 represents bromide or chloride; - each R 4 independently represents hydrogen or methyl or -OMe or chloride or bromide; - each R 5 independently represents hydrogen or methyl or -OMe or halogen or chloride or bromide; - R 6 represents =CR 7 R 8 , where R 7 and R 8 independently represent hydrogen, or C 1 -C 4 alkyl or C 2 -C 4 alkenyl. - R 1 represents hydrogen or C 1 -C 4 alkyl; - R 2 represents C 1 -C 3 alkyl optionally substituted by one R X group or C 2 -C 4 alkenyl optionally substituted by one R X group, wherein the R X group is -OH or -OMe or -OEt; - R 3 represents bromide or chloride; - each R 4 independently represents hydrogen or methyl or -OMe or chloride or bromide; - each R 5 independently represents hydrogen or methyl or -OMe or halogen or chloride or bromide; - R 6 represents =CR 7 R 8 , where R 7 and R 8 independently represent hydrogen, or C 1 -C 4 alkyl or C 2 -C 4 alkenyl.