mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, first information for a dormant bandwidth part, BWP, configuration for a secondary cell, SCell, and second information for a resource allocation type; receiving, from the base station, downlink control information, DCI, format 1_1; and identifying the DCI format 1_1 as a secondary cell dormancy indication without a scheduling, in case that a cyclic redundancy check, CRC, of the DCI format 1_1 is scrambled by a cell radio network temporary identifier, C-RNTI, or a modulation and coding scheme, MCS-C-RNTI, and all bits of the frequency domain resource assignment field is a specific value, wherein a physical downlink control channel, PDCCH, on a BWP of the secondary cell is not monitored, in case that the BWP of the secondary cell is the dormant BWP, wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 0, in case that the resource allocation type is configured as type 0 based on the second information, wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 1, in case that the resource allocation type is configured as type 1 based on the second information, and wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 0 or 1, in case that the resource allocation type is configured as dynamic switch based on the second information. receiving, from a base station, first information for a dormant bandwidth part, BWP, configuration for a secondary cell, SCell, and second information for a resource allocation type; receiving, from the base station, downlink control information, DCI, format 1_1; and identifying the DCI format 1_1 as a secondary cell dormancy indication without a scheduling, in case that a cyclic redundancy check, CRC, of the DCI format 1_1 is scrambled by a cell radio network temporary identifier, C-RNTI, or a modulation and coding scheme, MCS-C-RNTI, and all bits of the frequency domain resource assignment field is a specific value, wherein a physical downlink control channel, PDCCH, on a BWP of the secondary cell is not monitored, in case that the BWP of the secondary cell is the dormant BWP, wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 0, in case that the resource allocation type is configured as type 0 based on the second information, wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 1, in case that the resource allocation type is configured as type 1 based on the second information, and wherein all bits of the frequency domain resource assignment field in the DCI format 1_1 for the secondary cell dormancy indication are equal to 0 or 1, in case that the resource allocation type is configured as dynamic switch based on the second information.
A method for a communication device for scheduling of feedback, the method comprising: - determining (S310) for a data transmission a resource element to be scheduled for a feedback signal being responsive to the data transmission, wherein the resource element is determined to be within a feedback time limit, wherein the feedback time limit indicates a maximum allowable time period between transmitting the data transmission and receiving the feedback signal and wherein the feedback time limit is dependent on a type of resource allocated to the data transmission and/or a type of traffic associated with the data transmission; wherein the type of resource comprises at least one of a dedicated resource and a shared resource, and - transmitting (S320) to a wireless device a feedback scheduling instruction indicating the resource element, characterized in that the feedback scheduling instruction further indicates more than one resource elements that can be used by the wireless device for feedback transmission and the communication device receives the feedback signal on the resource element used by the wireless device, and wherein the feedback scheduling instruction further indicates the feedback time limit. - determining (S310) for a data transmission a resource element to be scheduled for a feedback signal being responsive to the data transmission, wherein the resource element is determined to be within a feedback time limit, wherein the feedback time limit indicates a maximum allowable time period between transmitting the data transmission and receiving the feedback signal and wherein the feedback time limit is dependent on a type of resource allocated to the data transmission and/or a type of traffic associated with the data transmission; wherein the type of resource comprises at least one of a dedicated resource and a shared resource, and - transmitting (S320) to a wireless device a feedback scheduling instruction indicating the resource element, characterized in that the feedback scheduling instruction further indicates more than one resource elements that can be used by the wireless device for feedback transmission and the communication device receives the feedback signal on the resource element used by the wireless device, and wherein the feedback scheduling instruction further indicates the feedback time limit.
A resource allocating method for an orchestrator for network slicing, comprising: a. uniformly incorporating (S1), by the orchestrator , resources originally bundled statically with the base station into a dynamic resource pool; b. allocating (S2), by the orchestrator , resources from among the dynamic resource pool for the network slicing based on different network slicing requirements; wherein the step a further comprises: - when a new resource is available for the dynamic resource pool, obtaining from a network device where the new resource is located, a report, the report comprising capabilities and attributes of at least a RAN VNF, BBU, RRH and antenna resource pool; - updating the dynamic resource pool based on the report. a. uniformly incorporating (S1), by the orchestrator , resources originally bundled statically with the base station into a dynamic resource pool; b. allocating (S2), by the orchestrator , resources from among the dynamic resource pool for the network slicing based on different network slicing requirements; - when a new resource is available for the dynamic resource pool, obtaining from a network device where the new resource is located, a report, the report comprising capabilities and attributes of at least a RAN VNF, BBU, RRH and antenna resource pool; - updating the dynamic resource pool based on the report.
A first device, "STA D", comprising memory and processing circuitry configured to: identify a first directional request to send, "RTS", transmission received from a second device, "STAA"; set a network allocation vector "NAV" for the first device based at least in part on the first directional RTS transmission; identify, during a time associated with the NAV, a second directional RTS received from a third device, "STA C", wherein the second directional RTS indicates a service period associated with the third device, the service period indicating an expected duration of subsequent exchanges between the first device and the third device; and cause to send a first directional response to the third device during the service period and before a time associated with the NAV has expired; wherein the first directional response is a denial-to-send, "DTS", for indicating that the NAV has been set for the first device and comprising an indication of the time remaining in the NAV; identify a third directional RTS received from the third device, wherein the third directional RTS is received during the service period and after the indicated time remaining in the NAV has expired; and cause to send a second directional response to the third device during the service period after receiving the third directional RTS, wherein the third directional response is a clear-to- send, "CTS". identify a first directional request to send, "RTS", transmission received from a second device, "STAA"; set a network allocation vector "NAV" for the first device based at least in part on the first directional RTS transmission; identify, during a time associated with the NAV, a second directional RTS received from a third device, "STA C", wherein the second directional RTS indicates a service period associated with the third device, the service period indicating an expected duration of subsequent exchanges between the first device and the third device; and cause to send a first directional response to the third device during the service period and before a time associated with the NAV has expired; wherein the first directional response is a denial-to-send, "DTS", for indicating that the NAV has been set for the first device and comprising an indication of the time remaining in the NAV; identify a third directional RTS received from the third device, wherein the third directional RTS is received during the service period and after the indicated time remaining in the NAV has expired; and cause to send a second directional response to the third device during the service period after receiving the third directional RTS, wherein the third directional response is a clear-to- send, "CTS".
Method for distributing an audiovisual content stored or produced live by a source to a display terminal in an audiovisual distribution system, said content being received by the terminal in the form of a succession of consecutive files, called chunks, each chunk being distributed to the terminal following a transmission of a request by said terminal and being obtained via an application of a workflow to a segment of said content, characterized in that the method comprises a procedure for launching the workflow, which is executed by the terminal or by an intermediate device located between the terminal and the workflow, the procedure for launching the workflow comprising, for each chunk: - obtaining a list of at least one processing operation representative of the workflow to be applied to a segment of the content to obtain said chunk, the workflow having been defined on the basis of a profile selected from a manifest comprising a set of profiles, in particular depending on transmission and processing constraints obtained by said terminal or the intermediate device; - scanning the list and, for each processing operation, choosing a module from a set of modules able to execute said processing operation and adding an identifier composed of an address and of a port number of the chosen module to a request, the identifier appearing first in the request corresponding to a first module to which said request is addressed; - for each processing operation, adding , to the request, information representative of the segment of content and information representative of configuration parameters of the corresponding module, the configuration parameters having been obtained, in particular, on the basis of the profile; and - transmitting said request to the addressee first module in order to launch the execution of the workflow. - obtaining a list of at least one processing operation representative of the workflow to be applied to a segment of the content to obtain said chunk, the workflow having been defined on the basis of a profile selected from a manifest comprising a set of profiles, in particular depending on transmission and processing constraints obtained by said terminal or the intermediate device; - scanning the list and, for each processing operation, choosing a module from a set of modules able to execute said processing operation and adding an identifier composed of an address and of a port number of the chosen module to a request, the identifier appearing first in the request corresponding to a first module to which said request is addressed; - for each processing operation, adding , to the request, information representative of the segment of content and information representative of configuration parameters of the corresponding module, the configuration parameters having been obtained, in particular, on the basis of the profile; and - transmitting said request to the addressee first module in order to launch the execution of the workflow.
A rotation preventing ring-shaped member configured to be circumferentially attached around a joint where a second element is joined to a first element by threaded engagement to prevent the second element from rotating relative to the first element in a threaded engagement releasing direction, the rotation preventing ring-shaped member comprising: a ring-shaped body configured to be circumferentially disposed on at least an outer peripheral surface of an end edge portion of the first element at the joint, the ring-shaped body having: a first locking portion configured to be to be locked to the first element; a second locking portion extending sideward from the ring-shaped body and configured to engage the second element; and a release portion ; characterized in that the second locking portion is provided at a position along the ring-shaped body which is spaced from the first locking portion and which is between the first locking portion and the release portion ; wherein the ring-shaped body is configured such that when the release portion is displaced in a circumferential direction extending toward the first locking portion along the ring-shaped body , the ring-shaped body is curved to expand outward between the release portion and the first locking portion . a first locking portion configured to be to be locked to the first element; a second locking portion extending sideward from the ring-shaped body and configured to engage the second element; and a release portion ; characterized in that the second locking portion is provided at a position along the ring-shaped body which is spaced from the first locking portion and which is between the first locking portion and the release portion ; wherein the ring-shaped body is configured such that when the release portion is displaced in a circumferential direction extending toward the first locking portion along the ring-shaped body , the ring-shaped body is curved to expand outward between the release portion and the first locking portion .
An apparatus for predictive parcel damage mitigation in a parcel transit network, the parcel transit network comprising an origin interaction point, a plurality of parcel interaction points, and a destination interaction point, the apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to: receive a first plurality of parcel digital images from a multi-view image capture system of the origin interaction point, the first plurality of parcel digital images associated with a parcel being transported from the origin interaction point to the destination interaction point via the plurality of parcel interaction points; receive a second plurality of parcel digital images of the parcel from a multi-view image capture system of a first parcel interaction point of the plurality of parcel interaction points, the first plurality of parcel digital images and the second plurality of parcel digital images representing a plurality of fields of view of the parcel; and programmatically generate a first parcel damage analysis based upon the first plurality of parcel digital images, the second plurality of parcel digital images, and a machine learning model, wherein each multi-view image capture system comprises more than one image/acquisition device and wherein the damage analysis uses multi-view learning and includes determining whether the first parcel is damaged above or below a threshold using multi-view damage prediction assessment.
Front frame assembly for a motor vehicle comprising: - at least one suspension attachment structure connectable to a body cell of said motor vehicle ; said body cell defining a passenger compartment of said motor vehicle ; and - at least one absorption element adapted to absorb the energy associated with a front crash of said motor vehicle ; said absorption element being distinct from said structure , fixed with respect to said structure , and extending along a first direction (X) ; said structure comprising a first opening adapted to be passed through by a component of a steering system of said motor vehicle ; characterized in that said structure further comprises: - a second opening having an elongated shape along a second direction (B) transversal to said first direction (X); and - at least one third opening opposite said second opening with respect to said first opening . - at least one suspension attachment structure connectable to a body cell of said motor vehicle ; said body cell defining a passenger compartment of said motor vehicle ; and - at least one absorption element adapted to absorb the energy associated with a front crash of said motor vehicle ; said absorption element being distinct from said structure , fixed with respect to said structure , and extending along a first direction (X) ; said structure comprising a first opening adapted to be passed through by a component of a steering system of said motor vehicle ; characterized in that said structure further comprises: - a second opening having an elongated shape along a second direction (B) transversal to said first direction (X); and - at least one third opening opposite said second opening with respect to said first opening . - a second opening having an elongated shape along a second direction (B) transversal to said first direction (X); and - at least one third opening opposite said second opening with respect to said first opening .
An operator system for a machine , in particular for a beverage processing machine, comprising a mobile operator device for the machine , a signal emitter for reporting alarm and/or warning signals, and a carrying device for the operator device according to claim 11, wherein the operator device comprises a coupling element for attaching to the machine and/or to the carrying device and a transmitter for transmitting alarm and/or warning signals, wherein the signal emitter comprises an attachment element for attaching to an article of clothing and/or to a body part of a user and a receiver for the alarm and/or warning signals, and wherein, in particular, said mating coupling and/or said mounting element of said carrying device comprise a magnet , a ferromagnetic metal element, a locking element or a Velcro fastener. a coupling element for attaching to the machine and/or to the carrying device and a transmitter for transmitting alarm and/or warning signals, an attachment element for attaching to an article of clothing and/or to a body part of a user and a receiver for the alarm and/or warning signals, and
A collection module adapted to receive a sample , the collection module comprising: a housing having an inlet port and an outlet port , the inlet port and the outlet port in fluid communication; a mixing chamber disposed between the inlet port and the outlet port ; a sample stabilizer disposed between the inlet port and the outlet port ; and a collection chamber disposed between the mixing chamber and the outlet port , wherein the mixing chamber receives the sample and at least a portion of the sample stabilizer therein, characterized in that : the collection chamber includes a first deformable portion , a second deformable portion , and a rigid wall portion that is between the first deformable portion and the second deformable portion , wherein the first deformable portion is located on a first side of the collection chamber and the second deformable portion is located on a second opposite side of the collection chamber . a housing having an inlet port and an outlet port , the inlet port and the outlet port in fluid communication; a mixing chamber disposed between the inlet port and the outlet port ; a sample stabilizer disposed between the inlet port and the outlet port ; and a collection chamber disposed between the mixing chamber and the outlet port , wherein the mixing chamber receives the sample and at least a portion of the sample stabilizer therein, characterized in that : the collection chamber includes a first deformable portion , a second deformable portion , and a rigid wall portion that is between the first deformable portion and the second deformable portion ,
A wireless communication method, comprising: determining , by a network device, a first uplink carrier, wherein the first uplink carrier is one of a plurality of uplink carriers that can be used for a terminal device; sending , by the network device, configuration information to the terminal device, wherein the configuration information comprises configuration information associated with the first uplink carrier; characterized by sending, by the network device, indication information to the terminal device, wherein the indication information indicates a parameter used to select an uplink carrier during random access, and the parameter is used for the terminal device to acquire a DL signal threshold corresponding to an uplink carrier and to select the corresponding uplink carrier for a random access process based on a relationship between a DL signal measurement result and the DL signal threshold. determining , by a network device, a first uplink carrier, wherein the first uplink carrier is one of a plurality of uplink carriers that can be used for a terminal device; sending , by the network device, configuration information to the terminal device, wherein the configuration information comprises configuration information associated with the first uplink carrier; characterized by sending, by the network device, indication information to the terminal device, wherein the indication information indicates a parameter used to select an uplink carrier during random access, and the parameter is used for the terminal device to acquire a DL signal threshold corresponding to an uplink carrier and to select the corresponding uplink carrier for a random access process based on a relationship between a DL signal measurement result and the DL signal threshold.
A system for generating a radiotherapy treatment plan (33; 34) for treating a target structure within a patient body, the treatment plan comprising parameters for controlling a delivery of radiation to the target structure , the system comprising: a modeling unit configured to determine a series of estimates (31a-d; 32a-d) of a delineation of the target structure for consecutive points of time during the radiation therapy treatment on the basis of a model quantifying changes of the delineation with time, and a planning unit configured to iteratively determine the treatment plan (33; 34) on the basis of the series of estimates (31a-d; 32a-d) of the delineation of the target structure. wherein the estimate (31a-d; 32a-d) of the delineation for a point of time is determined on the basis of a radiation dose to be applied to the target structure prior to the point of time in accordance with the treatment plan (33; 34). a modeling unit configured to determine a series of estimates (31a-d; 32a-d) of a delineation of the target structure for consecutive points of time during the radiation therapy treatment on the basis of a model quantifying changes of the delineation with time, and a planning unit configured to iteratively determine the treatment plan (33; 34) on the basis of the series of estimates (31a-d; 32a-d) of the delineation of the target structure. wherein the estimate (31a-d; 32a-d) of the delineation for a point of time is determined on the basis of a radiation dose to be applied to the target structure prior to the point of time in accordance with the treatment plan (33; 34).