mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: at one or more network functions for use in a mobile network, for each one of a plurality of user equipments, UEs: receiving a request which includes data indicative of a network resource usage event of the UE; determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and in response to identifying a predetermined condition, aggregating each of the stored data indicative of the network resource usage events associated with the group or aggregation ID; and generating based on the aggregated data an aggregate CDR for the group or aggregation of the UEs. for each one of a plurality of user equipments, UEs: receiving a request which includes data indicative of a network resource usage event of the UE; determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and determining whether or not the request contains an aggregation indication indicating that aggregation should be performed; when it is determined that the request does not contain an aggregation indication indicating that aggregation should be performed, generating a Charging Data Record, CDR, for the UE based on the data indicative of a network resource usage event of the UE; when it is determined that the request contains an aggregation indication indicating that aggregation should be performed, storing the data indicative of a network resource usage event of the UE in association with a group or aggregation ID of the UE; and in response to identifying a predetermined condition, aggregating each of the stored data indicative of the network resource usage events associated with the group or aggregation ID; and generating based on the aggregated data an aggregate CDR for the group or aggregation of the UEs.
A handover method, comprising: when an access mode of a micro cell base station is a closed mode, where access is permitted only to user equipment that is member of an associated closed subscriber group (CSG), receiving , by the micro cell base station, a Handover Request message sent by a core network node of a first domain of either a packet switched (PS) domain or a circuit switched (CS) domain, wherein the Handover Request message carries a member state indication of a user equipment indicating a non-member of the CSG and indicates the user equipment has service in multiple domains and an emergency service in the first domain; and rejecting , by the micro cell base station, a bearer of a non-emergency service of the user equipment in the first domain, and handing over, by the micro cell base station, the emergency service of the user equipment in the first domain to a cell in which the micro cell base station is located; characterized in that the core network node of the first domain sends the handover request message without performing access control on the user equipment or after access control on the user equipment fails. when an access mode of a micro cell base station is a closed mode, where access is permitted only to user equipment that is member of an associated closed subscriber group (CSG), receiving , by the micro cell base station, a Handover Request message sent by a core network node of a first domain of either a packet switched (PS) domain or a circuit switched (CS) domain, wherein the Handover Request message carries a member state indication of a user equipment indicating a non-member of the CSG and indicates the user equipment has service in multiple domains and an emergency service in the first domain; and rejecting , by the micro cell base station, a bearer of a non-emergency service of the user equipment in the first domain, and handing over, by the micro cell base station, the emergency service of the user equipment in the first domain to a cell in which the micro cell base station is located; characterized in that the core network node of the first domain sends the handover request message without performing access control on the user equipment or after access control on the user equipment fails.
A steerable multi-linked device, comprising: a first multi-linked mechanism comprising a plurality of links , wherein each of the links of the first multi-linked mechanism comprises a first plurality of grooves ; a second multi-linked mechanism comprising a plurality of links , wherein each of the links of the second multi-linked mechanism comprises a second plurality of grooves , and wherein: alignment of the first and second pluralities of grooves define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism ; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms is steerable. a first multi-linked mechanism comprising a plurality of links , wherein each of the links of the first multi-linked mechanism comprises a first plurality of grooves ; a second multi-linked mechanism comprising a plurality of links , wherein each of the links of the second multi-linked mechanism comprises a second plurality of grooves , and wherein: alignment of the first and second pluralities of grooves define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism ; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms is steerable. alignment of the first and second pluralities of grooves define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism ; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms is steerable.
An application synchronization method of a terminal, the application synchronization method comprising: acquiring a synchronization period timing of a new application, if the new application is registered for synchronization; acquiring synchronization timings and synchronization period for each previously registered application for synchronization; identifying an earliest synchronization timing, which will occur after registration of the new application, for each previously registered application; selecting one earliest synchronization timing based on the synchronization period of the new application and the synchronization period of each previously registered application, wherein the selected earliest synchronization timing is within a first synchronization period of the new application; and setting a first occurring synchronization timing of the new application to the selected earliest synchronization timing. acquiring a synchronization period timing of a new application, if the new application is registered for synchronization; acquiring synchronization timings and synchronization period for each previously registered application for synchronization; identifying an earliest synchronization timing, which will occur after registration of the new application, for each previously registered application; selecting one earliest synchronization timing based on the synchronization period of the new application and the synchronization period of each previously registered application, wherein the selected earliest synchronization timing is within a first synchronization period of the new application; and setting a first occurring synchronization timing of the new application to the selected earliest synchronization timing.
A wireless communication method, comprising: receiving (S210), by a terminal device, a survival-time-related parameter of a first service; and processing (S220), by the terminal device, service transmission based on the survival-time-related parameter, wherein the survival-time-related parameter comprises a data radio bearer, DRB, identifier, the method further comprising: receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time. receiving (S210), by a terminal device, a survival-time-related parameter of a first service; and processing (S220), by the terminal device, service transmission based on the survival-time-related parameter, wherein the survival-time-related parameter comprises a data radio bearer, DRB, identifier, the method further comprising: receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time. receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time.
A method of characterizing a specimen container , comprising: capturing multiple images of the specimen container from multiple viewpoints, the specimen container including a serum or plasma portion of a specimen therein; inputting image data from the multiple images to a segmentation convolutional neural network and processing the image data with the segmentation convolutional neural network to simultaneously output multiple label maps ; inputting the multiple label maps to a classification convolutional neural network and processing the multiple label maps with the classification convolutional neural network; and outputting from the classification convolutional neural network a classification of the serum or plasma portion as being one or more of hemolytic, icteric, lipemic, or normal , characterized in that the method further comprises stacking together a respective captured image from each viewpoint into a single image with additional channels corresponding to the number of viewpoints, wherein the image data from the multiple images comprises consolidated pixel or patch data from multiple exposures, and wherein the number of simultaneously output multiple label maps corresponds to the number of multiple viewpoints. capturing multiple images of the specimen container from multiple viewpoints, the specimen container including a serum or plasma portion of a specimen therein; inputting image data from the multiple images to a segmentation convolutional neural network and processing the image data with the segmentation convolutional neural network to simultaneously output multiple label maps ; inputting the multiple label maps to a classification convolutional neural network and processing the multiple label maps with the classification convolutional neural network; and outputting from the classification convolutional neural network a classification of the serum or plasma portion as being one or more of hemolytic, icteric, lipemic, or normal , characterized in that the method further comprises stacking together a respective captured image from each viewpoint into a single image with additional channels corresponding to the number of viewpoints, wherein the image data from the multiple images comprises consolidated pixel or patch data from multiple exposures, and wherein the number of simultaneously output multiple label maps corresponds to the number of multiple viewpoints.
An applicator for applying an on-skin sensor assembly to skin of a host, the applicator comprising: an applicator base configured to secure a housing of the on-skin sensor assembly , wherein the housing is configured to receive an electronics unit , wherein the electronics unit is configured to generate analyte information based on a signal from a sensor ; a sensor insertion mechanism configured to insert the sensor into the host, and including a needle for carrying the sensor , a rotatable wheel , a torsion spring that stores energy, and a linearly translatable needle carrier ; a trigger configured, in response to being activated, to cause the rotatable wheel to rotate, which in turn causes the linearly translatable needle carrier to translate toward the host to implant the sensor , and subsequently to translate away from the host to withdraw the needle from the host; wherein the rotatable wheel includes a flange , and the trigger bears against the flange to retain the energy stored within the torsion spring , and wherein the applicator is configured such that when the trigger is activated, the energy stored in the torsion spring is released, causing the wheel to rotate. an applicator base configured to secure a housing of the on-skin sensor assembly , wherein the housing is configured to receive an electronics unit , wherein the electronics unit is configured to generate analyte information based on a signal from a sensor ; a sensor insertion mechanism configured to insert the sensor into the host, and including a needle for carrying the sensor , a rotatable wheel , a torsion spring that stores energy, and a linearly translatable needle carrier ; a trigger configured, in response to being activated, to cause the rotatable wheel to rotate, which in turn causes the linearly translatable needle carrier to translate toward the host to implant the sensor , and subsequently to translate away from the host to withdraw the needle from the host; wherein the rotatable wheel includes a flange , and the trigger bears against the flange to retain the energy stored within the torsion spring , and wherein the applicator is configured such that when the trigger is activated, the energy stored in the torsion spring is released, causing the wheel to rotate.
A hyper-velocity impact sensor comprising: an optical fiber probe configured to transmit an optical pulse generated during impact with an object ; a spectroscopic analyzer configured to receive the optical pulse and produce spectral information about the optical pulse; a connecting optical fiber configured to convey the optical pulse between the optical fiber probe and the spectroscopic analyzer; and at least one processor coupled to the spectroscopic analyzer and configured to receive and analyze the spectral information to determine a chemical composition of the object, wherein the hyper-velocity impact sensor is configured to be disposed on a projectile such that the optical fiber probe is disposed at a forward impact region of the projectile, and the spectroscopic analyzer and the at least one processor are disposed at an aft region of the projectile. an optical fiber probe configured to transmit an optical pulse generated during impact with an object ; a spectroscopic analyzer configured to receive the optical pulse and produce spectral information about the optical pulse; a connecting optical fiber configured to convey the optical pulse between the optical fiber probe and the spectroscopic analyzer; and at least one processor coupled to the spectroscopic analyzer and configured to receive and analyze the spectral information to determine a chemical composition of the object, wherein the hyper-velocity impact sensor is configured to be disposed on a projectile such that the optical fiber probe is disposed at a forward impact region of the projectile, and the spectroscopic analyzer and the at least one processor are disposed at an aft region of the projectile.
A system for dispensing liquids, comprising: - a pump having an intake duct and a delivery duct, - a tank for containing the liquid connected with the intake duct of the pump, and - a stop device of the pump , and - a degassing device , wherein the degassing device comprises: - a first chamber provided with an inlet duct connected with the delivery duct of the pump and an outlet duct for a liquid, - a discharge duct suitable to place the first chamber in communication with the external, - a shutter body moveable between an opening position and a closing position of the discharge duct , and - a floating body arranged in the first chamber and fixed to the shutter body to push the latter towards the position for closing the discharge duct , characterized in that the degassing device further comprises: - a second chamber , - a plunger slidably received in the second chamber to separate the internal volume of the second chamber into a first compartment and a second compartment , - a stem fixed to the plunger and projecting outside the second chamber , and - a connection duct suitable to place the first chamber in communication with the first compartment of the second chamber , wherein the stop device of the pump is able to stop the pump automatically and wherein the stem of the degassing device is operatively connected with the stop device of the pump , so that the stop device starts functioning and stops the pump when the position of the stem corresponds to the attainment of a pre-set minimum admissible volume of the first compartment of the second chamber . - a pump having an intake duct and a delivery duct, - a tank for containing the liquid connected with the intake duct of the pump, and - a stop device of the pump , and - a degassing device , - a first chamber provided with an inlet duct connected with the delivery duct of the pump and an outlet duct for a liquid, - a discharge duct suitable to place the first chamber in communication with the external, - a shutter body moveable between an opening position and a closing position of the discharge duct , and - a floating body arranged in the first chamber and fixed to the shutter body to push the latter towards the position for closing the discharge duct , - a second chamber , - a plunger slidably received in the second chamber to separate the internal volume of the second chamber into a first compartment and a second compartment , - a stem fixed to the plunger and projecting outside the second chamber , and - a connection duct suitable to place the first chamber in communication with the first compartment of the second chamber ,
Circuit arrangement for evaluating at least two switching states of an actuating element, having - a moveable contact means which is connectable to the actuating element, - a first evaluation circuit with a first voltage divider, which has first node points (K1a, K2a, K3a, K4a, K5a) and a first tap for tapping off a first output signal (A1, A3, A5) of the first evaluation circuit , - at least one second evaluation circuit with a second voltage divider, which has second node points (K1b, K2b, K3b, K4b, K5b) and a second tap for tapping off a second output signal (A2, A4, A6) of the second evaluation circuit , - first contact surfaces , which are each electrically connected to one of the first node points (K1a to K5a), and - second contact surfaces , which are each electrically connected to one of the second node points (K1b to K5b), - wherein via the movable contact means , depending on the switching state of the actuating element at least one of the first contact surfaces (121a to 125a) and/or at least one of the second contact surfaces (121b and 125b) are electrically connectable to a predetermined reference potential (P), characterized in that the evaluation circuits are designed to be switched on and off separately from each other, wherein the circuit arrangement is designed to detect the switching state of the actuating element on the basis of the output signal (A1 to A6) of a connected evaluation circuit and on the basis of the output signal (A1 to A6) of a deactivated evaluation circuit to carry out a fault diagnosis of the circuit arrangement . - a moveable contact means which is connectable to the actuating element, - a first evaluation circuit with a first voltage divider, which has first node points (K1a, K2a, K3a, K4a, K5a) and a first tap for tapping off a first output signal (A1, A3, A5) of the first evaluation circuit , - at least one second evaluation circuit with a second voltage divider, which has second node points (K1b, K2b, K3b, K4b, K5b) and a second tap for tapping off a second output signal (A2, A4, A6) of the second evaluation circuit , - first contact surfaces , which are each electrically connected to one of the first node points (K1a to K5a), and - second contact surfaces , which are each electrically connected to one of the second node points (K1b to K5b), - wherein via the movable contact means , depending on the switching state of the actuating element at least one of the first contact surfaces (121a to 125a) and/or at least one of the second contact surfaces (121b and 125b) are electrically connectable to a predetermined reference potential (P),