mhurhangee/ep-ind-claims huggingface dataset:
A method for allocating resources in a wireless communications system, comprising: classifying at least a second link as a dominant interfering link based on a determination of at least one of: transmissions on a first link at least potentially interfere with transmissions on the second link or transmissions on the second link at least potentially interfere with transmissions on the first link; receiving, via a backhaul connection, load information regarding resource needs of at least the first link the second link, and a third link; and based on the load information, allocating resources of a first sub-band for transmissions on the first link and, after exhausting resources of the first sub-band, allocating resources of a second sub-band associated with the second link, wherein the allocating comprises deciding to allocate resources of the second sub-band associated with the second link after determining the second link is less loaded than the third link. classifying at least a second link as a dominant interfering link based on a determination of at least one of: transmissions on a first link at least potentially interfere with transmissions on the second link or transmissions on the second link at least potentially interfere with transmissions on the first link; receiving, via a backhaul connection, load information regarding resource needs of at least the first link the second link, and a third link; and based on the load information, allocating resources of a first sub-band for transmissions on the first link and, after exhausting resources of the first sub-band, allocating resources of a second sub-band associated with the second link, wherein the allocating comprises deciding to allocate resources of the second sub-band associated with the second link after determining the second link is less loaded than the third link.
A gas turbine shroud structure comprising: a one-piece outer shroud (1, 51) including a hook retainer groove formed continuously along the periphery on the inner circumferential side; and an inner shroud (32, 42, 52, 65, 67) including a hook (33, 34; 43, 44; 53, 54) formed continuously along the periphery on the outer side and held on the inner circumferential side of the outer shroud by inserting the hook in a hook retainer groove of an outer shroud; characterized in that in the gas turbine shroud structure including the inner shroud segmented into a plurality of inner shrouds along the periphery, the segmented inner shrouds being all retained in an outer shroud hook retainer groove to form a ring-shaped inner shroud, an inner seal plate groove (81, 82; 83; 84, 85; 88) is formed on the outer circumferential side of the hook formed in the inner shroud; a seal plate (35, 36; 46; 55, 56; 61, 62; 71, 72, 73, 74) is inserted into the inner seal plate groove; and the seal plate is mounted so that a section of the seal plate protrudes into the gap between the hook of the inner shroud and the hook retainer groove of the outer shroud. a one-piece outer shroud (1, 51) including a hook retainer groove formed continuously along the periphery on the inner circumferential side; and an inner shroud (32, 42, 52, 65, 67) including a hook (33, 34; 43, 44; 53, 54) formed continuously along the periphery on the outer side and held on the inner circumferential side of the outer shroud by inserting the hook in a hook retainer groove of an outer shroud; characterized in that in the gas turbine shroud structure including the inner shroud segmented into a plurality of inner shrouds along the periphery, the segmented inner shrouds being all retained in an outer shroud hook retainer groove to form a ring-shaped inner shroud, an inner seal plate groove (81, 82; 83; 84, 85; 88) is formed on the outer circumferential side of the hook formed in the inner shroud; a seal plate (35, 36; 46; 55, 56; 61, 62; 71, 72, 73, 74) is inserted into the inner seal plate groove; and the seal plate is mounted so that a section of the seal plate protrudes into the gap between the hook of the inner shroud and the hook retainer groove of the outer shroud.
A gateway (201, 315) for X2 interface communication, comprising: an X2 internal interface for communicating with, and coupled to, a first and a second radio access network, RAN; an X2 language processing module for receiving an X2 message from the first RAN according to a first X2 protocol and mapping the received X2 message to a second X2 protocol for transmission to the second RAN; and an X2 external interface for communicating with, and coupled to, a second gateway in a wireless telecommunications core network, wherein the X2 language processing module further comprises an interworking module for interworking the X2 message from the first X2 protocol to the second X2 protocol and for associating the first X2 protocol with the first RAN and the second X2 protocol with the second RAN, based on information about supported X2 protocol versions for the first RAN and the second RAN, the interworking module being configured to perform steps including: receiving and decoding the X2 message from the first RAN; identifying specific strings in the X2 message; matching the identified specific strings against one or more of a set of scripts stored in a database for storing scripts; and performing a transformation on the X2 message from the first X2 protocol to the second X2 protocol, based on one or more identified matching scripts. an X2 internal interface for communicating with, and coupled to, a first and a second radio access network, RAN; an X2 language processing module for receiving an X2 message from the first RAN according to a first X2 protocol and mapping the received X2 message to a second X2 protocol for transmission to the second RAN; and an X2 external interface for communicating with, and coupled to, a second gateway in a wireless telecommunications core network, wherein the X2 language processing module further comprises an interworking module for interworking the X2 message from the first X2 protocol to the second X2 protocol and for associating the first X2 protocol with the first RAN and the second X2 protocol with the second RAN, based on information about supported X2 protocol versions for the first RAN and the second RAN, the interworking module being configured to perform steps including: receiving and decoding the X2 message from the first RAN; identifying specific strings in the X2 message; matching the identified specific strings against one or more of a set of scripts stored in a database for storing scripts; and performing a transformation on the X2 message from the first X2 protocol to the second X2 protocol, based on one or more identified matching scripts. receiving and decoding the X2 message from the first RAN; identifying specific strings in the X2 message; matching the identified specific strings against one or more of a set of scripts stored in a database for storing scripts; and performing a transformation on the X2 message from the first X2 protocol to the second X2 protocol, based on one or more identified matching scripts.
A method of controlling a radio access network which comprises a control plane control means (41a, 41b) for controlling a transfer of a control signal and a plurality of user plane control means (42a, 42b, 42c) for controlling a transfer of user data, wherein said plurality of user plane control means (42a, 42b, 42c) are physically separated from said control plane control means (41a, 41b), the method being characterized by comprising: said plurality of user plane control means (42a, 42b, 42c) reporting status information of said plurality of user plane control means (42a, 42b, 42c) to said control plane control means (41a, 41b) to which said plurality of user plane control means (42a, 42b, 42c) belong; and said control plane control means (41a, 41b) storing said status information in storing means for management of each of said plurality of user plane control means (42a, 42b, 42c) subordinate thereto. said plurality of user plane control means (42a, 42b, 42c) reporting status information of said plurality of user plane control means (42a, 42b, 42c) to said control plane control means (41a, 41b) to which said plurality of user plane control means (42a, 42b, 42c) belong; and said control plane control means (41a, 41b) storing said status information in storing means for management of each of said plurality of user plane control means (42a, 42b, 42c) subordinate thereto.
Electric machine comprising a housing, a stator, a rotor, a planetary gear and a shaft, wherein the stator, the rotor, the planetary gear and the shaft are arranged in the housing and wherein the rotor and the shaft are connected to one another via the planetary gear, wherein the planetary gear comprises a sun wheel with external teeth, a plurality of planet wheels each having external teeth, a ring gear with internal teeth as well as a primary planet carrier, wherein the rotor and the sun wheel are connected to one another, wherein the ring gear is secured to the housing, wherein each one of the planet wheels is rotatably secured to the primary planet carrier via a pinion shaft, wherein the primary planet carrier is connected to the shaft, and wherein external teeth of the planet wheels engage in the external teeth of the sun wheel and in the internal teeth of the ring gear, characterised in that a first end of the pinion shaft in each case is secured to the primary planet carrier and an opposite second end of the respective pinion shaft is secured to an additional secondary planet carrier complementary to the primary planet carrier, wherein each one of the planet wheels is rotatably arranged between the primary planet carrier and the secondary planet carrier about the respective pinion shaft.
A fluid reservoir for a fluid infusion device that delivers a medication fluid to a body, the fluid reservoir comprising: a main body section that defines a fluid chamber for the medication fluid; a fluid delivery port coupled to and extending from the main body section, the fluid delivery port comprising a fluid conduit that communicates with the fluid chamber, and the fluid delivery port terminating at a port opening; a valve sleeve movably coupled to the fluid delivery port, wherein the fluid delivery port and the valve sleeve cooperate to accommodate translational movement of the valve sleeve relative to the fluid delivery port; and a septum located within the valve sleeve and movable in concert with the valve sleeve between a sealed position, in which the septum forms a circumferential seal around the port opening, and a vented position, in which the septum permits fluid to flow out of the fluid delivery port via the port opening, wherein the valve sleeve is urged into the sealed position when the septum is engaged with a fluid delivery needle of the fluid infusion device. a main body section that defines a fluid chamber for the medication fluid; a fluid delivery port coupled to and extending from the main body section, the fluid delivery port comprising a fluid conduit that communicates with the fluid chamber, and the fluid delivery port terminating at a port opening; a valve sleeve movably coupled to the fluid delivery port, wherein the fluid delivery port and the valve sleeve cooperate to accommodate translational movement of the valve sleeve relative to the fluid delivery port; and a septum located within the valve sleeve and movable in concert with the valve sleeve between a sealed position, in which the septum forms a circumferential seal around the port opening, and a vented position, in which the septum permits fluid to flow out of the fluid delivery port via the port opening, wherein the valve sleeve is urged into the sealed position when the septum is engaged with a fluid delivery needle of the fluid infusion device.
A cable sealing assembly for a cable entry in a cabinet said cabinet configured to house electronic equipment and comprising an enclosure and a detachable cover, the cable sealing assembly characterised by; - a tongue-shaped protruding member; - an elastic cable sealing member having a plurality of through holes (221,222) forming a single row, each hole configured to have a cable extending there through and wherein said cable sealing member is configured to be shaped around the edge of said tongue-shaped protruding member; - a corresponding recessed member configured to receive the protruding member and the cable sealing member in between; and wherein the cable sealing assembly is further configured as to seal the cable entry when the protruding member and the recessed member together apply an even pressure on the cable sealing member. - a tongue-shaped protruding member; - an elastic cable sealing member having a plurality of through holes (221,222) forming a single row, each hole configured to have a cable extending there through and wherein said cable sealing member is configured to be shaped around the edge of said tongue-shaped protruding member; - a corresponding recessed member configured to receive the protruding member and the cable sealing member in between;
A method for analyzing a tissue sample, the method comprising: orienting a tissue sample in a tissue chamber in a desired position; exposing the tissue sample to a first solution for chemical processing in the desired position in the tissue chamber; immersing the chemically processed tissue sample in a fluid in the desired position in the tissue chamber; and imaging the immersed tissue sample in the desired position in the tissue chamber without repositioning the tissue sample after orienting. orienting a tissue sample in a tissue chamber in a desired position; exposing the tissue sample to a first solution for chemical processing in the desired position in the tissue chamber; immersing the chemically processed tissue sample in a fluid in the desired position in the tissue chamber; and imaging the immersed tissue sample in the desired position in the tissue chamber without repositioning the tissue sample after orienting.
A method for parallel traversal of a file system with a plurality of processing threads, the method comprising: receiving and storing sets of one or more objects, at a job queue, each of the at least one object in the set representative of a child node of a common parent node or a directory in the file system; assigning, by the job queue a plurality of objects from the job queue to the plurality of processing threads, each object selected from a set most recently added to the job queue, the objects being assigned to the plurality of processing threads by the job queue, the job queue tracking the assignment of the objects to the processing threads; and each of the processing threads to which an object has been assigned performing a parallel action on the assigned object in parallel with the parallel actions being performed by the other processing threads to which objects have been assigned; performing a pre-processing action on an assigned object if the object represents a directory of the file system that has child nodes yet to be visited; and if the directory of the file system has child nodes that have already been visited, and if the parallel action performed on the assigned object is a mirroring process but a sub-directory or file copy has not been made, performing a post-processing action on the assigned object. receiving and storing sets of one or more objects, at a job queue, each of the at least one object in the set representative of a child node of a common parent node or a directory in the file system; assigning, by the job queue a plurality of objects from the job queue to the plurality of processing threads, each object selected from a set most recently added to the job queue, the objects being assigned to the plurality of processing threads by the job queue, the job queue tracking the assignment of the objects to the processing threads; and each of the processing threads to which an object has been assigned performing a parallel action on the assigned object in parallel with the parallel actions being performed by the other processing threads to which objects have been assigned; performing a pre-processing action on an assigned object if the object represents a directory of the file system that has child nodes yet to be visited; and if the directory of the file system has child nodes that have already been visited, and if the parallel action performed on the assigned object is a mirroring process but a sub-directory or file copy has not been made, performing a post-processing action on the assigned object.
An RFID tag antenna comprising: a dielectric substrate, having the shape of a flattened cuboid comprising two main surfaces, two side faces in parallel with a length direction of the dielectric substrate, and two end faces in the length direction of the dielectric substrate; a conductor grounding part which is arranged in the way of covering the whole surface of one main surface of the dielectric substrate; a conductor radiation part which is arranged in the way of covering the whole surface of the other main surface of the dielectric substrate; a feeding part which is arranged on one of the end faces and provided with a first feed line and a second feed line, wherein the first feed line and the second feed line are respectively electrically connected with the conductor grounding part and the conductor radiation part; and a conductor compensation part; the conductor grounding part and the conductor radiation part being electrically connected through the conductor compensation part, characterized in that said conductor compensation part is arranged on at least one of the two side faces. a dielectric substrate, having the shape of a flattened cuboid comprising two main surfaces, two side faces in parallel with a length direction of the dielectric substrate, and two end faces in the length direction of the dielectric substrate; a conductor grounding part which is arranged in the way of covering the whole surface of one main surface of the dielectric substrate; a conductor radiation part which is arranged in the way of covering the whole surface of the other main surface of the dielectric substrate; a feeding part which is arranged on one of the end faces and provided with a first feed line and a second feed line, wherein the first feed line and the second feed line are respectively electrically connected with the conductor grounding part and the conductor radiation part; and a conductor compensation part; the conductor grounding part and the conductor radiation part being electrically connected through the conductor compensation part, characterized in that said conductor compensation part is arranged on at least one of the two side faces.
A method for synchronizing a host system of a Bluetooth device of a Bluetooth piconet with a timing reference of a master device of the Bluetooth piconet, said host system supporting a host stack of a Bluetooth protocol, and said Bluetooth device including a controller supporting a controller stack of the Bluetooth protocol, wherein the method comprises: - receiving, at the controller, a piconet-synchronized signal; - providing, by the controller to the host system, a derivative of the piconet-synchronized signal; - computing, by the host system, a latency of the providing; and - synchronizing, at the host system of the Bluetooth device, a host clock with the master timing reference of the Bluetooth piconet using said latency and the derivative of the piconet-synchronized signal. said host system supporting a host stack of a Bluetooth protocol, and said Bluetooth device including a controller supporting a controller stack of the Bluetooth protocol, wherein the method comprises: - receiving, at the controller, a piconet-synchronized signal; - providing, by the controller to the host system, a derivative of the piconet-synchronized signal; - computing, by the host system, a latency of the providing; and - synchronizing, at the host system of the Bluetooth device, a host clock with the master timing reference of the Bluetooth piconet using said latency and the derivative of the piconet-synchronized signal. - receiving, at the controller, a piconet-synchronized signal; - providing, by the controller to the host system, a derivative of the piconet-synchronized signal; - computing, by the host system, a latency of the providing; and - synchronizing, at the host system of the Bluetooth device, a host clock with the master timing reference of the Bluetooth piconet using said latency and the derivative of the piconet-synchronized signal.
An ultrathin flexible sheet having a thickness of 100 μm or less, characterized in being a porous film-elastomer composite whose pores are filled with an elastomer, and in that the thickness of an elastomer layer that covers a surface of the porous film is one micron or less, wherein the thickness of the porous film is equal to or less than the thickness of the ultrathin flexible sheet, but is no more than one micron less than the thickness of the ultrathin flexible sheet.
A broadcasting apparatus configured to broadcast a content, the apparatus comprising: encoding means for creating an encoded content signal by encoding the content; generating means (32,33) for generating sign language word identification information corresponding to chronologically-ordered sign language words corresponding to spoken words occurring in a speech in the content; creating means for creating control information containing the generated chronologically-ordered sign language word identification information; storing means for storing sign language word images for displaying a sign language video corresponding to the sign language words by grouping the sign language word images into a plurality of modules according to a frequency of occurrence of the sign language words in the speech in the content; multiplexing means for creating a data stream by combining the encoded content signal with the control information and by repeatedly replicating each of the plurality of said modules in the created data stream such that the modules containing those sign language word images that appear more frequently in the content are replicated more frequently than the modules that contain those sign language word images that appear less frequently in the content; and broadcasting means for broadcasting the created data stream. encoding means for creating an encoded content signal by encoding the content; generating means (32,33) for generating sign language word identification information corresponding to chronologically-ordered sign language words corresponding to spoken words occurring in a speech in the content; creating means for creating control information containing the generated chronologically-ordered sign language word identification information; storing means for storing sign language word images for displaying a sign language video corresponding to the sign language words by grouping the sign language word images into a plurality of modules according to a frequency of occurrence of the sign language words in the speech in the content; multiplexing means for creating a data stream by combining the encoded content signal with the control information and by repeatedly replicating each of the plurality of said modules in the created data stream such that the modules containing those sign language word images that appear more frequently in the content are replicated more frequently than the modules that contain those sign language word images that appear less frequently in the content; and broadcasting means for broadcasting the created data stream.