mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: updating an evolved packet system tracking area of a mobile node to a mobility management node by a base station node, the base station node being an Evolved Universal Mobile Telecommunications System Radio Access Network Node B; determining a location area of a second system (110,112) based on a location of the mobile node; and characterized in that the method further comprises registering the location area of the mobile node to a visitor location register of the second system (110,112), the second system (110,112) comprising at least one of the Global System of Mobile Communications, the Universal Mobile Telecommunications System and the Code Division Multiple Access 2000; receiving, by the base station node, a request to perform user plane bearer establishment through the second system (110,112); receiving, by the base station node, an index to radio access technology or frequency priority from the mobility management node, in response to the tracking area update; prioritizing at least one cell that belongs to the location area over other cells in the second system (112,110) based on the radio access technology or frequency priority; and providing prioritized cell to the mobile node. updating an evolved packet system tracking area of a mobile node to a mobility management node by a base station node, the base station node being an Evolved Universal Mobile Telecommunications System Radio Access Network Node B; determining a location area of a second system (110,112) based on a location of the mobile node; and characterized in that the method further comprises registering the location area of the mobile node to a visitor location register of the second system (110,112), the second system (110,112) comprising at least one of the Global System of Mobile Communications, the Universal Mobile Telecommunications System and the Code Division Multiple Access 2000; receiving, by the base station node, a request to perform user plane bearer establishment through the second system (110,112); receiving, by the base station node, an index to radio access technology or frequency priority from the mobility management node, in response to the tracking area update; prioritizing at least one cell that belongs to the location area over other cells in the second system (112,110) based on the radio access technology or frequency priority; and providing prioritized cell to the mobile node.
A load carrier adapter for fastening to a motor vehicle, comprising a first carrier element, which can be connected to the motor vehicle in a rigid and detachable manner and has a longitudinal axis which, when used as intended, extends perpendicularly to the longitudinal axis of the motor vehicle, and a second carrier element coupled to the first carrier element, which can be displaced in a translational manner along the longitudinal axis of the first carrier element, and a fastening device for attaching a load mount, it being possible to rotate the fastening device with respect to the first carrier element, characterized in that the first carrier element is a hollow chamber profile, which has two diametrically opposite grooves, which are in each case designed to accommodate a roller (9a, 9b) of a double linear guide of the second carrier element, and in that the first carrier element has a spherical recess (laa) to accommodate the ball head of a tow coupling of the motor vehicle.
A computer readable medium having instructions stored thereon that, when executed by a processor, cause the processor to provide cloud- based identity and access management, the processor: receiving a request for performing an identity management service, wherein the request comprises a call to an application programming interface, API, that identifies the identity management service and a microservice configured to perform the identity management service; authenticating the request, wherein the request comprises a uniform resource locator, URL, wherein the microservice is identified in a prefix of the URL, wherein a resource portion of the URL identifies the API, wherein a host portion of the URL identifies a tenancy of a resource related to the request; accessing the microservice, wherein the microservice provides one or more capabilities by exposing one or more APIs, wherein communication with the microservice is implemented only through the one or more APIs; and performing the identity management service by the microservice receiving a request for performing an identity management service, wherein the request comprises a call to an application programming interface, API, that identifies the identity management service and a microservice configured to perform the identity management service; authenticating the request, wherein the request comprises a uniform resource locator, URL, wherein the microservice is identified in a prefix of the URL, wherein a resource portion of the URL identifies the API, wherein a host portion of the URL identifies a tenancy of a resource related to the request; accessing the microservice, wherein the microservice provides one or more capabilities by exposing one or more APIs, wherein communication with the microservice is implemented only through the one or more APIs; and performing the identity management service by the microservice
A method for discontinuous reception by a mobile terminal of wireless signals transmitted from its serving base station in a wireless communications network, said method being characterized by comprising the following steps: a) the mobile terminal sending to its serving base station an estimation of the maximum time it can remain without synchronizing its local clock to the signal's frame of said base station and still being time aligned with said frame with a timing error less than a certain threshold, where said threshold is a design parameter b) the mobile terminal receiving from said base station an extended discontinuous reception period, where said period is calculated based on said maximum time estimation received from the mobile terminal c) the mobile terminal switching off certain of its sections during the extended discontinuous reception period, keeping operative its local clock and timing functions that allow said terminal to remain time aligned with the signal's frame of said base station. a) the mobile terminal sending to its serving base station an estimation of the maximum time it can remain without synchronizing its local clock to the signal's frame of said base station and still being time aligned with said frame with a timing error less than a certain threshold, where said threshold is a design parameter b) the mobile terminal receiving from said base station an extended discontinuous reception period, where said period is calculated based on said maximum time estimation received from the mobile terminal c) the mobile terminal switching off certain of its sections during the extended discontinuous reception period, keeping operative its local clock and timing functions that allow said terminal to remain time aligned with the signal's frame of said base station.
A computer-implemented method for automatically managing a lifecycle of certificates shared by multiple servers, the method comprising: generating one or more certificates for token signing and encryption in a server farm; encrypting the one or more certificates using a key securely shared among servers in the server farm; publishing the one or more certificates at a location available to each server in the server farm; listening for requests to access the published one or more certificates; and upon receiving a request to access a certificate, processing the received request to access a certificate; replying to the processed request with the requested certificate; detecting pending expiration of a certificate, wherein the expiring certificate is marked as primary until its real expiration occurs after a transition period; generating a new certificate to replace the expiring primary certificate; marking the new certificate as a secondary certificate, wherein during the transition period, both the primary and the secondary certificates are valid to perform authenticated access to resources; publishing the new certificate at a certificate store available to each server of the multiple servers; after detecting that the transition period has ended, replacing the expiring primary certificate wit the new certificate by promoting the new certificate from secondary certificate to primary certificate; and removing the expiring primary certificate from the certificate store. generating one or more certificates for token signing and encryption in a server farm; encrypting the one or more certificates using a key securely shared among servers in the server farm; publishing the one or more certificates at a location available to each server in the server farm; listening for requests to access the published one or more certificates; and upon receiving a request to access a certificate, processing the received request to access a certificate; replying to the processed request with the requested certificate; detecting pending expiration of a certificate, wherein the expiring certificate is marked as primary until its real expiration occurs after a transition period; generating a new certificate to replace the expiring primary certificate; marking the new certificate as a secondary certificate, wherein during the transition period, both the primary and the secondary certificates are valid to perform authenticated access to resources; publishing the new certificate at a certificate store available to each server of the multiple servers; after detecting that the transition period has ended, replacing the expiring primary certificate wit the new certificate by promoting the new certificate from secondary certificate to primary certificate; and removing the expiring primary certificate from the certificate store.
A method of injection molding thermoplastic material, the method comprises: measuring, using at least one strain gauge sensor, a change in strain in a mold side of a mold cavity; approximating at least one of a pressure or a melt flow front location within the mold cavity based on the change in strain; comparing the approximated pressure or melt flow front location to a trigger point occurring at or near a time when molten thermoplastic material begins to enter the mold cavity and exerts an opening force detectable by the strain gauge sensor; if the approximated pressure or melt flow front location equals or exceeds the trigger point, activating a virtual cavity sensor. measuring, using at least one strain gauge sensor, a change in strain in a mold side of a mold cavity; approximating at least one of a pressure or a melt flow front location within the mold cavity based on the change in strain; comparing the approximated pressure or melt flow front location to a trigger point occurring at or near a time when molten thermoplastic material begins to enter the mold cavity and exerts an opening force detectable by the strain gauge sensor; if the approximated pressure or melt flow front location equals or exceeds the trigger point, activating a virtual cavity sensor.
A CMUT transducer array comprising: a plurality of CMUT tiles (62, 64, 66, 68) aligned side by side to form the CMUT array, wherein a tile comprising: a substrate; a plurality of CMUT cells located on the substrate and arranged in one or more rows, columns, or both; an edge formed at a side of the tile in lateral proximity to one or more CMUT cells adjacent to the edge such that the one or more CMUT cells are positioned in a constant pitch with one or more CMUT cells of an abutting tile; characterized in that the edge is formed by an etching process which etches through the substrate in lateral proximity to one or more CMUT cells adjacent to the edge, wherein the etching process is further mediated by lining the sides of an etched trench with a polymer. a plurality of CMUT tiles (62, 64, 66, 68) aligned side by side to form the CMUT array, wherein a tile comprising: a substrate; a plurality of CMUT cells located on the substrate and arranged in one or more rows, columns, or both; a substrate; a plurality of CMUT cells located on the substrate and arranged in one or more rows, columns, or both; an edge formed at a side of the tile in lateral proximity to one or more CMUT cells adjacent to the edge such that the one or more CMUT cells are positioned in a constant pitch with one or more CMUT cells of an abutting tile;
A robotic pool cleaner comprising: a housing; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism for drawing liquid from the pool into the housing; and a controller; characterized by a transceiver (22, 24, 26) configured to receive a signal that is indicative of a relative location of another robotic pool cleaner and to transmit a signal that is receivable by a transceiver of the other robotic pool cleaner, the controller being configured to control the propulsion mechanism in accordance with the indicated location of the other robotic pool cleaner. a housing; a propulsion mechanism configured to propel the robotic pool cleaner along an interior surface of a pool; a suction mechanism for drawing liquid from the pool into the housing; and a controller; characterized by a transceiver (22, 24, 26) configured to receive a signal that is indicative of a relative location of another robotic pool cleaner and to transmit a signal that is receivable by a transceiver of the other robotic pool cleaner, the controller being configured to control the propulsion mechanism in accordance with the indicated location of the other robotic pool cleaner.
A method of processing a digital broadcast signal for a 3-dimensional, 3D, service, the method comprising: receiving a 3D video elementary stream and system information comprising 3D personal video recorder, PVR, support information of the 3D video elementary stream; adaptively adding a time stamp to one or more transport packets of the 3D video elementary stream, wherein a time stamp index indicates whether or not the time stamp is inserted into a transport packet, and storing the 3D video elementary stream having the time stamp or stamps and the time stamp index added thereto; storing an index file comprising information for execution of a 3D PVR function of the 3D video elementary stream extracted from the 3D PVR support information; decoding the stored 3D video elementary stream based on the index file, the time stamp index and the adaptively added time stamp or stamps; and formatting the decoded 3D video elementary stream according to an output format and outputting the formatted 3D video elementary stream. receiving a 3D video elementary stream and system information comprising 3D personal video recorder, PVR, support information of the 3D video elementary stream; adaptively adding a time stamp to one or more transport packets of the 3D video elementary stream, wherein a time stamp index indicates whether or not the time stamp is inserted into a transport packet, and storing the 3D video elementary stream having the time stamp or stamps and the time stamp index added thereto; storing an index file comprising information for execution of a 3D PVR function of the 3D video elementary stream extracted from the 3D PVR support information; decoding the stored 3D video elementary stream based on the index file, the time stamp index and the adaptively added time stamp or stamps; and formatting the decoded 3D video elementary stream according to an output format and outputting the formatted 3D video elementary stream.
A coated cutting tool which comprises a substrate and a coating layer formed onto a surface of the substrate, wherein the coating layer contains an outermost layer, wherein the coating layer is a monolayer comprising only the outermost layer or wherein the coating layer comprises the outermost layer and one or several inner layers between the substrate and the outermost layer, an average thickness of the outermost layer is 0.05 μm or more and 3 μm or less, the outermost layer contains NbN, the NbN contains cubic NbN and hexagonal NbN, when a peak intensity at a plane of the cubic NbN by X-ray diffraction analysis is made I c, a peak intensity at a plane of the hexagonal NbN is made I h1, and a sum of peak intensities at a plane and a plane of the hexagonal NbN is made I h2, then a ratio [I h1 /(I h1 +I c)] of I h1 based on a sum of I c and I h1 is 0.5 or more and less than 1.0, and a ratio [I h1 /(I h1 +I h2)] of I h1 based on a sum of I h1 and I h2 is 0.5 or more and 1.0 or less. the coating layer contains an outermost layer, wherein the coating layer is a monolayer comprising only the outermost layer or wherein the coating layer comprises the outermost layer and one or several inner layers between the substrate and the outermost layer, an average thickness of the outermost layer is 0.05 μm or more and 3 μm or less, the outermost layer contains NbN, the NbN contains cubic NbN and hexagonal NbN, when a peak intensity at a plane of the cubic NbN by X-ray diffraction analysis is made I c, a peak intensity at a plane of the hexagonal NbN is made I h1, and a sum of peak intensities at a plane and a plane of the hexagonal NbN is made I h2, then a ratio [I h1 /(I h1 +I c)] of I h1 based on a sum of I c and I h1 is 0.5 or more and less than 1.0, and a ratio [I h1 /(I h1 +I h2)] of I h1 based on a sum of I h1 and I h2 is 0.5 or more and 1.0 or less.
A wave-shaped suspension edge structure for a speaker which comprises a vibration element and a supporting frame, wherein said wave-shaped suspension edge structure comprises an elastic suspension edge arranged for extending around said vibration element and extending between said vibration element and said supporting frame, wherein said elastic suspension edge comprises a plurality of wave-shaped retaining sections forming a wave-shaped structure around said vibration element along a circumferential direction so as to ensure that a movement direction of said vibration element is kept along an axial direction and to prevent said vibration element from shaking and deviating, characterized in that a ripple amplitude of each of said wave-shaped retaining sections is decreasing from an outer peripheral surface of said vibration element to an interior peripheral surface of said supporting frame.
An agent for therapeutic use in killing lice, characterized in that it comprises up to 100% wt. of anhydrous glycerol, wherein the anhydrous glycerol has a maximum content of 1 wt.% water based on glycerol.
A method for operating a wayside device at a crossing, the method comprising: receiving at a wayside device a first message from a first train, the first message indicating a buffer time period at which the first train will be within the constant warning time period of reaching the crossing; setting a first timer at the wayside device based on the buffer time period of the first message; transmitting from the wayside device an acknowledgement of the first message to the first train; and activating by the wayside device a grade crossing warning system installed at the crossing upon expiration of the timer.
A tire wherein a shoulder land portion provided closest to a tread edge (Te), a middle land portion provided inward of and adjacent to the shoulder land portion in a tire axial direction, and a circumferential narrow groove provided between the shoulder land portion and the middle land portion and extending in a tire circumferential direction, are provided in a tread portion, a plurality of middle sipes having an angle α relative to the tire axial direction are provided in the middle land portion, a plurality of shoulder sipes are provided in the shoulder land portion, and the plurality of shoulder sipes each have an inner inclined portion provided closer to the circumferential narrow groove and inclined relative to the tire axial direction at an angle β greater than the angle α of the middle sipe, wherein each shoulder sipe communicates with a shoulder slot that extends from the tread edge (Te) inward in the tire axial direction.
A method for multiple access in a communication system having: - a single central station and a plurality of subscriber equipment in the communication network and - a data transmission using a mixed frequency and time division multiplexing method, in which the time frame transmitted by the subscriber device includes a time slot in which the subscriber of the center can signal a request to send, characterized in that the subscriber device generates respectively subscriber-specific patterns (v (k)) whereas binary code word (c (k)) are used for the subscriber-specific patterns (v (k)) which forms a superimposed code, whereas a binary code word (c (k)) of the binary code words (c (k)) is permanently assigned to each subscriber and whereas in the center for the superimposed subscriber-specific patterns successively threshold test with sliding threshold values f 1, f 2, f 3,... based on decision values (e) and / or on conditions of decision values e i / e j and on a used superimposed code be carried out, until either the number of participants signaling a request to send or a not solvable collision is detected, such that up to m simultaneously transmitted participants can be dissolved or the simultaneously registration of not solvable collision of more than m participants is detected and whereas according to the number of detections the decoding is done. - a single central station and a plurality of subscriber equipment in the communication network and - a data transmission using a mixed frequency and time division multiplexing method, in which the time frame transmitted by the subscriber device includes a time slot in which the subscriber of the center can signal a request to send,
An antibody raised against an immunogen of the structure where n=0 or 1, the accm is an antigenicity-conferring carrier material and the crosslinker is -Y-Z- where Y is a C 1 -C 6 unsubstituted straight chain alkylene moiety; Z (before conjugation to the accm) is selected from a carboxy, a dithiopyridyl, a maleimide, an amino, a hydroxyl, a thiol, a thioester or an aldehyde moiety, and links a nitrogen atom of meprobamate to the accm in which the accm is chosen from bovine thyroglobulin, bovine serum albumin, keyhole limpet haemocyanin, egg ovalbumin and bovine gamma globulin, the antibody being specific for a structural epitope of meprobamate characterised by having cross-reactivity to carisoprodol.