mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a backup service gateway, SGW, (112 1) associated with a primary SGW (112 2), the method comprising: in response to a determination that the primary SGW (112 2) has returned to operation after failure and is a working node, synchronizing user equipment, UE, session state information of existing UE sessions between the backup (112 1) and primary SGWs (112 2) for at least those UEs previously, before failure, supported by the primary SGW (112 2), by: in response to a revertive action trigger, creating a handover channel between the backup (112 1) and primary SGWs (112 2) to enable a transition of UE support from the backup SGW (112 1) to the primary SGW (112 2); and generating one or more control messages adapted to reaffirm UE connectivity and session validity with the primary SGW (112 2); wherein said backup SGW (112 1) is associated with a set of local IP addresses that does not conflict with, i.e. is different to, IP addresses associated with said primary SGW (112 2); and said existing UE sessions migrated to said primary SGW (112 2) in response to the revertive action trigger comprise only those UE sessions initially associated with IP addresses, which were previously, before the failure of the primary SGW (112 2), supported by the primary SGW (112 2), and were associated with said primary SGW (112 2) IP addresses. in response to a determination that the primary SGW (112 2) has returned to operation after failure and is a working node, synchronizing user equipment, UE, session state information of existing UE sessions between the backup (112 1) and primary SGWs (112 2) for at least those UEs previously, before failure, supported by the primary SGW (112 2), by: in response to a revertive action trigger, creating a handover channel between the backup (112 1) and primary SGWs (112 2) to enable a transition of UE support from the backup SGW (112 1) to the primary SGW (112 2); and generating one or more control messages adapted to reaffirm UE connectivity and session validity with the primary SGW (112 2); in response to a revertive action trigger, creating a handover channel between the backup (112 1) and primary SGWs (112 2) to enable a transition of UE support from the backup SGW (112 1) to the primary SGW (112 2); and generating one or more control messages adapted to reaffirm UE connectivity and session validity with the primary SGW (112 2); wherein said backup SGW (112 1) is associated with a set of local IP addresses that does not conflict with, i.e. is different to, IP addresses associated with said primary SGW (112 2); and said existing UE sessions migrated to said primary SGW (112 2) in response to the revertive action trigger comprise only those UE sessions initially associated with IP addresses, which were previously, before the failure of the primary SGW (112 2), supported by the primary SGW (112 2), and were associated with said primary SGW (112 2) IP addresses.
A method for performing, by a target master eNodeB, MeNB, an inter-MeNB handover procedure without secondary eNB, SeNB, change when a user equipment, UE, is configured with dual connectivity in which the UE is currently connected to both a source MeNB and a SeNB, the method comprising: receiving a handover request message including an SeNB identifier, ID, from a source MeNB; transmitting a SeNB addition request message including an indication of a UE, served by the SeNB, and a security key for the SeNB to the SeNB; receiving a SeNB addition request acknowledge message as a response to the SeNB addition request message from the SeNB, wherein the SeNB addition request acknowledge message includes information on which SeNB bearers are accepted or not to be kept by the SeNB for the UE; transmitting a handover request acknowledge message as a response to the handover request message to the source MeNB, wherein the handover request acknowledge message includes an indication indicating that SeNB bearers are kept for the UE. receiving a handover request message including an SeNB identifier, ID, from a source MeNB; transmitting a SeNB addition request message including an indication of a UE, served by the SeNB, and a security key for the SeNB to the SeNB; receiving a SeNB addition request acknowledge message as a response to the SeNB addition request message from the SeNB, wherein the SeNB addition request acknowledge message includes information on which SeNB bearers are accepted or not to be kept by the SeNB for the UE; transmitting a handover request acknowledge message as a response to the handover request message to the source MeNB, wherein the handover request acknowledge message includes an indication indicating that SeNB bearers are kept for the UE.
An exhaust gas purifying device of an internal combustion engine provided with a first catalyst disposed in an exhaust passage of an internal combustion engine, characterized in that said first catalyst is composed of: a high-temperature NOx adsorption catalyst having oxidation performance; and a low-temperature NOx adsorption catalyst disposed on a downstream side of said high-temperature NOx adsorption catalyst in an exhaust gas flow direction and starting adsorption of NOx at a temperature lower than a NOx adsorption temperature by said high-temperature NOx adsorption catalyst. a high-temperature NOx adsorption catalyst having oxidation performance; and a low-temperature NOx adsorption catalyst disposed on a downstream side of said high-temperature NOx adsorption catalyst in an exhaust gas flow direction and starting adsorption of NOx at a temperature lower than a NOx adsorption temperature by said high-temperature NOx adsorption catalyst.
A computer-implemented method carried out on a computing device comprising a logic machine and a storage machine, the method for generating a playlist comprising a list of media items, the method comprising the steps of: receiving a request to generate a playlist from a selected text, the selected text comprising a web page; obtaining source HTML of the web page; identifying via HTML tags in the source HTML one or more sections of the source HTML likely to include media information; performing a search within the one or more sections of the source HTML, and obtaining identification information identifying one or more items of media information within the one or more sections from the search; wherein the one or more items of media information comprise one or more of a musical artist, song, album, television show, movie, and video, based on the identification information, obtaining a list of media items associated with the one or more items of text-based media information identified within the source HTML of the web page; and generating the playlist with a list of media items; wherein identifying via HTML tags in the source HTML the one or more sections of the source HTML likely to include media information comprises identifying the one or more sections of the source HTML based on one or each of an audio tag, and a video tag associated with the one or more sections of the source HTML. receiving a request to generate a playlist from a selected text, the selected text comprising a web page; obtaining source HTML of the web page; identifying via HTML tags in the source HTML one or more sections of the source HTML likely to include media information; obtaining source HTML of the web page; identifying via HTML tags in the source HTML one or more sections of the source HTML likely to include media information; performing a search within the one or more sections of the source HTML, and obtaining identification information identifying one or more items of media information within the one or more sections from the search; wherein the one or more items of media information comprise one or more of a musical artist, song, album, television show, movie, and video, based on the identification information, obtaining a list of media items associated with the one or more items of text-based media information identified within the source HTML of the web page; and generating the playlist with a list of media items; wherein identifying via HTML tags in the source HTML the one or more sections of the source HTML likely to include media information comprises identifying the one or more sections of the source HTML based on one or each of an audio tag, and a video tag associated with the one or more sections of the source HTML.
A method for treating manure sludge comprising the steps of: - providing manure sludge, - subjecting the manure sludge to separation to provide a first dry fraction and a first liquid fraction, - adding a metal salt to the first liquid fraction to provide a metal salt-containing first liquid fraction, - subjecting the metal salt-containing first liquid fraction to a first centrifugation to provide a second dry fraction and a second liquid fraction, - leading the first dry fraction and the second dry fraction to an anaerobic digestion reactor to provide a digestate and biogas, - subjecting the digestate to a second centrifugation to provide a third liquid fraction and a third dry fraction, - recovering the third dry fraction, - subjecting the second liquid fraction and the third liquid fraction to clarification selected from at least one of ultrafiltration and flotation to provide a clarified liquid fraction, - subjecting the clarified liquid fraction to one or more reverse osmosis filtration steps to provide an RO retentate and an RO permeate, - recovering the RO retentate. - providing manure sludge, - subjecting the manure sludge to separation to provide a first dry fraction and a first liquid fraction, - adding a metal salt to the first liquid fraction to provide a metal salt-containing first liquid fraction, - subjecting the metal salt-containing first liquid fraction to a first centrifugation to provide a second dry fraction and a second liquid fraction, - leading the first dry fraction and the second dry fraction to an anaerobic digestion reactor to provide a digestate and biogas, - subjecting the digestate to a second centrifugation to provide a third liquid fraction and a third dry fraction, - recovering the third dry fraction, - subjecting the second liquid fraction and the third liquid fraction to clarification selected from at least one of ultrafiltration and flotation to provide a clarified liquid fraction, - subjecting the clarified liquid fraction to one or more reverse osmosis filtration steps to provide an RO retentate and an RO permeate, - recovering the RO retentate.
A method of manufacturing a shaped wire element from at least one wire in which the elongate wire is first preshaped in the form of a spiral helical structure, the spirally preshaped wire is subsequently placed into a shaping device for forming an intermediate product and the intermediate product is shaped into the shaped wire element with the aid of the shaping device, characterized in that a wire is used which has an unchanging square cross-sectional shape viewed over its length.
Method for generating an element (p) of a cryptographic key, said method being implemented by an electronic entity, said cryptographic key also comprising a public exponent (e), wherein: - the method comprises applying successive iterations until at least the highest common denominator of the difference between a variable and 1 and of the public exponent (e) is equal to 1, wherein - each iteration comprises determining a plurality of modular remainders (r i) which are each associated with a prime number (p i) in a database of a plurality of prime numbers (p i), said modular remainders (r i) being respectively equal to the remainder of the variable modulo said associated prime number (p i), and wherein - the generated element (p) is the value of the variable during the last iteration, characterized in that: - the method comprises, prior to the successive iterations, determining the prime numbers (p k) in the database which are factors of the public exponent (e), and in that - the method bypasses a step of computing the highest common denominator of the difference between the variable and 1 and of the public exponent (e) when, during one of said iterations, at least one of the plurality of modular remainders (r k) which are associated with said determined prime numbers (p k) is equal to 1. - the method comprises applying successive iterations until at least the highest common denominator of the difference between a variable and 1 and of the public exponent (e) is equal to 1, wherein - each iteration comprises determining a plurality of modular remainders (r i) which are each associated with a prime number (p i) in a database of a plurality of prime numbers (p i), said modular remainders (r i) being respectively equal to the remainder of the variable modulo said associated prime number (p i), and wherein - the generated element (p) is the value of the variable during the last iteration, - the method comprises, prior to the successive iterations, determining the prime numbers (p k) in the database which are factors of the public exponent (e), and in that - the method bypasses a step of computing the highest common denominator of the difference between the variable and 1 and of the public exponent (e) when, during one of said iterations, at least one of the plurality of modular remainders (r k) which are associated with said determined prime numbers (p k) is equal to 1.
A motor vehicle with a pedestrian protection device comprising an inflatable airbag which has a volume part and a gas inlet channel which is connected to the volume part, characterised in that the volume part is adapted such that, when inflated, it substantially extends over the entire width of a windscreen, over at least a lower region of the windscreen of the motor vehicle, and wherein the pedestrian protection device has means which are configured such that, in the event of a person colliding with the inflated volume part, said inflated volume part is displaceable in an impact direction.
A composite pipe (22;40) for a refrigerating apparatus comprising: a refrigerant pipe formed of a metal and through which a refrigerant is allowed to flow; a plate-shaped member formed of the same metal of the refrigerant pipe and having a first side plane in contact with an outer circumferential surface of the refrigerant pipe and a second side plane opposite to the first side plane; a bonding section installed between the first side plane of the plate-shaped member and the outer circumferential surface of the refrigerant pipe so as to join the refrigerant pipe with the plate-shaped member; a cooling member configured to cool heat generating parts (25A,25B) via the plate-shaped member by the refrigerant flowing through the refrigerant pipe, which is formed of a different metal from the refrigerant pipe and the plate-shaped member, and has a first surface facing the second side plane of the plate-shaped member and a second surface opposite to the first surface and in contact with the heat generating parts (25A,25B); and a sheet-shaped heat transfer member installed between the plate-shaped member and the cooling member so as to be adhered to the second side plane of the plate-shaped member and the first surface of the cooling member. a refrigerant pipe formed of a metal and through which a refrigerant is allowed to flow; a plate-shaped member formed of the same metal of the refrigerant pipe and having a first side plane in contact with an outer circumferential surface of the refrigerant pipe and a second side plane opposite to the first side plane; a bonding section installed between the first side plane of the plate-shaped member and the outer circumferential surface of the refrigerant pipe so as to join the refrigerant pipe with the plate-shaped member; a cooling member configured to cool heat generating parts (25A,25B) via the plate-shaped member by the refrigerant flowing through the refrigerant pipe, which is formed of a different metal from the refrigerant pipe and the plate-shaped member, and has a first surface facing the second side plane of the plate-shaped member and a second surface opposite to the first surface and in contact with the heat generating parts (25A,25B); and a sheet-shaped heat transfer member installed between the plate-shaped member and the cooling member so as to be adhered to the second side plane of the plate-shaped member and the first surface of the cooling member.
A receiver apparatus comprising: a reception block configured to receive a broadcast wave of digital broadcasting; a control block (252, 256) configured to always record viewing history information to a recording block, the viewing history information being related with a viewing history of a content that is transmitted by said broadcast wave; an acquisition block configured to acquire Usage Report Upload, URU, trigger information included as a video watermark or audio watermark in the content; a data analysis block configured to analyze the acquired URU trigger information to extract control information for controlling transmission of the recorded viewing history information; and wherein the control block (252, 256) is configured to: among said recorded viewing history information, transmit, via a communication line, viewing history information specified by said control information and in accordance with a transmission scope and a transmission period of said viewing history information to a viewing history server for collecting said viewing history information. a reception block configured to receive a broadcast wave of digital broadcasting; a control block (252, 256) configured to always record viewing history information to a recording block, the viewing history information being related with a viewing history of a content that is transmitted by said broadcast wave; an acquisition block configured to acquire Usage Report Upload, URU, trigger information included as a video watermark or audio watermark in the content; a data analysis block configured to analyze the acquired URU trigger information to extract control information for controlling transmission of the recorded viewing history information; and wherein the control block (252, 256) is configured to: among said recorded viewing history information, transmit, via a communication line, viewing history information specified by said control information and in accordance with a transmission scope and a transmission period of said viewing history information to a viewing history server for collecting said viewing history information.
A graft for improving vascular compliance, the graft comprising: a tubular body having a first end configured for attachment to a first vessel having a first compliance and second end configured for attachment to a second vessel having a second compliance greater than the first compliance, the tubular body having an outer sidewall and an inner sidewall; a lumen extending between the first end and the second end; a first compressible chamber adjacent the first end of the tubular body and disposed between the inner side wall and the outer side wall; and a second compressible chamber adjacent the second end of the tubular and disposed between the inner side wall and the outer side wall; wherein the first chamber adjacent the first end of the tubular body is less compressible than the second chamber adjacent the second end of the tubular body such that first end of the tubular body can substantially match the first compliance and the second end of the tubular body can substantially match the second compliance. a tubular body having a first end configured for attachment to a first vessel having a first compliance and second end configured for attachment to a second vessel having a second compliance greater than the first compliance, the tubular body having an outer sidewall and an inner sidewall; a lumen extending between the first end and the second end; a first compressible chamber adjacent the first end of the tubular body and disposed between the inner side wall and the outer side wall; and a second compressible chamber adjacent the second end of the tubular and disposed between the inner side wall and the outer side wall; wherein the first chamber adjacent the first end of the tubular body is less compressible than the second chamber adjacent the second end of the tubular body such that first end of the tubular body can substantially match the first compliance and the second end of the tubular body can substantially match the second compliance.
A bearing system for an induction machine comprising: a frame; a rotating shaft within the frame; a bearing support collar coupled to the frame and circumscribing at least a portion of the shaft therein; a magnetic bearing for supporting the shaft; and an auxiliary bearing for supporting the shaft, the auxiliary bearing oriented in alignment with a portion of the frame so that shaft support load carried thereby is transferred to the frame without damaging the magnetic bearing; characterized in that the bearing support collar includes therein the magnetic bearing and the auxiliary bearing; wherein the bearing system further comprises heat dissipation fins formed on the bearing support collar. a frame; a rotating shaft within the frame; a bearing support collar coupled to the frame and circumscribing at least a portion of the shaft therein; a magnetic bearing for supporting the shaft; and an auxiliary bearing for supporting the shaft, the auxiliary bearing oriented in alignment with a portion of the frame so that shaft support load carried thereby is transferred to the frame without damaging the magnetic bearing;
An allocation method, utilized in a network device comprising a large receive offload, LRO, engine, characterised by the LRO engine comprising a plurality of LRO rings, the allocation method comprising: receiving a plurality of packets which belong to a plurality of data streams; recording information of the plurality of data streams according to the plurality of packets; determining a plurality of priority values corresponding to the plurality of data streams according to the information of the plurality of data streams; determining a first data stream within the plurality of data streams corresponding to a first priority value which is greater than a predefined value; and allocating the available LRO ring to the first data stream when there is an available LRO ring within the plurality of LRO rings; wherein when an LRO ring is allocated to a data stream, a plurality of incoming packets of the data stream are stored in the LRO ring, and the plurality of incoming packets stored in the LRO ring are aggregated into large packets by the LRO engine. receiving a plurality of packets which belong to a plurality of data streams; recording information of the plurality of data streams according to the plurality of packets; determining a plurality of priority values corresponding to the plurality of data streams according to the information of the plurality of data streams; determining a first data stream within the plurality of data streams corresponding to a first priority value which is greater than a predefined value; and allocating the available LRO ring to the first data stream when there is an available LRO ring within the plurality of LRO rings; wherein when an LRO ring is allocated to a data stream, a plurality of incoming packets of the data stream are stored in the LRO ring, and the plurality of incoming packets stored in the LRO ring are aggregated into large packets by the LRO engine.