mhurhangee/ep-ind-claims huggingface dataset:
A deflector for a condenser, the condenser having an inlet communicated with exhaust pipes of a compressor, and the deflector configured to be provided at the inlet, wherein the deflector comprises: a flow guiding structure having a first tube section and a second tube section of increasing diameter, the second tube section being positioned below the first tube section and configured to extend into the condenser when mounted in place, and a support assembly for fixing the flow guiding structure at the inlet, wherein the deflector is configured such that, when the deflector is mounted in place, at least a part of refrigerant gas flow flows through an interior of the first tube section, and at least another part of the refrigerant gas flow flows through an outer side of the first tube section, the deflector being characterised in that the second tube section comprises two notches symmetrically arranged thereon. a flow guiding structure having a first tube section and a second tube section of increasing diameter, the second tube section being positioned below the first tube section and configured to extend into the condenser when mounted in place, and a support assembly for fixing the flow guiding structure at the inlet, wherein the deflector is configured such that, when the deflector is mounted in place, at least a part of refrigerant gas flow flows through an interior of the first tube section, and at least another part of the refrigerant gas flow flows through an outer side of the first tube section, the deflector being characterised in that the second tube section comprises two notches symmetrically arranged thereon.
An electric generator comprising: a thermoelectric film having a plurality of lateral p-n junctions across a face of the film, the lateral p-n junctions established at interfaces between p-type regions and n-type regions; a piezoelectric film coupled to the thermoelectric film; and an electrode coupled to the piezoelectric film, characterized in that the p-type regions comprise electrically conductive particles dispersed in or on a first carrier and the n-type regions comprise electrically conductive particles dispersed in or on a second carrier. a thermoelectric film having a plurality of lateral p-n junctions across a face of the film, the lateral p-n junctions established at interfaces between p-type regions and n-type regions; a piezoelectric film coupled to the thermoelectric film; and an electrode coupled to the piezoelectric film,
A method for restoring connectivity between a node in an IP Multimedia Subsystem, IMS, network, and a User Equipment, UE, the UE being associated with a Proxy Call Session Control Function node, P-CSCF, of said IMS network, the UE further being associated with at least one control node of a packet access network that is used by the UE to connect to said IMS network, wherein said IMS node has failed to establish a communication to said UE via said P-CSCF node, said method comprising - at said IMS node, after detecting the P-CSCF failure, sending a first DIAMETER request to a Home Subscription Server, HSS, node, requesting the UE to reset its connection to said packet access network (10; 40), wherein the first request indicates a new registration of the UE is required; - at said HSS node, receiving said first DIAMETER request from said IMS node, the first DIAMETER request providing an identity of said UE, looking up an address of at least one control node to which said UE is associated in said packet access network, and sending a second request to said at least one control node, requesting the UE to reset its connection to said packet access network (20; 50), wherein the second request indicates that re-attachment of the UE is required; and - at said control node, receiving said second request from said HSS node, and sending a third request to said UE, requesting said UE to detach its connection to said packet access network, said detach request comprising an address of an available P-CSCF node of said IMS network (30; 60), wherein the address is used by the UE to start a registration towards the available P-CSCF node. - at said IMS node, after detecting the P-CSCF failure, sending a first DIAMETER request to a Home Subscription Server, HSS, node, requesting the UE to reset its connection to said packet access network (10; 40), wherein the first request indicates a new registration of the UE is required; - at said HSS node, receiving said first DIAMETER request from said IMS node, the first DIAMETER request providing an identity of said UE, looking up an address of at least one control node to which said UE is associated in said packet access network, and sending a second request to said at least one control node, requesting the UE to reset its connection to said packet access network (20; 50), wherein the second request indicates that re-attachment of the UE is required; and - at said control node, receiving said second request from said HSS node, and sending a third request to said UE, requesting said UE to detach its connection to said packet access network, said detach request comprising an address of an available P-CSCF node of said IMS network (30; 60), wherein the address is used by the UE to start a registration towards the available P-CSCF node.
A power control method, comprising: receiving, by a terminal, at least one piece of downlink control information, DCI, from at least one network device, wherein the at least one piece of DCI comprises at least two transmit power control commands; characterized in that the power control method further comprises determining, by the terminal, a transmit power on an uplink channel of each of at least two network devices in a same carrier based on the at least two transmit power control commands, wherein the at least two network devices are in a one-to-one correspondence with the at least two transmit power control commands, and the at least two network devices comprise the at least one network device. receiving, by a terminal, at least one piece of downlink control information, DCI, from at least one network device, wherein the at least one piece of DCI comprises at least two transmit power control commands; characterized in that the power control method further comprises determining, by the terminal, a transmit power on an uplink channel of each of at least two network devices in a same carrier based on the at least two transmit power control commands, wherein the at least two network devices are in a one-to-one correspondence with the at least two transmit power control commands, and the at least two network devices comprise the at least one network device.
Aircraft comprising a propulsion system formed by engines (13a, 13b) arranged in a location on the aircraft so as to, in use, ingest boundary layer air; the engines (13a, 13b) being placed inside of nacelles (15a, 15b), the engines (13 a, 13b) being partially embedded in the aircraft fuselage; the intake conduits (17a, 17b) of the engines (13a, 13b) each being delimited perimetrically in a section perpendicular to the longitudinal axis of the aircraft by a fuselage area (31a, 31b) and the nacelle (15a, 15b); wherein, in the fuselage sections corresponding to said fuselage areas (31a, 31b), the aircraft comprises rigid inner structural elements (23, 24) and skins (41a, 41b), the skins (41a, 41b) comprising rigid portions (45a, 45b) joined to the inner structural elements (23, 24); characterised in that: - the skins (41a, 41b) further comprise inner flexible portions (43a, 43b), capable of being deformed, in said fuselage areas (31a, 31b) and attached to surrounding rigid portions (45a, 45b); - the aircraft further comprises actuation systems for changing the surfaces of the flexible portions (43a, 43b) of the skins (41a, 41b) to adapt them to the needs of the propulsion system, wherein the inner flexible portions (43a, 43b) of the skins (41a, 41b) have a semi-rigid grid (61a, 61b) defining nodes (65a, 65b) and embedded into the inner flexible portions (43a, 43b), being some of the nodes (65a, 65b) the points to be actuated by the actuation systems, and wherein the actuation systems comprise linear actuators supported by the inner structural elements (23, 24) and connected with said some of the nodes (65a, 65b) of the inner flexible portions (43a, 43b) of the skins (41a, 41b) so as to be capable of moving said some of the nodes (65a, 65b) to thereby modify the configuration of the inner flexible portions (43a, 43b). - the skins (41a, 41b) further comprise inner flexible portions (43a, 43b), capable of being deformed, in said fuselage areas (31a, 31b) and attached to surrounding rigid portions (45a, 45b); - the aircraft further comprises actuation systems for changing the surfaces of the flexible portions (43a, 43b) of the skins (41a, 41b) to adapt them to the needs of the propulsion system,
A high voltage service disconnect assembly, comprising: a first housing assembly having a first housing defining a first interior region, first and second fastener holders (112, 114), first and second slidable fasteners (120, 122), and first and second power tabs (130, 132), the first and second fastener holders (112, 114) disposed in the first interior region of the first housing and fixedly coupled to the first housing; and a second housing assembly having a second housing and first and second tab receptacles (310, 312) coupled to the second housing, the second housing configured to be coupled to the first housing, the first and second tab receptacles (310, 312) configured to be removably coupled to the first and second power tabs (130, 132), respectively, such that electrical current can flow through the first tab receptacle, the first power tab, a fuse, the second power tab, and the second tab receptacle, characterized in that the first and second fastener holders (112, 114) are configured to receive portions of the first and second slidable fasteners (120, 122), respectively, therein such that the first and second slidable fasteners (120, 122) can move within the first and second fastener holders (112, 114), respectively, along a longitudinal axis extending through the first and second fastener holders (112, 114), respectively, and other portions of the first and second slidable fasteners (120, 122) are configured to be coupled to first and second electrical terminals (154, 155), respectively, of the fuse, and the first and second power tabs (130, 132), respectively. a first housing assembly having a first housing defining a first interior region, first and second fastener holders (112, 114), first and second slidable fasteners (120, 122), and first and second power tabs (130, 132), the first and second fastener holders (112, 114) disposed in the first interior region of the first housing and fixedly coupled to the first housing; and a second housing assembly having a second housing and first and second tab receptacles (310, 312) coupled to the second housing, the second housing configured to be coupled to the first housing, the first and second tab receptacles (310, 312) configured to be removably coupled to the first and second power tabs (130, 132), respectively, such that electrical current can flow through the first tab receptacle, the first power tab, a fuse, the second power tab, and the second tab receptacle, characterized in that the first and second fastener holders (112, 114) are configured to receive portions of the first and second slidable fasteners (120, 122), respectively, therein such that the first and second slidable fasteners (120, 122) can move within the first and second fastener holders (112, 114), respectively, along a longitudinal axis extending through the first and second fastener holders (112, 114), respectively, and other portions of the first and second slidable fasteners (120, 122) are configured to be coupled to first and second electrical terminals (154, 155), respectively, of the fuse, and the first and second power tabs (130, 132), respectively.
An outlet guide vane for a fan module of a turbomachine, the outlet guide vane extending along a radial axis, the radial axis extending along a direction perpendicular to a central axis of symmetry of the fan module and passing therethrough, the fan module comprising a hub including an upstream flange and a downstream flange, the outlet guide vane comprising: - a blade made of composite material comprising a fiber reinforcement densified by a matrix and extending along the radial axis, said blade having a radial inner end and a radial outer end, - a first metal fastener portion fastened to the radial inner end of the blade, - at least a first platform extending transversely with respect to the blade in the vicinity of its radial inner end, the outlet guide vane being characterized in that said first metal fastener portion is configured to be mounted on and fastened, on the one hand, to the upstream flange and, on the other hand, to the downstream flange of the hub, and in that the first platform is monolithic with the first metal fastener portion. - a blade made of composite material comprising a fiber reinforcement densified by a matrix and extending along the radial axis, said blade having a radial inner end and a radial outer end, - a first metal fastener portion fastened to the radial inner end of the blade, - at least a first platform extending transversely with respect to the blade in the vicinity of its radial inner end,
A computer-implemented method of providing distributed authorization, the method comprising the following steps performed by a second application (104; 204): receiving a communication from a first application (102; 202), wherein the communication from the first application (102; 202) comprises a security context for a client (100; 200), wherein the security context comprises information on the client (100; 200), at least one resource of the first application (102; 202), and at least one permission associated with the at least one resource; executing an authorization process based on the communication from the first application (102; 202) and the security context in order to determine whether the client (100; 200) is allowed to access the at least one resource of the first application (102; 202); characterized in that the communication from the first application (102; 202) comprises performing a callback function by an authorization check of the second application which is executed by the first application (102; 202), wherein a rule is associated with said callback function; for at least one step within the authorization process, communicating with a third application, in order to determine whether the client (100; 200) is allowed to access the at least one resource; and returning a result of the authorization request based on the evaluation of an abstract syntax tree to the first application 102; 202), wherein the abstract syntax tree is built by the first application based on the security context and the at least one rule. receiving a communication from a first application (102; 202), wherein the communication from the first application (102; 202) comprises a security context for a client (100; 200), wherein the security context comprises information on the client (100; 200), at least one resource of the first application (102; 202), and at least one permission associated with the at least one resource; executing an authorization process based on the communication from the first application (102; 202) and the security context in order to determine whether the client (100; 200) is allowed to access the at least one resource of the first application (102; 202); characterized in that the communication from the first application (102; 202) comprises performing a callback function by an authorization check of the second application which is executed by the first application (102; 202), wherein a rule is associated with said callback function; for at least one step within the authorization process, communicating with a third application, in order to determine whether the client (100; 200) is allowed to access the at least one resource; and returning a result of the authorization request based on the evaluation of an abstract syntax tree to the first application 102; 202), wherein the abstract syntax tree is built by the first application based on the security context and the at least one rule.
An apparatus for assisting in forming seal flanges along the top portion of the pliable side walls of a carton, comprising: (a) a plurality of camming surfaces positioned to engage the top portion of the side walls of the carton; (b) an actuator to move the camming surfaces; and characterized in that the apparatus further comprises: (c) a seal profile having an outer flange portion, wherein, in use, the actuator is arranged to move the camming surfaces against the top portion of the side walls of the carton in an outward direction relative to the interior of the carton to force the top portion outwardly relative to the interior of the carton to partially form flanges whereupon the movement of the camming surfaces against the top portion of the side walls is stopped and the partially formed flanges are contacted and further formed by the flange portion of the seal profile. (a) a plurality of camming surfaces positioned to engage the top portion of the side walls of the carton; (b) an actuator to move the camming surfaces; and
A first network access node for a wireless communication system, the first network access node being configured to obtain mobility information associated with a network access node (100a; 100b), wherein the mobility information indicates if the network access node (100a; 100b) is a mobile network access node; transmit a first control message to a client device, wherein the first control message indicates the mobility information, wherein the mobility information further indicates if the network access node (100a; 100b) is moving or stationary, the first network access node is configured to transmit the first control message with a first periodicity if the mobility information indicates that the network access node (100a; 100b) is moving, and transmit the first control message with a second periodicity if the mobility information indicates that the network access node (100a; 100b) is stationary, wherein the first periodicity is shorter than the second periodicity, characterized in that the first control message comprises information about a periodicity with which the first control message is transmitted. obtain mobility information associated with a network access node (100a; 100b), wherein the mobility information indicates if the network access node (100a; 100b) is a mobile network access node; transmit a first control message to a client device, wherein the first control message indicates the mobility information, wherein the mobility information further indicates if the network access node (100a; 100b) is moving or stationary, the first network access node is configured to wherein the mobility information further indicates if the network access node (100a; 100b) is moving or stationary, the first network access node is configured to transmit the first control message with a first periodicity if the mobility information indicates that the network access node (100a; 100b) is moving, and transmit the first control message with a second periodicity if the mobility information indicates that the network access node (100a; 100b) is stationary, wherein the first periodicity is shorter than the second periodicity,
A method for producing a print product on a reel-fed printing press, wherein on multiple reel changers of the reel-fed printing press substrate webs to be printed are kept ready, wherein the multiple substrate webs are transported for the static printing of the same with a print image that is invariable for print copies of the print product through at least one print form-based printing unit of the reel-fed printing press each, wherein at least one of the statically printed substrate webs in the region of at least one print form-less printing device of the reel-fed printing press is additionally, in particular in line, to the static printing is dynamically printed with a print image that is variable for at least some print copies, and wherein statically printed substrate webs and statically as well as dynamically printed substrate webs in the region of at least one turning and mixing stage and at least one folder of the reel-fed printing press are combined and processed into a multiple-page print product, characterized in that statically printed substrate webs and statically as well as dynamically printed substrate webs are combined and processed in the region of at least one turning and mixing stage and at least one folder of the reel-fed printing press in such a manner into a multi-page print product so that the print product is dynamically printed merely on some or multiple print pages of the same located inside.
A method in a primary network node for providing a web-service to clients, said method comprises the steps of: verifying a Transport Control Protocol, TCP, session with a client node and generating Transport Layer Security, TLS, keys for said session; temporarily suspending said TCP session; controlling migrating said TCP session and said generated TLS keys for said client node to a secondary network node, said method being characterised by the fact that the secondary network node is located geographically closer to said client node than the primary network node, for resumption of the session with the client node; wherein the secondary network node is a cache server. verifying a Transport Control Protocol, TCP, session with a client node and generating Transport Layer Security, TLS, keys for said session; temporarily suspending said TCP session; controlling migrating said TCP session and said generated TLS keys for said client node to a secondary network node, said method being characterised by the fact that the secondary network node is located geographically closer to said client node than the primary network node, for resumption of the session with the client node; wherein the secondary network node is a cache server.
A heat exchanger, comprising: a shell; at least one injection pipe (22; 82; 92; 102) to guide a heat source fluid to an inside of the shell; a first refrigerant tube comprising a first spiral tube; a second refrigerant tube comprising a second spiral tube, a radius formed by the spiral of the second spiral tube being larger than a radius of the first spiral tube; and a discharge pipe (28, 29, 30) to which the heat source fluid heat-exchanged with a refrigerant is discharged, wherein the first refrigerant tube and the second refrigerant tube are connected in parallel, and the second spiral tube has a larger pitch between turns and a smaller number of turns than the first spiral tube, characterized in that the at least one injection pipe (82; 92) comprises a plurality of injection pipes (82A, 82B, 82C; 92) disposed to be separated from each other, and the heat source fluid is guided to a plurality of locations in the inside of the shell by the plurality of injection pipes (82A, 82B, 82C; 92). a shell; at least one injection pipe (22; 82; 92; 102) to guide a heat source fluid to an inside of the shell; a first refrigerant tube comprising a first spiral tube; a second refrigerant tube comprising a second spiral tube, a radius formed by the spiral of the second spiral tube being larger than a radius of the first spiral tube; and a discharge pipe (28, 29, 30) to which the heat source fluid heat-exchanged with a refrigerant is discharged, wherein the first refrigerant tube and the second refrigerant tube are connected in parallel, and the second spiral tube has a larger pitch between turns and a smaller number of turns than the first spiral tube, characterized in that the at least one injection pipe (82; 92) comprises a plurality of injection pipes (82A, 82B, 82C; 92) disposed to be separated from each other, and the heat source fluid is guided to a plurality of locations in the inside of the shell by the plurality of injection pipes (82A, 82B, 82C; 92).