mhurhangee/ep-ind-claims huggingface dataset:
A pipe section, comprising: a hollow body, the hollow body having an inner surface and an outer surface, the inner surface defining an interior; a barrier layer surrounding the hollow body, the barrier layer having an inner surface and an outer surface, the barrier layer formed from a tape comprising a polyarylene sulfide composition, the polyarylene sulfide composition comprising a polyarylene sulfide and a crosslinked impact modifier. a hollow body, the hollow body having an inner surface and an outer surface, the inner surface defining an interior; a barrier layer surrounding the hollow body, the barrier layer having an inner surface and an outer surface, the barrier layer formed from a tape comprising a polyarylene sulfide composition, the polyarylene sulfide composition comprising a polyarylene sulfide and a crosslinked impact modifier.
An unwound rotor for an inductive angular displacement sensor, the rotor being movable in rotation around a first axis and symmetrical with respect to this first axis, the rotor having: - a central portion, - two active portions on either side of the central portion with respect to the first axis, each active portion comprising: - an outer surface configured to face an inner face of a stator of the inductive angular displacement sensor, - two connecting walls (221, 222) connecting the outer surface to the central portion, the rotor also having axial symmetry with respect to a second axis comprised in a plane normal to the first axis and passing through the two active portions, the rotor being characterized in that in the normal plane, each connecting wall (221, 222) forms an angle (α) greater than 45° with the second axis. - a central portion, - two active portions on either side of the central portion with respect to the first axis, each active portion comprising: - an outer surface configured to face an inner face of a stator of the inductive angular displacement sensor, - two connecting walls (221, 222) connecting the outer surface to the central portion,
A method for providing support capability of a core network, CN, node (13a, 13b, 13c, 13d), the method being performed by the CN node, the method comprising: setting up a connection to a radio access network, RAN, node (11b, 12b) at initialization of the CN node or at initialization of the RAN node, and in response thereto: providing an indication, regarding whether the CN node supports operator coordinated area, OCA, according to which indication the CN node provides information to be used by the RAN node for selecting a same serving operator for a wireless device in both Circuit Switched, CS, domain and in Packet Switch, PS, domain.
A method comprising: sending (2310, 2420) a request, by an application function, to a policy control function, PCF, indicative of whether user plane, UP, paths of two or more PDU sessions involved in a peer-to-peer, P2P, communication are to be jointly selected or reselected during selections or reselections of the UP paths, wherein the request further includes information indicative of application locations, and wherein a common application location selected or reselected from the application locations during the selections or reselections of the UP paths according to policy rules associated with the request is shared by the UP paths.
A system for routing information, the system comprising a control system having a processor for executing a control module stored in a memory to: receive, at the control system ( 102, information indicating receipt of a cross-connection request at a satellite in communication with the control system, the cross-connection request corresponding to a communication initiated by a satellite user communicating with the satellite using a satellite terminal, wherein the satellite comprises a channelizer; execute, at the control system, a worst-fit increasing bin-packing algorithm to determine if a worst-fit solution exists for establishing a cross-connection at the channelizer; transmit control data to the satellite for establishing the cross-connection over an output channel corresponding to the worst-fit solution determined to exist, in response to determining that the worst-fit solution exists; and in response to determining that a worst-fit solution does not exist, determine if the communication corresponds to a high priority communication, wherein the processor executes the control module to: determine if a partial preemption candidate is available, in response to determining that the communication corresponds to the high priority communication; and partially preempt the partial preemption candidate, in response to determining that the partial preemption candidate is available. receive, at the control system ( 102, information indicating receipt of a cross-connection request at a satellite in communication with the control system, the cross-connection request corresponding to a communication initiated by a satellite user communicating with the satellite using a satellite terminal, wherein the satellite comprises a channelizer; execute, at the control system, a worst-fit increasing bin-packing algorithm to determine if a worst-fit solution exists for establishing a cross-connection at the channelizer; transmit control data to the satellite for establishing the cross-connection over an output channel corresponding to the worst-fit solution determined to exist, in response to determining that the worst-fit solution exists; and in response to determining that a worst-fit solution does not exist, determine if the communication corresponds to a high priority communication, wherein the processor executes the control module to: determine if a partial preemption candidate is available, in response to determining that the communication corresponds to the high priority communication; and partially preempt the partial preemption candidate, in response to determining that the partial preemption candidate is available. determine if a partial preemption candidate is available, in response to determining that the communication corresponds to the high priority communication; and partially preempt the partial preemption candidate, in response to determining that the partial preemption candidate is available.
Method for manufacturing a vehicle component, characterised by the following method steps: - Providing a strain-hardened board made from a 5000 aluminium alloy, - Partial heating of the board in a first range to a temperature greater than 350°C and in a second range to a temperature between 150°C and 350°C, in less than 20s, - Transfer to a reshaping mould and cooling during and/or after the reshaping in less than 20s to a temperature of 5°C to 40°C, - Setting a yield strength in a first range of less than 250MPa and greater than 120MPa and in a second range of less than 450MPa and greater than 200MPa, wherein the yield strength of the second area is less than the starting yield limit of the board and, at the same time, is at least 50MPa greater than the yield strength in the first area. - Providing a strain-hardened board made from a 5000 aluminium alloy, - Partial heating of the board in a first range to a temperature greater than 350°C and in a second range to a temperature between 150°C and 350°C, in less than 20s, - Transfer to a reshaping mould and cooling during and/or after the reshaping in less than 20s to a temperature of 5°C to 40°C, - Setting a yield strength in a first range of less than 250MPa and greater than 120MPa and in a second range of less than 450MPa and greater than 200MPa, wherein the yield strength of the second area is less than the starting yield limit of the board and, at the same time, is at least 50MPa greater than the yield strength in the first area.
A method for balancing a plurality of cylinders (26A-26D) during gaseous fuel operation of an internal combustion engine having a plurality of gas admission valves respectively associated with the plurality of cylinders (26A-26D), the method comprising: while operating the internal combustion engine with a first common ignition timing for each of the plurality of cylinders (26A-26D), a) determining a cylinder of the plurality of cylinders (26A-26D) having an above average knock level, b) reducing an opening duration of the gas admission valve associated with the cylinder having the above average knock level, and c) repeating steps a) to b) until the knock levels for all cylinders (26A-26D) differ from each other by less than a predetermined amount; and when the knock levels for all cylinders (26A-26D) differ from each other by less than the predetermined amount, advancing the first common ignition timing to a second common ignition timing for each of the plurality of cylinders (26A-26D). while operating the internal combustion engine with a first common ignition timing for each of the plurality of cylinders (26A-26D), a) determining a cylinder of the plurality of cylinders (26A-26D) having an above average knock level, b) reducing an opening duration of the gas admission valve associated with the cylinder having the above average knock level, and c) repeating steps a) to b) until the knock levels for all cylinders (26A-26D) differ from each other by less than a predetermined amount; and a) determining a cylinder of the plurality of cylinders (26A-26D) having an above average knock level, b) reducing an opening duration of the gas admission valve associated with the cylinder having the above average knock level, and c) repeating steps a) to b) until the knock levels for all cylinders (26A-26D) differ from each other by less than a predetermined amount; and when the knock levels for all cylinders (26A-26D) differ from each other by less than the predetermined amount, advancing the first common ignition timing to a second common ignition timing for each of the plurality of cylinders (26A-26D).
A computer implemented method for transceiving clinical trial related information between a client device operable by a plurality of users and a server apparatus (130, 131), the client device and the server apparatus (130, 131) configured to communicate via a data network, a proprietary application of the client device comprising a client application of a clinical trial service whose server application is running on the server apparatus (130, 131), wherein a coordinator user profile associated with coordinator credentials and a subject user profile associated with subject credentials are maintained by the server application at the server apparatus (130, 131), the method comprising: receiving the coordinator credentials via a user interface by the proprietary application, accepting the coordinator credentials in response to determining the coordinator credentials being authorized credentials, and logging in the coordinator user by providing coordinator level access to the proprietary application; receiving, by the proprietary application, coordinator input data configured to trigger user change for the client device; generating and sending, in response to the coordinator input data, a request by the proprietary application to the server application indicating the triggered user change; receiving, by the proprietary application, subject credentials from the server application, wherein the subject credentials are associated with the subject user profile generated by the server application; logging out the coordinator user by disconnecting coordinator level access to the proprietary application and resetting the coordinator credentials and session data within the client device; and storing the subject credentials by the proprietary application for automatic first logging in of the subject user. receiving the coordinator credentials via a user interface by the proprietary application, accepting the coordinator credentials in response to determining the coordinator credentials being authorized credentials, and logging in the coordinator user by providing coordinator level access to the proprietary application; receiving, by the proprietary application, coordinator input data configured to trigger user change for the client device; generating and sending, in response to the coordinator input data, a request by the proprietary application to the server application indicating the triggered user change; receiving, by the proprietary application, subject credentials from the server application, wherein the subject credentials are associated with the subject user profile generated by the server application; logging out the coordinator user by disconnecting coordinator level access to the proprietary application and resetting the coordinator credentials and session data within the client device; and storing the subject credentials by the proprietary application for automatic first logging in of the subject user.
A motor vehicle door latch, with a locking mechanism (1, 2, 3), furthermore with an actuating lever for triggering the locking mechanism (1, 2, 3), and with a locking lever that can be swiveled about a shaft and renders the locking mechanism (1, 2, 3) inoperative at least in the event of deceleration forces of a predetermined magnitude and direction, for example in the event of an accident ("crash"), characterized in that the locking lever is mounted eccentrically on its shaft and consequently generates, depending on the deceleration forces that occur, a counter-torque that blocks the actuating lever and is oriented in the opening direction in comparison to a rotational movement of the actuating lever.
A portable loudspeaker comprising: an enclosure that defines an acoustic cavity; an electro-acoustic transducer disposed within the acoustic cavity; and a strap having a first end that is fixedly coupled to the enclosure and a second end that is releasably coupled to the enclosure, wherein the second end of the strap is also configured to be coupled to another portion of the strap to form a closed loop, wherein the strap comprises a first aperture, and a hook configured to releasably engage the first aperture, wherein the enclosure includes a second aperture for releasably receiving the hook. an enclosure that defines an acoustic cavity; an electro-acoustic transducer disposed within the acoustic cavity; and a strap having a first end that is fixedly coupled to the enclosure and a second end that is releasably coupled to the enclosure, wherein the second end of the strap is also configured to be coupled to another portion of the strap to form a closed loop, wherein the strap comprises a first aperture, and a hook configured to releasably engage the first aperture, wherein the enclosure includes a second aperture for releasably receiving the hook.
Handling machine for containers, such as bottles, cans, or the like, comprising at least one carrying column and at least one manipulation unit (4, 6) for the containers, connected to the column, and comprising at least one direct drive (7, 8) on an electromagnetic basis, with stator and rotor, and without intermediate power transfer elements between the stator and the rotor, between the column and the manipulation unit (4, 5) in order to produce a mutual relative movement, wherein the stator is arranged in the interior of the column and the rotor is arranged in the interior of a rim of the manipulation unit (4, 5), engaging over the column, wherein the rotor and the stator are located opposite one another, slightly spaced apart, in a concordant radial plane (E 1), characterised in that provided next to the first direct drive (7, 8) between the column and the manipulation unit (4, 5) is a second direct drive (9, 10) on an electromagnetic basis, and without intermediate power transfer elements between a stator and a rotor of the second direct drive, between the manipulation unit (4, 5) and at least one manipulation element connected thereto, wherein the two direct drives (7, 8; 9, 10) are arranged independently of one another and can in each case be controlled/regulated individually or both together, wherein the column and the manipulation unit (4, 5), just as the two direct drives (7, 8; 9, 10), are configured in each case rotationally symmetrical to a common and concordant central axis.
A continuous tread of an anti-skid device for a motor vehicle tyre, which tread is designed to be mounted on the tread of said tyre, said continuous tread being defined by a plurality of monolithic gripping plates that are secured together by adjacent coupling elements (1, 11), said continuous tread being characterized: • in that each of the monolithic gripping plates includes at least one rigid insert, said insert having: - a longitudinal direction that is to be oriented in the width direction of the tyre of a vehicle wheel; and - means for securing to said coupling elements (1, 11) for coupling together the gripping plates, in such a manner as to constitute the tread of the anti-skid device; • and in that each of said gripping plates includes a casing made of a polymer material and molded over said at least one rigid insert at least in part. • in that each of the monolithic gripping plates includes at least one rigid insert, said insert having: - a longitudinal direction that is to be oriented in the width direction of the tyre of a vehicle wheel; and - means for securing to said coupling elements (1, 11) for coupling together the gripping plates, in such a manner as to constitute the tread of the anti-skid device; - a longitudinal direction that is to be oriented in the width direction of the tyre of a vehicle wheel; and - means for securing to said coupling elements (1, 11) for coupling together the gripping plates, in such a manner as to constitute the tread of the anti-skid device; • and in that each of said gripping plates includes a casing made of a polymer material and molded over said at least one rigid insert at least in part.
A method for estimating a capacity of a battery unit in an energy storage system of a vehicle, the method comprising: - during at least a first no-load condition of the battery unit, measuring a terminal voltage ( V b) of the battery unit at a number of points in time to determine a transient voltage response of the battery unit, - from the transient voltage response of the battery unit during at least the first no-load condition, estimating at least a first value of an open circuit voltage ( V OC) of the battery unit by means of a battery model, characterised in that the method further comprises: - comparing the estimated at least first value of the open circuit voltage (Voc) to at least one predetermined convergence criterion, - estimating the capacity of the battery unit based on at least the estimated at least first value of the open circuit voltage ( V OC), wherein the estimation of the capacity of the battery unit is only carried out given that the at least one predetermined convergence criterion is fulfilled. - during at least a first no-load condition of the battery unit, measuring a terminal voltage ( V b) of the battery unit at a number of points in time to determine a transient voltage response of the battery unit, - from the transient voltage response of the battery unit during at least the first no-load condition, estimating at least a first value of an open circuit voltage ( V OC) of the battery unit by means of a battery model, - comparing the estimated at least first value of the open circuit voltage (Voc) to at least one predetermined convergence criterion, - estimating the capacity of the battery unit based on at least the estimated at least first value of the open circuit voltage ( V OC), wherein the estimation of the capacity of the battery unit is only carried out given that the at least one predetermined convergence criterion is fulfilled.
A method for cooperative multi-antenna communication, the method comprising: receiving data by at least one node (631 - 634) of a node group, said node group receiving said data from a base station (610,620) in a wireless network; performing, by said at least one node (631 - 634), multiple input multiple output, MIMO, signal processing with respect to the received data, the MIMO signal processing indicating signal processing performed in said at least one node (631 - 634) of a MIMO system; and transmitting, by said at least one node (631 - 634), the signal processed data to at least one target node, which is any node of the node group with the exception of the at least one node, CHARACTERISED IN THAT the wireless network is a cellular-based communication system and the node group is a grouping of at least one node (631 - 634) located in a boundary between a cell where the base station (610; 620) belongs to and a neighboring cell, the receiving step comprises receiving, by the at least one node (631 - 634) of the node group, the data in a time division multiple access, TDMA, mode, the node group further receives the data from the base station (610; 620) and a second base station (620; 610) located in the neighboring cell, wherein the base stations (610; 620) classify a single time slot into a first time slot having a first length and a second time slot having a second length and transmit the data to the node group using the first time slot, and nodes (631 - 634) composing the node group transmit/receive the signal processed data using the second time slot. receiving data by at least one node (631 - 634) of a node group, said node group receiving said data from a base station (610,620) in a wireless network; performing, by said at least one node (631 - 634), multiple input multiple output, MIMO, signal processing with respect to the received data, the MIMO signal processing indicating signal processing performed in said at least one node (631 - 634) of a MIMO system; and transmitting, by said at least one node (631 - 634), the signal processed data to at least one target node, which is any node of the node group with the exception of the at least one node, CHARACTERISED IN THAT the wireless network is a cellular-based communication system and the node group is a grouping of at least one node (631 - 634) located in a boundary between a cell where the base station (610; 620) belongs to and a neighboring cell, the receiving step comprises receiving, by the at least one node (631 - 634) of the node group, the data in a time division multiple access, TDMA, mode, the node group further receives the data from the base station (610; 620) and a second base station (620; 610) located in the neighboring cell, wherein the base stations (610; 620) classify a single time slot into a first time slot having a first length and a second time slot having a second length and transmit the data to the node group using the first time slot, and nodes (631 - 634) composing the node group transmit/receive the signal processed data using the second time slot.
Prosthesis joint, particularly for a hand prosthesis, with a base and a coupling element associated to the base for attaching the base to a body part or a prosthesis part and a receiving device for a prosthesis device, in particular an artificial hand, the receiving device being pivotally attached to the base around at least one axis, wherein a locking device (5, 51) blocks the receiving device against the base, wherein a retention element is elastically prestressed towards the receiving device and applies a holding force to the receiving device after unlocking the locking device (5, 51), characterised in that the receiving device comprises notch elements that engage with the retention element.