mhurhangee/ep-ind-claims huggingface dataset:
A network server comprising a network connection manager and a SIP server, the network server being suitable for the establishment of a bi-directional communications channel between the network server and a first terminal, the bi-directional communications channel being suitable for use by the network connection manager to activate a communications client on the first terminal, the first terminal comprising a connection management client, wherein the network server is configured to: associate at the network connection manager the connection management client with a registered network user; transmit to the first terminal a provisioning document comprising a credential with which the connection management client may authenticate itself to the network connection manager; and receive at the network connection manager the credential, which is transmitted by the connection management client, and establish the bi-directional communications channel between the connection management client and the network connection manager, wherein the SIP server is configured to: receive from a second terminal at least one of: an invitation from a second terminal to begin a SIP session with the first terminal; and/or a first terminal capability request; and if the communications client is not registered with the SIP server, notify the network connection manager of the invitation to begin a SIP session with the first terminal and/or the first terminal capability request; and wherein the network connection manager is further configured to: send a registration instruction via the bi-directional communications channel to the connection management client so that it can instruct the communications client to register with the SIP server. associate at the network connection manager the connection management client with a registered network user; transmit to the first terminal a provisioning document comprising a credential with which the connection management client may authenticate itself to the network connection manager; and receive at the network connection manager the credential, which is transmitted by the connection management client, and establish the bi-directional communications channel between the connection management client and the network connection manager, receive from a second terminal at least one of: an invitation from a second terminal to begin a SIP session with the first terminal; and/or a first terminal capability request; and an invitation from a second terminal to begin a SIP session with the first terminal; and/or a first terminal capability request; and if the communications client is not registered with the SIP server, notify the network connection manager of the invitation to begin a SIP session with the first terminal and/or the first terminal capability request; and wherein send a registration instruction via the bi-directional communications channel to the connection management client so that it can instruct the communications client to register with the SIP server.
A method (300;400) for managing a plurality of rechargeable electrical energy storage modules (106 1 -106 8) in an electric vehicle, said modules each comprising at least one rechargeable electrochemical Lithium-Metal-Polymer battery, and being arranged in parallel with one another, said method (300;400) comprising: - separating said modules into at least two groups (102,104), and - supplying from one of said groups (102,104) at a time; said method (300;400) also comprising a step of replacing a failing module (106 6,106 7) of a group, called active group, in the process of supply, by an available module (106 3,106 4) of another group, called available group. - separating said modules into at least two groups (102,104), and - supplying from one of said groups (102,104) at a time;
An apparatus for controlling an amount of concurrent calls, comprising: a background processing module, a cooperation module and a core module, wherein the background processing module is arranged to provide an information configuration interface, configure a threshold for each of the amounts of concurrent calls which were classified according to call characteristics and designate priorities of the call characteristics, and send the threshold to the core module; the cooperation module is arranged to provide, according to the priorities of the call characteristics, a variable for each of the amounts of concurrent calls which were classified according to call characteristics and send the variable to the core module; and the core module is arranged to receive the threshold and the variable, and control the cooperation module to release a current call when determining that the variable is no less than the threshold.
Method for monitoring the connection between a first node server (S1, S2) and a second node client of a communication network, the method comprises: - A preliminary step of establishing a group communication session in messaging mode between the first node server (S1, S2) and the second node client, - A step of selecting a session (A, B, C, D, E, F) established between the first node server (S1, S2) and the second node client, the selected established session becoming a monitoring session, - A step of monitoring the connection between the first node server (S1, S2) and the second node client via the monitoring session comprising a sub-step of periodic sending of a message by the first node server (S1, S2) to the second node client via the monitoring session. - A preliminary step of establishing a group communication session in messaging mode between the first node server (S1, S2) and the second node client, - A step of selecting a session (A, B, C, D, E, F) established between the first node server (S1, S2) and the second node client, the selected established session becoming a monitoring session, - A step of monitoring the connection between the first node server (S1, S2) and the second node client via the monitoring session comprising a sub-step of periodic sending of a message by the first node server (S1, S2) to the second node client via the monitoring session.
Apparatus for coding a portion of an audio signal to obtain an encoded audio signal for the portion of the audio signal, comprising: a transient detector for detecting whether a transient signal is located in the portion of the audio signal to obtain a transient detection result; an encoder stage for performing a first encoding algorithm on the audio signal, the first encoding algorithm having a first characteristic, and for performing a second encoding algorithm on the audio signal, the second encoding algorithm having a second characteristic being different from the first characteristic; a processor for determining which encoding algorithm results in an encoded audio signal being a better approximation to the portion of the audio signal with respect to the other encoding algorithm to obtain a quality result; and a controller for determining whether the encoded audio signal for the portion of the audio signal is to be generated using either the first encoding algorithm or the second encoding algorithm based on the transient detection result and the quality result, wherein the controller is configured for determining the second encoding algorithm, although the quality result indicates a better quality for the first encoding algorithm, when the transient detection result indicates a non-transient signal, or wherein the controller is configured for determining the first encoding algorithm, although the quality result indicates a better quality for the second encoding algorithm, when the transient detection result indicates a transient signal, or wherein the controller is configured for applying a hysteresis processing so that the second encoding algorithm or the first encoding algorithm is only determined when the lower quality result indicates a lower quality for the second encoding algorithm or the first encoding algorithm when a number of earlier signal portions having the first encoding algorithm or the second encoding algorithm, respectively, is equal or lower than a predetermined number, and when the transient detection result indicates a predefined state of the two possible states comprising non-transients and transients. a transient detector for detecting whether a transient signal is located in the portion of the audio signal to obtain a transient detection result; an encoder stage for performing a first encoding algorithm on the audio signal, the first encoding algorithm having a first characteristic, and for performing a second encoding algorithm on the audio signal, the second encoding algorithm having a second characteristic being different from the first characteristic; a processor for determining which encoding algorithm results in an encoded audio signal being a better approximation to the portion of the audio signal with respect to the other encoding algorithm to obtain a quality result; and a controller for determining whether the encoded audio signal for the portion of the audio signal is to be generated using either the first encoding algorithm or the second encoding algorithm based on the transient detection result and the quality result,
Gearbox for a mobile implement, designed to interconnect motor means with drive elements of the implement, the gearbox comprising: - an input shaft adapted to being driven in rotation by said motor means, - an output shaft adapted to driving said drive elements of the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft, and adapted to occupying at least one first forward gear position, at least one second forward gear position and at least one reverse gear position, characterized in that the gearbox is configured so that the reverse gear position of the sliding pinion is situated between two forward gear positions. - an input shaft adapted to being driven in rotation by said motor means, - an output shaft adapted to driving said drive elements of the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft, and adapted to occupying at least one first forward gear position, at least one second forward gear position and at least one reverse gear position,
A medical injection system adapted for a single-handed injection, the medical injection system comprising: • a gas compartment configured to contain a gas, the gas compartment comprising a piston and a housing, and wherein the piston is configured to move relative to the housing, • a reservoir intended to contain a drug composition, the reservoir having a fluid exit configured to receive an injection needle, characterized in that the piston is configured to move proximally, in a direction opposite to the direction of injection, between a distal position defining a first volume of the gas compartment to a proximal position defining a second volume of the gas compartment smaller than the first volume, and in that the gas compartment is configured to be in gas communication with said reservoir in order to force the drug composition through the fluid exit, when the piston is moved proximally. • a gas compartment configured to contain a gas, the gas compartment comprising a piston and a housing, and wherein the piston is configured to move relative to the housing, • a reservoir intended to contain a drug composition, the reservoir having a fluid exit configured to receive an injection needle, the piston is configured to move proximally, in a direction opposite to the direction of injection, between a distal position defining a first volume of the gas compartment to a proximal position defining a second volume of the gas compartment smaller than the first volume, and in that the gas compartment is configured to be in gas communication with said reservoir in order to force the drug composition through the fluid exit, when the piston is moved proximally.
Method for soldering a connection element at a connection point (41', 45', 49a, 49b) on an electrically conductive coating (39', 43', 47), which can be soft soldered and is applied on an outer isolating surface of a meter body (1, 13) of a sensor, wherein - a groove (57, 59) is provided in the meter body (1, 13), said groove at least partially externally surrounding the connection point (41', 45', 49a, 49b) in such a way that it creates a spatial boundary during a process of wetting with a soft solder which occurs in a soft soldering process, - at least a partial surface - encompassing the connection point (41', 45', 49a, 49b) - of the outer isolating surface of the meter body (1, 13) is coated with the coating (39', 43', 47), - the soft solder is applied locally at the connection point (41', 45', 49a, 49b) and the wetting of the connection point (41', 45', 49a, 49b) with the soft solder is limited spatially by the groove (57, 59), and - the connection element is soldered at the connection point (41', 45', 49a, 49b) in a soft soldering process using the soft solder applied, wherein, in said method, the connection point (41', 45', 49a, 49b) is connected, by means of the corresponding coating (39', 43', 47), with a connection area (27, 29, 53) of a connection (31, 33) - being located on the outer isolating surface of the meter body (1, 13) at a distance from the connection point - such that the coating (39', 43', 47) is applied in such a way that it surrounds the connection area (27, 29, 53), and is connected with the connection point (41', 45', 49a, 49b) via a conductive connection, and wherein at least those groove areas of the groove (57, 59) are coated with the corresponding coating (39', 43', 47) that extend into areas via which the connection area (27, 29, 53) is connected in an electrically conductive manner to the associated connection point (41', 45', 49a, 49b), which is arranged at a distance therefrom, by means of the coating (39', 43', 47). - a groove (57, 59) is provided in the meter body (1, 13), said groove at least partially externally surrounding the connection point (41', 45', 49a, 49b) in such a way that it creates a spatial boundary during a process of wetting with a soft solder which occurs in a soft soldering process, - at least a partial surface - encompassing the connection point (41', 45', 49a, 49b) - of the outer isolating surface of the meter body (1, 13) is coated with the coating (39', 43', 47), - the soft solder is applied locally at the connection point (41', 45', 49a, 49b) and the wetting of the connection point (41', 45', 49a, 49b) with the soft solder is limited spatially by the groove (57, 59), and - the connection element is soldered at the connection point (41', 45', 49a, 49b) in a soft soldering process using the soft solder applied,
Cutlery drawer for a dishwasher, comprising a frame which is mounted in a washing container so as to be able to be pulled out, and a plurality of inserts (10, 20, 30) which are movably arranged on the frame and on which tableware, in particular cutlery, to be washed can be placed, at least one of the inserts (10, 20) being arranged on the frame so as to be horizontally displaceable and at least one further insert being arranged on said frame so as to be vertically displaceable, characterised in that two inserts (10, 20) are arranged on the frame so as to be horizontally displaceable and the vertically displaceable insert is arranged between said two inserts, at least one insert (10, 20) that is horizontally displaceable on the frame being arranged to be displaceable below or above the vertically displaceable insert.
An article of footwear comprising: an upper; a fluid-filled chamber including a first portion in contact with the upper in a first region; and a midsole including a first portion disposed between the fluid-filled chamber and the upper in a second region, wherein the second region is a forefoot region of the article of footwear, and characterized by further comprising a plate member in contact with the fluid-filled chamber, wherein the plate member is disposed on an opposite side of the fluid-filled chamber than the upper and a cushioning pad. an upper; a fluid-filled chamber including a first portion in contact with the upper in a first region; and a midsole including a first portion disposed between the fluid-filled chamber and the upper in a second region, wherein the second region is a forefoot region of the article of footwear, and characterized by further comprising a plate member in contact with the fluid-filled chamber, wherein the plate member is disposed on an opposite side of the fluid-filled chamber than the upper and a cushioning pad.
A spring compression device, comprising: a spring sleeve configured to receive a spring; a spring adjustment member provided on and engaged with the spring sleeve and configured to abut a spring mounted on the spring sleeve, wherein: the spring sleeve and spring adjustment member define an operating length of the spring compression device, and the spring adjustment member is configured to be moved relative to the spring sleeve to adjust the operating length of the spring compression device; and at least one blocking component for blocking movement between the spring sleeve and the spring adjustment member, characterised in that an exterior surface of the spring sleeve and an interior surface of the spring adjustment member each have at least one recess (116, 136) which align to form a hole for receiving the blocking component and the hole extends in a direction parallel to a longitudinal axis of the spring sleeve. a spring sleeve configured to receive a spring; a spring adjustment member provided on and engaged with the spring sleeve and configured to abut a spring mounted on the spring sleeve, wherein: the spring sleeve and spring adjustment member define an operating length of the spring compression device, and the spring adjustment member is configured to be moved relative to the spring sleeve to adjust the operating length of the spring compression device; and the spring sleeve and spring adjustment member define an operating length of the spring compression device, and the spring adjustment member is configured to be moved relative to the spring sleeve to adjust the operating length of the spring compression device; and at least one blocking component for blocking movement between the spring sleeve and the spring adjustment member, characterised in that an exterior surface of the spring sleeve and an interior surface of the spring adjustment member each have at least one recess (116, 136) which align to form a hole for receiving the blocking component and the hole extends in a direction parallel to a longitudinal axis of the spring sleeve.
Seating unit, in particular for aircrafts' economy class, comprising a substantially rigid fixed shell having a rear portion and a lower portion, a support structure, a backrest having an upper part and a lower part, a headrest portion arranged on said upper part of said backrest, and a seat comprising an inner part and an outer part or front part, said seat being constrained in rotation to said lower part of said backrest, said backrest and said seat being contained within said shell, said seating unit being characterized in that said backrest and said seat make a movement, substantially within said shell without invading the space of a rear seating unit of a rear row, between a retracted position, that is with said backrest in a substantially vertical position and said seat in a substantially horizontal position, and a slightly extended position, that is with said backrest in a substantially slanted position and said seat in a substantially slanted position, with the front part of said seat inclined downward according to a forward direction for preventing the legs of a passenger seated on said seating unit to be hindered by a front row seating unit during the reclining movement, and wherein said shell has, on both sides, a first runner arranged on said rear portion of said shell in correspondence of the upper part of said backrest close to said headrest portion, and a second runner arranged on said lower portion of said shell in correspondence of the inner part of said seat, said backrest has, on both sides, a first pin in its upper part, to which it is constrained for rotation, linearly constrained to said first runner of said shell in order to slide in a substantially vertical direction, said seat has, on both sides, a second pin, in its inner part, to which it is constrained for rotation, linearly constrained to said second runner of said shell in order to slide in a substantially horizontal direction, said seat further has, on both sides, a third pin (32, 35), in its front part, to which it is constrained for rotation, coupled to said shell in order to move said seat in a substantially downward slanted direction, said seating unit being configured so that when said seating unit moves from said retracted position to said slightly extended position, said first pin of said backrest slides downward in a substantially vertical direction, said second pin of said seat slides forward in a substantially horizontal direction and said third pin (32, 35) of said seat moves forward in a substantially downward slanted direction.
A system, comprising: at least one data store storing selectively accessible encrypted XML payload data and corresponding encrypted XML tag data corresponding to the encrypted XML payload data, wherein at least one subscriber requests a subscription to a subset of the encrypted XML payload data or the encrypted XML tag data, a first independent entity generates cryptographic key information based on identity information associated with the at least one subscriber, and a second independent entity performs decrypting of the subset of the encrypted XML payload data or the encrypted XML tag data based on the cryptographic key information generated by the first independent entity; and at least one processor configured to perform a network service, for handling at least one request by the at least one subscriber, that provides selective access to the subset of the encrypted XML payload data or the encrypted XML tag data. at least one data store storing selectively accessible encrypted XML payload data and corresponding encrypted XML tag data corresponding to the encrypted XML payload data, wherein at least one subscriber requests a subscription to a subset of the encrypted XML payload data or the encrypted XML tag data, a first independent entity generates cryptographic key information based on identity information associated with the at least one subscriber, and a second independent entity performs decrypting of the subset of the encrypted XML payload data or the encrypted XML tag data based on the cryptographic key information generated by the first independent entity; and at least one processor configured to perform a network service, for handling at least one request by the at least one subscriber, that provides selective access to the subset of the encrypted XML payload data or the encrypted XML tag data.
Use of a composition comprising at least one globin of extracellular haemoglobin from Arenicolidae, one globin protomer of extracellular haemoglobin from Arenicolidae or one extracellular haemoglobin from Arenicolidae, a stabilizing solution and/or an organ-preserving solution, said composition having a temperature of between 0°C and 37°C, for preserving an organ in a donation after brain death donor or a donation after cardiac death donor.