mhurhangee/ep-ind-claims huggingface dataset:
A method for diverting a live video stream, the method being applied to a Content Delivery Network, CDN, cluster wherein each node of the CDN cluster is deployed with a Cache Content Location, CCL, proxy, through which to exchange data with a CCL server, the CCL server may be configured to store video stream information of live video streams currently maintained by each edge node, and the method comprising: receiving and maintaining, by a target stream-pushing edge node, a target live video stream pushed by at least one anchor terminal, and reporting, by the target stream-pushing edge node, video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the target stream-pushing edge node; when a stream-pulling request of the target live video stream sent by a target static parent node is received, determining, by a dynamic parent node M, whether the target live video stream is maintained locally, wherein the dynamic parent node M is a node at an upper-level of the static parent node in the CDN; if the target live video stream is not maintained locally, sending, by the dynamic parent node M, the video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the dynamic parent node M; receiving, by the dynamic parent node M, node identification information of the target stream-pushing edge node sent by the CCL server; and pulling, by the dynamic parent node M, the target live video stream from the target stream-pushing edge node according to the node identification information, and feeding back, by the dynamic parent node M, the target live video stream to the target static parent node. receiving and maintaining, by a target stream-pushing edge node, a target live video stream pushed by at least one anchor terminal, and reporting, by the target stream-pushing edge node, video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the target stream-pushing edge node; when a stream-pulling request of the target live video stream sent by a target static parent node is received, determining, by a dynamic parent node M, whether the target live video stream is maintained locally, wherein the dynamic parent node M is a node at an upper-level of the static parent node in the CDN; if the target live video stream is not maintained locally, sending, by the dynamic parent node M, the video stream information of the target live video stream to the CCL server through a locally deployed CCL proxy of the dynamic parent node M; receiving, by the dynamic parent node M, node identification information of the target stream-pushing edge node sent by the CCL server; and pulling, by the dynamic parent node M, the target live video stream from the target stream-pushing edge node according to the node identification information, and feeding back, by the dynamic parent node M, the target live video stream to the target static parent node.
Automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) for inputting and/or outputting one or more documents of value, the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) comprising: a security container for storing one or more documents of value; a first input/output interface and a second input/output interface; a head unit which is mounted so as to be displaceable to a plurality of positions relative to the security container, wherein the head unit is designed to transfer one or more documents of value • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a first position of the plurality of positions by means of the first input/output interface; • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a second position of the plurality of positions by means of the second input/output interface; and • between the head unit and the security container in a third position of the plurality of positions. a security container for storing one or more documents of value; a first input/output interface and a second input/output interface; a head unit which is mounted so as to be displaceable to a plurality of positions relative to the security container, wherein the head unit is designed to transfer one or more documents of value • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a first position of the plurality of positions by means of the first input/output interface; • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a second position of the plurality of positions by means of the second input/output interface; and • between the head unit and the security container in a third position of the plurality of positions. • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a first position of the plurality of positions by means of the first input/output interface; • into or out of the automated teller machine (100a, 200a, 300a, 400, 600, 700, 800, 950) in a second position of the plurality of positions by means of the second input/output interface; and • between the head unit and the security container in a third position of the plurality of positions.
A controller comprising: at least one processor configured to: detect (302, 304) a compromised condition of a component of a cargo transportation unit, CTU,; in response to detecting the compromised condition of the component, determine, based on an amount of time for the CTU to travel to a service facility and when the service facility is available to receive the CTU for maintenance, a time of performing a next maintenance of the CTU; and control adjustment of the component in response to detecting the compromised condition and based on the determined time of performing the next maintenance of the CTU. at least one processor configured to: detect (302, 304) a compromised condition of a component of a cargo transportation unit, CTU,; in response to detecting the compromised condition of the component, determine, based on an amount of time for the CTU to travel to a service facility and when the service facility is available to receive the CTU for maintenance, a time of performing a next maintenance of the CTU; and detect (302, 304) a compromised condition of a component of a cargo transportation unit, CTU,; in response to detecting the compromised condition of the component, determine, based on an amount of time for the CTU to travel to a service facility and when the service facility is available to receive the CTU for maintenance, a time of performing a next maintenance of the CTU; and control adjustment of the component in response to detecting the compromised condition and based on the determined time of performing the next maintenance of the CTU.
A method for determining a level of fat-free body mass in a paediatric subject comprising determining a level of phenylacetylglutamine in a sample obtained from the subject.
A method for setting an alert condition for which a user is alerted to status changes of multimedia assets, the method comprising: setting an alert condition and entering an alert period for alerting a user of status changes of multimedia assets, wherein the alert period is a period in which the user wishes to be notified of a status change; identifying multimedia assets to be monitored for status changes in accordance with the alert condition; monitoring the identified multimedia assets for status changes in accordance with the alert condition; and notifying the user of a status change of a monitored multimedia asset. setting an alert condition and entering an alert period for alerting a user of status changes of multimedia assets, wherein the alert period is a period in which the user wishes to be notified of a status change; identifying multimedia assets to be monitored for status changes in accordance with the alert condition; monitoring the identified multimedia assets for status changes in accordance with the alert condition; and notifying the user of a status change of a monitored multimedia asset.
A signal amplifier, comprising: a signal preparation unit adapted to divide an input signal,into a main input signal and an auxiliary input signal, wherein the signal preparation unit includes a dual drive module configured to apply signal shaping to the main input signal and the auxiliary input signal; a main amplifier configured to receive the main input signal and output an amplified main signal; a main bias voltage source supplying a main bias voltage to the main amplifier; an auxiliary amplifier configured to receive the auxiliary input signal and output an amplified auxiliary signal; an auxiliary bias voltage source supplying an auxiliary bias voltage to the auxiliary amplifier; a signal combiner adapted to combine the amplified main signal and the amplified auxiliary signal into an output signal; and a voltage control module adapted to: independently control the main bias voltage source and the auxiliary bias voltage source, wherein the main bias voltage source is independent from the auxiliary bias voltage source; and adjust the main bias voltage and the auxiliary bias voltage according to one or more signal characteristics of the output signal; wherein the signal preparation unit is adapted to control parameters or operations in the signal preparation unit according to the one or more signal characteristics of the output signal. a signal preparation unit adapted to divide an input signal,into a main input signal and an auxiliary input signal, wherein the signal preparation unit includes a dual drive module configured to apply signal shaping to the main input signal and the auxiliary input signal; a main amplifier configured to receive the main input signal and output an amplified main signal; a main bias voltage source supplying a main bias voltage to the main amplifier; an auxiliary amplifier configured to receive the auxiliary input signal and output an amplified auxiliary signal; an auxiliary bias voltage source supplying an auxiliary bias voltage to the auxiliary amplifier; a signal combiner adapted to combine the amplified main signal and the amplified auxiliary signal into an output signal; and a voltage control module adapted to: independently control the main bias voltage source and the auxiliary bias voltage source, wherein the main bias voltage source is independent from the auxiliary bias voltage source; and adjust the main bias voltage and the auxiliary bias voltage according to one or more signal characteristics of the output signal; wherein the signal preparation unit is adapted to control parameters or operations in the signal preparation unit according to the one or more signal characteristics of the output signal. independently control the main bias voltage source and the auxiliary bias voltage source, wherein the main bias voltage source is independent from the auxiliary bias voltage source; and adjust the main bias voltage and the auxiliary bias voltage according to one or more signal characteristics of the output signal; wherein the signal preparation unit is adapted to control parameters or operations in the signal preparation unit according to the one or more signal characteristics of the output signal.
A communication method for a mobile station in a mobile communication system for Single Radio Voice Call Continuity, SRVCC, including a first radio access network that does not support circuit-switched communications, a second radio access network that supports the circuit-switched communications, wherein the first and second radio access networks are part of a serving network of the mobile station and a gateway within the serving network of the mobile station (UE#1) for switching a path for voice communications between the mobile station (UE#1) and another mobile station (UE#2), from a path using the first radio access network, to a path using the second radio access network, the communication method comprising: deciding (S1007, S4002, S6007), by a node (P-CSCF) configured to process access transfer, whether to allocate a resource of the gateway based on a SRVCC capability of the mobile station (UE#1), wherein the SRVCC capability is transmitted by the mobile station (UE#1).
Positioning device for a cylinder crankcase with - a supporting element for supporting a cylinder crankcase connected to an auxiliary device and to be processed, - at least one electric drive motor for pivoting the supporting element about a pivot axis, wherein - the supporting member has a processing passage opening for a processing tool for processing at least one cylinder bore of the cylinder crankcase, and - at least one clamping unit (35, 36) is arranged on the supporting element for fastening the cylinder crankcase connected to the auxiliary device, wherein at least one cylinder crankcase clamping unit is arranged on the supporting element for clamping the cylinder crankcase on an oil pan side, characterized in that at least one auxiliary device clamping unit is arranged on at least one clamping surface on the supporting element for clamping the auxiliary device. - a supporting element for supporting a cylinder crankcase connected to an auxiliary device and to be processed, - at least one electric drive motor for pivoting the supporting element about a pivot axis, wherein - the supporting member has a processing passage opening for a processing tool for processing at least one cylinder bore of the cylinder crankcase, and - at least one clamping unit (35, 36) is arranged on the supporting element for fastening the cylinder crankcase connected to the auxiliary device, wherein at least one cylinder crankcase clamping unit is arranged on the supporting element for clamping the cylinder crankcase on an oil pan side, characterized in that at least one auxiliary device clamping unit is arranged on at least one clamping surface on the supporting element for clamping the auxiliary device.
A method for reducing the effect of local process variations of a digital circuit on a hardware performance monitor, the method comprising the following steps: - measuring a set of performance values c n of the digital circuit by n identical hardware performance monitors, whereas n is a natural number greater than 1, - determining an average value c mean of the measured performance values c n, as an approximation of an ideal performance value c 0, - selecting one performance value c j of the set of performance values c n by a signal converter, - comparing the performance value c j with a reference value c ref by a controller, resulting in a deviation value Δc, - controlling a regulator by using the deviation Δc for regulating the local process variations to the approximation c mean of the ideal performance value c 0. - measuring a set of performance values c n of the digital circuit by n identical hardware performance monitors, whereas n is a natural number greater than 1, - determining an average value c mean of the measured performance values c n, as an approximation of an ideal performance value c 0, - selecting one performance value c j of the set of performance values c n by a signal converter, - comparing the performance value c j with a reference value c ref by a controller, resulting in a deviation value Δc, - controlling a regulator by using the deviation Δc for regulating the local process variations to the approximation c mean of the ideal performance value c 0.
A piston-cylinder unit, with a cylinder with a mounting bore which extends radially in the cylinder, a piston which can be axially movably mounted in the cylinder along a longitudinal central axis a piston position sensing unit, which is arranged in the mounting bore and which senses the axial position of the piston in the cylinder by means of high-frequency technology, wherein the piston position sensing unit has an antenna for transmitting and receiving high-frequency signals, a collimator which is arranged in the beam path of the antenna, characterized in that the antenna has a main beam direction which extends parallel to the longitudinal central axis. a cylinder with a mounting bore which extends radially in the cylinder, a piston which can be axially movably mounted in the cylinder along a longitudinal central axis a piston position sensing unit, which is arranged in the mounting bore and which senses the axial position of the piston in the cylinder by means of high-frequency technology, wherein the piston position sensing unit has an antenna for transmitting and receiving high-frequency signals, a collimator which is arranged in the beam path of the antenna, characterized in that the antenna has a main beam direction which extends parallel to the longitudinal central axis.
A method for installing a heavy and bulky switching module, in particular a static transfer switch, in an electrical cabinet, wherein said switching module is installed in said electrical cabinet by means of an installation kit to make said switching module easily removable and interchangeable, regardless of its size and weight, and avoid the need for a lifting device, method in which said electrical cabinet is equipped with said installation kit comprising two support rails, extendable between an extended position outside of said electrical cabinet and a retracted position inside said electrical cabinet, said support rails being arranged to form two parallel rolling paths, wherein said switching module is equipped with rollers arranged in two parallel rows, designed to circulate on said rolling paths so as to be able to move said switching module from the outside to the inside of said electrical cabinet, and vice versa, by pushing and pulling with minimal effort, and wherein a raised transport pallet, forming part of said installation kit, is used to handle said switching module outside said electrical cabinet by means of an industrial truck, so that the wheels of said switching module, when supported by said transport pallet, are positioned substantially at the same level as the roller paths defined by said support rails in order to allow the transfer of said switching module by rolling it from the transport pallet to the electrical cabinet and vice versa.
A pair of forceps (100; 200), comprising: a first arm (102; 202) extending from a proximal end to a distal end; a second arm (104; 204) extending from a proximal end to a distal end, the second arm connected to the first arm at a pivot point; a first leaf spring coupled to an inner surface of the first arm at a first attachment point and curved toward the second arm; a second leaf spring coupled to an inner surface of the first arm at a second attachment point and curved toward the second arm; and a switch coupled to an inner surface of the second arm and having a switch opening extending therethrough receiving the first leaf spring to form a ratchet mechanism maintaining a desired position of the first and second arms (102, 104) relative to one another as they are radially compressed to a grasping configuration, characterized in that the second leaf spring is curved toward the second arm to abut thereagainst. a first arm (102; 202) extending from a proximal end to a distal end; a second arm (104; 204) extending from a proximal end to a distal end, the second arm connected to the first arm at a pivot point; a first leaf spring coupled to an inner surface of the first arm at a first attachment point and curved toward the second arm; a second leaf spring coupled to an inner surface of the first arm at a second attachment point and curved toward the second arm; and a switch coupled to an inner surface of the second arm and having a switch opening extending therethrough receiving the first leaf spring to form a ratchet mechanism maintaining a desired position of the first and second arms (102, 104) relative to one another as they are radially compressed to a grasping configuration, characterized in that the second leaf spring is curved toward the second arm to abut thereagainst.
Heat-adjustable diffuser for heating/air conditioning installations, comprising a frame for fixing to the wall or conduit on which a finned core with air outlet diffuser fins is assembled, such that said finned core can pivot in either direction, by means of which core it is possible to automatically orient the outlet air flow depending on the temperature of said air, the automatic orientation being established by means of an automatic positioning mechanism based on a heat-expandable element capable of impinging on a lever acting on the core with fins to cause the pivoting in either direction of the latter, depending on the expansion or contraction of said heat-expandable element and caused by the heating or cooling of the air; the heat-adjustable diffuser further comprises two L-shaped side plates, a graduation scale indicating the pivoting degrees in either direction of the core with fins, and also having means for limiting the pivoting in both directions of the actual finned core, according to its operation as a heater or as a cooler; characterized in that the L-shaped side plates have screws acting as a pivoting shaft of the core, said side plates being fixed to the frame and integrally joined to one another by means of a transverse profile through the smaller branches of said L-shaped configuration of the plates, together determining a support for the automatic positioning mechanism.
A control system for a valve member slidably arranged in a plastic injection nozzle, comprising a rotary electric motor and a mechanism adapted to couple said motor to the valve member to drive it slidably between a nozzle closing position and a nozzle maximum opening position, characterized in that said mechanism comprises: - an eccentric integral with an output shaft of the motor so as to be rotated by said output shaft, comprising a crank pin parallel to the output shaft but not coaxial with said shaft, - a slider adapted to be attached to one end of the shutter, and - a connecting rod, a first end of which is articulated on the crank pin of the eccentric and a second end of which is articulated on a pin of the slide so that the rotation of the eccentric generates a sliding of the shutter oscillating between the shut-off position and the maximum opening position. - an eccentric integral with an output shaft of the motor so as to be rotated by said output shaft, comprising a crank pin parallel to the output shaft but not coaxial with said shaft, - a slider adapted to be attached to one end of the shutter, and - a connecting rod, a first end of which is articulated on the crank pin of the eccentric and a second end of which is articulated on a pin of the slide so that the rotation of the eccentric generates a sliding of the shutter oscillating between the shut-off position and the maximum opening position.