mhurhangee/ep-ind-claims huggingface dataset:
A method for codec rate adjustment, comprising: determining, by a media gateway, MGW, whether an initial codec rate of a first interface is consistent with an initial codec rate of a second interface or an initial codec rate of a third interface after the first interface of the MGW receives a packet, wherein, the first interface is an A interface between a base station subsystem, BSS, and the MGW, the second interface is an Nb interface between the MGW and a peer MGW, and the third interface is an Iu interface between a radio network subsystem, RNS, and the MGW, wherein the codec rate includes a codec rate based on adaptive multi-rate codec, AMR, or adaptive multi-rate wideband codec, AMR-WB; adjusting, by the MGW, the initial codec rate of the second interface or the initial codec rate of the third interface to the initial codec rate of the first interface when the initial codec rate of the first interface is inconsistent with the initial codec rate of the second interface or the initial codec rate of the third interface. determining, by a media gateway, MGW, whether an initial codec rate of a first interface is consistent with an initial codec rate of a second interface or an initial codec rate of a third interface after the first interface of the MGW receives a packet, wherein, the first interface is an A interface between a base station subsystem, BSS, and the MGW, the second interface is an Nb interface between the MGW and a peer MGW, and the third interface is an Iu interface between a radio network subsystem, RNS, and the MGW, wherein the codec rate includes a codec rate based on adaptive multi-rate codec, AMR, or adaptive multi-rate wideband codec, AMR-WB; adjusting, by the MGW, the initial codec rate of the second interface or the initial codec rate of the third interface to the initial codec rate of the first interface when the initial codec rate of the first interface is inconsistent with the initial codec rate of the second interface or the initial codec rate of the third interface.
Corner hinge for a drive rod fitting for tiltably and pivotably bearing a window, a French door or the like, with a base element, with a horizontal bearing, arranged on the base element, for bearing a bearing pin of a vertical bearing, and with a screw plate, having a resting flange, of the base element for supporting on the window, the French door or the like, wherein a support element supports the mounting plate of the base element and at least a partial region of the horizontal bearing, wherein the support element and the base element have guides (26, 27) that are corresponding with each other, characterized in that the support element has a support plate that is butting against the mounting plate, and a support housing encompassing the horizontal bearing, and in that the support plate and the support housing are integrally formed.
Element with variable shape for defining backs, sides or armrests of sofas and armchairs, characterized in that it comprises: - a cushion, constituted by an upholstery made of soft material and covered by a flabby covering; - a fixed frame located inside said cushion and made integral, through its lower end, to the supporting structure of a sofa or armchair, said frame being vertically extended inside a lower section of said cushion and having substantially half the height of said cushion; - at least two movable frames, located inside said cushion in an upper section thereof standing above said lower section, each one of said movable frames, being independently hinged at the top of said fixed frame about at least one pivot axis and being adapted to reach different positions, each one useful to obtain a predetermined configuration of at least one portion, of said upper section of the cushion with respect to said lower section; - movement control means associated to said pivot axis, said means being adapted to allow or to prevent rotation of said movable frames,, in order to enable them to reach said different positions with respect to the fixed frame, or to lock the movable frame in the reached position, respectively. - a cushion, constituted by an upholstery made of soft material and covered by a flabby covering; - a fixed frame located inside said cushion and made integral, through its lower end, to the supporting structure of a sofa or armchair, said frame being vertically extended inside a lower section of said cushion and having substantially half the height of said cushion; - at least two movable frames, located inside said cushion in an upper section thereof standing above said lower section, each one of said movable frames, being independently hinged at the top of said fixed frame about at least one pivot axis and being adapted to reach different positions, each one useful to obtain a predetermined configuration of at least one portion, of said upper section of the cushion with respect to said lower section; - movement control means associated to said pivot axis, said means being adapted to allow or to prevent rotation of said movable frames,, in order to enable them to reach said different positions with respect to the fixed frame, or to lock the movable frame in the reached position, respectively.
A method for operating a downhole tool, the method comprising the steps of: (a) running an actuator and a downhole tool downhole simultaneously, the downhole tool disposed on tubing, the actuator operatively associated with a tubular string located in the tubing, the actuator and the downhole tool arranged so that, on running the actuator and the downhole tool downhole, the actuator is located downhole from the downhole tool; (b) pulling the actuator uphole using the tubular string operatively associated with the actuator; (c) engaging the downhole tool with the actuator; (d) pulling the actuator uphole to perform a first operation of the downhole tool; (e) changing the configuration of at least one of the downhole tool and the actuator; and (f) pulling the actuator to perform a second operation of the downhole tool. (a) running an actuator and a downhole tool downhole simultaneously, the downhole tool disposed on tubing, the actuator operatively associated with a tubular string located in the tubing, the actuator and the downhole tool arranged so that, on running the actuator and the downhole tool downhole, the actuator is located downhole from the downhole tool; (b) pulling the actuator uphole using the tubular string operatively associated with the actuator; (c) engaging the downhole tool with the actuator; (d) pulling the actuator uphole to perform a first operation of the downhole tool; (e) changing the configuration of at least one of the downhole tool and the actuator; and (f) pulling the actuator to perform a second operation of the downhole tool.
A composition comprising at least one oil, and a first composition comprising the following: A) a first composition A comprising an ethylene/a-olefin/non-conjugated diene interpolymer A, B) an ethylene/a-olefin/non-conjugated diene interpolymer B; and wherein the weight ratio of component A to component B is from 1/1 to 20/1; wherein the weight average molecular weight (Mw) of the ethylene/a-olefin/non-conjugated diene B is greater than the weight average molecular weight (Mw) of the first composition A; wherein the composition has a Mooney Viscosity (ML1+4, 100°C) from 20 to 100; and wherein the first composition meets the following Equation A: 4.50 < [(Mz/Mn) (first comp.))/(TD0.1 (first comp.))] < 8.00 (Eqn. A), wherein TD0.1 (first comp.) is the tan delta of the first composition at 0.1 rad/sec and 190°C. A) a first composition A comprising an ethylene/a-olefin/non-conjugated diene interpolymer A, B) an ethylene/a-olefin/non-conjugated diene interpolymer B; and wherein the weight average molecular weight (Mw) of the ethylene/a-olefin/non-conjugated diene B is greater than the weight average molecular weight (Mw) of the first composition A; wherein the composition has a Mooney Viscosity (ML1+4, 100°C) from 20 to 100; and wherein the first composition meets the following Equation A: 4.50 < [(Mz/Mn) (first comp.))/(TD0.1 (first comp.))] < 8.00 (Eqn. A), wherein TD0.1 (first comp.) is the tan delta of the first composition at 0.1 rad/sec and 190°C.
A method for controlling a waste-heat recovery system in a gas compressor (20,21) including a compressor main body, a gas piping for sending a compressed gas discharged from the gas compressor (20,21) to a demanded destination, a waste-heat-recovery heat exchanger for recovering heat from the compressed gas flowing through the gas piping, a circulation circuit (17,18) for circulating a heat medium between the waste-heat-recovery heat exchanger and outside from the gas compressor (20,21) for moving the heat received from the waste-heat-recovery heat exchanger to the outside from the gas compressor (20,21), a circulation pump provided at the circulation circuit (17,18), and a control device (30,31,32) controlling the circulation pump; characterized in that the control device (30,31,32) performs a step of: stopping or reducing the rotational frequency of the circulation pump in a case where a temperature of the compressed gas subjected to heat exchange by the waste-heat-recovery heat exchanger is equal to or lower than a temperature of the heat medium circulating in the circulation circuit (17,18).
A method of improving an existing route used to transfer data between a first node and a second node in a first ad-hoc network that comprises a plurality of nodes, the method comprising: selecting based on a predetermined performance criterion or criteria one of a plurality of candidate routes between the first node and the second node, wherein each candidate route comprises at least one inter-node link that is not comprised within the first ad-hoc network and at least one candidate route comprises multiple inter-node links; the method further characterised by: initializing, via the existing route, the use of the inter-node links of the selected candidate route, wherein the step of initializing comprises sending from the second node via the existing route to a neighboring node that neighbors the second node in the selected candidate route, an initialization message for establishing an inter-node link between the second node and the neighboring node; and switching from using the existing route to transfer data between the first node and the second node to using the selected candidate route to transfer data between the first node and the second node. selecting based on a predetermined performance criterion or criteria one of a plurality of candidate routes between the first node and the second node, wherein each candidate route comprises at least one inter-node link that is not comprised within the first ad-hoc network and at least one candidate route comprises multiple inter-node links; the method further characterised by: initializing, via the existing route, the use of the inter-node links of the selected candidate route, wherein the step of initializing comprises sending from the second node via the existing route to a neighboring node that neighbors the second node in the selected candidate route, an initialization message for establishing an inter-node link between the second node and the neighboring node; and initializing, via the existing route, the use of the inter-node links of the selected candidate route, wherein the step of initializing comprises sending from the second node via the existing route to a neighboring node that neighbors the second node in the selected candidate route, an initialization message for establishing an inter-node link between the second node and the neighboring node; and switching from using the existing route to transfer data between the first node and the second node to using the selected candidate route to transfer data between the first node and the second node.
A control device (100, 407) for shielding an aircraft cabin, the control device comprising: an interference device; a transmitting device for transmitting an interference signal; a database for querying the interference signal; wherein aircraft data are fed into the control device (100, 407) wherein the interference device is adapted, for querying of the required interference signal with the help of the database, which interference signal corresponds to a condition currently present; and wherein by the interference signal a signal entering the aircraft cabin can be rendered unrecognisable by superposition with the interference signal; wherein for the generation of the interference signal the aircraft data are taken into account; wherein the transmitting device is adapted to emit the generated interference signal, wherein the aircraft data is the flight position or the square grid over which an aircraft currently is flying. an interference device; a transmitting device for transmitting an interference signal; a database for querying the interference signal; wherein aircraft data are fed into the control device (100, 407) wherein the interference device is adapted, for querying of the required interference signal with the help of the database, which interference signal corresponds to a condition currently present; and wherein by the interference signal a signal entering the aircraft cabin can be rendered unrecognisable by superposition with the interference signal; wherein for the generation of the interference signal the aircraft data are taken into account; wherein the transmitting device is adapted to emit the generated interference signal, wherein the aircraft data is the flight position or the square grid over which an aircraft currently is flying.
Machine component having a base body produced from a base material, said base body being equipped in a partial region of its surface with a plating made of an application material with a greater hardness and/or toughness than the base material, characterised in that the plating is formed by a number of plating elements, the plating elements being applied to the base body being tilted in their longitudinal direction in relation to the main flow direction of a hot gas flowing through the base body, and the tilt angle being greater than 0° and smaller than 90°, so that the plating elements run around the base body in a spiral manner.
A device for carrying out tests for pedestrian protection, comprising a headform which has fastening means for fastening the headform to a launching device, and a measuring system with sensors for detecting measured data and a memory arrangement for recording said measured data, characterized in that the headform is assigned optical transmission means which are data-connected to the measuring system for the contactless communication with a remote station assigned to the launching device.
A method of deriving and maintaining a midbrain-like organoid comprising: (a) culturing pluripotent stem cells to obtain neuronal lineage embryoid bodies; (b) culturing the neuronal lineage embryoid bodies from (a) to obtain midbrain regionalized tissues; (c) embedding and culturing the midbrain regionalized tissues from (b) in an extracellular matrix to obtain developing neuroepithelial tissues; and (d) culturing the neuroepithelial tissues from (c) to obtain a midbrain-like organoid, wherein the neuronal lineage embryoid bodies of step (b) are cultured in a second cell culture medium, wherein the second cell culture medium comprises: (i) TGF-β inhibitor and/or SMAD2/3 inhibitor, wherein the TGF-β inhibitor is 4-[4-(1,3-benzodioxol-5-yl)-5-pyridin-2-yl-1H-imidazol-2-yl]benzamide (SB 431542) and the SMAD2/3 inhibitor is Noggin; (ii) WNT-signaling activator, wherein the WNT-signaling activator is 6-[2-[[4-(2,4-dichlorophenyl)-5-(5-methyl-1H-imidazol-2-yl)pyrimidin-2-yl]amino]ethylamino]pyridine-3-carbonitrile (CHIR-99021); (iii) hedgehog signaling protein; and (iv) fibroblast growth factor. (a) culturing pluripotent stem cells to obtain neuronal lineage embryoid bodies; (b) culturing the neuronal lineage embryoid bodies from (a) to obtain midbrain regionalized tissues; (c) embedding and culturing the midbrain regionalized tissues from (b) in an extracellular matrix to obtain developing neuroepithelial tissues; and (d) culturing the neuroepithelial tissues from (c) to obtain a midbrain-like organoid, (i) TGF-β inhibitor and/or SMAD2/3 inhibitor, wherein the TGF-β inhibitor is 4-[4-(1,3-benzodioxol-5-yl)-5-pyridin-2-yl-1H-imidazol-2-yl]benzamide (SB 431542) and the SMAD2/3 inhibitor is Noggin; (ii) WNT-signaling activator, wherein the WNT-signaling activator is 6-[2-[[4-(2,4-dichlorophenyl)-5-(5-methyl-1H-imidazol-2-yl)pyrimidin-2-yl]amino]ethylamino]pyridine-3-carbonitrile (CHIR-99021); (iii) hedgehog signaling protein; and (iv) fibroblast growth factor.
An automated method of providing fluid communication through a self-sealing membrane, the method comprising: a) operating an articulated conveyor to retrieve a first fluid conduit having a beveled leading edge (304, 354); b) creating a first aperture in a re-sealable fluid port membrane by piercing the membrane with the first fluid conduit; c) operating the articulated conveyor to retrieve an additional fluid conduit having a beveled leading edge; d) determining alignment and orientation of the additional fluid conduit relative to the first aperture; e) registering and orienting the additional fluid conduit for entry into the first aperture; and f) inserting the additional fluid conduit through the first aperture and in substantial alignment with the first aperture. a) operating an articulated conveyor to retrieve a first fluid conduit having a beveled leading edge (304, 354); b) creating a first aperture in a re-sealable fluid port membrane by piercing the membrane with the first fluid conduit; c) operating the articulated conveyor to retrieve an additional fluid conduit having a beveled leading edge; d) determining alignment and orientation of the additional fluid conduit relative to the first aperture; e) registering and orienting the additional fluid conduit for entry into the first aperture; and f) inserting the additional fluid conduit through the first aperture and in substantial alignment with the first aperture.
Method for controlling a modulating burner in a boiler, the power of which can be varied between a minimum power Q min and a rated power Q N, characterized in that, when the burner is started, rather than the current difference between the actual value T Kist of the boiler water temperature and the setpoint value T Ksoll of the boiler water temperature, a modified setpoint value T Ksollkorr of the boiler water temperature is used as the defining quantity for the burner power, which modified setpoint T Ksollkorr value is lower at the start of the burner than the true setpoint value T Ksoll of the boiler water temperature and rises subsequently until it as high as the true setpoint value T Ksoll of the boiler water temperature.
A heater comprising: a first power pin; a second power pin; and a resistive heating element configured to generate heat and having two ends connected to the first and second power pins (40, 42), the first and second power pins (40, 42) configured to supply power to the resistive heating element, characterized in that the first power pin is made of a first conductive material, the second power pin being made of a second conductive material that is dissimilar from the first conductive material of the first power pin, the resistive heating element being made of a material that is different from the first and second conductive materials of the first and second power pins (40, 42), such that the resistive heating element forms a first junction at one end with the first power pin and a second junction at its other end with the second power pin, wherein the heater performs dual function of heat generation and temperature measurement and changes in voltage at the first and second junctions (50, 52) are detected to determine an average temperature of the heater. a first power pin; a second power pin; and a resistive heating element configured to generate heat and having two ends connected to the first and second power pins (40, 42), the first and second power pins (40, 42) configured to supply power to the resistive heating element,
A shifting arrangement for a shiftable transmission, wherein the shifting arrangement comprises: a selector sleeve (5, 5') which is movable between a first position in which a first idler gear (31, 32, 33, 34; 35) of the shifting arrangement is rotatable relative to a shaft and a second position in which it connects the first idler gear (31, 32, 33, 34; 35) in a torsion-proof manner to the shaft, a friction-clutch assembly (6, 6') which is movable between a first position in which two parts (19, 20) of the frictional-clutch assembly (6, 6') are rotatable relative to one another and a second position in which the two parts (19, 20) are connected in a frictionally engaged manner, and an actuating element which is movable between a neutral position and a first shifting position through an intermediate position in one degree of freedom, wherein in the neutral position the selector sleeve (5, 5') and the friction-clutch assembly (6, 6') are in their respective first position, in the intermediate position the selector sleeve (5, 5') is in its second position and the friction-clutch assembly (6, 6') in its first position, and in the first shifting position the selector sleeve (5, 5') and the friction-clutch assembly (6, 6') are in their respective second position, characterized in that a selector-sleeve axial actuating unit (8, 8', 1008) comprises a selector drum (10, 10', 2010) and a shifting pin (11, 1011) guided in a control groove (9, 2009) of the selector drum (10, 10', 2010), and at least one section (13, 2013) of the control groove (9, 2009) extends helically about the selector drum (10, 10', 2010). a selector sleeve (5, 5') which is movable between a first position in which a first idler gear (31, 32, 33, 34; 35) of the shifting arrangement is rotatable relative to a shaft and a second position in which it connects the first idler gear (31, 32, 33, 34; 35) in a torsion-proof manner to the shaft, a friction-clutch assembly (6, 6') which is movable between a first position in which two parts (19, 20) of the frictional-clutch assembly (6, 6') are rotatable relative to one another and a second position in which the two parts (19, 20) are connected in a frictionally engaged manner, and an actuating element which is movable between a neutral position and a first shifting position through an intermediate position in one degree of freedom, wherein in the neutral position the selector sleeve (5, 5') and the friction-clutch assembly (6, 6') are in their respective first position, in the intermediate position the selector sleeve (5, 5') is in its second position and the friction-clutch assembly (6, 6') in its first position, and in the first shifting position the selector sleeve (5, 5') and the friction-clutch assembly (6, 6') are in their respective second position, characterized in that a selector-sleeve axial actuating unit (8, 8', 1008) comprises a selector drum (10, 10', 2010) and a shifting pin (11, 1011) guided in a control groove (9, 2009) of the selector drum (10, 10', 2010), and at least one section (13, 2013) of the control groove (9, 2009) extends helically about the selector drum (10, 10', 2010).