mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining an engine health factor of an aircraft engine comprising: determining , by one or more control devices, an engine condition indicative of an engine health during operation of the aircraft engine , the engine condition comprising a current torque value of the aircraft engine and a corresponding current temperature value of the aircraft engine ; accessing , by the one or more control devices, a baseline engine power model for the aircraft engine , wherein the baseline engine power model of the aircraft engine is an engine torque to temperature model defining a baseline engine line ; modifying , by the one or more control devices, the baseline engine power model using the determined engine condition, the method being characterized in that the modifying comprises updating the baseline engine line of the baseline engine power model to an updated engine line to reflect the determined engine condition; and determining , by the one or more control devices, an engine health factor including a maximum torque for the engine based on the modified baseline engine power model at a maximum temperature. determining , by one or more control devices, an engine condition indicative of an engine health during operation of the aircraft engine , the engine condition comprising a current torque value of the aircraft engine and a corresponding current temperature value of the aircraft engine ; accessing , by the one or more control devices, a baseline engine power model for the aircraft engine , wherein the baseline engine power model of the aircraft engine is an engine torque to temperature model defining a baseline engine line ; modifying , by the one or more control devices, the baseline engine power model using the determined engine condition, the method being characterized in that the modifying comprises updating the baseline engine line of the baseline engine power model to an updated engine line to reflect the determined engine condition; and determining , by the one or more control devices, an engine health factor including a maximum torque for the engine based on the modified baseline engine power model at a maximum temperature.
A constant potential electrolytic gas sensor comprising a case with a case body ; an electrode structure comprising at least two electrodes provided in the case body; at least two lead wires that extend along respective surfaces of the at least two electrodes and are connected to the respective surfaces of the at least two electrodes; and at least two external electrodes that extend from the outside of the case to the inside of the case, are provided in the case body, and are connected to the at least two lead wires, respectively, wherein the at least two external electrodes are arranged so that a connection point (CP) of the external electrode to which the lead wire is connected is located at a height corresponding to the electrode structure, characterized in that the case body comprises a guide that guides the lead wire along an introduction path from the outside of the case body toward the electrode structure via the connection point of the external electrode, and wherein the guide comprises: a first guide that guides the lead wire from the outside of the case body toward the connection point of the external electrode; and a second guide that guides the lead wire from the connection point of the external electrode toward the electrode structure. a case with a case body ; an electrode structure comprising at least two electrodes provided in the case body; at least two lead wires that extend along respective surfaces of the at least two electrodes and are connected to the respective surfaces of the at least two electrodes; and at least two external electrodes that extend from the outside of the case to the inside of the case, are provided in the case body, and are connected to the at least two lead wires, respectively, wherein the at least two external electrodes are arranged so that a connection point (CP) of the external electrode to which the lead wire is connected is located at a height corresponding to the electrode structure, characterized in that the case body comprises a guide that guides the lead wire along an introduction path from the outside of the case body toward the electrode structure via the connection point of the external electrode, and wherein the guide comprises: a first guide that guides the lead wire from the outside of the case body toward the connection point of the external electrode; and a second guide that guides the lead wire from the connection point of the external electrode toward the electrode structure. a first guide that guides the lead wire from the outside of the case body toward the connection point of the external electrode; and a second guide that guides the lead wire from the connection point of the external electrode toward the electrode structure.
A vehicle lamp comprising: a light source ; a heat sink on which the light source is disposed; a reflector that is disposed above the heat sink and reflects light from the light source toward a front side; a lens that is disposed further front side than the light source and irradiates the light toward the front side; and a light distribution pattern switching part that is disposed between the lens and the light source and switches a light distribution pattern, wherein the light distribution pattern switching part includes a bracket , a crank that is supported by a support part of the bracket , a shade that performs a rotation action to switch the light distribution pattern, and a support shaft that rotatably supports the shade and is fixed on the bracket , characterized in that the crank includes a rotating shaft part that extends across the bracket to be rotatably supported by the support part of the bracket , and a rotation action part that is formed at one end of the rotating shaft part and rotates about the rotating shaft part to perform a rotation action of the shade , and wherein the support shaft is disposed to cross the rotating shaft part of the crank so as not to remove the rotating shaft part of the crank from the support part of the bracket . a light source ; a heat sink on which the light source is disposed; a reflector that is disposed above the heat sink and reflects light from the light source toward a front side; a lens that is disposed further front side than the light source and irradiates the light toward the front side; and a light distribution pattern switching part that is disposed between the lens and the light source and switches a light distribution pattern, wherein the light distribution pattern switching part includes a bracket , a crank that is supported by a support part of the bracket , a shade that performs a rotation action to switch the light distribution pattern, and a support shaft that rotatably supports the shade and is fixed on the bracket , characterized in that the crank includes a rotating shaft part that extends across the bracket to be rotatably supported by the support part of the bracket , and a rotation action part that is formed at one end of the rotating shaft part and rotates about the rotating shaft part to perform a rotation action of the shade , and wherein the support shaft is disposed to cross the rotating shaft part of the crank so as not to remove the rotating shaft part of the crank from the support part of the bracket .
A hydraulic valve, comprising at least - at least one connection (A) for a pressurised hydraulic fluid, - at least one connection (B) for a working line, - at least one control connection (X), - a closing element , wherein the closing element can be moved at least between a first position and a second position, wherein a fluid connection between two connections (A, B) is released in the first position and the fluid connection between the two connections (A, B) is blocked in the second position, - at least one control piston , wherein the control piston • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber , characterised in that a shuttle valve is arranged between the working pressure chamber , the control connection (X) and the control pressure chamber , so that the control pressure chamber is connected either to the control connection (X) or to the working pressure chamber . - at least one connection (A) for a pressurised hydraulic fluid, - at least one connection (B) for a working line, - at least one control connection (X), - a closing element , wherein the closing element can be moved at least between a first position and a second position, wherein a fluid connection between two connections (A, B) is released in the first position and the fluid connection between the two connections (A, B) is blocked in the second position, - at least one control piston , wherein the control piston • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber , • on the one hand engages with the closing element for actuation in a working pressure chamber and • on the other hand can be subjected to a control pressure from a control pressure chamber ,
A fiber that is formed from a thermoplastic composition, the thermoplastic composition comprising: 70 wt.% or more, based on the total weight of the thermoplastic composition, of at least one rigid renewable polyester having a glass transition temperature of 0°C or more and preferably from 50°C to 75°C, as determined by dynamic mechanical analysis in accordance with ASTM E1640-09; from 1 wt.% to 30 wt.% of at least one polymeric toughening additive based on the weight of the renewable polyester; from 0.1 wt.% to 20 wt.% of at least one interphase modifier based on the weight of the renewable polyester, wherein the interphase modifier is hydrophobic; and at least one polyepoxide modifier; wherein the thermoplastic composition has a morphology in which a plurality of discrete primary domains and voids are dispersed within a continuous phase, the domains containing the polymeric toughening additive and the continuous phase containing the renewable polyester, wherein the voids are located adjacent the domains, wherein the fiber has a density of 1.4 grams per cubic centimeter or less and preferably from 0.5 grams per cubic centimeter to 0.95 grams per cubic centimeter, wherein the average percent volume of the composition that is occupied by the voids is from 20% to 80% per cubic centimeter and preferably from 40% to 60% per cubic centimeter; and wherein the hydrophobic interphase modifier has a contact angle of water in air of 40° or more, as determined according to ASTM D5725-99 . 70 wt.% or more, based on the total weight of the thermoplastic composition, of at least one rigid renewable polyester having a glass transition temperature of 0°C or more and preferably from 50°C to 75°C, as determined by dynamic mechanical analysis in accordance with ASTM E1640-09; from 1 wt.% to 30 wt.% of at least one polymeric toughening additive based on the weight of the renewable polyester; from 0.1 wt.% to 20 wt.% of at least one interphase modifier based on the weight of the renewable polyester, wherein the interphase modifier is hydrophobic; and at least one polyepoxide modifier; wherein the thermoplastic composition has a morphology in which a plurality of discrete primary domains and voids are dispersed within a continuous phase, the domains containing the polymeric toughening additive and the continuous phase containing the renewable polyester, wherein the voids are located adjacent the domains, wherein the fiber has a density of 1.4 grams per cubic centimeter or less and preferably from 0.5 grams per cubic centimeter to 0.95 grams per cubic centimeter, wherein the average percent volume of the composition that is occupied by the voids is from 20% to 80% per cubic centimeter and preferably from 40% to 60% per cubic centimeter; and wherein the hydrophobic interphase modifier has a contact angle of water in air of 40° or more, as determined according to ASTM D5725-99 .
A method comprising performing, by a computer system : generating a first commitment using a message and a first hash function; generating a second commitment using the message and a second hash function; transmitting a request including the first commitment and the second commitment to each of a plurality of cryptographic devices (102-108), the plurality of cryptographic devices (102-108) storing a first plurality of secret shares that are generated from a first secret value and a second plurality of secret shares that are generated from a second secret value; receiving, from the plurality of cryptographic devices (102-108), a plurality of partial computations, wherein each partial computation of the plurality of partial computations was generated by a respective one of the plurality of cryptographic devices (102-108) using a respective first partial computation and a respective second partial computation, wherein the respective first partial computation is generated using a respective first secret share and the first commitment, and wherein the respective second partial computation is generated using a respective second secret share and the second commitment; generating a cryptographic key based on the plurality of partial computations; generating a ciphertext by encrypting the message using the cryptographic key; and generating a payload comprising the ciphertext, the first commitment, and the second commitment. generating a first commitment using a message and a first hash function; generating a second commitment using the message and a second hash function; transmitting a request including the first commitment and the second commitment to each of a plurality of cryptographic devices (102-108), the plurality of cryptographic devices (102-108) storing a first plurality of secret shares that are generated from a first secret value and a second plurality of secret shares that are generated from a second secret value; receiving, from the plurality of cryptographic devices (102-108), a plurality of partial computations, wherein each partial computation of the plurality of partial computations was generated by a respective one of the plurality of cryptographic devices (102-108) using a respective first partial computation and a respective second partial computation, wherein the respective first partial computation is generated using a respective first secret share and the first commitment, and wherein the respective second partial computation is generated using a respective second secret share and the second commitment; generating a cryptographic key based on the plurality of partial computations; generating a ciphertext by encrypting the message using the cryptographic key; and generating a payload comprising the ciphertext, the first commitment, and the second commitment.
A data transmission method, performed by an, evolved Node B, eNB, the method comprising: allocating downlink, DL, regions in a time unit, wherein the time unit comprises at least two DL regions, each allowing to schedule a corresponding data transmission, and the time unit is one slot; notifying a User Equipment, UE, of the allocated DL regions via configuration signaling; and transmitting a downlink control channel to the UE in at least one DL region in the time unit; wherein notifying the UE of the allocated DL regions via the configuration signaling comprises: notifying the UE of one of a plurality of predefined patterns, wherein each pattern comprises an allocation of lengths and positions of the DL regions in the time unit. allocating downlink, DL, regions in a time unit, wherein the time unit comprises at least two DL regions, each allowing to schedule a corresponding data transmission, and the time unit is one slot; notifying a User Equipment, UE, of the allocated DL regions via configuration signaling; and transmitting a downlink control channel to the UE in at least one DL region in the time unit; wherein notifying the UE of the allocated DL regions via the configuration signaling comprises: notifying the UE of one of a plurality of predefined patterns, wherein each pattern comprises an allocation of lengths and positions of the DL regions in the time unit.
A conveyor system comprising: an endless first conveyor belt advancing in a conveying direction along an upper carryway and rounding a reversing element along a reversing path at an exit end of the first conveyor belt into a lower return path , wherein the first conveyor belt has an outer conveying side with protrusions extending outward of the outer conveying side ; a transfer assembly disposed at the exit end of the first conveyor belt to receive articles exiting the conveyor belt , the conveyor system being characterized by the transfer assembly (44, 106 116, 140) including: a pivot portion having a bore ; a cantilevered portion extending from the pivot portion over the reversing element to a distal tip ; a shaft extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions . an endless first conveyor belt advancing in a conveying direction along an upper carryway and rounding a reversing element along a reversing path at an exit end of the first conveyor belt into a lower return path , wherein the first conveyor belt has an outer conveying side with protrusions extending outward of the outer conveying side ; a transfer assembly disposed at the exit end of the first conveyor belt to receive articles exiting the conveyor belt , the conveyor system being characterized by the transfer assembly (44, 106 116, 140) including: a pivot portion having a bore ; a cantilevered portion extending from the pivot portion over the reversing element to a distal tip ; a shaft extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions . a pivot portion having a bore ; a cantilevered portion extending from the pivot portion over the reversing element to a distal tip ; a shaft extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions .
A method for simultaneously displacing, by means of a transport device , at least two bending tools held in a rail of a tool mount, which bending tools form a row along the rail , characterized in that the transport device has a first section and a second section , wherein the second section is displaceable along the rail , and wherein the first section is movable relative to the second section , and that the transport device is moved in a first direction along the rails up to the first bending tool of the row, and the first section of the transport device is arranged so as to extend up to the last bending tool of the row and is coupled to the last bending tool of the row, and that the transport device is displaced with the row of bending tools in the direction opposite to the first direction .
A vehicle having a side impact airbag that is deployable between two seats in a widthwise direction of the vehicle, preventing collision between passengers (O1, O2) seated on the two seats , where: the airbag is configured to have a recess on two panels to accommodate the shoulders (S) and arms (A) of the passengers (01, O2) when fully inflated, and; the fully inflated airbag is configured to be kept in a certain position by pressure applied by the passengers (O1, O2) accommodated in the recess , characterized in that the recess is formed with an inclination toward the front (F) and bottom of the vehicle so as to correspond to the inclination of the shoulders (S) and arms (A) of the passengers (O1, O2). the airbag is configured to have a recess on two panels to accommodate the shoulders (S) and arms (A) of the passengers (01, O2) when fully inflated, and; the fully inflated airbag is configured to be kept in a certain position by pressure applied by the passengers (O1, O2) accommodated in the recess , characterized in that the recess is formed with an inclination toward the front (F) and bottom of the vehicle so as to correspond to the inclination of the shoulders (S) and arms (A) of the passengers (O1, O2).
A composition comprising desmopressin for use in the treatment of nocturia or nocturnal polyuria to increase the initial period of undisturbed sleep in a female patient in need thereof, the composition comprising an orodispersible dose of 25 microgram desmopressin wherein the dose is measured as the free base of desmopressin and which is administered to the patient prior to bedtime.
- A drilling machine to drill into panels made of wood or the like comprising a base defining a support surface (P) for at least one panel ; a feeding device to feed the panel on the support surface (P) along a given path (S) and in a given first direction ; and a first drilling station and a second drilling station , which are obtained along the path (S); the first drilling station comprising at least one horizontal drill bit , which is substantially parallel to the first direction and is movable in the first direction , and a first pressing device , which is mounted upstream of the horizontal drill bit in the first direction and is movable between a locking position, in which the panel is locked on the support surface (P), and a release position; and the second drilling station comprising at least one vertical drill bit , which is substantially parallel to a second direction , which is perpendicular to the support surface (P) and transverse to the first direction ; and characterized in that the first drilling station is further provided with a second pressing device , which is mounted downstream of the horizontal drill bit in the first direction and is movable between a locking position, in which the panel is locked on the support surface (P), and a release position.