mhurhangee/ep-ind-claims huggingface dataset:
A clearance control system for a gas turbine engine comprising: a blade outer air seal mounted on a carrier; at least one blade rotatable about an engine axis, the blade outer air seal being spaced radially outwardly from a tip of the blade by a clearance; and a heat exchanger configured to deliver air at a first temperature to the blade outer air seal at a first operating condition to allow the blade outer air seal to move in a first direction to maintain a desired clearance, and configured to deliver air at a second temperature to the blade outer air seal at a second operating condition to allow the blade outer air seal to move in a second direction to maintain a desired clearance, wherein the second temperature is less than the first temperature, characterised by: a mixing chamber having a first inlet that receives flow from the heat exchanger and a second inlet that receives diffuser chamber flow from a combustion section diffuser chamber to be mixed with flow exiting the heat exchanger, wherein the mixing chamber has a first outlet to direct flow to the carrier and a second outlet to direct flow to the blade. a blade outer air seal mounted on a carrier; at least one blade rotatable about an engine axis, the blade outer air seal being spaced radially outwardly from a tip of the blade by a clearance; and a heat exchanger configured to deliver air at a first temperature to the blade outer air seal at a first operating condition to allow the blade outer air seal to move in a first direction to maintain a desired clearance, and configured to deliver air at a second temperature to the blade outer air seal at a second operating condition to allow the blade outer air seal to move in a second direction to maintain a desired clearance, wherein the second temperature is less than the first temperature,
A computer system, comprising: a heat source; a heat sink operatively connected to the heat source, the heat sink comprising: a first channel arranged to carry a fluid, a second channel arranged to carry the fluid, and a pump assembly arranged to control flow direction of the fluid in the first channel and the second channel dependent on a radial magnetic field generated by the pump assembly, and a two-channel pipe embedded in the heat sink and housing at least a portion of the first channel and at least a portion of the second channel, wherein the two-channel pipe is formed of a thermally conductive metal and the first and second channels are adjacent within the two-channel pipe such that the first channel and the second channel are in thermal contact with each other within the two-channel pipe. a heat source; a heat sink operatively connected to the heat source, the heat sink comprising: a first channel arranged to carry a fluid, a second channel arranged to carry the fluid, and a pump assembly arranged to control flow direction of the fluid in the first channel and the second channel dependent on a radial magnetic field generated by the pump assembly, and a first channel arranged to carry a fluid, a second channel arranged to carry the fluid, and a pump assembly arranged to control flow direction of the fluid in the first channel and the second channel dependent on a radial magnetic field generated by the pump assembly, and a two-channel pipe embedded in the heat sink and housing at least a portion of the first channel and at least a portion of the second channel, wherein the two-channel pipe is formed of a thermally conductive metal and the first and second channels are adjacent within the two-channel pipe such that the first channel and the second channel are in thermal contact with each other within the two-channel pipe.
A tire, comprising a tread surface divided into a plurality of land portions (3a, 3b) by at least one circumferential groove extending along a tire equator and tread edges, wherein at least one of the land portions (3a, 3b) divided by the at least one circumferential groove and the tread edges comprises a plurality of blocks divided by a plurality of width direction grooves; each of the blocks has a shape that protrudes from four sides toward a central portion; each of the width direction grooves comprises a sipe portion; each of the blocks comprises a protrusion with an apex having a tread width direction maximum length that is 30% to 40% of a tread width direction length of the block; and the apex has a tread circumferential direction maximum length that is 30% to 40% of a tread circumferential direction length of the block.
External combustion engine comprising a drive shaft, a first cylinder kinematically connected to said drive shaft, a second cylinder kinematically connected to said drive shaft, and a thermodynamic circuit fluidly connected to both said cylinders (11, 12), and having at least an expansion chamber and a compression chamber (18, 23) for a heat-carrying fluid, in order to determine the cyclic movement of said first cylinder and said second cylinder, characterized in that said first cylinder is mounted on a first support frame and said second cylinder is mounted on a second support frame, distinct from and constrained in a mobile manner to the first support frame, movement means being mechanically connected to said first support frame and/or said second support frame, in order to determine the desired relative movement of said first support frame and said second support frame and to vary the reciprocal kinematic connection phasing of said two cylinders (11, 12) with respect to said drive shaft.
A composition comprising: (a) an adipose tissue; (b) a silk fibroin material which comprises no more than 1% (w/w) of sericin; and (c) a compound represented by the following formula IX or a pharmaceutically-acceptable salt thereof: wherein: X 1 and X 5 are independently CH or N; X 7 is NH, O, or S; X 8 and X 9 are independently CH or N; R 13 is optionally-substituted aryl or optionally-substituted heteroaryl; and R 14 is C 1-6 alkyl, optionally-substituted aryl, or optionally-substituted heteroaryl. (a) an adipose tissue; (b) a silk fibroin material which comprises no more than 1% (w/w) of sericin; and (c) a compound represented by the following formula IX or a pharmaceutically-acceptable salt thereof: wherein: X 1 and X 5 are independently CH or N; X 7 is NH, O, or S; X 8 and X 9 are independently CH or N; R 13 is optionally-substituted aryl or optionally-substituted heteroaryl; and R 14 is C 1-6 alkyl, optionally-substituted aryl, or optionally-substituted heteroaryl. X 1 and X 5 are independently CH or N; X 7 is NH, O, or S; X 8 and X 9 are independently CH or N; R 13 is optionally-substituted aryl or optionally-substituted heteroaryl; and R 14 is C 1-6 alkyl, optionally-substituted aryl, or optionally-substituted heteroaryl.
A socket for providing an electric connection between a package and an electronic circuit board, the socket comprising: a package mounting area in which the package is mounted and an isotropic elastic body provided on the package mounting area and having a continuous shape along four side walls (10a-10d) of the package so as to press the four side walls (10a-10d) of the package, characterized in that: a plurality of biasing members (36a-36d) are provided on four side walls (31a-31d) of the package mounting area so as to press four sides (35a-35d) of the isotropic elastic body or in that the package mounting area has at least one recess (48a-48h) formed in each side wall (41a-41d). a package mounting area in which the package is mounted and an isotropic elastic body provided on the package mounting area and having a continuous shape along four side walls (10a-10d) of the package so as to press the four side walls (10a-10d) of the package, characterized in that: a plurality of biasing members (36a-36d) are provided on four side walls (31a-31d) of the package mounting area so as to press four sides (35a-35d) of the isotropic elastic body or in that the package mounting area has at least one recess (48a-48h) formed in each side wall (41a-41d). a plurality of biasing members (36a-36d) are provided on four side walls (31a-31d) of the package mounting area so as to press four sides (35a-35d) of the isotropic elastic body or in that the package mounting area has at least one recess (48a-48h) formed in each side wall (41a-41d).
Door leaf for a transport vehicle, comprising: a so-called inner cladding, intended to be placed on the inside of the vehicle body, and a so-called outer cladding, intended to be placed on the outside of the vehicle body, said claddings delimiting an internal space of said leaf, and a filling core (30, 51 - 56) made of solid material, said core occupying the internal space, - a frame (70, 72, 74, 76) extending at the periphery of the core, - means for mounting on the door frame of said door, - at least one block, referred to as an acoustic insulating block (51 - 56), said block being formed from a second material, referred to as acoustic insulating material, said second material having acoustic properties greater than those of said filling material, characterized in that the solid core comprises a filling body made of a first material, referred to as rigid filling material, which is a closed-cell foam, the filling body comprises at least one blind cavity (41 - 46) allowing the reception of a respective acoustic block, said cavity opening only onto the inner front face of said body, - each acoustic insulating block is accommodated in a corresponding blind cavity of the filling body and extends only over a part of the distance between the claddings (10, 20), on the side of the inner cladding. - a frame (70, 72, 74, 76) extending at the periphery of the core, - means for mounting on the door frame of said door, - at least one block, referred to as an acoustic insulating block (51 - 56), said block being formed from a second material, referred to as acoustic insulating material, said second material having acoustic properties greater than those of said filling material, characterized in that the solid core comprises a filling body made of a first material, referred to as rigid filling material, which is a closed-cell foam, the filling body comprises at least one blind cavity (41 - 46) allowing the reception of a respective acoustic block, said cavity opening only onto the inner front face of said body, - each acoustic insulating block is accommodated in a corresponding blind cavity of the filling body and extends only over a part of the distance between the claddings (10, 20), on the side of the inner cladding.
A composition comprising 10 to 65 weight % water, 20 to 60 weight % of a glycol selected from ethylene glycol, diethylene glycol, triethylene glycol, tetratethylene glycol and combinations thereof, 10 to 40 weight % of a polyalkylene glycol, and 0 to 10% of additives based on total weight of the composition wherein the polyalkylene glycol has a molecular weight as measured by ASTM D4274 of no more than 4000 g/mol and is characterized in that it is an oxyethylene/oxypropylene block copolymer having a weight percent of oxyethylene of greater than 25% based on total weight of ethylene oxide and propylene oxide used in making the polyalkylene glycol; wherein the block copolymer has an ABA structure or a BAB structure, where A is an oxyethylene based block and B is an oxypropylene based block.
A method for forming a rustproof film on each of wires forming a PC strand comprising a single core wire and surrounding wires, the method comprising a series of steps of: untwisting the PC strand, thereby loosening the surrounding wires from the core wire (1 a); performing pre-heating while maintaining the loosened state; applying a thermosetting epoxy resin powder coating material including particles having diameters in a range from 0.1 to 250 μm on outer peripheral surfaces of the core wire and surrounding wires and forming a resin coating adhered thereto respectively; performing post-heating in the loosened and separated state of the wires, the pre-heating and the post-heating being applied to the core wire and the surrounding wires; in the loosened and separated state of the wires cooling the wires and forming resin films having a thickness of 200 ± 80 μm individually on outer peripheral surfaces of the core wire and the surrounding wires; and twisting the surrounding wires on the core wire into an original state, wherein the line speed in the series of steps is set to 5 to 10 m/min, characterized in that: the pre-heating is performed within a temperature range from 60 to 150°C so as to prevent an occurrence of a cob-webbing phenomenon as a result of melting of the epoxy resin powder coating material and the post-heating is performed within a temperature range from 150 to 250°C in order to uniformize the thickness of the coating adhered respectively to the outer peripheral surfaces of the core wire and the surrounding wires, and the temperature of the pre-heating is set to a temperature lower than the temperature of the post-heating. untwisting the PC strand, thereby loosening the surrounding wires from the core wire (1 a); performing pre-heating while maintaining the loosened state; applying a thermosetting epoxy resin powder coating material including particles having diameters in a range from 0.1 to 250 μm on outer peripheral surfaces of the core wire and surrounding wires and forming a resin coating adhered thereto respectively; performing post-heating in the loosened and separated state of the wires, the pre-heating and the post-heating being applied to the core wire and the surrounding wires; in the loosened and separated state of the wires cooling the wires and forming resin films having a thickness of 200 ± 80 μm individually on outer peripheral surfaces of the core wire and the surrounding wires; and twisting the surrounding wires on the core wire into an original state, wherein the line speed in the series of steps is set to 5 to 10 m/min, the pre-heating is performed within a temperature range from 60 to 150°C so as to prevent an occurrence of a cob-webbing phenomenon as a result of melting of the epoxy resin powder coating material and the post-heating is performed within a temperature range from 150 to 250°C in order to uniformize the thickness of the coating adhered respectively to the outer peripheral surfaces of the core wire and the surrounding wires, and the temperature of the pre-heating is set to a temperature lower than the temperature of the post-heating.
A motor comprising: a housing; a stator disposed in the housing and having a coil wound therearound; a rotor disposed in an inner side of the stator; a shaft coupled to the rotor; and a bus bar-terminal assembly disposed on the axial side of the stator, wherein a bus bar-terminal assembly includes, a cylindrical body, a bus bar including a connection terminal coupled to the coil and a terminal connected to an external power supply, wherein the cylindrical body is disposed on the axial side of the stator so that the bus bar is located inside of the cylindrical body, wherein a part of the connection terminal and a part of the terminal protrude to the outside of the cylindrical body, characterized in that the cylindrical body includes an alignment guide part formed as a slot extending in the axial direction at an outer circumferential surface of the cylindrical body which is adapted to guide the cylindrical body to be slide-coupled to an inner circumferential surface of the housing, wherein the stator includes a slot groove extending in the axial direction and disposed on an outer circumferential surface of the stator, wherein the housing includes a guide rib extending in the axial direction and protruding from the inner circumferential surface thereof, wherein the guide rib is disposed in the alignment guide part and the slot groove. a housing; a stator disposed in the housing and having a coil wound therearound; a rotor disposed in an inner side of the stator; a shaft coupled to the rotor; and a bus bar-terminal assembly disposed on the axial side of the stator, wherein a bus bar-terminal assembly includes, a cylindrical body, a bus bar including a connection terminal coupled to the coil and a terminal connected to an external power supply, wherein the cylindrical body is disposed on the axial side of the stator so that the bus bar is located inside of the cylindrical body, wherein a part of the connection terminal and a part of the terminal protrude to the outside of the cylindrical body, characterized in that the cylindrical body includes an alignment guide part formed as a slot extending in the axial direction at an outer circumferential surface of the cylindrical body which is adapted to guide the cylindrical body to be slide-coupled to an inner circumferential surface of the housing, wherein the stator includes a slot groove extending in the axial direction and disposed on an outer circumferential surface of the stator, wherein the housing includes a guide rib extending in the axial direction and protruding from the inner circumferential surface thereof, wherein the guide rib is disposed in the alignment guide part and the slot groove.
A method of producing a population of producer cells expressing a target polypeptide, the method comprising: (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and the target polypeptide; (b) isolating from the transfected host cells, within 2 to 5 days of transfection, a sub-population of early-expressing transfected host cells which express the selectable polypeptide wherein the isolating employs magnetic activated cell sorting (MACS) or fluorescence activated cell sorting (FACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected host cells, thereby producing a population of producer cells expressing the target polypeptide, wherein steps (b) and (c) are each performed in drug-selection-free medium. (a) transfecting host cells with one or more vectors that encode one or more mRNAs, wherein the one or more mRNAs encode a selectable polypeptide and the target polypeptide; (b) isolating from the transfected host cells, within 2 to 5 days of transfection, a sub-population of early-expressing transfected host cells which express the selectable polypeptide wherein the isolating employs magnetic activated cell sorting (MACS) or fluorescence activated cell sorting (FACS) on the selectable polypeptide; and (c) expanding the isolated sub-population of transfected host cells, thereby producing a population of producer cells expressing the target polypeptide,
A method for optimising the climb of an aircraft or drone, the method being computer-implemented in a flight management system FMS and comprising the steps of: - determining an optimal continuous climb strategy, the optimal continuous climb strategy being determined depending on flight-profile parameters, said flight-profile parameters comprising altitude and/or speed constraints, and/or setpoints in respect of speed and/or thrust and/or level-flight avoidance and/or gradient-variation minimisation, and allowing vertical climb predictions to be computed; - determining a lateral path, depending on lateral-path parameters comprising setpoints in respect of turn radius as a function of roll-angle setpoints, and depending on the vertical predictions computed for the flight-profile parameters; - iterating the previous two steps on each constrained segment of the aircraft or drone path, a constrained segment being a segment containing a binding constraint; then iterating the two previous steps over the entire climb, while fitting, during each iteration, said flight-profile parameters and said lateral-path parameters, until all the binding constraints have been met one by one according to a predefined strategy. - determining an optimal continuous climb strategy, the optimal continuous climb strategy being determined depending on flight-profile parameters, said flight-profile parameters comprising altitude and/or speed constraints, and/or setpoints in respect of speed and/or thrust and/or level-flight avoidance and/or gradient-variation minimisation, and allowing vertical climb predictions to be computed; - determining a lateral path, depending on lateral-path parameters comprising setpoints in respect of turn radius as a function of roll-angle setpoints, and depending on the vertical predictions computed for the flight-profile parameters; - iterating the previous two steps on each constrained segment of the aircraft or drone path, a constrained segment being a segment containing a binding constraint; then iterating the two previous steps over the entire climb, while fitting, during each iteration, said flight-profile parameters and said lateral-path parameters, until all the binding constraints have been met one by one according to a predefined strategy.
A method in a data server implemented in at least one computing device, comprising: receiving a query from a database application, the query having been received by the database application from a requester; retrieving a set of data to evaluate the query, the set of data including encrypted data; designating the query for deferred evaluation by the database application rather than by the data server due to at least one predetermined factor; determining expression evaluation information for evaluating at least a portion of the query at the database application; providing to the database application at least the encrypted data and the expression evaluation information for evaluation at the database application; characterised by: receiving a request from the database application for a data encryption key configured to decrypt the encrypted data; retrieving an encrypted version of the data encryption key from a key store containing data encryption keys that are encrypted using at least one master key; and providing the encrypted version of the data encryption key to the database application. receiving a query from a database application, the query having been received by the database application from a requester; retrieving a set of data to evaluate the query, the set of data including encrypted data; designating the query for deferred evaluation by the database application rather than by the data server due to at least one predetermined factor; determining expression evaluation information for evaluating at least a portion of the query at the database application; providing to the database application at least the encrypted data and the expression evaluation information for evaluation at the database application; characterised by: receiving a request from the database application for a data encryption key configured to decrypt the encrypted data; retrieving an encrypted version of the data encryption key from a key store containing data encryption keys that are encrypted using at least one master key; and providing the encrypted version of the data encryption key to the database application. receiving a request from the database application for a data encryption key configured to decrypt the encrypted data; retrieving an encrypted version of the data encryption key from a key store containing data encryption keys that are encrypted using at least one master key; and providing the encrypted version of the data encryption key to the database application.