mhurhangee/ep-ind-claims huggingface dataset:
method of organizing the natural circulation of liquid metal coolant in the heat sink circuit of a fast neutron nuclear reactor, including pre-heating of the pipelines and equipment of the lifting and downing sections of the heat sink circuit with their subsequent filling with heated coolant, starting the coolant circulation in the circuit and switching to the natural circulation mode, characterized in that pipelines and equipment of the lifting and downing sections of the coolant circuit are pre-heated by electric heating respectively, to temperatures T 1 and T 2, which are selected from the conditions of inequality: ρ 1 T 1 ⋅ g ⋅ ΔH 1 > ρ 2 T 2 ⋅ g ⋅ ΔH 2 + ΔP, where: ρ 1 (T 1) is the density of the liquid metal coolant at temperature T 1 of pipelines and equipment in the lifting section; ρ 2 (T 2) is the density of the liquid metal coolant at temperature T 2 of pipelines and equipment at the downing section; Δ H 1 is the height difference between the inlet and outlet of the lifting section; Δ H 2 is the height difference between the inlet and outlet of the downing section; Δ P is the hydraulic resistance of the circuit g is the acceleration of gravity, and the circulation of the coolant in the circuit is launched simultaneously with the transition to the natural circulation mode and until the nuclear reactor reaches its nominal operating parameters due to the difference in densities ρ 1 (T 1) and ρ 2 (T 2) of the liquid metal coolant, respectively, in the lifting and downing sections of the circuit. ρ 1 (T 1) is the density of the liquid metal coolant at temperature T 1 of pipelines and equipment in the lifting section; ρ 2 (T 2) is the density of the liquid metal coolant at temperature T 2 of pipelines and equipment at the downing section; Δ H 1 is the height difference between the inlet and outlet of the lifting section; Δ H 2 is the height difference between the inlet and outlet of the downing section; Δ P is the hydraulic resistance of the circuit g is the acceleration of gravity, and the circulation of the coolant in the circuit is launched simultaneously with the transition to the natural circulation mode and until the nuclear reactor reaches its nominal operating parameters due to the difference in densities ρ 1 (T 1) and ρ 2 (T 2) of the liquid metal coolant, respectively, in the lifting and downing sections of the circuit.
A basket comprising: - a platform having a position for receiving an operator, - a system driving movement of the platform, - a control console borne by the platform and equipped with at least one control of the system driving movement of the platform, able to be manually actuated, - a flexible safety link, - two systems for retaining the link, one arranged at one of the ends of the link, the other arranged at the other of the ends of the link, for keeping the link in at least one position in which the link extends across the platform and forms a demarcation line between a part of the position for receiving an operator of the platform and the control console, - a device for detecting a deformation of the link comprising at least one member for detecting a deformation of the link, said detection member being configured so that, under the effect of a deformation of the link, it switches from a so-called inactive state in which the operation of the control(s) of the system driving movement of the platform is not prevented to a so-called active state in which the operation of the control(s) is prevented, characterized in that at least one, preferably each, of the retaining systems comprises a rotary member for winding the link around which the link coupled to said rotary member is partially wound, said rotary member being equipped with at least one elastic return member of said rotary member configured to exert, on said rotary member, a force driving angular movement of the rotary member in the direction of winding of the link around said rotary member. - a platform having a position for receiving an operator, - a system driving movement of the platform, - a control console borne by the platform and equipped with at least one control of the system driving movement of the platform, able to be manually actuated, - a flexible safety link, - two systems for retaining the link, one arranged at one of the ends of the link, the other arranged at the other of the ends of the link, for keeping the link in at least one position in which the link extends across the platform and forms a demarcation line between a part of the position for receiving an operator of the platform and the control console, - a device for detecting a deformation of the link comprising at least one member for detecting a deformation of the link, said detection member being configured so that, under the effect of a deformation of the link, it switches from a so-called inactive state in which the operation of the control(s) of the system driving movement of the platform is not prevented to a so-called active state in which the operation of the control(s) is prevented, characterized in that at least one, preferably each, of the retaining systems comprises a rotary member for winding the link around which the link coupled to said rotary member is partially wound, said rotary member being equipped with at least one elastic return member of said rotary member configured to exert, on said rotary member, a force driving angular movement of the rotary member in the direction of winding of the link around said rotary member.
Drive train of a motor vehicle between a drive unit and a first wheel axle and a second wheel axle, wherein the second wheel axle comprises at least a first part-axle and a second part-axle, and wherein the first and the second part-axle (6, 7) are connected by means of a first and by means of a second connection shaft (12, 13) so as to divide torque to a differential, wherein the differential is a single differential which is operationally connected by means of a drive shaft to the drive unit and which can selectively be operationally connected to the first wheel axle so as to divide torque, and wherein the differential is a planet gear differential having a sun wheel, a ring gear and a planet carrier having at least one planet wheel (19, 20) which meshes with the sun wheel and the ring gear, characterised in that the ring gear is operationally connected to the drive shaft, the sun wheel is operationally connected to one of the first and the second connection shaft (12, 13) and the planet carrier is operationally connected to the other of the first and the second connection shaft (12,13), and in that a separately switchable clutch (23,24) is arranged between each of the two connection shafts (12,13) and the first wheel axle.
A computer-implemented method for providing a resource record for reaching a protected resource of a first network, the method comprising: receiving (702, 904), over a second network from a client device (110, 130, 140), a request (310, 810) identifying the protected resource (R-1, R-2, R-3, R-4, R-5); querying (706, 906) memory to identify a network address of the protected resource; determining (708, 908), by a processor, whether the protected resource is generally accessible based on the identified network address, wherein a resource is generally accessible if it is not in shared address space; if the protected resource is not generally accessible, identifying (714, 914) reachability information for the protected resource; generating (716, 916) additional information packaged into the resource record identifying a computer, a port for the computer, and a connection method based on the reachability information; and transmitting (718, 918) the resource record and the network address to the client device. receiving (702, 904), over a second network from a client device (110, 130, 140), a request (310, 810) identifying the protected resource (R-1, R-2, R-3, R-4, R-5); querying (706, 906) memory to identify a network address of the protected resource; determining (708, 908), by a processor, whether the protected resource is generally accessible based on the identified network address, wherein a resource is generally accessible if it is not in shared address space; if the protected resource is not generally accessible, identifying (714, 914) reachability information for the protected resource; generating (716, 916) additional information packaged into the resource record identifying a computer, a port for the computer, and a connection method based on the reachability information; and transmitting (718, 918) the resource record and the network address to the client device.
A composition comprising: a human pancreatic stromal progenitor cell suspension comprising from about 1 × 10 1 PSPs/mL to about 1 × 10 10 PSPs/mL, and a carrier, wherein the amount of PSPs in the composition is effective for treatment of a human that has a disease that affects how the human body uses blood sugar, the human PSPs are isolated from a pancreatic tissue of a human, the PSPs express high levels of IL6 (IL6 high) as compared to the IL6 expression of bone marrow mesenchymal stem cells (BMSCs) of the human, and the PSPs are positive for Sca1, CD105, Vimentin, CD44, and CD29. a human pancreatic stromal progenitor cell suspension comprising from about 1 × 10 1 PSPs/mL to about 1 × 10 10 PSPs/mL, and a carrier, wherein the amount of PSPs in the composition is effective for treatment of a human that has a disease that affects how the human body uses blood sugar, the human PSPs are isolated from a pancreatic tissue of a human, the PSPs express high levels of IL6 (IL6 high) as compared to the IL6 expression of bone marrow mesenchymal stem cells (BMSCs) of the human, and the PSPs are positive for Sca1, CD105, Vimentin, CD44, and CD29.
A head-mounted display system comprising: a head-mountable frame; a light projection system comprising an emissive micro-display, wherein the light projection system is configured to output image light comprising left-eye image light for forming left-eye images time-multiplexed with right-eye image light for forming right-eye images; a left eyepiece supported by the frame; a right eyepiece supported by the frame; and an optical router configured to: receive the image light from the light projection system, and provide, at different times, the left-eye image light to the left eyepiece and the right-eye image light to the right eyepiece, wherein the optical router comprises: a polarizer configured to receive the image light and to output the image light with a first polarization state; a switchable polarization rotator configured to receive the image light with the first polarization state and to selectively change a polarization state of the received image light to a second polarization state; and a polarization-sensitive reflector (3308, 3310) configured to receive the image light from the switchable polarization rotator, wherein the polarization-sensitive reflector is configured to reflect image light having the first polarization state and transmit image light having the second polarization state, wherein the polarization-sensitive reflector is configured to: direct left-eye image light having one of the first and second polarization states towards the left eyepiece; and direct right-eye image light having the other of the first and second polarization states towards the right eyepiece. a head-mountable frame; a light projection system comprising an emissive micro-display, wherein the light projection system is configured to output image light comprising left-eye image light for forming left-eye images time-multiplexed with right-eye image light for forming right-eye images; a left eyepiece supported by the frame; a right eyepiece supported by the frame; and an optical router configured to: receive the image light from the light projection system, and provide, at different times, the left-eye image light to the left eyepiece and the right-eye image light to the right eyepiece, receive the image light from the light projection system, and provide, at different times, the left-eye image light to the left eyepiece and the right-eye image light to the right eyepiece, a polarizer configured to receive the image light and to output the image light with a first polarization state; a switchable polarization rotator configured to receive the image light with the first polarization state and to selectively change a polarization state of the received image light to a second polarization state; and a polarization-sensitive reflector (3308, 3310) configured to receive the image light from the switchable polarization rotator, direct left-eye image light having one of the first and second polarization states towards the left eyepiece; and direct right-eye image light having the other of the first and second polarization states towards the right eyepiece.
A method for changing a configuration of a device for reading machine-readable code, the method comprising: detecting a strike on a surface of the device after scanning has been initiated, wherein detecting a strike on the surface of the device comprises detecting the strike against the surface of the device by a user either striking the device against a non-device surface or striking the surface of the device without necessarily engaging a button, a capacitive surface, or a resistive surface of the device; determining an identifying characteristic of the detected strike; comprising determining the identifying characteristic is that the detected strike comprises: a single blow, a particular number of blows, a strike pattern, a strike intensity, or a particular strike location on the device; correlating the identifying characteristic assigned to the detected strike to a particular scan-related operation; and executing the particular scan-related operation correlating to the identifying characteristic assigned to the detected strike, wherein executing the particular scan-related operation results in changing the configuration of the device for reading machine-readable code; wherein if the determined identifying characteristic of the detected strike is that the detected strike comprises a single blow, detecting additional identifying characteristics such that no change in configuration of the device results when the detected strike is caused by dropping the device. detecting a strike on a surface of the device after scanning has been initiated, wherein detecting a strike on the surface of the device comprises detecting the strike against the surface of the device by a user either striking the device against a non-device surface or striking the surface of the device without necessarily engaging a button, a capacitive surface, or a resistive surface of the device; determining an identifying characteristic of the detected strike; comprising determining the identifying characteristic is that the detected strike comprises: a single blow, a particular number of blows, a strike pattern, a strike intensity, or a particular strike location on the device; correlating the identifying characteristic assigned to the detected strike to a particular scan-related operation; and executing the particular scan-related operation correlating to the identifying characteristic assigned to the detected strike, wherein executing the particular scan-related operation results in changing the configuration of the device for reading machine-readable code; wherein if the determined identifying characteristic of the detected strike is that the detected strike comprises a single blow, detecting additional identifying characteristics such that no change in configuration of the device results when the detected strike is caused by dropping the device.
An engine component comprising a substrate selected from the group consisting of a combustor panel, a bulkhead heat shield, and a fuel nozzle, said substrate being formed from a single crystal superalloy, a metallic bondcoat layer formed from a gamma-gamma prime bond coating, wherein said gamma-gamma prime bond coating has a gamma prime phase present in a volume fraction of from 0.6 to 0.95 and a gamma phase present in a fraction of from 0.05 to 0.4, and a ceramic composition coating applied over said substrate, said ceramic composition coating having a columnar microstructure, wherein said gamma-gamma prime bond coating has a composition in wt% consisting of from 5.0 to 18% chromium, 7.5 to 12% aluminum, up to 15% cobalt, up to 10.0% tantalum, up to 10% molybdenum, up to 6.0% rhenium, up to 5.0% tungsten, up to 1.0% yttrium, from 0.06 to 0.5% hafnium, up to 0.3% silicon, and the balance nickel.
A method of producing a grain-oriented electrical steel sheet having a forsterite film by subjecting a coil for grain-oriented electrical steel sheet after cold rolling to a primary recrystallization annealing, applying an annealing separator composed mainly of MgO thereon, and conducting final annealing, characterized in that: rapid heating is conducted at a rate of not less than 80°C/sec from 500°C to 700°C in the heating for the primary recrystallization annealing, the final annealing is conducted by laying a thermal insulation material on an upper surface of a coil supporting stand in an annealing furnace used for the final annealing concentrically from the outer periphery of the coil supporting stand and over an area of not less than 20% of the radius of the coil supporting stand, and a temperature keeping treatment is conducted for 2 to 80 hours from 700°C to 1000°C in the course of the heating for the final annealing. rapid heating is conducted at a rate of not less than 80°C/sec from 500°C to 700°C in the heating for the primary recrystallization annealing, the final annealing is conducted by laying a thermal insulation material on an upper surface of a coil supporting stand in an annealing furnace used for the final annealing concentrically from the outer periphery of the coil supporting stand and over an area of not less than 20% of the radius of the coil supporting stand, and a temperature keeping treatment is conducted for 2 to 80 hours from 700°C to 1000°C in the course of the heating for the final annealing.
A gasket comprising: a rubber only type gasket main body; and a carrier film made of a resin film retaining the gasket main body in a non-bonded state, wherein a three-dimensional portion having a shape which is deformed along an outer shape of the gasket main body is provided at a position which laps on a plane over the gasket main body in the carrier film, and wherein the gasket main body is partly accommodated in the three-dimensional portion, characterized in that the three-dimensional portion is provided with an undercut shape (35, 46) which prevents the gasket main body from coming off. a rubber only type gasket main body; and a carrier film made of a resin film retaining the gasket main body in a non-bonded state, wherein a three-dimensional portion having a shape which is deformed along an outer shape of the gasket main body is provided at a position which laps on a plane over the gasket main body in the carrier film, and wherein the gasket main body is partly accommodated in the three-dimensional portion, characterized in that the three-dimensional portion is provided with an undercut shape (35, 46) which prevents the gasket main body from coming off.
A windmill blade which comprises reinforcing fibers in a resin matrix, wherein the matrix is made from a matrix composition which comprises (a) one or more resins independently selected from epoxy resins and epoxy vinyl ester resins, (b) one or more reactive diluents, and (c) at least one amphiphilic block copolymer which comprises at least two different polyether blocks and is present in the composition in an amount of from 0.5 % to 10 % by volume, based on a total volume of the matrix composition.
A cable break-away device comprising: a shear cap having a head, an attachment portion, and a neck extending between and connecting the head and the attachment portion; wherein the neck is configured to transmit tensile forces from a cable extending into and secured within the attachment portion and to fracture in response to the tensile forces reaching a predetermined fracture set point; and wherein the tensile forces of the predetermined fracture set point are less than a maximum load of the cable such that the neck is configured to fracture prior to the cable being loaded to the maximum load. a shear cap having a head, an attachment portion, and a neck extending between and connecting the head and the attachment portion; wherein the neck is configured to transmit tensile forces from a cable extending into and secured within the attachment portion and to fracture in response to the tensile forces reaching a predetermined fracture set point; and wherein the tensile forces of the predetermined fracture set point are less than a maximum load of the cable such that the neck is configured to fracture prior to the cable being loaded to the maximum load.
A wireless communication system comprising: a terminal; and a base station configured to perform uplink scheduling, wherein the terminal is configured to transmit to the base station, a signal that includes a scheduling request and a buffer status index value of the terminal, the base station is configured to perform scheduling for the terminal, based on the buffer status index value, and the buffer status index value corresponds to a data size of data stored in a transmission buffer of the terminal and is calculated based on a plurality of buffer status threshold values, and characterised in that the base station is configured to calculate, for each scheduling request and based on the buffer status index value, an estimated value of the data size at the time of the scheduling request, calculate the buffer status threshold values based on an occurrence count of the estimated value, and notify the terminal of the calculated buffer status threshold values. a terminal; and a base station configured to perform uplink scheduling, wherein the terminal is configured to transmit to the base station, a signal that includes a scheduling request and a buffer status index value of the terminal, the base station is configured to perform scheduling for the terminal, based on the buffer status index value, and the buffer status index value corresponds to a data size of data stored in a transmission buffer of the terminal and is calculated based on a plurality of buffer status threshold values, and characterised in that the base station is configured to calculate, for each scheduling request and based on the buffer status index value, an estimated value of the data size at the time of the scheduling request, calculate the buffer status threshold values based on an occurrence count of the estimated value, and notify the terminal of the calculated buffer status threshold values.
Turret winder of a film casting line comprising a frame in which wrapping fixtures (3, 4, 5) for winding of foil are arranged, wherein at least three wrapping fixtures (3, 4, 5) are arranged in the frame, wherein two wrapping fixtures (3, 4) are arranged at a first level of height (H 1) and a third wrapping fixture is arranged on a second level of height (H 2) which is different from the first level of height (H 1), wherein each wrapping fixtures (3, 4, 5) comprises at least two winding shafts for winding of foil, wherein the at least two winding shafts are supported in a turret, characterized in that the winding shafts are arranged in the turret pivotable arranged around a vertical arranged axis, wherein the pivot point of the winding shaft is arranged in an axial end region (13, 14) of the winding shaft, wherein the pivot points of two winding shafts which are arranged at the same level of height (H 1) lie in adjacent axial end regions (13, 14) of the winding shaft.