mhurhangee/ep-ind-claims huggingface dataset:
A radiation shielding method of shielding a body (68, 77) to be shielded arranged inside a nuclear reactor vessel, the method comprising: providing a radiation-shielded region (A1, A2) outside the nuclear reactor vessel; and moving the body (68, 77) to be shielded into the radiation-shielded region (A1, A2) from the nuclear reactor vessel, wherein the providing includes providing a first radiation-shielded region on a wall surface of a cavity outside the nuclear reactor vessel and providing a second radiation-shielded region that surrounds a lower side of the nuclear reactor vessel, wherein the providing the first radiation-shielded region includes disposing a first vessel constituting a vertical wall of the first radiation-shielded region and a second vessel constituting a roof of the first radiation-shielded region, forming the first vessel by vertically arranging a plurality of vertical plates at a predetermined interval, wherein the providing the second radiation-shielded region includes arranging a plurality of third vessels each having a shape in which a lower part is gradually increased in thickness to fill a gap between a cylindrical part of a concrete structure and the nuclear reactor vessel, closely side by side outside the nuclear reactor vessel along a circumferential direction, and arranging a plurality of fourth vessels each having a rod shape to fill a gap between the nuclear reactor vessel and a support table supported by the concrete structure, closely side by side at the lower side of the nuclear reactor vessel to form a circle. providing a radiation-shielded region (A1, A2) outside the nuclear reactor vessel; and moving the body (68, 77) to be shielded into the radiation-shielded region (A1, A2) from the nuclear reactor vessel, wherein the providing includes providing a first radiation-shielded region on a wall surface of a cavity outside the nuclear reactor vessel and providing a second radiation-shielded region that surrounds a lower side of the nuclear reactor vessel, wherein the providing the first radiation-shielded region includes disposing a first vessel constituting a vertical wall of the first radiation-shielded region and a second vessel constituting a roof of the first radiation-shielded region, forming the first vessel by vertically arranging a plurality of vertical plates at a predetermined interval, wherein the providing the second radiation-shielded region includes arranging a plurality of third vessels each having a shape in which a lower part is gradually increased in thickness to fill a gap between a cylindrical part of a concrete structure and the nuclear reactor vessel, closely side by side outside the nuclear reactor vessel along a circumferential direction, and arranging a plurality of fourth vessels each having a rod shape to fill a gap between the nuclear reactor vessel and a support table supported by the concrete structure, closely side by side at the lower side of the nuclear reactor vessel to form a circle.
A method in a mobile device to facilitate hands-free fare validation when a user carrying the mobile device is inside a fare validation zone at a transit station, the method comprising: receiving a Bluetooth beacon signal at a mobile device from a wake-up beacon transmitter; based on the received beacon signal, determining that the mobile device is in the fare validation zone, and launching and preparing a user app on the mobile device for proximity tracking, wherein the user app is configured to support different types of tickets based upon a class of services or a time period; transmitting electronic ticket information stored in the mobile device to a controller unit at the transit station, wherein the electronic ticket information is transmitted over a first Bluetooth interface between the mobile device and the controller unit, and wherein the mobile device is configured to tender tickets for more than one passenger; receiving a ticket acceptance response from the controller unit over the first Bluetooth interface indicating that an the- electronic ticket is valid for transit; and informing the user to continue towards an entry gate at the transit station in a hands-free manner, wherein receiving the beacon signal includes: receiving a beacon Identifier, ID, transmitted using a second Bluetooth interface between the mobile device and a transmitter of the beacon ID; identifying the received beacon ID; and based on the identified beacon ID, activating a hands-free fare validation feature in the mobile device. receiving a Bluetooth beacon signal at a mobile device from a wake-up beacon transmitter; based on the received beacon signal, determining that the mobile device is in the fare validation zone, and launching and preparing a user app on the mobile device for proximity tracking, wherein the user app is configured to support different types of tickets based upon a class of services or a time period; transmitting electronic ticket information stored in the mobile device to a controller unit at the transit station, wherein the electronic ticket information is transmitted over a first Bluetooth interface between the mobile device and the controller unit, and wherein the mobile device is configured to tender tickets for more than one passenger; receiving a ticket acceptance response from the controller unit over the first Bluetooth interface indicating that an the- electronic ticket is valid for transit; and informing the user to continue towards an entry gate at the transit station in a hands-free manner, wherein receiving the beacon signal includes: receiving a beacon Identifier, ID, transmitted using a second Bluetooth interface between the mobile device and a transmitter of the beacon ID; identifying the received beacon ID; and based on the identified beacon ID, activating a hands-free fare validation feature in the mobile device. receiving a beacon Identifier, ID, transmitted using a second Bluetooth interface between the mobile device and a transmitter of the beacon ID; identifying the received beacon ID; and based on the identified beacon ID, activating a hands-free fare validation feature in the mobile device.
A heat-resistant and corrosion-resistant high-Cr-containing Ni-based alloy having superior hot forgeability, the alloy having a composition consisting of, by mass%, 43.1 to 45.5% of Cr, 0.5 to 1.5% of Mo, 0.0001 to 0.0090% of Mg, 0.001 to 0.040% of N, 0.05 to 0.50% of Mn, 0.01 to 0.10% of Si, 0.05 to 1.00% of Fe, 0.01 to 1.00% of Co, 0.01 to 0.30% of Al, 0.04 to 0.3% of Ti, 0.0003 to 0.0900% of V, 0.0001 to 0.0100% of B, 0.001 to 0.050% of Zr, optionally, 0.001 to 0.020% of Cu, optionally, 0.001 to 0.100% of W, optionally, 0.0001% or more and less than 0.0020% of Ca, optionally, 0.001% or more and less than 0.100% of Nb, and the balance of Ni with inevitable impurities.
Lamp, having: - optics formed from a hollow body and emitting light on all sides, - an equipment carrier for receiving components for operating a lighting means (3, 3'), forming the back of the optics and sealing it, wherein a boom (5, 5') is attached to the carrier and a fixture (6, 6') for the lighting means (3, 3') is attached to the boom, and the boom (5, 5') is translucent at least in part, characterised in that: two single-ended gas discharge lamps are provided as lighting means (3, 3'), two booms (5, 5') are provided that are connected on both ends with the carrier, and each of the booms (5, 5') carries a fixture (6, 6') such that the lighting means (3, 3') as installed have their free ends directed at each other, and that the respective boom (5, 5') has a translucent area, in particular an opening (7, 7'), in the area in which the respective other boom (5, 5') carries the fixture (6, 6'). - optics formed from a hollow body and emitting light on all sides, - an equipment carrier for receiving components for operating a lighting means (3, 3'), forming the back of the optics and sealing it, wherein a boom (5, 5') is attached to the carrier and a fixture (6, 6') for the lighting means (3, 3') is attached to the boom, and the boom (5, 5') is translucent at least in part, two single-ended gas discharge lamps are provided as lighting means (3, 3'), two booms (5, 5') are provided that are connected on both ends with the carrier, and each of the booms (5, 5') carries a fixture (6, 6') such that the lighting means (3, 3') as installed have their free ends directed at each other, and that the respective boom (5, 5') has a translucent area, in particular an opening (7, 7'), in the area in which the respective other boom (5, 5') carries the fixture (6, 6').
A composition comprising adipose tissue-derived stromal cells (ASCs) for use in treating sepsis in a human subject, wherein the sepsis is secondary to an inflammatory lung condition and wherein the composition is administered by an intravenous route.
An automatically moving wheeled vehicle without a driver seated or walking behind the vehicle, also called a robot, this vehicle comprising at least vehicle movement drive means, a control unit for the vehicle movement drive means, means for supplying input data to said control unit, said control unit being configured, from said input data, to control said vehicle movement drive means, these vehicle movement drive means comprising at least three wheels, one of the wheels being a drive and steering wheel, characterized in that said drive and steering wheel assumes the form of an electromechanical assembly comprising, for the propulsion of the wheel, a motor unit driving the rotation of the wheel, at least one battery for supplying energy to the motor unit, and a shaft around which the wheel is able to be rotated by said motor unit, said motor unit for driving the rotation of the drive and steering wheel and the at least one battery for supplying energy to the motor unit being housed inside the drive and steering wheel.
A method for the purification of lecithin, comprising the steps of: a. reducing the viscosity of lecithin to a viscosity of less than about 10 Pa.s; then b. mixing the lecithin with granulated active carbon; then c. separating the lecithin from the granulated active carbon and recover purified lecithin. a. reducing the viscosity of lecithin to a viscosity of less than about 10 Pa.s; then b. mixing the lecithin with granulated active carbon; then c. separating the lecithin from the granulated active carbon and recover purified lecithin.
An electrophotographic member comprising: an electroconductive substrate (2; 45); and a surface layer (1; 44) having a mono-layer structure on the substrate, wherein the surface layer (1; 44) has a matrix containing a cross-linked urethane resin as a binder, and characterized in that, when an elastic modulus of the matrix in a first region in a thickness direction from an outer surface of the surface layer (1; 44) to a depth of 0.1 μm from the outer surface of the surface layer (1; 44) is defined as E1, and an elastic modulus of the matrix in a second region in a thickness direction from a depth of 1.0 μm from the outer surface of the surface layer (1; 44) to 1.1 μm from the outer surface of the surface layer (1; 44) is defined as E2, E1 and E2 being measured in a cross section of the surface layer (1; 44) in a thickness direction according to the description, and in particular to paragraph 0061 of the originally filed description, E1 and E2 satisfy the following Expressions and, respectively: E 1 ≥ 200 MPa and 10 MPa ≤ E2 ≤ 100 MPa an electroconductive substrate (2; 45); and a surface layer (1; 44) having a mono-layer structure on the substrate, wherein the surface layer (1; 44) has a matrix containing a cross-linked urethane resin as a binder, and characterized in that, when an elastic modulus of the matrix in a first region in a thickness direction from an outer surface of the surface layer (1; 44) to a depth of 0.1 μm from the outer surface of the surface layer (1; 44) is defined as E1, and an elastic modulus of the matrix in a second region in a thickness direction from a depth of 1.0 μm from the outer surface of the surface layer (1; 44) to 1.1 μm from the outer surface of the surface layer (1; 44) is defined as E2, E1 and E2 being measured in a cross section of the surface layer (1; 44) in a thickness direction according to the description, and in particular to paragraph 0061 of the originally filed description, E1 and E2 satisfy the following Expressions and, respectively: E 1 ≥ 200 MPa and 10 MPa ≤ E2 ≤ 100 MPa
An agricultural machine, comprising - a frame; - a control system having a plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m); and - a plurality of functional elements provided on the frame and movable in working positions by the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m); wherein - the control system comprises a synchronization circuit (46; 61; 81) connecting to each of the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70) from the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70), the synchronization circuit (46; 61; 81) configured to synchronize movement of all of the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70); - characterized in that the sub-chambers of the hydraulic cylinders (38, 39; 6.1,..., 6.m; 70) are connected to the hydraulic fluid source and the hydraulic fluid pump device through one or more supply lines (44, 45) provided separately from the synchronization circuit (46; 61; 81). - a frame; - a control system having a plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m); and - a plurality of functional elements provided on the frame and movable in working positions by the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m); wherein - the control system comprises a synchronization circuit (46; 61; 81) connecting to each of the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70) from the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70), the synchronization circuit (46; 61; 81) configured to synchronize movement of all of the plurality of hydraulic cylinders (38, 39; 6.1,..., 6.m; 70); - characterized in that the sub-chambers of the hydraulic cylinders (38, 39; 6.1,..., 6.m; 70) are connected to the hydraulic fluid source and the hydraulic fluid pump device through one or more supply lines (44, 45) provided separately from the synchronization circuit (46; 61; 81).
Method for operating an electropneumatic brake system for a vehicle, preferably a commercial vehicle, the brake system comprising a service brake system and a parking brake system, the parking brake system comprising at least one spring brake actuator, characterized by the following steps: providing, by means of a control unit (410, 420), a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator, interrupting the provision of the control signal (S1, S2) in the event of a fault and/or a power failure and/or a diagnostic case of the control unit (410, 420), thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator, thereby triggering spring-loaded fail-safe braking of the vehicle by the parking brake system, the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function of the service brake system. the parking brake system comprising at least one spring brake actuator, characterized by the following steps: providing, by means of a control unit (410, 420), a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator, interrupting the provision of the control signal (S1, S2) in the event of a fault and/or a power failure and/or a diagnostic case of the control unit (410, 420), thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator, thereby triggering spring-loaded fail-safe braking of the vehicle by the parking brake system, the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function of the service brake system. providing, by means of a control unit (410, 420), a control signal (S1, S2) for maintaining a spring-loaded ventilation pressure (pFS) that ventilates the at least one spring brake actuator, interrupting the provision of the control signal (S1, S2) in the event of a fault and/or a power failure and/or a diagnostic case of the control unit (410, 420), thereby automatically terminating the maintenance of the spring-loaded ventilation pressure (pFS) in order to bleed the at least one spring brake actuator, thereby triggering spring-loaded fail-safe braking of the vehicle by the parking brake system, the bleeding of the spring-loaded ventilation pressure (pFS) being carried out by a service brake bleed function of the service brake system.
An optical network terminal, ONT, comprising: a Generic Status Portal, GSP Managed Entity, configured to be accessible by an Optical Line Terminal, OLT, via a Generic Status Portal, GSP, using an ONT Management and Control Interface, OMCI to obtain status information about a plurality of different non-OMCI management domains at the ONT; wherein the GSP ME comprises the status and performance monitoring, PM, information about the plurality of different non-OMCI management domains at the ONT. a Generic Status Portal, GSP Managed Entity, configured to be accessible by an Optical Line Terminal, OLT, via a Generic Status Portal, GSP, using an ONT Management and Control Interface, OMCI to obtain status information about a plurality of different non-OMCI management domains at the ONT; wherein the GSP ME comprises the status and performance monitoring, PM, information about the plurality of different non-OMCI management domains at the ONT.
A computer-implemented method for applying attributes indicative of a user's temperament to a visual representation, the method comprising: rendering the visual representation of a user; receiving data representative of the user, and using the data to detect detectable characteristics related to the user; analyzing at least one detectable characteristic to deduct the user's temperament, wherein the at least one detectable characteristic comprises an application status; selecting an animation to apply to the visual representation that reflects the deducted user's temperament; and applying the animation indicative of the user's temperament to the visual representation. rendering the visual representation of a user; receiving data representative of the user, and using the data to detect detectable characteristics related to the user; analyzing at least one detectable characteristic to deduct the user's temperament, wherein the at least one detectable characteristic comprises an application status; selecting an animation to apply to the visual representation that reflects the deducted user's temperament; and applying the animation indicative of the user's temperament to the visual representation.
Building material, namely concrete, having a binder, wherein the binder has cement, characterized in that the building material further has a waterproof dispersion adhesive, namely dispersion glue, wherein the building material has the dispersion adhesive with a mass fraction between 10% and 50%, and wherein the building material has the binder with a mass fraction between 25% and 90%.
A bus bar for electric power distribution, comprising a body made of conducting material which longitudinally extends along a principal axis and which, seen in a transversal cross-section, has a first side and a second side transversally connected to each other by a third side and a fourth side, said body having, on said first side, at least a first slot and a second slot which are separated from each other and adapted for coupling with corresponding fixing means, said first slot having a first bottom portion from which a first lateral wall and a second lateral wall protrude transversally facing to each other, and said second slot having a second bottom portion from which a third lateral wall and a fourth lateral wall protrude transversally facing to each other, wherein said third lateral wall is adjacent to said second lateral wall along a transversal extension of the body with respect to said principal axis, wherein said body has, on said second side, at least one cavity extending at least over a corresponding portion of the body which extends between said second lateral wall and said third lateral wall with an extension along a transversal axis which is larger than the distance (D 1) between said second lateral wall and said third lateral wall, characterized in that the at least one cavity is defined by two delimiting portions (20, 21) of the body which are arranged substantially transversal with respect to the bottom portions (5, 10) of the slots and, and by a base portion interposed between such two delimiting portions (20, 21), and in that each of said first bottom portion and said second bottom portion consists of two substantially straight tracts (13, 14) which form an angle of less than 180° between them.
A user apparatus for a mobile communication system in which the user apparatus and one or more base stations are configured to perform carrier aggregation using a band of a first duplex mode and a band of a second duplex mode, wherein one of the first and second duplex modes is time division duplex TDD mode and the other of the first and second duplex modes is frequency division duplex FDD mode, the user apparatus comprising: an information storage unit configured to store band combination information indicating a combination of bands that can be used in the carrier aggregation in the user apparatus; and a notification control unit configured to explicitly add, to the band combination information, capability information indicating whether the user apparatus is able to set a cell by using a band of the first duplex mode in the carrier aggregation, and to notify a base station of the one or more base stations of the band combination information to which the capability information is added, wherein the cell is a primary cell, a PSCell in dual connectivity or a secondary cell in which a PUCCH is set. an information storage unit configured to store band combination information indicating a combination of bands that can be used in the carrier aggregation in the user apparatus; and a notification control unit configured to explicitly add, to the band combination information, capability information indicating whether the user apparatus is able to set a cell by using a band of the first duplex mode in the carrier aggregation, and to notify a base station of the one or more base stations of the band combination information to which the capability information is added, wherein the cell is a primary cell, a PSCell in dual connectivity or a secondary cell in which a PUCCH is set.
LED lamp, mainly for street lighting, comprising a flat light unit that has a horizontal, downwards facing light outlet window, consisting of at least one LED-equipped printed circuit board, a lens plate and a housing, and comprising an adjoining connection unit, a planar, highly thermally conductive printed circuit board of any size being equipped with LEDs in a uniform distribution, and a lens plate made of transparent material being arranged on the side of the LEDs and having, at least at each LED position, a recess for receiving same and an optical system (5, 6) for light distribution, which lens plate has a planar rear face which abuts the entire surface of the printed circuit board, and a front face that faces the open air, and the planar inner face of the planar housing abutting the entire surface of the printed circuit board, and the outer face thereof facing the open air, characterised in that the housing is made from a plastics material, in particular polycarbonate, which is dyeable as desired, weather resistant, electrically insulating and load-bearing, and the heat loss from the LEDs is distributed evenly through the printed circuit board and is discharged directly into the open air directly through the rear-side wall of the plastics housing and directly through the wall of the front-side lens plate.