mhurhangee/ep-ind-claims huggingface dataset:
A device arranged for measuring a temperature coefficient of a moderator which flows through a nuclear reactor as a nuclear reactor coolant, wherein the reactor is provided with a control rod driving unit capable of inserting a control rod into a fuel assembly stored in a nuclear reactor, the device comprising: a controller including a power control unit for providing control so that the nuclear reactor delivers constant thermal power; an inflow temperature sensing unit connected to the controller and configured to sense an inflow temperature of the moderator flowing into the nuclear reactor; an outflow temperature sensing unit connected to the controller and configured to sense an outflow temperature of the moderator flowing out of the nuclear reactor; a neutron detecting unit configured to detect a neutron in the nuclear reactor; a reactor physical test unit connected to the neutron detecting unit and configured to measure the reactivity based on the detected neutrons, the reactor physical test unit further comprising a processing unit that comprises a reactivity measuring unit configured to measure a reactivity of the nuclear reactor; an average temperature measuring unit configured to measure an average temperature from the sensed inflow and outflow temperatures; and a temperature coefficient calculating unit configured to calculate a temperature coefficient of the moderator based on an amount of change in the reactivity between before and after the control rod is inserted and on an amount of change in the average temperature between before and after the control rod is inserted with the thermal power being constant. a controller including a power control unit for providing control so that the nuclear reactor delivers constant thermal power; an inflow temperature sensing unit connected to the controller and configured to sense an inflow temperature of the moderator flowing into the nuclear reactor; an outflow temperature sensing unit connected to the controller and configured to sense an outflow temperature of the moderator flowing out of the nuclear reactor; a neutron detecting unit configured to detect a neutron in the nuclear reactor; a reactor physical test unit connected to the neutron detecting unit and configured to measure the reactivity based on the detected neutrons, the reactor physical test unit further comprising a processing unit that comprises a reactivity measuring unit configured to measure a reactivity of the nuclear reactor; an average temperature measuring unit configured to measure an average temperature from the sensed inflow and outflow temperatures; and a temperature coefficient calculating unit configured to calculate a temperature coefficient of the moderator based on an amount of change in the reactivity between before and after the control rod is inserted and on an amount of change in the average temperature between before and after the control rod is inserted with the thermal power being constant.
An aircraft engine including an oil sampling assembly, the oil sampling assembly comprising: a tank (24;240) of the aircraft engine, the tank (24;240) containing lubrication fluid of the aircraft engine, the tank (24;240) including a port and a self-closing valve configurable between a closed configuration where a flow of lubrication fluid through the port is prevented and an open configuration where the flow of lubrication fluid through the port is permitted; and an oil sampling tool (36;360) releasably engaged with the self-closing valve to cause opening of the self-closing valve, the sampling tool (36;360) having: an inlet in fluid communication with the port for receiving the flow of lubrication fluid from the tank (24;240) via the port; a filter in fluid communication with the inlet; and a pump configured to induce the flow of the lubrication fluid through the filter. a tank (24;240) of the aircraft engine, the tank (24;240) containing lubrication fluid of the aircraft engine, the tank (24;240) including a port and a self-closing valve configurable between a closed configuration where a flow of lubrication fluid through the port is prevented and an open configuration where the flow of lubrication fluid through the port is permitted; and an oil sampling tool (36;360) releasably engaged with the self-closing valve to cause opening of the self-closing valve, the sampling tool (36;360) having: an inlet in fluid communication with the port for receiving the flow of lubrication fluid from the tank (24;240) via the port; a filter in fluid communication with the inlet; and a pump configured to induce the flow of the lubrication fluid through the filter. an inlet in fluid communication with the port for receiving the flow of lubrication fluid from the tank (24;240) via the port; a filter in fluid communication with the inlet; and a pump configured to induce the flow of the lubrication fluid through the filter.
A surgical retractor for use in performing surgery upon a portion of a patient's body, comprising - a metal body comprising a first end for applying tension onto the patient's tissue in order to retract the tissue, and a second end opposite to the first end; - an elastic tether attached to the metal body at the second end or a second end portion of the metal body, - wherein the metal body comprises an interconnecting device for detachably interconnecting the tether with, and disconnecting it from, the metal body, characterised in that - the interconnecting device comprises a through opening; and wherein - the elastic tether comprises in a longitudinal direction thereof a first end and a second end portion, wherein the first end of the elastic tether is passed through the opening of the metal body and also through an opening provided in the second end portion of the tether so as to form a closed loop around a strut of the metal body formed by the opening of the metal body. - a metal body comprising a first end for applying tension onto the patient's tissue in order to retract the tissue, and a second end opposite to the first end; - an elastic tether attached to the metal body at the second end or a second end portion of the metal body, - wherein the metal body comprises an interconnecting device for detachably interconnecting the tether with, and disconnecting it from, the metal body, - the interconnecting device comprises a through opening; and wherein - the elastic tether comprises in a longitudinal direction thereof a first end and a second end portion,
A method, comprising: receiving, via a user interface, a command to paste a password from a password manager into a clipboard; receiving, via the user interface, a command to paste the password from the clipboard into a non-password field as a dataset; determining, by a processor monitoring operations of at least one of the password manager and the clipboard, that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field; and automatically inhibiting, based on determining that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field, further processing of the password, the method further comprising monitoring until contents of the clipboard are cleared, to support the determining that the password is pasted from the password manager to the clipboard and that the password is pasted from the clipboard into the non-password field. receiving, via a user interface, a command to paste a password from a password manager into a clipboard; receiving, via the user interface, a command to paste the password from the clipboard into a non-password field as a dataset; determining, by a processor monitoring operations of at least one of the password manager and the clipboard, that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field; and automatically inhibiting, based on determining that the password is pasted from the password manager into the clipboard and that the password is pasted from the clipboard into the non-password field, further processing of the password, the method further comprising monitoring until contents of the clipboard are cleared, to support the determining that the password is pasted from the password manager to the clipboard and that the password is pasted from the clipboard into the non-password field.
A method for upgrading a version of a service, said method comprising: instructing a host device to: pre-spawn (312; 402; 514; 604) a number of first host processes configured to provide a first version of the service in a computing node; to avoid disrupting client sessions that are bound to the first host processes, pre-spawn (316; 612) a number of second host processes configured to provide a second version of the service in the computing node, wherein the number of first host processes and the number of second host processes are defined in a first scaling constraint and are each greater than or equal to one, wherein the host device pre-spawns the second host processes by: identifying a host process of the first host processes that becomes unbound from a client session; terminating the identified host process; and incrementally pre-spawning a second host process that provides the second version of the service as identified first host processes are terminated, until a count of the second host processes is equal to the number of second host processes as defined in the first scaling constraint; and in response to receiving an indication that each of the second host processes is operating properly, instructing (410; 522) the host device to decrease the number of first host processes and to increase the number of second host processes as defined in a second scaling constraint. pre-spawn (312; 402; 514; 604) a number of first host processes configured to provide a first version of the service in a computing node; to avoid disrupting client sessions that are bound to the first host processes, pre-spawn (316; 612) a number of second host processes configured to provide a second version of the service in the computing node, wherein the number of first host processes and the number of second host processes are defined in a first scaling constraint and are each greater than or equal to one, wherein the host device pre-spawns the second host processes by: identifying a host process of the first host processes that becomes unbound from a client session; terminating the identified host process; and incrementally pre-spawning a second host process that provides the second version of the service as identified first host processes are terminated, identifying a host process of the first host processes that becomes unbound from a client session; terminating the identified host process; and incrementally pre-spawning a second host process that provides the second version of the service as identified first host processes are terminated, until a count of the second host processes is equal to the number of second host processes as defined in the first scaling constraint; and in response to receiving an indication that each of the second host processes is operating properly, instructing (410; 522) the host device to decrease the number of first host processes and to increase the number of second host processes as defined in a second scaling constraint.
A swimming pool wall having a drainage groove, the side wall of the swimming pool and the drainage groove being formed in one piece, characterized in that a slope wall of the drainage groove, which is adjacent to the side wall of the swimming pool, directly connects to an overflow edge of the swimming pool throug a single bend, wherein the slope wall of the drainage groove forms an angle with the side wall of the swimming pool of more than 20 degrees.
A transmission device, comprising: a generating unit configured to generate a subframe including multiple OFDM symbols; and a transmitting unit configured to transmit the subframe generated by the generating unit, wherein a unicast channel guard interval length for a unicast channel and a multicast channel guard interval length for a multicast channel which is longer than the unicast channel guard interval length are defined in the generating unit; wherein the generating unit is configured to add guard intervals to the OFDM symbols in the subframe in two manners: adding guard intervals with the unicast channel guard interval length to all the OFDM symbols in the subframe, and adding guard intervals with the multicast channel guard interval length to all the OFDM symbols in the subframe, wherein the generating unit is configured to map a L1/L2 signaling control channel including scheduling information for the unicast channel to the OFDM symbols to which the guard intervals with the unicast channel guard interval length are added, and wherein the generating unit is configured to not map a L1/L2 signaling control channel including scheduling information for the multicast channel to the OFDM symbols to which the guard intervals with the multicast channel guard interval length are added. a generating unit configured to generate a subframe including multiple OFDM symbols; and a transmitting unit configured to transmit the subframe generated by the generating unit, wherein a unicast channel guard interval length for a unicast channel and a multicast channel guard interval length for a multicast channel which is longer than the unicast channel guard interval length are defined in the generating unit; wherein the generating unit is configured to add guard intervals to the OFDM symbols in the subframe in two manners: adding guard intervals with the unicast channel guard interval length to all the OFDM symbols in the subframe, and adding guard intervals with the multicast channel guard interval length to all the OFDM symbols in the subframe, adding guard intervals with the unicast channel guard interval length to all the OFDM symbols in the subframe, and adding guard intervals with the multicast channel guard interval length to all the OFDM symbols in the subframe, wherein the generating unit is configured to map a L1/L2 signaling control channel including scheduling information for the unicast channel to the OFDM symbols to which the guard intervals with the unicast channel guard interval length are added, and wherein the generating unit is configured to not map a L1/L2 signaling control channel including scheduling information for the multicast channel to the OFDM symbols to which the guard intervals with the multicast channel guard interval length are added.
A high voltage circuit breaker (40; 60) comprising: - first and second interrupter units (42, 44) located in a high voltage region, each interrupter unit including a movable contact (3b; 43b) arranged movable between an opened and closed state, - an operating mechanism located in the high voltage region and arranged to move the movable contacts (3b; 43b) between the opened and closed states, wherein the operating mechanism comprises a first actuator arranged to operate the movable contact of the first interrupter unit, and a second actuator arranged to operate the movable contact of the second interrupter unit, - a power supply source located in a ground region, and - a power transfer arrangement, for transferring power from the power supply source to the operating mechanism, comprising a wireless power transfer device adapted for wireless power transmission between the ground region and the high voltage region, and said power transfer device is configured to supply the first and second actuators with power, characterized by the first and second actuators (48, 50) being integrated in a single unit disposed between the first and second interrupter units, and said first and second actuators (48, 50) being configured to move the movable contacts of the first and second interrupter units (42, 44) independently of each other. - first and second interrupter units (42, 44) located in a high voltage region, each interrupter unit including a movable contact (3b; 43b) arranged movable between an opened and closed state, - an operating mechanism located in the high voltage region and arranged to move the movable contacts (3b; 43b) between the opened and closed states, wherein the operating mechanism comprises a first actuator arranged to operate the movable contact of the first interrupter unit, and a second actuator arranged to operate the movable contact of the second interrupter unit, - a power supply source located in a ground region, and - a power transfer arrangement, for transferring power from the power supply source to the operating mechanism, comprising a wireless power transfer device adapted for wireless power transmission between the ground region and the high voltage region, and said power transfer device is configured to supply the first and second actuators with power,
A blood indicator panel characterised in that it comprises a series of calibrated horizontal markings, wherein each calibrated horizontal marking has a numerical value corresponding to an approximate volume of blood in a fluid; and wherein the numerical values associated with the calibrated markings are calculated from a volume measure of settled red blood cells from the fluid according to the formula: V b = V m / Hct × η wherein V b is the volume of blood, V m is the sedimentation level of red blood cells in the fluid, Hct is an average blood hematocrit value, and η is a packing ratio of settled red blood cells, wherein the packing ratio is calculated using the following formula: η = V m / V c. wherein V m is the sedimentation level of red blood cells in the fluid and V c is the actual red blood cell volume as determined through centrifugation. wherein V b is the volume of blood, V m is the sedimentation level of red blood cells in the fluid, Hct is an average blood hematocrit value, and η is a packing ratio of settled red blood cells, wherein the packing ratio is calculated using the following formula: η = V m / V c. wherein V m is the sedimentation level of red blood cells in the fluid and V c is the actual red blood cell volume as determined through centrifugation.
Composition forming an insulation layer, which composition forms a solid microporous carbon foam in the event of fire, the composition comprising a constituent A containing a multifunctional Michael acceptor which has at least two electron-deficient carbon multiple bonds per molecule as functional Michael acceptor groups, comprising a constituent B containing a multifunctional Michael donor which has at least two C,H-acid groups per molecule as functional Michael donor groups, comprising a constituent C containing an additive which forms an insulation layer, and comprising a catalyst for the Michael addition reaction, the additive which forms an insulation layer comprising a mixture that comprises at least one dehydrogenation catalyst and at least one propellant and/or comprising at least one graphite intercalation compound, wherein the dehydrogenation catalyst comprises a salt or an ester of an inorganic, non-volatile acid selected from sulfuric acid, phosphoric acid or boric acid, and the propellant is selected from the group consisting of cyanuric acid, isocyanuric acid, melamine and the derivatives thereof, wherein the functional Michael donor groups are selected from the group consisting of β-ketoesters, β-ketoamides, 1,3-diketones, malonic esters and malonic ester derivatives, cyanoacetate esters, cyanoacetamides and α-nitroalkanes.
A hygiene device for sanitary appliances comprising a detergent and/or deodorant means in the form of a solid block and engagement means to a perimetric rim of a WC, wherein said engagement means comprise an engagement portion to the WC and an engagement portion (33, 34, 35) to said solid block, said latter engagement portion (33, 34, 35) comprising a flat perforated plate, having a dimension smaller than or at the most equal to the flat rear surface of the solid block, said solid block comprising at least one flat rear surface for engagement with said engagement means, characterized in that said flat perforated plate has at least three pegs perpendicular to it and facing the opposite side with respect to the wall of the WC for the pressure positioning of the solid block, wherein said flat perforated plate carries, on the opposite side with respect to said pegs, at least one baffle comprising a protruding surface, tilted with respect to the flat plate by an angle β of less than 90° for collecting and distributing water through holes of said plate upstream in the direction of the flow of water flush.
A method performed by a session management function, SMF, for establishing a session for communication with a local network in a wireless communication system, the method comprising: obtaining a request for using an integrated mode in which an integrated user plane entity is used, wherein, in the integrated user plane entity, a user plane entity of a base station and a user plane function, UPF, are integrated into one and wherein the integrated user plane entity performs an operation of the user plane function, UPF, and an operation of the user plane entity of the base station together, when a session between a local network and a user equipment, UE, is established; determining, based on user information of the UE, whether to accept use of the integrated mode; selecting the integrated user plane entity as a user plane entity in which the session is to be established, based on a result of the determining; and transmitting a session establishment request to the selected integrated user plane entity. obtaining a request for using an integrated mode in which an integrated user plane entity is used, wherein, in the integrated user plane entity, a user plane entity of a base station and a user plane function, UPF, are integrated into one and wherein the integrated user plane entity performs an operation of the user plane function, UPF, and an operation of the user plane entity of the base station together, when a session between a local network and a user equipment, UE, is established; determining, based on user information of the UE, whether to accept use of the integrated mode; selecting the integrated user plane entity as a user plane entity in which the session is to be established, based on a result of the determining; and transmitting a session establishment request to the selected integrated user plane entity.