mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a mobile communication system, the method comprising: receiving configuration information for a conditional handover, CHO, including information on one or more conditions for a candidate target cell for the CHO; detecting a radio link failure, RLF, while performing the CHO based on the configuration information, and starting a first timer; entering an idle state in case that the first timer expires, the first timer being configured to expire if the terminal does not find any suitable cell connectable with the terminal during running of the first timer; and transmitting, to a first cell in which the terminal is able to transition from the idle state to a connected state, an RLF report message, wherein the RLF report message includes information on a fulfilled condition among the one or more conditions for the candidate target cell for the CHO. receiving configuration information for a conditional handover, CHO, including information on one or more conditions for a candidate target cell for the CHO; detecting a radio link failure, RLF, while performing the CHO based on the configuration information, and starting a first timer; entering an idle state in case that the first timer expires, the first timer being configured to expire if the terminal does not find any suitable cell connectable with the terminal during running of the first timer; and transmitting, to a first cell in which the terminal is able to transition from the idle state to a connected state, an RLF report message, wherein the RLF report message includes information on a fulfilled condition among the one or more conditions for the candidate target cell for the CHO.
A system for energy storage comprising a chemical combustion reactor wherein a flow path is provided in a longitudinal direction of said reactor, said reactor comprising a reactor segment that comprises at least two porous active fixed beds placed in the flow path, said active beds comprising a metal and/or oxide thereof, characterised in that said active beds are separated by a porous inactive insulating layer, and in that said active beds and said insulating layer are at least partially directly surrounded by an insulating mantle in the longitudinal direction of said reactor.
A method of determining a radiation distribution, comprising: determining or estimating movements of a patient during an intended radiation exposure; exposing a phantom to radiation, wherein the radiation exposure of the phantom corresponds to said intended radiation exposure of the patient; and measuring first radiation values at respective first positions during the radiation exposure of the phantom; characterized by calculating second radiation values at respective second positions based on said first radiation values and values of one or more parameters Indicative of said movements of the patient. determining or estimating movements of a patient during an intended radiation exposure; exposing a phantom to radiation, wherein the radiation exposure of the phantom corresponds to said intended radiation exposure of the patient; and measuring first radiation values at respective first positions during the radiation exposure of the phantom; characterized by calculating second radiation values at respective second positions based on said first radiation values and values of one or more parameters Indicative of said movements of the patient.
A process for forming a polymer comprising residues of 5 -amino-2-(p-aminophenyl)benzimidazole (DAPBI), para-phenylenediamine, and terephthaloyl dichloride, comprising the steps of: a) forming a slurry of DAPBI in a solvent system comprising an organic solvent and an inorganic salt; b) adding terephthaloyl dichloride to the slurry in an amount of up to one-half mole for every mole of DAPBI in the slurry; c) agitating the slurry to react the DAPBI and terephthaloyl dichloride to form an oligomeric solution; d) adding PPD to the oligomeric solution and agitating until substantially all of the PPD is dissolved, e) adding terephthaloyl dichloride in an amount of greater than one mole for every mole of PPD in the solution to form a prepolymer solution; and f) agitating the prepolymer solution to form a polymer. a) forming a slurry of DAPBI in a solvent system comprising an organic solvent and an inorganic salt; b) adding terephthaloyl dichloride to the slurry in an amount of up to one-half mole for every mole of DAPBI in the slurry; c) agitating the slurry to react the DAPBI and terephthaloyl dichloride to form an oligomeric solution; d) adding PPD to the oligomeric solution and agitating until substantially all of the PPD is dissolved, e) adding terephthaloyl dichloride in an amount of greater than one mole for every mole of PPD in the solution to form a prepolymer solution; and f) agitating the prepolymer solution to form a polymer.
A method of manufacture of a composite component comprising the steps of: providing a first layer of pre-preg composite material; providing a second layer of pre-preg composite material, the second layer having an edge; laying-up the first and second layers of pre-preg composite material (12, 14) such that the edge of the second layer is adjacent a surface of the first layer of pre-preg composite material; and characterized by applying pressure and, optionally, vibrational energy to the edge of the second layer to thereby smooth the ply drop at the edge of the second layer so that the sharp, vertical drop-off at the edge of the second layer is converted to a gradual, generally smooth slope, and the initial 90° angle between the edge of the second layer and the surface of the first layer is reduced. providing a first layer of pre-preg composite material; providing a second layer of pre-preg composite material, the second layer having an edge; laying-up the first and second layers of pre-preg composite material (12, 14) such that the edge of the second layer is adjacent a surface of the first layer of pre-preg composite material; and characterized by applying pressure and, optionally, vibrational energy to the edge of the second layer to thereby smooth the ply drop at the edge of the second layer so that the sharp, vertical drop-off at the edge of the second layer is converted to a gradual, generally smooth slope, and the initial 90° angle between the edge of the second layer and the surface of the first layer is reduced.
A system comprising a digital output circuit for controlling an item of equipment (14,16) within a power distribution network, the digital output circuit comprising: a switch element openable and closeable to selectively permit the flow of current to an item of equipment being controlled in use by the digital output circuit; a current acquisition circuit to measure the current flowing through the switch element; and a condition monitoring circuit arranged in communication with the current acquisition circuit, the condition monitoring circuit being configured to record the measured current flowing (Im) through the switch element as the switch element closes and thereby establish a switch element closing signature characterized by the system further comprising: a closing signature assessment unit arranged in communication with the condition monitoring circuit and configured to compare the switch element closing signature with a known reference signature and to indicate based on the comparison when there is a particular problem with the equipment item (14, 16); wherein the closing signature assessment unit is configured to indicate that there is a particular problem with the equipment item (14, 16) when the switch element closing signature deviates to a predetermined extent from the reference signature. a switch element openable and closeable to selectively permit the flow of current to an item of equipment being controlled in use by the digital output circuit; a current acquisition circuit to measure the current flowing through the switch element; and a condition monitoring circuit arranged in communication with the current acquisition circuit, the condition monitoring circuit being configured to record the measured current flowing (Im) through the switch element as the switch element closes and thereby establish a switch element closing signature characterized by the system further comprising: a closing signature assessment unit arranged in communication with the condition monitoring circuit and configured to compare the switch element closing signature with a known reference signature and to indicate based on the comparison when there is a particular problem with the equipment item (14, 16); wherein the closing signature assessment unit is configured to indicate that there is a particular problem with the equipment item (14, 16) when the switch element closing signature deviates to a predetermined extent from the reference signature. a closing signature assessment unit arranged in communication with the condition monitoring circuit and configured to compare the switch element closing signature with a known reference signature and to indicate based on the comparison when there is a particular problem with the equipment item (14, 16); wherein the closing signature assessment unit is configured to indicate that there is a particular problem with the equipment item (14, 16) when the switch element closing signature deviates to a predetermined extent from the reference signature.
A compound according to formula I, wherein X is selected from the group consisting of O, NH and S, n is 0, 1 or 2, and R 1 and R 2 are independently selected from the group consisting of H, methyl and ethyl, or together form a group CR 3 R 4 wherein R 3 and R 4 are independently selected from the group consisting of H, methyl and ethyl, or a solvate or salt thereof, for use in a treatment comprising the inhibition of the growth and/or survival of cancer stem cells in a patient suffering from a cancer disease.
A seal (176;276;376;476;576;676) assembly for a gas turbine engine comprising: a seal (169;269;369;469;569;669) including an elongated seal body (170;270;370;470) extending between a seal face (183;683) that faces toward a gas path and a backside face (189;289;389;489;589) opposite the seal face (183;683), and the seal face (183;683) extending circumferentially between first and second mate faces; wherein the seal body (170...470) defines an internal cavity that extends circumferentially from a first opening along the first mate face to a second opening along the second mate face, and the backside face (189...589) extends between the first and second openings; and a shield (196;296;396;496;596;696) including a shield body (196A;296A;396A;496A;596A) that spans between the first and second openings such that the backside face (189...589) is situated between the internal cavity and the shield body (196A...596A). a seal (169;269;369;469;569;669) including an elongated seal body (170;270;370;470) extending between a seal face (183;683) that faces toward a gas path and a backside face (189;289;389;489;589) opposite the seal face (183;683), and the seal face (183;683) extending circumferentially between first and second mate faces; wherein the seal body (170...470) defines an internal cavity that extends circumferentially from a first opening along the first mate face to a second opening along the second mate face, and the backside face (189...589) extends between the first and second openings; and a shield (196;296;396;496;596;696) including a shield body (196A;296A;396A;496A;596A) that spans between the first and second openings such that the backside face (189...589) is situated between the internal cavity and the shield body (196A...596A).
Sliding closure for a metallurgical casting vessel, in particular a casting ladle, having a slider plate mounted to be displaceable between a head plate and a discharge plate, wherein all of the three plates (3, 5, 6) are arranged within a slider housing that can be opened if required which comprises a mounting plate for the head plate on the side facing the casting vessel and in the closed state is sealed toward the outside in a gas-tight manner, which is furthermore delimited by the side comprising the mounting plate, on the one hand, and a box-like frame, on the other, that is mounted to be pivotable about a first axis, to the side of which that is opposite the mounting plate the discharge plate can be mounted, wherein between the side of the slider housing comprising the mounting plate, and the box-like frame a circumferential sealing, in particular a sealing cord is arranged, characterized in that the slider plate frame together with the slider plate is held on the box-like frame to be pivotable about a second axis in particular extending approximately in parallel to the first axis such that, when the slider housing is being closed, the slider plate is pivotable into the box-like frame in abutment against the discharge plate mounted there, and then the box-like frame together with the discharge and slider plates is pivotable close to the mounting plate while abutting the slider plate against the head plate mounted to the mounting plate, or vice versa when the slider housing is being opened.
Take-up winding device for continuously winding a multifilament fibre strand, having two drivable winding spindles (3.1, 3.2) and a rotatably mounted winding turret for holding the protruding winding spindles (3.1, 3.2), wherein the winding spindles (3.1, 3.2) by the winding turret are able to be guided in an alternating manner in an operating region for winding a package and in a changeover region for doffing the package, and wherein each of the winding spindles (3.1, 3.2) on the protruding end thereof has a clamping installation (4.1, 4.2) for catching the fibre strand, wherein the clamping installation (4.1, 4.2) has a clamping block which is fixedly connected to the winding spindle (3.1, 3.2) and a movable clamping disc, said clamping block and said clamping disc being elastic tensioned in relation to one another so as to form an encircling clamping slot, characterized in that the clamping disc is coupled to a thrust installation in the interior of the winding spindle (3.1, 3.2) by way of which the clamping disc for opening the clamping slot is displaceable counter to the pretension, wherein the thrust installation is formed by a piston in a pressurized chamber, said piston by way of the compression spring being supported on the clamping block, and said pressurized chamber for displacing the clamping disc and opening the clamping slot being able to be impinged by a pressurized fluid acting on the piston, and in that the clamping slot is assigned a plurality of transverse grooves which are disposed so as to be distributed uniformly on the circumference and which extend partially in the clamping block and partially in the clamping disc.
Method for setting up a secure communication connection to a communication device connected to an industrial automation system, in which - a secure communication connection is set up between a first communication device and a second communication device via a non-secure first subnetwork, the second communication device additionally being connected to a secure second subnetwork which is assigned to the industrial automation system, - a monitoring unit assigned to the second communication device checks whether a new communication network address assigned to the second communication device for a connection to the first subnetwork becomes valid, - in the event of a change in a communication network address assigned to the second communication device for a connection to the first subnetwork and in the case of a still existing secure communication connection between the first and second communication devices, the monitoring unit transmits an address change notification to the first communication device via the existing secure communication connection, - upon receiving an address change notification, the first communication device initiates the setting-up of an additional secure communication connection between the first and second communication devices via the first subnetwork, - the first communication device concludes a changeover from the existing secure communication connection to the additional secure communication connection as soon as the additional secure communication connection has been set up and established. - a secure communication connection is set up between a first communication device and a second communication device via a non-secure first subnetwork, the second communication device additionally being connected to a secure second subnetwork which is assigned to the industrial automation system, - a monitoring unit assigned to the second communication device checks whether a new communication network address assigned to the second communication device for a connection to the first subnetwork becomes valid, - in the event of a change in a communication network address assigned to the second communication device for a connection to the first subnetwork and in the case of a still existing secure communication connection between the first and second communication devices, the monitoring unit transmits an address change notification to the first communication device via the existing secure communication connection, - upon receiving an address change notification, the first communication device initiates the setting-up of an additional secure communication connection between the first and second communication devices via the first subnetwork, - the first communication device concludes a changeover from the existing secure communication connection to the additional secure communication connection as soon as the additional secure communication connection has been set up and established.
A recombinant von Willebrand Factor (rVWF) for use in a method for treating minor gastrointestinal bleeding or moderate gastrointestinal bleeding in a subject with severe von Willebrand Disease comprising administering to the subject at least one dose of the rVWF ranging from 40 IU/kg to 60 IU/kg, wherein the first dose further comprises recombinant Factor VIII (rFVIII).
An aerodynamic noise absorber apparatus configured to be connected within a server device between a plurality of hard disk drives and a plurality of fan modules, the aerodynamic noise absorber apparatus comprising: a first distal end and a second distal end; a first connecting member located at the first distal end; a second connecting member located at the second distal end; one or more brackets secured each at the first and second connecting members, wherein each of the one or more brackets extends between the first and the second connecting members and comprises a flat base, a plurality of airflow guiding depressions on a side opposite the flat base, and a plurality of micro pores to allow for air flow through the server device; and one or more plates abutting each against a corresponding one of the one or more brackets; wherein the first and second connecting members are configured to connect the aerodynamic noise absorber apparatus within the server device between the plurality of hard disk drives and the plurality of fan modules with said one or more plates facing the plurality of hard disk drives and the plurality of airflow guiding depressions facing the plurality of fan modules, in order to reduce noise from the plurality of fan modules while enabling air flow through the server device. a first distal end and a second distal end; a first connecting member located at the first distal end; a second connecting member located at the second distal end; one or more brackets secured each at the first and second connecting members, wherein each of the one or more brackets extends between the first and the second connecting members and comprises a flat base, a plurality of airflow guiding depressions on a side opposite the flat base, and a plurality of micro pores to allow for air flow through the server device; and one or more plates abutting each against a corresponding one of the one or more brackets; wherein the first and second connecting members are configured to connect the aerodynamic noise absorber apparatus within the server device between the plurality of hard disk drives and the plurality of fan modules with said one or more plates facing the plurality of hard disk drives and the plurality of airflow guiding depressions facing the plurality of fan modules, in order to reduce noise from the plurality of fan modules while enabling air flow through the server device.
A heat exchanger comprising: an outer duct defining an inlet and an outlet through which a first fluid flows in and out, respectively, of the outer duct; and at least one inner duct disposed inside the outer duct and defining at least one inner channel inside the inner duct and an outer channel between an outer surface of the inner duct and an inner surface of the outer duct; wherein the inner duct defines the inner channel through which a second fluid flows to exchange heat energy with the first fluid; wherein said inner channel is arranged between said outer surface of the inner duct and an inner surface of the inner duct; and wherein the inner surface of the inner duct defines a central channel distinct from said outer channel and in fluid communication therewith so that said first fluid flowing in through said inlet and flowing out through said outlet of the outer duct can exchange heat energy with the second fluid through the inner surface and the outer surface of the inner duct; and characterized in that the inner duct is hydraulically and mechanically connected to the inner surface of the outer duct through at least one inlet and at least one outlet for the second fluid, which are configured with flexible hydraulic couplers. an outer duct defining an inlet and an outlet through which a first fluid flows in and out, respectively, of the outer duct; and at least one inner duct disposed inside the outer duct and defining at least one inner channel inside the inner duct and an outer channel between an outer surface of the inner duct and an inner surface of the outer duct; wherein the inner duct defines the inner channel through which a second fluid flows to exchange heat energy with the first fluid; wherein said inner channel is arranged between said outer surface of the inner duct and an inner surface of the inner duct; and wherein the inner surface of the inner duct defines a central channel distinct from said outer channel and in fluid communication therewith so that said first fluid flowing in through said inlet and flowing out through said outlet of the outer duct can exchange heat energy with the second fluid through the inner surface and the outer surface of the inner duct; and characterized in that the inner duct is hydraulically and mechanically connected to the inner surface of the outer duct through at least one inlet and at least one outlet for the second fluid, which are configured with flexible hydraulic couplers.
External use of a composition comprising a component and a component shown below, the component being dispersed in a continuous phase that contains the component: at least one member selected from the group consisting of tocopherol and phytic acid; and liposomes containing a polyunsaturated fatty acid or a derivative thereof, as a skin whitener. at least one member selected from the group consisting of tocopherol and phytic acid; and liposomes containing a polyunsaturated fatty acid or a derivative thereof, as a skin whitener.