mhurhangee/ep-ind-claims huggingface dataset:
Tool for centring at least one bore that is to be centred, having an internal diameter with respect to at least one first bore (42.1) having an internal diameter (D42.1), the centring tool comprising a body having at least one first span (48.1) that is configured to be coaxial with the first bore (42.1) when the said first span (48.1) is positioned in the first bore (42.1) and a segment that is configured to be positioned in the bore that is to be centred, characterized in that the centring tool comprises: - a coil spring positioned around the segment and configured to occupy a relaxed, non-expanded state in which it has an initial external diameter (Di) and an expanded state in which it has an expanded external diameter (De) that is greater than the internal diameter of the bore that is to be centred, - a radial expansion mechanism that is configured to occupy an inactive state in which it does not act on the coil spring and an activated state in which it brings about an increase in the diameter of the coil spring, - the radial expansion mechanism being configured to keep the coil spring coaxial with the body in the expanded state, and - the radial expansion mechanism and/or the coil spring being configured to obtain a radial expansion of the coil spring that is essentially identical over its entire length. - a coil spring positioned around the segment and configured to occupy a relaxed, non-expanded state in which it has an initial external diameter (Di) and an expanded state in which it has an expanded external diameter (De) that is greater than the internal diameter of the bore that is to be centred, - a radial expansion mechanism that is configured to occupy an inactive state in which it does not act on the coil spring and an activated state in which it brings about an increase in the diameter of the coil spring, - the radial expansion mechanism being configured to keep the coil spring coaxial with the body in the expanded state, and - the radial expansion mechanism and/or the coil spring being configured to obtain a radial expansion of the coil spring that is essentially identical over its entire length.
LED replacement lamp, comprising: - one or more LED lighting elements arranged on an elongated member with opposite ends (22a, 22b), wherein at each of said opposite ends (22a, 22b) two electrical contacts (24a, 26a; 24b, 26b) are provided, - wherein filament emulation circuits are connected to said electrical contacts (24a, 26a; 24b, 26b) at said both ends (22a, 22b), - and wherein an LED lighting assembly comprising said one or more LED lighting elements is electrically connected to said filament emulation circuits to be supplied with electrical power for operation of said LED lighting elements, - wherein said filament emulation circuits each comprise a first resistor circuit connected to a first of said electrical contacts, a second resistor circuit connected to a second of said electrical contacts, and a common terminal, where said first and second resistor circuits (46, 48) are connected to said LED lighting assembly at said common terminal, characterised in that: said filament emulation circuits each further comprise a voltage limiting circuit having a first terminal connected between said first of said electrical contacts and said first resistor circuit and having a second terminal connected between said second of said electrical contacts and said second resistor circuit, - and where each of said first and second resistor circuits (46, 48) comprises a series connection of at least two resistors, in such a way that in case of failure of one of the resistors, the total resistance of the filament emulation circuits remains above a determined resistance value. - one or more LED lighting elements arranged on an elongated member with opposite ends (22a, 22b), wherein at each of said opposite ends (22a, 22b) two electrical contacts (24a, 26a; 24b, 26b) are provided, - wherein filament emulation circuits are connected to said electrical contacts (24a, 26a; 24b, 26b) at said both ends (22a, 22b), - and wherein an LED lighting assembly comprising said one or more LED lighting elements is electrically connected to said filament emulation circuits to be supplied with electrical power for operation of said LED lighting elements, - wherein said filament emulation circuits each comprise a first resistor circuit connected to a first of said electrical contacts, a second resistor circuit connected to a second of said electrical contacts, and a common terminal, where said first and second resistor circuits (46, 48) are connected to said LED lighting assembly at said common terminal, said filament emulation circuits each further comprise a voltage limiting circuit having a first terminal connected between said first of said electrical contacts and said first resistor circuit and having a second terminal connected between said second of said electrical contacts and said second resistor circuit, - and where each of said first and second resistor circuits (46, 48) comprises a series connection of at least two resistors, in such a way that in case of failure of one of the resistors, the total resistance of the filament emulation circuits remains above a determined resistance value.
A method of manufacturing a solid dosage formulation comprising: (i) wet granulating at least one osmotic evacuant agent, at least one antacid, and a first pharmaceutically acceptable excipient component to form an intra-granular fraction, wherein the at least one osmotic evacuant agent is sodium picosulfate, and wherein the at least one antacid is magnesium oxide; (ii) blending the intra-granular fraction obtained from step (i) with elements of an extra-granular fraction comprising one or more organic acids, a non-metallic lubricating element, and a second pharmaceutically acceptable excipient component, wherein the at least one organic acid is ascorbic acid, and wherein the non-metallic lubricating agent is a fatty acid ester; and wherein a disintegrant may be included, which is cross-linked povidone; and (iii) compressing the blend obtained from step (ii) into tablets. (i) wet granulating at least one osmotic evacuant agent, at least one antacid, and a first pharmaceutically acceptable excipient component to form an intra-granular fraction, wherein the at least one osmotic evacuant agent is sodium picosulfate, and wherein the at least one antacid is magnesium oxide; (ii) blending the intra-granular fraction obtained from step (i) with elements of an extra-granular fraction comprising one or more organic acids, a non-metallic lubricating element, and a second pharmaceutically acceptable excipient component, wherein the at least one organic acid is ascorbic acid, and wherein the non-metallic lubricating agent is a fatty acid ester; and wherein a disintegrant may be included, which is cross-linked povidone; and (iii) compressing the blend obtained from step (ii) into tablets.
A pipette system, comprising an air displacement pipette comprising: a tubular pipette tip having an upper section surrounding a locking chamber, and a body section leading from said upper section and tapering downwardly to a reduced diameter end; a tubular mounting shaft on said pipette, said mounting shaft having a distal end configured and dimensioned for axial insertion into said locking chamber; coacting surfaces (32, 76) on the distal end of said mounting shaft and said upper section for establishing an axially interengaged relationship between said pipette tip and said mounting shaft in response to insertion of the distal end of said mounting shaft into said locking chamber; and a sleeve axially shiftable relative to said mounting shaft between a retracted position accommodating the establishment of said axially interengaged relationship, and an advanced position for disrupting said interengaged relationship to thereby accommodate axial ejection of said pipette tip from said mounting shaft, characterized in that said coacting surfaces (32, 76) comprise at least one resilient finger on the upper section of said pipette tip, said finger being configured and arranged to project into said locking chamber and to snap inwardly into said interengaged relationship with an exterior shoulder on the distal end of said mounting shaft and said sleeve being configured to disrupt said interengaged relationship by radially expanding said finger. a tubular pipette tip having an upper section surrounding a locking chamber, and a body section leading from said upper section and tapering downwardly to a reduced diameter end; a tubular mounting shaft on said pipette, said mounting shaft having a distal end configured and dimensioned for axial insertion into said locking chamber; coacting surfaces (32, 76) on the distal end of said mounting shaft and said upper section for establishing an axially interengaged relationship between said pipette tip and said mounting shaft in response to insertion of the distal end of said mounting shaft into said locking chamber; and a sleeve axially shiftable relative to said mounting shaft between a retracted position accommodating the establishment of said axially interengaged relationship, and an advanced position for disrupting said interengaged relationship to thereby accommodate axial ejection of said pipette tip from said mounting shaft, characterized in that said coacting surfaces (32, 76) comprise at least one resilient finger on the upper section of said pipette tip, said finger being configured and arranged to project into said locking chamber and to snap inwardly into said interengaged relationship with an exterior shoulder on the distal end of said mounting shaft and said sleeve being configured to disrupt said interengaged relationship by radially expanding said finger.
A method, implemented at a computer system that includes one or more processors, for presenting historical state associated with prior execution of an entity, the method comprising: replaying one or more segments of the prior execution of the entity based on one or more trace data streams storing a trace of at least the prior execution of the entity; relying on one or more variables or functions in the one or more trace data streams, simulating, by a debugger, execution of a function of the entity as it would have executed at a particular execution time point in the prior execution of the entity to obtain the function's return value, wherein the function of the entity did not execute during tracing; and based on replaying the one or more segments of the prior execution of the entity and based on simulating execution of the function of the entity, in connection with the particular execution time point in the prior execution of the entity, presenting at a user interface of the debugger a first indication of at least one value of the one or more variables or functions relied upon by the simulated execution of the function as it would have executed at the particular execution time point, along with a second indication of a timing of knowledge of the at least one value in relation to the particular execution time point. replaying one or more segments of the prior execution of the entity based on one or more trace data streams storing a trace of at least the prior execution of the entity; relying on one or more variables or functions in the one or more trace data streams, simulating, by a debugger, execution of a function of the entity as it would have executed at a particular execution time point in the prior execution of the entity to obtain the function's return value, wherein the function of the entity did not execute during tracing; and based on replaying the one or more segments of the prior execution of the entity and based on simulating execution of the function of the entity, in connection with the particular execution time point in the prior execution of the entity, presenting at a user interface of the debugger a first indication of at least one value of the one or more variables or functions relied upon by the simulated execution of the function as it would have executed at the particular execution time point, along with a second indication of a timing of knowledge of the at least one value in relation to the particular execution time point.
A mannose-6-phosphate (M6P) derivative for use in enhancing memory in a subject with a memory impairment, the enhancement comprising administering to the subject a composition comprising a therapeutically effective amount of the M6P derivative, wherein the M6P derivative is: or a pharmaceutically acceptable salt thereof.
A computer-implemented method for granting permission to a requestor to join a first network, wherein the first network comprises a set of bridging nodes and a set of devices controllable by one or more of the set of bridging nodes, and wherein each bridging node is also a respective node of a blockchain network; the method being performed by a registration authority and comprising: generating a first blockchain transaction, wherein the first blockchain transaction comprises an input comprising a signature linked to a first public key of the registration authority, and a first output comprising a first certificate, wherein the first certificate comprises an identifier assigned to the requestor, wherein the first certificate comprises a network address of the requestor; transmitting the first blockchain transaction to the blockchain network for inclusion in the blockchain; and wherein the method is characterised by transmitting one or more second certificates to the requestor, each second certificate being issued to a respective one of the set of bridging nodes or devices of the first network, wherein each second certificate issued to the respective bridging node of the first network comprises a respective network address of said node, wherein the requestor is configured to transmit a message to one or more of said set of bridging nodes from the network address of the requestor to the respective network address of the one or more bridging nodes to which the message is to be transmitted. generating a first blockchain transaction, wherein the first blockchain transaction comprises an input comprising a signature linked to a first public key of the registration authority, and a first output comprising a first certificate, wherein the first certificate comprises an identifier assigned to the requestor, wherein the first certificate comprises a network address of the requestor; transmitting the first blockchain transaction to the blockchain network for inclusion in the blockchain; and wherein the method is characterised by transmitting one or more second certificates to the requestor, each second certificate being issued to a respective one of the set of bridging nodes or devices of the first network, wherein each second certificate issued to the respective bridging node of the first network comprises a respective network address of said node, wherein the requestor is configured to transmit a message to one or more of said set of bridging nodes from the network address of the requestor to the respective network address of the one or more bridging nodes to which the message is to be transmitted.
A method of controlling a pitch of a blade in a wind turbine, comprising: receiving a reference pitch angle; comparing at least one of the reference pitch angle and a signal derived therefrom to an actual setting of the wind turbine to output a pitch error signal; generating, based on the pitch error signal, a first setting for a hydraulic actuator, wherein the hydraulic actuator controls the pitch of the blade; generating a second setting for the hydraulic actuator based on at least one of a reference velocity and a reference acceleration of the hydraulic actuator, the generating of the second setting for the hydraulic actuator comprises adjusting the reference velocity using a predefined feedforward gain to generate the second setting, wherein the feedforward gain is based on a cross sectional area of at least two chambers in the hydraulic actuator, the feedforward gain being different depending on whether the hydraulic actuator is currently moving in a first direction or a second, opposite direction; combining the first and second settings to output a combined setting; and controlling the hydraulic actuator based on the combined setting. receiving a reference pitch angle; comparing at least one of the reference pitch angle and a signal derived therefrom to an actual setting of the wind turbine to output a pitch error signal; generating, based on the pitch error signal, a first setting for a hydraulic actuator, wherein the hydraulic actuator controls the pitch of the blade; generating a second setting for the hydraulic actuator based on at least one of a reference velocity and a reference acceleration of the hydraulic actuator, the generating of the second setting for the hydraulic actuator comprises adjusting the reference velocity using a predefined feedforward gain to generate the second setting, wherein the feedforward gain is based on a cross sectional area of at least two chambers in the hydraulic actuator, the feedforward gain being different depending on whether the hydraulic actuator is currently moving in a first direction or a second, opposite direction; combining the first and second settings to output a combined setting; and controlling the hydraulic actuator based on the combined setting.
A method for administering prioritized input data in a computer system, the computer system comprising a first processor, an interface unit having a first interface processor and a second interface processor, and a first data link between the first processor and the interface unit, the interface unit being set up for receiving input data from a periphery in a plurality of input data channels (IN1,..., IN4) of the interface unit and for forwarding the input data to the first processor by means of the first data link, a periphery of the computer system being set up for storing input data in the plurality of input data channels (IN1,..., IN4) by means of a second data link, a computer program being stored on the computer system and a first and a second task of the computer program being set up for reading a value defined by the input data in order to assign a value to a variable of the computer program, and the first processor being programmed for executing the computer program, the first task being assigned a first priority and the second task being assigned a second priority, characterized in that the interface unit comprises a first access rights control unit, the first interface processor and the second interface processor are set up for sending to the first access rights control unit a request for providing the input data stored in the plurality of input data channels (IN1,..., IN4), the first interface processor is set up for forwarding input data to the first task or for processing input data and forwarding the processed input data to the first task, the second interface processor is set up for forwarding input data to the second task or for processing input data and forwarding the processed input data to the second task, and the first priority and the second priority are stored in the first access rights control unit, wherein the first access rights control unit is set up for providing or not providing, on request, the input data saved in the plurality of input data channels (IN1,..., IN4) to the first interface processor and the second interface processor during processing of the computer program, and for firstly providing the input data to the first interface processor in case a request to provide the input data stored in the plurality of input data channels (IN1,..., IN4) is present both from the first interface processor and from the second interface processor, and the first priority is higher than the second priority.
A power wrench with a drive portion including a hydraulic cylinder and with a driven portion, the driven portion comprising a drive shaft rotatably supported in the housing and rotated at intervals by a ratchet lever, a rotatable index ring being arranged concentrically with the output shaft, characterized in that the rotatable index ring is frictionally supported at the housing, and that the index ring has a centric window through which a mark on the output shaft is visible.
Fastening assembly comprising a retaining device for retaining a screw in an elongate through-hole made in a first element such as a wall, wherein: - the retaining device comprises a first component and a second component, through which a through-bore passes in a longitudinal direction (III-III) for receiving the shank of the screw, and which are able to be joined together respectively coming close to the wall, on either side of the wall, with first and second bearing means at respective first and second bearing faces, - the first component and/or the second component has a longitudinal portion with an internal bore that is provided with securing means that are able to cooperate with the other component (5, 6) in order to keep the first and second components joined together, - the longitudinal portion has two diametrically opposite outer flats (9a, 9b) that allow the longitudinal portion to pass into the elongate hole, characterized in that it has a screw with dimensions such that when the screw is fitted with its shank in the retaining device formed by its first and second joined-together components, its shank prevents the detachment of the securing means. - the retaining device comprises a first component and a second component, through which a through-bore passes in a longitudinal direction (III-III) for receiving the shank of the screw, and which are able to be joined together respectively coming close to the wall, on either side of the wall, with first and second bearing means at respective first and second bearing faces, - the first component and/or the second component has a longitudinal portion with an internal bore that is provided with securing means that are able to cooperate with the other component (5, 6) in order to keep the first and second components joined together, - the longitudinal portion has two diametrically opposite outer flats (9a, 9b) that allow the longitudinal portion to pass into the elongate hole, characterized in that it has a screw with dimensions such that when the screw is fitted with its shank in the retaining device formed by its first and second joined-together components, its shank prevents the detachment of the securing means.
Sealing device adapted to block an air passage under a radiator of an automobile vehicle, comprising a seal in two parts, respectively a relatively more rigid part and a relatively more flexible part, the relatively more rigid part being formed of a profile adapted to cooperate clipping fashion with a lower plate of the radiator consisting of a plate forming the bottom of the radiator and featuring a pair of opposed raised edges (131, 132) extending substantially vertically under the bottom of the radiator and the relatively more flexible part including at least one flexible lip seal adapted to extend under the profile opposite the lower plate when the seal is mounted under the radiator, characterized in that the profile has a U-shaped cross section each branch (161, 162) of which is adapted to engage over a respective raised edge of said pair of opposed raised edges of the lower plate of the radiator, said branches of the U-shaped profile being adapted to cooperate by friction with at least one external wall of a respective raised edge of said pair of opposed raised edges of the lower plate of the radiator, while the web of the U-shaped profile is intended to extend opposite a bottom face of the radiator extending between said pair of raised edges.