mhurhangee/ep-ind-claims huggingface dataset:
A hybrid propulsion system for a multi-rotor rotary wing aircraft, comprising: - an internal combustion engine, - at least one electric machine coupled to the internal combustion engine so that in operation the internal combustion engine drives the electric machine, - a rectifier connected to the electric machine and configured to convert an alternative current delivered from the electric machine into a direct current, - means (118a, 188b, 188c, 118d) for converting direct current into alternative current, - an electrical network connecting the rectifier to the conversion means, - electric motors (122a, 122b, 122c, 122d) connected to the conversion means so that in operation the conversion means supply the electric motors with alternative current, - propellers (124a, 124b, 124c, 124d) coupled to the electric motors so that in operation the electric motors drive the propellers, The system being characterized in that it comprises: - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, and in that the rectifier is active and comprises the short-circuit means. - an internal combustion engine, - at least one electric machine coupled to the internal combustion engine so that in operation the internal combustion engine drives the electric machine, - a rectifier connected to the electric machine and configured to convert an alternative current delivered from the electric machine into a direct current, - means (118a, 188b, 188c, 118d) for converting direct current into alternative current, - an electrical network connecting the rectifier to the conversion means, - electric motors (122a, 122b, 122c, 122d) connected to the conversion means so that in operation the conversion means supply the electric motors with alternative current, - propellers (124a, 124b, 124c, 124d) coupled to the electric motors so that in operation the electric motors drive the propellers, The system being characterized in that it comprises: - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, and in that the rectifier is active and comprises the short-circuit means.
Household appliance with a door opening mechanism, consisting of a body closed with a door, comprising a lock mounted in the household appliance body, a shaped element located on the door of the household appliance and an element that exerts a constant pressure on the closed door in the direction of its opening, located between the body and the door of the household appliance, characterized in that the lock consists of a rigid base, a pair of closing arms, two helical pressing springs, whose ends are mounted respectively to the rear part of the closing arm and the adjacent to the arm side wall of the base, wherein the closing arms are mounted pivotally on a common axle built in the base and are intersecting each other in the place of mounting, and at the same the free sections of the front parts of the closing arms have hook-shaped ends and form a clamps extending below the base of the lock, which, when closing and opening the door of the household appliance, cooperate with a shaped element which is is a pin being an integral part of the strip of the door, whereas and between the ends of the rear portions of the closing arms there is a cam, which cam is mounted on an driving shaft causing the cam to rotate so that during a rotation of the cam by the driving shaft by an angle of 180°, the closing arms 2 are temporarily opened and the pin is released, and the lock also contains a cam position sensor, which allows the driving shaft to be turned on and off after the cam reaches the correct angular position.
A cross-brace assembly for guiding a panel in slide rails, comprising: - an axially slotted tubular cross-brace; - a rod axially lodged inside the cross-brace; - a sheet material panel having a fold penetrating into the slot and surrounding the rod; and - a shoe comprising a rib member adapted to fit in the slot, having a height greater than the wall thickness of the tubular cross-brace and a length smaller than the length of the tubular cross-brace and the shoe comprising two transversal members (30-2, 30-3) attached respectively to the head and the foot of the rib member, each having a width greater than the width of the slot, wherein the shoe is fitted in an end portion of the cross-brace, whereby the sheet material is locally sandwiched between the cross-brace outer wall and the outer transversal member of the shoe, and the inner transversal member of the shoe rests between the rod and the slot. - an axially slotted tubular cross-brace; - a rod axially lodged inside the cross-brace; - a sheet material panel having a fold penetrating into the slot and surrounding the rod; and - a shoe comprising a rib member adapted to fit in the slot, having a height greater than the wall thickness of the tubular cross-brace and a length smaller than the length of the tubular cross-brace and the shoe comprising two transversal members (30-2, 30-3) attached respectively to the head and the foot of the rib member, each having a width greater than the width of the slot, wherein the shoe is fitted in an end portion of the cross-brace, whereby the sheet material is locally sandwiched between the cross-brace outer wall and the outer transversal member of the shoe, and the inner transversal member of the shoe rests between the rod and the slot.
A method for securely launching a hypervisor in a host system, comprising: accessing securely stored instructions used for securely launching a hypervisor; validating the securely stored instructions based on at least one security credential associated with the securely stored instructions, wherein the security credential is specified by a manufacturer of the securely stored instructions, wherein the security credential is a signature or a certificate; when the securely stored instructions have been validated, executing the securely stored instructions to launch the hypervisor; determining, based on the securely stored instructions, that the hypervisor was securely launched; and when it is determined that the hypervisor was securely launched, obtaining, by the hypervisor, one or more platform details, and writing, by the hypervisor, the one or more platform details into memory and/or into a set of registers, so that the hypervisor is permitted to execute various instructions it receives on behalf of the host system. accessing securely stored instructions used for securely launching a hypervisor; validating the securely stored instructions based on at least one security credential associated with the securely stored instructions, wherein the security credential is specified by a manufacturer of the securely stored instructions, wherein the security credential is a signature or a certificate; when the securely stored instructions have been validated, executing the securely stored instructions to launch the hypervisor; determining, based on the securely stored instructions, that the hypervisor was securely launched; and when it is determined that the hypervisor was securely launched, obtaining, by the hypervisor, one or more platform details, and writing, by the hypervisor, the one or more platform details into memory and/or into a set of registers, so that the hypervisor is permitted to execute various instructions it receives on behalf of the host system.
Hydrostatic machine comprising: - a stator equipped with fixings for a structure and comprising a circumferential cam track; - a rotor provided with fixings for a rotating drive element and comprising circumferentially distributed pistons suitable for interacting with the cam track; - a hydraulic distributor suitable for selectively supplying the pistons with hydraulic fluid so that the interaction of the pistons with the cam track corresponds to a relative rotation of the rotor with respect to the stator; the hydrostatic machine being characterized in that: - the stator comprises an internal cylindrical surface of constant diameter and a cam ring that comprises, on its internal circumference, the cam track, and that is mounted, via its external circumference, in the internal cylindrical surface; and - it comprises two bearings (23, 24) that allow the rotation of the rotor with respect to the stator, and that are mounted on the internal cylindrical surface of the stator, axially on either side of the cam ring, the cam ring and the two bearings (23, 24) having the same outside diameter. - a stator equipped with fixings for a structure and comprising a circumferential cam track; - a rotor provided with fixings for a rotating drive element and comprising circumferentially distributed pistons suitable for interacting with the cam track; - a hydraulic distributor suitable for selectively supplying the pistons with hydraulic fluid so that the interaction of the pistons with the cam track corresponds to a relative rotation of the rotor with respect to the stator; - the stator comprises an internal cylindrical surface of constant diameter and a cam ring that comprises, on its internal circumference, the cam track, and that is mounted, via its external circumference, in the internal cylindrical surface; and - it comprises two bearings (23, 24) that allow the rotation of the rotor with respect to the stator, and that are mounted on the internal cylindrical surface of the stator, axially on either side of the cam ring, the cam ring and the two bearings (23, 24) having the same outside diameter.
A method of performing refresh operations on a memory array comprising a plurality of memory banks, each memory bank including a plurality of sections, the method comprising: identifying word lines coupled to weak storage elements; grouping a plurality of word lines having distinct bank offsets onto a single refresh address, each of the plurality of word lines coupled to a corresponding weak storage element, wherein the distinct bank offsets are one or more of: bank offsets in different sections of the same memory bank, and bank offsets in the same or different sections of different memory banks; and performing a refresh of the single refresh address. identifying word lines coupled to weak storage elements; grouping a plurality of word lines having distinct bank offsets onto a single refresh address, each of the plurality of word lines coupled to a corresponding weak storage element, wherein the distinct bank offsets are one or more of: bank offsets in different sections of the same memory bank, and bank offsets in the same or different sections of different memory banks; and performing a refresh of the single refresh address.
Roof compartment lid for a passenger motor vehicle having a folding top which is moveable between a closed position spanning a passenger compartment and an open position stored in a roof compartment of a body of the passenger motor vehicle, which roof compartment lid is adjustable from a covering position into a receiving position by means of a link system comprising a plurality of links and mounted on the roof compartment lid and body, characterised in that the link system comprises a main link which is mounted to be pivotable, on the one hand on a body bearing, and on the other hand on the roof compartment lid, which main link on the one side is coupled with a drive link hinged on the roof compartment lid with interposition of a connection link, and on the other side interacts with a first control link which is operatively connected to a second control link attached moveably to the roof compartment lid and to a third control link which is arranged to be pivotable on the body bearing.
Method of use of a mass exchanger, wherein the mass exchanger comprises: a first channel for accommodating flow of a liquid to be treated; and a second channel for accommodating flow of a treatment agent, the method comprising the steps of: passing the liquid to be treated along the first channel; and introducing a mixture of liquid and gas into the second channel to provide a two-phase treatment agent; wherein the method does not involve the treatment of a human or animal body the first and second channels having a microporous permeable membrane provided therebetween, so as to allow simultaneous transfer of selected gas and selected dissolved species between the first channel and the second channel. a first channel for accommodating flow of a liquid to be treated; and a second channel for accommodating flow of a treatment agent, the method comprising the steps of: passing the liquid to be treated along the first channel; and introducing a mixture of liquid and gas into the second channel to provide a two-phase treatment agent; wherein the method does not involve the treatment of a human or animal body passing the liquid to be treated along the first channel; and introducing a mixture of liquid and gas into the second channel to provide a two-phase treatment agent; wherein the method does not involve the treatment of a human or animal body the first and second channels having a microporous permeable membrane provided therebetween, so as to allow simultaneous transfer of selected gas and selected dissolved species between the first channel and the second channel.
A Power electronic module comprising a plurality of semiconductor power electronic components electrically connected to an electrical support, and a cooling device in thermal contact with each component, characterized in that each component is present between the electrical support and the cooling device, and in that each component is mounted on the electrical support via at least one electrically conductive spring element.
Cosmetic preparation comprising a UV filter combination of a) hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate), b) 2,4,6-tris[anilino-(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone), c) one or more salicylates selected from the group of compounds comprising 2-ethylhexyl 2-hydroxybenzoate (INCI: Ethylhexyl Salicylate) and 3,3,5-trimethylcyclohexyl 2-hydroxybenzoate (INCI: Homosalate), wherein the preparation comprises 2-phenylbenzimidazole-5-sulphonic acid salts, characterized in that the preparation does not comprise any titanium dioxide, zinc oxide, isoamyl 4-methoxycinnamate nor any ethylhexyl 4-methoxycinnamate. a) hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate), b) 2,4,6-tris[anilino-(p-carbo-2'-ethyl-1'-hexyloxy)]-1,3,5-triazine (INCI: Ethylhexyl Triazone), c) one or more salicylates selected from the group of compounds comprising 2-ethylhexyl 2-hydroxybenzoate (INCI: Ethylhexyl Salicylate) and 3,3,5-trimethylcyclohexyl 2-hydroxybenzoate (INCI: Homosalate), wherein the preparation comprises 2-phenylbenzimidazole-5-sulphonic acid salts, characterized in that the preparation does not comprise any titanium dioxide, zinc oxide, isoamyl 4-methoxycinnamate nor any ethylhexyl 4-methoxycinnamate.
A method comprising: encapsulating a cloud-based application into an encapsulation layer, the encapsulation layer configurable to enable selectable execution of the cloud-based application by a server device of a cloud gaming system and a client device of the cloud gaming system, wherein the application includes core logic and multiple encapsulations associated with the encapsulation layer; mapping the application, via the encapsulation layer, for execution by processing resources selected from a set of processing resources including processing resources of the server device and processing resources of the client device, wherein mapping the application includes mapping an encapsulation of the multiple encapsulations to a processing resource selected from the set of processing resources, and wherein the encapsulation layer is configured to selectively relay API commands made by the core logic of the application; executing the application via the encapsulation layer on the processing resources mapped via the encapsulation layer; and streaming output of execution of the application to a client application of the cloud gaming system. encapsulating a cloud-based application into an encapsulation layer, the encapsulation layer configurable to enable selectable execution of the cloud-based application by a server device of a cloud gaming system and a client device of the cloud gaming system, wherein the application includes core logic and multiple encapsulations associated with the encapsulation layer; mapping the application, via the encapsulation layer, for execution by processing resources selected from a set of processing resources including processing resources of the server device and processing resources of the client device, wherein mapping the application includes mapping an encapsulation of the multiple encapsulations to a processing resource selected from the set of processing resources, and wherein the encapsulation layer is configured to selectively relay API commands made by the core logic of the application; executing the application via the encapsulation layer on the processing resources mapped via the encapsulation layer; and streaming output of execution of the application to a client application of the cloud gaming system.
A computer-implemented method for determining a correction to a process, the method comprising: - obtaining first sparse data representing measured values of a parameter across one or more substrates subject to the process, measured using a sparse sampling layout; - obtaining dense data representing measured values of the parameter across one or more substrates subject to the process, measured using a dense sampling layout that is more spatially dense than the sparse sampling layout; - applying a model to the sparse data and dense data to determine a sparse-to-dense mismatch; - obtaining second sparse data (522;622) representing measured values of the parameter across a substrate subject to the process, measured using a sparse sampling layout; - adapting the model based on the sparse-to-dense mismatch; - applying the adapted model to the second sparse data to determine a sparse model result; and - determining a correction to the process based on the sparse model result. - obtaining first sparse data representing measured values of a parameter across one or more substrates subject to the process, measured using a sparse sampling layout; - obtaining dense data representing measured values of the parameter across one or more substrates subject to the process, measured using a dense sampling layout that is more spatially dense than the sparse sampling layout; - applying a model to the sparse data and dense data to determine a sparse-to-dense mismatch; - obtaining second sparse data (522;622) representing measured values of the parameter across a substrate subject to the process, measured using a sparse sampling layout; - adapting the model based on the sparse-to-dense mismatch; - applying the adapted model to the second sparse data to determine a sparse model result; and - determining a correction to the process based on the sparse model result.
A stopcock comprising: a housing element defining a central bore and at least first, second and third ports (104, 106, 108), and a handle element, which is selectably positionable relative to said housing element, said housing element and said handle element being arrangeable in multiple mutual positions, at least one of said housing element and said handle element defining a first fluid flow passageway communicating between two of said at least first, second and third ports, and a second fluid flow passageway communicating between at least two of said at least first, second and third ports, selection of said ports being in accordance with a relative position of said handle element relative to said housing element; said first fluid flow passageway including a side-to-side extending bore extending through said handle element, and said second fluid flow passageway including a first fluid flow guide defined by the handle element, and a second fluid flow guide extending radially and partially bifurcating one of said at least one of the first, second and third ports, said second fluid flow guide being associated with at least one of said first fluid flow passageway and said second fluid flow passageway, characterized in that said first fluid flow passageway is fluidly isolated from said second fluid flow passageway in at least one of said mutual positions. a housing element defining a central bore and at least first, second and third ports (104, 106, 108), and a handle element, which is selectably positionable relative to said housing element, said housing element and said handle element being arrangeable in multiple mutual positions, at least one of said housing element and said handle element defining a first fluid flow passageway communicating between two of said at least first, second and third ports, and a second fluid flow passageway communicating between at least two of said at least first, second and third ports, selection of said ports being in accordance with a relative position of said handle element relative to said housing element; said first fluid flow passageway including a side-to-side extending bore extending through said handle element, and said second fluid flow passageway including a first fluid flow guide defined by the handle element, and a second fluid flow guide extending radially and partially bifurcating one of said at least one of the first, second and third ports, said second fluid flow guide being associated with at least one of said first fluid flow passageway and said second fluid flow passageway, characterized in that said first fluid flow passageway is fluidly isolated from said second fluid flow passageway in at least one of said mutual positions.