mhurhangee/ep-ind-claims huggingface dataset:
A foldable/deployable structure (1, 2) having: - a pole that is deployable along a longitudinal deployment axis, and that is designed to be able to be placed either in a folded state in which it has a minimum axial space requirement or in a deployed state in which it has a predetermined shape, - a base on which said deployable pole stands, - a bracing device, said bracing device: ▪ having at least three points for fixing to said base and at least three points for fixing to said pole, said bracing device connecting said base to said pole; ▪ being designed to be able to limit the transverse movements of the pole with respect to the base, at least in a deployed state of said pole; and ▪ comprising at least one connecting member (22, 42, 60) chosen from the group made up of woven fabrics, nonwovens and ties, said ties being chosen from the group made up of monofilaments, cables, bundles and tapes; - a device for tensioning each connecting member of said bracing device, designed to be able to tension each connecting member of said bracing device, in the deployed state of the pole; said structure (1, 2) comprises an antenna (50, 65) and being characterized in that the bracing device having at least one point for fixing to said antenna (50, 65). - a pole that is deployable along a longitudinal deployment axis, and that is designed to be able to be placed either in a folded state in which it has a minimum axial space requirement or in a deployed state in which it has a predetermined shape, - a base on which said deployable pole stands, - a bracing device, said bracing device: ▪ having at least three points for fixing to said base and at least three points for fixing to said pole, said bracing device connecting said base to said pole; ▪ being designed to be able to limit the transverse movements of the pole with respect to the base, at least in a deployed state of said pole; and ▪ comprising at least one connecting member (22, 42, 60) chosen from the group made up of woven fabrics, nonwovens and ties, said ties being chosen from the group made up of monofilaments, cables, bundles and tapes; - a device for tensioning each connecting member of said bracing device, designed to be able to tension each connecting member of said bracing device, in the deployed state of the pole; said structure (1, 2) comprises an antenna (50, 65) and being characterized in that the bracing device having at least one point for fixing to said antenna (50, 65). ▪ having at least three points for fixing to said base and at least three points for fixing to said pole, said bracing device connecting said base to said pole; ▪ being designed to be able to limit the transverse movements of the pole with respect to the base, at least in a deployed state of said pole; and ▪ comprising at least one connecting member (22, 42, 60) chosen from the group made up of woven fabrics, nonwovens and ties, said ties being chosen from the group made up of monofilaments, cables, bundles and tapes; - a device for tensioning each connecting member of said bracing device, designed to be able to tension each connecting member of said bracing device, in the deployed state of the pole;
A system for reducing a memory space required to store an application written in a dynamic scripting language, characterised in that, the system comprises: an input/output device that receives a request corresponding to a segment of program code in a program module in the dynamic scripting language; an on-demand loader that determines whether or not the segment of program code is in a memory, wherein a first copy of the program module loaded from the storage by a code loader is in the memory at runtime, the first copy of the program module is program code with a removed category of program code and an inserted placeholder for the category of program code, and identifies, in response to having determined the segment of program code is not in the memory, a location in a storage where at least a portion of the program module containing the segment of program code is stored; the code loader that loads a second copy of the portion of the program module containing the segment of program code from the storage into the memory; and the on-demand loader that further locates the segment of program code in the second copy of the portion of the program module, and copies the segment of program code into the first copy of the program module in the memory for supplementing or replacing the placeholder. an input/output device that receives a request corresponding to a segment of program code in a program module in the dynamic scripting language; an on-demand loader that determines whether or not the segment of program code is in a memory, wherein a first copy of the program module loaded from the storage by a code loader is in the memory at runtime, the first copy of the program module is program code with a removed category of program code and an inserted placeholder for the category of program code, and identifies, in response to having determined the segment of program code is not in the memory, a location in a storage where at least a portion of the program module containing the segment of program code is stored; the code loader that loads a second copy of the portion of the program module containing the segment of program code from the storage into the memory; and the on-demand loader that further locates the segment of program code in the second copy of the portion of the program module, and copies the segment of program code into the first copy of the program module in the memory for supplementing or replacing the placeholder.
A computer-implemented method for providing a set of process tool correctables, comprising: acquiring an overlay metrology result for each metrology target of a plurality of metrology targets distributed across one or more fields of a wafer of a lot of wafers; acquiring a quality metric associated with each acquired overlay metrology result; determining a plurality of modified overlay values for the plurality of metrology targets utilizing the acquired overlay metrology result and the associated quality metric result for each metrology target, wherein each modified overlay value is a function of at least one material parameter factor; generating a process tool correctable function fitting the modified overlay values and a set of residuals corresponding with the process tool correctable function for a plurality of material parameter factors; determining a value of the material parameter factor suitable for at least substantially minimizing the set of residuals; and determining a set of process correctables associated with the at least substantially minimized set of residuals. acquiring an overlay metrology result for each metrology target of a plurality of metrology targets distributed across one or more fields of a wafer of a lot of wafers; acquiring a quality metric associated with each acquired overlay metrology result; determining a plurality of modified overlay values for the plurality of metrology targets utilizing the acquired overlay metrology result and the associated quality metric result for each metrology target, wherein each modified overlay value is a function of at least one material parameter factor; generating a process tool correctable function fitting the modified overlay values and a set of residuals corresponding with the process tool correctable function for a plurality of material parameter factors; determining a value of the material parameter factor suitable for at least substantially minimizing the set of residuals; and determining a set of process correctables associated with the at least substantially minimized set of residuals.
Refrigerator and/or freezer comprising an appliance body and an interior space surrounded by this appliance body, wherein an illumination assembly comprising a translucent cover plate, which has a contour for fastening a storage element, is arranged on a vertical wall of the interior space, wherein the illumination assembly comprises a light-guide plate, which is arranged under the translucent cover plate, wherein the illumination assembly further comprises a holding part, which is fastened to the appliance body and on which both the light-guide plate and the cover plate are arranged, wherein the appliance body comprises an interior container and the illumination assembly is arranged in an accordingly shaped recess in this interior container with a precise fit, wherein a plurality of pairs of vertically extending holding indentations comprising latching projections are provided within the recess, wherein the holding part comprises a plurality of pairs of holding formations comprising latching lugs, wherein the latching lugs and the latching projections interact such that the holding part interlockingly latches into the recess, characterised in that the front side of the cover plate lies in the plane of the wall surface of the interior container and the wall surface and the cover plate transition into one another in a planar manner, wherein the contour for fastening the storage element is one or more support ribs, and wherein the cover plate is fastened to the front side of the holding part by means of a latched connection and, for this purpose, the cover plate comprises latching pins and receiving portions corresponding to the holding part on its rear side. wherein the illumination assembly comprises a light-guide plate, which is arranged under the translucent cover plate, wherein the illumination assembly further comprises a holding part, which is fastened to the appliance body and on which both the light-guide plate and the cover plate are arranged, wherein the appliance body comprises an interior container and the illumination assembly is arranged in an accordingly shaped recess in this interior container with a precise fit, wherein a plurality of pairs of vertically extending holding indentations comprising latching projections are provided within the recess, wherein the holding part comprises a plurality of pairs of holding formations comprising latching lugs, wherein the latching lugs and the latching projections interact such that the holding part interlockingly latches into the recess,
Method for finishing aqueous dispersions of polymers based on ethylenically unsaturated monomers, by polymerizing ethylenically unsaturated monomers by means of radically initialized polymerization in an aqueous medium in a polymerization reactor, and transferring the resultant aqueous polymer dispersion into one or more letdown vessels and subsequently into one or more storage vessels, characterized in that the aqueous polymer dispersion between the letdown vessel and the storage vessel a) is first cooled using one or more heat exchangers to a temperature of ≤ 45°C, and b) subsequently one or more additives are metered in between heat exchanger and storage vessel. a) is first cooled using one or more heat exchangers to a temperature of ≤ 45°C, and b) subsequently one or more additives are metered in between heat exchanger and storage vessel.
A stall trigger system comprising: an aircraft wing tip or aircraft wing tip device; a plurality of sets (30a-d) of stall triggers distributed along a span of the aircraft wing tip or aircraft wing tip device, wherein each set (30a-d) of stall triggers comprises one or more stall triggers which can be activated to trigger local separation of air flow over the aircraft wing tip or aircraft wing tip device, and each set of stall triggers has a different activation threshold; and a control system configured to monitor a parameter, and activate each set of stall triggers in response to the parameter reaching its respective activation threshold. an aircraft wing tip or aircraft wing tip device; a plurality of sets (30a-d) of stall triggers distributed along a span of the aircraft wing tip or aircraft wing tip device, wherein each set (30a-d) of stall triggers comprises one or more stall triggers which can be activated to trigger local separation of air flow over the aircraft wing tip or aircraft wing tip device, and each set of stall triggers has a different activation threshold; and a control system configured to monitor a parameter, and activate each set of stall triggers in response to the parameter reaching its respective activation threshold.
A topical product, characterized in that it contains in 1 000 g of the topical product 500 to 1500 mg of supercritical birch bark extract comprising 40 to 50 wt. % of betulin and 20 to 25 wt. % of lupeol as an active component.
A method for managing, by a Near Field Communication Controller, NFCC, multiple applications between a Device Host, DH, and at least one entity through Near Field Communication, NFC, the method comprising: receiving, by the NFCC from the DH, an identification command for identifying the at least one entity connected with the NFCC; transmitting, by the NFCC to the DH, identification information on the at least one entity connected with the NFCC; receiving, by the NFCC from the DH, a logical connection command for connecting with the at least one entity and including the identification information associated with the at least one entity; setting, by the NFCC, at least one logical connection between the DH and the at least one entity based on the identification information associated with the at least one entity; and transmitting, by the NFCC to the DH, logical connection information on the at least one logical connection, wherein, the at least one entity is a removable entity and when a connection between the removable entity and the NFCC is detected by the NFCC, a registration identifier, ID, corresponding to the removable entity is stored in the NFCC for managing said multiple applications. receiving, by the NFCC from the DH, an identification command for identifying the at least one entity connected with the NFCC; transmitting, by the NFCC to the DH, identification information on the at least one entity connected with the NFCC; receiving, by the NFCC from the DH, a logical connection command for connecting with the at least one entity and including the identification information associated with the at least one entity; setting, by the NFCC, at least one logical connection between the DH and the at least one entity based on the identification information associated with the at least one entity; and transmitting, by the NFCC to the DH, logical connection information on the at least one logical connection, wherein, the at least one entity is a removable entity and when a connection between the removable entity and the NFCC is detected by the NFCC, a registration identifier, ID, corresponding to the removable entity is stored in the NFCC for managing said multiple applications.
A method of controlling a vehicle presenting a plurality of wheels, an engine and a clutch for selectively connecting the engine to a number of the wheels, the method comprising - receiving a torque control signal indicative of a demanded output torque of the engine, and - observing a value of a first vehicle operation parameter being the vehicle speed or a parameter which is indicative of the vehicle speed, - controlling the clutch so as to be engaged if the received torque control signal indicates that the demanded engine torque is minimal or below a first threshold value and the observed first vehicle operation parameter value is above a second threshold value, - characterised in - subsequently to the step of controlling the clutch so as to be engaged, performing a test disengagement of the clutch, comprising at least partly disengaging the clutch, - observing a behaviour, in response to the test disengagement, of a second vehicle operation parameter, and - based at least partly on the observation of the behaviour of the second vehicle operation parameter, determining (S9, S11) whether to control the clutch so as to be re-engaged or disengaged. - receiving a torque control signal indicative of a demanded output torque of the engine, and - observing a value of a first vehicle operation parameter being the vehicle speed or a parameter which is indicative of the vehicle speed, - controlling the clutch so as to be engaged if the received torque control signal indicates that the demanded engine torque is minimal or below a first threshold value and the observed first vehicle operation parameter value is above a second threshold value, - characterised in - subsequently to the step of controlling the clutch so as to be engaged, performing a test disengagement of the clutch, comprising at least partly disengaging the clutch, - observing a behaviour, in response to the test disengagement, of a second vehicle operation parameter, and - based at least partly on the observation of the behaviour of the second vehicle operation parameter, determining (S9, S11) whether to control the clutch so as to be re-engaged or disengaged.
A method of producing nanoparticle colloids, comprising: generating pulsed laser beams at a repetition rate in the range of 100 kHz to 10 MHz; irradiating a target with said pulsed laser beams, said target being disposed in liquid that is transparent at a wavelength of said pulsed laser beams, said target being a source material for production of metal or metal-alloy nanoparticles that result from target material modification; and producing one or both of liquid flow relative to a surface of said target and relative motion between said pulsed laser beams and said target, wherein the pulsed laser beams have a pulse energy in the range of 1 to 10 micro-Joule, a duration of the pulsed laser beams is in the range of 100 femtoseconds to 10 picoseconds and the repetition rate is suitable that the ablated target material, before drifting away from the laser focal volume, receives multiple laser shots and becomes charged; wherein said liquid is free of any stabilizing chemical. generating pulsed laser beams at a repetition rate in the range of 100 kHz to 10 MHz; irradiating a target with said pulsed laser beams, said target being disposed in liquid that is transparent at a wavelength of said pulsed laser beams, said target being a source material for production of metal or metal-alloy nanoparticles that result from target material modification; and producing one or both of liquid flow relative to a surface of said target and relative motion between said pulsed laser beams and said target, wherein the pulsed laser beams have a pulse energy in the range of 1 to 10 micro-Joule, a duration of the pulsed laser beams is in the range of 100 femtoseconds to 10 picoseconds and the repetition rate is suitable that the ablated target material, before drifting away from the laser focal volume, receives multiple laser shots and becomes charged; wherein said liquid is free of any stabilizing chemical.
Device for removing ice (3; 11), in particular for use in walk-in freezers, comprising - means for generating heat, which comprises a heating element, and - means (1; 2; 6; 10) of suction, which comprises a suction head that is movable across the floor, wherein the heating element is arranged in the suction head, wherein the means (1; 2; 5; 10) of suction is designed to suck up ice crystals (3; 11) and/or water vapour that occurs and/or hot air that arises, characterised in that the means for generating heat has a plurality of openings, wherein the ice crystals and/or the water vapour and/or the hot air flow through the openings during suction and flow around the means for generating heat. - means for generating heat, which comprises a heating element, and - means (1; 2; 6; 10) of suction, which comprises a suction head that is movable across the floor,
A liquid crystal polymer composition comprising, dispersed in the polymer, a liquid crystal and anisotropic light absorbing particles, wherein the liquid crystal comprises a mixture of 35-80 parts by weight of biphenyl nitriles liquid crystal, 5-30 parts by weight of phenyl benzoates liquid crystal, 5-30 parts by weight of fluoro biphenyls liquid crystal, and 1-20 parts by weight of benzene nitriles liquid crystal.
A device (100, 200) for drilling a second borehole in the ground, having a longitudinal axis, the cross section thereof partially intersecting the cross section of a pre-existing first borehole, wherein the second borehole runs at least essentially parallel to the first borehole, having a drill unit comprising a drill head, which is driven to rotate about the longitudinal axis together with a drill rod, and having a guide device, which is operatively connected to the drill unit for guiding the drill unit in relation to the pre-existing first borehole, wherein the guide unit comprises at least one first guide element, which cooperates with the borehole wall of the first borehole on the side facing the second borehole, characterized in that the guide unit comprises at least one second guide element, which cooperates with the side of the first borehole facing away from the second borehole, and the first guide element is designed so that it is suitable for cooperating with the first borehole in the forward direction of the second borehole, as seen beneath the borehole base of the second borehole and beneath the drill head.
- Tyre for a heavy goods vehicle, having a radial carcass reinforcement comprising a crown reinforcement formed of at least two working crown layers of reinforcing elements (41, 43) that are crossed from one layer to another, forming angles of between 10° and 45° with the circumferential direction, said crown reinforcement itself being capped radially with a tread, said tread being joined to two beads by way of two sidewalls, said tyre additionally comprising, in each shoulder, at least one end of a layer of reinforcing elements that are mutually parallel in the layer and are oriented circumferentially, said end of said layer of reinforcing elements that are mutually parallel in the layer and are oriented circumferentially is axially outside said at least two working crown layers (41, 43), characterized in that the reinforcing elements of the carcass reinforcement are cords comprising at least two layers having a diameter less than 0.85 mm, and in that said reinforcing elements of the carcass reinforcement are made up of threads with a diameter less than 0.16 mm and in that at least one inner layer of the cords comprising at least two layers of the carcass reinforcement is sheathed with a layer consisting of a polymer composition, such as a non-crosslinkable, crosslinkable or crosslinked rubber composition, preferably based on at least one diene elastomer.