mhurhangee/ep-ind-claims huggingface dataset:
Method for the manufacture of moulded parts, in particular trim parts for a vehicle interior, comprising the following steps: Inserting and positioning a material blank in an opened cavity of an apparatus (10, 10') having a lower mould and an upper mould, at least one of which is moveable in relation to the other, wherein the material blank comprises a semi-finished fibre product formed from a fibre-reinforced composite material, in particular a fibre-plastic composite, closing the cavity and deforming the material blank by moving the lower mould and upper mould together relative to each other; trimming off an area of the material blank during the closing of the cavity; followed by a further deformation of the material blank by moving the lower mould and upper mould towards each other and completing the closing of the cavity; and moulding an area adjacent to the cut area of the material blank by means of injection moulding. Inserting and positioning a material blank in an opened cavity of an apparatus (10, 10') having a lower mould and an upper mould, at least one of which is moveable in relation to the other, wherein the material blank comprises a semi-finished fibre product formed from a fibre-reinforced composite material, in particular a fibre-plastic composite, closing the cavity and deforming the material blank by moving the lower mould and upper mould together relative to each other; trimming off an area of the material blank during the closing of the cavity; followed by a further deformation of the material blank by moving the lower mould and upper mould towards each other and completing the closing of the cavity; and moulding an area adjacent to the cut area of the material blank by means of injection moulding.
Aircraft monument for installation in an aircraft cabin, having: - a sanitary module having a sanitary fitment, and - a galley module, which is arranged adjacent to the sanitary module and comprises a trolley parking place and a work surface, the trolley parking place being separated from the sanitary module by a partition wall, characterised in that the aircraft monument has a substantially L-shaped plan and is designed such that, when installed in an aircraft region comprising an aisle which extends in the direction of an aircraft door and via which passengers are able to get on or off the aircraft, the galley module adjoins the aisle in such a manner that the galley module forms, at least over a part of the length of the aisle, one of the lateral boundaries of the aisle, and in that the aircraft monument further is designed such that, in a partial aircraft region of the aircraft region, facing the aircraft door, there is formed a recess which is bounded laterally by the aircraft monument and the aisle and which is designed so as to be able to accommodate a standing person completely or at least to a large extent, wherein the recess is bounded, in a direction facing away from the aircraft door, by the trolley parking place of the galley module. - a sanitary module having a sanitary fitment, and - a galley module, which is arranged adjacent to the sanitary module and comprises a trolley parking place and a work surface, the trolley parking place being separated from the sanitary module by a partition wall,
A voice unlocking method for a terminal, comprising: • randomly displaying a string of text characters on a lock screen of the terminal, wherein the text characters comprise a first-type character and a second-type character, the second-type character is used to indicate a location of a to-be-entered password character in the text characters, and the first-type character and the to-be-entered password character form a password character string used for unlocking the terminal (step 302); wherein the to-be-entered password character is a password preset by the user, and wherein the first-type characters and the second-type characters are randomly generated by the terminal; • receiving, by the terminal, voice information, and recognizing an unlocking character string from the voice information (step 303); • determining, by the terminal, whether the unlocking character string matches the password character string (step 304); • if the unlocking character string matches the password character string, parsing, by the terminal, the voice information, to obtain a voiceprint in the voice information; • determining, by the terminal, whether the voiceprint in the voice information is the same as a preset voiceprint (step 305); and • unlocking the terminal if the voiceprint of the voice information is the same as the preset voiceprint (step 305). • randomly displaying a string of text characters on a lock screen of the terminal, wherein the text characters comprise a first-type character and a second-type character, the second-type character is used to indicate a location of a to-be-entered password character in the text characters, and the first-type character and the to-be-entered password character form a password character string used for unlocking the terminal (step 302); wherein the to-be-entered password character is a password preset by the user, and wherein the first-type characters and the second-type characters are randomly generated by the terminal; • receiving, by the terminal, voice information, and recognizing an unlocking character string from the voice information (step 303); • determining, by the terminal, whether the unlocking character string matches the password character string (step 304); • if the unlocking character string matches the password character string, parsing, by the terminal, the voice information, to obtain a voiceprint in the voice information; • determining, by the terminal, whether the voiceprint in the voice information is the same as a preset voiceprint (step 305); and • unlocking the terminal if the voiceprint of the voice information is the same as the preset voiceprint (step 305).
A monitoring record management method, wherein multiple monitoring records are stored in a memory, each monitoring record is used to monitor one or more chunks in a storage, and the monitoring record is a set of at least one monitoring parameter, wherein the method comprises: reading at least one monitoring parameter from each monitoring record in the memory; the method being characterized by reading, from the memory, monitoring records between which one or more monitoring parameter differences meet a preset threshold, combining the read monitoring records and generating a combined monitoring record, wherein identities of monitored chunks are recorded in the combined monitoring record, and deleting the read monitoring records from the memory, wherein a value of each monitoring parameter in the combined monitoring record is equal to a value of a monitoring parameter obtained when a set of the monitored chunks is monitored, and an IO request for any chunk in the set of chunks is marked as an IO request for the whole set of chunks; and writing the combined monitoring record into the memory, wherein the combined monitoring record is used to monitor chunks monitored by each monitoring record before the combination. reading at least one monitoring parameter from each monitoring record in the memory; the method being characterized by reading, from the memory, monitoring records between which one or more monitoring parameter differences meet a preset threshold, combining the read monitoring records and generating a combined monitoring record, wherein identities of monitored chunks are recorded in the combined monitoring record, and deleting the read monitoring records from the memory, wherein a value of each monitoring parameter in the combined monitoring record is equal to a value of a monitoring parameter obtained when a set of the monitored chunks is monitored, and an IO request for any chunk in the set of chunks is marked as an IO request for the whole set of chunks; and writing the combined monitoring record into the memory, wherein the combined monitoring record is used to monitor chunks monitored by each monitoring record before the combination.
Method for coating a steel sheet or steel strip, to which an aluminum-based coat is applied in a hot-dip process, the surface of the coat being freed from a naturally occurring aluminum oxide layer and then transition metals or transition metal compounds being deposited on the freed surface of the coat in order to form a top layer, characterized in that the top layer is deposited as a planar deposit and having a layer weight-based on iron-in the range of 7 to 25 mg/m 2, preferably 10 to 15 mg/m 2, the transition metals or the transition metal compounds comprising at least one chemical element from the group of titanium, vanadium, chromium, manganese, or iron and/or the compounds thereof and the transition metals or the transition metal compounds predominantly or almost completely comprising iron or the compounds thereof.
A collision avoidance assistance apparatus including: a braking device (20, 21, 22) configured to generate a braking force in a driver's vehicle in response to a braking operation of a driver; obstacle detection means (50, 60) for detecting an obstacle around the driver's vehicle; automatic braking control means (10, 13) for performing, when determination is made that the driver's vehicle has a strong possibility of colliding with the obstacle, automatic braking control for avoiding collision between the driver's vehicle and the obstacle by generating the braking force with the braking device (20, 21, 22); and automatic braking prohibition means (10, 14) for prohibiting the automatic braking control based on a predetermined accelerator operation of the driver, the collision avoidance assistance apparatus being characterised in that it comprises: restriction means (10, 15) for restricting, at least when determination is made that the obstacle is a pedestrian or a bicycle, an operation of the automatic braking prohibition means (10, 14) such that the automatic braking prohibition means (10, 14) does not prohibit the automatic braking control. a braking device (20, 21, 22) configured to generate a braking force in a driver's vehicle in response to a braking operation of a driver; obstacle detection means (50, 60) for detecting an obstacle around the driver's vehicle; automatic braking control means (10, 13) for performing, when determination is made that the driver's vehicle has a strong possibility of colliding with the obstacle, automatic braking control for avoiding collision between the driver's vehicle and the obstacle by generating the braking force with the braking device (20, 21, 22); and automatic braking prohibition means (10, 14) for prohibiting the automatic braking control based on a predetermined accelerator operation of the driver, the collision avoidance assistance apparatus being characterised in that it comprises: restriction means (10, 15) for restricting, at least when determination is made that the obstacle is a pedestrian or a bicycle, an operation of the automatic braking prohibition means (10, 14) such that the automatic braking prohibition means (10, 14) does not prohibit the automatic braking control.
A process for durable antireflective treatment in the visible region of a glass material, characterized in that it consists of a bombardment by a beam of mono- and multicharged ions of a gas, which are produced by an electron cyclotron resonance source where: - the temperature for treatment of the glass material is less than or equal to the glass transition temperature; - the dose of mono- and multicharged ions of a gas which are implanted per unit of surface area is chosen within a range of between 10 12 ions/cm 2 and 10 18 ions/cm 2 so as to obtain an atomic concentration of mono- and multicharged ions of a gas such that the refractive index n of the implanted layer is approximately equal to (n1 ∗ n2) 1/2, where n1 is the index of the air and n2 is the index of the glass; - the acceleration voltage is chosen within a range of between 5 kV and 1000 kV so as to obtain an implanted thickness t equal to p ∗ λ/4 ∗ n, where t is the implanted thickness corresponding to a region of implantation where the atomic concentration of implanted mono- and multicharged ions of a gas is greater than or equal to 1%, p is an integer, λ is the incident wavelength and n is the index of the implanted layer. - the temperature for treatment of the glass material is less than or equal to the glass transition temperature; - the dose of mono- and multicharged ions of a gas which are implanted per unit of surface area is chosen within a range of between 10 12 ions/cm 2 and 10 18 ions/cm 2 so as to obtain an atomic concentration of mono- and multicharged ions of a gas such that the refractive index n of the implanted layer is approximately equal to (n1 ∗ n2) 1/2, where n1 is the index of the air and n2 is the index of the glass; - the acceleration voltage is chosen within a range of between 5 kV and 1000 kV so as to obtain an implanted thickness t equal to p ∗ λ/4 ∗ n, where t is the implanted thickness corresponding to a region of implantation where the atomic concentration of implanted mono- and multicharged ions of a gas is greater than or equal to 1%, p is an integer, λ is the incident wavelength and n is the index of the implanted layer.
Device for therapeutic treatment comprising: - an acoustic transducer able to emit power waves (Fu) toward a target in order to treat it, the power waves having a focal point, - an imaging probe, such as an echography probe, able to emit waves to provide an imaged representation of the target and of its environment, before, during and after the emission of the power waves (Fu) from the transducer, - a display device (21, 22) able to display the images taken by the probe, namely images at rest taken before and/or after the emission of the power waves (Fu) and interference images, taken during the emission of the power waves (Fu), the focal point of the power waves being situated in the image taken by the probe, and detection means for detecting a change of structure of the interference images which is indicative of the effect of the power waves (Fu), characterized in that the probe and the transducer are integrally linked to one another, so that the probe follows the focal point of the power waves (Fu). - an acoustic transducer able to emit power waves (Fu) toward a target in order to treat it, the power waves having a focal point, - an imaging probe, such as an echography probe, able to emit waves to provide an imaged representation of the target and of its environment, before, during and after the emission of the power waves (Fu) from the transducer, - a display device (21, 22) able to display the images taken by the probe, namely images at rest taken before and/or after the emission of the power waves (Fu) and interference images, taken during the emission of the power waves (Fu), the focal point of the power waves being situated in the image taken by the probe, and detection means for detecting a change of structure of the interference images which is indicative of the effect of the power waves (Fu),
A garment for health care use for covering an upper part of a wearer's body, said garment comprising: at least one rear panel for extending across a wearer's back; at least two front panels (302, 303) for extending across the left front side and the right front side of a wearer; and a plurality of releasable seams (306, 307, 308, 309, 310, 312), positioned along peripheral regions of the at least one rear panel and the at least two front panels (302, 303) for releasably connecting the at least two front panels (302, 303) to the at least one rear panel; wherein the lower part of the right seam of the right front panel can be detached from the lower part of the right seam of the rear panel and, similarly, the lower part of the left seam of the left front panel can be detached from the lower part of the left seam of the rear panel, and each of the at least two front panels (302, 303) is permanently connected to the at least one rear panel at an under-arm position; at least a portion of one the front panels (302, 303) overlaps the other; and the rear and front panels (302, 303) each comprise a plurality of flaps or regions which can be folded over when in use as worn by a wearer, to expose different areas of said wearer's body. at least one rear panel for extending across a wearer's back; at least two front panels (302, 303) for extending across the left front side and the right front side of a wearer; and a plurality of releasable seams (306, 307, 308, 309, 310, 312), positioned along peripheral regions of the at least one rear panel and the at least two front panels (302, 303) for releasably connecting the at least two front panels (302, 303) to the at least one rear panel; wherein the lower part of the right seam of the right front panel can be detached from the lower part of the right seam of the rear panel and, similarly, the lower part of the left seam of the left front panel can be detached from the lower part of the left seam of the rear panel, and each of the at least two front panels (302, 303) is permanently connected to the at least one rear panel at an under-arm position; at least a portion of one the front panels (302, 303) overlaps the other; and the rear and front panels (302, 303) each comprise a plurality of flaps or regions which can be folded over when in use as worn by a wearer, to expose different areas of said wearer's body.
An exhaust system for a vehicular lean-burn internal combustion engine, which system comprising: (a) a first substrate monolith comprising a SCR catalyst; (b) at least one second substrate monolith comprising a catalytic washcoat coating comprising at least one platinum group metal, which at least one second substrate monolith is disposed upstream of the first substrate monolith; and (c) a third substrate monolith disposed between the first substrate monolith and the or each second substrate monolith, wherein at least one platinum group metal on the at least one second substrate monolith comprises platinum, wherein the third substrate monolith comprises at least one material for trapping volatilised platinum group metal comprises: a metal oxide selected from the group consisting of optionally stabilised alumina, optionally stabilised zirconia, an optionally stabilised ceria-zirconia mixed oxide and mixtures of any two or more thereof; and a catalyst composition comprising at least one metal selected from the group consisting of copper, silver, gold and combinations of any two or more thereof, supported on at least one support material. (a) a first substrate monolith comprising a SCR catalyst; (b) at least one second substrate monolith comprising a catalytic washcoat coating comprising at least one platinum group metal, which at least one second substrate monolith is disposed upstream of the first substrate monolith; and (c) a third substrate monolith disposed between the first substrate monolith and the or each second substrate monolith, a metal oxide selected from the group consisting of optionally stabilised alumina, optionally stabilised zirconia, an optionally stabilised ceria-zirconia mixed oxide and mixtures of any two or more thereof; and a catalyst composition comprising at least one metal selected from the group consisting of copper, silver, gold and combinations of any two or more thereof, supported on at least one support material.
A door system (10;10') for connection to a bulkhead of a structure around an aperture (18;18') in the bulkhead above a floor of the structure, the system comprising: a) a frame adapted for connection to the bulkhead and comprising two sides (22;22'), a top member (24;24') and a threshold (26; 26'); b) a door (14;14') comprising a structural panel and having a bulkhead side adapted in use to face the bulkhead and having an opposing door side facing away from the bulkhead; c) a circumferential seal (60;146) between the frame and door; and d) means (20;168,188) to press the door against the frame when the door is in a closed position thereof; characterized in that e) said threshold further comprises a floor plate (28; 28') and a trough (30; 30'), which floor plate is adapted to form a floor panel of the floor of the structure with said threshold received in an aperture of the floor, the trough comprising a lid (42,44;250) to close the trough at least when the door is in an open position so that the floor is rendered substantially level through the door aperture. a) a frame adapted for connection to the bulkhead and comprising two sides (22;22'), a top member (24;24') and a threshold (26; 26'); b) a door (14;14') comprising a structural panel and having a bulkhead side adapted in use to face the bulkhead and having an opposing door side facing away from the bulkhead; c) a circumferential seal (60;146) between the frame and door; and d) means (20;168,188) to press the door against the frame when the door is in a closed position thereof; characterized in that e) said threshold further comprises a floor plate (28; 28') and a trough (30; 30'), which floor plate is adapted to form a floor panel of the floor of the structure with said threshold received in an aperture of the floor, the trough comprising a lid (42,44;250) to close the trough at least when the door is in an open position so that the floor is rendered substantially level through the door aperture.
A self-powered device for extracting or blowing air suitable for being positioned in a ventilation duct of a ventilation installation including at least one ventilation unit, the device including: - autonomous electrical energy source comprising a device for recovering energy including a turbine arranged to be positioned at least partially in the stream of air passing through said self-powered device, a conversion generator connected to the turbine to convert the rotational mechanical energy of the turbine into an electrical signal, and a storage device for the energy recovered from said electrical signal; - an arrangement for modulating the air flow rate passing through said self-powered device, including an actuator and at least one element (4; 4A, 4B) with position adjustable by the actuator, and - an electronic control circuit configured to control, via the actuator, the position of the element (4; 4A, 4B) of the modulating arrangement, the electronic control circuit and the actuator being powered by said electrical energy source, said device being characterized in that the electronic control circuit is further configured for a management mode of the energy storage in which it controls, upon the occurrence of at least one triggering event, the position of the elements (4; 4A, 4B) of the modulating arrangement so as to increase the air flow rate passing through the self-powered device and subsequently increase the charge level of the storage device. - autonomous electrical energy source comprising a device for recovering energy including a turbine arranged to be positioned at least partially in the stream of air passing through said self-powered device, a conversion generator connected to the turbine to convert the rotational mechanical energy of the turbine into an electrical signal, and a storage device for the energy recovered from said electrical signal; - an arrangement for modulating the air flow rate passing through said self-powered device, including an actuator and at least one element (4; 4A, 4B) with position adjustable by the actuator, and - an electronic control circuit configured to control, via the actuator, the position of the element (4; 4A, 4B) of the modulating arrangement,