mhurhangee/patent-ind-claim-en huggingface dataset:
A method for forming renal tubules, comprising the steps > embedding individual renal cells in a synthetic hydrogel, based on polyethylene glycol (PEG) as a component, wherein the PEG hydrogel system is linked via enzymatically cleavable peptides, and wherein the PEG molecules are linked with molecules of a glycosaminoglycan, selected from heparin, heparin with adapted sulfation pattern, chondroitin sulfate and hyaluronic acid, through the peptide units under formation of a hydrogel, and > cultivating the cells up to the formation of tubule structures. > embedding individual renal cells in a synthetic hydrogel, based on polyethylene glycol (PEG) as a component, wherein the PEG hydrogel system is linked via enzymatically cleavable peptides, and wherein the PEG molecules are linked with molecules of a glycosaminoglycan, selected from heparin, heparin with adapted sulfation pattern, chondroitin sulfate and hyaluronic acid, through the peptide units under formation of a hydrogel, and > cultivating the cells up to the formation of tubule structures.
A method, comprising: determining, by a processor, a free space input standard for a free space input, the free space input being received within an augmented reality construct defined by a volumetric boundary; sensing, with a sensor, the free space input within the volumetric boundary; comparing, by the processor, the free space input with the free space input standard; determining, by the processor, that the free space input includes a motion of an index finger while the index finger and a little finger are extended, so as to identify the hand motion as a gesture for input purposes and excludes a motion of the index finger while the little finger is not extended; determining, by the processor, that the free space input satisfies the free space input standard; and in response to the free space input satisfying the free space input standard, executing, by the processor, a surface constrained input response associated with the free space input. determining, by a processor, a free space input standard for a free space input, the free space input being received within an augmented reality construct defined by a volumetric boundary; sensing, with a sensor, the free space input within the volumetric boundary; comparing, by the processor, the free space input with the free space input standard; determining, by the processor, that the free space input includes a motion of an index finger while the index finger and a little finger are extended, so as to identify the hand motion as a gesture for input purposes and excludes a motion of the index finger while the little finger is not extended; determining, by the processor, that the free space input satisfies the free space input standard; and in response to the free space input satisfying the free space input standard, executing, by the processor, a surface constrained input response associated with the free space input.
An electronic device , comprising: a first display ; a second display ; and a processor configured to allocate a first set of resources to the first display and a second set of resources to the second display ; wherein the first set of resources is different from the second set of resources ; wherein each of the first set of resources and the second set of resources comprise one or more of at least one available hardware component and at least one available software resource; and wherein a first security level corresponding to the first display is different from a second security level corresponding to the second display ; and wherein the processor is further configured to determine the at least one available software resource for the first display according to the first security level, and to determine the at least one available software resource for the second display according to the second security level. a first display ; a second display ; and a processor configured to allocate a first set of resources to the first display and a second set of resources to the second display ; wherein the first set of resources is different from the second set of resources ; wherein each of the first set of resources and the second set of resources comprise one or more of at least one available hardware component and at least one available software resource; and wherein a first security level corresponding to the first display is different from a second security level corresponding to the second display ; and wherein the processor is further configured to determine the at least one available software resource for the first display according to the first security level, and to determine the at least one available software resource for the second display according to the second security level.
A method for securely distributing metadata using a blockchain, the method comprising: generating , by a first computing device , a block for a distributed blockchain ledger , the block comprising an encrypted metadata item of a media asset; transmitting , at a first time, by the first computing device, the block for storage in the distributed blockchain ledger, wherein a copy of the distributed blockchain ledger is stored by the first computing device and a second computing device ; generating , by the first computing device, a smart contract comprising: a decryption key for the encrypted metadata item and an identifier of the second computing device; and transmitting, by the first computing device, the smart contract for storage in the distributed blockchain ledger, wherein the smart contract is configured to be automatically executed at an execution time that is later than the first time, to provide the second computing device with the decryption key for the encrypted metadata item. generating , by a first computing device , a block for a distributed blockchain ledger , the block comprising an encrypted metadata item of a media asset; transmitting , at a first time, by the first computing device, the block for storage in the distributed blockchain ledger, wherein a copy of the distributed blockchain ledger is stored by the first computing device and a second computing device ; generating , by the first computing device, a smart contract comprising: a decryption key for the encrypted metadata item and an identifier of the second computing device; and transmitting, by the first computing device, the smart contract for storage in the distributed blockchain ledger, wherein the smart contract is configured to be automatically executed at an execution time that is later than the first time, to provide the second computing device with the decryption key for the encrypted metadata item.
A multilayer cast film comprising: (a) a core layer having a first side and a second side, the core layer comprising an ethylene/a-olefin copolymer; (b) an inner layer positioned on the first side of the core layer, the inner layer comprising a first low density polyethylene homopolymer; and (c) an outer layer positioned on the second side of the core layer, the outer layer comprising a second low density polyethylene homopolymer; wherein the ethylene/a-olefin copolymer is characterized by : a melt index in a range from about 2 to about 12 g/10 min; a density in a range from about 0.91 to about 0.95 g/cm 3 ; and a ratio of Mw/Mn in a range from about 2 to about 3.5. (a) a core layer having a first side and a second side, the core layer comprising an ethylene/a-olefin copolymer; (b) an inner layer positioned on the first side of the core layer, the inner layer comprising a first low density polyethylene homopolymer; and (c) an outer layer positioned on the second side of the core layer, the outer layer comprising a second low density polyethylene homopolymer; wherein the ethylene/a-olefin copolymer is characterized by : a melt index in a range from about 2 to about 12 g/10 min; a density in a range from about 0.91 to about 0.95 g/cm 3 ; and a ratio of Mw/Mn in a range from about 2 to about 3.5. a melt index in a range from about 2 to about 12 g/10 min; a density in a range from about 0.91 to about 0.95 g/cm 3 ; and a ratio of Mw/Mn in a range from about 2 to about 3.5.
A cover device for a near-infrared sensor, the cover device being arranged to cover a near-infrared sensor from a front side in a transmission direction of near-infrared light transmitted from the near-infrared sensor , the cover device comprising: a plate shaped cover (20; 60), wherein the cover (20; 60) is adapted to be arranged in a vehicle such that near-infrared light transmitted from the near-infrared sensor passes through the cover (20; 60) in a thickness direction of the cover (20; 60), a part of the cover (20; 60) in the thickness direction is constituted by a bright decorative layer , which reflects part of incident visible light and allows near-infrared light to pass through, and the cover (20; 60) is configured such that a near-infrared light transmittance is higher than a visible light transmittance; and a light emitting portion that emits visible light to the cover (20; 60), the light emitting portion including a case having a shape of a closed loop and light emitting diodes , fl wherein part of the emitted visible light passes through the bright decorative layer to cause a surface of the cover (20; 60) that includes the bright decorative layer to shine, wherein the case extends along the outer periphery of the cover (20; 60), and the light emitting portion is arranged to emit the visible light to a surface of the bright decorative layer on a side closer to the near-infrared sensor . a plate shaped cover (20; 60), wherein the cover (20; 60) is adapted to be arranged in a vehicle such that near-infrared light transmitted from the near-infrared sensor passes through the cover (20; 60) in a thickness direction of the cover (20; 60), a part of the cover (20; 60) in the thickness direction is constituted by a bright decorative layer , which reflects part of incident visible light and allows near-infrared light to pass through, and the cover (20; 60) is configured such that a near-infrared light transmittance is higher than a visible light transmittance; and the cover (20; 60) is adapted to be arranged in a vehicle such that near-infrared light transmitted from the near-infrared sensor passes through the cover (20; 60) in a thickness direction of the cover (20; 60), a part of the cover (20; 60) in the thickness direction is constituted by a bright decorative layer , which reflects part of incident visible light and allows near-infrared light to pass through, and the cover (20; 60) is configured such that a near-infrared light transmittance is higher than a visible light transmittance; and a light emitting portion that emits visible light to the cover (20; 60), the light emitting portion including a case having a shape of a closed loop and light emitting diodes , fl wherein part of the emitted visible light passes through the bright decorative layer to cause a surface of the cover (20; 60) that includes the bright decorative layer to shine, wherein the case extends along the outer periphery of the cover (20; 60), and the light emitting portion is arranged to emit the visible light to a surface of the bright decorative layer on a side closer to the near-infrared sensor .
Sealing element for sealing an aperture of a side wall of a connection box , said sealing element being attachable to the side wall inside the aperture and comprising: - a first body configured to seal a first portion of the aperture and having a plurality of sealable openings , each opening being configured to receive a portion of a cable passing through the aperture of the side wall , and - a second body configured to seal a second portion of the aperture ; wherein: - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture ; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings , said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings , - the first body has resilient properties such that, during the passage of the cable along the sliding line , the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line . - a first body configured to seal a first portion of the aperture and having a plurality of sealable openings , each opening being configured to receive a portion of a cable passing through the aperture of the side wall , and - a second body configured to seal a second portion of the aperture ; wherein: - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture ; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings , said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings , - the first body has resilient properties such that, during the passage of the cable along the sliding line , the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line . - the second body is movable relative to the first body to seal and unseal the second portion of the aperture for inserting a cable in the second portion of the aperture ; - the first body has a sliding line mutually connecting the openings and joining the second portion of the aperture with the openings , said sliding line allowing a cable passing through the second portion of the aperture to slide along the sliding line between the second portion of the aperture and the openings , - the first body has resilient properties such that, during the passage of the cable along the sliding line , the first body deforms along a deformation direction (Y-Y) perpendicular to the sliding line .
A gangway between two vehicles or parts of vehicles articulately connected to each other, comprising at least one bellows , wherein the bellows is arranged by means of a connecting frame on a respective end wall of a vehicle or vehicle part by fastening means, wherein at least one cover of the connecting frame which can be arranged on the front side of the connecting frame is provided, wherein a connecting device is provided by which only the cover can be connected to the connecting frame , characterized in that the connecting device is designed as a keder connection , and that the cover at least at one end sealingly abuts the end wall of the vehicle or vehicle part.
A positioning method, comprising: obtaining , by a terminal, an outdoor positioning result by using an outdoor positioning service; attempting , by the terminal when information about a satellite that provides the outdoor positioning service meets a preset condition, to obtain an indoor positioning result by using an indoor positioning service, wherein the preset condition is used to indicate that the terminal has an indoor positioning requirement, wherein the satellite information comprises a quantity X of target satellites that provide a positioning service, and the target satellite is a satellite that is in all satellites that provide a positioning service for the terminal and that sends a satellite signal with a signal-to-noise ratio greater than a preset value, wherein X≥0; and the preset condition is: X≥N, and 0< N; and if the indoor positioning result is successfully obtained, switching , by the terminal, the outdoor positioning service to the indoor positioning service. obtaining , by a terminal, an outdoor positioning result by using an outdoor positioning service; attempting , by the terminal when information about a satellite that provides the outdoor positioning service meets a preset condition, to obtain an indoor positioning result by using an indoor positioning service, wherein the preset condition is used to indicate that the terminal has an indoor positioning requirement, wherein the satellite information comprises a quantity X of target satellites that provide a positioning service, and the target satellite is a satellite that is in all satellites that provide a positioning service for the terminal and that sends a satellite signal with a signal-to-noise ratio greater than a preset value, wherein X≥0; and the preset condition is: X≥N, and 0< N; and if the indoor positioning result is successfully obtained, switching , by the terminal, the outdoor positioning service to the indoor positioning service.
A Streptococcus pyogenes Cas9 (SpCas9) variant comprising an amino acid sequence of SEQ ID NO:1 comprising a substitution selected from A203D, N277H, G366S, F539S, 1601N, M7631, D965Y, F1038Y, M7631 and F1038Y, D965Y and F1038Y, K890N, and D1127E, wherein the SpCas9 variant has an endonuclease activity, and wherein the SpCas9 (Streptococcus pyogenes Cas9) variant has an improved target specificity compared to a wild-type SpCas9. wherein the SpCas9 variant has an endonuclease activity, and wherein the SpCas9 (Streptococcus pyogenes Cas9) variant has an improved target specificity compared to a wild-type SpCas9.
A receiver (21a-21b) for loading and extracting a carriage carrying a stretcher, said receiver (21a-21b) comprising : • a base (45a-45b), intended to be attached to a floor of an ambulance, and • a plate movable in translation along a length of said base (45a-45b), said plate being provided with means for securing (20a-20b) the carriage to allow a movement of said carriage along the length of the base (45a-45b) by the movement of the plate ; characterised in that the receiver (21a-21b) also comprises a motorised worm screw provided within the base (45a-45b) and a shuttle (27a-27b) moving in translation on said base (45a-45b) in the same translation direction as the plate , said shuttle (27a-27b) being provided with a nut working together with the worm screw so that the rotation of the latter moves the shuttle (27a-27b) in translation along the length of the base (45a-45b), said plate being movable by translation on the shuttle (27a-27b) by means of at least one loop tensioned and mounted between two fixed points of rotation at the two ends of said shuttle (27a-27b), said at least one loop being attached, on the one hand, to the plate and, on the other hand, to the base (45a-45b), said plate being moved in translation with respect to the shuttle (27a-27b) during the movements of the latter in the same direction of movement as said shuttle (27a-27b), to obtain a reduction of the movements of said shuttle (27a-27b) at the said plate . • a base (45a-45b), intended to be attached to a floor of an ambulance, and • a plate movable in translation along a length of said base (45a-45b), said plate being provided with means for securing (20a-20b) the carriage to allow a movement of said carriage along the length of the base (45a-45b) by the movement of the plate ; characterised in that the receiver (21a-21b) also comprises a motorised worm screw provided within the base (45a-45b) and a shuttle (27a-27b) moving in translation on said base (45a-45b) in the same translation direction as the plate , said shuttle (27a-27b) being provided with a nut working together with the worm screw so that the rotation of the latter moves the shuttle (27a-27b) in translation along the length of the base (45a-45b), said plate being movable by translation on the shuttle (27a-27b) by means of at least one loop tensioned and mounted between two fixed points of rotation at the two ends of said shuttle (27a-27b), said at least one loop being attached, on the one hand, to the plate and, on the other hand, to the base (45a-45b), said plate being moved in translation with respect to the shuttle (27a-27b) during the movements of the latter in the same direction of movement as said shuttle (27a-27b), to obtain a reduction of the movements of said shuttle (27a-27b) at the said plate .
An antenna with a reconfigurable radiation pattern, having a predetermined operating frequency, corresponding to a predetermined wavelength, this antenna (A)comprising: - an electrically conductive floorplan , - an electrically conductive sectoral horn , having first and second open ends and flaring out from the first to the second open end , the second open end being built into the floorplan and having an elongated shape, - short-circuited radiating slots , having an elongated shape, built into the floorplan , disposed on either side of the second open end , parallel thereto, and - electrically conductive louvres , disposed above the slots and the second open end , and capable of being mechanically deployed in a continuous manner in order to modify the radiation pattern of the antenna (A). - an electrically conductive floorplan , - an electrically conductive sectoral horn , having first and second open ends and flaring out from the first to the second open end , the second open end being built into the floorplan and having an elongated shape, - short-circuited radiating slots , having an elongated shape, built into the floorplan , disposed on either side of the second open end , parallel thereto, and - electrically conductive louvres , disposed above the slots and the second open end , and capable of being mechanically deployed in a continuous manner in order to modify the radiation pattern of the antenna (A).
A sanitary installation comprising a shower basin and a sanitary drain device for draining washing water collected by the shower basin (3-5), the device comprising a self-priming pump and an electric motor driving the pump by means of an axis , the self-priming pump being associated with a Venturi block creating the suction of the drain water and the priming of this pump, the Venturi block comprising a Venturi passage positioned coaxially to the axis of the electric motor , the installation being characterized in that - the electric motor for driving the pump comprises a rotor-stator assembly that is included in an oil bath contained in a tight body , so as to homogenize the temperature distributions inside the tight body , - the tight body containing the rotor-stator assembly submerged in the oil bath is housed in a tight enclosure containing the assembly of the pump, the Venturi block and the electric motor , and - said tight enclosure , containing the assembly of the pump, the Venturi block and the tight body containing the rotor-stator assembly of the electric motor is filled with water, when the device is in use. - the electric motor for driving the pump comprises a rotor-stator assembly that is included in an oil bath contained in a tight body , so as to homogenize the temperature distributions inside the tight body , - the tight body containing the rotor-stator assembly submerged in the oil bath is housed in a tight enclosure containing the assembly of the pump, the Venturi block and the electric motor , and - said tight enclosure , containing the assembly of the pump, the Venturi block and the tight body containing the rotor-stator assembly of the electric motor is filled with water, when the device is in use.
A compound of formula (I): wherein R a represents a C 1-3 alkyl group, such as methyl or ethyl, in particular methyl, and P 1 represents an amine protecting group selected from: tert -butyloxycarbonyl (BOC); 9-fluorenylmethyloxycarbonyl (FMOC); acetyl (Ac); benzoyl (Bz); carbamate; p-methoxyphenyl (PMP); tosyl (Ts); a sulfonamide selected from Nosyl and Nps and trifluoroacetyl, preferably wherein P 1 represents tert -butyloxycarbonyl (BOC).