mhurhangee/ep-ind-claims huggingface dataset:
An environment representation apparatus comprising a data carrier and an interface device connected thereto, wherein the data carrier carries data which represent an environment, comprising a. map data portions which indicate features of an environment in a spatially resolving manner, wherein the map data portions represent presence probabilities which indicate presence probabilities of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how likely to be present a represented feature can be regarded as, b. reliability data portions which indicate reliability data of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how reliably detectable by a measurement apparatus for measuring the environment of a vehicle the respective represented features can be regarded as, and wherein the interface device makes map data and reliability data accessible associated in a spatially resolving manner with one another. a. map data portions which indicate features of an environment in a spatially resolving manner, wherein the map data portions represent presence probabilities which indicate presence probabilities of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how likely to be present a represented feature can be regarded as, b. reliability data portions which indicate reliability data of features of an environment in a spatially resolving manner and which indicate in a spatially resolving manner how reliably detectable by a measurement apparatus for measuring the environment of a vehicle the respective represented features can be regarded as,
Genetically engineered retinal pigment epithelial cells for use in the treatment of retinal degeneration in a subject in need thereof, wherein: said RPE cells over-express intracellularly Orthodenticle Homeobox 2 protein through the introduction in vitro or ex vivo of a recombinant nucleic acid sequence encoding OTX2 protein operably linked to one or more control sequences that direct the expression of said nucleic acid in said cells, and said treatment is performed by intraocular administration of said RPE cells in the subject. said RPE cells over-express intracellularly Orthodenticle Homeobox 2 protein through the introduction in vitro or ex vivo of a recombinant nucleic acid sequence encoding OTX2 protein operably linked to one or more control sequences that direct the expression of said nucleic acid in said cells, and said treatment is performed by intraocular administration of said RPE cells in the subject.
A method for selective distribution of information to a remote gaming device, further comprising: receiving a communication from a client application executing on a remote device (104,106,108), the communication indicating a condition of a game character; developing a filtered manifest comprising a collection of information needed by the client application and associated with the condition, the filtered manifest developed by: identifying a file as already resident at the remote device; and excluding the file from the filtered manifest; identifying a portion of the collection to communicate to the client application based on the filtered manifest; and initiating communication of the portion. receiving a communication from a client application executing on a remote device (104,106,108), the communication indicating a condition of a game character; developing a filtered manifest comprising a collection of information needed by the client application and associated with the condition, the filtered manifest developed by: identifying a file as already resident at the remote device; and excluding the file from the filtered manifest; identifying a file as already resident at the remote device; and excluding the file from the filtered manifest; identifying a portion of the collection to communicate to the client application based on the filtered manifest; and initiating communication of the portion.
Processor apparatus for collecting material adhering to surfaces of packages for processing as waste, the processor apparatus comprising a cylindrical drum that is rotatable about a longitudinal first axis (Ox) and that is provided with orifices for forming a screen that retains the packages and that allows the material for collecting to pass through; · a motor for driving the cylindrical drum in rotation; and · a first brush for brushing an inside surface of the cylindrical drum; the apparatus being characterized in that it includes a blower device inside the drum for blowing a gas stream in a direction having a component parallel to the longitudinal first axis (Ox). · a motor for driving the cylindrical drum in rotation; and · a first brush for brushing an inside surface of the cylindrical drum; the apparatus being characterized in that it includes a blower device inside the drum for blowing a gas stream in a direction having a component parallel to the longitudinal first axis (Ox).
A vacuum cleaner comprising: a body having a vacuum motor provided therein; a dust collection device provided in the body to collect dust; a dust compression device expandable or contractible selectively, to compress the dust collected in the dust collection device; and a passage switching device (9, 19) configured to selectively communicate the dust compression device with a low pressure part having a lower pressure than a pressure of the dust collection device and a high pressure part having a higher pressure than a pressure of the dust collection device, wherein the passage switching device (9, 19) comprises: a chamber (92, 192) comprising a compression part passage (921, 1921) in communication with the dust compression device; a low pressure part passage (923, 1923) provided in the chamber (92, 192), in communication with the low pressure part; a high pressure part passage (925, 1925) provided in the chamber (92, 192), in communication with the high pressure part; and a rotational member (96, 196) rotatably provided in the chamber (92, 192), to communicate the compression part passage (921, 1921) with either of the low pressure part passage (923, 1923) or the high pressure part passage (925, 1925). a body having a vacuum motor provided therein; a dust collection device provided in the body to collect dust; a dust compression device expandable or contractible selectively, to compress the dust collected in the dust collection device; and a passage switching device (9, 19) configured to selectively communicate the dust compression device with a low pressure part having a lower pressure than a pressure of the dust collection device and a high pressure part having a higher pressure than a pressure of the dust collection device, wherein the passage switching device (9, 19) comprises: a chamber (92, 192) comprising a compression part passage (921, 1921) in communication with the dust compression device; a low pressure part passage (923, 1923) provided in the chamber (92, 192), in communication with the low pressure part; a high pressure part passage (925, 1925) provided in the chamber (92, 192), in communication with the high pressure part; and a rotational member (96, 196) rotatably provided in the chamber (92, 192), to communicate the compression part passage (921, 1921) with either of the low pressure part passage (923, 1923) or the high pressure part passage (925, 1925). a chamber (92, 192) comprising a compression part passage (921, 1921) in communication with the dust compression device; a low pressure part passage (923, 1923) provided in the chamber (92, 192), in communication with the low pressure part; a high pressure part passage (925, 1925) provided in the chamber (92, 192), in communication with the high pressure part; and a rotational member (96, 196) rotatably provided in the chamber (92, 192), to communicate the compression part passage (921, 1921) with either of the low pressure part passage (923, 1923) or the high pressure part passage (925, 1925).
A drive system for a motorized functional device, which can be used as a multi-function or combination device for soil working or turf care such as scarifying, aerating, tilling, grass mowing, rolling, compacting, edge trimming, or cleaning work such as snow blowing, sweeping, or for emergency service such as water pumping, power supply, or the like, comprising a primary drive, two bearing modules ( A, B, C, D) coupled to the base frame of the said functional device, and a drive shaft (75, 80) rotatably fixed with the respective work implement (90, 95, 96, 97) and connected to the said bearing modules ( A, B, C, D) on the said base frame, whereby the said base frame has for accommodating the said bearing modules ( A, B, C, D) two mounting or bearing side plates (11, 12, 34) that are laterally spaced apart and perpendicular with respect to the rotational axis of the said work implement (90, 95, 96, 97) in use, characterized in that the said bearing modules ( A, B, C, D) are designed as separate units which can be interchanged at will and coupled to one of the said mounting or bearing side plates (11, 12, 34) via quick-release mechanisms, and that the speed ranges and directions of rotation as required for the respective work tasks with the respective said work implements (90, 95, 96, 97) are set by selecting different combinations of the said bearing modules ( A, B, C, D) and said drive shafts (75, 80) rotatably fixed with the respective said work implement (90, 95, 96, 97).
A lattice truss comprising: two upper beams (20, 53) and two lower beams (20, 53); an upper horizontal frame (21, 50) fixed to said two upper beams (20, 53); a lower horizontal frame (22, 50) fixed to said two lower beams (20, 53); two side frames respectively connected to one of said two upper beams and to one of said two lower beams, characterized in that said upper horizontal frame (21, 50) and, said lower horizontal frame (22, 50) are connected together by way of truss segments (24, 26, 35, 37, 52, 54) connected together in a Y shape with angles equal to one-third of the round angle; said truss segments (24, 26, 35, 37) connected together in a Y shape form a plurality of hexagons (25, 30, 36, 39); said truss segments being part of said upper horizontal frame and of said lower horizontal frame have a length equal to L; and in that said truss segments forming part of said two side frames have a length equal to L/2; each side, of length L, of each hexagon belonging to said upper horizontal frame is connected to each side of each hexagon belonging to said lower horizontal frame by way of an hexagon of side L/2; the portions of said hexagons that connect to said two upper beams and to said two lower beams, connect perpendicular with truss segments having a length comprised between 1⁄4*L and 3⁄4*L; the distance between said upper horizontal frame and said lower horizontal frame is equal to √3L/2.
Ball joint having a joint housing which comprises a housing bottom; a joint inner part which comprises a joint ball, is arranged with its joint ball in the joint housing, and extends out of the latter; an elastic profile ring which is arranged in the joint housing between the joint ball and the housing bottom, consists of an elastomer or rubber, comprises a contact region on its inner side, and is supported by way of the said contact region on the joint ball, the profile ring being supported directly on the joint ball by way of the contact region; a lubricant chamber which is provided in the joint housing between the joint ball and the housing bottom; a bearing region which is provided in the joint housing on a side of the profile ring, which side faces away from the housing bottom, on which bearing region the joint ball is mounted in an articulated manner; an intermediate space which is provided in the joint housing between the profile ring and the bearing region; and at least one lubricant groove which is provided in the surface of the profile ring, connects the lubricant chamber to the intermediate space, and runs along an outer side of the profile ring, which outer side faces the joint housing, characterized in that the lubricant groove runs as far as the inner side of the profile ring and/or as far as the contact region both in the region of the lubricant chamber and in the region of the intermediate space.
A turbine engine (100;200) comprising: a first compressor (112;212) and a second compressor (114;214) fluidly parallel to the first compressor (112;212), wherein at least one of said first compressor (112;212) and said second compressor (114;214) is comprised of multiple rotors, each of said rotors being constructed of a lightweight high strength ceramic; a reverse flow combustor (130;230) fluidly connected to said first compressor (112;212) and said second compressor (114;214); and a first turbine (152;252) and a second turbine (154;254) fluidly in series, and fluidly connected to an output of the reverse flow combustor (130;230), characterised in that: the lightweight high strength ceramic is silicon nitride, silicon carbide, silicon carbide fiber reinforced ceramic composite, or carbon fiber reinforced silicon carbide composite; and the first and second compressors (112, 114; 212, 214) share a fluid inlet. a first compressor (112;212) and a second compressor (114;214) fluidly parallel to the first compressor (112;212), wherein at least one of said first compressor (112;212) and said second compressor (114;214) is comprised of multiple rotors, each of said rotors being constructed of a lightweight high strength ceramic; a reverse flow combustor (130;230) fluidly connected to said first compressor (112;212) and said second compressor (114;214); and a first turbine (152;252) and a second turbine (154;254) fluidly in series, and fluidly connected to an output of the reverse flow combustor (130;230), characterised in that: the lightweight high strength ceramic is silicon nitride, silicon carbide, silicon carbide fiber reinforced ceramic composite, or carbon fiber reinforced silicon carbide composite; and the first and second compressors (112, 114; 212, 214) share a fluid inlet. the lightweight high strength ceramic is silicon nitride, silicon carbide, silicon carbide fiber reinforced ceramic composite, or carbon fiber reinforced silicon carbide composite; and the first and second compressors (112, 114; 212, 214) share a fluid inlet.
Method for non-therapeutic cosmetic treatment of the skin of an individual, characterised in that it comprises the administration, to said individual, of a composition containing, in a cosmetically acceptable vehicle, a compound having the general formula (I'): wherein: R 1, R 2, R 3, R 4, R 5, and R 7, identical or different, each represent a hydrogen atom, a halogen atom, a hydroxyl group, a linear or branched, saturated or unsaturated, C1-C16 hydrocarbon radical, or an -OR' radical in which R' represents a linear or branched, saturated or unsaturated, C1-C16 hydrocarbon radical, at least one group out of R 1, R 2, R 3, R 4 and R 5 representing a hydroxyl group, and Y represents a covalent bond or a C2-C4 alkenyl radical, or one of the salts thereof. R 1, R 2, R 3, R 4, R 5, and R 7, identical or different, each represent a hydrogen atom, a halogen atom, a hydroxyl group, a linear or branched, saturated or unsaturated, C1-C16 hydrocarbon radical, or an -OR' radical in which R' represents a linear or branched, saturated or unsaturated, C1-C16 hydrocarbon radical, at least one group out of R 1, R 2, R 3, R 4 and R 5 representing a hydroxyl group, and Y represents a covalent bond or a C2-C4 alkenyl radical, or one of the salts thereof.
A method of determining movement and/or distance of an input device and object relative to each other along a measuring axis transverse to an action plane, the method comprising the steps of supplying a modulated drive current to a laser device and illuminating an object surface with a measuring laser beam emitted from the laser cavity of said laser device, generating a measurement signal representative of changes in operation of the laser cavity, said changes being due to interference of measuring beam radiation re-entering said laser cavity and an optical wave in said laser cavity and being representative of said movement along said measuring axis, and said measurement signal including a rising portion and a falling portion in each period thereof on which is superposed undulations having an offset frequency, the method further comprising determining distance and/or movement of said object and said input device relative to each other along said measuring axis by summing an offset frequency determined at the rising portion and an offset frequency determined at the falling portion of said measurement signal, and generating an electric signal representative of said distance and/or movement, wherein the speed and/or direction of movement of the object and input device relative to each other along a measuring axis in the action plane is determined by determining the difference between the offset frequencies on a respective rising and falling slope of the measurement signal, wherein the value of the result is representative of the speed of movement and the sign of the result is representative of the direction of movement, characterized in that a distance of said object from said action plane is measured at known time intervals so as to determine the speed of movement of said object and input device relative to each other along the measurement axis transverse to said action plane and so as to compensate for a contribution thereof to said speed and/or direction of movement to said determination along said measuring axis in said action plane.
A method for determining whether at least one advertisement is aired in accordance with predefined airing specifications corresponding to the at least one advertisement, comprising: inserting, by a first computing device, a plurality of advertisement identification markers into the at least one advertisement to provide a marked at least one advertisement, wherein the plurality of advertisement identification markers are inserted between a start and an end of each at least one advertisement and each of the plurality of advertisement identification markers is generated as a steganographic advertisement identification marker, wherein the at least one advertisement comprises frames; receiving, by a second computing device, a broadcast stream comprising the marked at least one advertisement, wherein the steganographic advertisement identification markers being inserted into the broadcast stream by steganographically inserting advertisement identification data into the existing frames of the at least one advertisement, wherein said steganographic advertisement identification data is inserted into the existing frames of the at least one advertisement by replacing the least significant bits of data in a given advertisement frame with the advertisement identification data; determining, by the second computing device, airing parameters of the at least one advertisement based on the advertisement identification markers; and comparing the airing parameters of the at least one advertisement with predefined airing specifications. inserting, by a first computing device, a plurality of advertisement identification markers into the at least one advertisement to provide a marked at least one advertisement, wherein the plurality of advertisement identification markers are inserted between a start and an end of each at least one advertisement and each of the plurality of advertisement identification markers is generated as a steganographic advertisement identification marker, wherein the at least one advertisement comprises frames; receiving, by a second computing device, a broadcast stream comprising the marked at least one advertisement, wherein the steganographic advertisement identification markers being inserted into the broadcast stream by steganographically inserting advertisement identification data into the existing frames of the at least one advertisement, wherein said steganographic advertisement identification data is inserted into the existing frames of the at least one advertisement by replacing the least significant bits of data in a given advertisement frame with the advertisement identification data; determining, by the second computing device, airing parameters of the at least one advertisement based on the advertisement identification markers; and comparing the airing parameters of the at least one advertisement with predefined airing specifications.
Panel for covering a substrate, comprising: • a visible surface which is delimited by a plurality of side edges, • a contact surface which extends substantially in parallel with the visible surface and which, when laid, is intended to be in contact with the substrate, and • a plurality of side surfaces (16, 18, 20 22) which extend substantially orthogonally to the visible surface and to the contact surface, a plurality of depressions (34, 38) being formed at the transition from the visible surface to at least one of the side surfaces in order to form a chamfer, which depressions start from the visible surface, extend so as to be inclined relative to the visible surface, and end in the respective side surfaces, characterised in that the chamfer is formed exclusively by the plurality of depressions (34, 38), the depressions comprising at least one first group of depressions and one second group of depressions, all of the depressions of the first group extending so as to be inclined relative to the visible surface by a first angle of inclination (α) and all of the depressions of the second group extending so as to be inclined relative to the visible surface by a second angle of inclination (β), and the first angle of inclination (α) and the second angle of inclination (β) being different from one another. • a visible surface which is delimited by a plurality of side edges, • a contact surface which extends substantially in parallel with the visible surface and which, when laid, is intended to be in contact with the substrate, and • a plurality of side surfaces (16, 18, 20 22) which extend substantially orthogonally to the visible surface and to the contact surface,
A pharmaceutical composition comprising a carrier and a nucleic acid encoding influenza virus antigen(s), wherein a nucleic acid as the active substance and nucleic acid carriers comprised of cationic derivatives of polyprenols PTAI with polyprenyl chain length of n, where n denotes the number of isoprene units in a range from 5 to 30, according to formula for use in vaccination against influenza virus.