mhurhangee/ep-ind-claims huggingface dataset:
A non-pneumatic tire having a support structure comprising an outer reinforced annular band, a hub and a set of tension transmitting elements extending between the hub and radially inward from the outer reinforced annular band, the support structure formed at least in part of a polyurethane that is a reaction product of reaction components, the reaction components comprising: a prepolymer comprising a reaction product of an aromatic diisocyanate monomer and an active hydrogen component selected from a polyol having hydroxyl isocyanate-reacting functional groups, a polyamine having amine isocyanate-reacting functional groups or combinations thereof, the aromatic diisocyanate monomer and the active hydrogen component mixed at a ratio of NCO to the isocyanate-reacting functional groups of at least 1.8:1, wherein the active hydrogen component has a number average molecular weight of between 1000 and 6000 and wherein the prepolymer contains no more than 10 wt% of residual aromatic diisocyanate monomer; and a curative. a prepolymer comprising a reaction product of an aromatic diisocyanate monomer and an active hydrogen component selected from a polyol having hydroxyl isocyanate-reacting functional groups, a polyamine having amine isocyanate-reacting functional groups or combinations thereof, the aromatic diisocyanate monomer and the active hydrogen component mixed at a ratio of NCO to the isocyanate-reacting functional groups of at least 1.8:1, wherein the active hydrogen component has a number average molecular weight of between 1000 and 6000 and wherein the prepolymer contains no more than 10 wt% of residual aromatic diisocyanate monomer; and a curative.
A method of manufacturing a transmission-type X-ray target comprising: measuring, of a flat plate-shaped diamond substrate having a first surface and a second surface facing the first surface, a residual stress of the first surface and a residual stress of the second surface; identifying the first surface based on the measured residual stresses such that the residual stress of the first surface is lower than the residual stress of the second surface; and, then, forming a target layer on the identified first surface. measuring, of a flat plate-shaped diamond substrate having a first surface and a second surface facing the first surface, a residual stress of the first surface and a residual stress of the second surface; identifying the first surface based on the measured residual stresses such that the residual stress of the first surface is lower than the residual stress of the second surface; and, then, forming a target layer on the identified first surface.
Luminaire with a tube-shaped gas discharge lamp, at least one reflector being concavely curved and arranged - viewed from the area to be illuminated - next to the lamp and at least one at least partially light-permeable diffuser being arranged - also viewed from the area to be illuminated - next to the lamp but in front of the reflector, wherein the diffuser and the reflector define at least one light entry area next to the lamp and merge at their end away from the lamp in such a way that they enclose at least one light chamber, characterized in that the reflector is partially light-permeable and another concavely curved reflector is arranged behind this reflector that forms together with the reflector at least one further light chamber, in which another light source is arranged, being arranged behind the light chamber/s.
A method performed by a control system of a system comprising an electrical device coupled between a power supply and a load, a handle disposed on an outer surface of a housing of the electrical device, and a status indicator configured to emit light in response to a control signal, wherein the status indicator is disposed adjacent to the handle, wherein the electrical device is an electrical protection circuitry, wherein the electrical device is configured to couple the power supply to the load, and wherein the handle is configured to provide access to at least a portion of the electrical device, the method comprising: receiving (202; 204) a first state of the electrical device; receiving a position of the handle; and transmitting the control signal to the status indicator based on the first state and the position, wherein the control signal is configured to control one or more properties of light emitted by the status indicator. receiving (202; 204) a first state of the electrical device; receiving a position of the handle; and transmitting the control signal to the status indicator based on the first state and the position, wherein the control signal is configured to control one or more properties of light emitted by the status indicator.
A process for providing a hydraulic clayey barrier using a composition obtained by a) mixing a dry clay with an anionic polymer solution to obtain a slurry of clay treated with an anionic polymer, and b) dehydrating said slurry of clay treated with an anionic polymer, wherein said dehydrating is undertaken by drying at a temperature higher than 60°C the slurry of clay, polymer and water resulting from said mixing a dry clay with an anionic polymer solution.
A primary load path failure detection system including: an actuator comprising: first and second mechanical parts that are unable to move relative to one another in normal use without failure of a primary load path; a position sensor; and a primary load path failure detection device of the type that disconnects the position sensor from the primary load path in the event of a primary load path failure, characterized in that the primary load path failure detection device comprises a check device, the check device comprising: a mechanical linkage for simulating disconnection of the position sensor by permitting relative movement of at least the first and second mechanical parts of the actuator, wherein these first and second mechanical parts include the first mechanical part with movement detected by the position sensor of the primary load path failure detection device. an actuator comprising: first and second mechanical parts that are unable to move relative to one another in normal use without failure of a primary load path; a position sensor; and a primary load path failure detection device of the type that disconnects the position sensor from the primary load path in the event of a primary load path failure, characterized in that the primary load path failure detection device comprises a check device, the check device comprising: a mechanical linkage for simulating disconnection of the position sensor by permitting relative movement of at least the first and second mechanical parts of the actuator, wherein these first and second mechanical parts include the first mechanical part with movement detected by the position sensor of the primary load path failure detection device.
A method of reducing data rate for transmitting virtual reality content, comprising: obtaining a picture sequence; receiving viewport information, wherein the viewport information comprises first viewport parameters of a prevailing viewport and/or second viewport parameters of one or more expected viewports; and selecting a first spatial region based on the received viewport information and a second spatial region within a picture area of pictures of the picture sequence, the second spatial region differing from the first spatial region; obtaining a first spatial region sequence, the first spatial region sequence comprising the first spatial region of the pictures of the picture sequence; obtaining a second spatial region sequence, the second spatial region sequence comprising the second spatial region of the pictures of the picture sequence; forming a first sub-sequence of the first spatial region sequence at a second picture rate, wherein the pictures of the first sub-sequence are temporally aligned with the pictures of the second spatial region sequence; forming a second sub-sequence of the first spatial region sequence comprising all pictures not in the first sub-sequence; transmitting the first spatial region sequence at a first picture rate; transmitting the second spatial region sequence at the second picture rate, the first picture rate being different from the second picture rate. obtaining a picture sequence; receiving viewport information, wherein the viewport information comprises first viewport parameters of a prevailing viewport and/or second viewport parameters of one or more expected viewports; and selecting a first spatial region based on the received viewport information and a second spatial region within a picture area of pictures of the picture sequence, the second spatial region differing from the first spatial region; obtaining a first spatial region sequence, the first spatial region sequence comprising the first spatial region of the pictures of the picture sequence; obtaining a second spatial region sequence, the second spatial region sequence comprising the second spatial region of the pictures of the picture sequence; forming a first sub-sequence of the first spatial region sequence at a second picture rate, wherein the pictures of the first sub-sequence are temporally aligned with the pictures of the second spatial region sequence; forming a second sub-sequence of the first spatial region sequence comprising all pictures not in the first sub-sequence; transmitting the first spatial region sequence at a first picture rate; transmitting the second spatial region sequence at the second picture rate, the first picture rate being different from the second picture rate.
A device for producing a partial stop end and/or an expansion joint stop end on a concrete structure with plate elements (7a, 7b) for the temporary limitation of the first partial structure during the casting and hardening of the liquid concrete and with a sealing element made from a band-shaped or strip-shaped sealing foil (19, 19') for ensuring water tightness in the region of the abutting partial structures (3, 5) which are cast one after the other, comprising two support elements (13a, 13b), on which, on one of the two surfaces, two webs are formed as holding elements or pins are provided arranged in a line which are designed to connect the support elements (13a, 13b) to a longitudinal edge of the plate elements (7a, 7b) or a plate or an expansion plate, characterised in that the support elements (13a, 13b) comprise plates made of plastic, cement material or metal on which, running centrally and parallel to the longitudinal edges thereof, the two webs are formed as holding elements or the pins are provided arranged in a line, and in that the support elements (13a, 13b) extend over the whole width of the concrete structure.
An optical measurement device, comprising at least one protection member, the at least one protection member comprising a conduit through which light and air can pass, the optical measurement device being configured such that, in use, a beam of light is passed through the conduit along an optical axis whilst a stream of air is guided out of the conduit along an airflow axis, the optical axis being non-parallel to the airflow axis, characterised in that the conduit has a varying cross-sectional profile along the airflow axis.
A method for applying a graphic effect in an electronic device, the method comprising: receiving an input of at least one filling line (210, 220, 230, 240, 81, 82, 83) that indicates attribute information of a graphic effect to be applied to at least a partial area of an image displayed in a screen; identifying an attribute of the received at least one filling line; and applying the graphic effect corresponding to the identified attribute of the at least one filling line to at least the partial area of the image, CHARACTERIZED IN THAT the attribute of the at least one filling line comprises a spatial density of the at least one filing line, and applying the graphic effect comprises applying the graphic effect to fill the at least partial area with the graphic effect corresponding to the identified density of the at least one filling line. receiving an input of at least one filling line (210, 220, 230, 240, 81, 82, 83) that indicates attribute information of a graphic effect to be applied to at least a partial area of an image displayed in a screen; identifying an attribute of the received at least one filling line; and applying the graphic effect corresponding to the identified attribute of the at least one filling line to at least the partial area of the image, the attribute of the at least one filling line comprises a spatial density of the at least one filing line, and applying the graphic effect comprises applying the graphic effect to fill the at least partial area with the graphic effect corresponding to the identified density of the at least one filling line.
Method for cleaning an interior of a vehicle, comprising the following steps: blowing air into the interior by means of at least one air-admission device with at least one air inlet, extracting the blown-in air by suction from the interior by means of at least one air suction-extraction device with at least one air outlet such that dirt particles and/or dust are removed from the interior of the vehicle through the at least one air outlet by means of an air stream, wherein the air stream is at least intermittently guided exclusively into specific regions of the interior of the vehicle, wherein, for this purpose, the at least one air inlet and/or the at least one air outlet are/is operated in a direction-dependent manner such that dirt particles and/or dust are driven in a targeted manner to the at least one air outlet through the interior. blowing air into the interior by means of at least one air-admission device with at least one air inlet, extracting the blown-in air by suction from the interior by means of at least one air suction-extraction device with at least one air outlet such that dirt particles and/or dust are removed from the interior of the vehicle through the at least one air outlet by means of an air stream, wherein the air stream is at least intermittently guided exclusively into specific regions of the interior of the vehicle, wherein, for this purpose, the at least one air inlet and/or the at least one air outlet are/is operated in a direction-dependent manner such that dirt particles and/or dust are driven in a targeted manner to the at least one air outlet through the interior.
A cotton seed comprising in its genome cry1Ac cotton event 3006-210-23 wherein the cotton event 3006-210-23 is a cry1Ac insert polynucleotide sequence consisting of nucleotides 528-8900 of SEQ ID NO: 2 and at least 20 contiguous flanking nucleotides on both sides of said second insert sequence, wherein the 5'-flanking nucleotides are from nucleotide residues 1-527 of SEQ ID NO: 2 and the 3'-flanking nucleotides are from nucleotide residues 8901-9382 of SEQ ID NO: 2.
An apparatus for gathering electroencephalographic signals comprising: a housing having a first end, a second end and an intermediary portion, a plurality of slits (706a-n) formed in the intermediary portion; a first cavity adjacent the first end; a second cavity adjacent the second end; a first electrode removably disposed in the first cavity; a wire coupled to the first electrode, the wire releasably retainable in the slits (706a-n) such that the wire and the slits can be repeatedly coupled and uncoupled to secure the wire when the wire and the first electrode are to be coupled to the housing; and a first magnetic element (708, 710) disposed in one of the first cavity or the second cavity. a housing having a first end, a second end and an intermediary portion, a plurality of slits (706a-n) formed in the intermediary portion; a first cavity adjacent the first end; a second cavity adjacent the second end; a first electrode removably disposed in the first cavity; a wire coupled to the first electrode, the wire releasably retainable in the slits (706a-n) such that the wire and the slits can be repeatedly coupled and uncoupled to secure the wire when the wire and the first electrode are to be coupled to the housing; and a first magnetic element (708, 710) disposed in one of the first cavity or the second cavity.
A method for operating a data bus subscriber (7a, 7b,..., 7n) of a local bus, the method comprising: receiving a first data packet via the local bus, wherein the first data packet comprises an address of the data bus subscriber (7a, 7b,..., 7n) to which it is directed and at least one instruction list (27a, 27b, 27n) with a set of instructions for processing process data (25a, 25b, 25c); receiving a symbol of a second data packet via the local bus, the second data packet having process data (25a, 25b, 25c), the second data packet comprising a number of symbols; executing instructions of the at least one instruction list (27a, 27b, 27n) for processing the received process data (25a, 25b, 25c) symbol-by-symbol; the method characterized by: forwarding the processed symbol of the second data packet to a further data bus subscriber (7a, 7b,..., 7n) via the local bus and simultaneously receiving a further symbol of the second data packet, wherein the forwarding is delayed so long that each symbol always remains for the same duration at the data bus subscriber (7a, 7b,..., 7n). receiving a first data packet via the local bus, wherein the first data packet comprises an address of the data bus subscriber (7a, 7b,..., 7n) to which it is directed and at least one instruction list (27a, 27b, 27n) with a set of instructions for processing process data (25a, 25b, 25c); receiving a symbol of a second data packet via the local bus, the second data packet having process data (25a, 25b, 25c), the second data packet comprising a number of symbols; executing instructions of the at least one instruction list (27a, 27b, 27n) for processing the received process data (25a, 25b, 25c) symbol-by-symbol; the method characterized by: forwarding the processed symbol of the second data packet to a further data bus subscriber (7a, 7b,..., 7n) via the local bus and simultaneously receiving a further symbol of the second data packet, wherein the forwarding is delayed so long that each symbol always remains for the same duration at the data bus subscriber (7a, 7b,..., 7n).
A process for preparing Crisaborole in crystalline Form 1 having an XRPD spectrum wherein the most intense peaks, measured using Cu Kα radiation (λ = 1.54 Å), fall at 6.0, 12.1, 14.1, and 15.4 ± 0.2° in 2θ, comprising: i) the hydrolysis of Crisaborole C 1 -C 5 alkyl ester of formula wherein R 1 is a C 1 -C 5 alkyl group. i) the hydrolysis of Crisaborole C 1 -C 5 alkyl ester of formula wherein R 1 is a C 1 -C 5 alkyl group.
Method for fabrication of a timepiece component comprising the following steps: - taking a bar made from metal; - profile turning the bar to form at least one diameter portion (42, 52) comprising a substantially vertical surface (41, 51) and a substantially horizontal surface (43, 53); - burnishing the bar to increase its hardness and improve its surface state and thereby obtain a first part (47', 57') made from metal; - mounting a surface (41', 45, 51', 55) of the first part (47', 57') on a surface (18, 20) of a second part; - welding, by laser electromagnetic radiation, the surface (41', 45, 51', 55) of the first part (47', 57') mounted on the surface (18, 20) of the second part, in order to secure them to each other. characterized in that, in the burnishing step, the burnisher is moved along the substantially vertical surface (41, 51) until the burnisher also enters into contact with the substantially horizontal surface (43, 53), in order to polish the substantially horizontal surface (43, 53) when the burnisher is moved away from the substantially vertical surface (41, 51). - taking a bar made from metal; - profile turning the bar to form at least one diameter portion (42, 52) comprising a substantially vertical surface (41, 51) and a substantially horizontal surface (43, 53); - burnishing the bar to increase its hardness and improve its surface state and thereby obtain a first part (47', 57') made from metal; - mounting a surface (41', 45, 51', 55) of the first part (47', 57') on a surface (18, 20) of a second part; - welding, by laser electromagnetic radiation, the surface (41', 45, 51', 55) of the first part (47', 57') mounted on the surface (18, 20) of the second part, in order to secure them to each other.
A bone conduction device, which is a magnetic type acoustic converter device having an outer magnetic type construction in which a voice coil is mounted on an elongated-shape center magnetic pole of an elongated-shape yoke, while a pair of magnets (4,4) is disposed outside said voice coil along a longitudinal direction thereof on said yoke, and a tympanum disposed with a spacing being maintained with respect to the top of said magnets (4, 4); characterized in that a tympanum fixing part for fixing said tympanum is provided on each of the opposite shorter sides of said yoke at both longitudinal direction ends thereof, in that said tympanum is constructed of a support plate which is formed from non-magnetic material and provided with a longitudinally elongated opening, wherein said opening is formed so as to extend over the entire length of said tympanum; and, a tympanum member, which is formed from magnetic material and has its vibrations supported by said support plate, wherein said tympanum member is disposed on said opening; and in that both longitudinal direction end parts of said support plate are directly fixed to said tympanum fixing part.
A data processing method, wherein the data processing method is applied to a data processing system, the data processing system comprises a server and a storage system, the storage system comprises a controller and multiple storage devices, and the method is performed by the server and comprises: receiving a data processing request, wherein the data processing request comprises a request sequence number,; generating at least one I/O request according to the data processing request; adding the request sequence number to each of the at least one I/O request; generating an instruction; and sending the instruction to the controller of the storage system characterized in that the request sequence number is used to mark the data processing request, one data processing request corresponding to one request sequence number and the instruction is an aggregation instruction generated by merging the I/O requests having the request sequence number when a quantity of I/O requests having the request sequence number is greater than a preset threshold, wherein the aggregation instruction comprises an operation field of each merged I/O request having the request sequence number and the quantity of the merged I/O requests. receiving a data processing request, wherein the data processing request comprises a request sequence number,; generating at least one I/O request according to the data processing request; adding the request sequence number to each of the at least one I/O request; generating an instruction; and sending the instruction to the controller of the storage system characterized in that the request sequence number is used to mark the data processing request, one data processing request corresponding to one request sequence number and the instruction is an aggregation instruction generated by merging the I/O requests having the request sequence number when a quantity of I/O requests having the request sequence number is greater than a preset threshold, wherein the aggregation instruction comprises an operation field of each merged I/O request having the request sequence number and the quantity of the merged I/O requests.