mhurhangee/patent-ind-claim-en huggingface dataset:
A Reaction Wheel Assembly (RWA) system , comprising: a multi-faceted bracket structure having a centerline , RWA-support faces angularly spaced about the centerline, and a vehicle mount interface substantially orthogonal to the centerline; and a plurality of RWAs containing a plurality of rotors and mounted to the RWA-support faces of the multi-faceted bracket structure; characterized in that: the multi-faceted bracket structure is assembled from multiple interchangeable panels , each defining one of the RWA-support faces and a portion of the vehicle mount interface; the multiple interchangeable panels comprise mount brackets formed in the RWA-support faces, the plurality of rotors mounted to the mount brackets for rotation about a plurality of spin axes ; and the multiple interchangeable panels further comprise mating interconnect features , which align when the multi-faceted bracket structure is assembled to position the multiple interchangeable panels and the plurality of spin axes in a predetermined spatial relationship. a multi-faceted bracket structure having a centerline , RWA-support faces angularly spaced about the centerline, and a vehicle mount interface substantially orthogonal to the centerline; and a plurality of RWAs containing a plurality of rotors and mounted to the RWA-support faces of the multi-faceted bracket structure; characterized in that: the multi-faceted bracket structure is assembled from multiple interchangeable panels , each defining one of the RWA-support faces and a portion of the vehicle mount interface; the multiple interchangeable panels comprise mount brackets formed in the RWA-support faces, the plurality of rotors mounted to the mount brackets for rotation about a plurality of spin axes ; and the multiple interchangeable panels further comprise mating interconnect features , which align when the multi-faceted bracket structure is assembled to position the multiple interchangeable panels and the plurality of spin axes in a predetermined spatial relationship. the multi-faceted bracket structure is assembled from multiple interchangeable panels , each defining one of the RWA-support faces and a portion of the vehicle mount interface; the multiple interchangeable panels comprise mount brackets formed in the RWA-support faces, the plurality of rotors mounted to the mount brackets for rotation about a plurality of spin axes ; and the multiple interchangeable panels further comprise mating interconnect features , which align when the multi-faceted bracket structure is assembled to position the multiple interchangeable panels and the plurality of spin axes in a predetermined spatial relationship.
A cultivated broccoli plant having, at harvestable stage, a head characterized in that said head is protruding, said head further comprising a primary stem on which are branched secondary stems with florets at their top, characterized in that the florets are comprised within a plane substantially parallel to the ground when the head stands in an upward position and wherein the variation in range of measured differences in distance to the base of all the florets growing on said plant from ground level is no more than 5cm, wherein the genetic information which is responsible for such a multifloret trait is obtainable from broccoli plant designated BR51512, representative seed of which is designated under accession number CGMCC 4245 or from a progeny of that plant comprising the trait and wherein said cultivated broccoli plant is obtainable by crossing the broccoli plant designated BR51512 with another broccoli plant.
An inspection device for the quality control of rod-shaped smoking articles, comprising: - at least one transfer drum having a succession of peripheral retaining portions , each peripheral retaining portion having at least one retaining groove aligned with the axis of rotation (X) of the transfer drum and configured to receive a respective smoking article (A) to be inspected; - at least one inspection assembly rotatable about the axis of rotation (X) of the transfer drum and provided with a succession of electric or electromagnetic detectors disposed in such a way that each detector is aligned or alignable with a smoking article (A) held in a corresponding retaining groove , each detector having a cavity configured to insertably receive an end portion (T) of the respective smoking article (A) to be inspected and being equipped with a sensor adapted to non-destructively detect defects, extraneous bodies, hollows or other imperfections or flaws in the filling of the smoking article (A), wherein the inspection device also comprises movement means configured to move each peripheral retaining portion and the corresponding detector reciprocatingly towards and away from each other during the rotation of the transfer drum . - at least one transfer drum having a succession of peripheral retaining portions , each peripheral retaining portion having at least one retaining groove aligned with the axis of rotation (X) of the transfer drum and configured to receive a respective smoking article (A) to be inspected; - at least one inspection assembly rotatable about the axis of rotation (X) of the transfer drum and provided with a succession of electric or electromagnetic detectors disposed in such a way that each detector is aligned or alignable with a smoking article (A) held in a corresponding retaining groove , each detector having a cavity configured to insertably receive an end portion (T) of the respective smoking article (A) to be inspected and being equipped with a sensor adapted to non-destructively detect defects, extraneous bodies, hollows or other imperfections or flaws in the filling of the smoking article (A), wherein the inspection device also comprises movement means configured to move each peripheral retaining portion and the corresponding detector reciprocatingly towards and away from each other during the rotation of the transfer drum .
An electronic device (ED) comprising: a first electronic panel; and a second electronic panel electrically connected to the first electronic panel, the first electronic panel comprising: a base layer (IS-B, BL); a signal line (SL) disposed on the base layer (IS-B) and including a line portion (LP) and an end portion (PP); and an insulating layer (IS-IL) disposed on the base layer (IS-B, BL) and including an open edge (OE) that contacts the line portion (LP) and defines an open area (OA), the open area (OA) exposing an edge (IS-BE) of the base layer (IS-B, BL), a portion (IS-BA) of the base layer (IS-B, BL) extending from the edge (IS-BE) of the base layer (IS-B, BL), and the end portion (PP) of the signal line (SL) when viewed in a plan view, characterised in that , an area of the line portion (LP) that the open edge (OE) contacts has a smaller line width than the end portion (PP), and wherein a first width (W1) of the open area (OA) that overlaps with the line portion (LP) is greater than a second width (W2) of the open area (OA) that does not overlap with the line portion (LP). a first electronic panel; and a second electronic panel electrically connected to the first electronic panel, the first electronic panel comprising: a base layer (IS-B, BL); a signal line (SL) disposed on the base layer (IS-B) and including a line portion (LP) and an end portion (PP); and an insulating layer (IS-IL) disposed on the base layer (IS-B, BL) and including an open edge (OE) that contacts the line portion (LP) and defines an open area (OA), the open area (OA) exposing an edge (IS-BE) of the base layer (IS-B, BL), a portion (IS-BA) of the base layer (IS-B, BL) extending from the edge (IS-BE) of the base layer (IS-B, BL), and the end portion (PP) of the signal line (SL) when viewed in a plan view, a base layer (IS-B, BL); a signal line (SL) disposed on the base layer (IS-B) and including a line portion (LP) and an end portion (PP); and an insulating layer (IS-IL) disposed on the base layer (IS-B, BL) and including an open edge (OE) that contacts the line portion (LP) and defines an open area (OA), the open area (OA) exposing an edge (IS-BE) of the base layer (IS-B, BL), a portion (IS-BA) of the base layer (IS-B, BL) extending from the edge (IS-BE) of the base layer (IS-B, BL), and the end portion (PP) of the signal line (SL) when viewed in a plan view, characterised in that , an area of the line portion (LP) that the open edge (OE) contacts has a smaller line width than the end portion (PP), and wherein a first width (W1) of the open area (OA) that overlaps with the line portion (LP) is greater than a second width (W2) of the open area (OA) that does not overlap with the line portion (LP).
A method for generating output data based on a computational graph, the method performed by a representational state transfer, REST, server of a REST based distributed IoT network, the method comprising: the REST server storing (s902) information related to the computational graph, the computational graph defining a set of operations, wherein the set of operations comprises a first subset of one or more operations and a second subset of one or more operations, and further wherein the information related to the computational graph comprises information representing the first subset of operations; the REST server receiving (s904) input data ; the REST server performing (s906) the first subset of operations using the received input data, thereby producing first output data corresponding to the first subset of operations; and the REST server exposing (s908) the first output data as a discoverable resource by generating a link and storing the link in a resource directory, so that the first output data is discoverable using RESTful operations by other devices. the REST server storing (s902) information related to the computational graph, the computational graph defining a set of operations, wherein the set of operations comprises a first subset of one or more operations and a second subset of one or more operations, and further wherein the information related to the computational graph comprises information representing the first subset of operations; the REST server receiving (s904) input data ; the REST server performing (s906) the first subset of operations using the received input data, thereby producing first output data corresponding to the first subset of operations; and
A device provided for establishing a temporary connection of two successive rails of a track containing an emergency fish-plate connector which is composed of a respective fish-plate arranged on each side of the corresponding rail and a clamping device pressing said fish-plates to the rail , characterized by the following features: a) the device contains a safeguarding system which is fastened to a rail base of the rail and has a distance measuring device for supplying a measuring value registering a distance a between the emergency fish-plate connector and the safeguarding system , b) for transmission of the detected measuring values and of an identifying signal - enabling a locally unambiguous correlation of the emergency fish-plate connector with regard to the track - to a control station, the safeguarding system is equipped with a radio device . a) the device contains a safeguarding system which is fastened to a rail base of the rail and has a distance measuring device for supplying a measuring value registering a distance a between the emergency fish-plate connector and the safeguarding system , b) for transmission of the detected measuring values and of an identifying signal - enabling a locally unambiguous correlation of the emergency fish-plate connector with regard to the track - to a control station, the safeguarding system is equipped with a radio device .
A method comprising: Receiving , at a device at a first location within an environment, at least two potential locations of the device that are within the environment, wherein the receiving at least two potential locations occurs in response to providing for transmission of a location request from the device , wherein the location request comprises a wireless fingerprint corresponding to the first location; providing for display of a graphical representation of the environment including a visual indicator for each of the potential locations within the graphical representation of the environment; receiving an indication that one of the at least two potential locations corresponds to the first location; and providing, to a server to which the location request comprising the wireless fingerprint corresponding to the first location was transmitted, a selection that correlates the potential location indicated to correspond to the first location with the fingerprint. Receiving , at a device at a first location within an environment, at least two potential locations of the device that are within the environment, wherein the receiving at least two potential locations occurs in response to providing for transmission of a location request from the device , wherein the location request comprises a wireless fingerprint corresponding to the first location; providing for display of a graphical representation of the environment including a visual indicator for each of the potential locations within the graphical representation of the environment; receiving an indication that one of the at least two potential locations corresponds to the first location; and providing, to a server to which the location request comprising the wireless fingerprint corresponding to the first location was transmitted, a selection that correlates the potential location indicated to correspond to the first location with the fingerprint.
A polymeric article comprising: an elastomeric layer comprising cured synthetic polyisoprene particles that comprise: a Ziegler-Natta catalyzed polyisoprene material cross-linked with sulfur; wherein the synthetic polyisoprene particles are pre-vulcanized, and the elastomeric layer comprises a post-vulcanized structure having a molecular weight between crosslinks (M c ) of less than 11,000 g/mol. an elastomeric layer comprising cured synthetic polyisoprene particles that comprise: a Ziegler-Natta catalyzed polyisoprene material cross-linked with sulfur; wherein the synthetic polyisoprene particles are pre-vulcanized, and the elastomeric layer comprises a post-vulcanized structure having a molecular weight between crosslinks (M c ) of less than 11,000 g/mol.
Vitamin B12 for use in the treatment of a condition in a subject, wherein the vitamin B12 is administered sublingually, and wherein the vitamin B12 is dispersed in a hydrophobic continuous phase.
A hydrogen storage device comprising a heater/cooler module and a pressure containment vessel defining an interior volume and having within it: - a thermally conducting network having a face in thermal contact with the heater /cooler module ; and - a hydrogen storage material in thermal contact with the thermally conducting network ; characterised by : the shape of the thermally conducting network being a fractal geometry in two or three dimensions. - a thermally conducting network having a face in thermal contact with the heater /cooler module ; and - a hydrogen storage material in thermal contact with the thermally conducting network ;
The use of an alkoxylated polyethylenimine, having alkylene oxide segments attached to the nitrogen atoms of the polyethylenimine, wherein the alkylene oxide segments are comprised of ethylene oxide segment and C 3 -C 6 -alkylene oxide segments, wherein the molar ratio of ethylene oxide segment to the remaining alkylene oxide segment is in the range of 1:10 to 6:1; wherein the amount of alkylene oxide segments is on average in the range of from 1 to 120 alkylene oxide segments per nitrogen atom, for example in the range of from 1 to 100 alkylene oxide segments per nitrogen atom, preferably 1 to 80 alkylene oxide segments per nitrogen atom, more preferably 1 to 70 alkylene oxide segments per nitrogen atom, most preferably 1 to 60 alkylene oxide segments per nitrogen atom, such as 1 to 55 alkylene oxide segments per nitrogen atom, and wherein the weight average molecular weight (M w ) of the alkoxylated polyethylenimine is from 1,000 to 1,000,000 g/mole, preferably in the range of 5,000 to 500,000, more preferably in the range of 10,000 to 50,000, most preferably in the range of 30,000 to 50,000 g/mol, in a textile finishing process. wherein the alkylene oxide segments are comprised of ethylene oxide segment and C 3 -C 6 -alkylene oxide segments, wherein the molar ratio of ethylene oxide segment to the remaining alkylene oxide segment is in the range of 1:10 to 6:1; wherein the amount of alkylene oxide segments is on average in the range of from 1 to 120 alkylene oxide segments per nitrogen atom, for example in the range of from 1 to 100 alkylene oxide segments per nitrogen atom, preferably 1 to 80 alkylene oxide segments per nitrogen atom, more preferably 1 to 70 alkylene oxide segments per nitrogen atom, most preferably 1 to 60 alkylene oxide segments per nitrogen atom, such as 1 to 55 alkylene oxide segments per nitrogen atom, and wherein the weight average molecular weight (M w ) of the alkoxylated polyethylenimine is from 1,000 to 1,000,000 g/mole, preferably in the range of 5,000 to 500,000, more preferably in the range of 10,000 to 50,000, most preferably in the range of 30,000 to 50,000 g/mol, in a textile finishing process.
A process for preparing esters comprising: a) combining an aldehyde having the formula R 1 CHO with an alcohol having the formula R 2 OH to form a first mixture; b) heating the first mixture in the presence of an iron catalyst represented by the structure: to form an ester having the formula R 1 COOR 2 and H 2 ; wherein R 1 is a C 4 to C 8 aliphatic, alicyclic or aromatic group and wherein R 2 is a C 1 to C 4 group. a) combining an aldehyde having the formula R 1 CHO with an alcohol having the formula R 2 OH to form a first mixture; b) heating the first mixture in the presence of an iron catalyst represented by the structure: to form an ester having the formula R 1 COOR 2 and H 2 ;
A user equipment, UE , for communication comprising: means for storing a plurality of modulation and coding scheme, MCS, tables for sidelink communication in a memory, wherein the plurality of MCS tables for sidelink communication comprises a first MCS table that supports up to a first modulation order and a second MCS table that supports up to a second modulation order that is different from the first modulation order; means for selecting an MCS table from the plurality of MCS tables; characterised by : means for sending an indication of the selected MCS table to an apparatus via a sidelink communication; and means for communicating with the apparatus , wherein the communication uses the selected MCS table and wherein the communication is via a peer-to-peer data channel, via a sidelink data channel, via a vehicle-to-anything data channel or any combination thereof. means for storing a plurality of modulation and coding scheme, MCS, tables for sidelink communication in a memory, wherein the plurality of MCS tables for sidelink communication comprises a first MCS table that supports up to a first modulation order and a second MCS table that supports up to a second modulation order that is different from the first modulation order; means for selecting an MCS table from the plurality of MCS tables; characterised by : means for sending an indication of the selected MCS table to an apparatus via a sidelink communication; and means for communicating with the apparatus , wherein the communication uses the selected MCS table and wherein the communication is via a peer-to-peer data channel, via a sidelink data channel, via a vehicle-to-anything data channel or any combination thereof.
An optical termination enclosure , the optical termination enclosure including a cable insert assembly for sealing a cable in the optical termination enclosure , a cover , a base , and a sealant material, namely a perimeter seal , the sealant material providing an environmental seal between the cover and the base when the optical termination enclosure is in a closed configuration, the cable insert assembly comprising: first insert members and second insert members , the first insert members being located in the cover and the second insert members being located in the base ; at least one half-circle segment formed in each one of the first and second insert members , the cover being mounted on the base such that the at least one half-circle segment of the first insert members is fitted with the at least one half-circle segment of the second insert members to form a cable insertion opening ; and a plurality of slits defined in each one of the at least one half-circle segment of the first and second insert members to form a plurality of fingers ; the plurality of fingers being adapted to retain the sealant material inside of the optical termination enclosure , the plurality of fingers configured to be oriented in a first, single plane orientation and to flex to extend in a second orientation as the cable is inserted in the cable insertion opening to form a seal around the cable; when in the second orientation, the plurality of fingers are flexed at an angle relative to the first orientation. first insert members and second insert members , the first insert members being located in the cover and the second insert members being located in the base ; at least one half-circle segment formed in each one of the first and second insert members , the cover being mounted on the base such that the at least one half-circle segment of the first insert members is fitted with the at least one half-circle segment of the second insert members to form a cable insertion opening ; and a plurality of slits defined in each one of the at least one half-circle segment of the first and second insert members to form a plurality of fingers ; the plurality of fingers being adapted to retain the sealant material inside of the optical termination enclosure , the plurality of fingers configured to be oriented in a first, single plane orientation and to flex to extend in a second orientation as the cable is inserted in the cable insertion opening to form a seal around the cable; when in the second orientation, the plurality of fingers are flexed at an angle relative to the first orientation.
Rechargeable battery system for a vehicle , the system comprising at least two battery subsystems each provided with two connection terminals, control means (50, 41-49 ), at least one charging interface capable of operating at a first charging voltage, at least one consumer interface capable of operating at a first determined supply voltage, and a regulation device thermal of the at least two battery subsystems , the control means (50, 41-49) being able to connect in parallel the terminals of said at least two battery subsystems to the charging interface during recharging of the battery system and at the consumer interface , characterized in that the control means are further capable of connecting in series the terminals of said at least two sub -battery systems at the charging interface when charging of the battery system via the charging interface is controlled at a determined second charging voltage and at the consumer interface to provide a second determined supply voltage, the consumer interface being a voltage converter supplying the thermal regulation device.