mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: transmitting a Fibre Channel over Ethernet, FcoE, solicitation message to a multicast Media Access Control, MAC, address, the solicitation message including an FCoE, Enode, MAC address; receiving a solicited unicast FCoE advertisement message from each of a plurality of FCoE Forwarders, FCFs,, the FCoE advertisement message including an FCoE Forwarder, FCF,-MAC address; maintaining a plurality of FCF-MAC addresses corresponding to discovered Virtual F_Port, VF_Port, capable FCF-MACs wherein the FCF-MAC addresses are obtained from the advertisement messages received from the plurality of FCFs; performing a Fabric Login, FLOGI, process with a subset of the plurality of FCF-MAC addresses. transmitting a Fibre Channel over Ethernet, FcoE, solicitation message to a multicast Media Access Control, MAC, address, the solicitation message including an FCoE, Enode, MAC address; receiving a solicited unicast FCoE advertisement message from each of a plurality of FCoE Forwarders, FCFs,, the FCoE advertisement message including an FCoE Forwarder, FCF,-MAC address; maintaining a plurality of FCF-MAC addresses corresponding to discovered Virtual F_Port, VF_Port, capable FCF-MACs wherein the FCF-MAC addresses are obtained from the advertisement messages received from the plurality of FCFs; performing a Fabric Login, FLOGI, process with a subset of the plurality of FCF-MAC addresses.
A control system comprising: a housing; a bore formed within said housing; a shaft positioned in said bore; and a member connected to an end of said shaft for use in determining the shaft position, characterized in that the member is an inductor and that the control system further comprises a induction sensor operably configured with said inductor and having at least one set of pickup coils that in turn causes a secondary high frequency electromagnetic field to be induced between the inductor and the pickup coils. a housing; a bore formed within said housing; a shaft positioned in said bore; and a member connected to an end of said shaft for use in determining the shaft position, characterized in that the member is an inductor and that the control system further comprises a induction sensor operably configured with said inductor and having at least one set of pickup coils that in turn causes a secondary high frequency electromagnetic field to be induced between the inductor and the pickup coils.
Device for forming a packaging box (2, 74) from at least one storage magazine of a stack (4, 68, 69) of cutouts made of corrugated cardboard, comprising means for advancing the stack progressively as it is unstacked and means for unstacking the cutouts by suction, the stack of cutouts being vertical, the means for advancing the stack include a plate for elevating the stack vertically up to a plane for taking the top cutout, characterised in that the device includes means for X, Y, Z indexing of the position (p i) of the top cutout in the magazine, said indexing means including means for telemetric measurement of the position (p i) of the top cutout, and means for calculating the x, y, z trajectory, including a vertical component, of said unstacking means as a function of said position (p i) arranged to order the displacement of said unstacking means between a position of capture of the cutout and a position of positioning on a determined workstation also X, Y, Z, indexed, said calculation means being arranged to calculate the trajectory for the following cutout position (p i+1) and so on.
Lighting apparatus for lighting the interior of a motor vehicle, having an elongate housing by means of which a band-like support having a multiplicity of illuminants is held, the housing being in the form of a reflector element, characterized in that the housing is in G-like form in cross section, in such a way that a reflector chamber and a light exit chamber are formed, wherein beams of light deliverable or delivered by the illuminants are diffusely reflectable or reflected multiple times in the reflector chamber before they reach a light exit opening in the light exit chamber and can exit the housing at that point via the light exit opening.
A program guide generation system to generate a program guide for rendering by a rendering device, the system comprising a plurality of operationally connected modules including: a receive module to receive a list including a plurality of program items; a video sequence preparation module to prepare a video sequence such that: the video sequence includes a plurality of video frames; each of the video frames includes at least one of the program items, wherein the program item is fully or partially included within the video frame; playing the video sequence in a forward direction by the rendering device generates the video output showing scrolling of the program items in a first direction; and playing the video sequence in a reverse direction by the rendering device generates the video output showing scrolling of the program items in a second direction; and a metadata generator to generate metadata for use in navigation of the program guide, wherein the metadata indicates the video frames where a whole one of the program items is at the top of the program items. a receive module to receive a list including a plurality of program items; a video sequence preparation module to prepare a video sequence such that: the video sequence includes a plurality of video frames; each of the video frames includes at least one of the program items, wherein the program item is fully or partially included within the video frame; playing the video sequence in a forward direction by the rendering device generates the video output showing scrolling of the program items in a first direction; and playing the video sequence in a reverse direction by the rendering device generates the video output showing scrolling of the program items in a second direction; and the video sequence includes a plurality of video frames; each of the video frames includes at least one of the program items, wherein the program item is fully or partially included within the video frame; playing the video sequence in a forward direction by the rendering device generates the video output showing scrolling of the program items in a first direction; and playing the video sequence in a reverse direction by the rendering device generates the video output showing scrolling of the program items in a second direction; and a metadata generator to generate metadata for use in navigation of the program guide, wherein the metadata indicates the video frames where a whole one of the program items is at the top of the program items.
A wellbore hydraulic line rectification device arranged to rectify a hydraulic line in-situ, wherein the wellbore rectification device is characterized in that it comprises; - a rectification line feeder, - a longitudinal first rectification line, wherein the rectification line feeder is arranged to provide a push force and feed the first rectification line longitudinally into the hydraulic line, - wherein a cross section of the first rectification line has at least three protrusions (21a, 21b, 21c) arranged to slide along an inner surface of the hydraulic line. - a rectification line feeder, - a longitudinal first rectification line, wherein the rectification line feeder is arranged to provide a push force and feed the first rectification line longitudinally into the hydraulic line, - wherein a cross section of the first rectification line has at least three protrusions (21a, 21b, 21c) arranged to slide along an inner surface of the hydraulic line.
A facility for managing a stream of articles, in particular in a line for manufacturing flat articles, such as panels, plates, mattresses, said articles having at least one flank, said facility comprising a conveyor assembly ((21, 211, 212), (22, 221, 23) comprising at least one inlet conveyor (21, 211, 212) and at least one outlet conveyor (22, 221, 23), a through temporary storage space for the articles with an inlet side and an outlet side, the temporary storage space having a plurality of vertical storage locations adapted to vertically receive the articles, and being so arranged that the inlet side faces the inlet conveyor (21, 211, 212) and the outlet side faces the outlet conveyor (22, 221, 23), said facility also comprising handling means (31, 32) adapted to place an article on, or remove an article from, the conveying assembly (21, 211, 212), (22, 221, 23) and the temporary storage space, the handling means (31 and 32) being arranged on either side of the temporary storage space, so as to enable the temporary storage of the articles from the inlet conveyor (21, 211, 212) through the inlet side and then the destocking thereof to the outlet conveyor (22, 221, 23) through the outlet side, characterized in that the handling means (31, 32) comprise at least one inlet handling arm positioned between the inlet conveyor (21, 211, 212) and the temporary storage space and adapted to remove at least one article from the inlet conveyor (21, 211, 212) and place it in the temporary storage space by pivoting this article between its position on the inlet conveyors (21, 211, 212) and its position in the temporary storage space, and at least one outlet handling arm positioned between the temporary storage space and the outlet conveyor (22, 221,23) and adapted to remove at least one article from the temporary storage space, and place it on the outlet conveyor (22, 221, 23), by pivoting this article between its position in the temporary storage space and its position on the outlet conveyor (22, 221, 23), and in that said handling arms (31, 32) are robots equipped with article gripping means adapted to rotate the articles so as to place them vertically in the temporary storage space, said gripping means being adapted to grip the articles on said flank.
A sealable venting member provided inside an external tire pressure sensing device, the venting member is of an integral part and comprises a supporting platform for tightly contacting with a sensor, characterized by a communication portion located at one side of the supporting platform and used to lift off a gas outlet valve of a gas nozzle, and a communicating hole for interconnecting the gas nozzle and a sensing portion of the sensor located on the top portion of the supporting platform.
Method for displaying images from a camera system of a vehicle, • wherein obstacles from the surrounding area of the vehicle, which are detected using the camera system, are displayed as virtual three-dimensional objects on a display apparatus in a virtual three-dimensional space, and • wherein it is determined on the basis of a selection criterion whether the virtual three-dimensional objects and/or the virtual three-dimensional space ∘ have textures which are generated by the camera system placed on them, or ∘ have at least one predefined texture placed on them, wherein the selection criterion comprises activation of a parking assistance system, wherein a change of the display takes place automatically, wherein a display with only predefined textures is used during an active parking assistance system. • wherein obstacles from the surrounding area of the vehicle, which are detected using the camera system, are displayed as virtual three-dimensional objects on a display apparatus in a virtual three-dimensional space, and • wherein it is determined on the basis of a selection criterion whether the virtual three-dimensional objects and/or the virtual three-dimensional space ∘ have textures which are generated by the camera system placed on them, or ∘ have at least one predefined texture placed on them,
A method for screening a compound or compounds capable of modulation of an activity of a gene product, the method comprising the steps of: (a) preparing a repertoire of genetic elements encoding one or more gene products; (b) compartmentalising the genetic elements into microcapsules by forming the microcapsules in a microfluidic device comprising a microfluidic channel, wherein the microcapsules comprise one or more of the genetic elements encoding one or more of the gene products and components for expressing the one or more gene products; (c) exposing the microcapsules to conditions such that the encapsulated genetic elements express their one or more gene products; (d) merging in a microfluidic channel the microcapsules comprising the expressed gene products with one or more encapsulated compounds in the presence of an electric field to form one or more merged microcapsules within an immiscible fluid, wherein the merged microcapsules comprise the one or more gene products and the one or more compounds; and (e) monitoring for modulation of the activity of the gene product. (a) preparing a repertoire of genetic elements encoding one or more gene products; (b) compartmentalising the genetic elements into microcapsules by forming the microcapsules in a microfluidic device comprising a microfluidic channel, wherein the microcapsules comprise one or more of the genetic elements encoding one or more of the gene products and components for expressing the one or more gene products; (c) exposing the microcapsules to conditions such that the encapsulated genetic elements express their one or more gene products; (d) merging in a microfluidic channel the microcapsules comprising the expressed gene products with one or more encapsulated compounds in the presence of an electric field to form one or more merged microcapsules within an immiscible fluid, wherein the merged microcapsules comprise the one or more gene products and the one or more compounds; and (e) monitoring for modulation of the activity of the gene product.
A method for reducing interference to transmissions, occurring due to other transmissions sent from/to neighboring satellites using same frequencies and/or interference that occur due to other communications transmitted along different satellite's beams using the same frequencies, wherein said method is characterized by a step of replacing at least one full dummy frame that should be transmitted in a TDM continuous satellite forward channel, by dummy frame's header such that a gap is formed when said full dummy frame, which includes a dummy frame's header and a respective payload, is replaced by said dummy frame's header.
Laboratory sample distribution system, comprising: - a number of container carriers, said container carriers each comprising at least one magnetically active device, preferably at least one permanent magnet (2, 6, 7), and being adapted to carry a sample container containing a sample, - a transport plane being adapted to carry said multiple container carriers, - a number of electro-magnetic actuators (5, 5') being stationary arranged below said transport plane in rows and columns, said electro-magnetic actuators being adapted to move a container carrier on top of said transport plane by applying a magnetic force to said container carrier, and said electro-magnetic actuators being configured to be independently activated, to independently and simultaneously move a plurality of different container carriers along different paths, and - at least one transfer device being arranged to transfer a Sample-Item, said Sample-Item being a container carrier, a sample container, part of the sample and/or the complete sample, between said transport plane and a laboratory station, preferably a pre-analytical, an analytical and/or a post-analytical station, - wherein said at least one transfer device is adapted to transfer said Sample-Item along only two axes. - a number of container carriers, said container carriers each comprising at least one magnetically active device, preferably at least one permanent magnet (2, 6, 7), and being adapted to carry a sample container containing a sample, - a transport plane being adapted to carry said multiple container carriers, - a number of electro-magnetic actuators (5, 5') being stationary arranged below said transport plane in rows and columns, said electro-magnetic actuators being adapted to move a container carrier on top of said transport plane by applying a magnetic force to said container carrier, and said electro-magnetic actuators being configured to be independently activated, to independently and simultaneously move a plurality of different container carriers along different paths, and - at least one transfer device being arranged to transfer a Sample-Item, said Sample-Item being a container carrier, a sample container, part of the sample and/or the complete sample, between said transport plane and a laboratory station, preferably a pre-analytical, an analytical and/or a post-analytical station, - wherein said at least one transfer device is adapted to transfer said Sample-Item along only two axes.
Gripper comprising a first receiving plate for receiving a first product portion and a second receiving plate for receiving a second product portion, where said receiving plates (6, 7) are movable relative to one another, and a first movable stop which is movable relative to said first receiving plate, and a second movable stop which is movable relative to said second receiving plate, wherein that said first stop and said second stop are movable relative to one another so as to move said product portions (5a, 5b) toward one another when said gripper is closed such that said product portions (5a, 5b) then overlap one another, and wherein a first receiving plane of said first receiving plate is higher orthogonally to the direction of motion of said receiving plates (6, 7) than a second receiving plane of said second receiving plate.
Method for sending a broadcast message in a mobile telecommunications network to a mobile terminal within a local radio coverage area of the mobile telecommunications network, wherein the radio coverage area has a radio access network entity for broadcasting the broadcast message, wherein in a first step and prior to sending the broadcast message, a subarea of the radio coverage area is defined, wherein the broadcast message comprises a geographical validity information dependent on the definition of the subarea of the radio coverage area, and wherein in a second step after transmitting the broadcast message, a validation of the broadcast message is performed by the mobile terminal dependent on the geographical validity information and dependent on a location information related to the geographical location of the mobile terminal, wherein the validation of the broadcast message is performed by the mobile terminal by processing the geographical validity information and wherein the content of the broadcast message is decoded solely in case that a result of the validation of the geographical validity information relative to the geographical location of the mobile terminal is positive, characterized in that the geographical validity information of the broadcast message comprises a reference information for pointing to the corresponding message content (401, 402) of the broadcast message.
The use of a quaternary ammonium compound as an additive in a gasoline composition to reduce particulate emissions from a direct injection spark ignition engine; wherein the quaternary ammonium compound is the reaction product of a nitrogen-containing species having at least one tertiary amine group and a quaternising agent wherein the nitrogen-containing species having at least one tertiary amine group may be selected from: (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group; (ii) a Mannich reaction product comprising a tertiary amine group; (iii) a polyalkylene substituted amine having at least one tertiary amine group; (iv) a tertiary amine of formula R 1 R 2 R 3 N, wherein each of R 1, R 2 and R 3 is independently an alkyl group or a hydroxyalkyl group; and (v) a cyclic tertiary amine. (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group; (ii) a Mannich reaction product comprising a tertiary amine group; (iii) a polyalkylene substituted amine having at least one tertiary amine group; (iv) a tertiary amine of formula R 1 R 2 R 3 N, wherein each of R 1, R 2 and R 3 is independently an alkyl group or a hydroxyalkyl group; and (v) a cyclic tertiary amine.
An automatic darkening filter, comprising: an helmet; a switchable filter mounted in the ADF helmet that changes from a light state to a dark state in response to a control signal; a switchable filter control unit that generates and sends the control signal to the switchable filter in response to information indicative of presence of incident light; and characterised in that the filter further comprises a power management control unit that senses movement of the ADF and that controls power to the ADF based on the sensed movement. an helmet; a switchable filter mounted in the ADF helmet that changes from a light state to a dark state in response to a control signal; a switchable filter control unit that generates and sends the control signal to the switchable filter in response to information indicative of presence of incident light; and characterised in that the filter further comprises a power management control unit that senses movement of the ADF and that controls power to the ADF based on the sensed movement.
A method of curing an uncured composite structure that includes a structural layer, which includes an uncured structural resin with a structural resin viscosity, a structural resin gel point temperature, and a structural resin gel time, and a surface layer, which includes an uncured surface resin with a surface resin viscosity that is greater than the structural resin viscosity, a surface resin gel point temperature that is less than the structural resin gel point temperature, and a surface resin gel time that is less than the structural resin gel time, the method comprising: initially heating, for an initial heating time, the uncured composite structure to an initial temperature to generate a partially cured composite structure, wherein the initially heating is sufficient to gel the uncured surface resin but insufficient to gel the uncured structural resin; and subsequently heating, for a subsequent heating time, the partially cured composite structure to a final cure temperature, which is greater than the initial temperature, to generate a cured composite structure, wherein a combination of the initially heating and the subsequently heating is sufficient to fully cure both the uncured surface resin and the uncured structural resin. initially heating, for an initial heating time, the uncured composite structure to an initial temperature to generate a partially cured composite structure, wherein the initially heating is sufficient to gel the uncured surface resin but insufficient to gel the uncured structural resin; and subsequently heating, for a subsequent heating time, the partially cured composite structure to a final cure temperature, which is greater than the initial temperature, to generate a cured composite structure, wherein a combination of the initially heating and the subsequently heating is sufficient to fully cure both the uncured surface resin and the uncured structural resin.