mhurhangee/ep-ind-claims huggingface dataset:
A method for protecting and restoring connection of multicast service in an automatic switched optical network, the method comprises, splitting the connection of a point-to-multipoint multicast service into a plurality of new point-to-point connections between the sender and multiple receivers according to a frame structure of the automatic switched optical network; implementing protection and restoration operation of the connection of multicast service in the automatic switched optical network according to said point-to-point connection, characterized in that implementing protection operation of the connection of multicast service in the automatic switched optical network comprises, detecting a request for setting up redundancy protection for multicast service sent by a user by the connection controller in the portal of the network boundary; querying a sender, all receivers and connection route of current multicast service according to the request for setting up redundancy protection for multicast service by the connection controller, creating a route query request for setting up a new multicast connection according to the queried result of the sender, all receivers and connection route of the current multicast service and a restoration policy, and sending the route query request for setting up the new multicast connection to the routing controller, wherein service type of the route query request for setting up the new multicast connection is identified as multicast; attaining a routing result by querying a routing database according to the route query request for setting up the new multicast connection by the routing controller and sending the routing result back to the connection controller in the portal of the network boundary, and respectively setting up the point-to-point connections between the sender and each of the receivers according to the queried routing result by the connection controller in the portal of the network boundary, wherein the point-to-point connections distinguish from an ordinary point-to-point connection by adding multicast property.
A folding box consisting of a one-piece main body which is flat in the basic state and which, in a folded state, defines an inner pocket for receiving removable, light-sensitive wipes, comprising at least five panels (1, 2, 3, 4, 5) which are laterally separated from one another by longitudinal fold lines (10, 11, 12, 13), the first, third and fifth panels (1, 3, 5) having substantially the same width, and the second and fourth panels (2, 4) having substantially the same width, and upper and lower tabs (16, 17) being articulated on upper and lower horizontal fold lines (18, 19), respectively, on the first to fourth panels (1, 2, 3, 4), such that the upper and lower tabs (16, 17) can form upper and lower walls, respectively, a tear line leading from the first panel to the third panel via the second panel and adjoining a central horizontal fold line in the fourth panel in order to provide a tearable hinged lid, the at least five panels (1, 2, 3, 4, 5) being at least seven panels (1, 2, 3, 4, 5, 6, 7), the sixth panel having substantially the width of the second panel, and the seventh panel having substantially the same width as or a smaller width than the fifth panel, such that the panels (1, 2, 3, 4, 5, 6, 7) can be folded into the folded state spirally along the longitudinal fold lines (10, 11, 12, 13, 14, 15) separating them to form the folding box, such that panels five, six and seven (5, 6, 7) are each folded inwards at right angles over the respective longitudinal fold lines (13, 14, 15) in such a way that they rest against the inner faces of the outer walls formed by panels three, two and one (3, 2, 1), thus producing a spirally folded folding box, the fifth and seventh panels (5, 7) comprising guiding elements (28, 29) that protrude longitudinally over the sixth panel for guiding and locking the hinged lid when opening and closing, and the guide elements (28, 29) each being divided by tear lines (30, 31) into a part (28a; 29a) which is not detachable from the fifth and seventh panels (5; 7), respectively, and a detachable part (28b; 29b) that is complementary thereto, for securing in the hinged cover and for guiding and locking with the non-detachable part (28a; 29a), characterized in that the tear lines (30, 31) in the fifth and seventh panels (5, 7), in the folded state, protrude below the tear line in the first and third panels (1; 3), respectively, for light protection by means of the detachable parts (28b, 29b) when the hinged lid is open.
A system for navigation in a cargo port environment comprising • a GNSS system configured to provide GNSS location information related to a cargo port operation vehicle; and • an inertial navigation system operatively interconnected with the GNSS system, the inertial system configured to provide inertial location information related to the vehicle; • an image capture device configured to obtain one or more images of a fixed field of view; characterized in that the system further comprising • a vision system configured to determine vision system location information using the captured one or more images wherein the vision system information comprises real-world scale information determined based on a predefined size of a container known to the vision system; and • a Kalman filter configured to determine a location of the vehicle using as sources of location information the GNSS location information, the inertial location information and the vision system location information, wherein the Kalman filter varies a relative weighting of the sources of location information for obtaining an improved location of the vehicle, in particular wherein the Kalman filter increases a weighting of the vision system location information when the vehicle encounters a multipath environment. • a GNSS system configured to provide GNSS location information related to a cargo port operation vehicle; and • an inertial navigation system operatively interconnected with the GNSS system, the inertial system configured to provide inertial location information related to the vehicle; • an image capture device configured to obtain one or more images of a fixed field of view; • a vision system configured to determine vision system location information using the captured one or more images wherein the vision system information comprises real-world scale information determined based on a predefined size of a container known to the vision system; and • a Kalman filter configured to determine a location of the vehicle using as sources of location information the GNSS location information, the inertial location information and the vision system location information, wherein the Kalman filter varies a relative weighting of the sources of location information for obtaining an improved location of the vehicle,
A multi-depth-of-field light-sensing device, comprising at least two light-sensing pixel layers capable of inducing a light source, wherein the at least two light-sensing pixel layers are arranged one on top of the other at an interval of a preset distance, so that different light signals from a lens at a specific distance from the light-sensing device are focused to the different light-sensing pixel layers, wherein the different light signals comprise light signals at different distances, or light signals with different wavelengths, characterized in that the at least two light-sensing pixel layers comprise at least one of a chemical coating light-sensing pixel layer and a semiconductor light-sensing pixel layer, wherein the chemical coating light-sensing pixel layer comprises a quantum dot light-sensing pixel; and wherein the semiconductor light-sensing pixel layer comprises a CMOS light-sensing diode, a CMOS light-sensing gate, a CCD light-sensing diode, a CCD light-sensing gate, or a CMOS or CCD light-sensing diode or light-sensing gate having a bidirectional charge transfer function.
Device for detecting electromagnetic radiation, including: - a read circuit that is located in a substrate; - an electrical connection pad, which is placed on the substrate, including a metal section that is raised above the substrate and electrically connected to the read circuit; characterized in that it comprises: - a protective wall that extends under the raised metal section so as to define therewith at least one portion of a cavity, and that has a longitudinal dimension and a thickness in a plane parallel to the substrate, the longitudinal dimension being larger than the thickness; - what is called a reinforcing layer section, which is made from a mineral material and located in the cavity and which extends over the entire height of the cavity and on which the raised metal section rests. - a read circuit that is located in a substrate; - an electrical connection pad, which is placed on the substrate, including a metal section that is raised above the substrate and electrically connected to the read circuit; - a protective wall that extends under the raised metal section so as to define therewith at least one portion of a cavity, and that has a longitudinal dimension and a thickness in a plane parallel to the substrate, the longitudinal dimension being larger than the thickness; - what is called a reinforcing layer section, which is made from a mineral material and located in the cavity and which extends over the entire height of the cavity and on which the raised metal section rests.
Device for mechanically treating a fluid such as water, arranged to be disposed in the path of a fluid circulating in a pipe of a facility, in order to restructure said fluid in order to avoid, in particular, the incrustation of limestone and/or the formation and deposition of sludge and/or corrosion phenomena, said device comprising a body with a longitudinal axis provided at its two ends with two connecting end pieces (3, 4) delimiting a fluid inlet orifice and a fluid outlet orifice, said connecting end pieces (3, 4) being arranged to mount said device in series in said pipe, said body comprising at least one channel (13, 13') extending between said inlet orifice and said outlet orifice for the passage of the fluid through said device, and said device comprising means arranged to transform a linear movement of the fluid entering said device into a swirling movement of the fluid leaving said device, said means arranged to transform a linear movement of the fluid entering said device into a swirling movement of the fluid leaving said device comprising a baffle (160, 170) centred on the longitudinal axis, arranged facing said inlet orifice, interposed between said inlet orifice and said body and provided with deflection means for deflecting and creating a swirling movement of said fluid entering said device in the manner of a vortex, said body comprising a plurality of rectilinear channels (13, 13'), parallel to said longitudinal axis, bored-through, distributed around and downstream of said baffle (160, 170), the passage section of said plurality of said channels (13, 13') being equal to or very close to the passage section of said connecting end pieces (3, 4) corresponding to the passage section of said pipe so as to limit load losses, said device comprising a central tube extending along the longitudinal axis, said baffle (160, 170) comprising a mounting section assembled with said central tube and a head provided with said means for deflecting the fluid and connected to said mounting section by a base, characterised in that the head of said baffle (160, 170) is a flat head perpendicular to said longitudinal axis, in that said means for deflecting the fluid consist of radial blades which are tilted in the direction of the fluid from said inlet orifice towards said outlet orifice, and in that at least part of said channels (13, 13') forms a housing for receiving at least one reactive element arranged freely in the path of said fluid circulating through said device, such that said at least one reactive element vibrates, strikes the walls of the channel which contains it, and transmits to the fluid mechanical sound waves which have the effect of destroying the sludge and/or limestone crystals present in the fluid.
A method for increasing utilization of recycled liquid backset in a dry grind ethanol process, comprising: (a) hydrolyzing a starch-containing feedstock with an α-amylase in the presence of recycled liquid backset to produce a starch liquefact; (b) saccharifying the starch liquefact with a glucoamylase to produce glucose; (c) fermenting the glucose with an organism under anaerobic conditions to produce an ethanol-containing fermented mash; (d) distilling the fermented mash to recover ethanol product resulting in an ethanol-depleted, post-distillation slurry; (e) separating the solid and liquid portions of post-distillation slurry; (f) subjecting the liquid portion of the post-distillation slurry to aerobic fermentation using a non-pathogenic bacteria capable of consuming lactic acid and/or glycerol to produce post-aerobic-fermentation backset; and (g) recycling the post-aerobic-fermentation backset for use as recycled liquid backset in step (a); wherein the amount of recycled liquid backset used in step (a) is greater than the amount of backset in an otherwise identical method lacking step (f). (a) hydrolyzing a starch-containing feedstock with an α-amylase in the presence of recycled liquid backset to produce a starch liquefact; (b) saccharifying the starch liquefact with a glucoamylase to produce glucose; (c) fermenting the glucose with an organism under anaerobic conditions to produce an ethanol-containing fermented mash; (d) distilling the fermented mash to recover ethanol product resulting in an ethanol-depleted, post-distillation slurry; (e) separating the solid and liquid portions of post-distillation slurry; (f) subjecting the liquid portion of the post-distillation slurry to aerobic fermentation using a non-pathogenic bacteria capable of consuming lactic acid and/or glycerol to produce post-aerobic-fermentation backset; and (g) recycling the post-aerobic-fermentation backset for use as recycled liquid backset in step (a);
A system for performing a skin treatment procedure, the system comprising: at least one station of a manifold assembly, the at least one station being configured to receive a container; a handpiece assembly; a fluid delivery conduit configured to place the manifold assembly in fluid communication with the handpiece; wherein the manifold assembly is configured to place fluid from the container received in the at least one station in fluid communication with the fluid delivery conduit and the handpiece assembly; wherein the container is configured to include an identification tag; a detector positioned at or near the at least one station, wherein the detector is configured to detect the identification tag of the container; and a control module configured to process data related to the detected identification tag; wherein, based on the data processed using the control module, the skin treatment system is configured to control a flow of fluid contained in the container to the fluid delivery conduit and the handpiece assembly. at least one station of a manifold assembly, the at least one station being configured to receive a container; a handpiece assembly; a fluid delivery conduit configured to place the manifold assembly in fluid communication with the handpiece; wherein the manifold assembly is configured to place fluid from the container received in the at least one station in fluid communication with the fluid delivery conduit and the handpiece assembly; wherein the container is configured to include an identification tag; a detector positioned at or near the at least one station, wherein the detector is configured to detect the identification tag of the container; and a control module configured to process data related to the detected identification tag; wherein, based on the data processed using the control module, the skin treatment system is configured to control a flow of fluid contained in the container to the fluid delivery conduit and the handpiece assembly.
An antibody against vascular endothelial growth factor receptor 2 (VEGFR2) or an antigen binding fragment thereof, the antibody or antigen binding fragment thereof comprising: (a) a heavy chain variable region comprising the following heavy chain complementarity determining region amino acid sequences: CDRH1 of SEQ ID NO: 1, CDRH2 of SEQ ID NO: 2, and CDRH3 of SEQ ID NO: 3; and (b) a light chain variable region comprising the following light chain CDR amino acid sequences: CDRL1 of SEQ ID NO: 4, CDRL2 of SEQ ID NO:5, and CDRL3 of SEQ ID NO: 6. (a) a heavy chain variable region comprising the following heavy chain complementarity determining region amino acid sequences: CDRH1 of SEQ ID NO: 1, CDRH2 of SEQ ID NO: 2, and CDRH3 of SEQ ID NO: 3; and (b) a light chain variable region comprising the following light chain CDR amino acid sequences: CDRL1 of SEQ ID NO: 4, CDRL2 of SEQ ID NO:5, and CDRL3 of SEQ ID NO: 6.
A separable roller screw assembly comprising: - a first screw shaft having a first external thread and being axially separated from a second screw shaft having a second external thread, - a planetary roller arrangement comprising multiple rotatable rollers (52 A-H) radially arrayed about said first screw shaft and said second screw shaft, whilst being encapsulated by a rotatable nut module, and wherein each one of the multiple rollers (52 A-H) comprises first and second roller external thread regions (53 A-H, 54 A-H) adapted to engage said first external thread and said second external thread, respectively, - the rotatable nut module being coaxially arranged about said first screw shaft and said second screw shaft and configured for maintaining the planetary roller arrangement, the first screw shaft and the second screw shaft in an axially fixed configuration to permit the separable roller screw assembly to carry a load in an axial direction corresponding to an axial tensile force (F A), whilst enabling displacement of the first screw shaft relative to the second screw shaft when said separable roller screw assembly is released from said axially fixed configuration, and - wherein, when said separable roller screw assembly is released from said axially fixed configuration and subjected to said axial tensile force (F A), said first screw shaft is permitted to displace axially from said second screw shaft via rotation of said planetary roller arrangement about said first and second screw shafts (20, 30). - a first screw shaft having a first external thread and being axially separated from a second screw shaft having a second external thread, - a planetary roller arrangement comprising multiple rotatable rollers (52 A-H) radially arrayed about said first screw shaft and said second screw shaft, whilst being encapsulated by a rotatable nut module, and wherein each one of the multiple rollers (52 A-H) comprises first and second roller external thread regions (53 A-H, 54 A-H) adapted to engage said first external thread and said second external thread, respectively, - the rotatable nut module being coaxially arranged about said first screw shaft and said second screw shaft and configured for maintaining the planetary roller arrangement, the first screw shaft and the second screw shaft in an axially fixed configuration to permit the separable roller screw assembly to carry a load in an axial direction corresponding to an axial tensile force (F A), whilst enabling displacement of the first screw shaft relative to the second screw shaft when said separable roller screw assembly is released from said axially fixed configuration, and - wherein, when said separable roller screw assembly is released from said axially fixed configuration and subjected to said axial tensile force (F A), said first screw shaft is permitted to displace axially from said second screw shaft via rotation of said planetary roller arrangement about said first and second screw shafts (20, 30).
Chisel having a shank, a striking surface, a tip, a longitudinal axis extending through the striking surface and the tip, a working portion, which has a body arranged along the longitudinal axis and two wings that extend along the body and protrude radially from the body, wherein the two wings are arranged in a V shaped manner, wherein a dihedral angle between the two wings is less than 180 degrees, characterized in that the dihedral angle increases from the shank to the tip in a region.
An assembly arrangement having two profiles (2, 3; 2', 3'; 2", 3"), which are arranged against one another at the end sides at a butt joint, and which are connected to one another via a profile connection, wherein the profiles (2, 3; 2', 3'; 2", 3") are arranged at least partially aligned and have a receptacle for inserting a section of the profile connector (4, 4', 4"), whereby the profile connector (4, 4', 4") is fixable in a clamping manner on the receptacle by pivoting in, whereby the profiles (2, 3; 2', 3'; 2", 3") are implemented as running profiles for a sliding door and implement at least one runway (7, 8) for a sliding door fitting, whereby the receptacle for the profile connector (4, 4', 4") is arranged below the at least one runway (7, 8).
Method for producing a shoe accessory with an at least partially flocked surface, wherein a solid body (8, 11) of the shoe accessory is provided with a flocking consisting of fibres, characterised in that an adhesive is mixed with an addition of biologically active silver ions and the surface of the solid body (8, 11) provided for flocking is provided with this mixture of adhesive and biologically active silver ions, in that the surface is flocked with a viscose flock in an electric field, so that the fibres of the viscose flock stand substantially perpendicular to the surface of the solid body (8, 11), and in that surplus fibres are then blown out and the flocked solid body (8, 11) is dried in different temperature zones.
An apparatus configured to form a side of a vehicle cargo container, the apparatus comprising: a plurality of panels configured to interlock with one another to define, at least in part, a side of the vehicle cargo container, wherein the panels are configured to be deployed in a fore-aft direction of the vehicle cargo container, wherein the panels are releasable from one another, and are retractable to enable side-access to a load space of the vehicle cargo container, wherein each of the panels is rotatable about a vertical axis of rotation, wherein the panels are pivotally releasable from one another by rotating each panel in a same direction about its vertical axis of rotation, characterized in each panel comprises a first connector at a first end of the panel and a second connector at a second end of the panel, wherein one of the first end and the second end is a fore end of the panel and the other end is an aft end of the panel, and wherein the first connector and the second connector define a plug-socket system.