mhurhangee/ep-ind-claims huggingface dataset:
A method for printing an energy curable ink or coating composition comprising: a) providing an energy curable ink or coating composition, wherein the energy curable ink or coating composition comprises: i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants vi. an aminoacrylate formed by the Michael reaction of polymerizable acrylated monomers or oligomers with alkanolamines; b) applying the ink or coating composition of step a) on a substrate; c) exposing the applied ink or coating composition of step b) to UV radiation to partially cure the ink or coating composition, pinning the ink or coating composition to the substrate; and d) exposing the partially cured ink or coating composition of step c) to electron beam radiation. a) providing an energy curable ink or coating composition, wherein the energy curable ink or coating composition comprises: i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants vi. an aminoacrylate formed by the Michael reaction of polymerizable acrylated monomers or oligomers with alkanolamines; i. one or more multifunctional polymerizable monomers; ii. optionally, one or more polymerizable oligomers and/or monofunctional monomers; iii. 0.1 % to 5% (w/w) one or more photoinitiators; iv. optionally, one or more solvents; and v. optionally, one or more colorants vi. an aminoacrylate formed by the Michael reaction of polymerizable acrylated monomers or oligomers with alkanolamines; b) applying the ink or coating composition of step a) on a substrate; c) exposing the applied ink or coating composition of step b) to UV radiation to partially cure the ink or coating composition, pinning the ink or coating composition to the substrate; and d) exposing the partially cured ink or coating composition of step c) to electron beam radiation.
A method for high speed downlink packet access, HSDPA, communication, the method comprising: concatenating multiple data packets from multiple selected priority queues of data packets intended for a single mobile device or from a single selected priority queue of data packets intended for the single mobile device, characterised by: attaching a header to the concatenated multiple data packets to form an extended multiplexed data packet, wherein the header comprises an indication of a size of each of the multiple data packets; and transmitting the extended multiplexed data packet to a remote station on a downlink channel. attaching a header to the concatenated multiple data packets to form an extended multiplexed data packet, wherein the header comprises an indication of a size of each of the multiple data packets; and transmitting the extended multiplexed data packet to a remote station on a downlink channel.
A medium collection device, comprising: a collection unit for collecting a medium; a roller having a convex part provided on a contact surface with the medium and a notch (31 b) provided in a rotation direction of the contact surface of the convex part, and conveying the medium by rotating in contact with the medium; a temporary save path for temporarily saving the medium, and an opposite roller which is provided opposite the roller and pressing the medium against the roller; characterized by the medium collection device further comprising: a medium detection unit for detecting whether or not the medium has passed a specified position; and a pressure unit for pressing the medium against the roller when it is detected that the medium has passed the specified position; wherein a rear end of the medium is pressed by the convex part when the pressure unit presses the medium against the roller, thereby collecting the medium in the collection unit, the pressure unit is a path switch unit for switching a conveyance path of the medium between the temporary save path and the collection unit, and when the pressure unit switches the conveyance path to the temporary save path, the roller rotates in a first direction to convey the medium to the conveyance path side with the medium held between the roller and the opposite roller, and rotates in a second direction which is a reverse direction to the first direction, thereby releasing the temporary save. a collection unit for collecting a medium; a roller having a convex part provided on a contact surface with the medium and a notch (31 b) provided in a rotation direction of the contact surface of the convex part, and conveying the medium by rotating in contact with the medium; a temporary save path for temporarily saving the medium, and an opposite roller which is provided opposite the roller and pressing the medium against the roller; a medium detection unit for detecting whether or not the medium has passed a specified position; and a pressure unit for pressing the medium against the roller when it is detected that the medium has passed the specified position; wherein a rear end of the medium is pressed by the convex part when the pressure unit presses the medium against the roller, thereby collecting the medium in the collection unit, the pressure unit is a path switch unit for switching a conveyance path of the medium between the temporary save path and the collection unit, and when the pressure unit switches the conveyance path to the temporary save path, the roller rotates in a first direction to convey the medium to the conveyance path side with the medium held between the roller and the opposite roller, and rotates in a second direction which is a reverse direction to the first direction, thereby releasing the temporary save.
An attenuated strain of Salmonella enterica serovar Typhi (" S. Typhi") having chromosomal disruptions of (i) the guaBA locus, (ii) the htrA locus, (iii) the rpoS locus, and (iv) the ssb locus, wherein said attenuated strain further comprises chromosomal-based expression systems integrated into the locations of the chromosomal disruptions (i) to (iii), wherein each chromosomal-based expression system comprises an antigen expression cassette encoding an antigen of interest, said attenuated strain has an SSB-stabilized plasmid-based expression system, and said attenuated strain is an antigen-encoding attenuated strain.
Device for the electrochemical processing of a metal workpiece, comprising a plurality of electrodes that by way of respective linear drive units are movable in a linear manner relative to the workpiece from an initial position to a terminal position, said electrodes having reproduction faces that are directed toward the workpiece, wherein at least three electrodes (4, 5, 6, 7) are provided, said electrodes (4, 5, 6, 7) being disposed so as to be offset around the circumference of the workpiece and by way of the reproduction faces (13, 14, 15, 16) of said electrodes (4, 5, 6, 7) delimiting a fluid duct that in a closed manner encircles the circumference of the workpiece, characterized in that adjacent electrodes (4, 5, 6, 7) during the entire readjustment movement from the initial position to the terminal position are in peripheral contact and engage across one another in portions, wherein an electrode (5, 7) that is provided between two electrodes (4, 6) on the reproduction face (14, 16) has two sliding faces (17, 18) by way of which said electrode (5, 7) slides on respective outer sliding faces (19, 20) of the two adjacent electrodes (4, 6).
LIDAR device for scanning solid angles with at least one beam, comprising at least one horizontally rotatably arranged beam source for generating at least one beam, comprising at least one generating optical unit for shaping the at least one generated beam, comprising a horizontally rotatable receiving optical unit for receiving at least one beam reflected at an object and for deflecting the at least one reflected beam onto a detector, characterized in that the device is configured such that the at least one generated beam is shaped variably depending on a rotational position of the beam source.
Heat resistant separation fabric consisting out of yarns, wherein the yarns comprise stainless steel fibers and wherein all fibers in the yarns are stainless steel fibers, characterised in that the heat resistant fabric comprises boron nitride particles distributed throughout the complete thickness of the fabric; wherein boron nitride particles are present between stainless steel fibers in the yarns; wherein the amount of the boron nitride particles present on the surface of the fabric is not more than the amount of the boron nitride particles present in the bulk of the fabric, and wherein the boron nitride particles are bonded onto the surface of the stainless steel fibers by means of an inorganic binder. wherein the yarns comprise stainless steel fibers and wherein all fibers in the yarns are stainless steel fibers, characterised in that the heat resistant fabric comprises boron nitride particles distributed throughout the complete thickness of the fabric; wherein boron nitride particles are present between stainless steel fibers in the yarns; wherein the amount of the boron nitride particles present on the surface of the fabric is not more than the amount of the boron nitride particles present in the bulk of the fabric, and wherein the boron nitride particles are bonded onto the surface of the stainless steel fibers by means of an inorganic binder.
A robot comprising: a stage unit; a rotation base connected to the stage unit in a rotatable manner around a predetermined rotating axis; an arm unit connected to the rotation base and having a base end rotatable around a first rotation axis that is substantially orthogonal to the rotating axis; a balancer connected to both the rotation base and the arm unit; and a cable arranged along the arm unit outside the balancer while supported by that balancer; wherein the arm unit has a first arm having a base end connected to the rotation base, and a second arm having a base end connected to a tip end of the first arm in a rotatable manner around a parallel axis that is substantially parallel to the first rotation axis; wherein the cable is routed with respect to the second arm so as to round outside of a base end of the second arm and be directed to a tip end of the second arm; wherein the balancer has a cylinder unit filled with fluid and a rod unit expanded and contracted by a pressure of the fluid; wherein the robot further has a stay, wherein the stay is provided along the balancer and fixed at two points to the cylinder unit by a support member, and wherein the cable is supported by the balancer by being fixed to the tip end of the balancer via the stay. a stage unit; a rotation base connected to the stage unit in a rotatable manner around a predetermined rotating axis; an arm unit connected to the rotation base and having a base end rotatable around a first rotation axis that is substantially orthogonal to the rotating axis; a balancer connected to both the rotation base and the arm unit; and a cable arranged along the arm unit outside the balancer while supported by that balancer; wherein the arm unit has a first arm having a base end connected to the rotation base, and a second arm having a base end connected to a tip end of the first arm in a rotatable manner around a parallel axis that is substantially parallel to the first rotation axis; wherein the cable is routed with respect to the second arm so as to round outside of a base end of the second arm and be directed to a tip end of the second arm; wherein the balancer has a cylinder unit filled with fluid and a rod unit expanded and contracted by a pressure of the fluid; wherein the robot further has a stay, wherein the stay is provided along the balancer and fixed at two points to the cylinder unit by a support member, and wherein the cable is supported by the balancer by being fixed to the tip end of the balancer via the stay.
A smoke curtain apparatus having: • at least one openable vent in the curtain extending to a bottom edge thereof, • an openable fastening for normally closing the vent, • a bottom bar for stabilising the bottom of the curtain when deployed, the bottom bar having: • at least two members attached to a foot of the curtain on respective opposite sides of the vent, • a discontinuity between the two members at the bottom of the vent and • a rigid bar extending between the ceiling-to-floor guides, • a deployment mechanism to be mounted at the ceiling for lowering the curtain for deployment and raising it as required; and • a pair of ceiling-to-floor guides to be mounted at opposite edges of the aperture, the edge fittings of the curtain engaging in the ceiling-to-floor guides when the curtain is deployed to hold it against pulling from the guides, • the smoke curtain being of heat resistant material; the arrangement allowing a passage flap of the curtain, that is to say a portion of the curtain edged by the vent and able to be swung out of a plane substantially occupied by the rest of the curtain, and its bottom bar member to open and provide an opening for passage of a person through it; characterised in that: • the bottom bar members are above the rigid bar, at least the bottom bar member at the foot of the openable flap being movable with respect to the rigid bar and • the rigid bar has upstands preventing opening movement in the bar having its overlap, and that of the curtain at the vent, on the side of the curtain whence a person is seeking to escape. • at least one openable vent in the curtain extending to a bottom edge thereof, • an openable fastening for normally closing the vent, • a bottom bar for stabilising the bottom of the curtain when deployed, the bottom bar having: • at least two members attached to a foot of the curtain on respective opposite sides of the vent, • a discontinuity between the two members at the bottom of the vent and • a rigid bar extending between the ceiling-to-floor guides, • at least two members attached to a foot of the curtain on respective opposite sides of the vent, • a discontinuity between the two members at the bottom of the vent and • a rigid bar extending between the ceiling-to-floor guides, • a deployment mechanism to be mounted at the ceiling for lowering the curtain for deployment and raising it as required; and • a pair of ceiling-to-floor guides to be mounted at opposite edges of the aperture, the edge fittings of the curtain engaging in the ceiling-to-floor guides when the curtain is deployed to hold it against pulling from the guides, • the smoke curtain being of heat resistant material; • the bottom bar members are above the rigid bar, at least the bottom bar member at the foot of the openable flap being movable with respect to the rigid bar and • the rigid bar has upstands preventing opening movement in the bar having its overlap, and that of the curtain at the vent, on the side of the curtain whence a person is seeking to escape.
A method of decoding multi-layer video data, the method comprising: decoding a syntax element representing tile boundary alignment between a reference layer and an enhancement layer of the multi-layer video data, wherein the syntax element has a value that represents that any first two reference layer samples of a reference layer picture, collocated with a first two respective enhancement layer samples within a first common enhancement layer tile of an enhancement layer picture, must be within a first common reference layer tile of the reference layer picture when the first two reference layer samples are available and representing that any second two enhancement layer samples of the enhancement layer picture, collocated with a second two respective reference layer samples within a second common reference layer tile of the reference layer picture, must be within a second common enhancement layer tile of the enhancement layer picture when the second two enhancement layer samples are available; determining that the first two reference layer samples are available when there is a tile in the enhancement layer picture corresponding to the first common base layer tile, and, that the second two enhancement layer samples are available when there is a tile in the reference layer picture corresponding to the second common enhancement layer tile, when the reference and enhancement layer pictures have a different aspect ratio;; and decoding the reference layer picture and the enhancement layer picture based on the value of the syntax element and the determination decoding a syntax element representing tile boundary alignment between a reference layer and an enhancement layer of the multi-layer video data, wherein the syntax element has a value that represents that any first two reference layer samples of a reference layer picture, collocated with a first two respective enhancement layer samples within a first common enhancement layer tile of an enhancement layer picture, must be within a first common reference layer tile of the reference layer picture when the first two reference layer samples are available and representing that any second two enhancement layer samples of the enhancement layer picture, collocated with a second two respective reference layer samples within a second common reference layer tile of the reference layer picture, must be within a second common enhancement layer tile of the enhancement layer picture when the second two enhancement layer samples are available; determining that the first two reference layer samples are available when there is a tile in the enhancement layer picture corresponding to the first common base layer tile, and, that the second two enhancement layer samples are available when there is a tile in the reference layer picture corresponding to the second common enhancement layer tile, when the reference and enhancement layer pictures have a different aspect ratio;; and decoding the reference layer picture and the enhancement layer picture based on the value of the syntax element and the determination
Control node for a network of control nodes, wherein data are transmitted between the control nodes in the network in the form of data packets, wherein the control node has a transmitting module which is designed to manage the data to be sent in an output process image, to convert the output process image into a data packet and to output the data packet to the network at a predefined time, and wherein the control node has a receiving module which is designed to register for the data packets from one or more transmitting modules of further control nodes and to convert a received data packet into an input process image, characterized in that a machine model simulates device properties of the control node in the form of functionalities which are freely configurable and are independent of real hardware control, wherein the machine model encapsulates the functionality and provides it as autonomous module units which can each be operated per se, that is to say without a control system, in a manner following a unified abstracted operating sequence, and in that the control node is subdivided into subscribers (16A, 16B, 16C), wherein the subscribers are assigned to the module units of the machine model and constitute functionally autonomous units which individually per se define addressable functionalities of the control node, wherein data are transmitted between the subscribers (16A, 16B, 16C) inside the control node in the form of a data mapping process.
Crucible skimming, stirring and sample taking station, for removing the dross from molten aluminum in a crucible, characterized in that - it comprises - a robot comprising in turn an articulated arm - position detecting means connected to the robot for detection of the position of the crucible on the horizontal plane X, Y, - a skimming tool for removing the bath from the molten aluminum in the crucible, - a collecting box in which the robot throws away the bath removed from the crucible, - a reactive dosifying system which adds reactive components into the molten aluminum of the crucible, - a stirring tool, - a sample taking tool - and a control desk for the control of the station, - and in that the articulated arm of the robot is configured to take and move in the three dimensions X, Y, Z the skimming tool, the stirring tool, and the sample taking tool. - it comprises - a robot comprising in turn an articulated arm - position detecting means connected to the robot for detection of the position of the crucible on the horizontal plane X, Y, - a skimming tool for removing the bath from the molten aluminum in the crucible, - a collecting box in which the robot throws away the bath removed from the crucible, - a reactive dosifying system which adds reactive components into the molten aluminum of the crucible, - a stirring tool, - a sample taking tool - and a control desk for the control of the station, - a robot comprising in turn an articulated arm - position detecting means connected to the robot for detection of the position of the crucible on the horizontal plane X, Y, - a skimming tool for removing the bath from the molten aluminum in the crucible, - a collecting box in which the robot throws away the bath removed from the crucible, - a reactive dosifying system which adds reactive components into the molten aluminum of the crucible, - a stirring tool, - a sample taking tool - and a control desk for the control of the station, - and in that the articulated arm of the robot is configured to take and move in the three dimensions X, Y, Z the skimming tool, the stirring tool, and the sample taking tool.
A module for use in skin surgery comprising: a main body closed at one side and opened at the other side and having an inner space; a reciprocating assembly built in the main body and reciprocating in the lengthwise direction of the main body, said reciprocating assembly comprising a movable body (210; 280); a rotation assembly rotatably joined with the reciprocating assembly and joined with the inner circumferential surface of the other end portion of the main body so as to move the reciprocating assembly forward and backward while rotating forward and backward, said rotation assembly comprising a rotary body (310; 340), wherein the rotary body (310; 340) can rotate regardless of the movable body (210; 280) and the reciprocating assembly moves forward and backward in interlock with the forward and backward rotation of the rotation assembly; and a needle assembly mounted at an end portion of the reciprocating assembly and having a plurality of needles (401; 401') which extend and retract through the end portion of the main body. a main body closed at one side and opened at the other side and having an inner space; a reciprocating assembly built in the main body and reciprocating in the lengthwise direction of the main body, said reciprocating assembly comprising a movable body (210; 280); a rotation assembly rotatably joined with the reciprocating assembly and joined with the inner circumferential surface of the other end portion of the main body so as to move the reciprocating assembly forward and backward while rotating forward and backward, said rotation assembly comprising a rotary body (310; 340), wherein the rotary body (310; 340) can rotate regardless of the movable body (210; 280) and the reciprocating assembly moves forward and backward in interlock with the forward and backward rotation of the rotation assembly; and a needle assembly mounted at an end portion of the reciprocating assembly and having a plurality of needles (401; 401') which extend and retract through the end portion of the main body.