mhurhangee/ep-ind-claims huggingface dataset:
A hot dip coated steel, comprising a hot rolled steel and a hot dip coated layer formed on a surface of the hot rolled steel, wherein the hot rolled steel includes 0.05 wt% to 0.15 wt% of carbon, 0.5 wt% or less of silicon (Si), excluding 0 wt%, 0.5 wt% to 1.5 wt% of manganese (Mn), 0.01 wt% to 0.05 wt% of niobium (Nb), 0.005 wt% to 0.05 wt% of vanadium, 0.03 wt% or less of phosphorous, excluding 0 wt%, 0.015 wt% or less of sulfur, excluding 0 wt%, 0.05 wt% or less of aluminum (Al), excluding 0 wt%, 0.01 wt% or less of nitrogen, excluding 0 wt%, and the balance of iron (Fe) and inevitable impurities including chromium (Cr), nickel (Ni), molybdenum (Mo), and copper (Cu), and are suppressed to 0.05 wt% or less of Cr, 0.05 wt% or less of Ni, 0.01 wt% or less of Mo, and 0.01 wt% or less of Cu, includes 90 area% or more of ferrite as the microstructure thereof, and includes 5,000 to 15,000/μm 2 of V-based precipitates, and wherein the hot dip coated layer includes at least one of zinc (Zn), Al, and magnesium (Mg), and wherein the V-based precipitates are one or more of VC, VN, or V (C,N).
A needle guide assembly comprising: a needle guide body comprising at least two separable portions (102a, 102b); and a controller communicatively coupled to the needle guide body; wherein the needle guide body is operable by the controller to actuate between a closed configuration and an open configuration, wherein in the closed configuration, the at least two portions (202a, 202b) combine to define a channel therethrough for receiving a needle, and wherein in the open configuration, the at least two portions (102a, 102b) separate to release the received needle from the channel; wherein the channel comprises a proximal end and a distal end, and wherein the needle is configured to be received at the proximal end and inserted through the channel toward the distal end; wherein an axis of the channel is aligned in use with a needle insertion site adjacent the distal end, and wherein the needle guide body is pivotable about the distal end; and characterized in that the needle guide body is movable laterally to a next needle insertion site based on a sequence determined by the controller that minimises movement. a needle guide body comprising at least two separable portions (102a, 102b); and a controller communicatively coupled to the needle guide body; wherein the needle guide body is operable by the controller to actuate between a closed configuration and an open configuration, wherein in the closed configuration, the at least two portions (202a, 202b) combine to define a channel therethrough for receiving a needle, and wherein in the open configuration, the at least two portions (102a, 102b) separate to release the received needle from the channel; wherein the channel comprises a proximal end and a distal end, and wherein the needle is configured to be received at the proximal end and inserted through the channel toward the distal end; wherein an axis of the channel is aligned in use with a needle insertion site adjacent the distal end, and wherein the needle guide body is pivotable about the distal end; and characterized in that the needle guide body is movable laterally to a next needle insertion site based on a sequence determined by the controller that minimises movement.
A process for preparing a bis-quinaldine compound of formula, wherein R 2 is substituent selected from the group consisting of H, C 1 -C 20 straight or branched chain alkyl substituents, aromatic substituents, aliphatic substituents, combinations thereof, said process comprising the following steps: a. condensing a compound of Formula, wherein X is Br or Cl, with a compound of Formula, wherein R 2 is substituent selected from the group consisting of H, C 1 - C 20 straight or branched chain alkyl substituents, aromatic substituents, aliphatic substituents, combinations thereof to obtain an intermediate compound of Formula, wherein X= Br or C /; and R 2 is substituent selected from the group consisting of H, C 1 - C 20 straight or branched chain alkyl substituents, aromatic substituents, aliphatic substituents, combinations thereof; and; b. reacting the compound of Formula with a nitrogen compound to obtain a compound of Formula. a. condensing a compound of Formula, wherein X is Br or Cl, with a compound of Formula, wherein R 2 is substituent selected from the group consisting of H, C 1 - C 20 straight or branched chain alkyl substituents, aromatic substituents, aliphatic substituents, combinations thereof to obtain an intermediate compound of Formula, wherein X= Br or C /; and R 2 is substituent selected from the group consisting of H, C 1 - C 20 straight or branched chain alkyl substituents, aromatic substituents, aliphatic substituents, combinations thereof; and; b. reacting the compound of Formula with a nitrogen compound to obtain a compound of Formula.
Wound treatment system, comprising a single-layer arrangement of capillary membranes arranged parallel to one another, having a porous semipermeable wall, and a lumen, and at least one open end, - wherein the capillary membranes have an external diameter in a range of from 50 to 500 μm, and a wall thickness in a range of from 5 to 1000 μm, - wherein the capillary membranes are connected by their at least one open end to at least one common supply line having a wall and a lumen, characterized in that - the capillary membranes, with their at least one open ends, are embedded fluid-tight at their outer periphery in the wall of the at least one common supply line (5, 6) so that a fluid connection exists between the lumen of the supply line and the lumen of the capillary membranes, - the arrangement of capillary membranes arranged parallel to one another furthermore comprises a plurality of interspaced connecting elements which run parallel to one another, by means of which the capillary membranes are connected to one another to form a mat and are held at a distance from one another by the connecting elements, - the spacing of the capillary membranes from one another in the mat is 1 to 10 times the external diameter of the capillary membranes, wherein the distance is measured from the longitudinal axes of the capillary membranes, and - the distance between the connecting elements is in a range of from 1 to 50 mm. - wherein the capillary membranes have an external diameter in a range of from 50 to 500 μm, and a wall thickness in a range of from 5 to 1000 μm, - wherein the capillary membranes are connected by their at least one open end to at least one common supply line having a wall and a lumen, - the capillary membranes, with their at least one open ends, are embedded fluid-tight at their outer periphery in the wall of the at least one common supply line (5, 6) so that a fluid connection exists between the lumen of the supply line and the lumen of the capillary membranes, - the arrangement of capillary membranes arranged parallel to one another furthermore comprises a plurality of interspaced connecting elements which run parallel to one another, by means of which the capillary membranes are connected to one another to form a mat and are held at a distance from one another by the connecting elements, - the spacing of the capillary membranes from one another in the mat is 1 to 10 times the external diameter of the capillary membranes, wherein the distance is measured from the longitudinal axes of the capillary membranes, and - the distance between the connecting elements is in a range of from 1 to 50 mm.
A non-contact acquisition and measurement method for identifying moving three-dimensional objects within an identification area, comprising the steps of detecting the presence of a moving object by scanning said identification area with a first eye-safe laser-camera system, discriminating between an object safe to be identified and an object not to be identified, said discriminating step comprising the substeps of comparing consecutively acquired images and changes therein to a set of criteria, wherein said set of criteria define the shapes of moving objects to be identified, if said changes do not correspond to any of said criteria, deactivating any active second and third laser-camera system and reverting to step, for an object to be identified, activating a second laser-camera system and determining the speed and position of said object with said second laser-camera system, when said object to be identified reaches a position located in an active measurement area within said identification area, activating a third laser-camera system to acquire range data of said object, wherein said first eye-safe laser is a Class 1 or Class 1 M laser and said second and third lasers are at least Class 2 lasers, preferably at least said third laser is a Class 3 or 4 laser. detecting the presence of a moving object by scanning said identification area with a first eye-safe laser-camera system, discriminating between an object safe to be identified and an object not to be identified, said discriminating step comprising the substeps of comparing consecutively acquired images and changes therein to a set of criteria, wherein said set of criteria define the shapes of moving objects to be identified, if said changes do not correspond to any of said criteria, deactivating any active second and third laser-camera system and reverting to step, comparing consecutively acquired images and changes therein to a set of criteria, wherein said set of criteria define the shapes of moving objects to be identified, if said changes do not correspond to any of said criteria, deactivating any active second and third laser-camera system and reverting to step, for an object to be identified, activating a second laser-camera system and determining the speed and position of said object with said second laser-camera system, when said object to be identified reaches a position located in an active measurement area within said identification area, activating a third laser-camera system to acquire range data of said object,
An aircraft comprising a system for detecting and reporting access to a monitored space in the aircraft, the system comprising: at least one controller; at least one self-powered and wireless sensor having a first state and a second state; and at least one data collector that is configured to wirelessly receive signals from the controller and the sensor, and to wirelessly transmit signals to the controller and the sensor; wherein the sensor is configured: to automatically switch between the first state and the second state when the sensor senses an access to the space, to record information about the changed state, to store the information about the changed state until receipt of a query command from the controller via the data collector, and to report the information about the changed state to the controller via the data collector after receipt of the query command, wherein the sensor is configured to report the information about the changed state only when queried by the controller, and wherein the sensor is configured to store only the information about the changed state. at least one controller; at least one self-powered and wireless sensor having a first state and a second state; and at least one data collector that is configured to wirelessly receive signals from the controller and the sensor, and to wirelessly transmit signals to the controller and the sensor; wherein the sensor is configured: to automatically switch between the first state and the second state when the sensor senses an access to the space, to record information about the changed state, to store the information about the changed state until receipt of a query command from the controller via the data collector, and to report the information about the changed state to the controller via the data collector after receipt of the query command, to automatically switch between the first state and the second state when the sensor senses an access to the space, to record information about the changed state, to store the information about the changed state until receipt of a query command from the controller via the data collector, and to report the information about the changed state to the controller via the data collector after receipt of the query command, wherein the sensor is configured to report the information about the changed state only when queried by the controller, and wherein the sensor is configured to store only the information about the changed state.
A quick fix fixing arrangement for quick installation of electrical equipment comprising: a) a fastener having a central body with enlarged head portion for steering the fastener during fastening and an end portion of smaller diameter for linking with top surface of an electrical receptacle; b) a fixing frame having at least one slot corresponding to the shape of the central body for permitting passage of the fastener end portion c) an electrical receptacle for housing the electrical equipment for installation; wherein: - the central body comprises at least one flange for permitting adjustment of height of the frame to variable length; - the end portion is arranged for linking with top surface of the electrical receptacle; and - the electrical receptacle comprises an enclosure; and - the flange comprises of sharp edge for piercing or biting into the enclosure when the fastener is received in the channel; the quick fix fixing arrangement being characterized in that the sharp edge of the flange does not extend around the whole perimeter of the cross-sections of the central body, said cross-sections being considered in planes perpendicular to the rotation axis around which the fastener is rotated for achieving a quick fixing arrangement. a) a fastener having a central body with enlarged head portion for steering the fastener during fastening and an end portion of smaller diameter for linking with top surface of an electrical receptacle; b) a fixing frame having at least one slot corresponding to the shape of the central body for permitting passage of the fastener end portion c) an electrical receptacle for housing the electrical equipment for installation; - the central body comprises at least one flange for permitting adjustment of height of the frame to variable length; - the end portion is arranged for linking with top surface of the electrical receptacle; and - the electrical receptacle comprises an enclosure; and - the flange comprises of sharp edge for piercing or biting into the enclosure when the fastener is received in the channel;
A method for through-cut detection in thermally-assisted through cutting of a workpiece, comprising subjecting the workpiece to a first alternating electrical signal, characterized by the method steps: a) detecting a second alternating electrical signal caused by the first alternating electrical signal in a measurement electrode spaced from the workpiece, b) determining a phase shift between the first and second alternating electrical signal so as to produce output of a phase shift signal (10; 30), c) detecting a progression over time of the phase shift signal (10; 30) or a measurement variable derived therefrom in a predetermined time interval, wherein determining that a workpiece through-cut has been made responsive to t the phase shift signal (10; 30) or the measurement variable derived therefrom being within a predetermined fluctuation range in the predetermined time interval. a) detecting a second alternating electrical signal caused by the first alternating electrical signal in a measurement electrode spaced from the workpiece, b) determining a phase shift between the first and second alternating electrical signal so as to produce output of a phase shift signal (10; 30), c) detecting a progression over time of the phase shift signal (10; 30) or a measurement variable derived therefrom in a predetermined time interval,
Method for producing an at least partially transparent device, comprising at least: - producing, on one face of a first substrate, first and second separation layers (104, 106) arranged one against the other and such that the first separation layer is arranged between the first substrate and the second separation layer; - producing, on the second separation layer, at least one at least partially transparent functional layer; - making the functional layer integral with a second at least partially transparent substrate, forming a stack of different materials; - mechanical separation at an interface between the first and second separation layers (104, 106), such that the first separation layer remains integral with the first substrate and that the second separation layer remains integral with the functional layer; - removal of the second separation layer; - producing at least one first at least partially transparent electrode layer on the functional layer; in which the materials of the stack are chosen such that the interface between the first and second separation layers (104, 106) corresponds to that, among all the interfaces of the stack, having the lowest adherence force, and in which: - one of the first and second separation layers (104, 106) comprises at least SiO 2 and/or silicon nitride, and the other of the first and second separation layers (104, 106) comprises at least one noble metal, and/or - the method comprises, between the step of producing first and second separation layers (104, 106) and the making integral step, the implementation of at least one step reducing an initial adherence force of the interface between the first and second separation layers (104, 106). - producing, on one face of a first substrate, first and second separation layers (104, 106) arranged one against the other and such that the first separation layer is arranged between the first substrate and the second separation layer; - producing, on the second separation layer, at least one at least partially transparent functional layer; - making the functional layer integral with a second at least partially transparent substrate, forming a stack of different materials; - mechanical separation at an interface between the first and second separation layers (104, 106), such that the first separation layer remains integral with the first substrate and that the second separation layer remains integral with the functional layer; - removal of the second separation layer; - producing at least one first at least partially transparent electrode layer on the functional layer; - one of the first and second separation layers (104, 106) comprises at least SiO 2 and/or silicon nitride, and the other of the first and second separation layers (104, 106) comprises at least one noble metal, and/or - the method comprises, between the step of producing first and second separation layers (104, 106) and the making integral step, the implementation of at least one step reducing an initial adherence force of the interface between the first and second separation layers (104, 106).
A process to form a functionalized ethylene-based polymer composition, said process comprising reacting an ethylene-based polymer composition in at least one extruder with at least one functionalization agent and at least one free radical initiator at a melt temperature of greater than, or equal to 200°C; and wherein the functionalized ethylene-based polymer composition has a yellowness index value of less than, or equal to, 45; and wherein the functionalized ethylene-based polymer composition has a functionalization content of greater than, or equal to, 2.0 wt%, based on the weight of the functionalized ethylene-based polymer composition.
An apparatus for managing user authentication, for use with a system comprising a first authentication mechanism and a second authentication mechanism, the apparatus comprising a receiver, a logger and a checker, whereby in a first session: the receiver is operable to receive from the first authentication mechanism, first authentication data associated with a user, wherein the first authentication data is generated in response to the first authentication mechanism successfully authenticating the user, wherein the first authentication data comprises a first user identifier and a first authentication key; the logger is operable to generate an account associated with the user and to store the first authentication data in association with the account; and whereby in a second session: the receiver is operable to receive from the second authentication mechanism, second authentication data associated with a user, wherein the second authentication data is generated in response to the second authentication mechanism successfully authenticating the user, wherein the second authentication data comprises a second user identifier and a second authentication key; the receiver is operable to receive from the first authentication mechanism, first authentication data associated with a user, wherein the first authentication data is generated in response to the first authentication mechanism successfully authenticating the user, the checker is operable to determine that the first user identifier is stored in association with an account; and the logger is operable to store the second authentication data in association with the account. the receiver is operable to receive from the first authentication mechanism, first authentication data associated with a user, wherein the first authentication data is generated in response to the first authentication mechanism successfully authenticating the user, wherein the first authentication data comprises a first user identifier and a first authentication key; the logger is operable to generate an account associated with the user and to store the first authentication data in association with the account; the receiver is operable to receive from the second authentication mechanism, second authentication data associated with a user, wherein the second authentication data is generated in response to the second authentication mechanism successfully authenticating the user, wherein the second authentication data comprises a second user identifier and a second authentication key; the receiver is operable to receive from the first authentication mechanism, first authentication data associated with a user, wherein the first authentication data is generated in response to the first authentication mechanism successfully authenticating the user, the checker is operable to determine that the first user identifier is stored in association with an account; and the logger is operable to store the second authentication data in association with the account.