mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a domain manager associated with a network, the method comprising: receiving registration information associated with a managed node connected to the network and managed by the domain manager, the registration information including information identifying and authenticating the managed node; the domain manager identifying and authenticating the managed node based on the registration information receiving a fetch request from the managed node including information identifying the managed node; retrieving, based on the fetch request, trigger information specifying one or more conditions under which the managed node is to be enabled to transmit and / or receive traffic via the network; providing the trigger information to the managed node; and receiving from the managed node information identifying an operational state associated with the managed node the operational state indicating whether the managed node is enabled or disabled based on the trigger information. receiving registration information associated with a managed node connected to the network and managed by the domain manager, the registration information including information identifying and authenticating the managed node; the domain manager identifying and authenticating the managed node based on the registration information receiving a fetch request from the managed node including information identifying the managed node; retrieving, based on the fetch request, trigger information specifying one or more conditions under which the managed node is to be enabled to transmit and / or receive traffic via the network; providing the trigger information to the managed node; and receiving from the managed node information identifying an operational state associated with the managed node the operational state indicating whether the managed node is enabled or disabled based on the trigger information.
A heterostructure comprising: a heterojunction comprising: a diamond layer; and a boron aluminum nitride (B (x) Al (1-x) N) layer disposed in contact with a surface of the diamond layer, wherein the diamond is pulse doped to provide carriers, and characterized in that the BN concentration is 20-25 %. a heterojunction comprising: a diamond layer; and a boron aluminum nitride (B (x) Al (1-x) N) layer disposed in contact with a surface of the diamond layer, wherein the diamond is pulse doped to provide carriers, and characterized in that the BN concentration is 20-25 %. a diamond layer; and a boron aluminum nitride (B (x) Al (1-x) N) layer disposed in contact with a surface of the diamond layer, wherein the diamond is pulse doped to provide carriers, and characterized in that the BN concentration is 20-25 %.
Battery for a motor vehicle, comprising a plurality of battery cells (12, 62), each of which has a longitudinal axis determined by the basic shape of the respective battery cell (12, 62) and an end face extending perpendicular to the longitudinal axis comprising at least one terminal (22, 24), wherein the battery cells (12, 62) are arranged axially parallel next to one another in at least two rows (14, 16), and an electrically conductive element, by means of which a terminal of the battery cells (12, 62) of at least one of the two rows (14, 16) is connected electrically to a connecting element for connecting the battery to the motor vehicle, and which comprises at least one connecting area, in which an electrical coupling element is secured for electrically connecting the conductive element to at least one of the terminals, characterised in that the electrically conductive element is arranged at least partly between the two rows (14, 16).
A delayed fluorescence compound of Formula 1; wherein n is 1 or 0, and A is selected from Formula 2, wherein D is selected from Formula 3, and each of L1 and L2 is independently selected from Formula 4: wherein R1 in the Formula 2 is selected from hydrogen or phenyl, and each of X, Y and Z is independently selected from carbon and nitrogen, and wherein at least two selected from X, Y and Z are nitrogen, and R2 in the Formula 4 is selected from hydrogen or C1-C10 alkyl.
Method for estimating a roughness R of a surface, including at least the following steps: - relative movement of at least one force sensor against said surface and in a direction of movement roughly parallel to said surface, - measurement, during the relative movement of the force sensor relative to the surface, of at least one force F ortho perceived by the force sensor in a direction which is roughly orthogonal to said direction of movement, and parallel to said surface; - calculation of at least one statistical parameter P representative of the variations of the value of measured force F ortho, - calculation of roughness R such that: R = f P, where f() is a known function of which at least some of the coefficients have values which are dependent on the characteristics of the force sensor used, and on a force with which the force sensor is applied on said surface during the movement. - relative movement of at least one force sensor against said surface and in a direction of movement roughly parallel to said surface, - measurement, during the relative movement of the force sensor relative to the surface, of at least one force F ortho perceived by the force sensor in a direction which is roughly orthogonal to said direction of movement, and parallel to said surface; - calculation of at least one statistical parameter P representative of the variations of the value of measured force F ortho, - calculation of roughness R such that: R = f P,
A method for external calibration of a glucose sensor used for measuring the level of glucose in the body of a user, said sensor including physical sensor electronics, a microcontroller, and a working electrode, the method comprising: periodically measuring, by the physical sensor electronics, electrode current (Isig) signals for the working electrode; performing, by the microcontroller, an Electrochemical Impedance Spectroscopy procedure to generate EIS-related data for the working electrode; based on the Isig signals and EIS-related data and a plurality of calibration-free sensor glucose -predictive models (9405; 9406; 9407; 9408), calculating, by the microcontroller, a respective SG value for each of the SG-predictive models; calculating, by said microcontroller, a modification factor based on respective values of a physiological calibration factor, an environmental calibration factor, or both, and determining, by said microcontroller, whether said calculated modification factor is valid; when the modification factor is valid, calculating, by the microcontroller, a calibrated respective SG value for each of the SG-predictive models based on said modification factor and said respective SG values; fusing, by the microcontroller, the calibrated respective SG values to calculate a single, calibrated, fused SG value; performing, by the microcontroller, error detection diagnostics on said calibrated, fused SG value to determine whether a correctable error exists in the calibrated, fused, SG value; correcting, by the microcontroller, said correctable error; and displaying a corrected, calibrated, fused SG value to the user. periodically measuring, by the physical sensor electronics, electrode current (Isig) signals for the working electrode; performing, by the microcontroller, an Electrochemical Impedance Spectroscopy procedure to generate EIS-related data for the working electrode; based on the Isig signals and EIS-related data and a plurality of calibration-free sensor glucose -predictive models (9405; 9406; 9407; 9408), calculating, by the microcontroller, a respective SG value for each of the SG-predictive models; calculating, by said microcontroller, a modification factor based on respective values of a physiological calibration factor, an environmental calibration factor, or both, and determining, by said microcontroller, whether said calculated modification factor is valid; when the modification factor is valid, calculating, by the microcontroller, a calibrated respective SG value for each of the SG-predictive models based on said modification factor and said respective SG values; fusing, by the microcontroller, the calibrated respective SG values to calculate a single, calibrated, fused SG value; performing, by the microcontroller, error detection diagnostics on said calibrated, fused SG value to determine whether a correctable error exists in the calibrated, fused, SG value; correcting, by the microcontroller, said correctable error; and displaying a corrected, calibrated, fused SG value to the user.
Method for sawing a long profile in that a sawing disc having teeth arranged around a circular outer circumference of the sawing disc is rotated freely, the sawing disc is advanced from a freely rotating position to an outer wall of the long profile, and a zero tooth (Z 1, Z 2, Z 3, Z 4) engages as the first of the teeth in the material of the outer wall, characterised in that during the free rotation of the sawing disc, lateral runouts (d) of the teeth are determined, and a tooth having a minimum lateral runout (d) is determined and used as the zero tooth (Z 1, Z 2, Z 3, Z 4).
A bar support and gripping unit feeding, in axial succession to one another, a machine tool feeding line ( 4 z), comprising: at least one tubular-shaped clamp ( 11 a; 11 b; 11 c) assembly, extending parallel to the feeding line ( 4 z); the clamp ( 11 a; 11 b; 11 c) assembly being attachable to the periphery of a bar which passes through a through-bore inside the clamp ( 11 a; 11 b; 11 c) assembly, the axis ( 3 a) of the bar coinciding with the axis of the tubular bore; and at least one chucking member ( 7;8) provided with at least one pair of jaws ( 7 a; 8 a; 9 a) which can clench the bar, in at least one gripping zone ( 10 a; 10 b; 10 bc) located along the line, said at least one chucking member ( 7;8) including an actuator and at least one step bearing (16a;16b) attachable to at least one arm ( 13 a; 13 b; 13 c) of said at least one clamp ( 11 a; 11 b; 11 c), said chucking member ( 7;8) being capable of rendering said at least one clamp ( 11 a; 11 b; 11 c) and said bar mutually integral, said support and gripping unit being characterised in that said actuator includes a tubular shaft, crossed axially by said bar and which is movably translatable in both directions of the relative axis line ( 3 a); said one or each step bearing (16a;16b) being mounted on the shaft, shouldered against at least one arm ( 13 a; 13 b; 13 c) of said at least one clamp ( 11 a; 11 b; 11 c). at least one tubular-shaped clamp ( 11 a; 11 b; 11 c) assembly, extending parallel to the feeding line ( 4 z); the clamp ( 11 a; 11 b; 11 c) assembly being attachable to the periphery of a bar which passes through a through-bore inside the clamp ( 11 a; 11 b; 11 c) assembly, the axis ( 3 a) of the bar coinciding with the axis of the tubular bore; and at least one chucking member ( 7;8) provided with at least one pair of jaws ( 7 a; 8 a; 9 a) which can clench the bar, in at least one gripping zone ( 10 a; 10 b; 10 bc) located along the line, said at least one chucking member ( 7;8) including an actuator and at least one step bearing (16a;16b) attachable to at least one arm ( 13 a; 13 b; 13 c) of said at least one clamp ( 11 a; 11 b; 11 c), said chucking member ( 7;8) being capable of rendering said at least one clamp ( 11 a; 11 b; 11 c) and said bar mutually integral, said support and gripping unit being characterised in that said actuator includes a tubular shaft, crossed axially by said bar and which is movably translatable in both directions of the relative axis line ( 3 a); said one or each step bearing (16a;16b) being mounted on the shaft, shouldered against at least one arm ( 13 a; 13 b; 13 c) of said at least one clamp ( 11 a; 11 b; 11 c).
A composition containing particulate calcium carbonate composed of primary particles which are scalenohedral and which have an average size of 2 microns or less; for use in the treatment of hypersensitivity arising in natural human teeth.
Cutting device for agricultural harvesting machines, such as forage wagons or balers, for harvesting agricultural stalked or leaf crops, comprising a crops collector and conveying and cutting rotor which is provided with conveying tines and driven so as to rotate about an axis which is aligned horizontally and transversely to the travelling and working direction, which rotor, in conjunction with a plurality of cutting blades which are pivotally mounted on a blade carrier of the cutting device and project in a conveyor channel in a cutting position, comminutes the crops, the at least one blade carrier together with the associated cutting knives being mounted so as to be linearly movable in a direction extending transversely to the travelling direction, so that it can be moved into a maintenance position, characterised in that a fastening means is designed to fasten the blade carrier in an operating position inside the cutting device in a form-fitting and/or force-fitting manner with zero backlash.
A mid-turbine frame, comprising: an inner case having an annular surface; an interface section on the annular surface comprising an interface feature; and a balancing section on the annular surface defining an opening and disposed circumferentially adjacent the interface section; characterised in that the opening is a deflection balancing opening configured to limit deformation of the inner case during use; and by further comprising a metal cover configured to cover the opening, the metal cover comprising attachment flanges defining openings configured to receive fasteners and a protrusion configured to rest in the opening in response to the metal cover being mounted to the balancing section. an inner case having an annular surface; an interface section on the annular surface comprising an interface feature; and a balancing section on the annular surface defining an opening and disposed circumferentially adjacent the interface section; characterised in that the opening is a deflection balancing opening configured to limit deformation of the inner case during use; and by further comprising a metal cover configured to cover the opening, the metal cover comprising attachment flanges defining openings configured to receive fasteners and a protrusion configured to rest in the opening in response to the metal cover being mounted to the balancing section.
Hanging device for hanging objects comprising particularly a loop or eyelet with: a wall mount providing a wall mounting surface and a hook, wherein the hook comprises a connecting section connected to the wall mount and an adjoining free section, wherein the connecting section comprises an upper side sloping downwards from the wall mount to the free section, wherein the free section comprises a path spaced from the wall mount and substantially parallel to the wall mounting surface, designed to prevent objects from slipping off, wherein a gap is formed between the free section and the wall mount, and wherein the hook comprises a path forming a curve in perpendicular projection onto the wall mounting surface, rotating by at least 180° and < 450°. a wall mount providing a wall mounting surface and a hook, wherein the hook comprises a connecting section connected to the wall mount and an adjoining free section, wherein the connecting section comprises an upper side sloping downwards from the wall mount to the free section, wherein the free section comprises a path spaced from the wall mount and substantially parallel to the wall mounting surface, designed to prevent objects from slipping off, wherein a gap is formed between the free section and the wall mount, and wherein the hook comprises a path forming a curve in perpendicular projection onto the wall mounting surface, rotating by at least 180° and < 450°.
A valve fitting for filling a sanitary cistern, comprising a water supply connection element for connecting the cistern via the valve fitting to a water supply, a filling valve for filling the cistern with water from the water supply, the filling valve being connectable to and disconnectable from the water supply connection element by a plug-in connection (9,11), the plug-in connection being provided with a securing element (10,12) adapted for securing the plug-in connection (9,11) in a plugged-in state thereof, wherein the securing element (10,12) comprises a rotating structure (12, 17), the rotating structure comprising a lever as a part thereof and the rotating structure (12, 17) not embracing a water line of the valve fitting completely, wherein a water line is the line of a water flow in the valve fitting, the rotating structure (12, 17) including the lever being rotatable for securing and releasing the plugged-in state of the plug-in connection (9,11). a water supply connection element for connecting the cistern via the valve fitting to a water supply, a filling valve for filling the cistern with water from the water supply, the filling valve being connectable to and disconnectable from the water supply connection element by a plug-in connection (9,11), the plug-in connection being provided with a securing element (10,12) adapted for securing the plug-in connection (9,11) in a plugged-in state thereof, wherein the securing element (10,12) comprises a rotating structure (12, 17), the rotating structure comprising a lever as a part thereof and the rotating structure (12, 17) not embracing a water line of the valve fitting completely, wherein a water line is the line of a water flow in the valve fitting, the rotating structure (12, 17) including the lever being rotatable for securing and releasing the plugged-in state of the plug-in connection (9,11).
Solubilizing agent for hardly soluble metal compounds comprising, as solubilizing agent, an oxidation product producible by C1 selective oxidation of a starch hydrolysate, wherein the starch hydrolysate comprises an amount of at least 50 wt% compounds with DP2 to DP4.
A long steel pipe for reel-lay installation comprising a plurality of electric resistance welded steel pipes joined in a pipe longitudinal direction with a girth weld provided therebetween, wherein the plurality of electric resistance welded steel pipes include adjacent electric resistance welded steel pipes that are adjacent to other, characterized in that a seam position of one of the adjacent electric resistance welded steel pipes being defined as a 0 o'clock cross-sectional position and positions that evenly divide a pipe cross section of other of the adjacent electric resistance welded steel pipes into 12 sections around a pipe axis being defined as the 0 o'clock cross-sectional position to an 11 o'clock cross-sectional position in a clockwise order, and in that the plurality of electric resistance welded steel pipes are joined such that the 0 o'clock cross-sectional position of the one of the adjacent electric resistance welded steel pipes faces an area from the 2 o'clock cross-sectional position to the 4 o'clock cross-sectional position or an area from the 8 o'clock cross-sectional position to the 10 o'clock cross-sectional position of the other of the adjacent electric resistance welded steel pipes.
A nucleic acid regulatory element of 600 nucleotides or less for enhancing liver-specific gene expression, comprising SEQ ID NO: 1, or a sequence having 95% identity to SEQ ID NO: 1.
A method for automatically provisioning a server (110, 306), the method characterized by: receiving, by a server provisioning engine (106, 302), a server provisioning request from a requestor via a self-service portal, wherein the server provisioning request comprises one or more requirements associated with an operating system image and one or more preferences for configuring the OS image; searching, by the server provisioning engine (106, 302), for the OS image that meets the one or more requirements in an OS image repository by querying a state database; generating, by the server provisioning engine (106, 302), the OS image in accordance with the one or more requirements when the OS image is not found in the OS image repository; configuring, by the server provisioning engine (106, 302), the OS image with the one or more preferences; and performing, by the server provisioning engine (106, 302), at least one of: sharing the configured OS image with the requestor and deploying the server (110, 306) using the configured OS image. receiving, by a server provisioning engine (106, 302), a server provisioning request from a requestor via a self-service portal, wherein the server provisioning request comprises one or more requirements associated with an operating system image and one or more preferences for configuring the OS image; searching, by the server provisioning engine (106, 302), for the OS image that meets the one or more requirements in an OS image repository by querying a state database; generating, by the server provisioning engine (106, 302), the OS image in accordance with the one or more requirements when the OS image is not found in the OS image repository; configuring, by the server provisioning engine (106, 302), the OS image with the one or more preferences; and performing, by the server provisioning engine (106, 302), at least one of: sharing the configured OS image with the requestor and deploying the server (110, 306) using the configured OS image.
A fastening structure of a lamp body and a bracket, the fastening structure comprising: a slide groove provided in a longitudinal direction in the lamp body; a slide block inserted into the slide groove and slidably movable; a body provided with a close contact part surrounding an outer wall of the slide groove; and a tightening bolt to tighten the slide block and the body so that the slide block and the body presses an inner wall and the outer wall of the slide groove and are fixed thereto, wherein the slide block and the slide groove have a circular shape so that the slide block is rotatable in the slide groove, wherein the slide groove is provided with an opening part formed in a longitudinal direction of the slide groove so that the tightening bolt passes through the opening part, characterized in that the slide groove is further provided with an input part made by expanding the opening part so that the slide block is able to be input into the opening part, and in that locking protrusions are provided on the slide block, the locking protrusions being positioned in the opening part of the slide groove to limit a rotation range of the slide block. a slide groove provided in a longitudinal direction in the lamp body; a slide block inserted into the slide groove and slidably movable; a body provided with a close contact part surrounding an outer wall of the slide groove; and a tightening bolt to tighten the slide block and the body so that the slide block and the body presses an inner wall and the outer wall of the slide groove and are fixed thereto, wherein the slide block and the slide groove have a circular shape so that the slide block is rotatable in the slide groove, wherein the slide groove is provided with an opening part formed in a longitudinal direction of the slide groove so that the tightening bolt passes through the opening part, characterized in that the slide groove is further provided with an input part made by expanding the opening part so that the slide block is able to be input into the opening part, and in that locking protrusions are provided on the slide block, the locking protrusions being positioned in the opening part of the slide groove to limit a rotation range of the slide block.