mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: matching one or more variables of an existing configuration of a Brownfield device to at least one of a plurality of configuration templates based on one or more matching criteria associated with each of the plurality of configuration templates; instantiating one or more variables associated with each of the plurality of configuration templates with corresponding parameter values retrieved from one or more matched variables of the existing configuration of the Brownfield device, to thereby create one or more template instances; validating each of the one or more template instances against known fabric policies to generate one or more Policy Template Instances comprising the one or more template instances; and storing the one or more Policy Template Instances associated with a device existing configuration as a representation of an expected device configuration of the Brownfield device. matching one or more variables of an existing configuration of a Brownfield device to at least one of a plurality of configuration templates based on one or more matching criteria associated with each of the plurality of configuration templates; instantiating one or more variables associated with each of the plurality of configuration templates with corresponding parameter values retrieved from one or more matched variables of the existing configuration of the Brownfield device, to thereby create one or more template instances; validating each of the one or more template instances against known fabric policies to generate one or more Policy Template Instances comprising the one or more template instances; and storing the one or more Policy Template Instances associated with a device existing configuration as a representation of an expected device configuration of the Brownfield device.
Methodology for enabling power-related notifications in an advanced metering system mesh network, comprising: establishing a network including a central facility and a plurality of end devices, at least some of which end devices comprise metrology devices; and configuring the network for bi-directional communications between the central facility and each of the plurality of end devices; causing an end device experiencing power outage conditions to transmit a power outage message to neighbor end devices; and configuring the plurality of end devices so that neighbor end devices not experiencing a power outage respond to a power outage message for forwarding such power outage message to the central facility over the network, whereby power outage data is reported to the central facility via the network using end devices not experiencing power outage conditions, without requiring a direct communications link between the central facility and an end device experiencing power outage conditions; configuring said plurality of end devices responding to a power outage message to timestamp the arrival of such power outage message, and to forward such power outage message and timestamp over said network as a priority communication, and characterized in that an end device experiencing power outage conditions is configured to immediately cease normal operations thereof and to transmit a plurality of short power outage messages over a randomized time window. establishing a network including a central facility and a plurality of end devices, at least some of which end devices comprise metrology devices; and configuring the network for bi-directional communications between the central facility and each of the plurality of end devices; causing an end device experiencing power outage conditions to transmit a power outage message to neighbor end devices; and configuring the plurality of end devices so that neighbor end devices not experiencing a power outage respond to a power outage message for forwarding such power outage message to the central facility over the network, whereby power outage data is reported to the central facility via the network using end devices not experiencing power outage conditions, without requiring a direct communications link between the central facility and an end device experiencing power outage conditions; configuring said plurality of end devices responding to a power outage message to timestamp the arrival of such power outage message, and to forward such power outage message and timestamp over said network as a priority communication, and characterized in that an end device experiencing power outage conditions is configured to immediately cease normal operations thereof and to transmit a plurality of short power outage messages over a randomized time window.
Communications method for controlling at least one power switching device (D11, D21, D12, D22) of a power converter, the method comprising - Inputting a first signal with a first bandwidth to a transmit end of a communications link; - inputting a second signal with a second bandwidth to the transmit end of the communications link, wherein the first bandwidth is lower than the second bandwidth; - determining whether the first signal comprises a transition; - when said determination indicates that the first signal comprises a transition, transmitting the first signal comprising the transition into a communications channel of the communications link, wherein the transmitted first signal is delayed by a predetermined time delay (ts1, ts2) relative to the inputted first signal, said predetermined time delay to allow said determining; - transmitting the second signal on the communications channel, wherein when said determination indicates, that the first signal comprises a transition the transmitting the second signal is delayed until after said transmitting the first signal; and - if the first signal has been transmitted, receiving the transmitted first signal at the receive end of the communications link and controlling at least one said power switching device (D11, D21, D12, D22) dependent on said received first signal. - Inputting a first signal with a first bandwidth to a transmit end of a communications link; - inputting a second signal with a second bandwidth to the transmit end of the communications link, wherein the first bandwidth is lower than the second bandwidth; - determining whether the first signal comprises a transition; - when said determination indicates that the first signal comprises a transition, transmitting the first signal comprising the transition into a communications channel of the communications link, wherein the transmitted first signal is delayed by a predetermined time delay (ts1, ts2) relative to the inputted first signal, said predetermined time delay to allow said determining; - transmitting the second signal on the communications channel, wherein when said determination indicates, that the first signal comprises a transition the transmitting the second signal is delayed until after said transmitting the first signal; and - if the first signal has been transmitted, receiving the transmitted first signal at the receive end of the communications link and controlling at least one said power switching device (D11, D21, D12, D22) dependent on said received first signal.
A luminescent material, having a chemical formula of NaY 1-x Ln x GeO 4, characterized in that Ln is a rare earth element, and x is in a range of 0<x≤0.2, wherein Ln is selected from Tm, Sm, Dy and Bi.
Device for singulating and conveying upright containers, with a supply device for conveying the containers in a single row, a singulating unit with a first star wheel and a second star wheel of which each has receiving pockets in order to receive the transported containers at a receiving position and to transport same to a delivery position, wherein the star wheels (6, 8) have parallel axes of rotation but opposing directions of rotation, characterised in that the device has a pressure unit which comprises at least one pressure ram which can be moved to and fro in the region of the delivery positions in a direction parallel to the axes of rotations of the star wheels (6, 8) and through the respective receiving pocket.
A system for inspecting a fastener installed at least partially through a hole in a part, the system comprising: an x-ray imaging system oriented and configured to produce an x-ray image of the fastener; a first camera device positioned and oriented such that it is configured to produce a first image of the fastener from a first vantage point; a second camera device positioned and oriented such that it is configured to produce a second image of the fastener from a second vantage point; a first support structure to which the x-ray imaging system, the first camera device, and the second camera device are coupled, wherein the first support structure is configured to support and position the first camera device and the second camera device relative to the part and the fastener such that a 3D image of the fastener can be created from the first image and the second image; and at least one processing unit configured to create the 3D image of the fastener from the first image and the second image, wherein the at least one processing unit is further configured to inspect the fastener based on the x-ray image and the 3D image, and wherein the system is configured to measure concentricity of the fastener using the x-ray image, and to measure flushness of the fastener with respect to the part using the 3D image. an x-ray imaging system oriented and configured to produce an x-ray image of the fastener; a first camera device positioned and oriented such that it is configured to produce a first image of the fastener from a first vantage point; a second camera device positioned and oriented such that it is configured to produce a second image of the fastener from a second vantage point; a first support structure to which the x-ray imaging system, the first camera device, and the second camera device are coupled, wherein the first support structure is configured to support and position the first camera device and the second camera device relative to the part and the fastener such that a 3D image of the fastener can be created from the first image and the second image; and at least one processing unit configured to create the 3D image of the fastener from the first image and the second image, wherein the at least one processing unit is further configured to inspect the fastener based on the x-ray image and the 3D image, and wherein the system is configured to measure concentricity of the fastener using the x-ray image, and to measure flushness of the fastener with respect to the part using the 3D image.
Container made of plastic material, comprising a body extending along a main axis and a base in the extension of the body on a bottom side thereof, the base comprising: - an annular seat defining a support surface; - a conical arch which extends from close to the seat to the interior of the container up to a central apex, characterized in that the arch extends towards the interior of the container, up to a central apex from an inside edge of a membrane to which the seat is connected, in that it has, in cross section, a star-shaped profile inscribed between two circles (13, 14), of which the ratio D1/D2 of the diameters (D1, D2) is greater than or equal to 0.7 and in that it comprises at least one portion which has, in axial section, a curved profile with concavity turned towards the axis of the container. - an annular seat defining a support surface; - a conical arch which extends from close to the seat to the interior of the container up to a central apex,
Housing, in particular for an electrotechnical device, comprising at least two housing parts (112, 114) which each have a connecting surface (126, 156) which, in a closed state of the housing, face each other along a connecting portion, at least one of the at least two housing parts (112, 114) having, along the connecting portion, at least one integrated protective portion (212, 232), in particular for EMC shielding and/or for mechanical protection, characterized in that, at least partially along the connecting portion, at least one protective portion (212, 232) externally covers a gap between the at least two housing parts (112, 114). at least one of the at least two housing parts (112, 114) having, along the connecting portion, at least one integrated protective portion (212, 232), in particular for EMC shielding and/or for mechanical protection, characterized in that, at least partially along the connecting portion, at least one protective portion (212, 232) externally covers a gap between the at least two housing parts (112, 114).
Quick coupling system for changing attachments on a construction machine, comprising a quick coupler rotatably mounted in a drive housing of a rotary device and rotatable relative to the drive housing by means of a rotary drive (9, 10), and a rotary lead-through arranged in the drive housing and having a stator and a rotor rotatable within the stator for supplying a working fluid to the quick coupler, wherein the quick coupler comprises a carrier with first receptacles for receiving a first coupling element, second receptacles for receiving a second coupling element, and a locking device associated with the second receptacles and having at least one locking element movable between an unlocked position and a locked position, wherein the stator of the rotary lead-through arranged within a through-opening of the drive housing is radially supported relative to the drive housing above an upper end face and below the upper end face of a drive wheel of the rotary drive (9, 10) arranged in the drive housing, characterized in that the stator of the rotary lead-through comprises a hollow-cylindrical base body and an annular upper mounting flange with outer shoulders for positive engagement in corresponding recesses on an upper cover surface of the drive housing.
Vacuum gripper device with suction head, which is mounted with at least one elastic mounting member on a working head of an actuating means, the suction head having an elastic suction cup, which possesses a suction body and a suction lip forming an open edge portion of the suction body and running in a suction plane, characterized in that the suction head possesses a retaining plate connected to the suction cup and surrounding it like a ring and having a flat contact surface running in a contact plane parallel to the suction plane.
Process for producing formatted information relating to defects of the devices of a chain of devices used for an image processing means, in particular software, for the purpose of modifying the quality of images processed by said image processing means; said chain of devices comprising in particular at least one image capture device and/or at least one image restitution means; said process comprising the step of generating data characterising defects of said devices of said chain of devices, said data being described hereinafter as formatted information, and comprising a first calculation algorithm of said formatted information used to select, from a set of configurable transformation models, from a set of configurable reverse transformation models, from a set of synthesis images, from a set of reference scenes, and from a set of transformed images: - a reference scene, and - a transformed image, and - a configurable transformation model that can be used to transform the reference image, obtained by capturing said reference scene using said image capture device into said transformed image, and - a reverse configurable transformation model that can be used to transform said transformed image into said reference image, and - a synthesis image obtained from said reference scene and/or obtained from said reference image, so that said transformed image is similar to said synthesis image; said transformed image having a deviation from said synthesis image; said formatted information being, at least in part, composed of the parameters of said selected configurable transformation model and/or the parameters of said selected reverse configurable transformation model. - a reference scene, and - a transformed image, and - a configurable transformation model that can be used to transform the reference image, obtained by capturing said reference scene using said image capture device into said transformed image, and - a reverse configurable transformation model that can be used to transform said transformed image into said reference image, and - a synthesis image obtained from said reference scene and/or obtained from said reference image,
Use of a complex ester having the formula: wherein n1 = between 0 and 8; wherein n2 = between 0 and 8; wherein m 1 = between 5 and 9; wherein m2 = between 5 and 9; wherein W = OH or OCOR, X = OH or OCOR, Y = OCOR or OH, Z = OH or OCOR, and wherein at least one of W and X, and at least one of Y and Z is OCOR wherein R is an alkyl group = CiHj, wherein i is 2 or greater and j is 5 or greater, as base stock in a lubricant composition. wherein n1 = between 0 and 8; wherein n2 = between 0 and 8; wherein m 1 = between 5 and 9; wherein m2 = between 5 and 9; wherein W = OH or OCOR, X = OH or OCOR, Y = OCOR or OH, Z = OH or OCOR, and wherein at least one of W and X, and at least one of Y and Z is OCOR wherein R is an alkyl group = CiHj, wherein i is 2 or greater and j is 5 or greater, as base stock in a lubricant composition.
A device (1, 31, 61, 71) for providing a dental material, comprising: a first (2, 40, 74) and a second (6, 41, 75) sheet-like layer that are interconnected to form a compartment (7, 33, 63), the first layer comprising a well (3, 34, 66) adjacent the compartment with an openable seal (9, 52) arranged between, the well being formed by a portion of the first layer wherein the junction between the portion of the first layer forming the well and the remainder of the first layer forms an opening of the well, the openable seal being formed by the interconnected layers which in the area of the seal are adapted to separate upon forcing at least a component of the dental material between the layers, wherein the second layer only partially overlaps the opening of the well, and wherein the opening of the well is generally circular and wherein the portion of the second layer overlapping the well has a substantially straight free end spanning the opening of the well. a first (2, 40, 74) and a second (6, 41, 75) sheet-like layer that are interconnected to form a compartment (7, 33, 63), the first layer comprising a well (3, 34, 66) adjacent the compartment with an openable seal (9, 52) arranged between, the well being formed by a portion of the first layer wherein the junction between the portion of the first layer forming the well and the remainder of the first layer forms an opening of the well, the openable seal being formed by the interconnected layers which in the area of the seal are adapted to separate upon forcing at least a component of the dental material between the layers, wherein the second layer only partially overlaps the opening of the well, and wherein the opening of the well is generally circular and wherein the portion of the second layer overlapping the well has a substantially straight free end spanning the opening of the well.
A golf club head system comprising: a main body member having a striking surface and a rear face, and an at least substantially enclosed first cavity therebetween; a first secondary body member detachably attached to the rear face of the main body member, the first secondary body member and the main body member defining an at least substantially enclosed second cavity therebetween; wherein the first secondary body member extends over the entire rear face of the main body member, wherein the main body member is larger than the secondary body member, wherein the first secondary body member defines a rear edge of the club head, wherein the first secondary body member includes a crown portion and a sole portion and the sole portion of the first secondary body member has a greater surface area than the crown portion of the secondary body member; and at least one other secondary body member attachably interchangeable with the first secondary body member, the at least one other secondary body member having different center of gravity and moment-of-inertia characteristics than the first secondary body member. a main body member having a striking surface and a rear face, and an at least substantially enclosed first cavity therebetween; a first secondary body member detachably attached to the rear face of the main body member, the first secondary body member and the main body member defining an at least substantially enclosed second cavity therebetween; wherein the first secondary body member extends over the entire rear face of the main body member, wherein the main body member is larger than the secondary body member, wherein the first secondary body member defines a rear edge of the club head, wherein the first secondary body member includes a crown portion and a sole portion and the sole portion of the first secondary body member has a greater surface area than the crown portion of the secondary body member; and at least one other secondary body member attachably interchangeable with the first secondary body member, the at least one other secondary body member having different center of gravity and moment-of-inertia characteristics than the first secondary body member.
A heat exchanger, comprising: a monolithically formed body defining at least a first channel and a second channel (301, 303) configured to allow fluid to flow therethrough, the first channel at least partially within the second channel; wherein the first channel is wound within the body to form the second channel such that fluid within the second channel contacts an outer wall of the first channel; wherein the first channel terminates into the body at an opening defined by the body to create outlets. a monolithically formed body defining at least a first channel and a second channel (301, 303) configured to allow fluid to flow therethrough, the first channel at least partially within the second channel; wherein the first channel is wound within the body to form the second channel such that fluid within the second channel contacts an outer wall of the first channel; wherein the first channel terminates into the body at an opening defined by the body to create outlets.