mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating the level of threat of at least one entity among a plurality of entities in a battlefield environment, the level of threat being evaluated with respect to a reference entity to be protected, the method being carried out by a system for evaluating comprising a calculator and an obtaining unit, the method comprising the steps of: - segmenting the battlefield environment into a plurality of layers (L1, L2, L3, L4, L5), the step of segmenting being carried out by the calculator, - obtaining data representative of a position of said entity with respect to the layers (L1, L2, L3, L4, L5) of the battlefield environment, the step for obtaining being carried out by the obtaining unit, and - determining the level of threat of said entity using the obtained data, the step of determining being carried out by the calculator, the method further comprising a step of associating at least one geographical parameter with each layer (L1, L2, L3, L4, L5), said parameter(s) comprising the distance range delimiting the layer (L1, L2, L3, L4, L5), said distance range being associated with a begin range and an end range, the distance range associated with each layer (L1, L2, L3, L4, L5) being dynamically defined for each entity of the plurality of entities depending on predefined criteria, the step of associating being carried out by the system. - segmenting the battlefield environment into a plurality of layers (L1, L2, L3, L4, L5), the step of segmenting being carried out by the calculator, - obtaining data representative of a position of said entity with respect to the layers (L1, L2, L3, L4, L5) of the battlefield environment, the step for obtaining being carried out by the obtaining unit, and - determining the level of threat of said entity using the obtained data, the step of determining being carried out by the calculator,
A binder resin composition for an electrochemical device, comprising a PVDF-based polymer, polyvinyl pyrrolidone and polyvinyl pyrrolidone-polyvinyl acetate block copolymer (PVP-co-PVAc), wherein the content of PVP-co-PVAc is 3-14 wt% based on 100 wt% of the binder resin composition, PVP-co-PVAc has a molecular weight (Mw) of 500,000 g/mol or more determined as described in the description, and the content of PVAc polymerization units in PVP-co-PVAc is 30-85 wt%.
A driving control method of a loom in which driving of a driving motor of a main-shaft driving device is controlled, the main-shaft driving device driving a main shaft such that the main shaft is rotationally driven at a time of a steady-state operation in accordance with a set rotational speed that has been previously set, the method comprising: previously setting a start-up rotational speed that is set to a rotational speed that is lower than the set rotational speed, and in performing a start-up of the loom from when the start-up is started to when a rotational speed of the main shaft reaches the set rotational speed, performing the start-up while being accompanied by a weft insertion in a start-up period for one or more cycles of the loom, and performing control of the driving motor from when the start-up is started in accordance with the start-up rotational speed, and, when and after the rotational speed of the main shaft has reached the start-up rotational speed, performing control of the driving of the driving motor such that the rotational speed of the main shaft is increased from the start-up rotational speed to the set rotational speed in accordance with a predetermined rotational-speed increase mode, characterized in that the start-up rotational speed is less than or equal to a rotational speed that is determined by considering a load of the main-shaft driving device, and that is set so as to be greater than or equal to 25% of the set rotational speed. previously setting a start-up rotational speed that is set to a rotational speed that is lower than the set rotational speed, and in performing a start-up of the loom from when the start-up is started to when a rotational speed of the main shaft reaches the set rotational speed, performing the start-up while being accompanied by a weft insertion in a start-up period for one or more cycles of the loom, and performing control of the driving motor from when the start-up is started in accordance with the start-up rotational speed, and, when and after the rotational speed of the main shaft has reached the start-up rotational speed, performing control of the driving of the driving motor such that the rotational speed of the main shaft is increased from the start-up rotational speed to the set rotational speed in accordance with a predetermined rotational-speed increase mode, characterized in that the start-up rotational speed is less than or equal to a rotational speed that is determined by considering a load of the main-shaft driving device, and that is set so as to be greater than or equal to 25% of the set rotational speed.
A friction disk comprising: a friction disk core having an inner diameter edge, an outer diameter edge, and a first surface with multiple mortises extending radially across the first surface, each of the multiple mortises having a different dimension at the inner diameter edge than at the outer diameter edge; and characterized by: a first wear liner having two wear liner segments (112, 114) each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner; and each of the multiple mortises has a greater dimension at the inner diameter edge than at the outer diameter edge. a first wear liner having two wear liner segments (112, 114) each including a wear surface and a non-wear surface having a tenon with a complimentary shape to each of the multiple mortises, the tenon being configured to be received by a corresponding mortise of the multiple mortises to couple the wear liner segments to the friction disk core to form an annular liner; and each of the multiple mortises has a greater dimension at the inner diameter edge than at the outer diameter edge.
An agricultural operational system for optimizing operating parameters, with at least one agricultural working machine, in particular at least one tractor, and with at least one working assembly coupled to the agricultural working machine for carrying out or supporting agricultural work, wherein the agricultural working machine has a driver assistance system for detecting, processing and outputting data relating to an agricultural operational assignment, characterized in that the driver assistance system is configured to detect a plurality of operating parameters and to enable an operator to classify the detected operating parameters or sets of operating parameters with a plurality of different detected operating parameters, in that individual or all of the classified operating parameters or operating parameter sets are retrievably stored in a data pool, and in that the operating parameters or operating parameter sets are transmitted, on the basis of the classification, to an algorithm for the generation of optimized operating parameters or operating parameter sets for the adjustment of the agricultural working machine and/or of the at least one working assembly. the driver assistance system is configured to detect a plurality of operating parameters and to enable an operator to classify the detected operating parameters or sets of operating parameters with a plurality of different detected operating parameters, in that individual or all of the classified operating parameters or operating parameter sets are retrievably stored in a data pool, and in that the operating parameters or operating parameter sets are transmitted, on the basis of the classification, to an algorithm for the generation of optimized operating parameters or operating parameter sets for the adjustment of the agricultural working machine and/or of the at least one working assembly.
A sonotrode comprising: - a head which defines a sealing surface elongated along a first direction; and - at least one first and one second drive unit distinct from one another, each comprising at least one piezo-electric element; wherein said first and second drive unit are electrically connectable, in use, to a unique generator so as to cause the oscillation, in use, of said head along a second direction transversal to said sealing surface with a wave having a given wavelength; the height of said head measured along said second direction being substantially equal to the half of said wavelength of said oscillation in the direction of said second direction; said sonotrode further comprising: - at least one first slot which extends through said head transversally to said first and second direction (A, B); - at least a finite number of nodal points at, which, in use, the amplitude of the oscillation of said head is substantially equal to zero; and - a plane on which at least some of said nodal points lie and which divides said head in a first portion and in a second portion; characterized in that said at least one first slot extends completely within one only of said first and second portion (21, 22) and at a certain distance from said plane. - a head which defines a sealing surface elongated along a first direction; and - at least one first and one second drive unit distinct from one another, each comprising at least one piezo-electric element; - at least one first slot which extends through said head transversally to said first and second direction (A, B); - at least a finite number of nodal points at, which, in use, the amplitude of the oscillation of said head is substantially equal to zero; and - a plane on which at least some of said nodal points lie and which divides said head in a first portion and in a second portion;
A method for wireless communication, comprising: transmitting, from a user equipment, UE, a signal to a base station that the UE is capable of supporting a first feature set and a second feature set; receiving, from the base station via a downlink control information, DCI, transmission, allocated resources for a transmission of the first feature set or the second feature set and an indication whether the DCI allocates resources to the UE for an associated operation using the first feature set or the second feature set, wherein DCI associated with the first feature set has a same size as DCI associated with the second feature set; and communicating according to the first feature set or the second feature set based at least in part on the indication. transmitting, from a user equipment, UE, a signal to a base station that the UE is capable of supporting a first feature set and a second feature set; receiving, from the base station via a downlink control information, DCI, transmission, allocated resources for a transmission of the first feature set or the second feature set and an indication whether the DCI allocates resources to the UE for an associated operation using the first feature set or the second feature set, wherein DCI associated with the first feature set has a same size as DCI associated with the second feature set; and communicating according to the first feature set or the second feature set based at least in part on the indication.
A biobased polymer comprising recurring monomeric units synthesized from a polymer precursor compound of a biobased mevalonolactone-diol or -diacid or derivative thereof, said compound being selected from the group consisting of Formula (XXVa), Formula (XXVb), Formula (XXVc), Formula (XXVd), Formula (XXVe), Formula (XXVf), and combinations thereof: wherein, independently for each occurrence: each R 1 is H or an alkyl; and each R 2 is an alkyl. each R 1 is H or an alkyl; and each R 2 is an alkyl.
Device for the temporary fastening of a pipe unit, more particularly a pipe unit comprising at least two pipe elements (5; 5a) which are coaxially connected to each other, wherein the pipe unit is surrounded by a cuff-like element, the latter being provided with at least one organ (35; 40; 40a; 40b) radially projecting therefrom, wherein circumferentially the cuff-like element has two end sections (13, 14) which actively engage with each other in a locking position and together bring about a clamped or positive form lock with the pipe unit for fixing the pipe unit in the locking position, wherein both end sections (13, 14) are connected with a tightening device that amplifies a manual operating force, and wherein the tightening device has a tool-free, manually operated, lever-like operating element for tightening the tightening device, wherein the tightening device is designed as a clamping buckle connection, and wherein the clamping buckle connection comprises a double joint buckle with a retaining bracket and clamping bracket serving as operating element which are connected to each other in an articulated manner in one axle characterised in that the retaining bracket and the clamping bracket are connected to each other by means of a snap-type connection, wherein the retaining bracket has a retaining section which surrounds the axle and wherein the cuff-like element and the tightening device are completely made of plastic.
An intermediate structure for forming an electronic device comprising: a nonconductive substrate, wherein the substrate comprises gate lines (604, 606) and a dielectric material being deposited over the gate lines (604, 606) having a patterned surface; and an elongated droplet of solution deposited into an area in between the gate lines, wherein the droplet edge is pinned on the patterned surface, the elongated droplet of solution including elongated nanostructures suspended in a carrier solution, the elongated nanostructures approximately aligned lengthwise to correspond to the elongation of the elongated droplet, characterized by the top surface of the dielectric material over the gate lines (604, 606) being patterned such that regions directly over the gate lines (604, 606) are hydrophobic relative to regions between the gate lines (604, 606) to elongate a droplet positioned in a region between the gate lines (604, 606) to form the elongated droplet. a nonconductive substrate, wherein the substrate comprises gate lines (604, 606) and a dielectric material being deposited over the gate lines (604, 606) having a patterned surface; and an elongated droplet of solution deposited into an area in between the gate lines, wherein the droplet edge is pinned on the patterned surface, the elongated droplet of solution including elongated nanostructures suspended in a carrier solution, the elongated nanostructures approximately aligned lengthwise to correspond to the elongation of the elongated droplet, characterized by the top surface of the dielectric material over the gate lines (604, 606) being patterned such that regions directly over the gate lines (604, 606) are hydrophobic relative to regions between the gate lines (604, 606) to elongate a droplet positioned in a region between the gate lines (604, 606) to form the elongated droplet.
Method for calibrating a peristaltic pump in order to determine a calibrated volume per pumping cycle of said pump, said pump being associated with a hydraulic circuit, comprising the following steps: - pumping a quantity of liquid from a source vessel into a calibration vessel by means of a number of pumping cycles of the peristaltic pump, - measuring the amount of liquid pumped into the calibration vessel, characterised in that it further comprises the step of determining the calibrated volume per pumping cycle of the peristaltic pump, said calibrated volume per pumping cycle being a function of the measured quantity of liquid, said number of pumping cycles and at least one correction coefficient previously stored in a memory of a control device of said pump. - pumping a quantity of liquid from a source vessel into a calibration vessel by means of a number of pumping cycles of the peristaltic pump, - measuring the amount of liquid pumped into the calibration vessel,
A viewing optic comprising: (a) a main tube; (b) an objective system coupled to a first end of the main tube that focuses a target image from an outward scene; (c) an ocular system coupled to the second end of the main tube, the main tube, objective system and ocular system being configured to define at least a first focal plane, with a reticle at the first focal plane; and (d) a base coupled to a bottom portion of the main tube, wherein the base has a light module to direct light at the first focal plane reticle.
Housing for at least one electronic card having a connector, said housing comprising: - a chassis having: - a base having at least one female element and at least one pocket, - a cover, and - an insertion wall having, for the or each electronic card, a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction, - for the or each electronic card, two guide walls, each comprising, for the or each electronic card, a guide groove oriented parallel to the translation direction and intended to receive said electronic card, each guide wall comprising: - at least one male element designed to cooperate with a female element by insertion of said male element in said female element, - a tongue disposed at the end of the guide wall oriented on the side opposite to the insertion wall, taking the form of an arm having, at its free end, a stud designed to be inserted in a pocket, - a clip disposed at the end of the guide wall oriented on the side opposite to the insertion wall and taking the form of an elastic blade provided at its free end with a tooth oriented towards the base, and the face of the blade that is oriented towards the cover being designed to come into abutment against the latter, and - a backplane electronic card extending parallel to the plane of the insertion wall, having a receiving connector designed to be coupled to said connector, and designed to be inserted between the blade and the arm. - a chassis having: - a base having at least one female element and at least one pocket, - a cover, and - an insertion wall having, for the or each electronic card, a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction, - a base having at least one female element and at least one pocket, - a cover, and - an insertion wall having, for the or each electronic card, a window through which said electronic card can be introduced into or extracted from the chassis according to a translation direction, - for the or each electronic card, two guide walls, each comprising, for the or each electronic card, a guide groove oriented parallel to the translation direction and intended to receive said electronic card, - at least one male element designed to cooperate with a female element by insertion of said male element in said female element, - a tongue disposed at the end of the guide wall oriented on the side opposite to the insertion wall, taking the form of an arm having, at its free end, a stud designed to be inserted in a pocket, - a clip disposed at the end of the guide wall oriented on the side opposite to the insertion wall and taking the form of an elastic blade provided at its free end with a tooth oriented towards the base, and the face of the blade that is oriented towards the cover being designed to come into abutment against the latter, and - a backplane electronic card extending parallel to the plane of the insertion wall, having a receiving connector designed to be coupled to said connector, and designed to be inserted between the blade and the arm.
A content-centric-network, CCN, or named-data networking, NDN, system to support seamless mobility for a mobile node, MN, comprising: a first point of attachment, PoA, configured to indicate to the MN that attaches to the first PoA one or more neighbor PoAs and to multicast an announcement for content from the MN to the neighbor PoAs in a CCN or NDN to support seamless mobility for the MN when the MN starts a handoff procedure; and a second PoA from the one or more neighbor PoAs of the first PoA configured to receive the multicast announcement from the first PoA, forward the announcement to the CCN or NDN, receive interest for content from the CCN or NDN, and forward the interest to the MN. a first point of attachment, PoA, configured to indicate to the MN that attaches to the first PoA one or more neighbor PoAs and to multicast an announcement for content from the MN to the neighbor PoAs in a CCN or NDN to support seamless mobility for the MN when the MN starts a handoff procedure; and a second PoA from the one or more neighbor PoAs of the first PoA configured to receive the multicast announcement from the first PoA, forward the announcement to the CCN or NDN, receive interest for content from the CCN or NDN, and forward the interest to the MN.
A system for creating a virtual 3D model and sharing an environment including the virtual 3D model comprising: a network for receiving images, depth information and metadata from a plurality of devices each having a RGB camera (140, 141) and a depth camera (142, 143) employed near a point of interest to capture images, depth information and associated metadata near said point of interest, wherein the metadata for each image includes location of the device and the orientation of the camera (140, 141, 142, 143); an image processing server connected to the network for receiving said images, depth information and metadata, wherein the server processes the images, depth information and metadata to build a virtual 3D model of one or more targets proximate the point of interest based at least in part on said images, depth information and metadata; an experience platform connected to the image processing server for storing the virtual 3D model of one or more targets, whereby users can connect to the experience platform to view the point of interest from any user selected location near the point of interest and a user selected orientation from the selected location and view the virtual 3D model of one or more targets, wherein the images, depth information and metadata are crowdsourced by crowdsource contributors. a network for receiving images, depth information and metadata from a plurality of devices each having a RGB camera (140, 141) and a depth camera (142, 143) employed near a point of interest to capture images, depth information and associated metadata near said point of interest, wherein the metadata for each image includes location of the device and the orientation of the camera (140, 141, 142, 143); an image processing server connected to the network for receiving said images, depth information and metadata, wherein the server processes the images, depth information and metadata to build a virtual 3D model of one or more targets proximate the point of interest based at least in part on said images, depth information and metadata; an experience platform connected to the image processing server for storing the virtual 3D model of one or more targets, whereby users can connect to the experience platform to view the point of interest from any user selected location near the point of interest and a user selected orientation from the selected location and view the virtual 3D model of one or more targets,