mhurhangee/ep-ind-claims huggingface dataset:
Method performed by a control unit of a vehicle or by a remote computing system for assessing attack paths on a vehicle on-board network, wherein a. components connected to the network represent nodes of a graph, in which an edge between a first node and a second node is a communication link between the first and the second node, nodes allowing access to the network are access nodes, nodes providing specific functions or access to specific functions are asset nodes, and wherein the edge is weighted and the weight of the edge is a cost required to attack the second node from the first through the communication link, b. a path is formed by at least one node of the graph, c. wherein a vulnerability probability value consisting of a product sum of the path's software vulnerability probabilities of the nodes that form the path is determined for the path, d. for the at least one node of the graph reachable nodes linked to the at least one node are determined, and e. for each reachable node of the reachable nodes it is determined i. whether a cumulated exploitation cost of the path to the reachable node is within a predefined cost limit, ii. whether the vulnerability probability value for the path including the reachable node is within a probability limit, and f. if i. and ii. are fulfilled, defining the path to be a probable attack path. a. components connected to the network represent nodes of a graph, in which an edge between a first node and a second node is a communication link between the first and the second node, nodes allowing access to the network are access nodes, nodes providing specific functions or access to specific functions are asset nodes, and wherein the edge is weighted and the weight of the edge is a cost required to attack the second node from the first through the communication link, b. a path is formed by at least one node of the graph, c. wherein a vulnerability probability value consisting of a product sum of the path's software vulnerability probabilities of the nodes that form the path is determined for the path, d. for the at least one node of the graph reachable nodes linked to the at least one node are determined, and e. for each reachable node of the reachable nodes it is determined i. whether a cumulated exploitation cost of the path to the reachable node is within a predefined cost limit, ii. whether the vulnerability probability value for the path including the reachable node is within a probability limit, and i. whether a cumulated exploitation cost of the path to the reachable node is within a predefined cost limit, ii. whether the vulnerability probability value for the path including the reachable node is within a probability limit, and f. if i. and ii. are fulfilled, defining the path to be a probable attack path.
A glenoidal implant for a shoulder prosthesis, designed to be implanted in the glenoid of a patient and comprising: - an articular body for articulating the glenoidal implant with the humerus provided with or without a prosthesis; - a plate (20; 120; 220; 320) for supporting the articular body, this plate (20; 120; 220; 320) comprising an outer frustoconical surface that connects a rear side and a front side of the plate and that is provided for cooperating with an inner surface of the articular body; - means for anchoring along an anchor axis, suitable for being permanently fastened to the glenoid; and - means (40, 80) for locking the plate (20; 120; 220; 320) in position relative to the anchoring means and the glenoid; characterized in that the plate comprises means (30; 230; 330) for adjusting the position of the plate (20; 120; 220; 320) relative to the anchoring means, before it is locked in position by the locking means (40, 80), selectively in rotation around the anchoring axis and in translation transverse to the anchoring axis. - an articular body for articulating the glenoidal implant with the humerus provided with or without a prosthesis; - a plate (20; 120; 220; 320) for supporting the articular body, this plate (20; 120; 220; 320) comprising an outer frustoconical surface that connects a rear side and a front side of the plate and that is provided for cooperating with an inner surface of the articular body; - means for anchoring along an anchor axis, suitable for being permanently fastened to the glenoid; and - means (40, 80) for locking the plate (20; 120; 220; 320) in position relative to the anchoring means and the glenoid;
A bending crack evaluation method for, when applying press forming including bending deformation to a metal sheet subjected to shearing to manufacture a desired press-formed component, evaluating a bending crack at a sheared end face being an end face subjected to the shearing, the method comprising obtaining a crack index value for evaluating the bending crack at the sheared end face of the press-formed component from a bend outer side strain, the bend outer side being a surface side that becomes convex along with bending, at or near the sheared end face acquired on a basis of a component shape of the press-formed component and a press die bend radius, which is a bend radius obtained from the press die, at a portion forming the sheared end face in a press die used in the press forming, characterized in that the bend outer side strain is calculated from a sheet thickness reduction rate being a reduction rate from an initial sheet thickness due to press forming at or near the sheared end face acquired on the basis of the component shape of the press-formed component, and the bend radius, and that the crack index value is represented by a stress gradient in a sheet thickness direction at or near the sheared end face obtained from the bend outer side strain and the bend radius by using a stress-strain relationship of the metal sheet, and the bend outer side strain. the method comprising obtaining a crack index value for evaluating the bending crack at the sheared end face of the press-formed component from a bend outer side strain, the bend outer side being a surface side that becomes convex along with bending, at or near the sheared end face acquired on a basis of a component shape of the press-formed component and a press die bend radius, which is a bend radius obtained from the press die, at a portion forming the sheared end face in a press die used in the press forming, characterized in that the bend outer side strain is calculated from a sheet thickness reduction rate being a reduction rate from an initial sheet thickness due to press forming at or near the sheared end face acquired on the basis of the component shape of the press-formed component, and the bend radius, and that the crack index value is represented by a stress gradient in a sheet thickness direction at or near the sheared end face obtained from the bend outer side strain and the bend radius by using a stress-strain relationship of the metal sheet, and the bend outer side strain.
A rotor comprising: a shaft; a plurality of permanent magnet rotor modules disposed about said shaft, each of said rotor modules comprising: a cylindrical support ring including an alignment notch intruding radially outward from a radially inner surface of the cylindrical support ring; a ferromagnetic core radially outward of the support ring; at least one PM arc arranged in a first ring and at least one PM arc arranged in a second ring, the first and second ring being radially outward of the ferromagnetic core; a retainer having a first wall disposed radially outward of the first ring and the second ring and a second wall defining an axial boundary between axially adjacent PM arcs and between the first ring and the second ring; and wherein the PM arcs are radially polarised and the plurality of PM arcs in each rotor module in said plurality of rotor modules is magnetically aligned with the plurality of PM arcs in each other rotor module in the plurality of rotor modules. a shaft; a plurality of permanent magnet rotor modules disposed about said shaft, each of said rotor modules comprising: a cylindrical support ring including an alignment notch intruding radially outward from a radially inner surface of the cylindrical support ring; a ferromagnetic core radially outward of the support ring; at least one PM arc arranged in a first ring and at least one PM arc arranged in a second ring, the first and second ring being radially outward of the ferromagnetic core; a retainer having a first wall disposed radially outward of the first ring and the second ring and a second wall defining an axial boundary between axially adjacent PM arcs and between the first ring and the second ring; and
A nuclear reactor trip apparatus, comprising: a remote circuit breaker trip device operatively connected to a reactor trip breaker to release a control rod into a nuclear reactor core; an active power source electrically coupled to energize the remote circuit breaker trip device; a passive power source electrically coupled to energize the remote circuit breaker trip device based on a loss of the active power source; a local circuit breaker trip device operatively connected to the reactor trip breaker, the reactor trip breaker including a sensor to trigger the local circuit breaker trip device upon sensing a predefined condition; and a first logic device comprising a first terminal electrically coupled to the remote circuit breaker trip device, and a second terminal electrically coupled to both the active power source and the passive power source. a remote circuit breaker trip device operatively connected to a reactor trip breaker to release a control rod into a nuclear reactor core; an active power source electrically coupled to energize the remote circuit breaker trip device; a passive power source electrically coupled to energize the remote circuit breaker trip device based on a loss of the active power source; a local circuit breaker trip device operatively connected to the reactor trip breaker, the reactor trip breaker including a sensor to trigger the local circuit breaker trip device upon sensing a predefined condition; and a first logic device comprising a first terminal electrically coupled to the remote circuit breaker trip device, and a second terminal electrically coupled to both the active power source and the passive power source.
Method for controlling a generator comprising an inverter provided with electronic switches which, controlled based on instantaneous duty cycles α abc, allow said inverter to deliver to an electrical distribution network electric power P abc of alternating voltage, called source voltage V abc, and alternating current, called source current I abc, said voltage V abc and current I abc having a frequency f abc, the inverter being controlled by a control rule which comprises: a) an observation loop configured to estimate a network current (I r) actually required by the electrical distribution network, the network current being estimated from the source voltage V abc, the source current I abc and the frequency f abc by modelling the connection between the inverter and the electrical distribution network, b) an integration loop configured to evaluate a deviation ε between the source current I abc and the network current I r, c) a correction loop which, when the deviation ε is greater than a deviation called reference deviation ε ∗, is configured to control the adjustment by the inverter of the instantaneous duty cycles α abc so as to reduce the deviation ε to a value lower than the reference deviation ε ∗. a) an observation loop configured to estimate a network current (I r) actually required by the electrical distribution network, the network current being estimated from the source voltage V abc, the source current I abc and the frequency f abc by modelling the connection between the inverter and the electrical distribution network, b) an integration loop configured to evaluate a deviation ε between the source current I abc and the network current I r, c) a correction loop which, when the deviation ε is greater than a deviation called reference deviation ε ∗, is configured to control the adjustment by the inverter of the instantaneous duty cycles α abc so as to reduce the deviation ε to a value lower than the reference deviation ε ∗.
An automated method of removing embedding media from a biological sample, the method comprising the steps of: heating the biological sample containing embedding media to a temperature in excess of the melting point of the embedding media to form a liquefied embedding media; and applying a liquid including DI water and a surfactant to the biological sample to separate the liquefied embedding media from the biological sample, wherein the embedding medium is paraffin. heating the biological sample containing embedding media to a temperature in excess of the melting point of the embedding media to form a liquefied embedding media; and applying a liquid including DI water and a surfactant to the biological sample to separate the liquefied embedding media from the biological sample, wherein the embedding medium is paraffin.
Connecting arrangement (100, 200, 300) for connecting a first electronic assembly of a motor vehicle to a second electronic assembly (120, 220, 320) of a steering column module of the motor vehicle, which steering column module is fastened to a steering wheel-side end of a steering column, wherein the first assembly has a first housing with a first electronics module at least partially arranged therein, and the second assembly (120, 220, 320) has a second housing (130, 230, 330) with a second electronics module (140, 240, 340) arranged therein, wherein one of the assemblies (120, 220) is arranged in a stationary manner in the motor vehicle and the other assembly (110, 320) is arranged in the vehicle such that it can move relative to the assembly arranged in a stationary manner, wherein the first electronic assembly is electrically connected to the second electronic assembly (120, 220, 320) by means of a strip-like, flexible contact element (150, 250, 350) which, by way of one end, is routed out of the first housing and has a first contact region (160, 260, 360) in the region of this end, wherein the second electronics module (140, 240, 340) has a second contact region (180, 280, 380) which is designed for contact-connection with the contact region (160, 260, 360) of the flexible contact element (150, 250, 350), and wherein at least the end of the flexible contact element (150, 250, 350) with the first contact region (160, 260, 360) is inserted into the second housing (130, 230, 330) and is arranged in an overlapping manner with the second contact region (180, 280, 380) of the second electronics module (140, 240, 340) in such a way that the flexible contact element (150, 250, 350) and the second electronics module (140, 240, 340) are electrically contact-connected, characterized in that the flexible contact element (150, 250, 350) is connected to the second electronics module (140, 240, 340) in the contact region (160, 260, 360) by means of an anisotropic, conductive foil (170, 270).
Method for dewatering pulp in a former, in which the pulp, applied to a lower wire by a headbox, is led between the lower wire and an upper wire over a deflection roll, forming a twin-wire zone, at least over some distance, the pulp being pre-dewatered by means of the lower wire in a pre-dewatering zone arranged upstream of the twin-wire zone in the wire running direction of the lower wire, and the pulp being dewatered further in the twin-wire zone having a further deflection roll by means of wire tensions (T.4, T.5) applied by the two wires (4, 5) characterized in that for the further dewatering of the pulp, the lower wire produces a lower wire tension (T.4) of at least 20 kN/m, preferably of at least 25 kN/m, in particular of at least 30 kN/m, and in that, for the further dewatering of the pulp, the upper wire produces an upper wire tension (T.5) of at least 6 kN/m, preferably of at least 8 kN/m, in particular of at least 10 kN/m.
A guide rail assembly for a shading device, in particular for a vertical awning, which comprises a curtain in the form of a web of material, which on one end is fixed to a winding shaft, on which the curtain can be wound up and unwound, and on the other end on a slat bar lead into a desired extraction direction, with the curtain comprising bead portions extending alongside its side edges, comprising: a guide rail extending laterally of the curtain in the extraction direction, which comprises an undercut guide groove facing the curtain, the flanks of which are formed for support of the slat bar on both sides, in order to keep the curtain in line in normal direction in this way, and a fabric guide insert extending laterally of the guide rail in the guide groove, which comprises a bead rail portion with a bead groove for threading the respective bead portion of the curtain, and moreover, in normal direction, side flaps (61, 62) projecting from both sides of the bead rail portion, characterized in that the fabric guide insert is suspended on the guide rail on the upper end or close to the upper end of the guide groove, namely fixed in a longitudinal area, which is located on the upper end or close to the upper end of the guide groove, with the fabric guide insert on its bottom side not standing up. a guide rail extending laterally of the curtain in the extraction direction, which comprises an undercut guide groove facing the curtain, the flanks of which are formed for support of the slat bar on both sides, in order to keep the curtain in line in normal direction in this way, and a fabric guide insert extending laterally of the guide rail in the guide groove, which comprises a bead rail portion with a bead groove for threading the respective bead portion of the curtain, and moreover, in normal direction, side flaps (61, 62) projecting from both sides of the bead rail portion, characterized in that the fabric guide insert is suspended on the guide rail on the upper end or close to the upper end of the guide groove, namely fixed in a longitudinal area, which is located on the upper end or close to the upper end of the guide groove, with the fabric guide insert on its bottom side not standing up.
A method for using by an intermediary a request and a response specified by a policy to determine an action of the policy, the intermediary receiving communications between a client and one or more servers (106a-106n), the method comprising: a) identifying, by an intermediary, a policy for a message intercepted between a client and one or more servers (106a-106n), the policy specifying a request; b) transmitting, by the intermediary responsive to the policy, the request specified by the policy; c) determining, by the intermediary, an action of the policy based on a response corresponding to the request specified by the policy; and d) routing, by the intermediary, the intercepted message to a destination based on the determined action of the policy; characterised in that: the policy specifies a server to which the request is to be communicated; the request specified by the policy is transmitted via a network to the server specified by the policy; the response corresponding to the request specified by the policy is received by the intermediary from the server via the network and the intermediary determines the action of the policy based on an evaluation of the response received from the server. a) identifying, by an intermediary, a policy for a message intercepted between a client and one or more servers (106a-106n), the policy specifying a request; b) transmitting, by the intermediary responsive to the policy, the request specified by the policy; c) determining, by the intermediary, an action of the policy based on a response corresponding to the request specified by the policy; and d) routing, by the intermediary, the intercepted message to a destination based on the determined action of the policy; characterised in that: the policy specifies a server to which the request is to be communicated; the request specified by the policy is transmitted via a network to the server specified by the policy; the response corresponding to the request specified by the policy is received by the intermediary from the server via the network and the intermediary determines the action of the policy based on an evaluation of the response received from the server. the policy specifies a server to which the request is to be communicated; the request specified by the policy is transmitted via a network to the server specified by the policy; the response corresponding to the request specified by the policy is received by the intermediary from the server via the network and the intermediary determines the action of the policy based on an evaluation of the response received from the server.
Computer implemented method for processing a seismic image comprising seismic values obtained from seismic measurements performed on a geological formation, comprising: - determining a seismic dip image based on the seismic image, said seismic dip image comprising local seismic dips representative of the local gradient of the seismic values of the seismic image; the method being characterized in comprising: - initializing a seismic horizon surface modeled using a combination of spline functions, wherein the spline functions are basis-splines, B-splines; - iteratively modifying coefficients used for combining the spline functions, thereby iteratively modifying the seismic horizon surface, to progressively increase alignment between local orientations of the seismic horizon surface and the corresponding local seismic dips, until a predetermined stop criterion is satisfied. - determining a seismic dip image based on the seismic image, said seismic dip image comprising local seismic dips representative of the local gradient of the seismic values of the seismic image; - initializing a seismic horizon surface modeled using a combination of spline functions, wherein the spline functions are basis-splines, B-splines; - iteratively modifying coefficients used for combining the spline functions, thereby iteratively modifying the seismic horizon surface, to progressively increase alignment between local orientations of the seismic horizon surface and the corresponding local seismic dips, until a predetermined stop criterion is satisfied.
A biomedical sensor system comprising: a plurality of electrodes having an impedance of greater than 50kΩ/sq.-mil; and a contiguous adhesive material having an impedance of greater than 20kΩ/sq.-mil, that is adapted for non-ionic capacitive coupling through the adhesive material, and that is in contact with each of the plurality of electrodes, and a signal analysis system that is coupled to and is arranged to receive signals from the plurality of electrodes, wherein said signal analysis system is arranged to select a subset of the plurality of electrodes to be used for signal analysis, and wherein the selection is based on those signals with the least noise and/or the strongest amplitude.