mhurhangee/patent-ind-claim-en huggingface dataset:
A method for protecting, via internal network monitoring, a first network from an attack using credentials exposed from a second network, comprising: receiving an intelligence feed at a security device center within the first network, the intelligence feed including an exposed username and an exposed password associated with the exposed username; passively receiving an authentication request at the security device center, the authentication request including a requested username and a portion encrypted according to a requested password; attempting, by the security device center, to decrypt the portion with the exposed password; determining whether the portion was decrypted with the exposed password; based on determining that the portion was decrypted, determining whether the authentication request was granted access to the first network; based on determining that the authentication request was granted access to the first network, applying account-specific security procedures to the account associated with the requested username; and based on determining that the authentication request was not granted access to the first network, applying network-specific security procedures to secure the first network. receiving an intelligence feed at a security device center within the first network, the intelligence feed including an exposed username and an exposed password associated with the exposed username; passively receiving an authentication request at the security device center, the authentication request including a requested username and a portion encrypted according to a requested password; attempting, by the security device center, to decrypt the portion with the exposed password; determining whether the portion was decrypted with the exposed password; based on determining that the portion was decrypted, determining whether the authentication request was granted access to the first network; based on determining that the authentication request was granted access to the first network, applying account-specific security procedures to the account associated with the requested username; and based on determining that the authentication request was not granted access to the first network, applying network-specific security procedures to secure the first network.
Device for controlling at least one sub-assembly capable of transforming electrical energy and of storing it in thermal form comprising a power interface and/or control means for controlling at least one electrical power load, a communication sub-assembly for receiving at least one instruction, the reception of which triggers the supply to the at least one sub-assembly capable of transforming electrical energy and to store it in thermal form, of a quantity of electrical energy originating from a terminal installation of an electrical network comprising an electrical energy meter behind which the device is connected, the device being characterized in that the reception of the at least one setpoint conditions the start of the supply of electrical energy to the at least one power load, the stopping of the supply of energy being managed locally by the device when a predetermined quantity of electrical energy has been consumed.
An inner surface finishing tool for finishing an inner peripheral surface of a workpiece, the tool comprising: a mandrel rotatable relative to the workpiece, the mandrel including a polygonal member ; and a frame that is cylindrical and fitted onto the mandrel in a rotatable manner, the frame having an axis extending in an axial direction of the mandrel , the frame holding a plurality of second rollers rollable on an outer peripheral surface of the mandrel , characterised by the frame further holding a plurality of first rollers rollable on an outer peripheral surface of the mandrel , wherein the polygonal member is configured to rotate only the plurality of second rollers to move inward and outward in a radial direction of the frame . a mandrel rotatable relative to the workpiece, the mandrel including a polygonal member ; and a frame that is cylindrical and fitted onto the mandrel in a rotatable manner, the frame having an axis extending in an axial direction of the mandrel , the frame holding a plurality of second rollers rollable on an outer peripheral surface of the mandrel , characterised by the frame further holding a plurality of first rollers rollable on an outer peripheral surface of the mandrel , wherein the polygonal member is configured to rotate only the plurality of second rollers to move inward and outward in a radial direction of the frame .
A power distribution control system, comprising: a plurality of responsive load power assets , each being connected to a grid and each having a local router , the responsive load power assets being part of a string of power assets; a server in communication with the local routers, and a control system at the server for anticipating times of peak demand in the grid relative to supply, characterized in that the server provides to the local routers parameters indicative of a future time period during which peak demand is anticipated, and line voltage and/or line frequency objectives for such time period, and in that each local router has metrology circuitry for measuring line voltage and/or line frequency local to the router and is adapted to receive the parameters from the server and to cause its associated asset to draw more energy and thereby actively prepare for the future time period and be in a state to require less energy during the future time period; such that when the router later identifies, during said time period, an under-voltage and/or under-frequency as measured by the metrology circuit relative to the line voltage and/or line frequency objectives of the server , the router acts in response to such under-voltage and/or under-frequency to override local control of the responsive load power asset and draw less power from the grid. a plurality of responsive load power assets , each being connected to a grid and each having a local router , the responsive load power assets being part of a string of power assets; a server in communication with the local routers, and a control system at the server for anticipating times of peak demand in the grid relative to supply, characterized in that the server provides to the local routers parameters indicative of a future time period during which peak demand is anticipated, and line voltage and/or line frequency objectives for such time period, and in that each local router has metrology circuitry for measuring line voltage and/or line frequency local to the router and is adapted to receive the parameters from the server and to cause its associated asset to draw more energy and thereby actively prepare for the future time period and be in a state to require less energy during the future time period; such that when the router later identifies, during said time period, an under-voltage and/or under-frequency as measured by the metrology circuit relative to the line voltage and/or line frequency objectives of the server , the router acts in response to such under-voltage and/or under-frequency to override local control of the responsive load power asset and draw less power from the grid.
A method comprising: commanding , by a system management unit, a first power device having output terminals to change an output electrical parameter, receiving operating voltages reported by a respective one of a plurality of power devices, each comprising output terminals, wherein the output terminals of at least one power device of the plurality of power devices are serially coupled to the output terminals of the first power device; and determining , based on the received operating voltages, power devices of the plurality of power devices that are serially coupled to the first power device by detecting a change in the operating voltages. commanding , by a system management unit, a first power device having output terminals to change an output electrical parameter, receiving operating voltages reported by a respective one of a plurality of power devices, each comprising output terminals, wherein the output terminals of at least one power device of the plurality of power devices are serially coupled to the output terminals of the first power device; and determining , based on the received operating voltages, power devices of the plurality of power devices that are serially coupled to the first power device by detecting a change in the operating voltages.
A data transmission method, used in a gateway, wherein the method comprises: detecting whether data transmitted in a received general packet radio service tunnelling protocol for the user plane GTP-U data packet is data of a predetermined type characterized in that the predetermined type is non-IP data packet; when a result of the detection is that data transmitted in the GTP-U data packet is data of the predetermined type, decapsulating the GTP-U data packet, to obtain the data of the predetermined type and a destination address of the data of the predetermined type; and sending the data of the predetermined type and the destination address to a message gateway, the destination address indicating a destination to which the message is intended to be sent beyond the message gateway; wherein, when the gateway is a packet data gateway, the detecting whether data transmitted in a received general packet radio service tunnelling protocol for the user plane GTP-U data packet is data of the predetermined type comprises: acquiring an identity of a bearer bearing the GTP-U data packet; detecting whether the bearer identity is a predetermined bearer identity; and when a result of the detection is that the bearer identity is the predetermined bearer identity, determining that the data transmitted in the received GTP-U data packet is the data of the predetermined type. detecting whether data transmitted in a received general packet radio service tunnelling protocol for the user plane GTP-U data packet is data of a predetermined type characterized in that the predetermined type is non-IP data packet; when a result of the detection is that data transmitted in the GTP-U data packet is data of the predetermined type, decapsulating the GTP-U data packet, to obtain the data of the predetermined type and a destination address of the data of the predetermined type; and sending the data of the predetermined type and the destination address to a message gateway, the destination address indicating a destination to which the message is intended to be sent beyond the message gateway; wherein, when the gateway is a packet data gateway, the detecting whether data transmitted in a received general packet radio service tunnelling protocol for the user plane GTP-U data packet is data of the predetermined type comprises: acquiring an identity of a bearer bearing the GTP-U data packet; detecting whether the bearer identity is a predetermined bearer identity; and when a result of the detection is that the bearer identity is the predetermined bearer identity, determining that the data transmitted in the received GTP-U data packet is the data of the predetermined type.
System comprising a double-sided adhesive sheet for image display device to bond any two adherends selected from a surface protective panel , a touch panel , and an image display panel , the system further comprising at least one of the adherends, wherein at least one of the adherends has a stepped portion on an adhesion surface to adhere to the double-sided adhesive sheet ; and a surface shape of a bonding surface of the double-sided adhesive sheet to adhere to the adhesion surface is shaped in accordance with a surface shape of the adhesion surface .
Device arranged for the treatment of a cutting edge, comprising tools (2; 3), which are located opposite each other in pairs and each one of which comprises two or more segments (2', 2", 2'''; 3', 3", 3'''), which are arranged at spaces and have a respective contact surface (5; 6), at least one of the tools (2; 3) featuring segments having an active, grinding or dressing or polishing contact surface, and the segments of one tool being arranged to, in overlapping relationship, alternately engage between the segments of the opposite tool, so that, between the segments of the tools located opposite each other, a V-shaped notch is formed for the insertion of a cutting edge, which, in contact with the contact surfaces of the segments, is to be treated by longitudinal motion of the cutting edge in the longitudinal direction of the notch, the tools being mutually movable for the adaptation of the width and depth of the notch in relation to the load of the cutting edge on the tools, wherein the individual tool (2; 3) features a holder (7; 8) in which the two or more segments (2', 2", 2'''; 3', 3", 3''') are individually movably mounted and, independently of the other segments of the same tool, spring biased toward the opposite tool, and characterized in that each segment is assigned an inner and an outer end stop, which determine the possible movement length of the segment, the same being determined in such a way that, in the outer end positions of the segments, a gap-shaped opening is formed between the segments of the opposite tools, in the bottom of the V-shaped notch.
An aircraft seat , comprising: a support system including a diaphragm ; a cushion including at least one surface configured to conform to a corresponding surface of the support system; a dress cover , the dress cover configured to fit over at least a portion of the cushion; and an attachment assembly , comprising: a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, the attachment assembly configured to secure the at least one surface of the cushion against the corresponding surface of the support system when the primary attachment feature is coupled to the auxiliary attachment feature at a single attachment interface for the support system, the cushion, and the dress cover; the primary attachment feature including a wire spring , characterized by the auxiliary attachment feature including a plurality of tabs , each tab of the plurality of tabs including a groove configured to receive the wire spring, at least one tab of the plurality of tabs facing inward toward a center of the support system, at least one tab of the plurality of tabs facing outward away from the center of the support system. a support system including a diaphragm ; a cushion including at least one surface configured to conform to a corresponding surface of the support system; a dress cover , the dress cover configured to fit over at least a portion of the cushion; and an attachment assembly , comprising: a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, the attachment assembly configured to secure the at least one surface of the cushion against the corresponding surface of the support system when the primary attachment feature is coupled to the auxiliary attachment feature at a single attachment interface for the support system, the cushion, and the dress cover; the primary attachment feature including a wire spring , characterized by the auxiliary attachment feature including a plurality of tabs , each tab of the plurality of tabs including a groove configured to receive the wire spring, at least one tab of the plurality of tabs facing inward toward a center of the support system, at least one tab of the plurality of tabs facing outward away from the center of the support system.
A biometrics authentication device comprising: a filter configured to extract a plurality of directional features corresponding to directions different from each other, from an input image; a non-directional feature generation process unit configured to define, as a non-directional feature, the directional feature that results in maximum filter output, from among the plurality of directional features extracted from the image; a directional feature generation process unit configured to define, as a reference direction, a direction corresponding to the directional feature that maximizes filter output energy in Lp norm (1≤p≤∞) , and to select, from among the directional features, a reference directional feature corresponding to the reference direction; a non-directional feature matching process unit configured to obtain a first degree of similarity between the non-directional feature and a registered non-directional feature stored in a storage unit ; a directional feature matching process unit configured to obtain a second degree of similarity between the reference directional feature and a registered reference directional feature stored in the storage unit ; and a determination unit configured to make a weight of the second degree of similarity smaller than a weight of the first degree of similarity, and to determine that a subject is a person to be authenticated when a weighted total of the first degree of similarity and the second degree of similarity is equal to or greater than a threshold. a filter configured to extract a plurality of directional features corresponding to directions different from each other, from an input image; a non-directional feature generation process unit configured to define, as a non-directional feature, the directional feature that results in maximum filter output, from among the plurality of directional features extracted from the image; a directional feature generation process unit configured to define, as a reference direction, a direction corresponding to the directional feature that maximizes filter output energy in Lp norm (1≤p≤∞) , and to select, from among the directional features, a reference directional feature corresponding to the reference direction; a non-directional feature matching process unit configured to obtain a first degree of similarity between the non-directional feature and a registered non-directional feature stored in a storage unit ; a directional feature matching process unit configured to obtain a second degree of similarity between the reference directional feature and a registered reference directional feature stored in the storage unit ; and a determination unit configured to make a weight of the second degree of similarity smaller than a weight of the first degree of similarity, and to determine that a subject is a person to be authenticated when a weighted total of the first degree of similarity and the second degree of similarity is equal to or greater than a threshold.
Elevator system comprising at least one autonomous unit for controlling an elevator and a multichannel-edge-gateway being capable of building a communication between the autonomous unit and data resources on an IoT network , the multichannel-edge-gateway comprises more than one communication channel , wherein these channels are capable of data communicating using the same protocol or different protocols either synchronously or asynchronously, characterized in that the multichannel-edge-gateway comprises a channel assignment means being capable of matching automatically one of the channels to one of the protocols according to data to be sent from the multichannel-edge-gateway , wherein a matching and/or an assigning by the said channel assignment means are executable by self-learning according to a data content, a data format and/or a data source. the multichannel-edge-gateway comprises more than one communication channel , wherein these channels are capable of data communicating using the same protocol or different protocols either synchronously or asynchronously, characterized in that the multichannel-edge-gateway comprises a channel assignment means being capable of matching automatically one of the channels to one of the protocols according to data to be sent from the multichannel-edge-gateway , wherein a matching and/or an assigning by the said channel assignment means are executable by self-learning according to a data content, a data format and/or a data source.
A method of communicating with multiple other devices by a Bluetooth low energy thermostat device , the method comprising: broadcasting advertisements from the Bluetooth low energy thermostat device to connect to the multiple other devices, the advertisements being broadcasted at a first rate of an advertisement; receiving an event at the Bluetooth low energy thermostat device , the event being a change of state of or for the Bluetooth low energy thermostat device , the change of state including one or more of a change in a temperature set point of the Bluetooth low energy thermostat device and a change in status of an HVAC unit controlled by the Bluetooth low energy thermostat device ; responsive to receiving the event , broadcasting advertisements at a second rate of an advertisement higher than the first rate for a selected period of time to indicate a change of state of or for the Bluetooth low energy thermostat device ; and connecting and disconnecting with the multiple other devices to exchange information related to the change of state of or for the Bluetooth low energy thermostat device during the selected period of time. broadcasting advertisements from the Bluetooth low energy thermostat device to connect to the multiple other devices, the advertisements being broadcasted at a first rate of an advertisement; receiving an event at the Bluetooth low energy thermostat device , the event being a change of state of or for the Bluetooth low energy thermostat device , the change of state including one or more of a change in a temperature set point of the Bluetooth low energy thermostat device and a change in status of an HVAC unit controlled by the Bluetooth low energy thermostat device ; responsive to receiving the event , broadcasting advertisements at a second rate of an advertisement higher than the first rate for a selected period of time to indicate a change of state of or for the Bluetooth low energy thermostat device ; and connecting and disconnecting with the multiple other devices to exchange information related to the change of state of or for the Bluetooth low energy thermostat device during the selected period of time.