mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly consisting of an aircraft door , an aircraft door evacuation slide , an aircraft cabin floor and a mechanism for arming/disarming the evacuation slide connected to the cabin floor of the aircraft, characterized in that it includes two releasable connectors disposed on respective opposite sides of the bottom of the door and each composed of two half-connectors (21s, 22s; 21i, 22i) coaxial with an axis perpendicular to the floor, a so-called upper half-connector rigidly connected to the door and having means of attachment to the evacuation slide , a so-called lower half-connector fixed to the cabin floor , as well as a latch for locking/unlocking the upper half-connector and the lower half-connector , in that each latch includes a part mobile in rotation about the axis of the half-connectors (21s, 22s; 21i, 22i) and adapted to be housed in the corresponding lower half-connector , and in that the mechanism also includes an energy source coupled to two links , each link being adapted to be able to be moved in translation parallel to the floor by the energy source to drive the mobile part of each latch in rotation (R1, R2) between two angular positions: - an angular position (Aa) locking the locking configuration of the walls of a base of the corresponding lower half-connector , and - a releasable angular position (Ad) of complementary configuration of the walls of said part and said base . - an angular position (Aa) locking the locking configuration of the walls of a base of the corresponding lower half-connector , and - a releasable angular position (Ad) of complementary configuration of the walls of said part and said base .
A mechanism to open and close a sliding door of a console of an automated parcel terminal , characterized in that the mechanism comprises an L-shaped continuous drive belt loop having a horizontal part and a vertical part, the drive belt looping around pulleys at both ends of its L-shaped form; a carriage supporting a swivel lock mechanism connected to the horizontal part of the drive belt loop, a counterweight connected to a back side of the vertical part of the drive belt loop and the sliding door connected to a front side of the vertical part of the drive belt loop, wherein the carriage is configured to move forward when a parcel tray is inserted into the internal console causing the drive belt loop to move to a direction pulling the sliding door downward into an open position, and the carriage further being configured to move backward when the parcel tray is removed from the console causing the drive belt to move to direction pulling the sliding door upward into a closed position and the swivel lock mechanism to move to a locked position preventing opening of the door from outside. an L-shaped continuous drive belt loop having a horizontal part and a vertical part, the drive belt looping around pulleys at both ends of its L-shaped form; a carriage supporting a swivel lock mechanism connected to the horizontal part of the drive belt loop, a counterweight connected to a back side of the vertical part of the drive belt loop and the sliding door connected to a front side of the vertical part of the drive belt loop, wherein the carriage is configured to move forward when a parcel tray is inserted into the internal console causing the drive belt loop to move to a direction pulling the sliding door downward into an open position, and the carriage further being configured to move backward when the parcel tray is removed from the console causing the drive belt to move to direction pulling the sliding door upward into a closed position and the swivel lock mechanism to move to a locked position preventing opening of the door from outside.
A method for identifying suspicious traffic, comprising the following steps: - Establishing a communication between a device under test and a network simulator ; - Monitoring, by the network simulator , exchanged data between the device under test and the network simulator , wherein at least a portion of the data exchanged is encrypted; - Identifying the type of application that causes the data exchange by means of a deep packet inspection module , wherein the deep packet inspection module uses at least part of the header information of the data exchanged to identify the type of application that causes the data exchange; and - Using prerecorded data, by an artificial intelligence module connected with the network simulator , to identify malicious data within the data exchanged, wherein the artificial intelligence module uses signaling information, internet protocol information and deep packet inspection information to identify unexpected packets in the data exchanged and the traffic content type without decrypting the data exchanged by using information directly accessible. - Establishing a communication between a device under test and a network simulator ; - Monitoring, by the network simulator , exchanged data between the device under test and the network simulator , wherein at least a portion of the data exchanged is encrypted; - Identifying the type of application that causes the data exchange by means of a deep packet inspection module , wherein the deep packet inspection module uses at least part of the header information of the data exchanged to identify the type of application that causes the data exchange; and - Using prerecorded data, by an artificial intelligence module connected with the network simulator , to identify malicious data within the data exchanged, wherein the artificial intelligence module uses signaling information, internet protocol information and deep packet inspection information to identify unexpected packets in the data exchanged and the traffic content type without decrypting the data exchanged by using information directly accessible.
A power converter system , comprising: an inverter comprising a first phase first bridge and a first phase second bridge , wherein each of said first bridge and said second bridge comprises at least two switches ; and a first phase first conductor coupled between the at least two switches of the first phase first bridge and a first phase second conductor coupled between the at least two inverter switches of first phase second bridge ; a first inductor coupled to an output of first phase first bridge and first phase second bridge , the first inductor coupled to first phase first conductor and to first phase second conductor , wherein the first inductor 302 includes a first winding , a second winding , a third winding , and a fourth winding and wherein the first inductor includes a common inductor core , and wherein the first winding , second winding , third winding , and fourth winding are positioned about separate sections or portions of inductor core ; and wherein the first phase first conductor is coupled to first winding and second winding , and first phase second conductor is coupled to third winding and fourth winding ; and wherein at least one filter capacitor is coupled to first phase first conductor and to first phase second conductor such that first phase first conductor is coupled to first phase second conductor through filter capacitor , wherein the filter capacitor is coupled to first phase first conductor between first winding and second winding of first inductor and a first phase first conductor coupled between the at least two switches of the first phase first bridge and a first phase second conductor coupled between the at least two inverter switches of first phase second bridge ; a first inductor coupled to an output of first phase first bridge and first phase second bridge , the first inductor coupled to first phase first conductor and to first phase second conductor , wherein the first inductor 302 includes a first winding , a second winding , a third winding , and a fourth winding and wherein the first inductor includes a common inductor core , and wherein the first winding , second winding , third winding , and fourth winding are positioned about separate sections or portions of inductor core ; and wherein the first phase first conductor is coupled to first winding and second winding , and first phase second conductor is coupled to third winding and fourth winding ; and wherein at least one filter capacitor is coupled to first phase first conductor and to first phase second conductor such that first phase first conductor is coupled to first phase second conductor through filter capacitor , wherein the filter capacitor is coupled to first phase first conductor between first winding and second winding of first inductor
A playback device that reads out a video stream, which is encoded video information, from a recording medium , and plays the video stream, the playback device comprising: an attribute readout unit that reads out first attribute information, indicating whether a dynamic range of luminance of the video stream is a first dynamic range or a second dynamic range that is wider than the first dynamic range, from a management information file recorded in the recording medium in a manner correlated with the video stream; a decoding unit that generates decoded video information by reading the video stream out from the recording medium and decoding the video stream characterized by an output unit that analyzes the readout first attribute information and when the analyzed first attribute information indicates the second dynamic range, the first attribute information also indicates the type of the second dynamic range, namely HDR video stream including an SEI message (HDRb) or luminance-enhanced HDR video stream including an SEI message (HDRe) or enhanced video sequence corresponding to a base video stream that includes an SEI message (HDRb), outputs the decoded video information and maximum luminance information in accordance with the type of the second dynamic range, wherein the maximum luminance information is Z included in the management information file recorded in the recording medium and indicates a maximum luminance of the video stream. an attribute readout unit that reads out first attribute information, indicating whether a dynamic range of luminance of the video stream is a first dynamic range or a second dynamic range that is wider than the first dynamic range, from a management information file recorded in the recording medium in a manner correlated with the video stream; a decoding unit that generates decoded video information by reading the video stream out from the recording medium and decoding the video stream characterized by an output unit that analyzes the readout first attribute information and when the analyzed first attribute information indicates the second dynamic range, the first attribute information also indicates the type of the second dynamic range, namely HDR video stream including an SEI message (HDRb) or luminance-enhanced HDR video stream including an SEI message (HDRe) or enhanced video sequence corresponding to a base video stream that includes an SEI message (HDRb), outputs the decoded video information and maximum luminance information in accordance with the type of the second dynamic range, wherein the maximum luminance information is Z included in the management information file recorded in the recording medium and indicates a maximum luminance of the video stream.
Method for impregnating biomass , comprising: Feeding a reactor unit with biomass by means of a plug screw (12, S100); At least partially filling the reactor unit up to a predetermined fill level with a reactant , such that a reaction between the fed biomass and the reactant takes place in order to obtain an impregnated biomass (S200); Controlling the fill level such that it is constant over a predetermined time; Determining the fill level depending on the velocity with which the biomass is conveyed through the reactor unit ; and Discharging the impregnated biomass from the reactor unit for further processing (S300). Feeding a reactor unit with biomass by means of a plug screw (12, S100); At least partially filling the reactor unit up to a predetermined fill level with a reactant , such that a reaction between the fed biomass and the reactant takes place in order to obtain an impregnated biomass (S200); Controlling the fill level such that it is constant over a predetermined time; Determining the fill level depending on the velocity with which the biomass is conveyed through the reactor unit ; and Discharging the impregnated biomass from the reactor unit for further processing (S300).
A resource scheduling method, wherein the method comprises: • receiving, by a terminal, UE, a first time division duplex, TDD, configuration and a second TDD configuration, wherein a quantity of downlink, DL, subframes in the first TDD configuration is greater than a quantity of DL subframes in the second TDD configuration (step 101); • determining the first TDD configuration or the second TDD configuration as a target TDD configuration corresponding to the UE (step 102); • dividing, based on the target TDD configuration, subframes corresponding to the UE into a first subframe subset, a second subframe subset, and a third subframe subset, wherein the first subframe subset comprises subframes that are opposite to directions of links corresponding to UEs in a first terminal group and a second terminal group, the second subframe subset comprises uplink subframes corresponding to the UEs in the first terminal group and the second terminal group, and the third subframe subset comprises DL subframes corresponding to the UEs in the first terminal group and the second terminal group; and DL services of the UE in the first terminal group are more than DL services of the UE in the second terminal group (step 103); and • performing channel quality state measurement based on the first subframe subset, the second subframe subset, and the third subframe subset, and reporting a measurement result of the channel quality state measurement to an evolved NodeB, eNB, (step 104). • receiving, by a terminal, UE, a first time division duplex, TDD, configuration and a second TDD configuration, wherein a quantity of downlink, DL, subframes in the first TDD configuration is greater than a quantity of DL subframes in the second TDD configuration (step 101); • determining the first TDD configuration or the second TDD configuration as a target TDD configuration corresponding to the UE (step 102); • dividing, based on the target TDD configuration, subframes corresponding to the UE into a first subframe subset, a second subframe subset, and a third subframe subset, wherein the first subframe subset comprises subframes that are opposite to directions of links corresponding to UEs in a first terminal group and a second terminal group, the second subframe subset comprises uplink subframes corresponding to the UEs in the first terminal group and the second terminal group, and the third subframe subset comprises DL subframes corresponding to the UEs in the first terminal group and the second terminal group; and DL services of the UE in the first terminal group are more than DL services of the UE in the second terminal group (step 103); and • performing channel quality state measurement based on the first subframe subset, the second subframe subset, and the third subframe subset, and reporting a measurement result of the channel quality state measurement to an evolved NodeB, eNB, (step 104).
A flat key for a cylinder lock, comprising - at least one encoded surface , which extends along the longitudinal extension of the flat key , wherein, - for encoding, control points (3, 3', 3"), which are connected by a control groove , are provided at sensing positions on the surface , and wherein - encoding features to be read in the cylinder lock are provided at the control points (3, 3', 3"), wherein - the encoding feature, at a first control point , forms an angle with the central longitudinal plane of the flat key which differs from that of the encoding feature at a second control point (3"), characterised in that the control groove has a torsion section at least between the first control point and the second control point (3"). - at least one encoded surface , which extends along the longitudinal extension of the flat key , wherein, - for encoding, control points (3, 3', 3"), which are connected by a control groove , are provided at sensing positions on the surface , and wherein - encoding features to be read in the cylinder lock are provided at the control points (3, 3', 3"), wherein - the encoding feature, at a first control point , forms an angle with the central longitudinal plane of the flat key which differs from that of the encoding feature at a second control point (3"),
A method of profiling a nucleic acid composition of a single cell comprising: isolating the single cell in a liquid droplet; lysing the single cell in the liquid droplet to release template nucleic acid from the cell; amplifying the template nucleic acid in the liquid droplet to generate amplified nucleic acid; and detecting the amplified nucleic acid in the liquid droplet, wherein the detecting comprises profiling the amplified nucleic acid by performing a molecular computation with a nucleic acid logic gate. isolating the single cell in a liquid droplet; lysing the single cell in the liquid droplet to release template nucleic acid from the cell; amplifying the template nucleic acid in the liquid droplet to generate amplified nucleic acid; and detecting the amplified nucleic acid in the liquid droplet, wherein the detecting comprises profiling the amplified nucleic acid by performing a molecular computation with a nucleic acid logic gate.
A valve component for controlling fluid flow, the valve component comprising: a body having a first surface and a second surface ; at least one tortuous flow channel extending between the first surface and the second surface , the at least one tortuous flow channel having multiple sections consisting of flow path redirections and expansions, the flow channel at least partially defined by a floor portion and a ceiling portion ; the body being formed as one-piece by additive manufacturing to concurrently define the flow channel as a void space; and wherein at least one of the floor portion and ceiling portion being disposed at an acute angle relative to a plane containing a layer of material forming the body characterized in that the cross sectional shape of the flow channel is in the general form or shape of a chevron . a body having a first surface and a second surface ; at least one tortuous flow channel extending between the first surface and the second surface , the at least one tortuous flow channel having multiple sections consisting of flow path redirections and expansions, the flow channel at least partially defined by a floor portion and a ceiling portion ; the body being formed as one-piece by additive manufacturing to concurrently define the flow channel as a void space; and wherein at least one of the floor portion and ceiling portion being disposed at an acute angle relative to a plane containing a layer of material forming the body characterized in that the cross sectional shape of the flow channel is in the general form or shape of a chevron .
A terminal, comprising: a receiving module , configured to receive configuration information of at least one air interface-specific path sent by a base station, wherein the air interface-specific path is used to transmit application data corresponding to at least one application when the terminal is in an idle state, wherein the configuration information of the air interface-specific path comprises time-frequency resource information and link resource information of the air interface-specific path; and a sending module , configured to: if the to-be-sent application data is discontinuously transmitted and has a length less than a preset threshold, use the at least one air interface-specific path to send the application data to the base station when the terminal is in an idle state. a receiving module , configured to receive configuration information of at least one air interface-specific path sent by a base station, wherein the air interface-specific path is used to transmit application data corresponding to at least one application when the terminal is in an idle state, wherein the configuration information of the air interface-specific path comprises time-frequency resource information and link resource information of the air interface-specific path; and a sending module , configured to: if the to-be-sent application data is discontinuously transmitted and has a length less than a preset threshold, use the at least one air interface-specific path to send the application data to the base station when the terminal is in an idle state.
Printing assembly , wherein at least one transport direction (T) is defined by a transport path provided for the transport of printing material through the printing assembly , and wherein the printing assembly has at least one first support body , on which at least one first image-generating device is arranged and which extends both in the transport direction (T) and in a transverse direction (A) that is oriented horizontally and orthogonally to the transport direction (T), and wherein the printing assembly has at least one controlling and/or regulating device , characterized in that the printing assembly has at least one first temperature control device (641; 642) for creating a temperature difference between a first point on said at least one first support body and a second point on said at least one first support body in a targeted manner, said second point being spaced apart from said first point at least in the transport direction (T), wherein the at least one controlling and/or regulating device is arranged in a manner connected to the at least one first temperature control device (641; 642).
A temperature sensor for a gearbox, it being possible to partially fill an inner chamber of the gearbox with oil, the temperature sensor comprising the following: - a sensor element for detecting a sensor signal that is dependent on the temperature in the inner chamber; - an evaluation device for evaluating the detected sensor signal; - a data interface for supplying the evaluated sensor signal; and - a housing in which the sensor element , the evaluation unit and the data interface are integrated and that is configured to place at least the sensor element in thermal contact with the inner chamber of the gearbox; the evaluation unit being configured to convert the detected sensor signal into a temperature signals based on a calibration, characterised in that the sensor element is made of a material having a negative temperature coefficient, and a lead frame is provided for wiring the temperature sensor up to further components, and the evaluation unit being configured to detect an error if, against expectation, the sensor element has a high resistance value at an operating temperature. - a sensor element for detecting a sensor signal that is dependent on the temperature in the inner chamber; - an evaluation device for evaluating the detected sensor signal; - a data interface for supplying the evaluated sensor signal; and - a housing in which the sensor element , the evaluation unit and the data interface are integrated and that is configured to place at least the sensor element in thermal contact with the inner chamber of the gearbox; the evaluation unit being configured to convert the detected sensor signal into a temperature signals based on a calibration, characterised in that the sensor element is made of a material having a negative temperature coefficient, and a lead frame is provided for wiring the temperature sensor up to further components, and the evaluation unit being configured to detect an error if, against expectation, the sensor element has a high resistance value at an operating temperature.
A method for increasing content of mogroside V in Siraitia grosvenorii suspended cells, characterized in that a yeast inducer and methyl jasmonate are added during culture of mature Siraitia grosvenorii suspended cells in a primary Siraitia grosvenorii suspended cell system.