mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of a user equipment, UE, operable for monitoring a downlink, DL, control channel, the apparatus comprising: one or more processors configured to: monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s , wherein the value of P and the value of O s are each based on the numerology of the DL control channel; and a memory interface configured to store in a memory the value of P. one or more processors configured to: monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s , monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s , wherein the value of P and the value of O s are each based on the numerology of the DL control channel; and a memory interface configured to store in a memory the value of P.
Method for re-establishing an electrical apparatus of medium or high voltage, the method comprising the steps of a) providing an electrical apparatus designed for using an insulation medium containing SF 6 , b) removing at least partially the SF 6 -containing insulation medium from an insulation space contained in the apparatus, and c) filling an alternative insulation medium into the insulation space, wherein the alternative insulation medium is a mixture of at least one organofluorine compound A and a carrier gas containing nitrogen, and the amount of carbon dioxide in the alternative insulation medium is lower than the amount of nitrogen. a) providing an electrical apparatus designed for using an insulation medium containing SF 6 , b) removing at least partially the SF 6 -containing insulation medium from an insulation space contained in the apparatus, and c) filling an alternative insulation medium into the insulation space,
A method for illuminating the boarding region of a rail vehicle for making visible a gap between the platform and rail vehicle and for displaying warning information for passengers on the floor of a rail vehicle , the method comprising displaying the warning information by an image display device , which is disposed in the floor of the rail vehicle , characterised in that the image display device is disposed in the floor of a rectangular boarding region of the rail vehicle and the image display device occupies the total floor area of the boarding region, and the image display device is disposed beneath a walk-on transparent cover made of plastic or glass, and the image display device is a display that has an image presentation matrix, electronic supply and/or control components, an inverter for controlling the brightness, and a power supply part, and the method further comprises: illuminating the boarding region in a planar manner by the image display device , wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device , whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle. displaying the warning information by an image display device , which is disposed in the floor of the rail vehicle , characterised in that the image display device is disposed in the floor of a rectangular boarding region of the rail vehicle and the image display device occupies the total floor area of the boarding region, and the image display device is disposed beneath a walk-on transparent cover made of plastic or glass, and the image display device is a display that has an image presentation matrix, electronic supply and/or control components, an inverter for controlling the brightness, and a power supply part, and the method further comprises: illuminating the boarding region in a planar manner by the image display device , wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device , whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle. illuminating the boarding region in a planar manner by the image display device , wherein the planar illumination is arranged up to a boarding edge of the rail vehicle, so that the boarding edge and the gap between platform and rail vehicle are made visible, displaying the warning information relating to the gap between platform and rail vehicle in the image display device , whilst the planar illumination of the image display device makes visible the gap between platform and rail vehicle.
A server comprising: a communication interface to receive telemetry data from a plurality of client devices , wherein the telemetry data is to indicate a health of a component of a client device from the plurality of client devices ; a prediction engine to process the telemetry data to determine the health of the client device with a prediction model to identify a hardware issue at a component of the client device ; characterized in that the server further comprises: a diagnostic evaluator in communication with the prediction engine , wherein the diagnostic evaluator is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine , and wherein the local confirmation is determined at the client device via a diagnostic engine ; and a reporter to report the hardware issue upon receipt of the local confirmation. a communication interface to receive telemetry data from a plurality of client devices , wherein the telemetry data is to indicate a health of a component of a client device from the plurality of client devices ; a prediction engine to process the telemetry data to determine the health of the client device with a prediction model to identify a hardware issue at a component of the client device ; characterized in that the server further comprises: a diagnostic evaluator in communication with the prediction engine , wherein the diagnostic evaluator is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine , and wherein the local confirmation is determined at the client device via a diagnostic engine ; and a reporter to report the hardware issue upon receipt of the local confirmation. a diagnostic evaluator in communication with the prediction engine , wherein the diagnostic evaluator is to request a local confirmation of the hardware issue from the client device upon identification of the hardware issue by the prediction engine , and wherein the local confirmation is determined at the client device via a diagnostic engine ; and a reporter to report the hardware issue upon receipt of the local confirmation.
A wireless communication device comprising: a transmission unit configured to transmit a request frame indicating a request for traffic information; a receiving unit configured to receive a response frame in which the traffic information is stored; and a control unit configured to control transmission of a frame related to permission of transmission directed to a first wireless communication device that is identified on a basis of the traffic information stored in the received response frame and that is permitted to perform multiple access, wherein designated traffic information indicating traffic that the first wireless communication device is caused to transmit is stored in the frame related to permission of transmission, characterized in that the control unit is further configured to exclude (S706) a transmission source of a frame, received through multiple access, in which traffic that is different from the traffic indicated by the designated traffic information is stored, as a target that is permitted to perform transmission. a transmission unit configured to transmit a request frame indicating a request for traffic information; a receiving unit configured to receive a response frame in which the traffic information is stored; and a control unit configured to control transmission of a frame related to permission of transmission directed to a first wireless communication device that is identified on a basis of the traffic information stored in the received response frame and that is permitted to perform multiple access, wherein designated traffic information indicating traffic that the first wireless communication device is caused to transmit is stored in the frame related to permission of transmission, characterized in that the control unit is further configured to exclude (S706) a transmission source of a frame, received through multiple access, in which traffic that is different from the traffic indicated by the designated traffic information is stored, as a target that is permitted to perform transmission.
A quiet landing gear door coupleable to a landing gear structure which comprises a landing gear strut and operable to deploy to a landing gear door deployed position and having a leading edge and a trailing edge , comprising a leading edge section comprising the leading edge and coupled to the landing gear door and operable to deflect toward the landing gear strut to a leading edge section deployed position in response to deployment of the landing gear door; characterized by a door flap comprising the trailing edge and hinged to the landing gear door and operable to deflect toward the landing gear strut to a door flap deployed position in response to deployment of the landing gear door.
A method for communicating between a local device having a low-frequency, LF, transmitter and a high-frequency, HF, transceiver, and a remote device having an LF receiver and an HF transceiver, the method comprising: transmitting a first LF signal from the local device to the remote device ; at the remote device , synchronizing a first clock based on the first LF signal; after transmitting the first LF signal, transmitting a second LF signal from the local device to the remote device using the synchronized first clock, and processing the second LF signal with a reduced quality factor at the local and remote devices; at the remote device , re-synchronizing the first clock based on the processed second LF signal, and using the re-synchronized first clock to transmit a first HF signal with a first predetermined time delay, relative to receipt of one of the first and second LF signals; at the local device , synchronizing a second clock based on the first HF signal, and transmitting a second HF signal to the remote device using the second clock and a second predetermined time delay, relative to receipt of the first HF signal at the local device ; and at the remote device , re-synchronizing the first clock based on the second HF signal and while accounting for a trip time for at least one of: communicating the first HF signal from the remote device to the local device , and communicating the second HF signal from the local device to the remote device . transmitting a first LF signal from the local device to the remote device ; at the remote device , synchronizing a first clock based on the first LF signal; after transmitting the first LF signal, transmitting a second LF signal from the local device to the remote device using the synchronized first clock, and processing the second LF signal with a reduced quality factor at the local and remote devices; at the remote device , re-synchronizing the first clock based on the processed second LF signal, and using the re-synchronized first clock to transmit a first HF signal with a first predetermined time delay, relative to receipt of one of the first and second LF signals; at the local device , synchronizing a second clock based on the first HF signal, and transmitting a second HF signal to the remote device using the second clock and a second predetermined time delay, relative to receipt of the first HF signal at the local device ; and at the remote device , re-synchronizing the first clock based on the second HF signal and while accounting for a trip time for at least one of: communicating the first HF signal from the remote device to the local device , and communicating the second HF signal from the local device to the remote device .
A hemostatic valve for sealing a medical device, the hemostatic valve comprising: an elongate member having a first end , a second end , and a central lumen extending therebetween, wherein the elongate member is pliable; and an active tensioning mechanism including an actuator coupled to the elongate member , wherein the actuator is moveable between (a) a first position wherein the central lumen is constricted and sealed and (b) a second position wherein the central lumen is open; and a biasing member configured to bias the actuator to the first position; characterized in that the hemostatic valve further comprises a reinforcement structure extending along at least a portion of the elongate member , wherein the reinforcement structure is coupled to the elongate member . an elongate member having a first end , a second end , and a central lumen extending therebetween, wherein the elongate member is pliable; and an active tensioning mechanism including an actuator coupled to the elongate member , wherein the actuator is moveable between (a) a first position wherein the central lumen is constricted and sealed and (b) a second position wherein the central lumen is open; and a biasing member configured to bias the actuator to the first position;
Vehicle seat console having at least one vehicle-mounted guide element and at least one seat-mounted guide element , which is arranged parallel to the vehicle-mounted guide element , and at least one longitudinal adjustment device , which is activated by a drive device and is configured to effect a relative adjustment between the vehicle-mounted guide element and the seat-mounted guide element , wherein a force-limiting apparatus with a force-limiting element is provided between the longitudinal adjustment device and the vehicle-mounted guide element and/or between the longitudinal adjustment device and the seat-mounted guide element , the force-limiting element having a first deformation section which deforms under a force acting thereon above a predetermined force threshold value, characterized in that the force-limiting element has a second deformation section which is guided by a deflecting arrangement .
A hydration backpack , comprising: a main body defining a storage compartment ; a pair of shoulder straps coupled to the main body ; a bladder disposed in the storage compartment of the main body and configured to retain liquid ; a hydration tube comprising a proximal end coupled to the bladder and a distal end ; characterized in a first longitudinal elongated metallic element disposed on one shoulder strap of the pair of shoulder straps ; and a second longitudinal elongated metallic element disposed on the hydration tube , wherein the first and second longitudinal elongated metallic elements are configured to connect by gravitational g ⇀ and magnetic B ⇀ forces and disconnect by a force exceeding the magnetic B ⇀ force of the first and second longitudinal elongated metallic elements . a main body defining a storage compartment ; a pair of shoulder straps coupled to the main body ; a bladder disposed in the storage compartment of the main body and configured to retain liquid ; a hydration tube comprising a proximal end coupled to the bladder and a distal end ; characterized in a first longitudinal elongated metallic element disposed on one shoulder strap of the pair of shoulder straps ; and a second longitudinal elongated metallic element disposed on the hydration tube , wherein the first and second longitudinal elongated metallic elements are configured to connect by gravitational g ⇀ and magnetic B ⇀ forces and disconnect by a force exceeding the magnetic B ⇀ force of the first and second longitudinal elongated metallic elements .
A forming apparatus comprising: a frame defining a vertical axis , a horizontal axis , and a longitudinal axis ; a carriage movably connected to the frame ; a first stomp foot movably connected to the carriage ; a second stomp foot movably connected to the carriage ; a first swing arm movably connected to the carriage ; a second swing arm movably connected to the carriage , said second swing arm is laterally opposed from said first swing arm relative to the longitudinal axis ; a ply support feature located below the first stomp foot and the second stomp foot ; a first end effector movably connected to the first swing arm ; a second end effector movably connected to the second swing arm ; wherein the first end effector comprises a first forming feature ; wherein the second end effector comprises a second forming feature ; and wherein the first swing arm and the second swing arm are configured to pivot along the horizontal axis and the longitudinal axis and apply forming force . a frame defining a vertical axis , a horizontal axis , and a longitudinal axis ; a carriage movably connected to the frame ; a first stomp foot movably connected to the carriage ; a second stomp foot movably connected to the carriage ; a first swing arm movably connected to the carriage ; a second swing arm movably connected to the carriage , said second swing arm is laterally opposed from said first swing arm relative to the longitudinal axis ; a ply support feature located below the first stomp foot and the second stomp foot ; a first end effector movably connected to the first swing arm ; a second end effector movably connected to the second swing arm ; wherein the first end effector comprises a first forming feature ; wherein the second end effector comprises a second forming feature ; and wherein the first swing arm and the second swing arm are configured to pivot along the horizontal axis and the longitudinal axis and apply forming force .
Method for filling cavities, in particular for filling the cavities of molded bodies, with a filling mass, in particular an insulating mass, comprising at least one binding agent, characterized in that the binding agent is selected from organically based binding agents and mixtures of inorganically based binding agents and organically based binding agents, in that the filling mass comprises at least one photo initiator for initiating and/or accelerating a crosslinking reaction of the organically based binding agent, and in that the photo initiator is activated by the action of electromagnetic radiation immediately before the filling mass is introduced into the cavities, in particular into the cavities of a molded body.
An antenna, comprising: a fed element and at least one non-fed element , wherein a distance between each non-fed element and the fed element falls within a specified threshold, and each non-fed element comprises a first conductor that is grounded, a regulator circuit , and a control switch , wherein the regulator circuit is configured to regulate a current path length of the non-fed element ; and wherein the control switch is configured to be turned on or off; such that when the control switch is turned off, a current flows through the first conductor and the regulator circuit , and the current path length of the non-fed element is greater than a resonance length of the fed element ; or when the control switch is turned on, a current flows through the first conductor and the control switch , and the current path length of the non-fed element is less than a resonance length of the fed element ; characterized in that the first conductor comprises a first sub-conductor and a second sub-conductor , two ends of the control switch are respectively connected to the first sub-conductor and the second sub-conductor , the regulator circuit comprises a second conductor , and two ends of the second conductor are respectively connected to the first sub-conductor and the second sub-conductor ; and when the control switch is turned on, the first sub-conductor is connected with the second sub-conductor through the control switch; or when the control switch is turned off, the first sub-conductor is connected with the second sub-conductor through the second conductor . such that when the control switch is turned off, a current flows through the first conductor and the regulator circuit , and the current path length of the non-fed element is greater than a resonance length of the fed element ; or when the control switch is turned on, a current flows through the first conductor and the control switch , and the current path length of the non-fed element is less than a resonance length of the fed element ; characterized in that the first conductor comprises a first sub-conductor and a second sub-conductor , two ends of the control switch are respectively connected to the first sub-conductor and the second sub-conductor , the regulator circuit comprises a second conductor , and two ends of the second conductor are respectively connected to the first sub-conductor and the second sub-conductor ; and when the control switch is turned on, the first sub-conductor is connected with the second sub-conductor through the control switch; or when the control switch is turned off, the first sub-conductor is connected with the second sub-conductor through the second conductor .