mhurhangee/ep-ind-claims huggingface dataset:
A conferencing method, comprising: outputting an acoustic beacon with an audio output frequency of a loudspeaker of a first device, the acoustic beacon based on a predetermined carrier frequency; obtaining, at the first device, a frequency difference between the predetermined carrier frequency and an audio capture frequency of a microphone of a second device capturing the acoustic beacon; and adjusting the audio output frequency of the loudspeaker based on the frequency difference; wherein the predetermined carrier frequency is ultrasonic being at least greater than or equal to 20 kHz. outputting an acoustic beacon with an audio output frequency of a loudspeaker of a first device, the acoustic beacon based on a predetermined carrier frequency; obtaining, at the first device, a frequency difference between the predetermined carrier frequency and an audio capture frequency of a microphone of a second device capturing the acoustic beacon; and adjusting the audio output frequency of the loudspeaker based on the frequency difference; wherein the predetermined carrier frequency is ultrasonic being at least greater than or equal to 20 kHz.
A turbine blade comprising: a platform; an airfoil extending radially outward from the platform and configured to extend into a fluid flowpath, wherein the airfoil separates an upstream portion of the fluid flowpath from a downstream portion of the fluid flowpath; a sealing member extending axially from the platform toward a stationary nozzle adjacent the platform, wherein the sealing member separates the fluid flowpath from a wheel space; and a forward face on the platform between the sealing member and the airfoil, and axially facing the upstream portion of the fluid flowpath; and a forward axial face on the platform extending from a top surface of the forward face to the sealing member; wherein a circumferential profile of a top surface of the forward face is non-axisymmetric with respect to a centerline axis of the forward face; characterized in that an axial contour of the forward axial face is non-axisymmetric with respect to the centerline axis of the forward face; wherein the forward axial face is formed as a raised area positioned axially between a portion of the airfoil and the sealing member. a platform; an airfoil extending radially outward from the platform and configured to extend into a fluid flowpath, wherein the airfoil separates an upstream portion of the fluid flowpath from a downstream portion of the fluid flowpath; a sealing member extending axially from the platform toward a stationary nozzle adjacent the platform, wherein the sealing member separates the fluid flowpath from a wheel space; and a forward face on the platform between the sealing member and the airfoil, and axially facing the upstream portion of the fluid flowpath; and a forward axial face on the platform extending from a top surface of the forward face to the sealing member; wherein a circumferential profile of a top surface of the forward face is non-axisymmetric with respect to a centerline axis of the forward face; characterized in that an axial contour of the forward axial face is non-axisymmetric with respect to the centerline axis of the forward face; wherein the forward axial face is formed as a raised area positioned axially between a portion of the airfoil and the sealing member.
Method for forwarding data packets through a gateway device, the gateway device being capable of forwarding packets received from a client entity (20, 21) in a local area network to a communication network by means of a nominal interface and vice versa, the gateway device moreover comprising a second wireless interface, said method comprising the following steps implemented by the gateway device: - identification of at least one device, called a relay device, that is accessible by means of the second interface and capable of playing a relay role in order to forward packets exchanged between a client entity and the communication network; - reception, from said client entity, of a data packet indicating that a session is initiated; - when a forwarding selection criterion is verified, forwarding of the packets relating to said session by means of the second interface using the relay device; - when said selection criterion is not verified, forwarding of the packets relating to the session by means of the nominal interface. - identification of at least one device, called a relay device, that is accessible by means of the second interface and capable of playing a relay role in order to forward packets exchanged between a client entity and the communication network; - reception, from said client entity, of a data packet indicating that a session is initiated; - when a forwarding selection criterion is verified, forwarding of the packets relating to said session by means of the second interface using the relay device; - when said selection criterion is not verified, forwarding of the packets relating to the session by means of the nominal interface.
An aircraft refueling system, comprising: a master controller; a fleet controller in communication with the master controller; at least one platform controller in communication with the fleet controller; and a fuel control system in communication with the platform controller, the fuel control system including a primary pressure controller, a secondary pressure controller, a programmable logic controller, and a data logger controller; characterised in that the master controller is configured to receive and analyze data from at least one of the fleet controller, the platform controller, and the fuel control system; and the master controller is configured to modify operational parameters or upgrade the fuel control system based at least in part on the analysis of the received data. a master controller; a fleet controller in communication with the master controller; at least one platform controller in communication with the fleet controller; and a fuel control system in communication with the platform controller, the fuel control system including a primary pressure controller, a secondary pressure controller, a programmable logic controller, and a data logger controller; characterised in that the master controller is configured to receive and analyze data from at least one of the fleet controller, the platform controller, and the fuel control system; and the master controller is configured to modify operational parameters or upgrade the fuel control system based at least in part on the analysis of the received data.
An antenna module, comprising: a first substrate having a first length and a first width; an F antenna disposed on the first substrate and configured to radiate a first signal having a wavelength and a first polarization approximately parallel to the first substrate and generally aligned with the first length; a second substrate having a second length and a second width, wherein the second substrate is electrically coupled approximately orthogonal to the first substrate; and a T antenna disposed on the second substrate and configured to radiate a second signal having the wavelength and a second polarization that is approximately orthogonal to the first polarization and approximately orthogonal to the first substrate, characterized in that: the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength. a first substrate having a first length and a first width; an F antenna disposed on the first substrate and configured to radiate a first signal having a wavelength and a first polarization approximately parallel to the first substrate and generally aligned with the first length; a second substrate having a second length and a second width, wherein the second substrate is electrically coupled approximately orthogonal to the first substrate; and a T antenna disposed on the second substrate and configured to radiate a second signal having the wavelength and a second polarization that is approximately orthogonal to the first polarization and approximately orthogonal to the first substrate, characterized in that: the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength. the second substrate is orthogonal to the first length, the second width is approximately equal to the first width, and the T antenna is spaced from the F antenna by a distance that is less than one half the wavelength.
A apparatus providing a sleep area for an infant, comprising; an upstanding enclosure (8, 10, 12) surrounding a sleeping platform for an infant, the enclosure comprising a front wall moveable between an upper position for preventing the infant from rolling off the sleeping platform and a lower position allowing access to the infant; a biasing mechanism (40, 42, 44) biasing the front wall to return automatically to the upper position in the absence of an external force applied to it, in use, by an operator; a latch (31, 32), which automatically engages when the front wall is in its upper position, for preventing movement of the front wall from the upper position towards the lower position until the latch has been released; characterized by a manually-operable control of the latch, which comprises a slider which is slidable to operate the latch, and a resiliently-mounted pushbutton which must be pressed to release the slider. an upstanding enclosure (8, 10, 12) surrounding a sleeping platform for an infant, the enclosure comprising a front wall moveable between an upper position for preventing the infant from rolling off the sleeping platform and a lower position allowing access to the infant; a biasing mechanism (40, 42, 44) biasing the front wall to return automatically to the upper position in the absence of an external force applied to it, in use, by an operator; a latch (31, 32), which automatically engages when the front wall is in its upper position, for preventing movement of the front wall from the upper position towards the lower position until the latch has been released; characterized by a manually-operable control of the latch, which comprises a slider which is slidable to operate the latch, and a resiliently-mounted pushbutton which must be pressed to release the slider.
A mobile communications network for communicating data to and/or from mobile communications devices, the mobile communications network comprising a core network part including a plurality of infrastructure equipment (2, 6, 14, 74, 76, 120, 122), and a radio network part including a plurality of base stations which are provided with a wireless access interface for communicating data to or from the mobile communications devices, the mobile communications network is arranged to provide communications bearers on request to one or more applications programs (A1, A2, A3, A4) operating on the mobile communications devices in accordance with a relative type of data packets communicated via the communications bearers (36, 38) for supporting communications sessions, the indications of the type of the data packets being used to configure the communications bearers for the applications programs (A1, A2, A3, A4), and the mobile communications network includes a control unit arranged in operation to determine the number of bearers (36, 38) of each of the type of the communications bearers (36, 38) for a plurality of pre-determined types provided to the mobile communications devices within the mobile communications network, and to determine a state of the mobile communications network in accordance with the number of each type of the communications bearers for each of the plurality of pre-determined types, wherein the mobile communications network is arranged in operation to control the communication of the data packets via the communications bearers (36, 38) in accordance with the determined state of the mobile communications network, wherein the control unit determines that the mobile communications network is congested by comparing the number of each type of the communications bearers for each of the plurality of pre-determined types with respect to one or more corresponding pre-determined thresholds, and if the mobile communications network is in a congested state to control the communication of the data packets via the communications bearers in accordance with a relative priority indicated by the type of the data packets by storing lower priority data packets in a buffer for communication via the communications bearers at a later time and communicating data packets with a higher priority from other communications bearers at an earlier time in preference to the lower priority data packets, wherein the type of the data packets communicated is one of more the machine type communications indicator, a low priority indicator, a regular user indicator or a high priority indicator.
A printing machine with a dryer unit for applying a dryer gas to a sheet material inside the printing machine, comprising a dryer body having a first set of dryer gas output openings being arranged in a substantially regular pattern covering an application width of the dryer unit, characterized in that at least two dryer gas output slots are arranged upstream in respect of the travelling direction of the sheet material the first set of dryer gas output openings and in that neighboring dryer gas output slots are offset with respect to each other in a direction substantially perpendicular to the width direction and/or in that the slots are inclined with respect to the width direction.
A luminaire comprising a swivel assembly and a lamp support for connection to the swivel assembly, the swivel assembly comprising a swivel member having an interlock element, the lamp support comprising: a locking arrangement comprising a deformable portion mounted on a surface of the lamp support, the locking arrangement being adapted to engage with the interlock element of the swivel assembly, wherein the deformable portion is adapted to be movable relative to the surface of the lamp support so as to move from a first position, in which the swivel assembly is connectable to the locking arrangement so as to permit connection of the swivel member from the lamp support, to a second position, in which the locking arrangement cooperates with the interlock element to prevent removal of the swivel member from the lamp support, wherein when the swivel assembly and the lamp support are connected, the deformable portion resiliently grips the swivel member. a locking arrangement comprising a deformable portion mounted on a surface of the lamp support, the locking arrangement being adapted to engage with the interlock element of the swivel assembly, wherein the deformable portion is adapted to be movable relative to the surface of the lamp support so as to move from a first position, in which the swivel assembly is connectable to the locking arrangement so as to permit connection of the swivel member from the lamp support, to a second position, in which the locking arrangement cooperates with the interlock element to prevent removal of the swivel member from the lamp support, wherein when the swivel assembly and the lamp support are connected, the deformable portion resiliently grips the swivel member.
A method of applying stitching to an outer skin layer of an interior component, the method characterized by the following steps: a) penetrating the outer skin layer at an entry point on a first surface of the outer skin layer with a curved needle, during the penetrating step the curved needle then protrudes from the same first surface at an exit point opposite to the location corresponding to the entry point, the penetrating and protruding causes a first thread to pass through the entry point and the exit point on the same first surface of the outer skin layer; b) grabbing the first thread with a hook located proximate to the exit point prior to the curved needle being extracted from the exit point and the entry point; c) retracting the needle through the exit point and the entry point while pulling a second thread into the exit point via the first thread to form a stitch; d) advancing the outer skin layer to a new location with respect to the needle and hook; and e) repeating steps a-d until a predetermined amount of stitches are applied to the outer skin layer. a) penetrating the outer skin layer at an entry point on a first surface of the outer skin layer with a curved needle, during the penetrating step the curved needle then protrudes from the same first surface at an exit point opposite to the location corresponding to the entry point, the penetrating and protruding causes a first thread to pass through the entry point and the exit point on the same first surface of the outer skin layer; b) grabbing the first thread with a hook located proximate to the exit point prior to the curved needle being extracted from the exit point and the entry point; c) retracting the needle through the exit point and the entry point while pulling a second thread into the exit point via the first thread to form a stitch; d) advancing the outer skin layer to a new location with respect to the needle and hook; and e) repeating steps a-d until a predetermined amount of stitches are applied to the outer skin layer.
An assembly for rotational equipment, comprising: a plurality of seal shoes arranged around an axis in an annular array; a seal base circumscribing the annular array of the seal shoes; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base, a first of the spring elements including a first mount, a second mount and a spring beam, the first mount connected to a first of the seal shoes, the second mount connected to the seal base, and the spring beam extending longitudinally between and connecting the first mount and the second mount; characterised by: a frangible element configured to restrict radial outward movement of the first of the seal shoes. a plurality of seal shoes arranged around an axis in an annular array; a seal base circumscribing the annular array of the seal shoes; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the seal shoes and the seal base, a first of the spring elements including a first mount, a second mount and a spring beam, the first mount connected to a first of the seal shoes, the second mount connected to the seal base, and the spring beam extending longitudinally between and connecting the first mount and the second mount; characterised by: a frangible element configured to restrict radial outward movement of the first of the seal shoes.
A method of operating a driveline for a vehicle which may be operated in a hydrostatic power transmission mode or a blended hydrostatic/mechanical power transmission mode, the method comprising the steps of: providing a hydrostatic circuit (114, 214, 314), the hydrostatic circuit used in the hydrostatic power transmission mode and the blended hydrostatic/mechanical power transmission mode; detecting a rapid deceleration of the vehicle; adjusting a threshold of at least one pressure relief valve (164, 166, 174, 186) forming a portion of the hydrostatic circuit in response to the sudden deceleration, wherein the at least one pressure relief valve facilitates quickly changing the driveline from the blended hydrostatic/mechanical power transmission mode to the hydrostatic power transmission modes; characterised by providing a controller (108, 172, 182) in communication with the at least one pressure relief valve, wherein the controller performs the step of adjusting the threshold of the at least one pressure relief valve in a proportional manner, at least one pressure transducer (124, 224, 324) in communication with the controller, wherein the controller performs the step of adjusting the threshold of the at least one pressure relief valve based on a signal the controller receives from the at least one pressure transducer. providing a hydrostatic circuit (114, 214, 314), the hydrostatic circuit used in the hydrostatic power transmission mode and the blended hydrostatic/mechanical power transmission mode; detecting a rapid deceleration of the vehicle; adjusting a threshold of at least one pressure relief valve (164, 166, 174, 186) forming a portion of the hydrostatic circuit in response to the sudden deceleration, wherein the at least one pressure relief valve facilitates quickly changing the driveline from the blended hydrostatic/mechanical power transmission mode to the hydrostatic power transmission modes; characterised by providing a controller (108, 172, 182) in communication with the at least one pressure relief valve, wherein the controller performs the step of adjusting the threshold of the at least one pressure relief valve in a proportional manner, at least one pressure transducer (124, 224, 324) in communication with the controller, wherein the controller performs the step of adjusting the threshold of the at least one pressure relief valve based on a signal the controller receives from the at least one pressure transducer.
A security tag having a pattern of inimitable biological particles, characterized in that the biological particles are directly transferred from an organism to a transparent adhesive layer on a substrate, retaining their original physical characteristics and spatial arrangement, and covered with a transparent superstrate, such that said biological particles are encapsulated between said substrate and said superstrate.
A Long Term Evolution "LTE" user equipment UE having wireless capability, the user equipment comprising: a processor configured to control a receiver in the UE to have a periodic On- Duration, the On-Duration associated with a discontinuous reception DRX operation mode of the UE; the processor further configured to receive a rank indicator RI resource configuration, the configuration indicating a periodic RI reporting resource; the processor further configured to determine a time period for one or more potential retransmissions of data that was not received properly by the UE, the time period occurring after the start of one of the On-Durations of the DRX operation mode of the UE; the processor further configured to transmit RI using corresponding RI reporting resources from a start of the time period for potential retransmissions until an end of the time period for potential retransmissions, wherein the RI is Channel State Indication CSI feedback. a processor configured to control a receiver in the UE to have a periodic On- Duration, the On-Duration associated with a discontinuous reception DRX operation mode of the UE; the processor further configured to receive a rank indicator RI resource configuration, the configuration indicating a periodic RI reporting resource; the processor further configured to determine a time period for one or more potential retransmissions of data that was not received properly by the UE, the time period occurring after the start of one of the On-Durations of the DRX operation mode of the UE; the processor further configured to transmit RI using corresponding RI reporting resources from a start of the time period for potential retransmissions until an end of the time period for potential retransmissions, wherein the RI is Channel State Indication CSI feedback.