mhurhangee/ep-ind-claims huggingface dataset:
An endoscopic device for retrieving an object from within a human body, the device comprising: a support assembly comprising a base and an elongated tubular member; a transmitting assembly comprising a handle movable relative to the base, and a link having a first end fixed to the handle and a second end remote from the base, the link extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions (201, 202), wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link by a first connection, and the two leg portions are secured to each other by a second connection and a third connection at a location between the first connection and the loop portion, and wherein the third connection is between the second connection and the loop portion; a net element having a distal portion secured to the loop portion and a proximal portion, wherein the proximal portion of the net element is routed between an opening defined by the second connection, the third connection, and the two leg portions; and wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base. a support assembly comprising a base and an elongated tubular member; a transmitting assembly comprising a handle movable relative to the base, and a link having a first end fixed to the handle and a second end remote from the base, the link extending through at least a portion of the tubular member; a wire defining a loop portion and two leg portions (201, 202), wherein each leg portion is disposed proximal from the loop portion and a proximal end of each leg portion is secured to the second end of the link by a first connection, and the two leg portions are secured to each other by a second connection and a third connection at a location between the first connection and the loop portion, and wherein the third connection is between the second connection and the loop portion; a net element having a distal portion secured to the loop portion and a proximal portion, wherein the proximal portion of the net element is routed between an opening defined by the second connection, the third connection, and the two leg portions; and
A method, comprising: applying an arbitrary transformation to a plurality of vectors to produce a plurality of transformed vectors, the arbitrary transformation including one of a unitary transformation, an equiangular tight frame, ETF, transformation, or a nearly equiangular tight frame, NETF, transformation, the arbitrary transformation based on a matrix that is not an identity matrix or a discrete Fourier matrix; producing, using the arbitrary transformation, a first transformed signal based on at least a first transformed vector from the plurality of transformed vectors; producing, using the arbitrary transformation, a second transformed signal based on at least a second transformed vector from the plurality of transformed vectors; transmitting the first transformed signal, via a first communications channel, to a first signal receiver that is configured to detect the first transformed signal; transmitting the second transformed signal, via a second communications channel, to a second signal receiver that is configured to detect the second transformed signal; and providing a signal representing the arbitrary transformation to the first signal receiver and the second signal receiver, for recovery of the plurality of vectors at the first signal receiver and the second signal receiver based on the arbitrary transformation. applying an arbitrary transformation to a plurality of vectors to produce a plurality of transformed vectors, the arbitrary transformation including one of a unitary transformation, an equiangular tight frame, ETF, transformation, or a nearly equiangular tight frame, NETF, transformation, the arbitrary transformation based on a matrix that is not an identity matrix or a discrete Fourier matrix; producing, using the arbitrary transformation, a first transformed signal based on at least a first transformed vector from the plurality of transformed vectors; producing, using the arbitrary transformation, a second transformed signal based on at least a second transformed vector from the plurality of transformed vectors; transmitting the first transformed signal, via a first communications channel, to a first signal receiver that is configured to detect the first transformed signal; transmitting the second transformed signal, via a second communications channel, to a second signal receiver that is configured to detect the second transformed signal; and providing a signal representing the arbitrary transformation to the first signal receiver and the second signal receiver, for recovery of the plurality of vectors at the first signal receiver and the second signal receiver based on the arbitrary transformation.
Method for operating a motor vehicle having at least one wheel axle (2, 3) with two drive wheels, wherein each drive wheel is able to be driven by a wheel-specific drive device in order to move the motor vehicle on a roadway, wherein a difference between the longitudinal forces able to be applied to the roadway at the drive wheels of the wheel axle (2, 3) is determined as a function of a present coefficient of friction between the roadway and the respective drive wheel, characterized in that a torque difference for the drive wheels is determined as a function of the difference and is set during the control of the drive devices, so that the drive devices of the wheel axle (2, 3) are controlled as a function of the difference between the longitudinal forces able to be applied to the roadway at the drive wheels of the wheel axle (2, 3).
A mobile terminal comprising: a sensor configured to sense a motion of the mobile terminal; characterised in that the mobile terminal further comprises: a controller configured to determine whether a sensed motion of the mobile terminal and a motion set in advance have a correlation of a predetermined level or greater; a communication interface configured to receive, from a wearable device corresponding to the mobile terminal, information regarding a motion of the wearable device, the motion of the wearable device being sensed during a time period from a start time requested by the mobile terminal, wherein the communication interface is configured to receive the information regarding the motion of the wearable device in response to the controller determining that the motion of the mobile terminal and the motion set in advance have a correlation of the predetermined level or greater; and wherein the controller is further configured to: determine whether a degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds a threshold; and unlock the mobile terminal, in response to the controller determining that the degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds the threshold. a controller configured to determine whether a sensed motion of the mobile terminal and a motion set in advance have a correlation of a predetermined level or greater; a communication interface configured to receive, from a wearable device corresponding to the mobile terminal, information regarding a motion of the wearable device, the motion of the wearable device being sensed during a time period from a start time requested by the mobile terminal, wherein the communication interface is configured to receive the information regarding the motion of the wearable device in response to the controller determining that the motion of the mobile terminal and the motion set in advance have a correlation of the predetermined level or greater; and wherein the controller is further configured to: determine whether a degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds a threshold; and unlock the mobile terminal, in response to the controller determining that the degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds the threshold. determine whether a degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds a threshold; and unlock the mobile terminal, in response to the controller determining that the degree of correlation of the motion of the mobile terminal and the motion of the wearable device equals or exceeds the threshold.
A purge valve for an air-drying device, the purge valve comprising: - a purge-valve body forming a first exhaust passage for connecting an inlet line to an outlet line connected to an exterior of the purge valve; wherein - a purge-valve piston is arranged inside the purge-valve body to control a flow of exhaust air from the inlet line through the first exhaust passage to the outlet line; wherein the purge-valve piston is actuable upon reception of a purge signal, characterized in that - the purge-valve piston further comprises a through opening being configured to form a second exhaust passage for connecting the inlet line to the outlet line, the second exhaust passage being established separately from the first exhaust passage, and wherein - a valve member is arranged in the through opening and the valve member is configured to control a flow of exhaust air through the second exhaust passage, wherein the valve member is arranged and configured to be actuated by pressurized air when a pressure value of the pressurized air in the inlet line exceeds a threshold actuation pressure. - a purge-valve body forming a first exhaust passage for connecting an inlet line to an outlet line connected to an exterior of the purge valve; wherein - a purge-valve piston is arranged inside the purge-valve body to control a flow of exhaust air from the inlet line through the first exhaust passage to the outlet line; wherein the purge-valve piston is actuable upon reception of a purge signal, - the purge-valve piston further comprises a through opening being configured to form a second exhaust passage for connecting the inlet line to the outlet line, the second exhaust passage being established separately from the first exhaust passage, and wherein - a valve member is arranged in the through opening and the valve member is configured to control a flow of exhaust air through the second exhaust passage, wherein the valve member is arranged and configured to be actuated by pressurized air when a pressure value of the pressurized air in the inlet line exceeds a threshold actuation pressure.
A carton for containing at least one article, the carton comprising: a plurality of panels (15, 17, 21, 25) that extends at least partially around an interior of the carton; at least two end flaps (33, 37, 43, 47, 35, 39, 45, 49) respectively foldably connected to respective panels of the plurality of panels, the at least two end flaps being at least partially overlapped with respect to one another to thereby at least partially form a closed end of the carton; a first article protection feature for protecting the at least one article, characterized in that at least one end flap (37, 43, 39, 45) of the at least two end flaps is connected to a respective panel (17, 21) of the plurality of panels by a connecting panel (65, 66); the first article protection feature being positioned on the connecting panel (65, 66), the first article protection feature comprises a protrusion on an interior side of the connecting panel, the protrusion projecting at least partially into the interior of the carton; at least one second article protection (11A, 11B, 11C) feature formed in the at least two end flaps (33, 37, 43, 35, 39, 45), the at least two end flaps comprise a first end flap (37, 43, 39, 45) and a second end flap (33, 35), the second end flap (33, 35) at least partially overlapping the first end flap (37, 43, 39, 45), and the at least one second article protection feature (11A, 11B, 11C) comprises a first protrusion formed in the first end flap (37, 43, 39, 45) and a second protrusion formed in the second end flap (33, 35), the first protrusion being at least partially aligned with the second protrusion. a plurality of panels (15, 17, 21, 25) that extends at least partially around an interior of the carton; at least two end flaps (33, 37, 43, 47, 35, 39, 45, 49) respectively foldably connected to respective panels of the plurality of panels, the at least two end flaps being at least partially overlapped with respect to one another to thereby at least partially form a closed end of the carton; a first article protection feature for protecting the at least one article, characterized in that at least one end flap (37, 43, 39, 45) of the at least two end flaps is connected to a respective panel (17, 21) of the plurality of panels by a connecting panel (65, 66); the first article protection feature being positioned on the connecting panel (65, 66), the first article protection feature comprises a protrusion on an interior side of the connecting panel, the protrusion projecting at least partially into the interior of the carton; at least one second article protection (11A, 11B, 11C) feature formed in the at least two end flaps (33, 37, 43, 35, 39, 45), the at least two end flaps comprise a first end flap (37, 43, 39, 45) and a second end flap (33, 35), the second end flap (33, 35) at least partially overlapping the first end flap (37, 43, 39, 45), and the at least one second article protection feature (11A, 11B, 11C) comprises a first protrusion formed in the first end flap (37, 43, 39, 45) and a second protrusion formed in the second end flap (33, 35), the first protrusion being at least partially aligned with the second protrusion.
An information transmission method, comprising: determining, by a terminal, attribute information of uplink information based on a beam identifier, wherein the uplink information comprises uplink control information, wherein the determining attribute information of uplink information based on a beam identifier comprises determining, based on a mapping relationship, attribute information of uplink information corresponding to the beam identifier; and sending, by the terminal, the uplink information to a network side device (200, 400) based on the attribute information, wherein the uplink control information is Channel State Information, CSI. determining, by a terminal, attribute information of uplink information based on a beam identifier, wherein the uplink information comprises uplink control information, wherein the determining attribute information of uplink information based on a beam identifier comprises determining, based on a mapping relationship, attribute information of uplink information corresponding to the beam identifier; and sending, by the terminal, the uplink information to a network side device (200, 400) based on the attribute information, wherein the uplink control information is Channel State Information, CSI.
An inventory control system comprising: a tool storage device including a drawer or a tray having a storage location for storing a target object; and a display device configured to display information about the target object; characterized by a processor configured to: receive a selection of a target object, identify a target location image associated with the target object, identify target object coordinates within the target location image, apply a visual contrast element to the target location image at the target object coordinates; and display on the display device the visual contrast element applied to the target location image at the target object coordinates on a display of the inventory control system to draw a user's attention to the target object, wherein the visual contrast element identifies the target object using graphics configured to draw the user's attention to the target object, the graphics include using a color, an animated cursor, contrasting focus, a movement, zoom effect, and/or background effect. a tool storage device including a drawer or a tray having a storage location for storing a target object; and a display device configured to display information about the target object; characterized by a processor configured to: receive a selection of a target object, identify a target location image associated with the target object, identify target object coordinates within the target location image, apply a visual contrast element to the target location image at the target object coordinates; and display on the display device the visual contrast element applied to the target location image at the target object coordinates on a display of the inventory control system to draw a user's attention to the target object, wherein the visual contrast element identifies the target object using graphics configured to draw the user's attention to the target object, the graphics include using a color, an animated cursor, contrasting focus, a movement, zoom effect, and/or background effect. receive a selection of a target object, identify a target location image associated with the target object, identify target object coordinates within the target location image, apply a visual contrast element to the target location image at the target object coordinates; and display on the display device the visual contrast element applied to the target location image at the target object coordinates on a display of the inventory control system to draw a user's attention to the target object, wherein the visual contrast element identifies the target object using graphics configured to draw the user's attention to the target object, the graphics include using a color, an animated cursor, contrasting focus, a movement, zoom effect, and/or background effect.
Tyre for a heavy vehicle of the construction plant type, comprising two beads intended to come into contact with a rim having two rim flanges, a carcass reinforcement comprising at least one carcass reinforcing layer having a main part wrapped, within each bead, from the inside towards the outside of the tyre, around a bead wire of substantially circular meridian cross section to form a turnup, the bead wire being made up of a circumferential reinforcing element surrounded by a polymeric coating element, a filler element extending the bead wire radially towards the outside and axially separating the main part and the turnup, the distance (d) between a first portion of turnup and the main part decreasing continuously, radially towards the outside, from the bead wire as far as the minimum distance (d 1), in which the distance (d 2) between a second portion of turnup, extending the first portion of turnup radially towards the outside, and the main part is substantially constant and equal to the minimum distance between the first portion of turnup and the main part, characterized in that the minimum thickness (e) of the polymer coating element coating the bead wire is at least equal to 0.04 times the diameter (L 2) of the meridian section of the circumferential reinforcing element of the bead wire.
A method of providing mobile network security in a packet data network, comprising: registering a first mobile network provider equipment using a secret data that is known to a registration entity with which the first mobile network provider equipment is configured to register and embodied in a physical device associated with the first mobile network provider equipment in a manner that enables the physical device to be used to perform a cryptographic function using the secret data but prevents the physical device from being used to provide the secret data as output; the physical device providing the first mobile network provider equipment with the address of the registration entity to facilitate initial communication from the first mobile network provider equipment to the registration entity; mutually authenticating between the first mobile network provider equipment as part of a registration process and the registration entity by using the secret data by the first mobile network provider equipment and the registration entity as a shared secret to mutually authenticate; and receiving, from the registration entity, encryption data usable to communicate securely with a second mobile network provider equipment over the packet data network, wherein the encryption data comprises one or more keys enabling secure communication over the packet data network, and the second mobile network provider equipment also receiving the one or more keys from the registration entity. registering a first mobile network provider equipment using a secret data that is known to a registration entity with which the first mobile network provider equipment is configured to register and embodied in a physical device associated with the first mobile network provider equipment in a manner that enables the physical device to be used to perform a cryptographic function using the secret data but prevents the physical device from being used to provide the secret data as output; the physical device providing the first mobile network provider equipment with the address of the registration entity to facilitate initial communication from the first mobile network provider equipment to the registration entity; mutually authenticating between the first mobile network provider equipment as part of a registration process and the registration entity by using the secret data by the first mobile network provider equipment and the registration entity as a shared secret to mutually authenticate; and receiving, from the registration entity, encryption data usable to communicate securely with a second mobile network provider equipment over the packet data network, wherein the encryption data comprises one or more keys enabling secure communication over the packet data network, and the second mobile network provider equipment also receiving the one or more keys from the registration entity.
Stator coil segment for an electro mechanical transducer, in particular a generator for generating electric energy from mechanical energy, the stator coil arrangement comprising: • a first coil (107a,207a,307a) arranged at a first radial position along a radial direction (115,215,315) and adapted to be connected to an input terminal of a first power electronic device, wherein the radial direction is perpendicular to a rotation axis (111,211,311,411) of the electro mechanical transducer; • a second coil (109a,209a,309a) arranged at a second radial position along the radial direction and adapted to be connected to an input terminal of a second power electronic device, wherein the second radial position is different from the first radial position; characterized by • at least one further first coil connected in series with the first coil and arranged at a different circumferential position than the first coil, wherein the at least one further first coil is arranged at the second radial position and in particular at the same axial position as the first coil. • a first coil (107a,207a,307a) arranged at a first radial position along a radial direction (115,215,315) and adapted to be connected to an input terminal of a first power electronic device, wherein the radial direction is perpendicular to a rotation axis (111,211,311,411) of the electro mechanical transducer; • a second coil (109a,209a,309a) arranged at a second radial position along the radial direction and adapted to be connected to an input terminal of a second power electronic device, wherein the second radial position is different from the first radial position; characterized by • at least one further first coil connected in series with the first coil and arranged at a different circumferential position than the first coil,