mhurhangee/patent-ind-claim-en huggingface dataset:
- Method for notifying, by a terminal , information determined by said terminal, to an access network of a wireless communication system , said terminal comprising a motion sensor adapted to provide measurements representative of the movement of said terminal, the method comprises: - assessing , as a function of the measurements provided by the motion sensor , a predetermined movement detection criterion and, when the movement detection criterion is satisfied: time stamping the movement detected by storing a detection time at which the movement was detected, - determining , as a function of the detection times, respective start times and end times of mobility phases of the terminal by identifying detection times that belong to the same mobility phase and detection times that belong to different mobility phases, - determining information by the terminal as a function of the respective start times and end times of mobility phases of said terminal, - forming a notification message comprising the determined information, - transmitting the notification message to the access network . - assessing , as a function of the measurements provided by the motion sensor , a predetermined movement detection criterion and, when the movement detection criterion is satisfied: time stamping the movement detected by storing a detection time at which the movement was detected, - determining , as a function of the detection times, respective start times and end times of mobility phases of the terminal by identifying detection times that belong to the same mobility phase and detection times that belong to different mobility phases, - determining information by the terminal as a function of the respective start times and end times of mobility phases of said terminal, - forming a notification message comprising the determined information, - transmitting the notification message to the access network .
Interferon-lambda for use in the treatment of fibrosis, wherein the fibrosis is kidney fibrosis, lung fibrosis, small intestine fibrosis, or skin fibrosis.
A receiver assembly comprising a receiver and an assembly housing ; the receiver comprising a sound outlet configured to outlet sound from the receiver and at least a first and a second outer surface and being arranged at least partly within the assembly housing , the assembly housing comprising an assembly sound outlet arranged in communication with the sound outlet for outlet of sound from the receiver via the assembly outlet, the receiver assembly further comprising a suspension structure (10, 110, 110', 410, 410', 610, 610', 610") comprising at least two suspension elements , the suspension structure suspending the receiver in the assembly housing , wherein the at least two suspension elements connect the receiver and the assembly housing , the at least two suspension elements being formed by a sheet material and being elongated elements extending in an longitudinal direction and being configured to dampen vibration of the receiver by deflection of the suspension element in a direction transverse to the longitudinal direction; characterised in that the suspension structure (10, 110, 110', 410, 410', 610, 610', 610") forms a bent section whereby a first suspension element is arranged between the first outer surface and an inner surface of the assembly housing and a second suspension element is arranged between the second outer surface and an inner surface of the assembly housing, the first and second suspension elements extending in different directions from the bent section thereby providing a 2D suspension structure, where the bent section is arranged at an edge of the receiver.
A driving control apparatus for a vehicle configured to recognize a course environment based on detection information from an external sensor to generate a target path, and to perform a speed control and a steering control causing the vehicle to follow the target path, including a starting mode configured to start moving the vehicle from a state of being stopped on a shoulder , comprising: (i) in a case in which another vehicle is detected in a rear detection range of the external sensor , waiting for the other vehicle to pass if a deceleration estimated as necessary for the other vehicle due to the start of movement by the vehicle is equal to or greater than a prescribed threshold value, and starting the vehicle if the deceleration estimated as necessary for the other vehicle is less than the prescribed threshold value; and (ii) in a case in which another vehicle is not detected in the rear detection range, executing a first step including: setting the target path to a first lateral position (P1) closer to the shoulder than a current lane center; and starting the vehicle to accelerate with driving along the first lateral position (P1), and thereafter executing a second step including: setting the target path to a second lateral position (P2) toward the current lane center in a state in which the vehicle has accelerated to a predetermined speed; and switching the vehicle to driving with keeping the second lateral position (P2). (i) in a case in which another vehicle is detected in a rear detection range of the external sensor , waiting for the other vehicle to pass if a deceleration estimated as necessary for the other vehicle due to the start of movement by the vehicle is equal to or greater than a prescribed threshold value, and starting the vehicle if the deceleration estimated as necessary for the other vehicle is less than the prescribed threshold value; and (ii) in a case in which another vehicle is not detected in the rear detection range, executing a first step including: setting the target path to a first lateral position (P1) closer to the shoulder than a current lane center; and starting the vehicle to accelerate with driving along the first lateral position (P1), and thereafter executing a second step including: setting the target path to a second lateral position (P2) toward the current lane center in a state in which the vehicle has accelerated to a predetermined speed; and switching the vehicle to driving with keeping the second lateral position (P2).
A refrigerator comprising: a cabinet having a storage compartment ; an inner case defining an external appearance of the storage compartment ; a first door rotatably installed to the cabinet for opening or closing one side of the storage compartment ; a second door rotatably installed to the cabinet for opening or closing a remaining side of the storage compartment ; a pillar provided on the first door , the pillar being rotated so as to come into contact with the second door and having a pillar protrusion protruding from an upper side thereof; and a pillar rotation unit provided on a ceiling of the inner case for rotating the pillar , characterized in that the pillar rotation unit includes: a rotating member having a guide recess , into which the pillar protrusion is inserted; and a protruding piece for rotating the rotating member by being brought into contact with the second door , wherein the protruding piece includes a first magnet , wherein the second door includes: a second magnet for magnetically attracting the first magnet ; and a moving member for vertically moving the second magnet . a cabinet having a storage compartment ; an inner case defining an external appearance of the storage compartment ; a first door rotatably installed to the cabinet for opening or closing one side of the storage compartment ; a second door rotatably installed to the cabinet for opening or closing a remaining side of the storage compartment ; a pillar provided on the first door , the pillar being rotated so as to come into contact with the second door and having a pillar protrusion protruding from an upper side thereof; and a pillar rotation unit provided on a ceiling of the inner case for rotating the pillar , characterized in that the pillar rotation unit includes: a rotating member having a guide recess , into which the pillar protrusion is inserted; and a protruding piece for rotating the rotating member by being brought into contact with the second door , a rotating member having a guide recess , into which the pillar protrusion is inserted; and a protruding piece for rotating the rotating member by being brought into contact with the second door , wherein the protruding piece includes a first magnet , wherein the second door includes: a second magnet for magnetically attracting the first magnet ; and a moving member for vertically moving the second magnet . a second magnet for magnetically attracting the first magnet ; and a moving member for vertically moving the second magnet .
A combination product comprising a dispensing head mounted on a top of a container containing a liquid formulation for nasal administration, and a solidified skin-care balm for application around the nose contained in a balm holder element (30, 30") attached to a bottom of the container .
A powder coating assembly for coating a workpiece with coating powder, - comprising a booth , which is formed such that it can receive the workpiece delivered via a floor conveyor , - wherein an upper spray applicator arrangement is provided for spraying coating powder downward, - wherein a lower spray applicator arrangement is provided for spraying coating powder upward, - wherein the upper and the lower spray applicator arrangement are oriented toward the same workpiece , and - wherein a manipulator is provided, to which the upper and the lower spray applicator arrangement are fastened, and are movable therewith at least in the transport direction (x) of the workpiece . - comprising a booth , which is formed such that it can receive the workpiece delivered via a floor conveyor , - wherein an upper spray applicator arrangement is provided for spraying coating powder downward, - wherein a lower spray applicator arrangement is provided for spraying coating powder upward, - wherein the upper and the lower spray applicator arrangement are oriented toward the same workpiece , and - wherein a manipulator is provided, to which the upper and the lower spray applicator arrangement are fastened, and are movable therewith at least in the transport direction (x) of the workpiece .
An Anchor Master, AM, management method, wherein the method is used in a neighbor awareness network, NAN, and the method is performed by a first node in the NAN, the method comprising: receiving a first synchronization beacon frame from a second node in the neighbor awareness network, wherein the first synchronization beacon frame carries first Anchor Master information, the first Anchor Master information comprises a first Anchor Master Rank, AMR, the first AMR comprises first Medium Access Control, MAC, address information, wherein Anchor Master information in the first node comprises a second AMR, and the second AMR comprises second MAC address information; updating the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank, MR, of the first node is higher than the first AMR; determining whether a preset node status of the first node is a synchronization state, wherein the preset node status is a state that is of the first node and that is within a previous discovery window; and when the preset node status is Non-Master non-synchronization state, refraining from sending a synchronization beacon frame within a current discovery window, DW. receiving a first synchronization beacon frame from a second node in the neighbor awareness network, wherein the first synchronization beacon frame carries first Anchor Master information, the first Anchor Master information comprises a first Anchor Master Rank, AMR, the first AMR comprises first Medium Access Control, MAC, address information, wherein Anchor Master information in the first node comprises a second AMR, and the second AMR comprises second MAC address information; updating the Anchor Master information in the first node when the first AMR is lower than the second AMR, the first MAC address information is the same as the second MAC address information, and a Master Rank, MR, of the first node is higher than the first AMR; determining whether a preset node status of the first node is a synchronization state, wherein the preset node status is a state that is of the first node and that is within a previous discovery window; and when the preset node status is Non-Master non-synchronization state, refraining from sending a synchronization beacon frame within a current discovery window, DW.
An implantable inflatable penile prosthesis cylinder comprising: an outer tube member having a longitudinal axis ; an inner tube member contained within the outer tube member , the inner tube member comprising at least one inflatable chamber section, wherein at least a portion of each chamber section is defined by a wall of the inner tube member ; and one or more tensile support members within the inner tube member , each tensile support member extending between interior surfaces of the wall ; wherein the at least one tensile support member is formed separately from the inner tube member , wherein the at least one tensile support member is attached to the wall , wherein the one or more tensile support members are in tension when the at least one chamber section is in an inflated state, wherein the one or more tensile support members each include opposing ends that are attached to interior sides of the wall . an outer tube member having a longitudinal axis ; an inner tube member contained within the outer tube member , the inner tube member comprising at least one inflatable chamber section, wherein at least a portion of each chamber section is defined by a wall of the inner tube member ; and one or more tensile support members within the inner tube member , each tensile support member extending between interior surfaces of the wall ; wherein the at least one tensile support member is formed separately from the inner tube member , wherein the at least one tensile support member is attached to the wall , wherein the one or more tensile support members are in tension when the at least one chamber section is in an inflated state, wherein the one or more tensile support members each include opposing ends that are attached to interior sides of the wall .
A diagnostic method for diagnosing a malfunction in a solenoid valve, wherein the solenoid valve comprises an electromagnet and a valve body wherein one or more orifices are provided for the passage of a pressurized fluid and wherein the electromagnet comprises a solenoid , suitable to be connected to a constant voltage generator generating in the solenoid a solenoid current, and a magnetic circuit comprising a movable core situated and slidable in the solenoid, the method comprising the steps of: a) detecting, at the excitation of the solenoid, the rate of variation over time (dV/dt) of the supply voltage of the solenoid and comparing it with a predetermined value; b) if said variation rate is less than said predetermined value, generating an error signal, otherwise, c) detecting the characteristics of the waveform of the solenoid current over a time interval between the solenoid's moment of excitation and the moment wherein the movable core reaches the end-stroke position; d) comparing the characteristics of the waveform detected with predetermined threshold values; e) if the detected characteristics are less than said predetermined threshold values, generating an alarm signal, otherwise f) when the solenoid current is in steady state, calculating the value of solenoid resistance (R) and comparing it with a predetermined minimum resistance value (R0) and with a predetermined maximum resistance value (R1) ; g) if the value of the solenoid resistance (R) is less than the predetermined minimum resistance value (R0) or greater than the predetermined maximum resistance value (R1), generating an alarm signal. a) detecting, at the excitation of the solenoid, the rate of variation over time (dV/dt) of the supply voltage of the solenoid and comparing it with a predetermined value; b) if said variation rate is less than said predetermined value, generating an error signal, otherwise, c) detecting the characteristics of the waveform of the solenoid current over a time interval between the solenoid's moment of excitation and the moment wherein the movable core reaches the end-stroke position; d) comparing the characteristics of the waveform detected with predetermined threshold values; e) if the detected characteristics are less than said predetermined threshold values, generating an alarm signal, otherwise f) when the solenoid current is in steady state, calculating the value of solenoid resistance (R) and comparing it with a predetermined minimum resistance value (R0) and with a predetermined maximum resistance value (R1) ; g) if the value of the solenoid resistance (R) is less than the predetermined minimum resistance value (R0) or greater than the predetermined maximum resistance value (R1), generating an alarm signal.
An implantable prosthetic device , comprising; a frame movable between a radially compressed and a radially expanded configuration, the frame comprising: a first strut comprising a first locking feature disposed on a radially facing inner surface of the first strut ; a second strut comprising a second locking feature disposed on a radially facing outer surface of the second strut ; and wherein the first and second locking features engage each other so as to allow pivoting of the first and second struts relative to one another in a first direction upon radial expansion of the frame and resist pivoting of the first and second struts relative to one another in a second direction to resist radial compression of the frame . a first strut comprising a first locking feature disposed on a radially facing inner surface of the first strut ; a second strut comprising a second locking feature disposed on a radially facing outer surface of the second strut ; and wherein the first and second locking features engage each other so as to allow pivoting of the first and second struts relative to one another in a first direction upon radial expansion of the frame and resist pivoting of the first and second struts relative to one another in a second direction to resist radial compression of the frame .
A closure driving mechanism used for a surgical stapler having a head assembly, wherein, the mechanism comprises a firing handle , a first slider , a locking member, a closure driver , and an actuating rod , characterised in that , the actuating rod is provided with a pressing portion and an avoiding portion; in an initial state, the pressing portion, the avoiding portion and at least a part of the first slider are all located at a proximal side of the locking member; when the firing handle is actuated in the initial state, the first slider is moved distally by the firing handle until the first slider is under the locking member, thereby moving the closure driver to close the head assembly, the pressing portion moves distally and presses the locking member downwards to fit with the first slider ; after the stapler being fired, the avoiding portion is moved to be above the locking member, allowing the locking member to move upwards and at least partially enter the avoiding portion, to separate from the first slider . when the firing handle is actuated in the initial state, the first slider is moved distally by the firing handle until the first slider is under the locking member, thereby moving the closure driver to close the head assembly, the pressing portion moves distally and presses the locking member downwards to fit with the first slider ; after the stapler being fired, the avoiding portion is moved to be above the locking member, allowing the locking member to move upwards and at least partially enter the avoiding portion, to separate from the first slider .
A communication method, wherein a protocol data unit, PDU, session of a terminal is anchored to an anchor user plane gateway through an access network device, a user plane path between the terminal and the anchor user plane gateway comprises a first link and a second link, the first link is a user plane data link for communication between the terminal and the access network device, and the second link is a user plane data link for communication between the access network device and the anchor user plane gateway; and the method comprises: obtaining , by a first device, packet loss statuses of a service flow on the first link and the second link, wherein the first device is the access network device or the anchor user plane gateway; determining , by the first device, a quantity of consecutive lost packets of the service flow on the user plane path based on the packet loss statuses of the service flow on the first link and the second link; and when the quantity of consecutive lost packets of the service flow on the user plane path reaches a first threshold, triggering , by the first device, enabling of a high-reliability transmission mechanism for the service flow, wherein the first threshold is determined by the first device based on survival time corresponding to the service flow. obtaining , by a first device, packet loss statuses of a service flow on the first link and the second link, wherein the first device is the access network device or the anchor user plane gateway; determining , by the first device, a quantity of consecutive lost packets of the service flow on the user plane path based on the packet loss statuses of the service flow on the first link and the second link; and when the quantity of consecutive lost packets of the service flow on the user plane path reaches a first threshold, triggering , by the first device, enabling of a high-reliability transmission mechanism for the service flow, wherein the first threshold is determined by the first device based on survival time corresponding to the service flow.