mhurhangee/patent-ind-claim-en huggingface dataset:
A high-density mapping catheter comprising: a catheter shaft comprising a proximal end and a distal end, the catheter shaft defining a catheter shaft longitudinal axis extending between the proximal end and the distal end; a flexible portion fixed adjacent to the distal end of the catheter shaft, the flexible tip portion comprising a flexible framework comprising nonconductive material and formed of a plurality of longitudinally-extending electrode-carry arms fixed adjacent to the distal end of the catheter shaft to prevent longitudinal movement between the electrode-carrying arms converges with at least one other of the plurality of electrode-carrying arms at the distal end of the flexible tip portion ; and a plurality of microlectrodes mounted on the flexible framework and forming a flexible, planar array of micoelectrodes adapted to conform to tissue, wherein the plurality of microelectrodes are mapping electrodes, wherein the flexible framework is configured to facilitate relative movement among at least some of the plurality of microelectrodes relative to other of the plurality of microelectrodes , and wherein the nonconductive material insulates each of the plurality of microelectrodes from other of the plurality of microelectrodes . a catheter shaft comprising a proximal end and a distal end, the catheter shaft defining a catheter shaft longitudinal axis extending between the proximal end and the distal end; a flexible portion fixed adjacent to the distal end of the catheter shaft, the flexible tip portion comprising a flexible framework comprising nonconductive material and formed of a plurality of longitudinally-extending electrode-carry arms fixed adjacent to the distal end of the catheter shaft to prevent longitudinal movement between the electrode-carrying arms converges with at least one other of the plurality of electrode-carrying arms at the distal end of the flexible tip portion ; and a plurality of microlectrodes mounted on the flexible framework and forming a flexible, planar array of micoelectrodes adapted to conform to tissue, wherein the plurality of microelectrodes are mapping electrodes, wherein the flexible framework is configured to facilitate relative movement among at least some of the plurality of microelectrodes relative to other of the plurality of microelectrodes , and wherein the nonconductive material insulates each of the plurality of microelectrodes from other of the plurality of microelectrodes .
An aircraft sanitization system comprising: an armrest comprising a pocket and a top lid , wherein the pocket is configured to store a tray and the top lid is configured to cover the pocket ; a retractable mechanism enclosed in the pocket , wherein a first end of the retractable mechanism is removably attached to the tray and a second end of retractable mechanism is fixed within the pocket , and wherein the retractable mechanism is configured to: extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket ; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket ; characterised in that , a first set of Ultraviolet (UV) Light Emitting Diodes (LEDs) affixed on each inner wall of the pocket , wherein the first set of UV LEDs is configured to sanitize each surface of tray , when the tray is in the closed state. an armrest comprising a pocket and a top lid , wherein the pocket is configured to store a tray and the top lid is configured to cover the pocket ; a retractable mechanism enclosed in the pocket , wherein a first end of the retractable mechanism is removably attached to the tray and a second end of retractable mechanism is fixed within the pocket , and wherein the retractable mechanism is configured to: extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket ; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket ; extract the tray from the pocket in an open state, wherein, in the open state the tray is at least partially outside the pocket ; and retract the tray into the pocket in a closed state, wherein, in the closed state the tray is completely inside the pocket ; characterised in that , a first set of Ultraviolet (UV) Light Emitting Diodes (LEDs) affixed on each inner wall of the pocket , wherein the first set of UV LEDs is configured to sanitize each surface of tray , when the tray is in the closed state.
A system for kinetic energy conversion engaging a fluid flow, comprising: a foil member having two degrees of freedom to pitch and plunge within the fluid flow; a shaft coupled to the foil member, said shaft operable to oscillate along an oscillation axis perpendicular to the pitching axis of the foil and to the fluid flow direction; and a feedback control loop system wherein said feedback loop control system comprises: a sensor system having sensors embedded within the foil member to measure an angular displacement and a pitching torque exerted by the fluid on the foil member; an actuator system operationally connected to the foil member having an electric motor/generator or servo motors which control and manipulate pitch angle; a controller system operationally connected to the sensor system to receive the sensor data and to the actuator system causing the foil member to adjustably pitch around the pitch axis such that the bi-directional fluid flow contacts the foil member to cause the shaft to oscillate along said oscillation axis; wherein the feedback control loop system monitors an angular displacement and applies a restoring torque proportional to the angular displacement, imitating a torsional spring.
Movement device for a movable furniture component, in particular a furniture flap, door or drawer or similar, with an actuator and an output, drivable by the actuator , for the movable furniture component, which has at least one output member connectable to the movable furniture component, wherein a coupling device connected between the actuator and the output is provided, wherein detection means are provided which cause the coupling device , in at least one end position of the output, to adopt a neutral position disengaging the output from the actuator, and wherein the detection means are assigned an uncoupler which may be so actuated by the detection means that, on reaching the end position of the output, a disconnection of output and actuator may be generated, characterised in that the uncoupler is formed by the actuator itself, which is in the form of a reversing drive which may be switched optionally between anti-clockwise rotation and clockwise rotation, wherein the disconnection in the end position is effected by a reversal of direction of rotation of the actuator .
A composition for the treatment of wounds at the surface of the skin comprising, in combination, collagen and a poloxamer, the collagen and the poloxamer being present in a weight ratio with respect to one another ranging from 35:65 to 65:35 collagen:poloxamer, optionally wherein at least a majority of the collagen is native collagen.
A method of controlling a flow network of a heating system comprising pressure controlling means adapted to regulate a pressure difference of a fluid over two locations in the flow network according to a differential pressure setting of a differential pressure valve actuator, a controller adapted to adjust the differential pressure setting and to track a physical value in the system, the method being for the controller to operate - at a normal load control mode where the pressure controlling means is set at a basic differential pressure setting , and - at an unstable load control mode wherein, if the controller operates in the normal load control mode and the physical value is gets below a first threshold , then the controller changes to the unstable load control mode, and wherein the controller changes from the unstable load control mode to the normal load control mode when the physical value gets above a second threshold , characterized in that the unstable load control mode first includes a step of starting a procedure of tracking possible oscillations of said physical value, and of changing from the basic differential pressure setting to an unstable load differential pressure setting when oscillations are observed. a controller adapted to adjust the differential pressure setting and to track a physical value in the system, the method being for the controller to operate - at a normal load control mode where the pressure controlling means is set at a basic differential pressure setting , and - at an unstable load control mode wherein, if the controller operates in the normal load control mode and the physical value is gets below a first threshold , then the controller changes to the unstable load control mode, and wherein - at a normal load control mode where the pressure controlling means is set at a basic differential pressure setting , and - at an unstable load control mode wherein, if the controller operates in the normal load control mode and the physical value is gets below a first threshold , then the controller changes to the unstable load control mode, and wherein the controller changes from the unstable load control mode to the normal load control mode when the physical value gets above a second threshold , characterized in that the unstable load control mode first includes a step of starting a procedure of tracking possible oscillations of said physical value, and of changing from the basic differential pressure setting to an unstable load differential pressure setting when oscillations are observed.
A mobile station comprising: a modem and at least one antenna configured to communicate in multi-active mode with a plurality of cellular networks; at least one processor, an application memory storing a trusted user interface, UI, client accessible by a user via an authentication procedure, wherein the trusted UI client, when executed by the at least one processor, causes the at least one processor to provision virtual subscriber identity module, SIM, cards on behalf of the mobile station, wherein provisioning the virtual SIM cards comprises at least one of purchasing, downloading, activating, deactivating, or deleting the virtual SIM cards; and a baseband memory storing a trusted baseband client accessible by the user via the authentication procedure, wherein the trusted baseband client, when executed by the at least one processor, causes the at least one processor to coordinate communication between the mobile station and one or more of the plurality of cellular networks using one or more corresponding virtual SIM cards, and coordinate communication with a profile manager that hosts a set of virtual SIM cards associated with the mobile station. a modem and at least one antenna configured to communicate in multi-active mode with a plurality of cellular networks; at least one processor, an application memory storing a trusted user interface, UI, client accessible by a user via an authentication procedure, wherein the trusted UI client, when executed by the at least one processor, causes the at least one processor to provision virtual subscriber identity module, SIM, cards on behalf of the mobile station, wherein provisioning the virtual SIM cards comprises at least one of purchasing, downloading, activating, deactivating, or deleting the virtual SIM cards; and a baseband memory storing a trusted baseband client accessible by the user via the authentication procedure, wherein the trusted baseband client, when executed by the at least one processor, causes the at least one processor to coordinate communication between the mobile station and one or more of the plurality of cellular networks using one or more corresponding virtual SIM cards, and coordinate communication with a profile manager that hosts a set of virtual SIM cards associated with the mobile station. coordinate communication between the mobile station and one or more of the plurality of cellular networks using one or more corresponding virtual SIM cards, and coordinate communication with a profile manager that hosts a set of virtual SIM cards associated with the mobile station.
A metal-cored welding wire electrode (40; 50; 154; 254) for high deposition rate welding comprising: a metallic sheath (42; 52) encapsulating a granular core (44; 54), wherein the granular core comprises between 20 and 30 wt. % of the metal-cored welding wire electrode; wherein the metal-cored welding wire electrode comprises, by weight of the metal-cored welding wire electrode: 0.01 to 0.03 wt. % sulfur, 0 to 0.12 wt. % carbon, and 0 to 1 wt. % nickel; characterized in that the metal-cored welding wire electrode comprises, by weight of the metal-cored welding wire electrode, 0.01 to 0.15 wt. % of a bead wetting agent; wherein the bead wetting agent consists of one or more of selenium, tellurium, arsenic, gallium, and tin. a metallic sheath (42; 52) encapsulating a granular core (44; 54), wherein the granular core comprises between 20 and 30 wt. % of the metal-cored welding wire electrode; wherein the metal-cored welding wire electrode comprises, by weight of the metal-cored welding wire electrode: 0.01 to 0.03 wt. % sulfur, 0 to 0.12 wt. % carbon, and 0 to 1 wt. % nickel; 0.01 to 0.03 wt. % sulfur, 0 to 0.12 wt. % carbon, and 0 to 1 wt. % nickel; characterized in that the metal-cored welding wire electrode comprises, by weight of the metal-cored welding wire electrode, 0.01 to 0.15 wt. % of a bead wetting agent; wherein the bead wetting agent consists of one or more of selenium, tellurium, arsenic, gallium, and tin.
A vehicle control method for controlling an output of a drive source based on a color of an illuminated signal of a traffic light in a vehicle-advancing direction during travel in autonomous driving, comprising: when the color of the illuminated signal of the traffic light in the vehicle-advancing direction cannot be acquired by an onboard camera , estimating the color of the currently illuminated signal of the traffic light in the vehicle-advancing direction based on oncoming vehicle information; controlling the output of the drive source based on an estimation result; and wherein the controlling the output of the drive source based on an estimation result includes limiting the output of the drive source when the color of the illuminated signal of the traffic light in the vehicle-advancing direction is estimated to be red at a position (L21), whereby a vehicle speed is reduced from a current first vehicle speed (V1) to a second vehicle speed (V2) at which fuel efficiency is superior to that at the first vehicle speed, and constant-speed travel is performed at the second vehicle speed (V2) up to a deceleration starting position (L31) established based on a stopping position (L4), the second vehicle speed (V2) and a preset target deceleration rate. when the color of the illuminated signal of the traffic light in the vehicle-advancing direction cannot be acquired by an onboard camera , estimating the color of the currently illuminated signal of the traffic light in the vehicle-advancing direction based on oncoming vehicle information; controlling the output of the drive source based on an estimation result; and wherein the controlling the output of the drive source based on an estimation result includes limiting the output of the drive source when the color of the illuminated signal of the traffic light in the vehicle-advancing direction is estimated to be red at a position (L21), whereby a vehicle speed is reduced from a current first vehicle speed (V1) to a second vehicle speed (V2) at which fuel efficiency is superior to that at the first vehicle speed, and constant-speed travel is performed at the second vehicle speed (V2) up to a deceleration starting position (L31) established based on a stopping position (L4), the second vehicle speed (V2) and a preset target deceleration rate.
A wear member for attachment to excavating equipment comprising a front end , a rear end and a socket that opens in the rear end for receiving a base fixed to the excavating equipment, the socket including a main portion having an upper side and a lower side each including a central facet and two opposite side facets each transversely inclined to the corresponding central facet, the upper central facet having a width that expands in a rearward direction, characterized by the lower central facet having a width that narrows in a rearward direction.
A method for decoding a scalable video bitstream comprising a base layer and at least one enhancement layer, the method comprising receiving at least a part of the bitstream and one or more indications associated with the bitstream or one or more coded video sequences within the bitstream, the indications relating to use of picture types and/or network abstraction layer (NAL) unit types of NAL units on said base and one or more enhancement layers for inter-layer prediction; determining to use one or more target output layers for decoding, whereby said determining is based on computational capacity for decoding and/or receiver capabilities and/or network throughput, or pre-configured; decoding, from the one or more indications, information relating to use of picture types and/or NAL unit types of the NAL units on said base and one or more enhancement layers for inter-layer prediction, wherein said information defines whether the use of inter-layer prediction is restricted to be performed from intra-coded pictures in a base layer of a scalable video sequence; determining, based on said information, combinations of picture types and/or NAL unit types and layer identifier values that are not to be decoded to decode the target output layers and combinations of picture types and/or NAL unit types and layer identifier values that are to be decoded to decode the target output layers; and decoding the NAL units of the bitstream indicated by the combinations of picture types and/or NAL unit types and layer identifier values to be decoded. receiving at least a part of the bitstream and one or more indications associated with the bitstream or one or more coded video sequences within the bitstream, the indications relating to use of picture types and/or network abstraction layer (NAL) unit types of NAL units on said base and one or more enhancement layers for inter-layer prediction; determining to use one or more target output layers for decoding, whereby said determining is based on computational capacity for decoding and/or receiver capabilities and/or network throughput, or pre-configured; decoding, from the one or more indications, information relating to use of picture types and/or NAL unit types of the NAL units on said base and one or more enhancement layers for inter-layer prediction, wherein said information defines whether the use of inter-layer prediction is restricted to be performed from intra-coded pictures in a base layer of a scalable video sequence; determining, based on said information, combinations of picture types and/or NAL unit types and layer identifier values that are not to be decoded to decode the target output layers and combinations of picture types and/or NAL unit types and layer identifier values that are to be decoded to decode the target output layers; and decoding the NAL units of the bitstream indicated by the combinations of picture types and/or NAL unit types and layer identifier values to be decoded.
An IgM, IgA, IgG/IgM, or IgG/IgA antibody that specifically binds to CD20, the antibody comprising a modified J-chain, wherein the modified J-chain comprises one or more extraneous binding moieties, wherein at least one binding moiety comprises a CD3 binding domain covalently attached to a J-chain, and wherein said IgG/IgM or IgG/IgA antibody is a hybrid antibody which contains an IgM or IgA tail-piece at the IgG heavy chain and has the ability to incorporate and form polymers with the modified J-chain.
An ink cartridge attachable to and detachable from a printing device, and comprising: an outer package ; an ink container housed inside the outer package ; and a first sheet body attached to an outer surface of the outer package , characterized in that the outer package includes: a first breakable section , at least partially defining a first small piece suitable to be pressed inward, that is formed consecutively between a surface of the outer package covered by the first sheet body and a surface of the outer package not covered by the first sheet body , and is breakable by external force; and the first small piece being able to be pressed inside the outer package by breaking the first breakable section . an outer package ; an ink container housed inside the outer package ; and a first sheet body attached to an outer surface of the outer package , characterized in that the outer package includes: a first breakable section , at least partially defining a first small piece suitable to be pressed inward, that is formed consecutively between a surface of the outer package covered by the first sheet body and a surface of the outer package not covered by the first sheet body , and is breakable by external force; and the first small piece being able to be pressed inside the outer package by breaking the first breakable section . a first breakable section , at least partially defining a first small piece suitable to be pressed inward, that is formed consecutively between a surface of the outer package covered by the first sheet body and a surface of the outer package not covered by the first sheet body , and is breakable by external force; and the first small piece being able to be pressed inside the outer package by breaking the first breakable section .
A method for manufacturing a cooling member including a heat-transfer member having a groove and at least one edge which is a longitudinal limit of the groove and a refrigerant introducing pipe disposed in the groove , the method comprising the steps of: preparing a punch having at least one corner formed in a curved surface shape at one end or more thereof, and a pressing surface adjacent to the corner to arrange the pressing surface of the punch at a position opposite to the groove ; positioning the corner of the punch longitudinally inwardly of the edge of the heat-transfer member ; and moving the punch closer to the groove to press the refrigerant introducing pipe into the groove with the pressing surface . preparing a punch having at least one corner formed in a curved surface shape at one end or more thereof, and a pressing surface adjacent to the corner to arrange the pressing surface of the punch at a position opposite to the groove ; positioning the corner of the punch longitudinally inwardly of the edge of the heat-transfer member ; and moving the punch closer to the groove to press the refrigerant introducing pipe into the groove with the pressing surface .
A terminal spacer having a cylindrical shape to be attached to a circumference of an electric wire (W) connected to a terminal , the terminal spacer comprising a slit portion extending across the entire length in an axial direction (SD) of the terminal spacer , the slit portion including: an electric wire insertion slit portion into which the electric wire (W) can be inserted; and a narrow slit portion continuously extending from the electric wire insertion slit portion and having an opening width narrower than that of the electric wire insertion slit portion , wherein the electric wire insertion slit portion has a tapered surface having an opening width which gradually decreases toward the narrow slit portion , characterized in that the end surface of the terminal spacer is provided with a rubber receiving wall portion projecting in an inner circumferential direction. an electric wire insertion slit portion into which the electric wire (W) can be inserted; and a narrow slit portion continuously extending from the electric wire insertion slit portion and having an opening width narrower than that of the electric wire insertion slit portion , wherein