mhurhangee/patent-ind-claim-en huggingface dataset:
A method for configuring filtering information, comprising: acquiring (S102) first fault event filtering information, wherein the first fault event filtering information comprises: a subnetwork point identifier and a fault fast reporting enable state corresponding to a subnetwork point, the subnetwork point identifier is used for uniquely identifying the subnetwork point, and the fault fast reporting refers to reporting a fault directly without waiting for fault confirmation, the fault fast reporting enable state comprises: allowing fast reporting or prohibiting fast reporting; converting (S104) the first fault event filtering information into second fault event filtering information according to a corresponding relationship between the subnetwork point and a forwarding point, wherein the second fault event filtering information comprises: a forwarding point identifier and a fault fast reporting enable state corresponding to the forwarding point, and the forwarding point identifier is used for uniquely identifying the forwarding point; and configuring (S106) the second fault event filtering information to a forwarding plane network element, wherein the second fault event filtering information is used for indicating the forwarding plane network element to report a fault according to the forwarding point identifier in the second fault event filtering information and the fault fast reporting enable state corresponding to the forwarding point. acquiring (S102) first fault event filtering information, wherein the first fault event filtering information comprises: a subnetwork point identifier and a fault fast reporting enable state corresponding to a subnetwork point, the subnetwork point identifier is used for uniquely identifying the subnetwork point, and the fault fast reporting refers to reporting a fault directly without waiting for fault confirmation, the fault fast reporting enable state comprises: allowing fast reporting or prohibiting fast reporting; converting (S104) the first fault event filtering information into second fault event filtering information according to a corresponding relationship between the subnetwork point and a forwarding point, wherein the second fault event filtering information comprises: a forwarding point identifier and a fault fast reporting enable state corresponding to the forwarding point, and the forwarding point identifier is used for uniquely identifying the forwarding point; and configuring (S106) the second fault event filtering information to a forwarding plane network element, wherein the second fault event filtering information is used for indicating the forwarding plane network element to report a fault according to the forwarding point identifier in the second fault event filtering information and the fault fast reporting enable state corresponding to the forwarding point.
A storage device comprising: an integrity checking module configured to check integrity of data stored at a first host memory buffer, HMB, address of an HMB in a host coupled to the storage device; an HMB mapping module configured to map, if the integrity checking module determines the data as corrupted, the first HMB address to a second address; and, a hardware-error-determination module configured to compare a number of times that the data accessed using the first HMB address is determined as corrupted, to a predetermined threshold value, wherein the HMB mapping module maps the first HMB address to the second address in accordance with a determination result of the hardware-error-determination module. an integrity checking module configured to check integrity of data stored at a first host memory buffer, HMB, address of an HMB in a host coupled to the storage device; an HMB mapping module configured to map, if the integrity checking module determines the data as corrupted, the first HMB address to a second address; and, a hardware-error-determination module configured to compare a number of times that the data accessed using the first HMB address is determined as corrupted, to a predetermined threshold value, wherein the HMB mapping module maps the first HMB address to the second address in accordance with a determination result of the hardware-error-determination module.
A pressure limitation apparatus configured to operate with a birth assistance device when attached via a conduit to supply a positive pressure to inflate an inflatable section of the birth assistance device, the apparatus including a central chamber for containing a gas, a first check valve allowing air to pass through into the central chamber when the central chamber pressure is lower than atmospheric pressure, and preventing back flow of air out of the central chamber, a second check valve configured to be attached via the conduit to the inflatable section and allowing air to pass through out of the central chamber and preventing back flow of air into the central chamber, the central chamber including a first compressible portion (V a ) and a second incompressible portion(V b ), wherein the first compressible portion and the second incompressible portion remain in fluid communication.
A method for examining liver cancer comprising a step of quantifying an amount of free apoptosis inhibitor of macrophage (AIM) in a serum, plasma or whole blood sample derived from a test subject, wherein an increased amount compared to a control healthy individual indicates liver cancer, wherein free AIM means AIM protein that is not in complex with other binding partners such as IgM.
A binder composition for a solid electrolyte battery comprising: a particulate polymer having a core-shell structure; and an organic solvent, wherein a mass ratio of content of a polymer forming a core portion of the particulate polymer relative to content of a polymer forming a shell portion of the particulate polymer is 1/0.3 to 1/5, and wherein the polymer forming the core portion has a glass-transition temperature of -50°C or lower. a particulate polymer having a core-shell structure; and an organic solvent, wherein a mass ratio of content of a polymer forming a core portion of the particulate polymer relative to content of a polymer forming a shell portion of the particulate polymer is 1/0.3 to 1/5, and wherein the polymer forming the core portion has a glass-transition temperature of -50°C or lower.
Mechatronic lock-key system, comprising a lock cylinder as well as a cylinder core that is rotatably mounted in the lock cylinder housing, which has a keyway for inserting a key , and having a device for generating electrical energy in the lock cylinder by means of a generator drive that converts the movement of the key in the keyway into rotation, characterised in that the generator drive can be put into rotation by the linear movement of a shiftable toothed rack , which is axially spring-loaded and which tensions the axially arranged compression spring when the key is removed from the keyway, taking the toothed rack with it, while the compression spring is relaxed when the key is inserted into the keyway and the toothed rack shifts linearly, wherein the generator drive is put into rotation.
PROCESSING DEVICE COMPRISING A HORIZONTAL FILLING TUBE of the type which use a revolving disc against which impacts, due to the pressure exerted by a piston, the food placed inside a filling tube, characterised by comprising: A horizontal filling tube comprising a base , a body and an opening , where the base is near the cutting disc. A series of semi-guides where there is at least one fixed and one moving semi-guide, where the fixed semi-guide is joined to the filling tube and can be housed in an area of the piston and where the moving semi-guide is joined to the piston , said moving semi-guide having one end joined to the piston and the other end being free. A piston that moves from the base of the filling tube to a point outside said tube referred to as the end, wherein the piston comprises a head and a stem , the head filling the cross-section of the filling tube and having at least one area with a shape complementary to the at least one fixed semi-guide . A lever connected to the piston by a crankshaft mechanism that transmits the movement to the piston. A support provided with at least one suitable orifice for introducing therein the free end of the moving semi-guide . A pivoting external shaft with a limited rotation, parallel to the filling tube, on which pivot the support , the piston and the lever . A horizontal filling tube comprising a base , a body and an opening , where the base is near the cutting disc. A series of semi-guides where there is at least one fixed and one moving semi-guide, where the fixed semi-guide is joined to the filling tube and can be housed in an area of the piston and where the moving semi-guide is joined to the piston , said moving semi-guide having one end joined to the piston and the other end being free. A piston that moves from the base of the filling tube to a point outside said tube referred to as the end, wherein the piston comprises a head and a stem , the head filling the cross-section of the filling tube and having at least one area with a shape complementary to the at least one fixed semi-guide . A lever connected to the piston by a crankshaft mechanism that transmits the movement to the piston. A support provided with at least one suitable orifice for introducing therein the free end of the moving semi-guide . A pivoting external shaft with a limited rotation, parallel to the filling tube, on which pivot the support , the piston and the lever .
Connecting node for fastening, in particular releasably fastening, one or more functional modules to a supporting structure , the supporting structure essentially extending in the vertical direction, for example realized as an upright mast, and wherein a groove extending vertically is provided at at least one outer side of the supporting structure , wherein the connecting node comprises two node shells , a first node shell and a second node shell , which can be attached to the supporting structure , in particular embracing it from two sides, characterized in that at least one slot nut and a fastening nut associated with the slot nut are arranged at an inner side of the first node shell , so that in connecting nodes fastened to the supporting structure the fastening nut can engage the slot , and wherein at least one fastening screw is provided which traverses the first node shell and the slot nut from an outer side and is configured to be screwed to the fastening nut enabling that screwing the fastening screw to the fastening nut presses the first node shell against the supporting structure and the slot nut against the outside of the slot , and wherein at least one fastening element is provided, by means of which at least one fastening element the second node shell can be screwed to the first node shell . the connecting node comprises two node shells , a first node shell and a second node shell , which can be attached to the supporting structure , in particular embracing it from two sides, characterized in that at least one slot nut and a fastening nut associated with the slot nut are arranged at an inner side of the first node shell , so that in connecting nodes fastened to the supporting structure the fastening nut can engage the slot , and wherein at least one fastening screw is provided which traverses the first node shell and the slot nut from an outer side and is configured to be screwed to the fastening nut enabling that screwing the fastening screw to the fastening nut presses the first node shell against the supporting structure and the slot nut against the outside of the slot , and wherein at least one fastening element is provided, by means of which at least one fastening element the second node shell can be screwed to the first node shell .
A toner case comprising: a case main body in which a toner is contained; a rotating member which is disposed in the case main body and is rotatable around an rotation axis (Y1); a transmitting member configured to rotate along an outer face of a side wall of the case main body on one side in a direction of the rotation axis (Y1) so as to transmit a rotation to the rotating member ; and a cover configured to cover a portion of the transmitting member , wherein the transmitting member includes a movable part configured to move as the transmitting member rotates and the cover has a hole part through which the movable part is exposed, wherein a gear is formed on an outer circumferential face of the transmitting member , a cylinder part which is cylindrical around the rotation axis (Y1) is formed on an outer face of the transmitting member , and the movable part is configured to protrude on the outer face of the transmitting member and is stored in an annular groove formed between the gear and the cylinder part , the cover includes a main wall part configured to face the outer face of the transmitting member , and the hole part is formed in the main wall part . a case main body in which a toner is contained; a rotating member which is disposed in the case main body and is rotatable around an rotation axis (Y1); a transmitting member configured to rotate along an outer face of a side wall of the case main body on one side in a direction of the rotation axis (Y1) so as to transmit a rotation to the rotating member ; and a cover configured to cover a portion of the transmitting member , wherein the transmitting member includes a movable part configured to move as the transmitting member rotates and the cover has a hole part through which the movable part is exposed, wherein a gear is formed on an outer circumferential face of the transmitting member , a cylinder part which is cylindrical around the rotation axis (Y1) is formed on an outer face of the transmitting member , and the movable part is configured to protrude on the outer face of the transmitting member and is stored in an annular groove formed between the gear and the cylinder part , the cover includes a main wall part configured to face the outer face of the transmitting member , and the hole part is formed in the main wall part .
A steam generator tube probe , comprising: a probe head comprising a probe tip at a proximal portion of the probe head, the probe tip being configured for entry into a steam generator tube , an electronic probe at the distal portion of the head, and a first flexible metallic conduit coupling the probe tip to the electronic probe, the first flexible conduit comprising a first plurality of interlocking portions , each of the interlocking portions from the first plurality of interlocking portions being moveably affixed to at least one adjacent interlocking portion from the first plurality of interlocking portions; and a probe shaft coupled to the distal portion of the probe head and comprising a second flexible metallic conduit that comprises a second plurality of metallic interlocking portions , each interlocking portion from the second plurality of interlocking portions being moveably affixed to at least one adjacent interlocking portion. a probe head comprising a probe tip at a proximal portion of the probe head, the probe tip being configured for entry into a steam generator tube , an electronic probe at the distal portion of the head, and a first flexible metallic conduit coupling the probe tip to the electronic probe, the first flexible conduit comprising a first plurality of interlocking portions , each of the interlocking portions from the first plurality of interlocking portions being moveably affixed to at least one adjacent interlocking portion from the first plurality of interlocking portions; and a probe shaft coupled to the distal portion of the probe head and comprising a second flexible metallic conduit that comprises a second plurality of metallic interlocking portions , each interlocking portion from the second plurality of interlocking portions being moveably affixed to at least one adjacent interlocking portion.
An assembly comprising: a modular stent device comprising: a main body ; a bypass gate extending distally from a distal end of the main body ; wherein the bypass gate is configured to engage the aorta; and an artery leg extending distally from the distal end of the main body , wherein the artery leg is configured to engage the brachiocephalic artery; wherein the artery leg has a greater radial force than a radial force of the bypass gate , wherein the main body has a first longitudinal axis (LA1), the bypass gate has a second longitudinal axis (LA2), and the artery leg has a third longitudinal axis (LA3), the first, second, and third longitudinal axes are parallel with one another when the modular stent device is in a relaxed configuration. a main body ; a bypass gate extending distally from a distal end of the main body ; wherein the bypass gate is configured to engage the aorta; and an artery leg extending distally from the distal end of the main body , wherein the artery leg is configured to engage the brachiocephalic artery; wherein the artery leg has a greater radial force than a radial force of the bypass gate , wherein the main body has a first longitudinal axis (LA1), the bypass gate has a second longitudinal axis (LA2), and the artery leg has a third longitudinal axis (LA3), the first, second, and third longitudinal axes are parallel with one another when the modular stent device is in a relaxed configuration.
A radio frequency identification, RFID, enabled mirror , comprising: a mirror comprising a reflective layer , wherein the reflective layer comprises at least one layer of a metallic material, and wherein a first portion of the reflective layer is removed to form a first slot antenna configured to resonate at a first frequency band, and a second portion of the reflective layer is removed to form a second slot antenna configured to resonate at a second frequency band; a dielectric coating formed on the mirror where the first portion of the reflective layer and the second portion of the reflective layer are removed; and an RFID chip positioned across the slot of the first slot antenna or the second slot antenna , such that the RFID enabled mirror communicates data stored on the RFID chip to an RFID reader via the first frequency band or the second frequency band. a mirror comprising a reflective layer , wherein the reflective layer comprises at least one layer of a metallic material, and wherein a first portion of the reflective layer is removed to form a first slot antenna configured to resonate at a first frequency band, and a second portion of the reflective layer is removed to form a second slot antenna configured to resonate at a second frequency band; a dielectric coating formed on the mirror where the first portion of the reflective layer and the second portion of the reflective layer are removed; and an RFID chip positioned across the slot of the first slot antenna or the second slot antenna , such that the RFID enabled mirror communicates data stored on the RFID chip to an RFID reader via the first frequency band or the second frequency band.
A method for controlling an unmanned aerial vehicle, comprising: obtaining a flight area control parameter transmitted by a control device; determining a flight area based on the flight area control parameter; causing the unmanned aerial vehicle for cruising within the flight area; and wherein causing the unmanned aerial vehicle for cruising within the flight area comprises: determining a flight path within the flight area, and causing the unmanned aerial vehicle for flying on the flight path periodically in a reciprocating manner, and wherein the flight area is at least one of: a planar flight area, a linear flight area, and a three-dimensional flight area, characterized in that the determining the flight path within the flight area comprises: receiving an identification of one or more flight paths selected by a user from a pre-set flight path library; determining the flight path selected by the user according to the identification; and using the flight path selected by the user as the flight path within the flight area.. obtaining a flight area control parameter transmitted by a control device; determining a flight area based on the flight area control parameter; causing the unmanned aerial vehicle for cruising within the flight area; and wherein causing the unmanned aerial vehicle for cruising within the flight area comprises: determining a flight path within the flight area, and causing the unmanned aerial vehicle for flying on the flight path periodically in a reciprocating manner, and determining a flight path within the flight area, and causing the unmanned aerial vehicle for flying on the flight path periodically in a reciprocating manner, and wherein the flight area is at least one of: a planar flight area, a linear flight area, and a three-dimensional flight area, characterized in that the determining the flight path within the flight area comprises: receiving an identification of one or more flight paths selected by a user from a pre-set flight path library; determining the flight path selected by the user according to the identification; and using the flight path selected by the user as the flight path within the flight area..
A plug-in antenna device configured to be received in a waveguide section , the plug-in antenna device comprising one or more dielectric elements (110, 110") and a top-most dielectric element configured to be an antenna element , where the dielectric elements (110", 110, 110') are arranged in series and spaced apart by respective connecting members , wherein, when the plug-in antenna device (100 200, 300, 400, 500) is received in the waveguide section , the dielectric elements are electromagnetically coupled, whereby a radio frequency signal comprised in a radio frequency band passing to or from the antenna element via the other dielectric elements (110", 100) is electromagnetically filtered, characterized in that the plug-in antenna device comprises a conductive exterior surface configured with a first opening in the conductive exterior surface at the top-most dielectric element and a second opening in a bottom-most dielectric element (110") of the dielectric elements arranged in series.
A binding machine for binding at least one object, comprising: - a wire-guide adapted to guide a wire around a space (S) where the object to be bound is housed, said wire-guide comprising at least two channels (5', 5") to perform at least two turns of said wire around said space (S); - feeding means adapted to feed said wire to said wire-guide and to retract said wire in order to tighten it around the object to be bound; and - cutting means of said wire adapted to separate from said wire a segment thereof, said segment being tightened around the object and comprising two free terminal portions; characterized in that the machine further comprises - folding means adapted to fold said terminal portions of said segment so as to form an eyelet (E); and - a twisting device adapted to twist said eyelet-shaped terminal portions. - a wire-guide adapted to guide a wire around a space (S) where the object to be bound is housed, said wire-guide comprising at least two channels (5', 5") to perform at least two turns of said wire around said space (S); - feeding means adapted to feed said wire to said wire-guide and to retract said wire in order to tighten it around the object to be bound; and - cutting means of said wire adapted to separate from said wire a segment thereof, said segment being tightened around the object and comprising two free terminal portions; characterized in that the machine further comprises - folding means adapted to fold said terminal portions of said segment so as to form an eyelet (E); and - a twisting device adapted to twist said eyelet-shaped terminal portions.