mhurhangee/ep-ind-claims huggingface dataset:
A bit index explicit replication internet protocol version 6, BIERv6, packet forwarding method, wherein the method comprises: 1.1 receiving, by a first network device (A-F), a bit index explicit replication internet protocol version 6, BIERv6, packet, wherein the BIERv6 packet comprises a hop limit field, and the first network device (A-F) is a bit forwarding router, BFR, or a bit forwarding egress router, BFER; 1.2 determining, by the first network device (A-F), whether a value of the hop limit field in the BIERv6 packet is less than or equal to a preset threshold configured on the first network device (A-F), wherein the preset threshold is a value greater than or equal to 2, the preset threshold is determined based on a quantity of one or more consecutive second network devices (A-F; R5, R6, R7) connected to the first network device (A-F), and the second network device (A-F) is a device (A-F) that does not support BIER forwarding; and 1.3 when the value of the hop limit field in the BIERv6 packet is less than or equal to the preset threshold, avoiding, by the first network device (A-F), forwarding the BIERv6 packet. 1.1 receiving, by a first network device (A-F), a bit index explicit replication internet protocol version 6, BIERv6, packet, wherein the BIERv6 packet comprises a hop limit field, and the first network device (A-F) is a bit forwarding router, BFR, or a bit forwarding egress router, BFER; 1.2 determining, by the first network device (A-F), whether a value of the hop limit field in the BIERv6 packet is less than or equal to a preset threshold configured on the first network device (A-F), wherein the preset threshold is a value greater than or equal to 2, the preset threshold is determined based on a quantity of one or more consecutive second network devices (A-F; R5, R6, R7) connected to the first network device (A-F), and the second network device (A-F) is a device (A-F) that does not support BIER forwarding; and 1.3 when the value of the hop limit field in the BIERv6 packet is less than or equal to the preset threshold, avoiding, by the first network device (A-F), forwarding the BIERv6 packet.
A pharmaceutical composition for use in a method of inhibiting angiogenesis in an individual, the pharmaceutical composition comprising a complex consisting of gold or silica nanoparticles and a vitreous body-based protein surrounding surfaces of the nanoparticles, as an active ingredient.
A surgical instrument, comprising: a handle; a shaft extending from said handle, wherein said shaft comprises a housing; a firing member (1390, 1466) movable relative to said housing; a cutting member operably coupled to said firing member (1390, 1466); an end effector pivotably coupled to said shaft about a pivot joint, wherein said end effector is rotatable about said pivot joint, and wherein said end effector comprises: a staple cartridge attachment portion configured to receive a staple cartridge; and a retraction stop; retraction means for moving said firing member (1390, 1466) and said cutting member relative to said staple cartridge attachment portion in a first direction and for positioning said cutting member against said retraction stop; and drive means for moving said firing member (1390, 1466) and said cutting member relative to said staple cartridge attachment portion in a direction opposite said first direction a predetermined distance from said retraction stop; characterized in that said firing member (1390, 1466) comprises a first portion and a second portion, wherein said first portion comprises a slot comprising a first end wall and a second end wall, wherein said second portion comprises a projection extending into said slot, and wherein a distance between said first end wall and said second end wall is larger than a width of said projection. a handle; a shaft extending from said handle, wherein said shaft comprises a housing; a firing member (1390, 1466) movable relative to said housing; a cutting member operably coupled to said firing member (1390, 1466); an end effector pivotably coupled to said shaft about a pivot joint, wherein said end effector is rotatable about said pivot joint, and wherein said end effector comprises: a staple cartridge attachment portion configured to receive a staple cartridge; and a retraction stop; a staple cartridge attachment portion configured to receive a staple cartridge; and a retraction stop; retraction means for moving said firing member (1390, 1466) and said cutting member relative to said staple cartridge attachment portion in a first direction and for positioning said cutting member against said retraction stop; and drive means for moving said firing member (1390, 1466) and said cutting member relative to said staple cartridge attachment portion in a direction opposite said first direction a predetermined distance from said retraction stop; characterized in that said firing member (1390, 1466) comprises a first portion and a second portion, wherein said first portion comprises a slot comprising a first end wall and a second end wall, wherein said second portion comprises a projection extending into said slot, and wherein a distance between said first end wall and said second end wall is larger than a width of said projection.
A negative active material for a rechargeable lithium battery comprising: particles comprising a core including grains of silicon in a matrix of SiO 2 and a coating layer at least partially coating the core, wherein the coating layer includes SiC and carbon; and wherein the peak area ratio of SiC plane to Si plane during X-ray diffraction analysis using CuKα ray ranges from 0.10 to 0.50. particles comprising a core including grains of silicon in a matrix of SiO 2 and a coating layer at least partially coating the core, wherein the coating layer includes SiC and carbon; and wherein the peak area ratio of SiC plane to Si plane during X-ray diffraction analysis using CuKα ray ranges from 0.10 to 0.50.
A dental matrix band comprising: a band having a first end and a second end, wherein the band is folded over with the first end and second end generally aligned, and wherein a portion of the band adjacent the first and second ends form opposed facing band portions in contact with one another, and another portion of the band forming a looped band forming a circumference; a first or stationary toggle is secured to the band at the first and second ends with the first toggle stationary with respect to the band; and a second or movable toggle is capable of sliding over the opposed facing band portions in contact with one another whereby sliding of the movable toggle away from the first and second ends causes the circumference of the looped band to reduce in size, characterized in that said movable toggle is molded over the band. a band having a first end and a second end, wherein the band is folded over with the first end and second end generally aligned, and wherein a portion of the band adjacent the first and second ends form opposed facing band portions in contact with one another, and another portion of the band forming a looped band forming a circumference; a first or stationary toggle is secured to the band at the first and second ends with the first toggle stationary with respect to the band; and a second or movable toggle is capable of sliding over the opposed facing band portions in contact with one another whereby sliding of the movable toggle away from the first and second ends causes the circumference of the looped band to reduce in size, characterized in that said movable toggle is molded over the band.
A user equipment, UE, comprising: a display configured to render a virtual reality video; a processor configured to generate metadata including information related to a trajectory of at least one viewport of the UE, the viewport being a part of the virtual reality video displayed and viewed by a user; and a communication unit configured to transmit the metadata, to a server or another UE, to share the trajectory of the at least one viewport, wherein the metadata includes flag information, and the flag information is set to one of a first value indicating that viewport coordinates for a current frame is transmitted, a second value indicating that viewport coordinates for the current frame is copied from viewport coordinates of a previous frame and a third value indicating that viewport coordinates for the current frame is linearly interpolated from viewport coordinates of previous and next frames which have the flag information set to the first value. a display configured to render a virtual reality video; a processor configured to generate metadata including information related to a trajectory of at least one viewport of the UE, the viewport being a part of the virtual reality video displayed and viewed by a user; and a communication unit configured to transmit the metadata, to a server or another UE, to share the trajectory of the at least one viewport, wherein the metadata includes flag information, and the flag information is set to one of a first value indicating that viewport coordinates for a current frame is transmitted, a second value indicating that viewport coordinates for the current frame is copied from viewport coordinates of a previous frame and a third value indicating that viewport coordinates for the current frame is linearly interpolated from viewport coordinates of previous and next frames which have the flag information set to the first value.
Method for deep penetration welding of a workpiece, wherein a surface of the workpiece is radiated with a first laser beam and a second laser beam, wherein a first beam width B1 of the first laser beam is wider than a second beam width B2 of the second laser beam in a workpiece surface plane, wherein at least in the workpiece surface plane, the second laser beam is within the first laser beam, wherein the intensity of the first laser beam is alone sufficient to create a vapor capillary in the workpiece, and wherein the vapor capillary created in the workpiece has a capillary width KB in the workpiece surface level, wherein KB is essentially just as wide as B1, and further B2 ≤ 0.75*KB applies, characterized in that the second laser beam has a better beam quality than the first laser beam, in particular with SPP1 ≥ 2*SPP2, preferably SPP1 ≥ 4*SPP2 with SPP1 being the beam parameter product of the first laser beam and SPP2, the beam parameter product of the second laser beam. wherein a surface of the workpiece is radiated with a first laser beam and a second laser beam, wherein a first beam width B1 of the first laser beam is wider than a second beam width B2 of the second laser beam in a workpiece surface plane, wherein at least in the workpiece surface plane, the second laser beam is within the first laser beam, wherein the intensity of the first laser beam is alone sufficient to create a vapor capillary in the workpiece, and wherein the vapor capillary created in the workpiece has a capillary width KB in the workpiece surface level, wherein KB is essentially just as wide as B1, and further B2 ≤ 0.75*KB applies, characterized in that the second laser beam has a better beam quality than the first laser beam, in particular with SPP1 ≥ 2*SPP2, preferably SPP1 ≥ 4*SPP2 with SPP1 being the beam parameter product of the first laser beam and SPP2, the beam parameter product of the second laser beam.
Assembly during construction works for an at least partially removable anchor device (1; 13) with an anchoring body, comprising at least one tension member and an induction generating device, characterised in that said induction generating device is arranged at least partially directly adjacent to said at least one tension member.
A door assistant for retaining an opened door in a desired position; said door assistant comprising a generally wedge-shaped portion and a handle portion; said wedge-shaped portion including a sloping surface defined between a first distal lower end and a second proximate higher end; said handle portion including a generally vertically extending portion and a laterally extending grasping portion; said door assistant further including a foot pad extending rearwardly from said wedge-shaped portion; wherein said grasping portion is rotatably mounted to a vertical element of a said handle portion; said grasping portion extending substantially normal from said vertical element and operable between a first orientation wherein said grasping portion is aligned with said wedge shaped portion and a second orientation wherein said grasping portion is aligned with a surface of a door when said door assistant is positioned in use; said handle portion adapted for placement of said wedge-shaped portion in a desired position relative a lower edge of an open door by a user; a surface of said foot pad having a downward sloping surface from said second proximate higher end of said wedge-shaped portion to a lower end of said foot pad; and wherein said wedge-shaped portion, said foot pad and said handle portion are hingedly interconnected.
Anterior zone of an aircraft comprising a fuselage with frames, the anterior zone comprising a part accommodating a cockpit, arranged partly above a front landing gear compartment, and a part receiving a service area, the anterior zone having a floor comprising crossbeams, spars and one or more floor panels, in which the floor comprises: - a rear main crossbeam extending in the plane of a frame situated in the service area, which rear main crossbeam is fixed to said frame, - a port main spar and a starboard main spar, which main spars (4, 6) have a rear end fixed to the rear main crossbeam, - one or more secondary spars (16, 17), characterized in that the floor comprises: - one or more secondary crossbeams (14, 15), fixed to the port and starboard main spars (4, 6), the secondary crossbeams (14, 15) not being fixed to any frame, and being borne by the main spars, the floor comprising no crossbeam fixed to a frame in the part accommodating the cockpit. - a rear main crossbeam extending in the plane of a frame situated in the service area, which rear main crossbeam is fixed to said frame, - a port main spar and a starboard main spar, which main spars (4, 6) have a rear end fixed to the rear main crossbeam, - one or more secondary spars (16, 17), - one or more secondary crossbeams (14, 15), fixed to the port and starboard main spars (4, 6), the secondary crossbeams (14, 15) not being fixed to any frame, and being borne by the main spars, the floor comprising no crossbeam fixed to a frame in the part accommodating the cockpit.
A system comprising a processing resource configured to: obtain a first indication of a confirmation, by an operator of a platform, of an alignment of one symbol of a first plurality of symbols with a second symbol as viewed in a head-mounted display of a head-mounting worn by the operator, the first plurality of symbols being projected by at least one optical apparatus disposed on the platform to a plurality of different viewing angles, the second symbol being projected onto the head-mounted display by a projection unit of the head-mounted display, wherein the head-mounting is aligned to a coordinate system of the platform based on a head tracking unit of the head-mounting; determine which symbol of the first plurality of symbols was aligned by the operator with the second symbol yielding a first symbol of the first plurality of symbols, the first symbol having first orientation data, the second symbol having second orientation data; and perform an alignment of the head-mounting and the head-mounted display at least based on the first orientation data, the second orientation data and third orientation data of the head-mounting obtained from the head tracking unit of the head-mounting. obtain a first indication of a confirmation, by an operator of a platform, of an alignment of one symbol of a first plurality of symbols with a second symbol as viewed in a head-mounted display of a head-mounting worn by the operator, the first plurality of symbols being projected by at least one optical apparatus disposed on the platform to a plurality of different viewing angles, the second symbol being projected onto the head-mounted display by a projection unit of the head-mounted display, wherein the head-mounting is aligned to a coordinate system of the platform based on a head tracking unit of the head-mounting; determine which symbol of the first plurality of symbols was aligned by the operator with the second symbol yielding a first symbol of the first plurality of symbols, the first symbol having first orientation data, the second symbol having second orientation data; and perform an alignment of the head-mounting and the head-mounted display at least based on the first orientation data, the second orientation data and third orientation data of the head-mounting obtained from the head tracking unit of the head-mounting.
A sheet comprising: a base layer; a resin layer formed on the base layer; and a printed layer formed on the resin layer, wherein the resin layer comprises an amorphous polylactic acid, a-PLA, resin, wherein the resin layer comprises 10 to 50 parts by weight of a non-phthalate plasticizer and 1 to 10 parts by weight of a processing aid, based on 100 parts by weight of the a-PLA resin. a base layer; a resin layer formed on the base layer; and a printed layer formed on the resin layer, wherein the resin layer comprises an amorphous polylactic acid, a-PLA, resin, wherein the resin layer comprises 10 to 50 parts by weight of a non-phthalate plasticizer and 1 to 10 parts by weight of a processing aid, based on 100 parts by weight of the a-PLA resin.
A control apparatus comprising: at least one processor that is configured to: capture a low-energy image by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and then sequentially acquires each of a plurality of high-energy images captured by the radiography apparatus at different timings by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected, the control apparatus characterised in that the processor is further configured to: sequentially derive a body movement amount of the subject from each of the plurality of high-energy images, and perform, in a case in which the derived body movement amount exceeds a threshold value, control of causing the radiography apparatus to re-capture the low-energy image before a next high-energy image is captured. sequentially derive a body movement amount of the subject from each of the plurality of high-energy images, and perform, in a case in which the derived body movement amount exceeds a threshold value, control of causing the radiography apparatus to re-capture the low-energy image before a next high-energy image is captured.
A method, comprising: generating a real-time clock signal; and triggering tasks defined by an embedded software application with the real-time clock signal, wherein the embedded software application comprises respective instructions corresponding to the defined tasks, the instructions being executed by an embedded processor having a real-time operating system ("RTOS") as its operating system, the embedded processor being driven by a processor clock signal generated by a processor clock source (630, 632), the embedded processor and the processor clock source being part of an embedded system implemented in a physical package, wherein the real-time clock signal is generated by software running on a computer workstation coupled to the embedded system or by software running on another external embedded system coupled to the embedded system and is controllable independent of the processor clock signal driving the embedded processor such that the real-time clock signal has a different time base than the processor clock signal. generating a real-time clock signal; and triggering tasks defined by an embedded software application with the real-time clock signal, wherein the embedded software application comprises respective instructions corresponding to the defined tasks, the instructions being executed by an embedded processor having a real-time operating system ("RTOS") as its operating system, the embedded processor being driven by a processor clock signal generated by a processor clock source (630, 632), the embedded processor and the processor clock source being part of an embedded system implemented in a physical package, wherein the real-time clock signal is generated by software running on a computer workstation coupled to the embedded system or by software running on another external embedded system coupled to the embedded system and is controllable independent of the processor clock signal driving the embedded processor such that the real-time clock signal has a different time base than the processor clock signal.
Diaphragm, wherein the diaphragm comprises at least two layers (14, 15), wherein at least one of the at least two layers (14, 15) consists of an elastomer, and wherein, between the at least two layers (14, 15), an electric circuit is provided, wherein in at least one of the two layers (14, 15) a conductive insert (26, 28) is provided, by means of which an electrical connection of the electric circuit to or from the outside of the diaphragm can be achieved, characterized in that the electrical circuit has a spiral-shaped structure constituting an antenna.
Hand-actuated transmitter unit for vehicles, in particular for handlebar-controlled vehicles, comprising a housing, a master cylinder provided in the housing, an actuating lever which is movable relative to the housing and a plunger which transmits a movement of the actuating lever to the master cylinder and which is mounted on the actuating lever, characterised in that provided on the housing is a reach adjust device for the actuating lever with which a respective starting position of the actuating lever is pre-settable, in that the reach adjust device comprises an adjustment element which is movable on the housing, in that the adjustment element is displaceably arranged on the housing and in that the adjustment element has at least one stop surface (134, 136, 138) for a contact arm of the actuating lever.
A suturing system for receiving and retaining a suture, comprising: a suture (10, 210); at least one needle (20, 220) having a tapered end and a groove across the tapered end that receives and removably retains a portion of the suture (10, 210), and at least one retainer (30, 230) having a body defining an aperture, characterized in that the shape of the aperture being defined by a central passageway and a pair of diametrically opposed slots extending radially outward from the central passageway, the central passageway being sized to allow passage of the needle (20, 220) therethrough, each slot defines a tortured path section, the tortured path section permits passage of the suture (10, 210) in a first direction and inhibits passage of the suture (10, 210) in a second direction. a suture (10, 210); at least one needle (20, 220) having a tapered end and a groove across the tapered end that receives and removably retains a portion of the suture (10, 210), and at least one retainer (30, 230) having a body defining an aperture, characterized in that the shape of the aperture being defined by a central passageway and a pair of diametrically opposed slots extending radially outward from the central passageway, the central passageway being sized to allow passage of the needle (20, 220) therethrough, each slot defines a tortured path section, the tortured path section permits passage of the suture (10, 210) in a first direction and inhibits passage of the suture (10, 210) in a second direction.