mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, characterized by comprising: receiving (S240), by a terminal device, a correspondence indication information sent by a core network, CN, device, the correspondence indication information being in a User Equipment Route Selection Policy, URSP, and being used for indicating a correspondence between an access type and a CN type, wherein the access type comprises 3rd Generation Partnership Project, 3GPP, access and Non-3GPP, N3GPP, access and the CN type comprises Evolved Packet Core, EPC and 5G Core, 5GC; determining (S210), by the terminal device, a target access type for uplink data in multiple different access types; determining (S220), by the terminal device, a target-type CN corresponding to the target access type according to the correspondence between the access type and the CN type; and sending (S230), by the terminal device, the uplink data using at least one data flow corresponding to the target-type CN. receiving (S240), by a terminal device, a correspondence indication information sent by a core network, CN, device, the correspondence indication information being in a User Equipment Route Selection Policy, URSP, and being used for indicating a correspondence between an access type and a CN type, wherein the access type comprises 3rd Generation Partnership Project, 3GPP, access and Non-3GPP, N3GPP, access and the CN type comprises Evolved Packet Core, EPC and 5G Core, 5GC; determining (S210), by the terminal device, a target access type for uplink data in multiple different access types; determining (S220), by the terminal device, a target-type CN corresponding to the target access type according to the correspondence between the access type and the CN type; and sending (S230), by the terminal device, the uplink data using at least one data flow corresponding to the target-type CN.
An alloy, characterized in that it consists in scandium (Sc) according to a fraction of greater than or equal to 30 at%, scandium being the element of the alloy which exhibits the greatest atomic percentage, titanium (Ti), zirconium (Zr) and/or vanadium (V) and/or their oxides, hydrides, borides, carbides and/or nitrides, at least two of the elements among titanium, zirconium and vanadium and/or their oxides, hydrides, borides, carbides and/or nitrides, exhibiting a fraction of greater than or equal to 15 at%, and optionally magnesium (Mg), and/or manganese (Mn), and/or yttrium (Y) and/or rare earth metals.
A tissue repair device comprising: a handle having a proximal end and a distal end; a needle assembly disposed at least partially within a channel extending through the handle ; a depth tube including a cannulation receiving at least a portion of the needle assembly therein; and a limiter member comprising a housing disposed within the handle and a shaft extending from the distal end of the handle , wherein the shaft is coupled to a distal end of the housing of the limiter member, the shaft configured to engage the cannulation of the depth tube , the limiter member having a finger-engageable actuator for allowing axial movement of the depth tube relative to the needle assembly ; wherein the handle comprises a hub coupled to a distal end of a tube extending through the handle , wherein the housing of the limiter member is disposed within the hub , characterized in that the housing of the limiter member comprises a flexure configured to engage a recess in the hub to prevent further distal movement of the limiter member relative to the hub when the finger-engageable actuator is pressed. a handle having a proximal end and a distal end; a needle assembly disposed at least partially within a channel extending through the handle ; a depth tube including a cannulation receiving at least a portion of the needle assembly therein; and a limiter member comprising a housing disposed within the handle and a shaft extending from the distal end of the handle , wherein the shaft is coupled to a distal end of the housing of the limiter member, the shaft configured to engage the cannulation of the depth tube , the limiter member having a finger-engageable actuator for allowing axial movement of the depth tube relative to the needle assembly ; wherein the handle comprises a hub coupled to a distal end of a tube extending through the handle , wherein the housing of the limiter member is disposed within the hub , characterized in that the housing of the limiter member comprises a flexure configured to engage a recess in the hub to prevent further distal movement of the limiter member relative to the hub when the finger-engageable actuator is pressed.
A processor comprising: a plurality of packed data registers ; a plurality of caches in a coherency domain; means for coupling said processor to one or more memory storage devices; a decode unit to decode a vector cache line write back instruction , the vector cache line write back instruction indicating a source packed memory indices operand and a source packed data operation mask operand , the source packed memory indices operand arranged to be stored in one of the plurality of packed data registers and to include a plurality of memory indices, wherein each of said memory indices is convertible to a memory address, the source packed data operation mask operand including a plurality of mask elements; each mask element corresponding to a memory index of the source packed memory indices and arranged to control whether or not a write back operation is to be performed; and a cache coherency system coupled with the plurality of the packed data registers , the decode unit , and said plurality of caches in said coherency domain, wherein the cache coherency system , in response to the vector cache line write back instruction , is to selectively cause, any dirty cache line of any cache in said coherency domain storing data at a memory address indicated by any of said memory indices to be written back towards one or more of said memory storage devices, only when said memory indices are not masked out by their corresponding mask elements in said source packed data operation mask operand. a plurality of packed data registers ; a plurality of caches in a coherency domain; means for coupling said processor to one or more memory storage devices; a decode unit to decode a vector cache line write back instruction , the vector cache line write back instruction indicating a source packed memory indices operand and a source packed data operation mask operand , the source packed memory indices operand arranged to be stored in one of the plurality of packed data registers and to include a plurality of memory indices, wherein each of said memory indices is convertible to a memory address, the source packed data operation mask operand including a plurality of mask elements; each mask element corresponding to a memory index of the source packed memory indices and arranged to control whether or not a write back operation is to be performed; and a cache coherency system coupled with the plurality of the packed data registers , the decode unit , and said plurality of caches in said coherency domain, wherein the cache coherency system , in response to the vector cache line write back instruction , is to selectively cause, any dirty cache line of any cache in said coherency domain storing data at a memory address indicated by any of said memory indices to be written back towards one or more of said memory storage devices, only when said memory indices are not masked out by their corresponding mask elements in said source packed data operation mask operand.
Device for sealing and inflating inflatable objects, in particular for sealing and inflating motor vehicle tires, wherein the device has as a source of compressed gas a compressor unit, which is formed as a reciprocating piston compressor driven by a slider crank mechanism and has a piston moved in an oscillating manner in a cylinder , wherein the piston and the cylinder delimit a compression chamber and the cylinder is closed on the output side by a cylinder head with an outlet valve , characterized in that the reciprocating piston compressor is provided with a variable dead air volume , the content of which can be varied depending on the temperature of the cylinder head .
A centrifugal pump for conveying liquids, with a housing enclosing a cavity that is at least approximatively rotationally symmetric, with an annular space as well as an entry nozzle opening to the cavity on a front side and connected to the annular space, and a peripheral outlet nozzle leading out of the annular space, and with an impeller rotatable in a running direction around an axis in the cavity and presenting webs on a back side that extend radially from the interior to an outer edge, and wherein the entry nozzle is arranged centrally and the impeller has an outer edge that is spaced apart from the outer boundary of the annular space, and webs protruding on a front side facing the entry nozzle and extending, arched backwards against the running direction, from the proximity of the axis towards the outer edge, and the annular space is divided, through the impeller and a peripheral intermediate wall extending from its outer boundary at least to the outer edge of the impeller , into a front annular space extending over the whole periphery and being connected to the entry nozzle , and a back annular space extending approximately over the whole periphery, being connected to the outlet nozzle and being interrupted by an at least approximately radial barrier reaching up to the impeller and following the outlet nozzle in the running direction, while the intermediate wall presents a passage that follows the barrier in the running direction and extends over a limited angular interval.
A method for producing a ligation product, comprising: i. hybridizing a first double-stranded oligonucleotide and a second double-stranded oligonucleotide to a substrate comprising surface-tethered oligonucleotides; and ii. ligating the surface-distal ends of the first and second double-stranded oligonucleotides together, thereby producing a first double-stranded ligation product that is tethered to the support at both ends, wherein: i. the first double-stranded oligonucleotide has overhangs at both ends; ii. the second double-stranded oligonucleotide has overhangs at both ends; iii. the overhangs at a first end of the first and second double-stranded oligonucleotides are ligation compatible; and iv. the overhangs at the second end of the first and second double-stranded oligonucleotides are complementary to a surface-tethered oligonucleotide. i. hybridizing a first double-stranded oligonucleotide and a second double-stranded oligonucleotide to a substrate comprising surface-tethered oligonucleotides; and ii. ligating the surface-distal ends of the first and second double-stranded oligonucleotides together, thereby producing a first double-stranded ligation product that is tethered to the support at both ends, wherein: i. the first double-stranded oligonucleotide has overhangs at both ends; ii. the second double-stranded oligonucleotide has overhangs at both ends; iii. the overhangs at a first end of the first and second double-stranded oligonucleotides are ligation compatible; and iv. the overhangs at the second end of the first and second double-stranded oligonucleotides are complementary to a surface-tethered oligonucleotide. i. the first double-stranded oligonucleotide has overhangs at both ends; ii. the second double-stranded oligonucleotide has overhangs at both ends; iii. the overhangs at a first end of the first and second double-stranded oligonucleotides are ligation compatible; and iv. the overhangs at the second end of the first and second double-stranded oligonucleotides are complementary to a surface-tethered oligonucleotide.
An electron emitter comprising: a photocathode structure ; and a protective film disposed on an exterior surface of the photocathode structure , wherein the protective film includes ruthenium. a photocathode structure ; and a protective film disposed on an exterior surface of the photocathode structure , wherein the protective film includes ruthenium.
Method for the vulcanization of hollow bodies in the form of air spring bellows made from elastomeric material, in the case of which method a bellows blank to be vulcanized is placed in a metallic vulcanization mould , which receives and surrounds the bellows blank, until contact with the inner wall of the said vulcanization mould under internal pressure, and is heated to vulcanization temperature by way of heat transfer, the heating of the blank taking place by way of heat transfer from an electrically inductively heated vulcanization mould , the heating of the vulcanization mould taking place via at least two electrically coupled coupling coils which are arranged coaxially at the ends of the vulcanization mould and are flowed through by a high frequency alternating current, the coil geometry, current, number of windings and spacing of the coupling coils which are arranged coaxially at the ends of the vulcanization mould being configured in such a way that a substantially homogeneously configured alternating magnetic field is produced with magnetic field lines which run rectilinearly over the length and within the vulcanization mould , the coupling coils being similar to a Helmholtz coil arrangement, and the coupling coils being arranged at a spacing which is greater than the radius of one of the coupling coils.
Tool for working in fields, of the type comprising a first flange and a second flange which mount one on the other, forming a wheel body , the first flange comprises a central portion , a generally annular peripheral portion and at least one arm which connect the central portion and the peripheral portion to each other, the second flange is homologous to the peripheral portion of the first flange , in the assembled state, the wheel body has a rim which is formed together by the peripheral portion of the first flange and the second flange and a hub which is formed by the central portion of the first flange .
Suspension and damping system suitable for controlling the ground clearance of a motor vehicle, configured to allow at least one high position, at least one low position and an intermediate position, of the chassis relative to the ground, the system comprising a damper and a spring arranged on a same axis, the damper comprising a piston rod suitable for sliding along a damper body mounted on a stub axle linked to a wheel of the vehicle, the spring being mounted between a top spring retainer arranged on the vehicle chassis side and a movable bottom spring retainer arranged on the vehicle wheel side, characterized in that it comprises a bump stop bearing element that is movable relative to the bottom spring retainer , the bump stop bearing element being capable of coming to bear against a suspension stop arranged between the top spring retainer and the bump stop bearing element , the bump stop bearing element being configured to come into contact with the damper body or an element secured to the damper body in the low position, and configured to come into contact with the top part of the bottom spring retainer in the high position.
A target detection method, comprising: determining (S101) first images from a plurality of images, wherein a candidate target is contained in the first images, wherein the plurality of images comprise continuous images of a time sequence; acquiring (S102) confidence degrees of the candidate target in respective first images; calculating (S103) an appearance probability of the candidate target according to weights of the respective first images and the confidence degrees, wherein a weight of each first image is set according to at least one of proximity of the first image to current time and a number of candidate targets detected in the first image, wherein the calculating (S103) the appearance probability of the candidate target comprises: performing (S201) respective multiplications on the weights of the respective first images with the confidence degrees of the candidate target in corresponding first images, to obtain first appearance probabilities of the candidate target in the respective first images; and adding (S202) the first appearance probabilities of the candidate target in the respective first images, to obtain the appearance probability of the candidate target; and determining (S104) the candidate target with the appearance probability meeting a first preset condition, as a final target. determining (S101) first images from a plurality of images, wherein a candidate target is contained in the first images, wherein the plurality of images comprise continuous images of a time sequence; acquiring (S102) confidence degrees of the candidate target in respective first images; calculating (S103) an appearance probability of the candidate target according to weights of the respective first images and the confidence degrees, wherein a weight of each first image is set according to at least one of proximity of the first image to current time and a number of candidate targets detected in the first image, wherein the calculating (S103) the appearance probability of the candidate target comprises: performing (S201) respective multiplications on the weights of the respective first images with the confidence degrees of the candidate target in corresponding first images, to obtain first appearance probabilities of the candidate target in the respective first images; and adding (S202) the first appearance probabilities of the candidate target in the respective first images, to obtain the appearance probability of the candidate target; and performing (S201) respective multiplications on the weights of the respective first images with the confidence degrees of the candidate target in corresponding first images, to obtain first appearance probabilities of the candidate target in the respective first images; and adding (S202) the first appearance probabilities of the candidate target in the respective first images, to obtain the appearance probability of the candidate target; and determining (S104) the candidate target with the appearance probability meeting a first preset condition, as a final target.
A method for stripping a cable having a multi-layered sheath , comprising the following steps: a) cutting a first layer of the sheath of the cable in a stripping device using at least one stripping blade , b) cutting an inner layer of the sheath located opposite the first layer by means of a laser beam of a laser cutting device , and c) removal of the sheath cut by means of the stripping blade and laser beam , wherein, after step a), the cut first layer is displaced in such a manner that a split forms to expose the layer to be cut using the laser beam. a) cutting a first layer of the sheath of the cable in a stripping device using at least one stripping blade , b) cutting an inner layer of the sheath located opposite the first layer by means of a laser beam of a laser cutting device , and c) removal of the sheath cut by means of the stripping blade and laser beam ,
A system for treating pulmonary hypertension, said system comprising: an implantable port configured for subcutaneous implantation and having an internal chamber; a guide conduit attached at one end to the implantable port ; an inflatable balloon attached at another end of the guide conduit to receive an inflation medium therefrom; a catheter which slidably receives the guide conduit and inflatable balloon ; and means for anchoring at least one of the catheter and the inflatable balloon when the balloon is partially inflated within the pulmonary artery; the anchoring means comprises at least one tissue-penetrating element that is configured to be deployed from the catheter to anchor within the heart; characterized in that : the catheter has a T-branch that is configured to lie within the heart chamber, wherein one branch of the T extends into the pulmonary artery to deploy the inflatable balloon and the other branch of the T is open to deploy the at least one tissue-penetrating element. an implantable port configured for subcutaneous implantation and having an internal chamber; a guide conduit attached at one end to the implantable port ; an inflatable balloon attached at another end of the guide conduit to receive an inflation medium therefrom; a catheter which slidably receives the guide conduit and inflatable balloon ; and means for anchoring at least one of the catheter and the inflatable balloon when the balloon is partially inflated within the pulmonary artery; the anchoring means comprises at least one tissue-penetrating element that is configured to be deployed from the catheter to anchor within the heart; characterized in that : the catheter has a T-branch that is configured to lie within the heart chamber, wherein one branch of the T extends into the pulmonary artery to deploy the inflatable balloon and the other branch of the T is open to deploy the at least one tissue-penetrating element.
A drive circuit comprising: a voltage input circuit comprising a first line terminal and a second line terminal, the voltage input circuit configured to supply an input voltage to the first and second line terminals; a first surge protection device coupled between the first line terminal and ground ; a second surge protection device coupled between the second line terminal and ground ; and a relay circuit powered by the voltage input circuit and configured to: connect the first line terminal to ground when the input voltage is supplied, and to disconnect the first line terminal from ground when the input voltage is not supplied; and connect the second line terminal to ground when the input voltage is supplied, and to disconnect the second line terminal from ground when the input voltage is not supplied. a voltage input circuit comprising a first line terminal and a second line terminal, the voltage input circuit configured to supply an input voltage to the first and second line terminals; a first surge protection device coupled between the first line terminal and ground ; a second surge protection device coupled between the second line terminal and ground ; and a relay circuit powered by the voltage input circuit and configured to: connect the first line terminal to ground when the input voltage is supplied, and to disconnect the first line terminal from ground when the input voltage is not supplied; and connect the second line terminal to ground when the input voltage is supplied, and to disconnect the second line terminal from ground when the input voltage is not supplied. connect the first line terminal to ground when the input voltage is supplied, and to disconnect the first line terminal from ground when the input voltage is not supplied; and connect the second line terminal to ground when the input voltage is supplied, and to disconnect the second line terminal from ground when the input voltage is not supplied.