mhurhangee/ep-ind-claims huggingface dataset:
A method for managing central secret keys of a plurality of user devices (2a-c) associated with a single public key, the method being performed in a key manager and comprising the steps of: receiving, from a first user device, transformation data and an identifier of a second user device; obtaining a first central secret key associated with the first user device associated with the public key; generating a second central secret key by applying the transformation data to the first central secret key, wherein the transformation data is applied in reverse to how the same transformation data is applied by the first user device to a device secret key of the first user device to generate a second device secret key to ensure the second central secret key and the second device secret key are also associated with the public key; storing the second central secret key in association with the second user device; and performing again the generating between the key manager and the second user device, using secure communication between the key manager and the second user device, resulting in an evolved second device secret key and an evolved second central secret key, both the evolved second device secret key and the evolved second central secret key also associated with the public key. receiving, from a first user device, transformation data and an identifier of a second user device; obtaining a first central secret key associated with the first user device associated with the public key; generating a second central secret key by applying the transformation data to the first central secret key, wherein the transformation data is applied in reverse to how the same transformation data is applied by the first user device to a device secret key of the first user device to generate a second device secret key to ensure the second central secret key and the second device secret key are also associated with the public key; storing the second central secret key in association with the second user device; and performing again the generating between the key manager and the second user device, using secure communication between the key manager and the second user device, resulting in an evolved second device secret key and an evolved second central secret key, both the evolved second device secret key and the evolved second central secret key also associated with the public key.
A method for radio network subscriber handling comprising: storing a list of gateway addresses in a radio network node, wherein said list of gateway addresses comprises at least one address of at least one gateway belonging to a gateway class comprising at least one of high performance gateways, local internet protocol access gateways, selected internet protocol traffic offload gateways, and enterprise gateways, wherein said address being allocated to a specific subscriber type comprising at least one of flat data rate subscribers, subscribers with specific requirements for quality of service, high priority subscribers, and low priority subscribers, and performing radio network subscriber handling actions based on information stored in said list of gateway addresses wherein said performing radio network subscriber handling actions comprises detecting an address of a gateway to which a subscriber is connected, comparing whether said address of said gateway is included in said list of gateway addresses stored in said radio network node, and making a subscriber handling decision relating to said subscriber based on said step of comparing taking into account information about the subscriber types and gateway class, wherein said subscriber handling decision comprises at least one of differentiated subscriber handling in radio network overload situation, an idle mode traffic steering decision, and a handover decision to keep a subscriber connected to an enterprise gateway within enterprise cells. storing a list of gateway addresses in a radio network node, wherein said list of gateway addresses comprises at least one address of at least one gateway belonging to a gateway class comprising at least one of high performance gateways, local internet protocol access gateways, selected internet protocol traffic offload gateways, and enterprise gateways, wherein said address being allocated to a specific subscriber type comprising at least one of flat data rate subscribers, subscribers with specific requirements for quality of service, high priority subscribers, and low priority subscribers, and performing radio network subscriber handling actions based on information stored in said list of gateway addresses wherein said performing radio network subscriber handling actions comprises detecting an address of a gateway to which a subscriber is connected, comparing whether said address of said gateway is included in said list of gateway addresses stored in said radio network node, and making a subscriber handling decision relating to said subscriber based on said step of comparing taking into account information about the subscriber types and gateway class, wherein said subscriber handling decision comprises at least one of differentiated subscriber handling in radio network overload situation, an idle mode traffic steering decision, and a handover decision to keep a subscriber connected to an enterprise gateway within enterprise cells.
A tool for forming wire during the manufacture of jewelry, said tool comprising: a first member having a first handle on a proximal end of said first member and a cylindrical jaw on a distal end of said first member; a second member having a second handle on a proximal end of said second member and a recessed jaw on a distal end of said second member shaped to mate with a length of said cylindrical jaw; wherein said first member and said second member are attached at a connection point to permit pivoting movement between said cylindrical jaw and said recessed jaw such that said cylindrical jaw and said recessed jaw are opposed and adapted for moving with respect to each other in response to a force being applied to said first handle and said second handle; wherein when the jaws are completely closed there is a gap between the recessed jaw and the cylindrical jaw, and wherein the gap is smaller than the diameter of the wire such that said cylindrical jaw and said recessed jaw are capable of securely gripping a wire placed between said cylindrical jaw and said recessed jaw upon the application of a squeezing force to said first handle and said second handle by a user while preventing the user from applying excessive force that causes the wire to be marred; characterized in said cylindrical jaw and said recessed jaw are shaped such that when the wire is squeezed between said cylindrical jaw and said recessed jaw to form a bend, a resulting angle between a first end of said wire and a second end of said wire is approximately ninety degrees. a first member having a first handle on a proximal end of said first member and a cylindrical jaw on a distal end of said first member; a second member having a second handle on a proximal end of said second member and a recessed jaw on a distal end of said second member shaped to mate with a length of said cylindrical jaw; wherein said first member and said second member are attached at a connection point to permit pivoting movement between said cylindrical jaw and said recessed jaw such that said cylindrical jaw and said recessed jaw are opposed and adapted for moving with respect to each other in response to a force being applied to said first handle and said second handle; wherein when the jaws are completely closed there is a gap between the recessed jaw and the cylindrical jaw, and wherein the gap is smaller than the diameter of the wire such that said cylindrical jaw and said recessed jaw are capable of securely gripping a wire placed between said cylindrical jaw and said recessed jaw upon the application of a squeezing force to said first handle and said second handle by a user while preventing the user from applying excessive force that causes the wire to be marred;
A method performed by a sphere decoder based turbo equalizer comprising: a) assorting (302, 602) in a first vector Quadrature Amplitude Modulation, QAM, symbols on a particular tree level based on first distance properties, b) assorting (303, 603) in a second vector, QAM symbols on said particular tree level based on second distance properties, c) selecting (304, 604) the QAM symbol with the minimum second distance property out of the QAM symbols of said second vector, wherein said selecting comprises labeling the selected QAM symbol as protected, d) identifying (306, 606) said selected QAM symbol in the first vector assorted by first distance properties, e) pruning (307, 607) the first vector by eliminating all QAM symbols having a larger first distance property compared to the selected QAM symbol, wherein said pruning is restricted to QAM symbols not being labeled as protected, and f) repeating the steps d-e selecting the QAM symbol with the next minimum second distance property. a) assorting (302, 602) in a first vector Quadrature Amplitude Modulation, QAM, symbols on a particular tree level based on first distance properties, b) assorting (303, 603) in a second vector, QAM symbols on said particular tree level based on second distance properties, c) selecting (304, 604) the QAM symbol with the minimum second distance property out of the QAM symbols of said second vector, wherein said selecting comprises labeling the selected QAM symbol as protected, d) identifying (306, 606) said selected QAM symbol in the first vector assorted by first distance properties, e) pruning (307, 607) the first vector by eliminating all QAM symbols having a larger first distance property compared to the selected QAM symbol, wherein said pruning is restricted to QAM symbols not being labeled as protected, and f) repeating the steps d-e selecting the QAM symbol with the next minimum second distance property.
A method executed by one or more computing devices for generating a data masking syntactic definition for a data element of an unknown type comprising: generating, by at least one of the one or more computing devices, one or more alphabets corresponding to one or more element member positions of the data element based at least in part on scanning element members occurring at each element member position in a plurality of data elements of the unknown type until all symbols appearing at that element member position are determined, each alphabet comprising a set of one or more sequential element members that have occurred in the plurality of data elements at an element member position; and generating, by at least one of the one or more computing devices, a positional map describing a syntactic structure of the data element by mapping at least one of the one or more alphabets to each element member position of the data element. generating, by at least one of the one or more computing devices, one or more alphabets corresponding to one or more element member positions of the data element based at least in part on scanning element members occurring at each element member position in a plurality of data elements of the unknown type until all symbols appearing at that element member position are determined, each alphabet comprising a set of one or more sequential element members that have occurred in the plurality of data elements at an element member position; and generating, by at least one of the one or more computing devices, a positional map describing a syntactic structure of the data element by mapping at least one of the one or more alphabets to each element member position of the data element.
Metallic bridge comprising a platform laying on at least two longitudinal beams (1, 1') each constituted of a series of elements prepared in advance (1a, 1b...), each comprising two spaced flanges substantially horizontal, respectively a lower flange and an upper flange, linked by at least one web substantially vertical, and assembled butt and but by their adjacent ends, two consecutive elements (1a, 1b) of a longitudinal beam being linked together, at the level of their lower flanges (11a, 11 b), by linking means articulated about a transverse axis and bearing on one and the other, at the level of their upper flanges (12a, 12b), through a transverse key means having a width adjusted for providing to the longitudinal beam an in length determined profile, characterized in that the transversal key means between two consecutive beam elements (1 a, 1 b) is constituted at the end of each beam element (1a, 1 b) of a key having a wedge profile and formed of a metal plate welded through an inner edge along one end of the upper flange of element (1a, 1b), each key extending in a cantilever manner from the upper flanges of the two elements (1a, 1 b) up to external edges (43a, 43b) bearing one over the other in a junction plan including articulation axis, said external edges having each a thickness set to support the horizontal stresses resulting from the abutment of the two elements (1a, 1 b) one on the other under the effect of the load and being welded on the upper parts of the webs of the beam which are provided with a recess having a conjugated profile matching the key profile and in that the keys have a set width so that, after assembling of the two consecutive beam elements (1 a, 1 b), their upper flanges (12a, 12b) are placed in planes making between them an angle (i) determined so that the longitudinal beam assembly follows the desired in length profile.
Adjustable storage folder with a first cover element and a second cover element forming the envelope, a spine positioned between the cover elements (102, 104) with adjustable width, which is connected at least to one of the cover elements as a single piece so that the spine 10 when widened consists at least partially of a cover element pointing toward the spine and where this cover element features a slipcase which is positioned in a sliding fashion for compensating changes in the size of the cover element due to changes of the spine width on the cover element along a sliding section so that the effective size of the storage folder is changeable, characterized in that a filing stripe is connected with the slipcase protruding partially through sliding slots where the length of the sliding slots specifies the length of the sliding path of the slipcase against the second cover element or between the cover elements (102, 104).
A vehicle seat comprising at least one cross member that comprises at least one end part, said end part having a first portion having an impact receiving surface adapted to receive an impact and transmit it to said cross member, said cross member having a longitudinal center line whereby a center point of said impact receiving surface is offset with respect to said longitudinal center line so as to bend said cross member in a predetermined direction during said impact, and whereby said vehicle seat comprises a first and a second slide portion (16, 17) along which the position of said vehicle seat is adapted to be displaced and which defines a periphery limit, characterized in that said at least one end part extends outside of said periphery limit defined by said first and second slide portions (16, 17).
A pharmaceutical composition for preventing or treating osteoporosis to be administered once a month, the pharmaceutical composition comprising: (a) cholecalciferol-containing granules obtained by adsorbing on microcrystalline cellulose a solution prepared by dissolving (i) cholecalciferol in an amount corresponding to 24,000 to 50,000 IU; (ii) one or more selected from tocopheryl acetate, butylhydroxytoluene, and butylhydroxyanisol as a first stabilizing agent; and (iii) a binder in ethanol or an aqueous solution of ethanol, (b) mannitol as a second stabilizing agent, and (c) risedronic acid or its salt or ibandronic acid or its salt, wherein the components (a), (b) and (c) are homogenously mixed in the composition. (a) cholecalciferol-containing granules obtained by adsorbing on microcrystalline cellulose a solution prepared by dissolving (i) cholecalciferol in an amount corresponding to 24,000 to 50,000 IU; (ii) one or more selected from tocopheryl acetate, butylhydroxytoluene, and butylhydroxyanisol as a first stabilizing agent; and (iii) a binder in ethanol or an aqueous solution of ethanol, (b) mannitol as a second stabilizing agent, and (c) risedronic acid or its salt or ibandronic acid or its salt, wherein the components (a), (b) and (c) are homogenously mixed in the composition.
A device for monitoring a biomarker in an exhaled breath, the device comprising: a sensing element comprising a thermochemical reactant that undergoes a thermochemical reaction with the biomarker; a thermal sensor positioned to measure a rate of change in temperature caused by the thermochemical reaction; and a user interface for indicating to a user an indicated measure of the biomarker in the exhaled breath, wherein the indicated measure of the biomarker in the exhaled breath is determined from the measured rate of change in temperature; wherein the biomarker is acetone; characterised in that: the thermochemical reactant is hydroxylamine hydrochloride; and the sensing element further comprises a sensitivity booster in contact with the thermochemical reactant, wherein the sensitivity booster undergoes a thermochemical reaction with a product of the reaction between the thermochemical reactant and the biomarker; wherein the sensitivity booster is a metal. a sensing element comprising a thermochemical reactant that undergoes a thermochemical reaction with the biomarker; a thermal sensor positioned to measure a rate of change in temperature caused by the thermochemical reaction; and a user interface for indicating to a user an indicated measure of the biomarker in the exhaled breath, wherein the indicated measure of the biomarker in the exhaled breath is determined from the measured rate of change in temperature; wherein the biomarker is acetone; the thermochemical reactant is hydroxylamine hydrochloride; and the sensing element further comprises a sensitivity booster in contact with the thermochemical reactant, wherein the sensitivity booster undergoes a thermochemical reaction with a product of the reaction between the thermochemical reactant and the biomarker; wherein the sensitivity booster is a metal.
A system for treating a fracture of a bone with an intramedullary canal, the fracture producing first and second bone parts separated by a fracture line, the system comprising: a first implant (120, 120') comprising an elongate body (121, 121') with an intramedullary portion (122, 122') having a length between first and second lengthwise ends, the body comprising a paddle (124, 124') having a surface adapted to engage the bone, the first implant configured so that the intramedullary portion can be directed into the intramedullary canal to place the first implant into an operative position wherein the paddle remains exposed outside of the intramedullary canal; and at least one fixation element (126, 126') for maintaining the implant operatively positioned relative to the bone, wherein the intramedullary portion is elongate with a primary length portion defining the first lengthwise end and having a first lengthwise axis, the intramedullary portion being adapted such that the first lengthwise axis is substantially parallel to the lengthwise axis of the intramedullary canal of the bone in the operative position, the first lengthwise end being opposite to the end at which the paddle resides, at least a portion of the paddle surface adapted to engage the bone facing away from the first lengthwise axis. a first implant (120, 120') comprising an elongate body (121, 121') with an intramedullary portion (122, 122') having a length between first and second lengthwise ends, the body comprising a paddle (124, 124') having a surface adapted to engage the bone, the first implant configured so that the intramedullary portion can be directed into the intramedullary canal to place the first implant into an operative position wherein the paddle remains exposed outside of the intramedullary canal; and at least one fixation element (126, 126') for maintaining the implant operatively positioned relative to the bone, wherein the intramedullary portion is elongate with a primary length portion defining the first lengthwise end and having a first lengthwise axis, the intramedullary portion being adapted such that the first lengthwise axis is substantially parallel to the lengthwise axis of the intramedullary canal of the bone in the operative position, the first lengthwise end being opposite to the end at which the paddle resides, at least a portion of the paddle surface adapted to engage the bone facing away from the first lengthwise axis.
A method for producing functional fusion tissue, characterised in that spheroids are produced and spheroids having a diameter of at least 800 μm are selected, and wherein at least 5 spheroids having a diameter of at least 800 μm are fused.
Gutter intended to be assembled against an enclosure delimiting a pool, the said enclosure defining a substantially horizontal edge around the said pool, the gutter comprising a plurality of elementary gutters joined together, each elementary gutter comprising: - a catch pan, able to catch the water coming from the pool, the catch pan comprising a first lateral wall and a second lateral wall, positioned facing the first lateral wall, each lateral wall extending between an upper end (12s, 14s) and a lower end (12i, 14i), the catch pan also comprising a bottom extending between the said lower ends (12i, 14i), the first lateral wall intended to be pressed against the enclosure of the pool, on the outside thereof, the catch pan being more than 10 cm deep; - the catch pan also comprising an opening extending between the said lateral walls (12, 14); - a bearing support, connected to the first lateral wall and extending substantially orthogonally with respect to the latter, the said bearing support being intended to be pressed against the said edge; in such a way that the catch pan of each elementary gutter is able to catch excess water, flowing over the top of the said bearing support, and spilling over into the said catch pan through the said opening; the gutter being characterized in that at least one elementary gutter is configured to support finishing tiles, arranged on top of the bearing support, in such a way that the finishing tiles define a water overflow level; and in that the said elementary gutter comprises an adjustment support (17, 18) of which the separation with respect to the said bearing support is variable so as to adjust the water overflow level above which water from the pool flows along the tiles towards the catch pan. - a catch pan, able to catch the water coming from the pool, the catch pan comprising a first lateral wall and a second lateral wall, positioned facing the first lateral wall, each lateral wall extending between an upper end (12s, 14s) and a lower end (12i, 14i), the catch pan also comprising a bottom extending between the said lower ends (12i, 14i), the first lateral wall intended to be pressed against the enclosure of the pool, on the outside thereof, the catch pan being more than 10 cm deep; - the catch pan also comprising an opening extending between the said lateral walls (12, 14); - a bearing support, connected to the first lateral wall and extending substantially orthogonally with respect to the latter, the said bearing support being intended to be pressed against the said edge;