mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: selecting a large prime number, p; selecting a generator from a group of numbers modulo p; provisioning an integrated circuit, IC, device with a unique identification number, UID , and Key Derivation Data, KDD , wherein the UID is determined from the KDD and the generator; programming a firmware image into the IC device, wherein the firmware image includes an embedded product specific parameter, PSP, calculated from a product specific key, PSK, and a manufacturer derivation parameter, MDP , wherein the MDP is calculated from a random MCP and the generator; configuring the IC device to calculate a device-specific key, DSK, using the KDD and the PSP; using the UID , the MCP and the PSK with a secure application separate from the IC device, calculating a DSK for the IC device; providing the UID and the DSK calculated with the secure application separate from the IC device to a provider of an online service; and enabling the provider of the online service to authenticate the IC device using the UID and the DSK calculated with the secure application in response to the IC device contacting the online service. provisioning an integrated circuit, IC, device with a unique identification number, UID , and Key Derivation Data, KDD , wherein the UID is determined from the KDD and the generator; programming a firmware image into the IC device, wherein the firmware image includes an embedded product specific parameter, PSP, calculated from a product specific key, PSK, and a manufacturer derivation parameter, MDP , wherein the MDP is calculated from a random MCP and the generator; configuring the IC device to calculate a device-specific key, DSK, using the KDD and the PSP; using the UID , the MCP and the PSK with a secure application separate from the IC device, calculating a DSK for the IC device; providing the UID and the DSK calculated with the secure application separate from the IC device to a provider of an online service; and enabling the provider of the online service to authenticate the IC device using the UID and the DSK calculated with the secure application in response to the IC device contacting the online service.
Console for the mounting of façade elements to a wall of a building with - a rod that has a front insertion end for anchoring in a wall of a building , - a rear head piece that is placed at the rear end of the rod and that has a fixing possibility for the mounting of façade elements, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter, characterized in that the front end of the rod is configured as a cone or chisel tip and the tapered intermediate section follows and connects therewith. - a rod that has a front insertion end for anchoring in a wall of a building , - a rear head piece that is placed at the rear end of the rod and that has a fixing possibility for the mounting of façade elements, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter, wherein the rod is made of plastic and has a fiber reinforcement integrated in the plastic matrix and the front insertion end provided for anchoring in a wall of a building has at least one intermediate portion tapered in diameter,
A system for use in processing a fluid from a reservoir , characterized in that the system comprises: a plurality of bioreactors for receiving fluid from the reservoir ; an intermediate vessel for receiving fluid from the reservoir and adapted to deliver fluid to at least one bioreactor of the plurality of bioreactors, the intermediate vessel comprising a container for temporarily holding fluid between the reservoir and the bioreactor ; at least one first sensor for sensing a first parameter of the fluid at a location external to the plurality of bioreactors ; a plurality of second sensors for sensing a second parameter of the fluid in the plurality of bioreactors , each associated with at least one bioreactor of the plurality of bioreactors; and a plurality of regulators , at least one of said regulators being associated with the intermediate vessel and said regulator(s) being adapted to independently control different parameters of the fluid within the reservoir and/or between the reservoir and the plurality of bioreactors; wherein said parameters sensed are selected from the group consisting of oxygen concentration, pH, nutrient level, temperature, CO 2 , ammonia, cell biomass, or any combinations thereof. a plurality of bioreactors for receiving fluid from the reservoir ; an intermediate vessel for receiving fluid from the reservoir and adapted to deliver fluid to at least one bioreactor of the plurality of bioreactors, the intermediate vessel comprising a container for temporarily holding fluid between the reservoir and the bioreactor ; at least one first sensor for sensing a first parameter of the fluid at a location external to the plurality of bioreactors ; a plurality of second sensors for sensing a second parameter of the fluid in the plurality of bioreactors , each associated with at least one bioreactor of the plurality of bioreactors; and a plurality of regulators , at least one of said regulators being associated with the intermediate vessel and said regulator(s) being adapted to independently control different parameters of the fluid within the reservoir and/or between the reservoir and the plurality of bioreactors; wherein said parameters sensed are selected from the group consisting of oxygen concentration, pH, nutrient level, temperature, CO 2 , ammonia, cell biomass, or any combinations thereof.
A foldable terminal device, comprising: a first housing ; a second housing ; a third housing , wherein rotating shafts are respectively disposed at both ends of the third housing , one side of the third housing is connected to the first housing through the rotating shaft , the other side of the third housing is connected to the second housing through the rotating shaft , at least one of the first housing and the second housing is rotatably connected to the third housing , the third housing is a semi-closed housing, the third housing is provided with an opening area , and a wire fastening assembly is disposed between the rotating shafts of the third housing ; and a wire, wherein the wire penetrates through an interior of the third housing through the opening area of the third housing , the wire is connected to the wire fastening assembly inside the third housing , and both ends of the wire are respectively connected to a circuit board in the first housing and a circuit board in the second housing , characterised in that the wire fastening assembly comprises a first magnetic component and a magnetic assembly, the first magnetic component is fixedly connected to the interior of the third housing , the magnetic assembly is connected to the wire, and the magnetic assembly is magnetically connected to the first magnetic component . a first housing ; a second housing ; a third housing , wherein rotating shafts are respectively disposed at both ends of the third housing , one side of the third housing is connected to the first housing through the rotating shaft , the other side of the third housing is connected to the second housing through the rotating shaft , at least one of the first housing and the second housing is rotatably connected to the third housing , the third housing is a semi-closed housing, the third housing is provided with an opening area , and a wire fastening assembly is disposed between the rotating shafts of the third housing ; and a wire, wherein the wire penetrates through an interior of the third housing through the opening area of the third housing , the wire is connected to the wire fastening assembly inside the third housing , and both ends of the wire are respectively connected to a circuit board in the first housing and a circuit board in the second housing , characterised in that the wire fastening assembly comprises a first magnetic component and a magnetic assembly, the first magnetic component is fixedly connected to the interior of the third housing , the magnetic assembly is connected to the wire, and the magnetic assembly is magnetically connected to the first magnetic component .
A method for manufacturing a (per)fluoroelastomer [fluoroelastomer (A)] comprising the following steps: step (a): polymerizing in an aqueous emulsion in the presence of a surfactant by feeding in a first reactor comprising feeding the following ingredients: (i) a monomer mixture [mixture (M1)] comprising at least one fluoromonomer [monomer (F)] (ii) at least one iodinated and/or brominated chain-transfer agent(s), (iii) at least one branching agent possessing at least two ethylenic unsaturations; and (iv) at least one radical initiator, so as to obtain a pre-polymer latex [latex (P)] ; step (b): recovering the said latex (P) from the said first reactor and storing the same in a storage tank; and step (c): feeding the said latex (P) from the said storage tank to a second reactor; step (d): polymerizing in the said second reactor at least a second monomer mixture [mixture (M2)] comprising at least one monomer (F) in the presence of a radical initiator, so as to obtain a final latex [latex (F)] ; and step (e): recovering the fluoroelastomer (A) from the said latex (F). step (a): polymerizing in an aqueous emulsion in the presence of a surfactant by feeding in a first reactor comprising feeding the following ingredients: (i) a monomer mixture [mixture (M1)] comprising at least one fluoromonomer [monomer (F)] (ii) at least one iodinated and/or brominated chain-transfer agent(s), (iii) at least one branching agent possessing at least two ethylenic unsaturations; and (iv) at least one radical initiator, so as to obtain a pre-polymer latex [latex (P)] ; (i) a monomer mixture [mixture (M1)] comprising at least one fluoromonomer [monomer (F)] (ii) at least one iodinated and/or brominated chain-transfer agent(s), (iii) at least one branching agent possessing at least two ethylenic unsaturations; and (iv) at least one radical initiator, step (b): recovering the said latex (P) from the said first reactor and storing the same in a storage tank; and step (c): feeding the said latex (P) from the said storage tank to a second reactor; step (d): polymerizing in the said second reactor at least a second monomer mixture [mixture (M2)] comprising at least one monomer (F) in the presence of a radical initiator, so as to obtain a final latex [latex (F)] ; and step (e): recovering the fluoroelastomer (A) from the said latex (F).
A method implemented in a terminal device, comprising: generating a page key for use in encrypting a data page; encrypting the page key to provide an encrypted page key; applying a key distribution scheme to the encrypted page key to generate a plurality of remote shares and at least one local share; discarding the encrypted page key after the key distribution scheme has been applied to the encrypted key; distributing the remote shares to a plurality of remote servers; storing the at least one local share on the terminal device; reconstructing the encrypted page key comprising: fetching the remote shares from the plurality of remote servers; retrieving the at least one local share from the terminal device; and combining the fetched remote shares and the retrieved at least one local share to reconstruct the encrypted page key; discarding the remote shares from the terminal device after the remote shares are distributed to the plurality of remote servers or after the encrypted page key has been reconstructed; and instructing the plurality of remote servers not to provide any remote shares stored therein in response to an active panic mode. generating a page key for use in encrypting a data page; encrypting the page key to provide an encrypted page key; applying a key distribution scheme to the encrypted page key to generate a plurality of remote shares and at least one local share; discarding the encrypted page key after the key distribution scheme has been applied to the encrypted key; distributing the remote shares to a plurality of remote servers; storing the at least one local share on the terminal device; reconstructing the encrypted page key comprising: fetching the remote shares from the plurality of remote servers; retrieving the at least one local share from the terminal device; and combining the fetched remote shares and the retrieved at least one local share to reconstruct the encrypted page key; fetching the remote shares from the plurality of remote servers; retrieving the at least one local share from the terminal device; and combining the fetched remote shares and the retrieved at least one local share to reconstruct the encrypted page key; discarding the remote shares from the terminal device after the remote shares are distributed to the plurality of remote servers or after the encrypted page key has been reconstructed; and instructing the plurality of remote servers not to provide any remote shares stored therein in response to an active panic mode.
An implantable drug eluting medical device comprising: - a polymer substrate having a surface ; - a first plurality of nanofibers , each nanofiber including: - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate ; and - a second portion projecting from the surface , the second portion of the first plurality of nanofibers forming a first plurality of pores ; - a second plurality of nanofibers disposed on the first plurality of nanofibers , the second plurality of nanofibers forming a second plurality of pores ; and - at least one antimicrobial drug disposed within at least some of the first plurality of pores . - a polymer substrate having a surface ; - a first plurality of nanofibers , each nanofiber including: - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate ; and - a second portion projecting from the surface , the second portion of the first plurality of nanofibers forming a first plurality of pores ; - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate ; and - a second portion projecting from the surface , the second portion of the first plurality of nanofibers forming a first plurality of pores ; - a second plurality of nanofibers disposed on the first plurality of nanofibers , the second plurality of nanofibers forming a second plurality of pores ; and - at least one antimicrobial drug disposed within at least some of the first plurality of pores .
A multi-layered thin combiner (MLTC) for merging a virtual image with a real-world image, comprising: a plurality of connected discrete connectable layers each having a continous area coated with a primary partially reflective filter ; wherein each coated area comprises a discrete fraction of an effective aperture; and wherein the coated areas are configured to align, when said plurality of discrete connectable layers are connected together into a multi-layered structure, to collectively form a continuous composite coated area and thereby define the effective aperture. a plurality of connected discrete connectable layers each having a continous area coated with a primary partially reflective filter ; wherein each coated area comprises a discrete fraction of an effective aperture; and wherein the coated areas are configured to align, when said plurality of discrete connectable layers are connected together into a multi-layered structure, to collectively form a continuous composite coated area and thereby define the effective aperture.
A substrate feed device , wherein at least two primary acceleration means are arranged side by side with respect to a transverse direction (A) and below a storage region of the substrate feed device provided for storage of a stack of sheets of a substrate and wherein the substrate feed device has at least one stand and at least one lifting frame (166; 173; 174) that is moveable relative to the at least one stand by means of a vertical drive (M104), at least with respect to a vertical direction (V) and wherein the at least two primary acceleration means are supported by the at least one lifting frame (166; 173; 174) and are arranged such that they are moveable with respect to the vertical direction (V) both jointly with each another and with the at least one lifting frame (166; 173; 174) and wherein each of the at least two primary acceleration means has at least one rotational body (163; 187), each rotational body being driven via a shaft that is common to said at least two primary acceleration means , characterized in that the common shaft has at least four shaft sections , which are arranged in a row with respect to a transverse direction (A) and in that shaft sections of the common shaft that are directly adjacent to one another with respect to the transverse direction (A) are arranged in each case connected via a coupling that is at least partially removable and/or at least partially openable.
A distraction system comprising: a distraction rod having a first end and a second end, the first end being configured for affixation to a subject's spine at a first location, the second end containing a recess having a threaded portion disposed therein; an adjustable portion configured for placement relative to the subject's spine at a second location different from the first location, the adjustable portion comprising a housing containing a permanent magnet configured for rotation about a longitudinal axis of rotation, the permanent magnet contained within a magnetic assembly affixed at one end thereof to a lead screw via a locking pin passing transversely through both an aperture disposed in the lead screw and at least part of the magnetic assembly , the lead screw having first and second ends, the first end operatively coupled to the threaded portion ; wherein the lead screw is substantially coaxial with the longitudinal axis of rotation of the permanent magnet and configured to permit at least some angular displacement of the lead screw relative to the longitudinal axis of rotation.
A right-left turn determination method for a drive-assisted vehicle comprising an onboard sensor that acquires information about a periphery of a host vehicle (S1) and host vehicle information, and a controller that performs an allowance determination for right/left-turn travel across an oncoming traffic lane during a stop in which the right/left-turn travel is intended based on the information acquired by the onboard sensor, the right-left turn determination method for the drive-assisted vehicle comprising: determining (S1) as to whether or not the host vehicle (S1) has stopped with the right/left-turn travel being intended; determining (S2) as to whether or not there is an oncoming vehicle in an intended travel trajectory (Y) of the host vehicle (S1) when a right/left-turn stop determination is made for the host vehicle; determining (S5, S6) as to whether or not a far-side oncoming vehicle (T1) which is a first vehicle in the oncoming traffic lane has stopped when the oncoming vehicle is determined to not be present in the intended travel trajectory; characterized by determining (S8) as to whether or not an adjacent oncoming vehicle (T2) in the oncoming traffic lane present on a near side of the intended travel trajectory (Y) has stopped when a determination is made that the far-side oncoming vehicle (T1) has stopped; allowing (S9) the right/left-turn travel when: the far-side oncoming vehicle (T1) is determined to have stopped while the host vehicle (S1) has stopped with the right/left-turn travel being intended, and a determination is made that the adjacent oncoming vehicle (T2) has stopped; and executing the right/left-turn travel. determining (S1) as to whether or not the host vehicle (S1) has stopped with the right/left-turn travel being intended; determining (S2) as to whether or not there is an oncoming vehicle in an intended travel trajectory (Y) of the host vehicle (S1) when a right/left-turn stop determination is made for the host vehicle; determining (S5, S6) as to whether or not a far-side oncoming vehicle (T1) which is a first vehicle in the oncoming traffic lane has stopped when the oncoming vehicle is determined to not be present in the intended travel trajectory; determining (S8) as to whether or not an adjacent oncoming vehicle (T2) in the oncoming traffic lane present on a near side of the intended travel trajectory (Y) has stopped when a determination is made that the far-side oncoming vehicle (T1) has stopped; allowing (S9) the right/left-turn travel when: the far-side oncoming vehicle (T1) is determined to have stopped while the host vehicle (S1) has stopped with the right/left-turn travel being intended, and a determination is made that the adjacent oncoming vehicle (T2) has stopped; and the far-side oncoming vehicle (T1) is determined to have stopped while the host vehicle (S1) has stopped with the right/left-turn travel being intended, and a determination is made that the adjacent oncoming vehicle (T2) has stopped; and executing the right/left-turn travel.
Method for producing a molded body consisting of metal, in particular a steel molded body , having a hub and an axially adjacent bell-shaped lower part , wherein an inner contour is introduced into the lower part by non-cutting shaping in a bulbous curved area, consisting of circumferentially alternately arranged cage raceways which are concave in the axial direction and ball raceways for receiving rolling elements, wherein the depth of the cage raceways is lower than that of the ball raceways , characterized by the following successively performed method steps: a) by means of at least one rotatable pressure roller , the hub is formed from a rotating round blank with the thickness thereof being reduced, b) a plan area of the round blank radially adjoining the hub is pressed onto contour segments of a rotating first inner contour tool to form a preform of the lower part by means of at least one axially and radially moved pressure roller , with partial forming of the inner contour, and c) the stationary preform is pressed against contour segments of a second inner contour tool by a die consisting of partial dies , with full formation of the cage raceways and ball raceways . a) by means of at least one rotatable pressure roller , the hub is formed from a rotating round blank with the thickness thereof being reduced, b) a plan area of the round blank radially adjoining the hub is pressed onto contour segments of a rotating first inner contour tool to form a preform of the lower part by means of at least one axially and radially moved pressure roller , with partial forming of the inner contour, and c) the stationary preform is pressed against contour segments of a second inner contour tool by a die consisting of partial dies , with full formation of the cage raceways and ball raceways .