mhurhangee/patent-ind-claim-en huggingface dataset:
A method of key management, comprising: obtaining, at a user device of a primary user for splitting a transaction key, a number of users in a group of users for managing the transaction key and a first predetermined value, the first predetermined value indicating a minimum number of users in the group of users for restoring the transaction key ; randomly generating, at the user device of the primary user, based on a message from a management device related to a further user in the group of users, the transaction key, wherein the transaction key is associated with processing a permission of a present transaction, wherein the message includes at least a public key of the further user ; at the user device of the primary user, splitting the transaction key into a plurality of sub-keys, the number of sub-keys being the same as the number of users ; and at the user device of the primary user, encrypting each of the plurality of sub-keys with a public key of a corresponding one of the users in the group of users associated with a given sub-key; and sending the plurality of encrypted sub-keys from the user device of the primary user to the management device . obtaining, at a user device of a primary user for splitting a transaction key, a number of users in a group of users for managing the transaction key and a first predetermined value, the first predetermined value indicating a minimum number of users in the group of users for restoring the transaction key ; randomly generating, at the user device of the primary user, based on a message from a management device related to a further user in the group of users, the transaction key, wherein the transaction key is associated with processing a permission of a present transaction, wherein the message includes at least a public key of the further user ; at the user device of the primary user, splitting the transaction key into a plurality of sub-keys, the number of sub-keys being the same as the number of users ; and at the user device of the primary user, encrypting each of the plurality of sub-keys with a public key of a corresponding one of the users in the group of users associated with a given sub-key; and sending the plurality of encrypted sub-keys from the user device of the primary user to the management device .
A structure for creating a core for a gas turbine engine component comprising: a body with a curved surface defining a turn passage , wherein the curved surface comprises an inner wall portion and the body includes an outer wall portion spaced apart from the inner wall portion by the turn passage , and wherein a wall surface extends from the inner wall portion to the outer wall portion , and wherein a terminal end of the inner wall portion includes a centre (C) that defines the curved surface ; and a plurality of protrusions formed within the wall surface of the turn passage , wherein the plurality of protrusions are configured to extend generally in a radial direction relative to the centre (C) of the curved surface , and wherein each protrusion is defined by a length extending from a first end to a second end , and wherein first ends of at least two adjacent protrusions are connected to each other via a protrusion curved surface. a body with a curved surface defining a turn passage , wherein the curved surface comprises an inner wall portion and the body includes an outer wall portion spaced apart from the inner wall portion by the turn passage , and wherein a wall surface extends from the inner wall portion to the outer wall portion , and wherein a terminal end of the inner wall portion includes a centre (C) that defines the curved surface ; and a plurality of protrusions formed within the wall surface of the turn passage , wherein the plurality of protrusions are configured to extend generally in a radial direction relative to the centre (C) of the curved surface , and wherein each protrusion is defined by a length extending from a first end to a second end , and wherein first ends of at least two adjacent protrusions are connected to each other via a protrusion curved surface.
A superconducting article comprising: a metal tape substrate ; a buffer layer overlying the metal tape substrate; a superconducting layer overlying the buffer layer; at least one striation (502, 802, 901-904) running the length of the superconducting article and comprising an area in which most or all of the superconducting and buffer layers are removed but at least a portion of the metal tape substrate remains, characterized in that said striation has a width of about 500 μm or less and said striation has an outer edge located between about 10 μm and about 500 nm of an outer edge of the superconducting article. a metal tape substrate ; a buffer layer overlying the metal tape substrate; a superconducting layer overlying the buffer layer; at least one striation (502, 802, 901-904) running the length of the superconducting article and comprising an area in which most or all of the superconducting and buffer layers are removed but at least a portion of the metal tape substrate remains, characterized in that said striation has a width of about 500 μm or less and said striation has an outer edge located between about 10 μm and about 500 nm of an outer edge of the superconducting article.
A valve assembly comprising: a valve moveable between an open positon where hydraulic fluid flow is permitted between first and second ports of the valve and a closed position where hydraulic fluid flow is blocked between the first and second ports, wherein a characteristic vibration is generated by turbulent hydraulic fluid flow within the valve when hydraulic fluid flow is first initiated between the first and second ports as the valve moves from the closed position toward the open position; a solenoid for moving the valve between the open and closed positions; and a controller for providing electrical current to control movement of the valve, characterized by : the controller including an accelerometer for sensing the characteristic vibration, wherein the controller identifies an electrical current value of the electrical current at a time when the characteristic vibration is detected. a valve moveable between an open positon where hydraulic fluid flow is permitted between first and second ports of the valve and a closed position where hydraulic fluid flow is blocked between the first and second ports, wherein a characteristic vibration is generated by turbulent hydraulic fluid flow within the valve when hydraulic fluid flow is first initiated between the first and second ports as the valve moves from the closed position toward the open position; a solenoid for moving the valve between the open and closed positions; and a controller for providing electrical current to control movement of the valve,
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and an amount of Compound or a salt thereof for use in treating dementia in a human subject, wherein from 3 μg/kg to 1 mg/kg of body weight of Compound is administered once a day, wherein administering said composition to said subject results in a peak plasma circulating level of Compound equal to or greater than about 60 ng/mL in said subject whereby said dementia in said subject is treated.
A conveyor comprising a first profile unit extending in a conveying direction (L) and a second profile unit extending in the conveying direction (L), the first profile unit and the second profile unit being arranged parallel to each other and being fixed to each other by means of at least one profile crossbeam , wherein the first profile unit comprises a support profile and a side profile that can be releasably connected to each other to form a composed structure whose cross-section comprises a first lateral opening and wherein the second profile unit comprises a support profile and a side profile that can be releasably connected to each other to form a composed structure whose cross-section comprises a second lateral opening , wherein the first lateral opening faces the second lateral opening , at least one conveyor unit that can be arranged between the first profile unit and the second profile unit , wherein each conveyor unit comprises a first side wall and a second side wall , the first side wall and the second side wall being arranged parallel to each other, and wherein conveying elements are arranged between the side walls , wherein the first side wall can be releasably arranged in the first lateral opening to form a composed structure with a closed cross-section along the first side wall and wherein the second side wall can be releasably arranged in the second lateral opening to form a composed structure with a closed cross-section along the second side wall , wherein a first connecting element of each support profile forms a first positive locking with a second connecting element of the corresponding side wall , characterized in that a second connecting element of each side profile forms a second positive locking with a first connecting element of the corresponding side wall , and a second connecting element of each support profile forms a third positive locking with a first connecting element of the corresponding side profile .
A procedure for the preparation of a pasta, comprising the phases of: i) Preparing a mixture of durum wheat semolina flours consisting of: - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; ii) Preparing an effective quantity of at least one vegetable, said quantity being comprised between 25% and 50% in weight, with reference to the total weight of the dough from i)+ii); iii) Steaming the vegetable/s; then, letting the cooked vegetable/s cool at environmental temperature and reducing them to the consistency of a puree; iv) Mixing the mixture of the flours of phase i) with the puree of vegetable/s of phase iii) and kneading; v) Putting the dough obtained in an extruder suitable for the preparation of the pasta and extruding the dough; vi) Drying the extruded pasta. i) Preparing a mixture of durum wheat semolina flours consisting of: - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; ii) Preparing an effective quantity of at least one vegetable, said quantity being comprised between 25% and 50% in weight, with reference to the total weight of the dough from i)+ii); iii) Steaming the vegetable/s; then, letting the cooked vegetable/s cool at environmental temperature and reducing them to the consistency of a puree; iv) Mixing the mixture of the flours of phase i) with the puree of vegetable/s of phase iii) and kneading; v) Putting the dough obtained in an extruder suitable for the preparation of the pasta and extruding the dough; vi) Drying the extruded pasta.
A method of steam cracking using a steam cracking arrangement (1100-1600) including one or more fired cracking furnaces , one or more quench cooling trains and one or more compressors and/or pumps as rotating equipment, wherein one or more process gas streams is or are passed at least through the one or more fired cracking furnaces and the one or more quench cooling trains , and wherein the rotating equipment is at least partly driven by electric energy, wherein one or more steam generation arrangements is or are operated in thermal association with the one or more steam cracking arrangements (1100-1600), characterized in that using the one or more steam generation arrangements at least superheated high pressure steam at a first pressure level between 30 and 175 bar absolute pressure and at a first temperature level and no steam at a higher temperature level than the first temperature level is generated, wherein the superheated high pressure steam at the first pressure level is at least in part adiabatically and isenthalpically expanded to a second pressure level below the first pressure level such that its temperature level is lowered to a second temperature level, and wherein the first temperature level is selected such that each intermediate temperature level reached at intermediate pressure levels of more than 20 bar during the adiabatic and isenthalpic expansion is between 5 and 120 K above the dew point of steam at the respective intermediate pressure level during the adiabatic and isenthalpic expansion.
Vehicle heating device, comprising a heat exchanger assembly unit and a blower assembly unit , wherein the heat exchanger assembly unit has a first sealing surface adapted ring-shaped and the blower assembly unit has a second sealing surface adapted ring-shaped, wherein the first sealing surface is provided at a wall of the heat exchanger assembly unit , enclosing a combustion chamber assembly unit mounting space , and wherein the second sealing surface is provided such that it encloses a ring-shaped air delivery channel of the blower assembly unit , characterized by - a spacer arrangement positioning the first sealing surface in a predetermined distance opposed to the second sealing surface , wherein the spacer arrangement comprises at the heat exchanger assembly unit or/and at the blower assembly unit , a plurality of spacer projections projecting over the sealing surface provided thereon, and - by a sealing element clamped between the first sealing surface and the second sealing surface and adapted ring-shaped. - a spacer arrangement positioning the first sealing surface in a predetermined distance opposed to the second sealing surface , wherein the spacer arrangement comprises at the heat exchanger assembly unit or/and at the blower assembly unit , a plurality of spacer projections projecting over the sealing surface provided thereon, and - by a sealing element clamped between the first sealing surface and the second sealing surface and adapted ring-shaped.
A system comprising: one or more ambient condition or stimulus generating devices ; and a programmable processor , wherein the programmable processor identifies a type and a manufacturer of a detector under test (120-1 .. 120-n), wherein the programmable processor downloads a configuration file specific to the type of the detector under test from a cloud server associated with the manufacturer of the detector under test, wherein the configuration file identifies a combination, a level, and a rate of a plurality of stimuli that cause an alarm in the detector under test, and wherein the programmable processor executes the configuration file to cause the one or more ambient condition or stimulus generating devices to generate and emit the plurality of stimuli in the combination at the level, and at the rate identified in the configuration file. one or more ambient condition or stimulus generating devices ; and a programmable processor , wherein the programmable processor identifies a type and a manufacturer of a detector under test (120-1 .. 120-n), wherein the programmable processor downloads a configuration file specific to the type of the detector under test from a cloud server associated with the manufacturer of the detector under test, wherein the configuration file identifies a combination, a level, and a rate of a plurality of stimuli that cause an alarm in the detector under test, and wherein the programmable processor executes the configuration file to cause the one or more ambient condition or stimulus generating devices to generate and emit the plurality of stimuli in the combination at the level, and at the rate identified in the configuration file.
Method for operating a drive train of a motor vehicle, wherein the drive train has at least one internal combustion engine (VM), an electric machine (EM), a transmission (G) for providing different gears between a drive shaft (GW1) and an output shaft (GW2) of the transmission (G), a starting element (WK, SCI, DC1, DC2) in the flow of power between the electric machine (EM) and the output shaft (GW2) and a separating clutch (K0) in the flow of power between the internal combustion engine (VM) and the electric machine (EM), wherein a rotor (R) of the electric machine (EM) is coupled to the drive shaft (GW1), - wherein, at the beginning of an electric starting process, the motor vehicle is driven purely by the electric machine (EM) and in the process the starting element (WK, SCI, DC1, DC2) is engaged or is operated in a slipping state, and wherein the separating clutch (K0) is disengaged, - wherein, during the electric starting process, the internal combustion engine (VM) is cranked by means of the electric machine (EM) by engaging the separating clutch (K0), and the separating clutch (K0) is then disengaged again, characterized in that , after the internal combustion engine (VM) is cranked, the motor vehicle continues to be driven purely by the electric machine (EM), wherein an output-side speed (n_EM) of the separating clutch (K0) is lower than an idling speed (n_VM_LL) of the internal combustion engine (VM), and in that the separating clutch (K0) is only engaged by the internal combustion engine (VM) in order to support the motor vehicle drive when a target drive torque (M_soll) of the motor vehicle reaches or exceeds a limit value (M_lim). - wherein, at the beginning of an electric starting process, the motor vehicle is driven purely by the electric machine (EM) and in the process the starting element (WK, SCI, DC1, DC2) is engaged or is operated in a slipping state, and wherein the separating clutch (K0) is disengaged, - wherein, during the electric starting process, the internal combustion engine (VM) is cranked by means of the electric machine (EM) by engaging the separating clutch (K0), and the separating clutch (K0) is then disengaged again,
A method for producing an object and for self-repairing said object, wherein said object (O) comprises a matrix of a material in a continuous solid form with optically resonant particles dispersed there within, and wherein said matrix is made by at least partially fusing together particles and/or particulates of said material in a non-continuous solid form with heat transferred from said optically resonant particles that is generated thereby when optically resonating induced by their exposure to building electromagnetic radiation, and wherein the method comprises exposing a damaged region (D) of said object (O) to repairing electromagnetic radiation (R) to be absorbed by at least some of said optically resonant particles that are dispersed therein, to optically resonate to generate heat to at least partially fuse together portions of said matrix in thermal contact therewith.
A terminal comprising: a reception section configured to detect a synchronization signal, SS/physical broadcast channel, PBCH, block including an SS and a PBCH; and a control section configured to determine a control resource set for monitoring a downlink control channel based on a bit field in the PBCH, a first subcarrier spacing of the SS/PBCH block, a second subcarrier spacing of the control resource set, a frequency band, and an index of the SS/PBCH block, wherein an allocatable band of a downlink shared channel starts from a resource block corresponding to a lowest frequency of the control resource set, a width of the allocatable band is equal to a bandwidth of the control resource set, and the downlink control channel indicates one or more resource blocks assigned to the downlink shared channel within the allocatable band by using a resource block index which starts from the resource block corresponding to the lowest frequency of the control resource set. a reception section configured to detect a synchronization signal, SS/physical broadcast channel, PBCH, block including an SS and a PBCH; and a control section configured to determine a control resource set for monitoring a downlink control channel based on a bit field in the PBCH, a first subcarrier spacing of the SS/PBCH block, a second subcarrier spacing of the control resource set, a frequency band, and an index of the SS/PBCH block, wherein an allocatable band of a downlink shared channel starts from a resource block corresponding to a lowest frequency of the control resource set, a width of the allocatable band is equal to a bandwidth of the control resource set, and the downlink control channel indicates one or more resource blocks assigned to the downlink shared channel within the allocatable band by using a resource block index which starts from the resource block corresponding to the lowest frequency of the control resource set.
Vertical position fixing of a treatment chamber inside a tire vulcanizing machine for the fastening of treatment chamber elements at least during a vulcanization process so that in the closed position at least one defined vertical distance H can be fixed and wherein fixing means are provided on at least one treatment chamber element and are designed in such a way that a fixing which is releasable and absorbs the occurring forces is facilitated, characterized in that the fixing means are provided at least in the region of a tension casing in such a way that the fixing means are provided at least in a section of the inner wall of the tension casing and that the fixing means are formed by means of at least one longitudinal and transverse groove combination .
A method, performed by a user equipment, UE, configured to communicate in a 5G network, of authentication between an edge enabler client, EEC, of the UE and an edge configuration server, ECS, or an edge enabler server, EES, based on an architecture for authentication and key management for applications, AKMA, the method comprising: performing primary authentication with the 5G network to obtain a K AUSF generating a K AKMA and an A-KID; providing to the EEC the K AKMA and an EEC identifier, ID, for the EEC to generate a K edge , the K AKMA and the EEC ID being used by the EEC to compute a MAC EEC ; and sending to the ECS or the EES an application registration request, the application registration request including the EEC ID, the MAC EEC , and the A-KID. performing primary authentication with the 5G network to obtain a K AUSF generating a K AKMA and an A-KID; providing to the EEC the K AKMA and an EEC identifier, ID, for the EEC to generate a K edge , the K AKMA and the EEC ID being used by the EEC to compute a MAC EEC ; and sending to the ECS or the EES an application registration request, the application registration request including the EEC ID, the MAC EEC , and the A-KID.