mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preventing a bid-down attack on a system with a strong security protocol with perfect forward secrecy property, the method comprising: receiving an attach request from a user equipment; sending an authentication request to a home network, wherein the authentication request includes an indication that a network supports the strong security protocol; receiving an integrity protected token from the home network, wherein the integrity protected token includes at least one bit configured to indicate that the network supports the strong security protocol, and wherein the integrity protected token is included in an authentication vector; and sending the integrity protected token to the user equipment. receiving an attach request from a user equipment; sending an authentication request to a home network, wherein the authentication request includes an indication that a network supports the strong security protocol; receiving an integrity protected token from the home network, wherein the integrity protected token includes at least one bit configured to indicate that the network supports the strong security protocol, and wherein the integrity protected token is included in an authentication vector; and sending the integrity protected token to the user equipment.
A method for determining a movement parameter of a gripper in a gripper weaving machine, wherein the gripper can be driven to move back and forth using a transmission part , wherein a drive element rotating with a drive shaft of the gripper weaving machine is drivingly coupled via a transmission mechanism to the transmission part , wherein the transmission part can be driven by the drive element to oscillate between extreme transmission part positions, and wherein an amplitude of an oscillation of the transmission part is adjustable by setting the transmission mechanism , characterized in that the method comprises the steps of moving the transmission part over a defined range (Δ α), capturing a first angular position of the drive element and a second angular position of the drive element when moving the transmission part over the defined range (Δ α), determining a change in an angular position (Δ Θ1, Δ Θ2) of the drive element when moving the transmission part over the defined range (Δ α) from the captured first angular position and the captured second angular position, and determining the amplitude of the oscillation of the transmission part based on the determined change in the angular position (Δ Θ1, Δ Θ2) of the drive element .
Interim joint prosthesis insertable into a long bone in order to replace a joint endoprosthesis that is to be explanted, wherein the interim joint prosthesis has a main body with a main-body coupling segment and a shaft with a shaft coupling segment , and the shaft coupling segment can be releasably coupled to the main-body coupling segment , characterized in that the main-body coupling segment has a through-hole to permit the coupling, in which through-hole the shaft is arranged displaceably, such that the shaft can protrude on both sides of the main body .
A hydraulic device for supplying a plurality of work units , in particular on a plastics injection molding machine for processing plastics and other plasticizable materials, comprising at least one controller , at least one closed-loop and/or open-loop valve control, and a central drive , wherein there is associated with at least one of the work units at least one control valve having a control valve geometry, and wherein pressure sensors are provided which are configured to detect for each control valve at least one pressure upstream and downstream of the control valve , a load pressure of the work units and a system pressure , wherein the closed-loop and/or open-loop valve control has knowledge of the control valve geometry of the control valves and is configured to derive at least one actual value of volumetric flow for each control valve from a relationship between the control valve geometry and at least one pressure difference resulting from the pressures detected upstream and downstream of the control valves , and the controller is configured to derive, from a setpoint of volumetric flow of the at least one of the work units and from the at least one actual value of volumetric flow of the at least one control valve , at least one setpoint pre-control for the central drive , such that the system pressure corresponds at least to a maximum load pressure of the work units , wherein standardised operation commands and/or standardised flow rates and/or standardised volumetric flows of the at least one of the working units are settable independently of the system pressure and/or the load pressure of the at least one of the working units by means of the control valves . wherein the closed-loop and/or open-loop valve control has knowledge of the control valve geometry of the control valves and is configured to derive at least one actual value of volumetric flow for each control valve from a relationship between the control valve geometry and at least one pressure difference resulting from the pressures detected upstream and downstream of the control valves , and the controller is configured to derive, from a setpoint of volumetric flow of the at least one of the work units and from the at least one actual value of volumetric flow of the at least one control valve , at least one setpoint pre-control for the central drive , such that the system pressure corresponds at least to a maximum load pressure of the work units , wherein standardised operation commands and/or standardised flow rates and/or standardised volumetric flows of the at least one of the working units are settable independently of the system pressure and/or the load pressure of the at least one of the working units by means of the control valves .
Inspection device for nuclear fuel assemblies arranged in a storage rack of a fuel pool , the inspection device comprising: - inspection means with at least one camera (2.2.6) for scanning a surface of the fuel assembly , - an inspection column provided for carrying out an extension movement into the fuel pool , the inspection column being provided at one end with a connecting means; - a travelling positioning device provided for mutual connection with the inspection column by the connecting means, said travelling positioning device being further provided for changing a position of the inspection column in the fuel pool above the nuclear fuel assembly to be inspected; the inspection column is equipped with a gripping means (2.3) movably arranged and provided for capturing the fuel assembly , wherein said gripping means (2.3) being arranged movably in the inspection column and being provided for lifting the fuel assembly from the storage rack of the fuel pool and for pulling the said fuel assembly into the inspection column , the inspection column further comprises a fixed part (2.1) connectible with the travelling positioning device by the connecting means, and an inspection block (2.2), characterized in that the inspection block (2.2) is slidably arranged against the fixed part (2.1), wherein said inspection block (2.2) is arrangeable to at least partially surround the fuel assembly being inspected and the gripping means (2.3) are arranged concentrically in the inspection block (2.2) for an independent movement against it, wherein said inspection block (2.2) is further provided with at least one measuring probe arranged for measuring a deflection and a torsion of the fuel assembly in several height levels, wherein the inspection block (2.2) is provided in its lower part with a camera block (2.2.5) with the at least one camera (2.2.6) for checking the surface of the fuel assembly . - inspection means with at least one camera (2.2.6) for scanning a surface of the fuel assembly , - an inspection column provided for carrying out an extension movement into the fuel pool , the inspection column being provided at one end with a connecting means; - a travelling positioning device provided for mutual connection with the inspection column by the connecting means, said travelling positioning device being further provided for changing a position of the inspection column in the fuel pool above the nuclear fuel assembly to be inspected; the inspection column is equipped with a gripping means (2.3) movably arranged and provided for capturing the fuel assembly , wherein said gripping means (2.3) being arranged movably in the inspection column and being provided for lifting the fuel assembly from the storage rack of the fuel pool and for pulling the said fuel assembly into the inspection column , the inspection column further comprises a fixed part (2.1) connectible with the travelling positioning device by the connecting means, and an inspection block (2.2),
Embossing and lamination assembly comprising two pairs of steel/rubber rolls, between which respectively a first paper ply and a second paper ply are returned, wherein an upper steel embossing roll is coupled with an upper embossing rubber counter-roll and a lower steel embossing roll is coupled with a lower rubber embossing counter-roll , and also comprising a glue delivery assembly , in contact on a side of said upper steel embossing roll , and a coupling roll , in contact with the opposite side of said upper steel embossing roll , characterized in that said upper steel embossing roll and/or said lower steel embossing roll are equipped with heating means for heating the surface of the upper steel roll and/or the lower steel roll , the upper and/or lower rubber embossing rolls are mounted on a movable arm and return rolls are arranged around the upper rubber roll and/or around the lower rubber roll to guarantee a tangential passage of paper between the two coupled steel/rubber embossing rolls (21, 31; 22, 32) without wrapping the respective rubber embossing roll .
A valve system for fluid control, comprising: a heat exchanger manifold having a first face disposed opposite a second face , a third face extending between distal ends of the first face and the second face , and a first side and a second side disposed opposite the first side , the first side and the second side extending between the first face , the second face , and the third face , the first face defining an exhaust outlet and a first flow inlet , and the second face defining a second flow inlet, and wherein the third face defines a first flow outlet disposed proximate the first side , wherein the first side defines a first inlet and a first outlet in fluid communication with the interior of the heat exchanger manifold ; characterized in that the third face defines a second flow outlet disposed proximate the second side ; wherein the valve system further comprises a first flow housing coupled to the first side and a first valve member ; and wherein the first valve member extends into the first flow housing . a heat exchanger manifold having a first face disposed opposite a second face , a third face extending between distal ends of the first face and the second face , and a first side and a second side disposed opposite the first side , the first side and the second side extending between the first face , the second face , and the third face , the first face defining an exhaust outlet and a first flow inlet , and the second face defining a second flow inlet, and wherein the third face defines a first flow outlet disposed proximate the first side , wherein the first side defines a first inlet and a first outlet in fluid communication with the interior of the heat exchanger manifold ; characterized in that the third face defines a second flow outlet disposed proximate the second side ; wherein the valve system further comprises a first flow housing coupled to the first side and a first valve member ; and wherein the first valve member extends into the first flow housing .
A personal care composition, comprising: a soluble zinc polyphosphate complex, wherein the ingredients comprise zinc chloride, sodium hexametaphosphate, and water; wherein the relative amount of the inorganic zinc salt and the long chain polyphosphates provides a phosphorus to zinc mole ratio of 15:1 to 25:1, wherein the composition is at least one of an antiperspirant or a deodorant. a soluble zinc polyphosphate complex, wherein the ingredients comprise zinc chloride, sodium hexametaphosphate, and water; wherein the relative amount of the inorganic zinc salt and the long chain polyphosphates provides a phosphorus to zinc mole ratio of 15:1 to 25:1, wherein the composition is at least one of an antiperspirant or a deodorant.
Pumping machine comprising: - at least two tubular elements containing pressurized gas and extending vertically in parallel and interconnected between them by means of a connecting element ; and - an electromechanical lifting system comprising a first cylinder , interconnected to the tubular elements and comprising a substance compressible by a piston ; and a screw with a vertical axis Y coinciding with the axis of the pumping machine ; whereby the screw is inserted inside a second thrust cylinder , connected in sliding manner inside the first cylinder , and has a first end fixed to said connecting element and a second end configured for sliding inside said thrust cylinder and overlying a chamber comprising lubrication and cooling oil overlying said piston . - at least two tubular elements containing pressurized gas and extending vertically in parallel and interconnected between them by means of a connecting element ; and - an electromechanical lifting system comprising a first cylinder , interconnected to the tubular elements and comprising a substance compressible by a piston ; and a screw with a vertical axis Y coinciding with the axis of the pumping machine ;
A powdered polycarbodiimide compound represented by the following formula and having a melting point of 50°C or more, determined as indicated in the specification: wherein R 1 and R 2 each independently represent a residue of an organic compound having one functional group reactive with an isocyanate group, wherein the functional group is removed from the organic compound; with the proviso that the organic compound is not ethanol; R 3 represents a divalent residue of a diisocyanate compound from which two isocyanate groups are removed; the diisocyanate compound has a hydrocarbon group which directly bonds to the two isocyanate groups; a plurality of R 3 are the same or different; R 4 represents a divalent residue of a diol compound from which two hydroxyl groups are removed and wherein the diol compound has a molecular weight of 100 or less; a plurality of R 4 are the same or different; X 1 and X 2 each independently represent a bond formed by a reaction of the functional group of the organic compound with the isocyanate group of the diisocyanate compound; m and n each represent a number of 1 to 20; and p represents a number of 2 to 20. wherein R 1 and R 2 each independently represent a residue of an organic compound having one functional group reactive with an isocyanate group, wherein the functional group is removed from the organic compound; with the proviso that the organic compound is not ethanol; R 3 represents a divalent residue of a diisocyanate compound from which two isocyanate groups are removed; the diisocyanate compound has a hydrocarbon group which directly bonds to the two isocyanate groups; a plurality of R 3 are the same or different; R 4 represents a divalent residue of a diol compound from which two hydroxyl groups are removed and wherein the diol compound has a molecular weight of 100 or less; a plurality of R 4 are the same or different; X 1 and X 2 each independently represent a bond formed by a reaction of the functional group of the organic compound with the isocyanate group of the diisocyanate compound; m and n each represent a number of 1 to 20; and p represents a number of 2 to 20. R 3 represents a divalent residue of a diisocyanate compound from which two isocyanate groups are removed; the diisocyanate compound has a hydrocarbon group which directly bonds to the two isocyanate groups; a plurality of R 3 are the same or different; R 4 represents a divalent residue of a diol compound from which two hydroxyl groups are removed and wherein the diol compound has a molecular weight of 100 or less; a plurality of R 4 are the same or different; X 1 and X 2 each independently represent a bond formed by a reaction of the functional group of the organic compound with the isocyanate group of the diisocyanate compound; m and n each represent a number of 1 to 20; and p represents a number of 2 to 20.
A two-layer papermaking fabric constituted by at least one upper surface side warp (u, u') woven with at least one upper surface side weft ('u), at least one lower surface side warp (d) woven with at least one lower surface side weft ('d), and at least one warp binding yarn (b, B) woven with the at least one upper surface side weft ('u) and the at least one lower surface side weft ('d), comprising at least one pair of upper and lower warps in which said upper and lower surface side warps are located to be upper and lower, respectively, and at least one pair of warp yarns (b, B) in which at least one yarn is a warp binding yarn (b, B), wherein all or a portion of said upper surface side warps constituting said pair of upper and lower warps are woven to constitute an incomplete upper surface side warp (u') weave pattern in which a portion of knuckles are absent on the upper surface side, said pair of warp yarns (b, B) in which at least one yarn is a binding yarn is arranged so as to be adjacent to said incomplete upper surface side warps (u'), all knuckles emerging on the upper surface side formed by said warp binding yarn (b, B) and /or upper surface side warp (u, u') of said pair of warp yarns (b, B) in which at least one yarn is a binding yarn complementing a portion where said knuckles of said incomplete upper surface side warps (u') are absent to form a longitudinal groove between said upper surface side warps (u, u'), characterized in that the incomplete upper surface side warps (u') are each woven with a plain weave design in which two knuckles are absent in a minimum repeating unit of a fabric design.
A laser welded structure comprising a resin molded body and a metal body made of a metal which are laser welded together, the resin molded body formed from a thermoplastic polymer alloy containing a crystalline resin and an amorphous resin, wherein a glass transition temperature of the amorphous resin is lower than a melting start temperature of the crystalline resin.
A method for detecting an abused sensor for determining a concentration of glucose in a blood sample placed upon the sensor, comprising the steps of: i. placing a blood sample upon the sensor; ii. applying a first signal to the blood sample; iii. measuring a current response to the first signal; iv. repeating step iii. at least once; and v. calculating a normalized Cottrell Failsafe Ratio (NCFR) using the current response data, in which the NCFR is the sum of the sensor currents divided by the last sensor current; a) applying a signal having an AC component to the sensor; b) measuring an AC response to the signal; and c) combining the normalized Cottrell Failsafe Ratio and the AC response of step b) to produce an indication of whether the sensor has been abused. i. placing a blood sample upon the sensor; ii. applying a first signal to the blood sample; iii. measuring a current response to the first signal; iv. repeating step iii. at least once; and v. calculating a normalized Cottrell Failsafe Ratio (NCFR) using the current response data, in which the NCFR is the sum of the sensor currents divided by the last sensor current; a) applying a signal having an AC component to the sensor; b) measuring an AC response to the signal; and c) combining the normalized Cottrell Failsafe Ratio and the AC response of step b) to produce an indication of whether the sensor has been abused. a) applying a signal having an AC component to the sensor; b) measuring an AC response to the signal; and c) combining the normalized Cottrell Failsafe Ratio and the AC response of step b) to produce an indication of whether the sensor has been abused.
A method of giving a monopoly of a call session to a user in a call transmission/reception system using Universal Plug and Play, UPnP, comprising the steps of: a telephony server setting a user's authority to manage the call session by generating a table mapping a first user identification with a session identification when the telephony server generates the session, such that the user has monopoly of the call session in that only operations with respect to an action that manages the session having an appropriate user identification for the session are permitted, wherein the user is associated with a first control point and a second control point; the telephony server performing a user authentication when the telephony server receives a call, from a second control point, for an action that manages the session from the second control point, wherein the performing of the user authentication comprises comparing the mapped first user identification with a second user identification received from the second control point; and the second control point performing the action that manages the session if the second user identification is equal to the mapped first user identification which is authorized to manage the session. a telephony server setting a user's authority to manage the call session by generating a table mapping a first user identification with a session identification when the telephony server generates the session, such that the user has monopoly of the call session in that only operations with respect to an action that manages the session having an appropriate user identification for the session are permitted, wherein the user is associated with a first control point and a second control point; the telephony server performing a user authentication when the telephony server receives a call, from a second control point, for an action that manages the session from the second control point, wherein the performing of the user authentication comprises comparing the mapped first user identification with a second user identification received from the second control point; and the second control point performing the action that manages the session if the second user identification is equal to the mapped first user identification which is authorized to manage the session.
A projection method (MTH) for a motor vehicle (V), for projecting at least one image (Ip) onto a projection surface (S) by means of a light module (ML) for a motor vehicle suitable for projecting a light beam (Fx), characterized in that said projection method (MTH) includes the steps of: - detecting an observation position (PosO1) of an observer (O) in a light module reference frame (RP); - calculating the observation position (PosO2) of the observer (O) in an image reference frame (RI); - projecting said image (Ip) onto said projection surface (S) according to said observation position (PosO2) of the observer (O) in said image reference frame (RI), said image (Ip) being integrated into said light beam (Fx) of the light module (ML). - detecting an observation position (PosO1) of an observer (O) in a light module reference frame (RP); - calculating the observation position (PosO2) of the observer (O) in an image reference frame (RI); - projecting said image (Ip) onto said projection surface (S) according to said observation position (PosO2) of the observer (O) in said image reference frame (RI), said image (Ip) being integrated into said light beam (Fx) of the light module (ML).