mhurhangee/ep-ind-claims huggingface dataset:
A system for verifying network nodes in attenuated environments for cyber and network security applications, the system comprising: an origination network node; a destination network node; and at least one router network node; wherein the origination network node and the destination network node are connected to each other via the at least one router network node, wherein the origination network node is configured for transmitting a data packet to the destination network node through the at least one router network node, wherein the data packet contains a security signature portion, a routing data portion, and a payload data portion, wherein the security signature portion comprises a listing of at least one network node that the data packet travelled through from the origination network node to the destination network node, wherein the security signature portion comprises geolocation information for the at least one network node in the listing, wherein the geolocation information is obtained by the network node receiving a resultant signal that is transmitted from at least one transmission source, wherein the resultant signal contains at least one authentication signal, and wherein the network node location is verified by comparing properties of the resultant signal the network node receives to expected properties of the resultant signal that the network node should receive due to its location. an origination network node; a destination network node; and at least one router network node; wherein the origination network node and the destination network node are connected to each other via the at least one router network node, wherein the origination network node is configured for transmitting a data packet to the destination network node through the at least one router network node, wherein the data packet contains a security signature portion, a routing data portion, and a payload data portion, wherein the security signature portion comprises a listing of at least one network node that the data packet travelled through from the origination network node to the destination network node, wherein the security signature portion comprises geolocation information for the at least one network node in the listing, wherein the geolocation information is obtained by the network node receiving a resultant signal that is transmitted from at least one transmission source, wherein the resultant signal contains at least one authentication signal, and wherein the network node location is verified by comparing properties of the resultant signal the network node receives to expected properties of the resultant signal that the network node should receive due to its location. wherein the resultant signal contains at least one authentication signal, and wherein the network node location is verified by comparing properties of the resultant signal the network node receives to expected properties of the resultant signal that the network node should receive due to its location.
A method of making a high impact strength polypropylene (HIPP) composite, the method comprising: (a) blending polypropylene-coated functionalized multiwall carbon nanotubes (PP/f-MWNT) with a first polypropylene to produce a PP and PP/f-MWNT mixture, wherein the PP/f-MWNT comprise functionalized multiwall carbon nanotubes (f-MWNT) coated with a second PP via non-covalent interactions, wherein the PP and PP/f-MWNT mixture comprises PP/f-MWNT in an amount of from 0.0005 wt.% to 5 wt.% f-MWNT, based on the total weight of the PP and PP/f-MWNT mixture, and wherein the first PP and the second PP are the same or different; (b) melt blending at least a portion of the PP and PP/f-MWNT mixture to form a molten PP and PP/f-MWNT mixture; and (c) shaping at least a portion of the molten PP and PP/f-MWNT mixture to form the HIPP composite. (a) blending polypropylene-coated functionalized multiwall carbon nanotubes (PP/f-MWNT) with a first polypropylene to produce a PP and PP/f-MWNT mixture, wherein the PP/f-MWNT comprise functionalized multiwall carbon nanotubes (f-MWNT) coated with a second PP via non-covalent interactions, wherein the PP and PP/f-MWNT mixture comprises PP/f-MWNT in an amount of from 0.0005 wt.% to 5 wt.% f-MWNT, based on the total weight of the PP and PP/f-MWNT mixture, and wherein the first PP and the second PP are the same or different; (b) melt blending at least a portion of the PP and PP/f-MWNT mixture to form a molten PP and PP/f-MWNT mixture; and (c) shaping at least a portion of the molten PP and PP/f-MWNT mixture to form the HIPP composite.
A conditional domain name system (CDNS) associated with an access point of a data communication network, said system comprising: a DNS query detector to detect a DNS query generated by a data client device communicatively coupled to the access point, wherein the DNS query is addressed to an external DNS and requests a network address of a given networked data resource; control logic circuitry to search a functionally associated data repository or cache for a conditional DNS record relating to the given networked data resource, wherein the conditional DNS record includes or links with: (a) an identifier or designator of the given networked data resource, (b) a given network address for the given networked data resource, and (c) a definition of a condition under which said CDNS will provide the given network address as a response to a DNS query for the given networked data resource,and further comprising a condition checking unit to parse a condition definition associated with a conditional DNS record and to generate data packets configured to check whether the defined condition is met, and further comprising a conditional DNS Request Response Unit (CDNSRU) to generate a response to a detected DNS query at least partially based on an outcome of a verification of a condition definition associated with an identified conditional DNS record, wherein verification includes checking whether the defined condition is met, characterized in that a defined condition associated with a conditional DNS record relates to authentication requirements of the networked data resource designated within the conditional DNS record.
Window assembly comprising: • a multiple glazing unit (4, 30) with an outside pane and an inside pane; • a frame extending around the periphery of the glazing unit; • a wooden casing with a rebate in which the frame with the glazing unit can be accommodated; the frame being fixed to the wooden casing by means of fixing means; wherein the glazing unit (4, 30) is glued on the frame with the outside pane facing outwards in such a way that, viewed from the outside, the frame lies behind said outside pane; at least when the window is closed, the outside of the outside pane resting with an edge zone along an outside contact face of the rebate, which outside contact face, at least when the window is closed, extends parallel to the glazing unit (4, 30) and faces the inside of the casing; the rebate being of a stepped design with an inside contact face situated further inwards relative to the outside contact face and facing the inside of the casing; characterized in that all the way round the frame bears a sealing strip, which rests in a sealing manner on the inside contact face, at least when the window is closed and in that, when the window is closed the rebate between the outside and the inside contact face defines a pressure relief space, that is connected to the outside of the casing in such a draining manner that the outside pressure prevails in the pressure relief space. • a multiple glazing unit (4, 30) with an outside pane and an inside pane; • a frame extending around the periphery of the glazing unit; • a wooden casing with a rebate in which the frame with the glazing unit can be accommodated;
A composition comprising: (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 58, 60 and 56 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 176-252, said composition having the ability to elicit bactericidal antibodies to multiple neisserial strains. (a) at least one protein comprising an amino acid sequence having sequence identity greater than 80% to the amino acid sequence of any one of SEQ ID NOS: 58, 60 and 56 additionally comprising (b) at least one protein having sequence identity greater than 80% to the amino acid sequence of any of even numbered SEQ ID NOS: 176-252,
A flow control device comprising first and second latch valves (102, 101) connected in series, each of the first and second latch valve (102, 101) comprising: - an inflow path and an outflow path formed in a housing; - a solenoid having a coil wound thereon; - a support body; - a plunger lifted or lowered by a magnetic force induced by the coil; wherein a space part is formed in the housing between the support body and the plunger, and the second latch valve includes an additional outflow path formed in the housing surrounding the plunger; characterized in that the first and second latch valves (102, 101) further comprise: - a permanent magnet positioned at an upper portion of the plunger and latching the plunger when the plunger is lifted; and - a spring positioned between the permanent magnet and the plunger; - a diaphragm having the support body inserted therein; the support body has an inlet connected to the inflow path and an outlet connected to the outflow path, the plunger opening and closing said outlet, and the additional outflow path is constantly communicating with the space part to allow water from said inlet to constantly flow out to the additional outflow path. - an inflow path and an outflow path formed in a housing; - a solenoid having a coil wound thereon; - a support body; - a plunger lifted or lowered by a magnetic force induced by the coil; - a permanent magnet positioned at an upper portion of the plunger and latching the plunger when the plunger is lifted; and - a spring positioned between the permanent magnet and the plunger; - a diaphragm having the support body inserted therein;
Device for generating a respiratory datum for a user comprising: ▪ a respiration unit comprising: ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber; ▪ at least two tactile interfaces; ▪ an electronic terminal comprising a calculator (CALC) adapted to execute: ▪ generating a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means; ▪ measuring (MES_P) an air pressure by the air pressure sensor; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting an interaction on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected; ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating a respiratory datum quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm). ▪ a respiration unit comprising: ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber; ▪ an air pressure sensor for measuring the air pressure exhaled and/or inhaled by the user in a fluid exhalation chamber; ▪ at least two tactile interfaces; ▪ an electronic terminal comprising a calculator (CALC) adapted to execute: ▪ generating a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means; ▪ measuring (MES_P) an air pressure by the air pressure sensor; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting an interaction on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected; ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating a respiratory datum quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm). ▪ generating a multimedia instruction (Cm) that is timestamped and transmitting this multimedia instruction (Cm) to the user via a transmission means; ▪ measuring (MES_P) an air pressure by the air pressure sensor; ▪ generating (GEN_P) a timestamped respiratory indicator (Kp) as a function of the measured air pressure, ▪ detecting an interaction on at least one of the tactile interfaces ▪ generating (GEN_I) a timestamped tactile indicator (Ki) as a function of the interaction detected; ▪ reception of the respiratory indicator (Kp) and the tactile indicator (Ki); ▪ generating a respiratory datum quantifying the user's respiratory performance as a function of the correlation of the tactile indicator (Ki) and the respiratory indicator (Kp) with the multimedia instruction (Cm).
A method for inspecting an insulation property of a secondary battery, the method including: connecting an external DC power supply to the secondary battery charged with a predetermined initial charge amount to constitute an inspection circuit; and evaluating the insulation property of the secondary battery based on a converging state of a power-supply current passing through the inspection circuit, characterized in that when a charge amount at which an inclination (α) of a tangent to a charge amount - battery voltage curve representing a relationship between the charge amount and a battery voltage of the secondary battery is smallest is assumed as a minimum-inclination charge amount, and the inclination (α) of the tangent at the minimum-inclination charge amount is assumed as a minimum inclination (αL), the initial charge amount is selected from a range of the charge amount in which the inclination (α) is two or more times the minimum inclination (αL) (α ≥ 2αL). connecting an external DC power supply to the secondary battery charged with a predetermined initial charge amount to constitute an inspection circuit; and evaluating the insulation property of the secondary battery based on a converging state of a power-supply current passing through the inspection circuit, characterized in that when a charge amount at which an inclination (α) of a tangent to a charge amount - battery voltage curve representing a relationship between the charge amount and a battery voltage of the secondary battery is smallest is assumed as a minimum-inclination charge amount, and the inclination (α) of the tangent at the minimum-inclination charge amount is assumed as a minimum inclination (αL), the initial charge amount is selected from a range of the charge amount in which the inclination (α) is two or more times the minimum inclination (αL) (α ≥ 2αL).
A method for repairing or reinforcing, by lining, a hollow or solid body having a defective area, comprising the steps consisting in: - delimiting on the outer surface of the body a portion to be lined including the defective area, said body being made of a weldable thermoplastic material; - forming at least one winding of an electro-welding wire around said body on the portion to be lined, the electro-welding wire being formed of at least one electrically conductive wire embedded in a sheath made of a thermoplastic material similar to that of said body - positioning a preformed liner around the portion to be lined, said preformed liner having a section of a shape similar to that of the body and being of a length equal to that of the portion to be lined, said preformed liner having an opening extending over its entire length, and being made of a thermoplastic material similar to that of said body and - performing an electro-welding of the liner to the body by applying an electric current to the winding for a predefined time, simultaneously with a gradual clamping of the liner on the body; characterised in that the preformed liner further comprises at least one injection vent (a) and one outlet vent. - delimiting on the outer surface of the body a portion to be lined including the defective area, said body being made of a weldable thermoplastic material; - forming at least one winding of an electro-welding wire around said body on the portion to be lined, the electro-welding wire being formed of at least one electrically conductive wire embedded in a sheath made of a thermoplastic material similar to that of said body - positioning a preformed liner around the portion to be lined, said preformed liner having a section of a shape similar to that of the body and being of a length equal to that of the portion to be lined, said preformed liner having an opening extending over its entire length, and being made of a thermoplastic material similar to that of said body and - performing an electro-welding of the liner to the body by applying an electric current to the winding for a predefined time, simultaneously with a gradual clamping of the liner on the body;
A server for providing access to applications, comprising: an input channel and an output channel configured to connect a client with said server; and an interface coupled to said input channel and an application, said interface configured to receive input data from said client via said input channel and to communicate said received input data to the application; characterized by a cloud renderer coupled to said output channel and said application, said cloud renderer configured to continuously render output of said application and feed the results into a data stream transferred via the output channel to the client, and the server being configured such that the input data and the data stream are both encrypted and said application is executed in an environment including a database coupled to said application via a secured connection within the environment. an input channel and an output channel configured to connect a client with said server; and an interface coupled to said input channel and an application, said interface configured to receive input data from said client via said input channel and to communicate said received input data to the application; characterized by a cloud renderer coupled to said output channel and said application, said cloud renderer configured to continuously render output of said application and feed the results into a data stream transferred via the output channel to the client, and the server being configured such that the input data and the data stream are both encrypted and said application is executed in an environment including a database coupled to said application via a secured connection within the environment.
An assembly (1; 1') of a frame component (2; 2') and a bungee component (3; 3') adapted to convert a trampoline into a bungee trampoline, - which trampoline is of the kind having a sheet of fabric or canvas attached and distended to a trampoline frame having a perimeter and at least three trampoline legs (8; 8") distributed along the perimeter of the trampoline frame, - each trampoline leg (8; 8") has an elongated straight leg part, - the frame component (2; 2') comprises at least three frame poles, at least three brackets and a circumferential upper frame (16; 16'), and - each frame pole has an upper pole part with an upper pole end and a lower pole part with a lower pole end, - the lower pole part of the frame poles is adapted for mounting the assembly (1; 1') to an elongated straight leg part of the trampoline legs (8; 8") of the trampoline by means of the brackets so that the longitudinal axis of each frame pole is parallel and not coaxial with the longitudinal axis of the corresponding straight leg part of the trampoline, characterized in that - the circumferential upper frame (16; 16') is connected to and extending between the upper end of each frame pole, and - the corners of the upper frame (16; 16') are rounded. - which trampoline is of the kind having a sheet of fabric or canvas attached and distended to a trampoline frame having a perimeter and at least three trampoline legs (8; 8") distributed along the perimeter of the trampoline frame, - each trampoline leg (8; 8") has an elongated straight leg part, - the frame component (2; 2') comprises at least three frame poles, at least three brackets and a circumferential upper frame (16; 16'), and - each frame pole has an upper pole part with an upper pole end and a lower pole part with a lower pole end, - the lower pole part of the frame poles is adapted for mounting the assembly (1; 1') to an elongated straight leg part of the trampoline legs (8; 8") of the trampoline by means of the brackets so that the longitudinal axis of each frame pole is parallel and not coaxial with the longitudinal axis of the corresponding straight leg part of the trampoline, characterized in that - the circumferential upper frame (16; 16') is connected to and extending between the upper end of each frame pole, and - the corners of the upper frame (16; 16') are rounded.
A process for searching for the shortest path for planning a route between a current node C and an arrival node A belonging to a graph of elementary movements, said process being characterised in that it comprises at least the following steps: a test to check whether the node C is in direct visibility with the node A or whether at least one obstacle (300, 301) opposes this; determining a set of at least one point for bypassing said obstacle preventing direct visibility, said obstacle being represented by its convex envelope (302, 303), said bypass point or points being chosen from the nodes Ci corresponding to the ends of the segments that make up the convex envelope of said obstacle as a function of the value of the angles θi = (CA, CCi) formed by the segments and [CCi], and selecting at least one point from this set; searching for the shortest path between the node C and the selected bypass point and then between the bypass point and the node A by applying a heuristic function. a test to check whether the node C is in direct visibility with the node A or whether at least one obstacle (300, 301) opposes this; determining a set of at least one point for bypassing said obstacle preventing direct visibility, said obstacle being represented by its convex envelope (302, 303), said bypass point or points being chosen from the nodes Ci corresponding to the ends of the segments that make up the convex envelope of said obstacle as a function of the value of the angles θi = (CA, CCi) formed by the segments and [CCi], and selecting at least one point from this set; searching for the shortest path between the node C and the selected bypass point and then between the bypass point and the node A by applying a heuristic function.