mhurhangee/ep-ind-claims huggingface dataset:
A method for managing cryptographic keys, the method comprising: receiving, from a first interface, a request to manage at least one cryptographic key stored remote from the first interface; translating the request from a first interface format to a common interface format; in response to determining that an authentication token associated with the first interface is not presented, authenticating the request by at least verifying that the request originated from an authorized source and providing an authentication token for the first request, wherein the authentication token is usable with a subsequent request associated with the first interface; in response to determining that an authentication token associated with the first interface is presented not initiating a new authentication session; and executing the translated request in the common interface format. receiving, from a first interface, a request to manage at least one cryptographic key stored remote from the first interface; translating the request from a first interface format to a common interface format;
A spray recapture shell, comprising: an outer shell surface having a partially-encompassed spray volume; at least one spray nozzle on an inside surface of the spray recapture shell; air nozzles configured to eject a stream of air directed near the front of the spray recapture shell; characterised in that the spray recapture shell further comprises: a recapture port configured to apply suction from an air vacuum mechanism; and wherein the air nozzles and recapture port are configured such that a front edge of the partially-encompassed spray volume has a higher-than ambient pressure and a rear edge of the partially-encompassed spray volume has a lower-than ambient pressure. an outer shell surface having a partially-encompassed spray volume; at least one spray nozzle on an inside surface of the spray recapture shell; air nozzles configured to eject a stream of air directed near the front of the spray recapture shell; characterised in that the spray recapture shell further comprises: a recapture port configured to apply suction from an air vacuum mechanism; and wherein the air nozzles and recapture port are configured such that a front edge of the partially-encompassed spray volume has a higher-than ambient pressure and a rear edge of the partially-encompassed spray volume has a lower-than ambient pressure. a recapture port configured to apply suction from an air vacuum mechanism; and wherein the air nozzles and recapture port are configured such that a front edge of the partially-encompassed spray volume has a higher-than ambient pressure and a rear edge of the partially-encompassed spray volume has a lower-than ambient pressure.
A particle accelerator comprising: a coil (709, 710) to provide a magnetic field to a cavity; a particle source to provide a plasma column to the cavity; a voltage source to provide a radio frequency voltage to the cavity to accelerate particles from the plasma column, the magnetic field causing particles accelerated from the plasma column to move orbitally within the cavity; an enclosure containing an extraction channel to receive the particles accelerated from the plasma column and to output the received particles from the cavity; and a structure arranged proximate to the entry point of the extraction channel to change an energy level of the received particles. a coil (709, 710) to provide a magnetic field to a cavity; a particle source to provide a plasma column to the cavity; a voltage source to provide a radio frequency voltage to the cavity to accelerate particles from the plasma column, the magnetic field causing particles accelerated from the plasma column to move orbitally within the cavity; an enclosure containing an extraction channel to receive the particles accelerated from the plasma column and to output the received particles from the cavity; and a structure arranged proximate to the entry point of the extraction channel to change an energy level of the received particles.
A system, comprising one or more processors and memory, wherein the memory stores instructions that, if executed by the one or more processors, cause the system to: perform a first operation on an object of a canvas according to a command; generate a first sequence metadata associated with the first operation, wherein the first sequence metadata is a first Hybrid Logical Clock, HLC, timestamp usable to determine a partial ordering of operations associated with the canvas; receive a patch (106A, 106B, 206A, 206B, 402, 506) comprising a plurality of operations applied to a remote canvas, the patch associated with a different system; identify, from the patch, a second operation associated with the object, a second sequence metadata associated with the second operation, wherein the second sequence metadata is a second Hybrid Logical Clock, HLC, timestamp; cause performance of the second operation on the object based at least in part on the first sequence metadata and the second sequence metadata; generate a patch (106A, 106B, 206A, 206B, 402, 506) including the first operation; generate a sequence of snapshots (910, 920, 930, 1002 - 1014), the sequence of snapshots including a snapshot that includes the patch including the first operation and the patch including the second operation, and including multiple snapshots that do not include patches with information relevant to the changes to a state of the object; store, in a data storage device, the sequence of snapshots; and scan the data storage device to identify and remove the multiple snapshots without information relevant to changes to a state of the object. perform a first operation on an object of a canvas according to a command; generate a first sequence metadata associated with the first operation, wherein the first sequence metadata is a first Hybrid Logical Clock, HLC, timestamp usable to determine a partial ordering of operations associated with the canvas; receive a patch (106A, 106B, 206A, 206B, 402, 506) comprising a plurality of operations applied to a remote canvas, the patch associated with a different system; identify, from the patch, a second operation associated with the object, a second sequence metadata associated with the second operation, wherein the second sequence metadata is a second Hybrid Logical Clock, HLC, timestamp; cause performance of the second operation on the object based at least in part on the first sequence metadata and the second sequence metadata; generate a patch (106A, 106B, 206A, 206B, 402, 506) including the first operation; generate a sequence of snapshots (910, 920, 930, 1002 - 1014), the sequence of snapshots including a snapshot that includes the patch including the first operation and the patch including the second operation, and including multiple snapshots that do not include patches with information relevant to the changes to a state of the object; store, in a data storage device, the sequence of snapshots; and scan the data storage device to identify and remove the multiple snapshots without information relevant to changes to a state of the object.
A method of detecting, by an inspection device, a pirated computing device in a content delivery network, the method comprising: - identifying a computing device, the computing device being associated with a secure element configured to receive protected commands from a control server that are designed to cause the secure element to restrict access of the computing device to content available on the content delivery network, and wherein the secure element is unresponsive to the received protected commands to restrict access by the computing device to the content available on the content delivery network; - transmitting an alternate command to the computing device, the alternate command being a command other than protected commands that the secure element is configured to receive from the control server, wherein the alternate command is executed by the computing device; - receiving a response to the transmitted alternate command from the computing device; and - determining that the computing device is pirated based on the computing device providing an active response to the alternate command when the secure element associated with the computing device is unresponsive to the protected commands from the control server. - identifying a computing device, the computing device being associated with a secure element configured to receive protected commands from a control server that are designed to cause the secure element to restrict access of the computing device to content available on the content delivery network, and wherein the secure element is unresponsive to the received protected commands to restrict access by the computing device to the content available on the content delivery network; - transmitting an alternate command to the computing device, the alternate command being a command other than protected commands that the secure element is configured to receive from the control server, wherein the alternate command is executed by the computing device; - receiving a response to the transmitted alternate command from the computing device; and - determining that the computing device is pirated based on the computing device providing an active response to the alternate command when the secure element associated with the computing device is unresponsive to the protected commands from the control server.
A door handle device for a vehicle comprising: a handle base disposed along a bottom surface of a door panel; an introduction opening opened in the door panel and supporting the handle base therein; an operation handle connected to the handle base; and a gasket disposed between the handle base and the operation handle, wherein the gasket is formed of an elastic body, characterized in that the gasket is integrally provided with a handle stopper part that has one end passing through the introduction opening and supported by the handle base and the other end abutting against the operation handle. a handle base disposed along a bottom surface of a door panel; an introduction opening opened in the door panel and supporting the handle base therein; an operation handle connected to the handle base; and a gasket disposed between the handle base and the operation handle, wherein the gasket is formed of an elastic body, characterized in that the gasket is integrally provided with a handle stopper part that has one end passing through the introduction opening and supported by the handle base and the other end abutting against the operation handle.
A system comprising: a vial access device including a spike, the vial access device attachable to a first vial defining a first vial size; and an adapter movable relative to the vial access device between a shield position in which the adapter is attachable to the vial access device such that the adapter shields the spike of the vial access device and a vial position in which the adapter is attachable to a second vial defining a second vial size, the second vial size different than the first vial size, characterized in that the vial access device is directly attachable to the first vial and the vial access device having a first connection element attachable to the first vial to secure the vial access device to the first vial. a vial access device including a spike, the vial access device attachable to a first vial defining a first vial size; and an adapter movable relative to the vial access device between a shield position in which the adapter is attachable to the vial access device such that the adapter shields the spike of the vial access device and a vial position in which the adapter is attachable to a second vial defining a second vial size, the second vial size different than the first vial size, characterized in that the vial access device is directly attachable to the first vial and the vial access device having a first connection element attachable to the first vial to secure the vial access device to the first vial.
Coordinate measuring machine for measuring a measurement object, comprising a workpiece receptacle for receiving the measurement object, comprising a measuring head carrying an optical sensor, wherein the measuring head and the workpiece receptacle are movable relative to one another, wherein the optical sensor has a lens and a camera, which is designed to capture an image of the measurement object through the lens, wherein the lens has a light entrance opening and a light exit opening, wherein the lens has a multiplicity of lens-element groups (40, 42, 44, 46, 48) which are arranged in the lens between the light entrance opening and the light exit opening one behind another along a longitudinal axis of the lens, and characterized in that a first lens-element group from the multiplicity of lens-element groups (40, 42, 44, 46, 48) is arranged in a stationary fashion in the region of the light entrance opening, in that there is a clearance in the lens between the first and a second lens-element group (40, 42), and in that the coordinate measuring machine furthermore has a white light sensor and an at least partly reflective coupling element for coupling the white light sensor into the lens, said coupling element being movable into the clearance.
A graph generating device, comprising: an obstacle data acquiring module configured to acquire obstacle data including information on an obstacle (101, 102); a first graph generating module configured to recursively subdivide an area including the obstacle (101, 102) into cells by a quadtree dividing method, set a first vertex in the center of each exclusive cell, wherein an exclusive cell is a cell without the obstacle (101, 102), and connect the first vertexes of the adjacent exclusive cells by a first side, to generate a first graph; a second graph generating module configured to set second vertexes by a different method from the quadtree dividing method and connect the second vertexes by a second side, to generate a second graph; a second graph adjusting module configured to adjust the second graph generated by the second graph generating module by deleting the second side only passing through one or more of the exclusive cells, and a graph synthesizing module configured to generate a synthesized graph by combining the first graph with the adjusted second graph. an obstacle data acquiring module configured to acquire obstacle data including information on an obstacle (101, 102); a first graph generating module configured to recursively subdivide an area including the obstacle (101, 102) into cells by a quadtree dividing method, set a first vertex in the center of each exclusive cell, wherein an exclusive cell is a cell without the obstacle (101, 102), and connect the first vertexes of the adjacent exclusive cells by a first side, to generate a first graph; a second graph generating module configured to set second vertexes by a different method from the quadtree dividing method and connect the second vertexes by a second side, to generate a second graph; a second graph adjusting module configured to adjust the second graph generated by the second graph generating module by deleting the second side only passing through one or more of the exclusive cells, and a graph synthesizing module configured to generate a synthesized graph by combining the first graph with the adjusted second graph.
Method for producing a data stream whose sender is authenticable, having the method steps of: - computing at least one first piece of authentication information, wherein the at least one first piece of authentication information is generated from a respective first piece of validation information by means of a cryptographic one way function; - storing the at least one first piece of authentication information in a respective first data element of the data stream; - transmitting the respective first data element to at least one receiver; - computing at least one second piece of authentication information, wherein the at least one second piece of authentication information is generated from a respective second piece of validation information by means of the cryptographic one way function; - storing the respective first piece of validation information in a respective second data element of the data stream; - storing the at least one second piece of authentication information in the respective second data element of the data stream; - storing the respective second piece of validation information in a respective third data element of the data stream; and - transmitting the respective second data element to the at least one receiver. - computing at least one first piece of authentication information, wherein the at least one first piece of authentication information is generated from a respective first piece of validation information by means of a cryptographic one way function; - storing the at least one first piece of authentication information in a respective first data element of the data stream; - transmitting the respective first data element to at least one receiver; - computing at least one second piece of authentication information, wherein the at least one second piece of authentication information is generated from a respective second piece of validation information by means of the cryptographic one way function; - storing the respective first piece of validation information in a respective second data element of the data stream; - storing the at least one second piece of authentication information in the respective second data element of the data stream; - storing the respective second piece of validation information in a respective third data element of the data stream; and - transmitting the respective second data element to the at least one receiver.
Test device associated with a fuselage ring section having longitudinal curvature and circumferential curvature, comprising force application means (30, 40) for applying forces to the said fuselage ring section, characterised in that it comprises support means for supporting the said fuselage ring section and the force application means (30, 40), in that the force application means (30, 40) are mounted between the said support means and force introduction means, secured to the said fuselage ring section along a circumferential line, and in that the force application means comprise means of applying torsion forces in the circumferential direction, tangential to the fuselage ring section, and means of applying tension/compression forces in the longitudinal direction, tangential at their point of application to the fuselage ring section.
A production method of a nitrile rubber composition, wherein the nitrile rubber composition comprises a highly saturated nitrile rubber containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 8 to 60 wt% and having an iodine value of 120 or less and an alkylated phenol compound; a ratio of content of the alkylated phenol compound with respect to a total of the highly saturated nitrile rubber and the alkylated phenol compound in the nitrile rubber composition is 0.01 to 1 wt%; and the nitrile rubber composition has a difference (η2-η1) between a plasticity number η2 after storage at 70°C for 7 days in a state of an aqueous dispersion by being dispersed in water and a plasticity number η1 before the storage of 12 or less, wherein the production method comprises: a step of copolymerizing the monomers for forming a nitrile rubber by an emulsion polymerization to obtain a latex of the copolymer; a step of mixing the alkylated phenol compound with the obtained latex of the copolymer; a step of hydrogenating the copolymer included in a composition with the alkylated phenol compound, so as to convert the copolymer into the highly saturated nitrile rubber; a step of coagulating; and a step of drying a step of copolymerizing the monomers for forming a nitrile rubber by an emulsion polymerization to obtain a latex of the copolymer; a step of mixing the alkylated phenol compound with the obtained latex of the copolymer; a step of hydrogenating the copolymer included in a composition with the alkylated phenol compound, so as to convert the copolymer into the highly saturated nitrile rubber; a step of coagulating; and a step of drying
A method for multi-carrier communications, comprising: receiving a plurality of access probes transmitted on a first reverse link carrier from an access terminal; decoding the access probes and sending an access channel acknowledgement in response to the decoding; determining a number of forward link and reverse link carriers to be assigned to the access terminal, wherein the forward link carriers and reverse link carriers are different from the first reverse link carrier; sending an assignment message to the access terminal indicating the assignment of the forward and reverse link carriers assigned to the access terminal and a reference value wherein the reference value is associated with an initial transmit pilot power on each newly-assigned reverse link carrier assigned to the access terminal wherein the access terminal determines the initial transmit pilot power based on each reference value for each newly-assigned reverse link carrier. receiving a plurality of access probes transmitted on a first reverse link carrier from an access terminal; decoding the access probes and sending an access channel acknowledgement in response to the decoding; determining a number of forward link and reverse link carriers to be assigned to the access terminal, wherein the forward link carriers and reverse link carriers are different from the first reverse link carrier; sending an assignment message to the access terminal indicating the assignment of the forward and reverse link carriers assigned to the access terminal and a reference value wherein the reference value is associated with an initial transmit pilot power on each newly-assigned reverse link carrier assigned to the access terminal wherein the access terminal determines the initial transmit pilot power based on each reference value for each newly-assigned reverse link carrier.
A method for preparing a polymer composition comprising; polymerising one or more monomers in a free radical polymerisation in the presence of a chain transfer agent to produce a polymer latex, wherein the chain transfer agent is a linear alkyl thiol; adjusting the pH of the polymer latex to a value of from 5 to 10 by adding a base and optionally a salt buffer; treating the polymer latex with an oxidising agent to oxidise residual chain transfer agent to decomposition products; and subjecting the reaction mixture to steam stripping to remove at least some of said decomposition products from the reaction mixture.