mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling encryption of information comprising: determining a content of a message required to be encrypted when it is detected that the message needs to be encrypted and transmitted; combining and encrypting the content of the message required to be encrypted and a time parameter indicating a decryption time limit of the message to generate an encrypted data block; and sending the message in which the encrypted data block is carried; characterised in that the combining and encrypting the content of the message required to be encrypted and the time parameter indicating the decryption time limit of the message to generate the encrypted data block comprises: performing a first encryption process on the content of the message required to be encrypted to generate a content ciphertext; and combining the content ciphertext and the time parameter into a composite data block, and performing a second encryption process on the composite data block to generate a composite data block ciphertext, using the composite data block ciphertext as an encrypted data block to be sent. determining a content of a message required to be encrypted when it is detected that the message needs to be encrypted and transmitted; combining and encrypting the content of the message required to be encrypted and a time parameter indicating a decryption time limit of the message to generate an encrypted data block; and sending the message in which the encrypted data block is carried; characterised in that the combining and encrypting the content of the message required to be encrypted and the time parameter indicating the decryption time limit of the message to generate the encrypted data block comprises: performing a first encryption process on the content of the message required to be encrypted to generate a content ciphertext; and combining the content ciphertext and the time parameter into a composite data block, and performing a second encryption process on the composite data block to generate a composite data block ciphertext, using the composite data block ciphertext as an encrypted data block to be sent.
A malware detection method, comprising: running to-be-detected software in a sandbox, and recording at least one operation executed within preset duration after the to-be-detected software starts to run; in a process of recording the at least one operation, detecting whether at least one interface that has a delay attribute in the sandbox is called, wherein the interface has a delay attribute means that when application software calls the interface, execution of some operations executed by the application software is to be delayed, a specific time length for which the execution needs to be delayed is determined according to delay duration corresponding to a delay length parameter of the interface; when any one of the interface is called, determining whether delay duration corresponding to a first delay length parameter of the called interface is greater than the preset duration, and adjusting the first delay length parameter of the called interface to a second delay length parameter if the delay duration corresponding to the first delay length parameter is greater than the preset duration, wherein delay duration corresponding to the second delay length parameter is less than the preset duration; comparing the at least one recorded operation with an operation of a malicious behavior in a malicious behavior database, and determining, based on a comparison result that an operation that matches the operation of the malicious behavior exists in the at least one recorded operation, that the to-be-detected software is malware. running to-be-detected software in a sandbox, and recording at least one operation executed within preset duration after the to-be-detected software starts to run; in a process of recording the at least one operation, detecting whether at least one interface that has a delay attribute in the sandbox is called, wherein the interface has a delay attribute means that when application software calls the interface, execution of some operations executed by the application software is to be delayed, a specific time length for which the execution needs to be delayed is determined according to delay duration corresponding to a delay length parameter of the interface; when any one of the interface is called, determining whether delay duration corresponding to a first delay length parameter of the called interface is greater than the preset duration, and adjusting the first delay length parameter of the called interface to a second delay length parameter if the delay duration corresponding to the first delay length parameter is greater than the preset duration, wherein delay duration corresponding to the second delay length parameter is less than the preset duration; comparing the at least one recorded operation with an operation of a malicious behavior in a malicious behavior database, and determining, based on a comparison result that an operation that matches the operation of the malicious behavior exists in the at least one recorded operation, that the to-be-detected software is malware.
A method of operating a telecommunications network management system that comprises an authorisation service administered by a Security Manager, SM, and defining authorisations of client applications that each user of the management system is permitted to execute, and wherein the telecommunications network comprises managed resources in the form of network elements, which are targets of the management system to which the authorised client applications relate and are added to or removed from the management system by a Configuration Manager, CM,, characterised in that the method comprises: making a change (201, 204) by the SM, the change involving a change to one or more authorisations to define which users are able to see a specific managed entity and which functions of the management system a user is able to perform on a managed resource; generating an unsolicited notification of the authorisation change; and propagating (307, 311) the unsolicited notification to the client applications in real time. making a change (201, 204) by the SM, the change involving a change to one or more authorisations to define which users are able to see a specific managed entity and which functions of the management system a user is able to perform on a managed resource; generating an unsolicited notification of the authorisation change; and propagating (307, 311) the unsolicited notification to the client applications in real time.
A steel for wind power gear with improved purity and reliability, characterized in that the chemical component of the steel for wind power gear, in terms of mass percentage, comprises, C: 0.15-0.19%, Si≤0.4%, Mn: 0.5-0.7%, P≤0.012%, S≤0.006%, Cr: 1.5-1.8%, Mo: 0.28-0.35%, Ni: 1.4-1.7%, Al: 0.02-0.04%, and the balance is Fe and unavoidable impurities, wherein the grades of inclusions in refined molten steel that is used for a production of the steel for wind power gear reach A fine less than or equal to 1.5 grade, A coarse less than or equal to 0.5 grade, B fine less than or equal to 1.0 grade, B coarse less than or equal to 0.5 grade, C fine equal to 0 grade, C coarse equal to 0 grade, D fine less than or equal to 1.0 grade, D coarse less than or equal to 1.0 grade, and DS less than or equal to1.0 grade, wherein non-metallic inclusions in steel are evaluated by the standard of GB/T10561-2005 and the JK standard rating is adopted to divide inclusions into four basic types A, B, C and D as outlined in the description.
A method of displaying a Computer Generated Holographic image by a display, comprising: setting pixel values of a Spatial Light Modulator (202 301 302 303) comprised in a Head Mounted Display; producing an interference based holographic image (205 309) at a first location by projecting coherent light onto said SLM; imaging an image of said SLM to a controllable image-redirection element; re-imaging said holographic image (205 309) from said first location to form a holographic image (208 310) in front of an eye (210 308) of a viewer wearing said HMD; re-imaging said image of said SLM to form an image of the SLM at a vicinity of said eye of said viewer, and further comprising enabling the eye of the viewer to view a real world view in addition to the holographic image and using a Liquid Crystal Display placed between the real world and the controllable image-redirection element to block a portion of the real world view, the portion of the real world view being blocked overlapping, at least in part, at least a portion of the holographic image. setting pixel values of a Spatial Light Modulator (202 301 302 303) comprised in a Head Mounted Display; producing an interference based holographic image (205 309) at a first location by projecting coherent light onto said SLM; imaging an image of said SLM to a controllable image-redirection element; re-imaging said holographic image (205 309) from said first location to form a holographic image (208 310) in front of an eye (210 308) of a viewer wearing said HMD; re-imaging said image of said SLM to form an image of the SLM at a vicinity of said eye of said viewer, and further comprising enabling the eye of the viewer to view a real world view in addition to the holographic image and using a Liquid Crystal Display placed between the real world and the controllable image-redirection element to block a portion of the real world view, the portion of the real world view being blocked overlapping, at least in part, at least a portion of the holographic image.
Apparatus for supporting a media stack in a media feeding device comprising: a cam member providing at least one cam surface; characterized by a support member including a base and a plurality of support surface members (5, 6) mounted on the base, each support surface member (5, 6) providing at least one support surface (7, 8), the support surfaces (7, 8) in combination providing a base terrain profile for supporting a stack of media to be fed by a pick up mechanism, at least one of the support surface members (5, 6) being a pivot able arm, and at least one of the support surface members being fixed relative to the base; wherein at least one pivot able arm member carries a cam follower, and the base terrain profile provided by the support surfaces (7, 8) is variable by virtue of said cam follower cooperating with a corresponding cam surface of the cam member during a media feed operation. a cam member providing at least one cam surface; characterized by a support member including a base and a plurality of support surface members (5, 6) mounted on the base, each support surface member (5, 6) providing at least one support surface (7, 8), the support surfaces (7, 8) in combination providing a base terrain profile for supporting a stack of media to be fed by a pick up mechanism, at least one of the support surface members (5, 6) being a pivot able arm, and at least one of the support surface members being fixed relative to the base; wherein at least one pivot able arm member carries a cam follower, and the base terrain profile provided by the support surfaces (7, 8) is variable by virtue of said cam follower cooperating with a corresponding cam surface of the cam member during a media feed operation.
A method for automatically testing a service via a programming interface of the service, the method comprising obtaining, at one or more hardware processors (102, 108, 802), a set of operation descriptions describing a set of operations supported by the service, wherein the set of operation descriptions includes respective descriptions of i) requests associated with respective operations in the set of operations and ii) responses expected in response to the requests; determining, with the one or more hardware processors based on the set of operation descriptions, dependencies among the requests associated with the respective operations; generating, with the one or more hardware processors, a set of test request sequences that satisfy the determined dependencies, wherein generating the set of test request sequences comprises performing multiple iterations of generating, based on the set of operation descriptions, test request sequences of increasing lengths, wherein performing the multiple iterations includes, in a particular iteration of the multiple iterations, generating test request sequences by adding individual requests to at least one test request sequence generated in a previous iteration of the multiple iterations; and executing, with the one or more hardware processors, test request sequences in the set of test request sequences to test the service via the programming interface of the service. obtaining, at one or more hardware processors (102, 108, 802), a set of operation descriptions describing a set of operations supported by the service, wherein the set of operation descriptions includes respective descriptions of i) requests associated with respective operations in the set of operations and ii) responses expected in response to the requests; determining, with the one or more hardware processors based on the set of operation descriptions, dependencies among the requests associated with the respective operations; generating, with the one or more hardware processors, a set of test request sequences that satisfy the determined dependencies, wherein generating the set of test request sequences comprises performing multiple iterations of generating, based on the set of operation descriptions, test request sequences of increasing lengths, wherein performing the multiple iterations includes, in a particular iteration of the multiple iterations, generating test request sequences by adding individual requests to at least one test request sequence generated in a previous iteration of the multiple iterations; and executing, with the one or more hardware processors, test request sequences in the set of test request sequences to test the service via the programming interface of the service.
Method for joining moulded parts by electromagnetic welding, comprising moving a joining inductor along a contact surfaces of the moulded parts, generating an electromagnetic field in an induction-sensitive component of the moulded part(s) to heat a thermally activated coupling means of the moulded part(s) to above a melting temperature of the coupling means, and joining the moulded parts to each other in the contact surfaces by the molten coupling means, wherein the strength of the electromagnetic field suitable for joining is determined by previously moving a sensing inductor along the contact plane, generating a relatively weak electromagnetic field, measuring the field strength generated by the sensing inductor in the moulded part(s), determining a discrepancy between the measured field strength of the sensing inductor and the field strength suitable for joining, and adjusting the field strength suitable for joining to close the discrepancy.
Intake air filter for internal combustion engines, in particular for vehicles, featuring an openable housing with an inlet and an outlet and a filter element sealingly disposed between the inlet and the outlet, the filter element having an annularly closed filter medium with end disks (19, 20) disposed on front faces, characterized in that a filter element detection device (28, 33, 39, 42, 43) is provided, which allows to check the correct assembly of the filter element when the housing is closed, the filter element detection device (28, 33, 39, 42, 43) corresponding with the end disk opposing the outlet and with an additional opening in the housing, which is disposed in the area of the end disk opposing the outlet, the filter detection device (28, 33, 39, 42, 43) being designed as pin (28, 43) disposed on the end disk (19, 20) and corresponding through the opening with the other side in such a way that the pin (28, 43) extends from the end disk (19, 20) in the direction of the opening and protrudes at least partially into the opening.
A transport refrigeration system comprising a transport refrigeration unit, the transport refrigeration unit configured to refrigerate a cargo space of a vehicle in which a perishable product is stored during transport, the transport refrigeration unit comprising: a compressor having an electric compressor drive motor disposed therein for operating the compressor; a heat rejection heat exchanger fluidly coupled to the compressor; a heat absorption heat exchanger fluidly coupled to the compressor; and at least one fan assembly having at least one fan configured to provide an air flow over at least one of the heat rejection heat exchanger and the heat absorption heat exchanger, said transport refrigeration system being characterized in that the unit is configured to operate in a first mode, a second mode, and a third mode, wherein at least one onboard power source including a generator assembly coupled to a prime mover of the vehicle is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the first mode, and an external power source is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the second mode, and the transport refrigeration unit is configured to use power from an external power source and the prime mover is configured to operate the generator assembly to produce sufficient power to power an additional power connection to operate one or more systems of the vehicle external to the transport refrigeration unit in the third mode. a compressor having an electric compressor drive motor disposed therein for operating the compressor; a heat rejection heat exchanger fluidly coupled to the compressor; a heat absorption heat exchanger fluidly coupled to the compressor; and at least one fan assembly having at least one fan configured to provide an air flow over at least one of the heat rejection heat exchanger and the heat absorption heat exchanger, said transport refrigeration system being characterized in that the unit is configured to operate in a first mode, a second mode, and a third mode, wherein at least one onboard power source including a generator assembly coupled to a prime mover of the vehicle is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the first mode, and an external power source is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the second mode, and the transport refrigeration unit is configured to use power from an external power source and the prime mover is configured to operate the generator assembly to produce sufficient power to power an additional power connection to operate one or more systems of the vehicle external to the transport refrigeration unit in the third mode.
An organic light emitting display device comprising: a substrate; a first electrode and an auxiliary electrode disposed on the substrate; a bank pattern disposed on a part of the first electrode and on a part of the auxiliary electrode and divided into a first area having a reverse-tapered shape gradually increased in width from the substrate and a second area below the first area and having a tapered shape gradually decreased in width from the substrate; a barrier rib disposed on the auxiliary electrode and divided into a third area having a reverse-tapered shape and a fourth area below the third area and having a tapered shape; an organic emission layer disposed on the substrate except of an area of the auxiliary electrode adjacent to the barrier rib; and a second electrode disposed on the organic emission layer and in contact with the auxiliary electrode, wherein a height of the second area of the bank pattern is the same as a height of the fourth area of the barrier rib, and a height of the first area of the bank pattern is smaller than a height of the third area of the barrier rib. a substrate; a first electrode and an auxiliary electrode disposed on the substrate; a bank pattern disposed on a part of the first electrode and on a part of the auxiliary electrode and divided into a first area having a reverse-tapered shape gradually increased in width from the substrate and a second area below the first area and having a tapered shape gradually decreased in width from the substrate; a barrier rib disposed on the auxiliary electrode and divided into a third area having a reverse-tapered shape and a fourth area below the third area and having a tapered shape; an organic emission layer disposed on the substrate except of an area of the auxiliary electrode adjacent to the barrier rib; and a second electrode disposed on the organic emission layer and in contact with the auxiliary electrode, wherein a height of the second area of the bank pattern is the same as a height of the fourth area of the barrier rib, and a height of the first area of the bank pattern is smaller than a height of the third area of the barrier rib.
A system for resetting a chronograph, which is provided with a chronograph counting geartrain, which comprises at least a minute counter having a minute wheel set, and a seconds counter, which comprises a chronograph wheel set, the minute wheel set including a heart-piece, constituting a cam shape, mounted on a central axis of the minute wheel set and the chronograph wheel set including a heart-piece mounted on a central axis of the chronograph wheel set, the system comprising a hammer held blocked by a blocking means and able to be displaced from an inactive position, where the hammer is blocked by the blocking means, and an active position, when the hammer is unblocked, for resetting the chronograph in contact with the various heart-pieces of the wheel sets (3, 4), the system comprising a flexible element connected between a reset control means and the hammer used for resetting the chronograph, the flexible element being configured so as to store energy during a displacement of the control means before unblocking the hammer by the blocking means to be able, when the hammer is unblocked, to restore this stored energy and drive the hammer to reset the chronograph, characterised in that the hammer is mounted in translation with a first longitudinal opening and a second longitudinal opening wherein are placed fixed rods, which are a first screw in the first longitudinal opening of the hammer and a second screw in the second longitudinal opening of the hammer, the hammer displacing rectilinearly from the inactive position to the active reset position, the two screws (17, 18) being screwed into threads provided for this purpose on a base or a frame or a plate of the timepiece. the system comprising a flexible element connected between a reset control means and the hammer used for resetting the chronograph, the flexible element being configured so as to store energy during a displacement of the control means before unblocking the hammer by the blocking means to be able, when the hammer is unblocked, to restore this stored energy and drive the hammer to reset the chronograph, characterised in that the hammer is mounted in translation with a first longitudinal opening and a second longitudinal opening wherein are placed fixed rods, which are a first screw in the first longitudinal opening of the hammer and a second screw in the second longitudinal opening of the hammer, the hammer displacing rectilinearly from the inactive position to the active reset position, the two screws (17, 18) being screwed into threads provided for this purpose on a base or a frame or a plate of the timepiece.