mhurhangee/ep-ind-claims huggingface dataset:
A method for storing data in a portable external storage device (100, 200, 300, 400, 500) adapted to be coupled to an external port of a host system comprising the steps of: - receiving, at the portable external storage device (100, 200, 300, 400, 500), first data for being stored within the portable external storage device; - storing the first data in a temporary storage medium within the portable external storage device (100, 200, 300, 400, 500); the method further comprising the steps carried out using circuitry within the portable external storage device of: - comparing the first data with at least a predetermined signature indicative of at least a computer virus and determining a comparison result in dependence thereupon; - performing, in dependence upon the comparison result the steps of: - - providing the first data as guaranteed previously scanned data for storage within a scanned data memory of the portable external storage device when the comparison result is not indicative of a match, the scanned data memory storing the guaranteed previously scanned data therein; and - - deleting the first data when the comparison result is indicative of a match; whereby only the guaranteed previously scanned data are stored in the scanned data memory; - receiving at least an updated predetermined signature, wherein a received key is - - stored in the temporary storage medium and, - - after decryption of the updated predetermined signature, deleted. - receiving, at the portable external storage device (100, 200, 300, 400, 500), first data for being stored within the portable external storage device; - storing the first data in a temporary storage medium within the portable external storage device (100, 200, 300, 400, 500); - comparing the first data with at least a predetermined signature indicative of at least a computer virus and determining a comparison result in dependence thereupon; - performing, in dependence upon the comparison result the steps of: - - providing the first data as guaranteed previously scanned data for storage within a scanned data memory of the portable external storage device when the comparison result is not indicative of a match, the scanned data memory storing the guaranteed previously scanned data therein; and - - deleting the first data when the comparison result is indicative of a match; - - providing the first data as guaranteed previously scanned data for storage within a scanned data memory of the portable external storage device when the comparison result is not indicative of a match, the scanned data memory storing the guaranteed previously scanned data therein; and - - deleting the first data when the comparison result is indicative of a match; - receiving at least an updated predetermined signature, wherein a received key is - - stored in the temporary storage medium and, - - after decryption of the updated predetermined signature, deleted. - - stored in the temporary storage medium and, - - after decryption of the updated predetermined signature, deleted.
A method in a communication network wherein a first computing device represents a resource owner (102, 810) and a second computing device represents a resource requestor (104, 830), the method comprising: the resource owner (102, 810) detecting an occurrence of an event, wherein the event occurrence represents a request to access one or more resources of the resource owner (102, 810) stored in a resource residence (106, 820); the resource owner (102, 810) sending an authorization token to the resource requestor (104, 830) in response to the event occurrence, the authorization token serving as a proof of authorization delegated by the resource owner (102, 810) to be presented by the resource requestor (104, 830) to the resource residence (106, 820) so as to permit the resource requestor (104, 830) to access the one or more requested resources stored in the resource residence (106,820); characterized in that the authorization token comprises a verifiable structure comprising: one or more fields, the one or more fields comprising at least one of: a method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a strength of the method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a signature computed over the one or more fields, the signature being computed utilizing a private key of the resource owner (102, 810). the resource owner (102, 810) detecting an occurrence of an event, wherein the event occurrence represents a request to access one or more resources of the resource owner (102, 810) stored in a resource residence (106, 820); the resource owner (102, 810) sending an authorization token to the resource requestor (104, 830) in response to the event occurrence, the authorization token serving as a proof of authorization delegated by the resource owner (102, 810) to be presented by the resource requestor (104, 830) to the resource residence (106, 820) so as to permit the resource requestor (104, 830) to access the one or more requested resources stored in the resource residence (106,820); characterized in that the authorization token comprises a verifiable structure comprising: one or more fields, the one or more fields comprising at least one of: a method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a strength of the method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a signature computed over the one or more fields, the signature being computed utilizing a private key of the resource owner (102, 810). one or more fields, the one or more fields comprising at least one of: a method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a strength of the method to be used by the resource residence (106, 820) for authenticating the resource requestor (104, 830); and a signature computed over the one or more fields, the signature being computed utilizing a private key of the resource owner (102, 810).
A liner assembly, comprising: a main liner member; a lateral liner tube extending from and in fluid communication with the main liner member; wherein the lateral liner tube is configured to line at least a portion of a lateral pipe extending from a main pipe at a first pipe juncture; and at least one supplemental liner tube extending from and in fluid communication with the lateral liner tube, wherein the supplemental liner tube is configured to line at least a portion of a supplemental pipe extending from the lateral pipe at a second pipe juncture in a first direction and a second direction; characterised in that the at least one supplemental liner tube extends from the lateral liner tube in the first direction and the second direction; and the main liner member, the lateral liner tube and the at least one supplemental liner tube form a monolithic liner assembly. a main liner member; a lateral liner tube extending from and in fluid communication with the main liner member; wherein the lateral liner tube is configured to line at least a portion of a lateral pipe extending from a main pipe at a first pipe juncture; and at least one supplemental liner tube extending from and in fluid communication with the lateral liner tube, wherein the supplemental liner tube is configured to line at least a portion of a supplemental pipe extending from the lateral pipe at a second pipe juncture in a first direction and a second direction;
A lead-acid battery or cell including: at least one electrode comprising as a non-composite current collector a conductive fibre material, and an active mass in the conductive fibrous material, the conductive fibre material comprising, when the battery or cell is fully charged, voidage of at least 0.3, the voidage being the volume occupied by the pores between the lead and conductive fibres, divided by the total volume occupied by the pores, lead, and conductive fibres, and a mass loading ratio of lead to the mass of conductive fibres, when converted to a volume ratio, in the range 0.7:1 to about 15:1, and/or at least one electrode comprising as a composite current collector a metal grid and a conductive fibre material, and an active mass in the metal grid and conductive fibrous material with at least 20% of the active mass in the conductive fibrous material, the conductive fibre material comprising, when the battery or cell is fully charged, voidage of at least 0.3, the voidage being the volume occupied by the pores between the lead and conductive fibres, divided by the total volume occupied by the pores, lead, and conductive fibres, and a mass loading ratio of lead to the mass of conductive fibres, when converted to a volume ratio, in the range 0.7:1 to about 15:1. at least one electrode comprising as a non-composite current collector a conductive fibre material, and an active mass in the conductive fibrous material, the conductive fibre material comprising, when the battery or cell is fully charged, voidage of at least 0.3, the voidage being the volume occupied by the pores between the lead and conductive fibres, divided by the total volume occupied by the pores, lead, and conductive fibres, and a mass loading ratio of lead to the mass of conductive fibres, when converted to a volume ratio, in the range 0.7:1 to about 15:1, and/or at least one electrode comprising as a composite current collector a metal grid and a conductive fibre material, and an active mass in the metal grid and conductive fibrous material with at least 20% of the active mass in the conductive fibrous material, the conductive fibre material comprising, when the battery or cell is fully charged, voidage of at least 0.3, the voidage being the volume occupied by the pores between the lead and conductive fibres, divided by the total volume occupied by the pores, lead, and conductive fibres, and a mass loading ratio of lead to the mass of conductive fibres, when converted to a volume ratio, in the range 0.7:1 to about 15:1.
A lateral rollover risk warning device that is installed in a vehicle that is supported by spring structures on both sides in the right-left direction across a vehicle axis of a vehicle body, respectively, reporting the risk of said vehicle being rolled over, said lateral rollover risk warning device comprising: a vertical direction physical amount detection means for detecting an external force applied in the vertical direction of said vehicle body, a rotational direction physical amount detection means for detecting a rotation around said vehicle axis of said vehicle body, a limit index calculating means that uses the results of detection by said vertical direction physical amount detection means and said rotational direction physical amount detection means to calculate an index of the limit at which said vehicle is led to be rolled over, a right-left direction physical amount detection means for detecting an external force applied in the right-left direction of said vehicle body, a real-time index calculating means that uses the result of detection by said right-left direction physical amount detection means to calculate a comparative index to be compared with said limit index in real time; and a reporting means that uses said limit index and said comparative index to report a piece of lateral rollover risk warning information telling the risk of rolling over. a vertical direction physical amount detection means for detecting an external force applied in the vertical direction of said vehicle body, a rotational direction physical amount detection means for detecting a rotation around said vehicle axis of said vehicle body, a limit index calculating means that uses the results of detection by said vertical direction physical amount detection means and said rotational direction physical amount detection means to calculate an index of the limit at which said vehicle is led to be rolled over, a right-left direction physical amount detection means for detecting an external force applied in the right-left direction of said vehicle body, a real-time index calculating means that uses the result of detection by said right-left direction physical amount detection means to calculate a comparative index to be compared with said limit index in real time; and a reporting means that uses said limit index and said comparative index to report a piece of lateral rollover risk warning information telling the risk of rolling over.
A communication system configured to utilize transmissions of known sequences to indicate quality of operating points of a first transceiver and a second transceiver, comprising: a first transceiver configured to transmit a 1 st known sequence, for a 1 st duration, responsive to identifying a quality degradation in the operating point of the first transceiver resulting from mode-conversion of common mode signals; a second transceiver configured to reply with a 2 nd known sequence, for a 2 nd duration, responsive to receiving the 1 st known sequence; wherein each of the 1 st and 2 nd durations is longer than round trip delay between the first and second transceivers; wherein the first transceiver comprises a mode conversion canceller configured to utilize the 2 nd known sequence to recover from the quality degradation in the operating point of the first transceiver faster than the first transceiver could recover without receiving the 2 nd known sequence such that packet retransmissions made in response to the quality degradation still enable the first transceiver to forward packets within a packet delay variation below 1 millisecond. a first transceiver configured to transmit a 1 st known sequence, for a 1 st duration, responsive to identifying a quality degradation in the operating point of the first transceiver resulting from mode-conversion of common mode signals; a second transceiver configured to reply with a 2 nd known sequence, for a 2 nd duration, responsive to receiving the 1 st known sequence; wherein each of the 1 st and 2 nd durations is longer than round trip delay between the first and second transceivers; wherein the first transceiver comprises a mode conversion canceller configured to utilize the 2 nd known sequence to recover from the quality degradation in the operating point of the first transceiver faster than the first transceiver could recover without receiving the 2 nd known sequence such that packet retransmissions made in response to the quality degradation still enable the first transceiver to forward packets within a packet delay variation below 1 millisecond.
A method comprising: • isolating a byproduct formed during a polymerization process, preferably a bulk polymerization process, for a copolymer resin; and • introducing the byproduct formed during the polymerization process to a reactant mixture of reagents for the polymerization process, wherein the introduction of the byproduct into a reactant mixture of the polymerization process reduces the amount of a newly formed byproduct in a polymer product of the polymerization process, and wherein the polymerization process is a process for the production of a copolymer of alpha-methylstyrene and acrylonitrile, and wherein the byproduct is an oligomer composition separated from the polymerization process. • isolating a byproduct formed during a polymerization process, preferably a bulk polymerization process, for a copolymer resin; and • introducing the byproduct formed during the polymerization process to a reactant mixture of reagents for the polymerization process,
A conference device comprising: a communication unit configured to transmit and receive sound data at least via a communication network; a housing configured to accommodate the communication unit; a microphone configured to input sound as the sound data to be transmitted by the communication unit; and a speaker configured to output sound as the sound data received by the communication unit, wherein the microphone and the speaker are placed in the housing so that a sound input direction of the microphone and a sound output direction of the speaker are substantially orthogonal to each other, characterized in that the conference device further comprises: a speaker box, wherein the speaker box is fixed to the housing via a shock-absorbing member, wherein the speaker is fit in at a top panel of the speaker box. a communication unit configured to transmit and receive sound data at least via a communication network; a housing configured to accommodate the communication unit; a microphone configured to input sound as the sound data to be transmitted by the communication unit; and a speaker configured to output sound as the sound data received by the communication unit, wherein the microphone and the speaker are placed in the housing so that a sound input direction of the microphone and a sound output direction of the speaker are substantially orthogonal to each other, characterized in that the conference device further comprises: a speaker box, wherein the speaker box is fixed to the housing via a shock-absorbing member, wherein the speaker is fit in at a top panel of the speaker box.
Anti-mosquito screen system with pleated net and a top horizontal guide, the anti-mosquito screen system comprising: - at least one sliding case with a detachable top end with at least three pulleys, two top at the front and at the back (23, 28) and one below them and a detachable bottom end with a pulley, - at least one retention case with a detachable top end and a detachable bottom end, - at least one vertical side guide with two regulators (27, 29) and with a detachable top end and a pulley, - ropes (1a, 2a, 3a, 4a, 5a, 6a) that run across the net horizontally at equal distances between them, pass through metal spikes, ascend towards the top horizontal guide and are divided into two groups, wherein - the one group of the ropes (1a, 2a, 3 a) through the two top pulleys (23, 28) of the vertical fixed side guide ends on one regulator of the side guide, and wherein - the other group of ropes (4a, 5a, 6a) is fastened with knots on fastening receptions through the bottom pulley of the top end of the sliding case, while one rope of these forms a second knot in a separate fastening reception and ends on the other regulator of the side guide. - at least one sliding case with a detachable top end with at least three pulleys, two top at the front and at the back (23, 28) and one below them and a detachable bottom end with a pulley, - at least one retention case with a detachable top end and a detachable bottom end, - at least one vertical side guide with two regulators (27, 29) and with a detachable top end and a pulley, - ropes (1a, 2a, 3a, 4a, 5a, 6a) that run across the net horizontally at equal distances between them, pass through metal spikes, ascend towards the top horizontal guide and are divided into two groups, wherein - the one group of the ropes (1a, 2a, 3 a) through the two top pulleys (23, 28) of the vertical fixed side guide ends on one regulator of the side guide, and wherein - the other group of ropes (4a, 5a, 6a) is fastened with knots on fastening receptions through the bottom pulley of the top end of the sliding case, while one rope of these forms a second knot in a separate fastening reception and ends on the other regulator of the side guide.
A method for refining a magnetic domain of a directional electrical steel plate in which a laser beam is radiated to a surface of the directional electrical steel plate at intervals, wherein irradiated radiations formed by a laser beam in at least any one area of the directional electrical steel plate are unfolded at intervals in a circumferential direction using one point of the directional electrical steel plate as a central point; wherein the area comprises a cutting part that is slantly cut with respect to a rolling direction; wherein the central point comprises a corner formed in the directional electrical steel plate by the cutting part and forming an obtuse angle.
A recombinant Salmonella bacterium, comprising a nucleic acid encoding an antigen that is translocated to the cytosol of a macrophage or dendritic cell for the use in the treatment of tumors or viruses in a subject by imparting immunity against said antigen, wherein said antigen is translocated by a fusion protein comprising said antigen, a chaperone, and a translocation domain from a type III secretion system consisting of SEQ ID NO:2, wherein said antigen is a viral antigen or a tumour antigen, and wherein the recombinant bacterium is capable to reside in phagosomes of the macrophages or dendritic cells.
A mechanical reduction gear of a turbomachine, in particular of an aircraft, this reduction gear comprising: - a sun gear having an axis of rotation and comprising an external toothing, - a ring gear which extends around the sun gear and which comprises an internal toothing, the ring gear being surrounded by a ring gear carrier which is intended to be immobile in rotation about the axis in use, - planet gears which are in mesh with the sun gear and the ring gear and which each comprise a first toothing of mean diameter D2 meshed with the toothing of the sun gear, and a second toothing of mean diameter D1, different from D2, meshed with the internal toothing of the ring gear, the planet gears being held by a planet carrier which is intended to be movable in rotation about the axis in use, the ring gear carrier comprising an annular axial abutment on which the ring gear is configured to bear, and the ring gear comprising external splines which are engaged in complementary internal splines of the ring gear carrier, characterized in that said external splines are helical and configured to co-operate by sliding with these internal splines so as to force the ring gear to be held against the abutment during operation. - a sun gear having an axis of rotation and comprising an external toothing, - a ring gear which extends around the sun gear and which comprises an internal toothing, the ring gear being surrounded by a ring gear carrier which is intended to be immobile in rotation about the axis in use, - planet gears which are in mesh with the sun gear and the ring gear and which each comprise a first toothing of mean diameter D2 meshed with the toothing of the sun gear, and a second toothing of mean diameter D1, different from D2, meshed with the internal toothing of the ring gear, the planet gears being held by a planet carrier which is intended to be movable in rotation about the axis in use,
A thermoplastic resin composition comprising: 100 parts by weight of a base resin comprising a first polymer obtained by graft polymerization of an aromatic vinyl-based monomer and a vinyl cyanide-based monomer to a diene-based rubber polymer, a second polymer comprising maleimide-based monomer units, maleic acid-based monomer units, and aromatic vinyl-based monomer units, and a third polymer including aromatic vinyl-based monomer units and vinyl cyanide-based monomer units; and 1 part by weight to 3 parts by weight of a fourth polymer comprising polyvinyl alcohol. 100 parts by weight of a base resin comprising a first polymer obtained by graft polymerization of an aromatic vinyl-based monomer and a vinyl cyanide-based monomer to a diene-based rubber polymer, a second polymer comprising maleimide-based monomer units, maleic acid-based monomer units, and aromatic vinyl-based monomer units, and a third polymer including aromatic vinyl-based monomer units and vinyl cyanide-based monomer units; and 1 part by weight to 3 parts by weight of a fourth polymer comprising polyvinyl alcohol.