mhurhangee/ep-ind-claims huggingface dataset:
A data packet transmission method, comprising: receiving, by a first border routing bridge device of a first area, a first data packet sent by a border routing bridge device of a second area to the first area, wherein the first data packet comprises: a device identifier of the border routing bridge device of the second area that is used as a source routing bridge device identifier, a device identifier of the first border routing bridge device that is used as a target routing bridge device identifier, a device identifier of a source device, and a device identifier of a target device; determining, by the first border routing bridge device, a device identifier group of the second area according to the first data packet, wherein the device identifier group of the second area comprises device identifiers of all border routing bridge devices of the second area; determining, by the first border routing bridge device, one border routing bridge device identifier from the device identifier group of the second area according to the first data packet, wherein the determined border routing bridge device identifier identifies a border routing bridge device of the second area, and the border routing bridge device is used to forward a return data packet sent by the target device to the source device; and sending, by the first border routing bridge device, a second data packet that carries the determined border routing bridge device identifier to the target device, wherein the determined border routing bridge device identifier is used as a source routing bridge device identifier of the second data packet. receiving, by a first border routing bridge device of a first area, a first data packet sent by a border routing bridge device of a second area to the first area, wherein the first data packet comprises: a device identifier of the border routing bridge device of the second area that is used as a source routing bridge device identifier, a device identifier of the first border routing bridge device that is used as a target routing bridge device identifier, a device identifier of a source device, and a device identifier of a target device; determining, by the first border routing bridge device, a device identifier group of the second area according to the first data packet, wherein the device identifier group of the second area comprises device identifiers of all border routing bridge devices of the second area; determining, by the first border routing bridge device, one border routing bridge device identifier from the device identifier group of the second area according to the first data packet, wherein the determined border routing bridge device identifier identifies a border routing bridge device of the second area, and the border routing bridge device is used to forward a return data packet sent by the target device to the source device; and sending, by the first border routing bridge device, a second data packet that carries the determined border routing bridge device identifier to the target device, wherein the determined border routing bridge device identifier is used as a source routing bridge device identifier of the second data packet.
A method for antivirus protection of virtual machines, the method comprising: collecting, by an antivirus agent in a virtual machine, information associated with each of a plurality of available security virtual machines that provide at least one or more resource-intensive methods of antivirus checking of programs running on the virtual machine wherein the information is based on prioritization criteria to determine an optimal connection of the virtual machine to the security virtual machine, wherein each prioritization criterion is weighted, and wherein at least one of the prioritization criteria includes an affiliation of the available security virtual machine with a same hypervisor on which the virtual machine is installed; analyzing the collected information to determine priorities for each of the security virtual machines based on a summation of the weighted prioritization criteria; forming a list of the available security virtual machines according to the priorities of the security virtual machines to identify a primary security virtual machine wherein the primary security virtual machine has the highest determined priority; connecting the virtual machine to the primary security virtual machine; and requesting the primary security virtual machine to perform at least antivirus checking of one or more programs running on the virtual machine; periodically collecting and updating the information based on the prioritization criteria and updating the list to determine the primary security virtual machine. collecting, by an antivirus agent in a virtual machine, information associated with each of a plurality of available security virtual machines that provide at least one or more resource-intensive methods of antivirus checking of programs running on the virtual machine wherein the information is based on prioritization criteria to determine an optimal connection of the virtual machine to the security virtual machine, wherein each prioritization criterion is weighted, and wherein at least one of the prioritization criteria includes an affiliation of the available security virtual machine with a same hypervisor on which the virtual machine is installed; analyzing the collected information to determine priorities for each of the security virtual machines based on a summation of the weighted prioritization criteria; forming a list of the available security virtual machines according to the priorities of the security virtual machines to identify a primary security virtual machine wherein the primary security virtual machine has the highest determined priority; connecting the virtual machine to the primary security virtual machine; and requesting the primary security virtual machine to perform at least antivirus checking of one or more programs running on the virtual machine; periodically collecting and updating the information based on the prioritization criteria and updating the list to determine the primary security virtual machine.
A method for wet trapping energy curable inks on press, comprising: providing a set of energy curable inks to be successively printed on a printing press; calculating the storage modulus G' for each ink in the set as a function of strain over a range of strains; and ordering the printing of the inks so that the value of G' for each successive ink laid down is lower than its immediately previously printed ink by at least a defined drop D over a defined range R of strain values. providing a set of energy curable inks to be successively printed on a printing press; calculating the storage modulus G' for each ink in the set as a function of strain over a range of strains; and ordering the printing of the inks so that the value of G' for each successive ink laid down is lower than its immediately previously printed ink by at least a defined drop D over a defined range R of strain values.
A process unit comprising: an image bearing member; a first frame supporting the image bearing member; a developing unit that includes a developing roller and a second frame supporting the developing roller; a pressing assembly that generates a first pressing force acting on the developing unit such that the developing roller is in pressure contact with the image bearing member; and a pressing-force adjusting assembly, wherein the pressing-force adjusting assembly contacts one of the first frame and the second frame and generates a second pressing force acting on the developing unit against the first pressing force, the second pressing force being smaller than the first pressing force, characterized in that the pressing-force adjusting assembly contacts the image bearing member of the first frame and generates the second pressing force acting on the developing unit against the first pressing force. an image bearing member; a first frame supporting the image bearing member; a developing unit that includes a developing roller and a second frame supporting the developing roller; a pressing assembly that generates a first pressing force acting on the developing unit such that the developing roller is in pressure contact with the image bearing member; and a pressing-force adjusting assembly, wherein the pressing-force adjusting assembly contacts one of the first frame and the second frame and generates a second pressing force acting on the developing unit against the first pressing force, the second pressing force being smaller than the first pressing force, characterized in that the pressing-force adjusting assembly contacts the image bearing member of the first frame and generates the second pressing force acting on the developing unit against the first pressing force.
Ventilation air-guiding grid for arrangement in an air inlet and/or in an air outlet of an air conditioning and ventilation system, comprising on the one hand a frame, which comprises at least two frame sections which are spaced apart and are arranged opposing each other, and in particular are fixed opposite one another, and, on the other hand, comprising at least two air deflectors arranged parallel to each other, wherein the ends of the air deflectors are mounted so as to be rotatable about their respective axes of rotation on the two frame sections, wherein at least two air deflectors, and preferably all the air deflectors, are connected by a coupling element in such a way that, at the displacement of the coupling element, the position of all the air deflectors which are connected to one another by this coupling element can be adjusted equally, characterised in that the spacing between the two frame sections that support the ends of the air deflectors is smaller in the region of the front side of the ventilation air-guiding grid than in the region facing away from the front side of the ventilation air-guiding grid, and in that the following also applies: - the coupling element is arranged in the region facing away from the front side of the ventilation air-guiding grid. - the coupling element is arranged in the region facing away from the front side of the ventilation air-guiding grid.
A computer-implemented method for secure inter-enterprise data communications between enterprise applications on an electronic device, comprising: receiving, by a bridge application executing on the electronic device, an interoperation request for a first enterprise, wherein the interoperation request includes a first token and a second token; sending, from the bridge application to an application of the first enterprise, the first token, wherein the application of the first enterprise executes on the electronic device; receiving, by the bridge application from the application of the first enterprise, a certificate in response to the first token, wherein the certificate is encrypted by the second token; decrypting, by the bridge application, the certificate by using the second token; and validating, by the bridge application, the application of the first enterprise based on the decrypted certificate. receiving, by a bridge application executing on the electronic device, an interoperation request for a first enterprise, wherein the interoperation request includes a first token and a second token; sending, from the bridge application to an application of the first enterprise, the first token, wherein the application of the first enterprise executes on the electronic device; receiving, by the bridge application from the application of the first enterprise, a certificate in response to the first token, wherein the certificate is encrypted by the second token; decrypting, by the bridge application, the certificate by using the second token; and validating, by the bridge application, the application of the first enterprise based on the decrypted certificate.
A method for performing dual-homing automatic switching judgment according to the number of registered Media Gateways MGWs, comprising the following steps: triggering, by a master server, a switching judgment mechanism about whether to transfer a state of the master server into a SLAVE state when the master server detects that heartbeat coupling between the master server and the slave server is interrupted, wherein the master server operates a plurality of MGWs, and the slave server takes over responsibility of the plurality of MGWs when a state of the slave server is transferred into a MASTER state; and detecting, by the slave server, the number of MGWs registered to the slave server when the slave server detects that the heartbeat coupling between the master server and the slave server is interrupted, and if the number of the MGWs registered to the slave server reaches a threshold, then transferring the state of the slave server into the MASTER state to make the slave server take over responsibility of the plurality of MGWs. triggering, by a master server, a switching judgment mechanism about whether to transfer a state of the master server into a SLAVE state when the master server detects that heartbeat coupling between the master server and the slave server is interrupted, wherein the master server operates a plurality of MGWs, and the slave server takes over responsibility of the plurality of MGWs when a state of the slave server is transferred into a MASTER state; and detecting, by the slave server, the number of MGWs registered to the slave server when the slave server detects that the heartbeat coupling between the master server and the slave server is interrupted, and if the number of the MGWs registered to the slave server reaches a threshold, then transferring the state of the slave server into the MASTER state to make the slave server take over responsibility of the plurality of MGWs.
An isolated culture of Streptococcus pneumoniae having the serotype designated as Streptococcus pneumoniae serotype D characterized as having a capsular polysaccharide having the repeating unit {→2) glucose 1 (1→3) glucose 2 (1→3) rhamnose (1→4) ribitol (5→phosphate}.
A watch mechanism for setting a function of a watch or horology piece, comprising a longitudinally movable shaft provided with a contrate wheel or clutch that is slidable and rotationally fixed with reference to the shaft, and a time setting wheel, wherein the longitudinally movable shaft has at least two distinct positions, a first position wherein the contrate wheel and the time setting wheel are positioned by the longitudinally movable shaft in a first configuration, and a second position wherein said wheels (6, 25) are positioned by the longitudinally movable shaft in a second configuration, which is a time setting configuration wherein the contrate wheel or clutch drivingly connects direct or indirect to the time setting wheel, wherein - the watch mechanism comprises further a compliant mechanism with an input and an output, - said compliant mechanism comprises a frame and at least a first rigid movable portion and a second rigid movable portion, - each movable portion (12, 13) being supported by the frame, - wherein the first and second rigid movable portions (12, 13) define the input and output of the compliant mechanism, - wherein the output connects to the contrate wheel or clutch so as to arrange that when a force is exerted on the input by movement of the longitudinally movable shaft, the first rigid movable portion and the second rigid movable portion execute motions that are attuned to each other, wherein preferably the motions have opposite directions, characterised in that said compliant mechanism is monolithic or single piece. - the watch mechanism comprises further a compliant mechanism with an input and an output, - said compliant mechanism comprises a frame and at least a first rigid movable portion and a second rigid movable portion, - each movable portion (12, 13) being supported by the frame, - wherein the first and second rigid movable portions (12, 13) define the input and output of the compliant mechanism, - wherein the output connects to the contrate wheel or clutch so as to arrange that when a force is exerted on the input by movement of the longitudinally movable shaft, the first rigid movable portion and the second rigid movable portion execute motions that are attuned to each other, wherein preferably the motions have opposite directions, characterised in that said compliant mechanism is monolithic or single piece.
A cellulose-containing composition comprising cellulose fibers having a fiber width of 1000 nm or less and protein, wherein the cellulose fibers have ionic substituents, wherein the ionic substituent is represented by phosphoric acid group or phosphoric acid group-derived substituent, or wherein the ionic substituent is represented by carboxyl group or carboxyl group-derived substituent and wherein the amount of said carboxyl groups or carboxyl group-derived substituents is more than 0.1 mmol/g per 1 g (mass) of the ultrafine cellulose fibers; wherein the protein includes an enzyme, the endoglucanase activity of the enzyme is 840 U/L or less, and when the cellulose-containing composition having a solid concentration of 0.4% by mass is obtained, the viscosity of the cellulose-containing composition measured under conditions of 25°C and a rotation number of 3 rpm is 10 mPa·s or more and 11000 mPa·s or less. wherein the cellulose fibers have ionic substituents, wherein the ionic substituent is represented by phosphoric acid group or phosphoric acid group-derived substituent, or wherein the ionic substituent is represented by carboxyl group or carboxyl group-derived substituent and wherein the amount of said carboxyl groups or carboxyl group-derived substituents is more than 0.1 mmol/g per 1 g (mass) of the ultrafine cellulose fibers; wherein the protein includes an enzyme, the endoglucanase activity of the enzyme is 840 U/L or less, and when the cellulose-containing composition having a solid concentration of 0.4% by mass is obtained, the viscosity of the cellulose-containing composition measured under conditions of 25°C and a rotation number of 3 rpm is 10 mPa·s or more and 11000 mPa·s or less.
A fluid machine having: a pump portion having a pump impeller, a pump impeller chamber, a pump inlet and a pump outlet; and a turbine portion having a turbine impeller chamber, a turbine inlet and a turbine outlet comprising; a shaft having a pump impellor end and a turbine impeller end and extending between the pump impeller chamber and the turbine impeller chamber, said shaft having a shaft passage therethrough; a turbine impeller coupled to the turbine impeller end of the shaft disposed within the turbine impeller chamber, said turbine impeller having vanes (76A-D) at least one of which comprises a vane passage within and through the vane, wherein the vane passage is in fluid communication with the shaft passage; and a thrust bearing (54, 54') in fluid communication with said vane passage. a pump portion having a pump impeller, a pump impeller chamber, a pump inlet and a pump outlet; and a turbine portion having a turbine impeller chamber, a turbine inlet and a turbine outlet comprising; a shaft having a pump impellor end and a turbine impeller end and extending between the pump impeller chamber and the turbine impeller chamber, said shaft having a shaft passage therethrough; a turbine impeller coupled to the turbine impeller end of the shaft disposed within the turbine impeller chamber, said turbine impeller having vanes (76A-D) at least one of which comprises a vane passage within and through the vane, wherein the vane passage is in fluid communication with the shaft passage; and a thrust bearing (54, 54') in fluid communication with said vane passage.
A communication method in a wireless network, comprising at an access point, AP, multi-link device, MLD, having multiple affiliated APs: sending, by a reporting affiliated AP, a management frame, characterized in that the management frame signals that one of the affiliated APs is a management AP providing profiles of all the affiliated APs. sending, by a reporting affiliated AP, a management frame, characterized in that the management frame signals that one of the affiliated APs is a management AP providing profiles of all the affiliated APs.
A composite beam generator (400, 401, 500, 501, 600, 601, 700, 701) for performing powder melting or sintering in additive manufacturing process, comprising means being adapted to provide: a first directed beam (230, 412, 512, 612, 712) having a first transverse energy distribution profile for melting or sintering a powder; a second directed beam (240, 413, 414, 513, 514, 613, 614, 616, 713, 714) having a second transverse energy distribution profile of non-circular shape for adjusting the temperature variation of the melted powder to control solidification; and the composite beam generator (400, 401, 500, 501, 600, 601, 700, 701) further comprises a beam combiner (350, 450, 550, 620, 720) adapted to receive the first directed beam (230, 412, 512, 612, 712) and the second directed beam (240, 413, 414, 513, 514, 613, 614, 616, 713, 714), and to combine them into the composite beam wherein the second transverse energy distribution profile is different from the first transverse energy distribution profile in shape and comprises a shape of a line, rectangle, oval, triangle, teardrop or dumbbell. a first directed beam (230, 412, 512, 612, 712) having a first transverse energy distribution profile for melting or sintering a powder; a second directed beam (240, 413, 414, 513, 514, 613, 614, 616, 713, 714) having a second transverse energy distribution profile of non-circular shape for adjusting the temperature variation of the melted powder to control solidification; and the composite beam generator (400, 401, 500, 501, 600, 601, 700, 701) further comprises a beam combiner (350, 450, 550, 620, 720) adapted to receive the first directed beam (230, 412, 512, 612, 712) and the second directed beam (240, 413, 414, 513, 514, 613, 614, 616, 713, 714), and to combine them into the composite beam wherein the second transverse energy distribution profile is different from the first transverse energy distribution profile in shape and comprises a shape of a line, rectangle, oval, triangle, teardrop or dumbbell.
An apparatus comprising: first means for amplifying configured to amplify an input radio frequency, RF, signal when the first means for amplifying is enabled, the input RF signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device; second means for amplifying configured to amplify the input RF signal when the second means for amplifying is enabled; and third means for amplifying configured to amplify the input RF signal when the third means for amplifying is enabled, the third means for amplifying being coupled in parallel with the first means for amplifying and sharing amplification means with the second means for amplifying; a first load circuit coupled to the first means for amplifying; and a second load circuit coupled to the second means for amplifying, the input RF signal comprising a single-ended signal, and the first and second load circuits providing differential output RF signals. first means for amplifying configured to amplify an input radio frequency, RF, signal when the first means for amplifying is enabled, the input RF signal comprising transmissions sent on multiple carriers at different frequencies to a wireless device; second means for amplifying configured to amplify the input RF signal when the second means for amplifying is enabled; and third means for amplifying configured to amplify the input RF signal when the third means for amplifying is enabled, the third means for amplifying being coupled in parallel with the first means for amplifying and sharing amplification means with the second means for amplifying; a first load circuit coupled to the first means for amplifying; and a second load circuit coupled to the second means for amplifying, the input RF signal comprising a single-ended signal, and the first and second load circuits providing differential output RF signals.