mhurhangee/ep-ind-claims huggingface dataset:
A method for Maximum Transmission Unit, MTU, negotiation, the method comprising: receiving, by a data terminal, a first request sent by a user terminal in establishing a link of a communication protocol, the first request comprising an MTU of the user terminal; when the MTU of the user terminal comprised in the first request is greater than a path MTU, updating, by the data terminal, the MTU of the user terminal comprised in the first request to the path MTU (102, 204); sending, by the data terminal, a second request to a server comprising the path MTU (103, 205), such that the server determines an MTU to be used after the link of the communication protocol is established by comparing the path MTU with an MTU of the server; receiving, by a data terminal, a first response returned by the server, the first response comprising the MTU of the server; when the MTU of the server comprised in the first response is greater than the path MTU, updating, by the data terminal, the MTU of the server comprised in the first response to the path MTU (105, 209); and sending, by the data terminal, the user terminal a second response comprising the path MTU (106, 210), such that the user terminal determines the MTU to be used after the link of the communication protocol is established by comparing the path MTU with the MTU of the user terminal. receiving, by a data terminal, a first request sent by a user terminal in establishing a link of a communication protocol, the first request comprising an MTU of the user terminal; when the MTU of the user terminal comprised in the first request is greater than a path MTU, updating, by the data terminal, the MTU of the user terminal comprised in the first request to the path MTU (102, 204); sending, by the data terminal, a second request to a server comprising the path MTU (103, 205), such that the server determines an MTU to be used after the link of the communication protocol is established by comparing the path MTU with an MTU of the server; receiving, by a data terminal, a first response returned by the server, the first response comprising the MTU of the server; when the MTU of the server comprised in the first response is greater than the path MTU, updating, by the data terminal, the MTU of the server comprised in the first response to the path MTU (105, 209); and sending, by the data terminal, the user terminal a second response comprising the path MTU (106, 210), such that the user terminal determines the MTU to be used after the link of the communication protocol is established by comparing the path MTU with the MTU of the user terminal.
A device for sorting, checking and forwarding coins, comprising a rotatably mounted carrier disk for feeding coins from a collection container and a device for forwarding coins guided on the carrier disk to a transfer device, wherein the device for forwarding has a rotatable transport disk, which is arranged adjacently to the carrier disk and is designed to individually receive the coins guided on the carrier disk and to guide these past a sensor unit for determining at least one parameter of the coin, and wherein the transfer device has a redirection assembly, which is designed to channel the coin to different transport paths depending on the at least one parameter of the coin, characterized in that the transport disk has a baseplate and at least one gripper arm, which rotate together, and in that means (24, 14, 17) for clamping the coins are provided between the baseplate and the at least one gripper arm, in that the means for clamping the coins have a guiding segment, which is fixed relative to the at least one rotating gripper arm, for raising and lowering the at least one gripper arm, in that the guiding segment has a planar portion and two chamfers (15, 17), in that the means for clamping has at least one gliding pin, which is assigned to the at least one gripper arm and is designed to glide on the guiding segment, and in that the at least one gripper arm is assigned a spring, which is designed and arranged to be compressed when the gripper arm is raised, and to relax during lowering. in that the means for clamping the coins have a guiding segment, which is fixed relative to the at least one rotating gripper arm, for raising and lowering the at least one gripper arm, in that the guiding segment has a planar portion and two chamfers (15, 17), in that the means for clamping has at least one gliding pin, which is assigned to the at least one gripper arm and is designed to glide on the guiding segment, and in that the at least one gripper arm is assigned a spring, which is designed and arranged to be compressed when the gripper arm is raised, and to relax during lowering.
A method comprising: in a terminal, receiving, from a first device remotely provisioned, a credential secret suitable for application to an algorithm associated with a distributed application present in a trusted execution environment which comprises a module comprised in the terminal; causing, in the terminal, delegation of a modified version of the credential secret from the terminal to at least one other terminal; and modifying, in the module of the terminal, the credential secret prior to transfer of the modified version of the credential secret to the at least one other terminal, characterized in that the method comprises, prior to the transfer of the modified version of the credential secret, determining, with a platform certificate and based on a cryptographic signature received from the at least one other terminal, that the at least one other terminal is running a same code as is running in the terminal TEE, in that the received credential secret is a hashed credential secret, and in that the modifying comprises applying a hash function to the hashed credential secret in accordance with a hash chain and establishing information indicative of the hash chain associated with the credential secret, the hash chain indicating the generation of the credential secret, thereby enabling said terminal to use the received secret in the same way as the first device would use the original secret. in a terminal, receiving, from a first device remotely provisioned, a credential secret suitable for application to an algorithm associated with a distributed application present in a trusted execution environment which comprises a module comprised in the terminal; causing, in the terminal, delegation of a modified version of the credential secret from the terminal to at least one other terminal; and modifying, in the module of the terminal, the credential secret prior to transfer of the modified version of the credential secret to the at least one other terminal, characterized in that the method comprises, prior to the transfer of the modified version of the credential secret, determining, with a platform certificate and based on a cryptographic signature received from the at least one other terminal, that the at least one other terminal is running a same code as is running in the terminal TEE, in that the received credential secret is a hashed credential secret, and in that the modifying comprises applying a hash function to the hashed credential secret in accordance with a hash chain and establishing information indicative of the hash chain associated with the credential secret, the hash chain indicating the generation of the credential secret, thereby enabling said terminal to use the received secret in the same way as the first device would use the original secret.
A complex wave spring made of a sheet of material shaped to define: a first wave portion having at least a first upward undulation and a first downward undulation; and a second wave portion fixedly arranged relative to the first wave portion, said second wave portion having at least a second upward undulation proximate to the first downward undulation, and a second downward undulation proximate to the first upward undulation and wherein, the peak of the first upward undulation and the peak of the second upward undulation are arranged to contact a first electrical contact surface and wherein, the peak of the first downward undulation and the peak of the second downward undulation are arranged to contact a second electrical contact surface opposed to the first surface and wherein the spring is formed of electrically conductive material suitable for electrically coupling electrical contact surfaces (312/314, 412/414) when the spring is in contact therebetween, characterized in that the wave portions are arranged for the upward and downward undulations (118, 120, 124, 126) to form a checker-board like pattern of undulations. a first wave portion having at least a first upward undulation and a first downward undulation; and a second wave portion fixedly arranged relative to the first wave portion, said second wave portion having at least a second upward undulation proximate to the first downward undulation, and a second downward undulation proximate to the first upward undulation and wherein, the peak of the first upward undulation and the peak of the second upward undulation are arranged to contact a first electrical contact surface and wherein, the peak of the first downward undulation and the peak of the second downward undulation are arranged to contact a second electrical contact surface opposed to the first surface and wherein the spring is formed of electrically conductive material suitable for electrically coupling electrical contact surfaces (312/314, 412/414) when the spring is in contact therebetween,
An electrical connector, the electrical connector comprising; a shield plate; a first finger extending from an edge of the shield plate; a second finger adjacent to the first finger and extending from the edge of the shield plate, thereby forming a channel between the first finger and the second finger; and a coupling disposed within the channel adjacent the first finger, the coupling including, a contact, characterized in that the coupling includes further a first connecting arm extending from a first end of the contact to a first portion of the first finger, and a second connecting arm extending from a second end of the contact to a second portion of the first finger, wherein the first connecting arm and the second connecting arm provide at least two current paths (215, 217) from the contact to the first finger, wherein the first connecting arm and the second connecting arm are separated by an opening so that the at least two current paths (215, 217) provided by the first connecting arm and the second connecting arm forces current to an outer extremity of the first finger to increase the use of the entire first finger. a shield plate; a first finger extending from an edge of the shield plate; a second finger adjacent to the first finger and extending from the edge of the shield plate, thereby forming a channel between the first finger and the second finger; and a coupling disposed within the channel adjacent the first finger, the coupling including, a contact, a contact, a first connecting arm extending from a first end of the contact to a first portion of the first finger, and a second connecting arm extending from a second end of the contact to a second portion of the first finger,
A sealing material comprising a cross-linked fluororubber layer obtainable by cross-linking a fluororubber composition containing (i) a fluororubber which is at least one selected from vinylidene fluoride (VdF) fluororubber, tetrafluoroethylene /propylene (Pr) rubber, and TFE/Pr/VdF rubber; and (ii) 5-50 parts by mass, per 100 parts by mass of the fluororubber, of a carbon black with a nitrogen adsorption specific surface area (N 2 SA) of 50-180 m 2 /g and a dibutyl phthalate oil absorption of 50-180 ml/100 g, the cross-linked fluororubber layer having a loss modulus E" of 600-6,000 kPa, determined by a dynamic viscoelasticity test at 160°C, 1% tensile strain, 157 cN initial force and a frequency of 10 Hz. (i) a fluororubber which is at least one selected from vinylidene fluoride (VdF) fluororubber, tetrafluoroethylene /propylene (Pr) rubber, and TFE/Pr/VdF rubber; and (ii) 5-50 parts by mass, per 100 parts by mass of the fluororubber, of a carbon black with a nitrogen adsorption specific surface area (N 2 SA) of 50-180 m 2 /g and a dibutyl phthalate oil absorption of 50-180 ml/100 g,
A method for analyzing an investigated complex system of a specific system type, said complex system comprising a plurality of system components, the method comprising the steps of: (a) Providing a base virtual object oriented data model comprising abstract components corresponding to system components of the investigated complex system, wherein each abstract component of the base virtual object oriented data model comprises parameters and attributes of the respective system component of the investigated complex system; (b) Mapping sensor tags of sensors deployed in the investigated complex system and/or event names of events received from the investigated complex system to the parameters of the abstract components of the provided base virtual object oriented data model to generate a dedicated data model for the system type of the investigated complex system; and (c) Performing a failure mode and/or a root-cause analysis of the investigated complex system on the basis of the dedicated data model generated for the specific system type of the investigated complex system. (a) Providing a base virtual object oriented data model comprising abstract components corresponding to system components of the investigated complex system, wherein each abstract component of the base virtual object oriented data model comprises parameters and attributes of the respective system component of the investigated complex system; (b) Mapping sensor tags of sensors deployed in the investigated complex system and/or event names of events received from the investigated complex system to the parameters of the abstract components of the provided base virtual object oriented data model to generate a dedicated data model for the system type of the investigated complex system; and (c) Performing a failure mode and/or a root-cause analysis of the investigated complex system on the basis of the dedicated data model generated for the specific system type of the investigated complex system.
An injected laser comprising: - an optical amplifying medium arranged inside a triggered laser cavity, the optical amplifying medium having a spectral amplification band, - the laser cavity having a free spectral range lower than the spectral bandwidth of the optical amplifying medium, the laser cavity determining longitudinal resonating modes spectrally separated by the free spectral range, in addition: - the injected laser comprises a single injection source adapted to emit a monochromatic continuous laser radiation, - the injected laser comprises an optical phase-modulation device arranged between the injection source and the laser cavity, the optical phase-modulation device being configured to periodically modulate as a function of time a phase of the monochromatic continuous laser radiation at a modulation frequency ( f m) equal to a natural integer multiple of the free spectral range of the laser cavity, so that the phase-modulated injection source generates a polychromatic injection radiation having a plurality of discrete wavelengths located inside the gain band of the optical amplifier, the plurality of discrete wavelengths being tuned to a plurality of longitudinal resonance modes of the laser cavity, - the laser cavity and the optical amplifier medium being adapted to receive said polychromatic injection radiation and to generate a multi-longitudinal mode laser pulse. - an optical amplifying medium arranged inside a triggered laser cavity, the optical amplifying medium having a spectral amplification band, - the laser cavity having a free spectral range lower than the spectral bandwidth of the optical amplifying medium, the laser cavity determining longitudinal resonating modes spectrally separated by the free spectral range, - the injected laser comprises a single injection source adapted to emit a monochromatic continuous laser radiation, - the injected laser comprises an optical phase-modulation device arranged between the injection source and the laser cavity, the optical phase-modulation device being configured to periodically modulate as a function of time a phase of the monochromatic continuous laser radiation at a modulation frequency ( f m) equal to a natural integer multiple of the free spectral range of the laser cavity, so that the phase-modulated injection source generates a polychromatic injection radiation having a plurality of discrete wavelengths located inside the gain band of the optical amplifier, the plurality of discrete wavelengths being tuned to a plurality of longitudinal resonance modes of the laser cavity, - the laser cavity and the optical amplifier medium being adapted to receive said polychromatic injection radiation and to generate a multi-longitudinal mode laser pulse.
A nonwoven fabric laminate obtained by laminating a spunbonded nonwoven fabric on at least one surface of a melt-blown nonwoven fabric, the melt-blown nonwoven fabric comprising fibers of an ethylene-based polymer resin composition of an ethylene-based polymer (a) having a melt flow rate of 10 to 250 g/10 min and an ethylene-based polymer wax (b) comprising a metallocene-catalyzed ethylene-based polymer wax and having a weight average molecular weight of 6,000 to 15,000, at a weight ratio of (a)/(b) in the range of 80/20 to 20/80, the spunbonded nonwoven fabric comprising a conjugate fiber formed from a polyester (x) and an ethylene-based polymer (y) such that at least part of the fiber surface is the ethylene-based polymer (y).
A method for producing a dispersion of fine ceramic particles, the method comprising: adding fine ceramic particles to a dispersion medium; and dispersing the fine ceramic particles in the dispersion medium using a rotor-stator homogenizer, characterized in that the fine ceramic particles are fine silicon carbide particles or fine boron nitride particles, the fine ceramic particles have a mean particle size of 300 nm or less, the dispersion medium is a lower alcohol, and the fine ceramic particles are dispersed while the temperature of the dispersion being controlled to 40°C or less.
An electronic device comprising: a heat dissipation member; a power element that is thermally coupled to the heat dissipation member; a first conductive layer to which the power element is electrically coupled; a control element (12a, 12b) that controls a switching operation of the power element; a second conductive layer to which the control element (12a, 12b) is electrically coupled; and a resin layer arranged between the first conductive layer and the second conductive layer, wherein the power element is embedded in the resin layer, wherein the first conductive layer, the resin layer, and the second conductive layer are stacked on the heat dissipation member in this order from the ones closer to the heat dissipation member, characterized in that the resin layer and the second conductive layer include a through hole, the through hole accommodates a coil and a core, and the coil is electrically coupled to the first conductive layer and the core is thermally coupled to the first conductive layer. a heat dissipation member; a power element that is thermally coupled to the heat dissipation member; a first conductive layer to which the power element is electrically coupled; a control element (12a, 12b) that controls a switching operation of the power element; a second conductive layer to which the control element (12a, 12b) is electrically coupled; and a resin layer arranged between the first conductive layer and the second conductive layer, wherein the power element is embedded in the resin layer, wherein the first conductive layer, the resin layer, and the second conductive layer are stacked on the heat dissipation member in this order from the ones closer to the heat dissipation member, characterized in that the resin layer and the second conductive layer include a through hole, the through hole accommodates a coil and a core, and the coil is electrically coupled to the first conductive layer and the core is thermally coupled to the first conductive layer.
A generator device using potential energy, comprising: a ball buoy; and connecting rods, wherein the ball buoy comprises a casing, flywheels, a transmission gear and generators, the flywheels, the transmission gear and the generators are located inside the casing, a generator gear is provided on a rotary shaft of each of the generators, the transmission gear is provided with external teeth and internal teeth, and each the- generator gear is in engagement with the internal teeth, and the flywheels are in engagement with the external teeth, the connecting rods are connected with the flywheels inside the casing through rotating shafts arranged on the casing, and the flywheels are driven to rotate in one direction by the connecting rods through the rotating shafts. a ball buoy; and connecting rods, wherein the ball buoy comprises a casing, flywheels, a transmission gear and generators, the flywheels, the transmission gear and the generators are located inside the casing, a generator gear is provided on a rotary shaft of each of the generators, the transmission gear is provided with external teeth and internal teeth, and each the- generator gear is in engagement with the internal teeth, and the flywheels are in engagement with the external teeth, the connecting rods are connected with the flywheels inside the casing through rotating shafts arranged on the casing, and the flywheels are driven to rotate in one direction by the connecting rods through the rotating shafts.
A book block forming apparatus comprising: a frame having an entrance and an exit; a first press unit attached to the entrance of the frame to press each of signatures along a fold line thereof, the signatures being supplied one by one to the first press unit with the fold line in the head thereof; a signature conveyance unit attached to the frame and arranged downstream of the first press unit to convey the signatures received from the first press unit while controlling attitudes of the signatures in a manner such that the fold lines are perpendicular to the conveying direction; a glue application unit attached to the frame and arranged downstream of the signature conveyance unit to apply glue to both sides of the top face of each of the signatures received by the signature conveyance unit; an accumulation unit attached to the frame and arranged downstream of the glue application unit to form a book block by stacking the signatures received from the glue application unit while jogging the stack of signatures; and a second press unit attached to the frame and arranged downstream of the accumulation unit to receive and vertically press the book block fed from the accumulation unit and discharge the pressed book block from the exit of the frame. a frame having an entrance and an exit; a first press unit attached to the entrance of the frame to press each of signatures along a fold line thereof, the signatures being supplied one by one to the first press unit with the fold line in the head thereof; a signature conveyance unit attached to the frame and arranged downstream of the first press unit to convey the signatures received from the first press unit while controlling attitudes of the signatures in a manner such that the fold lines are perpendicular to the conveying direction; a glue application unit attached to the frame and arranged downstream of the signature conveyance unit to apply glue to both sides of the top face of each of the signatures received by the signature conveyance unit; an accumulation unit attached to the frame and arranged downstream of the glue application unit to form a book block by stacking the signatures received from the glue application unit while jogging the stack of signatures; and a second press unit attached to the frame and arranged downstream of the accumulation unit to receive and vertically press the book block fed from the accumulation unit and discharge the pressed book block from the exit of the frame.