mhurhangee/ep-ind-claims huggingface dataset:
A failure recovery method, applied to a Software Defined Network, SDN, comprising: receiving network failure information transmitted by a forwarder, wherein the forwarder comprises a flow table component, a fault detection component, a forwarding component and a protocol adaptation component; acquiring, according to the network failure information, failure recovery information corresponding to the network failure information and pre-stored in a controller, wherein the failure recovery information is configured to perform recovery on a network failure corresponding to the network failure information; and transmitting the failure recovery information to each forwarder corresponding to the failure recovery information, wherein after receiving the network failure information transmitted by the forwarder, the failure recovery method further comprises: creating a reserved traffic path corresponding to a newly-added traffic path when the newly-added traffic path is detected, wherein the newly-added traffic path is a reserved traffic path of an original traffic path affected by the network failure; and pre-storing, in the controller, the failure recovery information which includes a forwarding table entry of each forwarder corresponding to the created reserved traffic path. receiving network failure information transmitted by a forwarder, wherein the forwarder comprises a flow table component, a fault detection component, a forwarding component and a protocol adaptation component; acquiring, according to the network failure information, failure recovery information corresponding to the network failure information and pre-stored in a controller, wherein the failure recovery information is configured to perform recovery on a network failure corresponding to the network failure information; and transmitting the failure recovery information to each forwarder corresponding to the failure recovery information, wherein after receiving the network failure information transmitted by the forwarder, the failure recovery method further comprises: creating a reserved traffic path corresponding to a newly-added traffic path when the newly-added traffic path is detected, wherein the newly-added traffic path is a reserved traffic path of an original traffic path affected by the network failure; and pre-storing, in the controller, the failure recovery information which includes a forwarding table entry of each forwarder corresponding to the created reserved traffic path. creating a reserved traffic path corresponding to a newly-added traffic path when the newly-added traffic path is detected, wherein the newly-added traffic path is a reserved traffic path of an original traffic path affected by the network failure; and pre-storing, in the controller, the failure recovery information which includes a forwarding table entry of each forwarder corresponding to the created reserved traffic path.
Luminaire comprising a housing which has at least one socket for receiving at least one light, - the housing being configured in the shape of a plate, - the housing being provided for mounting on a ceiling, - the housing having a vertically extending height in the mounted state, - the housing having a width extending perpendicularly to the height and horizontally, - the housing having a length extending perpendicularly to the height and perpendicularly to the width, and horizontally, - the height being greater than the width, - the housing having an underside facing away from the ceiling in the mounted state, - the housing comprising, in the interior thereof, a receiving chamber delimited by the underside, - the respective socket being arranged in the receiving chamber, - the underside comprising at least one light emission opening, characterised in that, the housing comprises, in cross-sectional profile, a first housing portion and a second housing portion, - the first housing portion forming a first side wall of the housing extending perpendicularly to the width, - the second housing portion forming a second side wall of the housing opposite the first side wall and extending perpendicularly to the width, - the first housing portion being connected to a carrier which carries the at least one socket on its side facing away from the ceiling, - the second housing portion being connected to at least one support element, - the at least one support element engaging from behind an angled edge region of the carrier, - the first housing portion and the second housing portion being interconnected distally to the underside and distally to the carrier. - the housing being configured in the shape of a plate, - the housing being provided for mounting on a ceiling, - the housing having a vertically extending height in the mounted state, - the housing having a width extending perpendicularly to the height and horizontally, - the housing having a length extending perpendicularly to the height and perpendicularly to the width, and horizontally, - the height being greater than the width, - the housing having an underside facing away from the ceiling in the mounted state, - the housing comprising, in the interior thereof, a receiving chamber delimited by the underside, - the respective socket being arranged in the receiving chamber, - the underside comprising at least one light emission opening, - the first housing portion forming a first side wall of the housing extending perpendicularly to the width, - the second housing portion forming a second side wall of the housing opposite the first side wall and extending perpendicularly to the width, - the first housing portion being connected to a carrier which carries the at least one socket on its side facing away from the ceiling, - the second housing portion being connected to at least one support element, - the at least one support element engaging from behind an angled edge region of the carrier, - the first housing portion and the second housing portion being interconnected distally to the underside and distally to the carrier.
Latching device with a latch in particular for a motor vehicle with a locking mechanism comprising a catch and at least a pawl for ratcheting of the catch in a pre-ratchet position and a main ratchet position, with an electrical drive, with which the latch can be electrically opened, and an activation device, with which the latch can be mechanically opened in the pre-ratchet position and whereby mechanical opening is not possible in the main ratchet position, with an actuator with which the latch can be moved from the main ratchet position to the pre-ratchet position in an emergency.
A cutting tool, comprising: a tool holder assembly; a clamp structured and arranged for releasably securing an insert to the tool holder assembly; and a wear-resistant cladding layer, characterized in that the wear-resistant cladding layer is brazed on at least a portion of the clamp and/or brazed on at least a portion of the tool holder assembly, the wear-resistant cladding layer comprising a flexible cloth containing hard particles and a flexible cloth containing a brazing material. a tool holder assembly; a clamp structured and arranged for releasably securing an insert to the tool holder assembly; and a wear-resistant cladding layer, characterized in that the wear-resistant cladding layer is brazed on at least a portion of the clamp and/or brazed on at least a portion of the tool holder assembly, the wear-resistant cladding layer comprising a flexible cloth containing hard particles and a flexible cloth containing a brazing material.
A non-lathering personal care article in the form of a porous dissolvable solid structure, comprising: (a) from 0% to 10% ionic surfactant; (b) from 1% to 60% of a cosmetic active; (c) from 15% to 70% polymeric structurant, wherein said polymeric structurant has a weighted average molecular weight of from 40,000 to 500,000; and (d) from 1% to 30% plasticizer; wherein said article has a density of from 0.03 g/cm 3 to 0.15 g/cm 3; wherein said article additionally comprises from 1% to 50% of a non-lathering surfactant wherein the non-lathering surfactant is selected from the group consisting of non-ionic surfactant, polymeric surfactant, and mixtures thereof; and wherein the structure is a predominantly inter-connected, open-celled structure.. (a) from 0% to 10% ionic surfactant; (b) from 1% to 60% of a cosmetic active; (c) from 15% to 70% polymeric structurant, wherein said polymeric structurant has a weighted average molecular weight of from 40,000 to 500,000; and (d) from 1% to 30% plasticizer;
An imaging apparatus comprising: a first display that is operable in a finder shooting mode of the imaging apparatus; a second display that is operable in a monitor shooting mode of the imaging apparatus; a speaker configured to output a sound effect in response to a predetermined operation; and a controller configured to control an output of the sound effect from the speaker; characterized in that the controller is operable to: in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency. a first display that is operable in a finder shooting mode of the imaging apparatus; a second display that is operable in a monitor shooting mode of the imaging apparatus; a speaker configured to output a sound effect in response to a predetermined operation; and a controller configured to control an output of the sound effect from the speaker; characterized in that the controller is operable to: in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency. in a case where the controller determines that the imaging apparatus is set to the finder shooting mode, cause the speaker to output a sound effect having a first frequency characteristic in response to the predetermined operation; and in a case where the controller determines that the imaging apparatus is set to the monitor shooting mode, cause the speaker to output a sound effect having a second frequency characteristic in response to the predetermined operation, the second frequency characteristic being different from the first frequency characteristic, wherein the first frequency characteristic is a characteristic having attenuation more than the second frequency characteristic in a range higher than a predetermined frequency.
A method for reducing load in a wind turbine having a plurality of blades, each blade having a blade angle, said method comprising calculating a time delay for switching at least one blade (108a, 108b, 108c) toward feather from an initial pitch rate to a final pitch rate upon initiation of a shutdown condition, wherein the initial pitch rate is smaller than the final pitch rate, characterized by switching the at least one blade (108a,108b,108c) to the final pitch rate once the time delay has expired, wherein the time delay is calculated by the following equation: Delay i = Angle i − Min Angle / Final Pitch Rate − Initial Pitch Rate where, Delay (i) = the time delay for i-th blade to switch from the initial pitch rate to the final pitch rate, Angle (i) = the blade angle of the i-th blade upon initiation of the shutdown condition, Min Angle = a minimum angle for the plurality of blades upon initiation of the shutdown condition, Initial Pitch Rate = the initial pitch rate under battery power, and Final Pitch Rate = the final pitch rate under battery power. Delay (i) = the time delay for i-th blade to switch from the initial pitch rate to the final pitch rate, Angle (i) = the blade angle of the i-th blade upon initiation of the shutdown condition, Min Angle = a minimum angle for the plurality of blades upon initiation of the shutdown condition, Initial Pitch Rate = the initial pitch rate under battery power, and Final Pitch Rate = the final pitch rate under battery power.
A foam comprising: 55 to 98 wt. % polyamide; and 2 to 45 wt. % of ionomer comprising a zinc neutralized ethylene acid copolymer, wherein the zinc neutralized ethylene acid copolymer is the polymerized reaction product of ethylene monomer, monocarboxylic acid monomer, and unsaturated dicarboxylic acid monomer, and wherein the zinc neutralized ethylene acid copolymer comprises 2 to 20 wt.% of unsaturated dicarboxylic acid monomer, based on the total wt.% of the monomers present in the zinc neutralized ethylene acid copolymer wherein 30 to 70 mole percent of total acid units of the ionomer are neutralized. 55 to 98 wt. % polyamide; and 2 to 45 wt. % of ionomer comprising a zinc neutralized ethylene acid copolymer, wherein the zinc neutralized ethylene acid copolymer is the polymerized reaction product of ethylene monomer, monocarboxylic acid monomer, and unsaturated dicarboxylic acid monomer, and wherein the zinc neutralized ethylene acid copolymer comprises 2 to 20 wt.% of unsaturated dicarboxylic acid monomer, based on the total wt.% of the monomers present in the zinc neutralized ethylene acid copolymer wherein 30 to 70 mole percent of total acid units of the ionomer are neutralized. wherein the zinc neutralized ethylene acid copolymer is the polymerized reaction product of ethylene monomer, monocarboxylic acid monomer, and unsaturated dicarboxylic acid monomer, and wherein the zinc neutralized ethylene acid copolymer comprises 2 to 20 wt.% of unsaturated dicarboxylic acid monomer, based on the total wt.% of the monomers present in the zinc neutralized ethylene acid copolymer wherein 30 to 70 mole percent of total acid units of the ionomer are neutralized.
An actuator, comprising: a mandrel, the mandrel having a proximal end and a distal end, wherein the actuator is adapted such that the mandrel is driven to move from a contraction position toward an actuation position; a mandrel sleeve, the mandrel sleeve being sleeved on the distal end of the mandrel; and a shell, the shell defining a channel, wherein the actuator further comprises at least one sliding member, wherein the actuator is adapted such that when the mandrel moves from the contraction position toward the actuation position, the at least one sliding member is located at a first radial position where the mandrel is joined to the mandrel sleeve, such that the mandrel sleeve can move along the channel together with the mandrel; and wherein at the actuation position, the at least one sliding member moves outward radially to a second radial position where the mandrel sleeve is joined to the shell, thus locking the mandrel sleeve. a mandrel, the mandrel having a proximal end and a distal end, wherein the actuator is adapted such that the mandrel is driven to move from a contraction position toward an actuation position; a mandrel sleeve, the mandrel sleeve being sleeved on the distal end of the mandrel; and a shell, the shell defining a channel, wherein the actuator further comprises at least one sliding member, wherein the actuator is adapted such that when the mandrel moves from the contraction position toward the actuation position, the at least one sliding member is located at a first radial position where the mandrel is joined to the mandrel sleeve, such that the mandrel sleeve can move along the channel together with the mandrel; and wherein at the actuation position, the at least one sliding member moves outward radially to a second radial position where the mandrel sleeve is joined to the shell, thus locking the mandrel sleeve.
A method for controlling suction pressure in a vapour compression system, the vapour compression system comprising a compressor unit, a heat rejecting heat exchanger and two or more cooling entities arranged in a refrigerant path, each cooling entity comprising an expansion device and an evaporator arranged in thermal contact with a refrigerated volume, characterized in that the method comprises the steps of: - for each cooling entity, obtaining a required change in suction pressure for maintaining a target temperature in the refrigerated volume, - identifying a most loaded cooling entity among the two or more cooling entities, based on the required changes in suction pressure, the most loaded cooling entity being the cooling entity for which the required change in suction pressure for maintaining the target temperature in the refrigerated volume results in the lowest suction pressure, and - controlling the suction pressure of the vapour compression system in accordance with the required change in suction pressure for the identified most loaded cooling entity. - for each cooling entity, obtaining a required change in suction pressure for maintaining a target temperature in the refrigerated volume, - identifying a most loaded cooling entity among the two or more cooling entities, based on the required changes in suction pressure, the most loaded cooling entity being the cooling entity for which the required change in suction pressure for maintaining the target temperature in the refrigerated volume results in the lowest suction pressure, and - controlling the suction pressure of the vapour compression system in accordance with the required change in suction pressure for the identified most loaded cooling entity.
An epoxy resin composition, comprising: an epoxy resin; a curing agent comprising a compound represented by the following formula (B-1): wherein R 1 represents a hydrogen atom, a halogen atom, a methoxy group or a hydrocarbon group having 1 to 12 carbon atoms; and an imidazole adduct-type curing accelerator, wherein a molar ratio of a content of a phenolic hydroxide group to a content of an epoxy group in the epoxy resin composition is 0.25 to 0.67. an epoxy resin; a curing agent comprising a compound represented by the following formula (B-1): wherein R 1 represents a hydrogen atom, a halogen atom, a methoxy group or a hydrocarbon group having 1 to 12 carbon atoms; and an imidazole adduct-type curing accelerator, wherein a molar ratio of a content of a phenolic hydroxide group to a content of an epoxy group in the epoxy resin composition is 0.25 to 0.67.
A method in a communications network for inviting a group of subscribers to an event, wherein the group of subscribers is composed of a multiplicity of subscribers, the communications network receives an announcement concerning the event, an electronic service in the communications network generates a message from the announcement, and the message is forwarded to the subscribers in the group of subscribers, in the electronic service, at least one event condition is stored with regard to an occurrence of the event, the communications network receives at least one reply from the subscribers in the group of subscribers, and the reply contains a negative statement, or a positive statement, the electronic service checks the statements (71, 72) as to whether at least one event condition is fulfilled, for the case in which at least one event condition is fulfilled a notification is sent to at least a number of the subscribers in the group of subscribers, and the notification contains a negative statement, or a positive statement with regard to the occurrence of the event, characterised in that, the electronic service processes the announcement, wherein the announcement takes form of a release announcement, which initiate the forwarding of a standard message, as a message, wherein the standard message has an invitation to the event, which is already predefined in the standard message, and in that at least one preference is stored in the electronic service, wherein the preference supplements an incomplete announcement in the generation of the message.
An exhaust gas heat exchanger with a housing and with a first flow channel, wherein the first flow channel is received in the housing such that a second flow channel is formed between the first flow channel and the housing, wherein a first fluid may flow through the first flow channel and a second fluid may flow through the second flow channel, wherein the second fluid may flow around the first flow channel, wherein the housing has a first diffuser and a second diffuser on an end thereof, characterised in that the first diffusor is formed from a metallic material and the second diffusor is formed from a plastic, wherein the first fluid is supplied to the first flow channel via the first diffuser and discharged from the first flow channel via the second diffuser, wherein the second diffuser manufactured from plastic has a plurality of rib elements on at least one of its outer surfaces, which increase the strength of the diffuser.
A method for simulating a large scale perfusion culture of cells in suspension, comprising (a) providing a small scale cell culture having a culture volume of 10% or less of the large scale perfusion culture; (b) cultivating cells in the small scale cell culture using one or more culturing conditions of the large scale perfusion culture to be simulated, wherein the small scale cell culture is stirred; (c) stopping the stirring of the small scale cell culture; (d) removing a part of the culture medium of the small scale cell culture from the top part of the cell culture after at least partial sedimentation of the cells in the small scale cell culture; and (e) adding fresh culture medium to the small scale cell culture; wherein the cells are eukaryotic cells which grow in suspension. (a) providing a small scale cell culture having a culture volume of 10% or less of the large scale perfusion culture; (b) cultivating cells in the small scale cell culture using one or more culturing conditions of the large scale perfusion culture to be simulated, wherein the small scale cell culture is stirred; (c) stopping the stirring of the small scale cell culture; (d) removing a part of the culture medium of the small scale cell culture from the top part of the cell culture after at least partial sedimentation of the cells in the small scale cell culture; and (e) adding fresh culture medium to the small scale cell culture;
A corner-cabinet arrangement having two corpus areas (10, 12) which are rectangular in plan view and each of which has a front with a door (16, 18), the corpus areas (10, 12) enclosing between them a corner space that is rectangular in plan view, the arrangement comprising a shelf which extends in a first one of the corpus areas and in a part of the corner space and, when the door is open, can be pivoted out of the door opening of the corpus-area, the second corpus area also having a shelf that extends in this corpus area and in another part of the corner space, and, when the door is open, can be pivoted out of the door opening of the corpus area, wherein pivotal axes (38, 40) of the two shelves are different from one another, characterized in that the fronts of the two corpus areas run together at right angles in an inside corner, and the shelves (34, 36) are respectively arranged to be pivoted and pulled-out through the door opening in a superposed pivotal and translational movement.