mhurhangee/patent-ind-claim-en huggingface dataset:
A computer program product comprising computer executable instructions stored on a non-transitory computer readable medium that when executed by a processor instruct the processor to: receive log data and first network configuration data for a first configuration of a communication network ; receive second network configuration data for a second configuration of the communication network; produce simulated log data for the second configuration of the communication network, based on the log data and the second network configuration data, and detect classifiers by an AI-learning engine based on the log data and the simulated log data, wherein the classifiers include a temporal pattern of network events in the log data or in the simulated log data that lead to a network fault; wherein the computer program product is configured to train the AI-learning engine based on the log data and the simulated log data, wherein the AI-learning engine defines a predictor period for a time of operation of the first configuration of the communication network, the predictor period defining a period of time over which the network events are tracked, and wherein the time of operation includes: first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented. receive log data and first network configuration data for a first configuration of a communication network ; receive second network configuration data for a second configuration of the communication network; produce simulated log data for the second configuration of the communication network, based on the log data and the second network configuration data, and detect classifiers by an AI-learning engine based on the log data and the simulated log data, wherein the classifiers include a temporal pattern of network events in the log data or in the simulated log data that lead to a network fault; wherein the computer program product is configured to train the AI-learning engine based on the log data and the simulated log data, wherein the AI-learning engine defines a predictor period for a time of operation of the first configuration of the communication network, the predictor period defining a period of time over which the network events are tracked, and wherein the time of operation includes: first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented. first network events occurring prior to the first configuration being implemented; second network events occurring after the first configuration is implemented; and third network events occurring during a subset of time after the first configuration is implemented.
A superabsorbent polymer comprising: a base polymer powder comprising a crosslinked polymer of water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized, and an antimicrobial monomer; and a surface crosslinked layer formed on the base polymer powder, in which the crosslinked polymer is additionally crosslinked by a surface crosslinking agent; wherein the antimicrobial monomer comprises one or more of a compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 11 and R 12 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms, and a compound represented by the following Chemical Formula 2: in Chemical Formula 2, R 21 and R 22 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms; and wherein the water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized are acrylic acid or a salt thereof. a base polymer powder comprising a crosslinked polymer of water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized, and an antimicrobial monomer; and a surface crosslinked layer formed on the base polymer powder, in which the crosslinked polymer is additionally crosslinked by a surface crosslinking agent; wherein the antimicrobial monomer comprises one or more of a compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 11 and R 12 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms, and a compound represented by the following Chemical Formula 2: in Chemical Formula 2, R 21 and R 22 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms; and wherein the water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized are acrylic acid or a salt thereof. R 11 and R 12 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms, and a compound represented by the following Chemical Formula 2: in Chemical Formula 2, R 21 and R 22 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms; and wherein the water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized are acrylic acid or a salt thereof. R 21 and R 22 are each independently hydrogen or an alkyl group having 1 to 20 carbon atoms; and wherein the water-soluble ethylene-based unsaturated monomers having acidic groups of which at least a part are neutralized are acrylic acid or a salt thereof.
A paging optimization method , executed by an access network device, comprising: receiving (S310) a paging message sent by a core network device; wherein information for determining a current paging cell is carried in the paging message; performing (S320) paging according to the paging message; wherein the information for determining the current paging cell comprises information of a recommended paging geographic location when a User Equipment, UE, context is released; and wherein performing the paging according to the paging message comprises: determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending (S410) a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request. receiving (S310) a paging message sent by a core network device; wherein information for determining a current paging cell is carried in the paging message; performing (S320) paging according to the paging message; wherein the information for determining the current paging cell comprises information of a recommended paging geographic location when a User Equipment, UE, context is released; and wherein performing the paging according to the paging message comprises: determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending (S410) a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request. determining the current paging cell according to the information of the recommended paging geographic location when the UE context is released; and performing the paging within the current paging cell; wherein before receiving the paging message, the method further comprises: sending (S410) a UE context release request to the core network device, wherein the information of the recommended paging geographic location when the UE context is released is carried in the UE context release request.
A connector for use with bridge platforms and other scaffoldings for connecting at least one panel thereof to an underlying cable , the connector comprising a first part having slot means therein and further comprising a second part , said first and second parts being plates whose planes are normal to each other, said first and second parts being inseparable, said second part including a first portion , said first part and said first portion in combination for overlying an opening in the at least one panel, said second part further comprising a generally arcuate second portion having a terminal end portion and sized and shaped for extending below the at least one panel and for passing of said terminal end portion through said slot means whereby said second part can be manipulated to receive the cable within said generally arcuate second portion and to then pass said terminal end portion through said slot means to define a closed position, said second part further comprising a structure (132-144) for retaining said terminal end portion in the closed position, said second part further comprising a neck portion attaching said first and second portions, wherein second part is at least partially received in said slot means, said second part is pivotally attached to said first part thereby allowing rotation of the second part about a pivotal attachment and defining said first portion and said neck portion on opposite sides respectively of said pivotal attachment , said neck portion extending from said first portion in a direction length-wise of said first portion and sized to pass downwardly through said slot means during manipulation of said second part for receiving the cable .
A elevator system having at least one elevator car , rails for guiding the elevator car within at least one elevator shaft, wherein the rails define separate travel tracks , in particular at least two separate vertical travel tracks and a horizontal travel track , wherein the elevator system is adapted so that the elevator car can be transferred from a first travel track to a second travel track, the elevator car comprising: - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin ; - a driving sledge with rollers for interaction with the rails, wherein the support connects the cabin with the sledge and wherein the support is arranged in parallel to a vertical wall of the cabin , wherein the cabin is connected to the support in a cantilevered manner, wherein the cabin is connected to the support , in particular at the upper area and at a lower area of the vertical wall , by connecting means , characterized in that the connecting means are adapted to allow a vertical adjustment of the position of the cabin relative to the support . at least one elevator car , rails for guiding the elevator car within at least one elevator shaft, wherein the rails define separate travel tracks , in particular at least two separate vertical travel tracks and a horizontal travel track , wherein the elevator system is adapted so that the elevator car can be transferred from a first travel track to a second travel track, the elevator car comprising: - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin ; - a driving sledge with rollers for interaction with the rails, - an elevator cabin adapted to transport passengers between floors of a building; - an elevator support adapted to support the weight of the elevator cabin ; - a driving sledge with rollers for interaction with the rails, wherein the support connects the cabin with the sledge and wherein the support is arranged in parallel to a vertical wall of the cabin , wherein the cabin is connected to the support in a cantilevered manner, wherein the cabin is connected to the support , in particular at the upper area and at a lower area of the vertical wall , by connecting means , characterized in that the connecting means are adapted to allow a vertical adjustment of the position of the cabin relative to the support .
Injection valve arrangement, in particular fuel injection valve arrangement, comprising: - an injection valve , - a housing which surrounds the injection valve at least partially, - a connector stub which is connected to the injection valve and has a connecting region , via which the injection valve is arranged in a positively locking manner on the housing , the housing being configured as an overmoulded part, characterized in that the connector stub is connected to an extension element of the injection valve , which extension element is configured as a tube and protrudes towards a rail-side end, and the connecting region is configured at a combustion chamber-side end which faces the extension element , the connecting region in turn having a first end and a second end , the connecting region beginning at the first end with a groove which is adjoined by a radially outwardly extending collar which is configured so as to be frustoconical and widened in the direction from the first end to the second end , and the connecting region ending at the second end with a smaller diameter than the collar . - an injection valve , - a housing which surrounds the injection valve at least partially, - a connector stub which is connected to the injection valve and has a connecting region , via which the injection valve is arranged in a positively locking manner on the housing , the housing being configured as an overmoulded part, characterized
Method for producing a security element for securing valuable objects, which contains a feature layer having first and second feature regions in which different first or second embossing varnish layers are present, in the method - a layer of a first embossing varnish being applied to a carrier in the first feature regions , - a layer of a second, different embossing varnish being applied over the entire surface, such that the second embossing varnish is present on the carrier in the second feature regions , and - the feature layer formed by the two embossing varnish layers being partially removed from its free upper face and the first embossing varnish regions, that is to say the first embossing varnish in the first feature regions , are thus exposed such that the first embossing varnish layer in the first feature regions and the second embossing varnish layer in the second feature regions lie next to one another in perfect register, characterized in that - an embossing structure which generates a first optical effect is embossed into the first embossing varnish layer, and an embossing structure which generates a second, different optical effect is embossed into the second embossing varnish layer. - a layer of a first embossing varnish being applied to a carrier in the first feature regions , - a layer of a second, different embossing varnish being applied over the entire surface, such that the second embossing varnish is present on the carrier in the second feature regions , and - the feature layer formed by the two embossing varnish layers being partially removed from its free upper face and the first embossing varnish regions, that is to say the first embossing varnish in the first feature regions , are thus exposed such that the first embossing varnish layer in the first feature regions and the second embossing varnish layer in the second feature regions lie next to one another in perfect register, characterized in that - an embossing structure which generates a first optical effect is embossed into the first embossing varnish layer, and an embossing structure which generates a second, different optical effect is embossed into the second embossing varnish layer.
A method, comprising: functionalizing edges of particles of an anisotropic material; exfoliating the particles to form aligned, individual sheets of the material, wherein exfoliating the particles comprises sonication of the particles in a solvent; aligning the individual sheets of material in a parallel alignment to form a network of multi-layered and aligned particles, wherein aligning the individual sheets in a parallel alignment comprises aligning the particles inside a nozzle of a dispensing device; and forming a structure out of the network of particles, wherein forming the structure comprises: dispensing the network of particles from the nozzle of the dispensing device; and inducing a chemical reaction in order to cure the structure and link the particles. functionalizing edges of particles of an anisotropic material; exfoliating the particles to form aligned, individual sheets of the material, wherein exfoliating the particles comprises sonication of the particles in a solvent; aligning the individual sheets of material in a parallel alignment to form a network of multi-layered and aligned particles, wherein aligning the individual sheets in a parallel alignment comprises aligning the particles inside a nozzle of a dispensing device; and forming a structure out of the network of particles, wherein forming the structure comprises: dispensing the network of particles from the nozzle of the dispensing device; and inducing a chemical reaction in order to cure the structure and link the particles. dispensing the network of particles from the nozzle of the dispensing device; and inducing a chemical reaction in order to cure the structure and link the particles.
A method in a node , comprising: generating a frame structure comprising at least a first subframe , the first subframe comprising a first symbol and a second symbol , each of the first and second symbols comprising a plurality of resource elements, wherein the first symbol carries control information and the second symbol carries a data transmission , the first symbol being first in the first subframe in time domain, and the second symbol being adjacent to the first symbol; reserving one or more of the plurality of resource elements in the first symbol for reference signals (335A-G, 435A-G, 535A-G), wherein the reference signals comprise demodulation reference signals; modulating one or more of the reserved resource elements in the first symbol with reference symbols (335B-D, 435B-D, 535B-D) when the one or more reserved resource elements overlaps in frequency domain the data transmission carried in the second symbol; and transmitting the at least the first subframe to another node; wherein control information is carried in one or more reserved resource elements that are not modulated with reference symbols. generating a frame structure comprising at least a first subframe , the first subframe comprising a first symbol and a second symbol , each of the first and second symbols comprising a plurality of resource elements, wherein the first symbol carries control information and the second symbol carries a data transmission , the first symbol being first in the first subframe in time domain, and the second symbol being adjacent to the first symbol; reserving one or more of the plurality of resource elements in the first symbol for reference signals (335A-G, 435A-G, 535A-G), wherein the reference signals comprise demodulation reference signals; modulating one or more of the reserved resource elements in the first symbol with reference symbols (335B-D, 435B-D, 535B-D) when the one or more reserved resource elements overlaps in frequency domain the data transmission carried in the second symbol; and transmitting the at least the first subframe to another node; wherein control information is carried in one or more reserved resource elements that are not modulated with reference symbols.
A food imprinting system comprising: at least one heatable imprint block ; a release plate ; a heat source ; an insulating layer , between said heat source and said release plate , said insulating layer is configured to prevent transfer of heat energy between heat source and said release plate ; and a mounting plate having at least one opening dimensioned for receiving at least a forward portion of said at least one heatable imprint block including an imprinting face , wherein said heatable imprint block and said mounting plate are mounted within an imprinting assembly , wherein said mounting plate is made of a material configured for withstanding operating temperatures of up to 600° C, wherein said release plate is configured to weigh down food items to a common height or to prevent food items from lifting when said mounting plate and said at least one heatable imprinting block are raised; wherein said heatable imprinting block is configured to be pre-heated to a specified temperature between 200 0 C and 600 0 C, and for applying a specified amount of pressure to the surface of food item for a specified duration. at least one heatable imprint block ; a release plate ; a heat source ; an insulating layer , between said heat source and said release plate , said insulating layer is configured to prevent transfer of heat energy between heat source and said release plate ; and a mounting plate having at least one opening dimensioned for receiving at least a forward portion of said at least one heatable imprint block including an imprinting face , wherein said heatable imprint block and said mounting plate are mounted within an imprinting assembly , wherein said mounting plate is made of a material configured for withstanding operating temperatures of up to 600° C, wherein said release plate is configured to weigh down food items to a common height or to prevent food items from lifting when said mounting plate and said at least one heatable imprinting block are raised; wherein said heatable imprinting block is configured to be pre-heated to a specified temperature between 200 0 C and 600 0 C, and for applying a specified amount of pressure to the surface of food item for a specified duration.
A process for the production of olefins, characterized by contacting a stream containing at least 50 % by weight of one or more light alcohols with at least one ionic liquid, without the use of acid, in a reactor; wherein the reaction of the stream containing light alcohols with the at least one ionic liquid occurs at a temperature within the range of 30 to 180 °C and at a pressure of from 1 MPa to 20 MPa; wherein the said light alcohols have 2 to 4 carbon atoms; and wherein the at least one ionic liquid is an organic compound of formula R 1 ImR 2 .X, wherein R 1 is an alkyl group comprising from 1 to 20 carbon atoms, R 2 is an alkyl group comprising from 1 to 10 carbon atoms, Im is the imidazole ring (C 3 N 2 H 3 ) and X is an anion selected from the group consisting in [SO4] 2- , [NO 3 ] - , [BF 4 ] - , [(R F )BF 3 ] - , [(R F ) 2 BF 2 ] - , [(R F )3BF]-, [(RF)4B]-, [B(CN) 4 ] - , [PO 4 ] 3- , [alkyl-OPO 3 ] 2- , [(alkyl-O) 2 PO 2 ] - , [alkyl-PO 3 ] - , [R F PO 3 ] - , [(alkyl) 2 PO 2 ] - , [(R F ) 2 PO 2 ] - , [R F SO 3 ] - , [alkyl-SO 3 ] - , [aryl-SO 3 ] - , [alkyl-OSO 3 ] - , [R F C(O)O] - , [(R F SO 2 ) 2 N] - , {[(R F ) 2 P(O)] 2 N} - , Cl - and/or Br - .