mhurhangee/ep-ind-claims huggingface dataset:
A one-way connection system comprising a female connecting element and a male connecting element, the female connecting element including a female contact mounted at the end of a first electrical cable, the male connecting element including a male contact mounted at the end of a second electrical cable, further comprising a monoblock central module with a longitudinal through hole, adapted to receive, on a first face, the male connecting element and, on a second face, the female connecting element, so that the male contact of the male connecting element is aligned with the female contact of the female connecting element for providing an electrical connection between the two connection elements (30, 40), characterized in that the central module includes a substantially tubular central portion connecting the first face, which is provided with cutouts, and the second face, identical to the first face.
A method of grouping network events, comprising: receiving a stream of network events, each network event including a set of event parameters in association with a network session that corresponds to a message being transmitted through a network; for a network event in the stream, making an initial session determination by determining whether the event belongs to a same network session as any previously received event; for the network event, identifying information of network address translations performed by one or more devices along a network transmission path associated with the network event; categorizing (417, 419) the network event in accordance with at least one of the session determination and the network address translation information; and at a predefined time: processing a categorized network event to identify another categorized network event, if any, belonging to a same network session as the categorized network event; grouping the categorized network event and the identified other categorized network event, if any, into a set; and assigning a unique identifier to the set of events that includes the categorized network event. receiving a stream of network events, each network event including a set of event parameters in association with a network session that corresponds to a message being transmitted through a network; for a network event in the stream, making an initial session determination by determining whether the event belongs to a same network session as any previously received event; for the network event, identifying information of network address translations performed by one or more devices along a network transmission path associated with the network event; categorizing (417, 419) the network event in accordance with at least one of the session determination and the network address translation information; and at a predefined time: processing a categorized network event to identify another categorized network event, if any, belonging to a same network session as the categorized network event; grouping the categorized network event and the identified other categorized network event, if any, into a set; and assigning a unique identifier to the set of events that includes the categorized network event. processing a categorized network event to identify another categorized network event, if any, belonging to a same network session as the categorized network event; grouping the categorized network event and the identified other categorized network event, if any, into a set; and assigning a unique identifier to the set of events that includes the categorized network event.
A battery management apparatus, comprising: an inverter connected to a battery cell and configured to convert a DC current output from the battery cell into an AC current according to an operation state of a plurality of switches (SW1, SW2) provided therein; characterized in that it further comprises: a measuring unit connected to a diagnosis line (DL1, DL2) at which the AC current converted by the inverter is output, the measuring unit being configured to measure a voltage of the diagnosis line and output the measurement result; and a control unit having a plurality of capacitors (C1, C2) connected to the diagnosis line and configured to control the operation state of the plurality of switches, receive the measurement result output from the measuring unit and diagnose a state of the plurality of capacitors based on the received measurement result. an inverter connected to a battery cell and configured to convert a DC current output from the battery cell into an AC current according to an operation state of a plurality of switches (SW1, SW2) provided therein; characterized in that it further comprises: a measuring unit connected to a diagnosis line (DL1, DL2) at which the AC current converted by the inverter is output, the measuring unit being configured to measure a voltage of the diagnosis line and output the measurement result; and a control unit having a plurality of capacitors (C1, C2) connected to the diagnosis line and configured to control the operation state of the plurality of switches, receive the measurement result output from the measuring unit and diagnose a state of the plurality of capacitors based on the received measurement result. a measuring unit connected to a diagnosis line (DL1, DL2) at which the AC current converted by the inverter is output, the measuring unit being configured to measure a voltage of the diagnosis line and output the measurement result; and a control unit having a plurality of capacitors (C1, C2) connected to the diagnosis line and configured to control the operation state of the plurality of switches, receive the measurement result output from the measuring unit and diagnose a state of the plurality of capacitors based on the received measurement result.
Method for the photolithographic preparation of a circuit board using a photoresist based on poly((meth)acrylate) organogels, comprising the following steps A) Providing at least one alkyl (meth)acrylate, an aliphatic alcohol with a carbon chain length from C4 - C10 or an n- alkane with a carbon chain length from C8 - C12 as organic solvent, a radical initiator and a cross-linker; B) Preparing a reaction mixture with the reactants and the solvent from step A) by mixing the least one alkyl (meth)acrylate with the aliphatic alcohol or the n -alkane, and adding to this mixture the radical initiator and the cross-linker; C) Applying the reaction mixture from step B) to a surface of a substrate, wherein the surface carries a conductor layer. D) Initiating the formation of radicals and (co)polymerization of the alkyl (meth)acrylate monomers under supply of heat, near-infrared or ultraviolet-visible (UV-Vis) radiation onto the surface of the substrate from step C); E) Placing a photomask on top of the photoresist from step D); F) Irradiating the photomask from step E) with UV light; G) Removing the photomask after step F) and rinsing the substrate with water or an organic solvent such as methanol or ethanol; H) Etching the substrate after step G) in an etching solution or etching the surface of the substrate by plasma etching; I) Removing the remaining organogel photoresist after step H) by irradiation with UV light or mechanical abrasion and exposing a conductor track. A) Providing at least one alkyl (meth)acrylate, an aliphatic alcohol with a carbon chain length from C4 - C10 or an n- alkane with a carbon chain length from C8 - C12 as organic solvent, a radical initiator and a cross-linker; B) Preparing a reaction mixture with the reactants and the solvent from step A) by mixing the least one alkyl (meth)acrylate with the aliphatic alcohol or the n -alkane, and adding to this mixture the radical initiator and the cross-linker; C) Applying the reaction mixture from step B) to a surface of a substrate, wherein the surface carries a conductor layer. D) Initiating the formation of radicals and (co)polymerization of the alkyl (meth)acrylate monomers under supply of heat, near-infrared or ultraviolet-visible (UV-Vis) radiation onto the surface of the substrate from step C); E) Placing a photomask on top of the photoresist from step D); F) Irradiating the photomask from step E) with UV light; G) Removing the photomask after step F) and rinsing the substrate with water or an organic solvent such as methanol or ethanol; H) Etching the substrate after step G) in an etching solution or etching the surface of the substrate by plasma etching; I) Removing the remaining organogel photoresist after step H) by irradiation with UV light or mechanical abrasion and exposing a conductor track.
A membrane comprising a barrier layer S1 having a first and a second opposing surface and a contact layer S2 having a first and a second opposing surface, wherein at least a portion of the first surface of the barrier layer S1 and the second surface of the contact layer S2 are directly bonded to each other, and wherein the barrier layer S1 comprises a thermoplastic polymer component P1 and the contact layer S2 comprises a mixture of a mineral binder component B, a thermoplastic polymer component P2, and a surfactant component SF, and wherein the amount of the mineral binder component B is 10.0 - 80.0 wt.-%, based on the total weight of the contact layer S2 and wherein the amount of the thermoplastic polymer component P2 is 20.0 - 85.0 wt.-%, based on the total weight of the contact layer S2, and wherein the mineral binder component B is present in the contact layer S2 as a discontinuous particle based phase, which is dispersed in a continuous phase of the thermoplastic polymer component P2 and wherein the contact layer S2 is obtained by melt-processing a composition containing the mineral binder component B, the thermoplastic polymer component P2 and the surfactant component SF to a homogenized melt and extruding the homogenized melt through a manifold or a flat die followed by cooling the extruded material between calender cooling rolls.
A body cleaning head comprising: an outer case provided with a suction port and provided therein with a reflow passage communicating with the suction port; and a water pipe assembly provided within the reflow passage, wherein the water pipe assembly includes a pipe bracket fixedly provided in the outer case, a water discharge hose is inserted and fitted within the pipe bracket and an end of the water discharge hose adjacent to the suction port is protruded from the pipe bracket; the body cleaning head being characterized in that, an elastic body is provided to sleeve the end of the water discharge hose at the end of the pipe bracket and a slide sleeve is provided to sleeve the elastic body and the water discharge hose, both the elastic body and the slide sleeve are configured to surround the water discharge hose, the elastic body is located between the pipe bracket and the slide sleeve, when the body cleaning head sucks air, the slide sleeve axially moves relative to the pipe bracket under an action of the airflow pressure in such a manner that the elastic body is deformed such that an inner diameter of the elastic body is reduced and accordingly, an inner diameter of a portion of the water discharge hose corresponding to the elastic body is varied with the airflow pressure. an outer case provided with a suction port and provided therein with a reflow passage communicating with the suction port; and a water pipe assembly provided within the reflow passage, wherein the water pipe assembly includes a pipe bracket fixedly provided in the outer case, a water discharge hose is inserted and fitted within the pipe bracket and an end of the water discharge hose adjacent to the suction port is protruded from the pipe bracket; the body cleaning head being characterized in that, an elastic body is provided to sleeve the end of the water discharge hose at the end of the pipe bracket and a slide sleeve is provided to sleeve the elastic body and the water discharge hose, both the elastic body and the slide sleeve are configured to surround the water discharge hose, the elastic body is located between the pipe bracket and the slide sleeve, when the body cleaning head sucks air, the slide sleeve axially moves relative to the pipe bracket under an action of the airflow pressure in such a manner that the elastic body is deformed such that an inner diameter of the elastic body is reduced and accordingly, an inner diameter of a portion of the water discharge hose corresponding to the elastic body is varied with the airflow pressure.
A load-handling apparatus adapted to be mounted on an elevatable lift carriage of a lift truck, wherein the load-handling apparatus comprises: - a frame having at least four parallel guide (5, 7, 9, 11) making up a first pair of parallel abutting guides (5, 7) and a second pair of parallel abutting guides, (9, 11) - at least two oppositely directed and hydraulic actuated piston cylinders (25, 27), wherein at least two outer load-handling arms are connectable to said hydraulic actuated piston cylinders (25, 27) for moving said outer load-handling arms with regard to said guides to and from each other and at least two inner load-handling arms of which each is connected to at least one spring (101, 103) for keeping a fixed position of said inner load-handling arms to the frame during movement of the outer load-handling arms over a predetermined distance, wherein the inner load-handling arms are slidably supported by means of at least one additional guide, characterised in that the springs (101, 103) for the inner load-handling arms are integrated in said at least one additional guide such that at least one spring guide is provided, wherein the outer dimensions of the spring guide are defined by means of the springs (101, 103) wounded around said at least one additional guide or the outer dimensions of the spring guide are defined by means of the additional guide housing the springs. - a frame having at least four parallel guide (5, 7, 9, 11) making up a first pair of parallel abutting guides (5, 7) and a second pair of parallel abutting guides, (9, 11) - at least two oppositely directed and hydraulic actuated piston cylinders (25, 27), wherein at least two outer load-handling arms are connectable to said hydraulic actuated piston cylinders (25, 27) for moving said outer load-handling arms with regard to said guides to and from each other and at least two inner load-handling arms of which each is connected to at least one spring (101, 103) for keeping a fixed position of said inner load-handling arms to the frame during movement of the outer load-handling arms over a predetermined distance, wherein the inner load-handling arms are slidably supported by means of at least one additional guide, characterised in that the springs (101, 103) for the inner load-handling arms are integrated in said at least one additional guide such that at least one spring guide is provided, wherein the outer dimensions of the spring guide are defined by means of the springs (101, 103) wounded around said at least one additional guide or the outer dimensions of the spring guide are defined by means of the additional guide housing the springs.
A system, comprising: a discovery service of a provider network, the discovery service configured to: obtain discovery information about a client network-based resource configuration of a client of the provider network, wherein the client network-based resource configuration comprises the configuration of the client network and network resources; and generate a representation of the network-based resource configuration of the client based on the discovery information; and a migration service configured to: generate a migration plan recommendation based at least in part on the representation of the network-based resource configuration of the client, wherein the migration plan recommendation specifies a plan to migrate at least a portion of the network-based resource configuration of the client from the client network to the provider network; and execute a migration plan that is based at least in part on the migration plan recommendation to migrate the at least a portion of the network-based resource configuration of the client from the client network to the provider network. a discovery service of a provider network, the discovery service configured to: obtain discovery information about a client network-based resource configuration of a client of the provider network, wherein the client network-based resource configuration comprises the configuration of the client network and network resources; and generate a representation of the network-based resource configuration of the client based on the discovery information; and obtain discovery information about a client network-based resource configuration of a client of the provider network, wherein the client network-based resource configuration comprises the configuration of the client network and network resources; and generate a representation of the network-based resource configuration of the client based on the discovery information; and a migration service configured to: generate a migration plan recommendation based at least in part on the representation of the network-based resource configuration of the client, wherein the migration plan recommendation specifies a plan to migrate at least a portion of the network-based resource configuration of the client from the client network to the provider network; and execute a migration plan that is based at least in part on the migration plan recommendation to migrate the at least a portion of the network-based resource configuration of the client from the client network to the provider network. generate a migration plan recommendation based at least in part on the representation of the network-based resource configuration of the client, wherein the migration plan recommendation specifies a plan to migrate at least a portion of the network-based resource configuration of the client from the client network to the provider network; and execute a migration plan that is based at least in part on the migration plan recommendation to migrate the at least a portion of the network-based resource configuration of the client from the client network to the provider network.
Method for managing the traffic of a network of a plurality of small cell base stations arranged in a macro-cell in which there is at least one terminal, each small cell base station being adapted to cover a small cell of the macro-cell, the method comprising the following steps: - determining at least one possible connection between said at least one terminal and a small cell base station; the method being characterised in that it comprises the following steps: - placing in a queue several data packets addressed to said at least one terminal, each data packet being defined by at least one priority level; - classifying the data packets as per their priority level; the method, as soon as a data packet in the queue reaches a maximal priority level, further comprising the following steps: - selecting a small cell adapted to cover at least one first terminal to which said data packet having a maximal priority level is addressed, called a priority terminal; only said selected small cell must be active; - determining a group to be transmitted of at least one data packet having a lower priority level than the maximal priority level and addressed to at least one second terminal present in said activated small cell, called a non-priority terminal, and/or addressed to said priority terminal; - connecting said priority terminal and/or said non-priority terminal to the base station of said active small cell; - routing the data packets of said group to be transmitted towards the priority and non-priority terminals. - determining at least one possible connection between said at least one terminal and a small cell base station; - placing in a queue several data packets addressed to said at least one terminal, each data packet being defined by at least one priority level; - classifying the data packets as per their priority level; - selecting a small cell adapted to cover at least one first terminal to which said data packet having a maximal priority level is addressed, called a priority terminal; only said selected small cell must be active; - determining a group to be transmitted of at least one data packet having a lower priority level than the maximal priority level and addressed to at least one second terminal present in said activated small cell, called a non-priority terminal, and/or addressed to said priority terminal; - connecting said priority terminal and/or said non-priority terminal to the base station of said active small cell; - routing the data packets of said group to be transmitted towards the priority and non-priority terminals.
A filter apparatus, comprising: a filter cartridge (101, 301) having upper and lower shells (102, 302) forming a housing, the upper shell having an upper end wall and an upper annular wall, the lower shell (102, 302) having a lower end wall and a lower annular wall, the upper annular wall extending from the upper end wall toward the lower end wall, the lower annular wall extending from the lower end wall toward the upper end wall, the upper and lower annular walls (121, 119) being connected, at least one opening in the upper end wall for providing fluid communication, and filter media permanently and irremovably joined to the upper shell and arranged to filter fluid, the filter apparatus comprises a mounting base in combination with the filter cartridge, the mounting base having a cup shaped receptacle including a base annular wall, the filter cartridge having a mounted state wherein the upper shell is substantially received in the cup shaped receptacle with the base annular wall substantially surrounding the upper shell and received into a channel formed between the skirt of the lower shell (102, 302) and the upper annular wall of the upper shell, the mounting base further including a pair of concentrically arranged fluid conduits for inlet and outlet flow received into the opening in the upper shell, the lower annular wall extends over and around the upper shell (102, 302) to provide a skirt, the skirt defines a retention structure adapted for releasable attachment of the filter cartridge (101, 301) to the mounting base, and the retention structure includes at least one thread formed on a cylindrical wall of the lower shell.