mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a classification scanner, the method comprising: receiving an electronic message from a user; determining whether the electronic message includes an express indication from the user indicating that a classification applies to the electronic message; and in response to determining that the electronic message does not include the express indication that the classification applies to the electronic message, sending the electronic message to a machine learning scanner, the machine learning scanner adapted to: identify a machine learning policy associated with the user's preferences as to which attributes of the electronic message should cause the electronic message to be handled in a particular way; and in response to identifying the machine learning policy, using the machine learning policy to determine whether the classification applies to the electronic message based on attributes of the electronic message. receiving an electronic message from a user; determining whether the electronic message includes an express indication from the user indicating that a classification applies to the electronic message; and in response to determining that the electronic message does not include the express indication that the classification applies to the electronic message, sending the electronic message to a machine learning scanner, the machine learning scanner adapted to: identify a machine learning policy associated with the user's preferences as to which attributes of the electronic message should cause the electronic message to be handled in a particular way; and in response to identifying the machine learning policy, using the machine learning policy to determine whether the classification applies to the electronic message based on attributes of the electronic message. identify a machine learning policy associated with the user's preferences as to which attributes of the electronic message should cause the electronic message to be handled in a particular way; and in response to identifying the machine learning policy, using the machine learning policy to determine whether the classification applies to the electronic message based on attributes of the electronic message.
An LED (Light Emitting Diode) lighting device (10, 10'), flexible and modular, especially suitable for lighting outdoor and indoor environments comprising a first body, a second body having a compartment suitable for housing said first body, said first body being provided with connection means for a post-top or suspension mounting on a support post, wherein the second body is defined by a base in contact with the surface of the first body opposite said connection means and wherefrom two or more arms or claws develop in a direction away from said base for supporting a luminaire defined by a container element housing LED lighting sources and closed by a screen or covering element, characterised in that the luminaire is secured to the arms or claws of the second body at the free ends opposite to those of connection with respect to the base, with said covering element turned in the direction of the first body or in the opposite direction as a function of the specific needs of installation and lighting, by means of two opposite chamfers or tapers formed along a perimeter portion or outer edge of said container element of the luminaire suitable for being coupled with a corresponding slant of each arm or claw of said second body.
A powered device for use in a Power over Ethernet system, comprising: a first port to receive transmissions via electrical wires, wherein the transmissions received via the first port is power and/or data transmissions, a second port to receive optical signals, and circuitry to process a command received with an optical signal, characterized in that the powered device operates in a low power state and the command received with the optical signal is a wake up signal and the circuitry is configured upon receipt of the wake up signal to change the power state of the powered device and submit a power request to initiate power negotiations of the powered device. a first port to receive transmissions via electrical wires, wherein the transmissions received via the first port is power and/or data transmissions, a second port to receive optical signals, and circuitry to process a command received with an optical signal, characterized in that the powered device operates in a low power state and the command received with the optical signal is a wake up signal and the circuitry is configured upon receipt of the wake up signal to change the power state of the powered device and submit a power request to initiate power negotiations of the powered device.
A biomedical electrode comprising: a plate-shaped support portion; an elastic pillar portion that is provided on a first surface of the plate-shaped support portion; a conductive resin layer that is formed to cover a distal end of the elastic pillar portion; and a conductive wire that is electrically connected to the conductive resin layer and is arranged in the elastic pillar portion from a distal end side toward a base end side, wherein the elastic pillar portion is elastically deformable and is formed of an insulating elastic member including a silicone rubber, and wherein a tensile elongation at break of the conductive wire is 1% or higher and 50% or lower. a plate-shaped support portion; an elastic pillar portion that is provided on a first surface of the plate-shaped support portion; a conductive resin layer that is formed to cover a distal end of the elastic pillar portion; and a conductive wire that is electrically connected to the conductive resin layer and is arranged in the elastic pillar portion from a distal end side toward a base end side, wherein the elastic pillar portion is elastically deformable and is formed of an insulating elastic member including a silicone rubber, and wherein a tensile elongation at break of the conductive wire is 1% or higher and 50% or lower.
Fuel cell stack, comprising: - first and second membrane electrode assemblies (31, 32); - a metal bipolar plate interposed between the first and second membrane electrode assemblies, this bipolar plate comprising first and second metal sheets (41, 42) facing the first and second membrane electrode assemblies and securely fastened by welds; and - a gas diffusion layer interposed and compressed between the first membrane electrode assembly and the bipolar plate, characterized in that, in the absence of compression of the gas diffusion layer, regions of the gas diffusion layer surrounding the welds have a thickness smaller by at least 5 μm relative to the average thickness of the gas diffusion layer, so that the contact pressure of the gas diffusion layer with the bipolar plate in the area of the welds is lower than its average contact pressure with the bipolar plate. - first and second membrane electrode assemblies (31, 32); - a metal bipolar plate interposed between the first and second membrane electrode assemblies, this bipolar plate comprising first and second metal sheets (41, 42) facing the first and second membrane electrode assemblies and securely fastened by welds; and - a gas diffusion layer interposed and compressed between the first membrane electrode assembly and the bipolar plate,
Method for optimizing a production process for a component (20, 32) to be produced by additive manufacturing, by means of a simulation of the production process, wherein predetermined necessary properties of the component (20, 32) are specified as boundary conditions of the simulation, and wherein the method comprises the following method steps (a, b, c, d), which are carried out in the course of the simulation: a) determining a position of the component (20, 32) in a production space that is optimized according to a process optimization criterion; characterized by b) calculating displacements of and/or stresses of the component (20, 32)that can be caused by the production process; c) determining supporting structures optimized according to the process optimization criterion 97) which counteract the displacements and/or stresses; d) determining at least one part of the design of the component (20, 32) that is optimized according to a component optimization criterion. a) determining a position of the component (20, 32) in a production space that is optimized according to a process optimization criterion; characterized by b) calculating displacements of and/or stresses of the component (20, 32)that can be caused by the production process; c) determining supporting structures optimized according to the process optimization criterion 97) which counteract the displacements and/or stresses; d) determining at least one part of the design of the component (20, 32) that is optimized according to a component optimization criterion.
Method for identifying an intrusion in a computer network, the method comprising the following steps: - collecting at least one first data set comprising at least one host data item derived from the network traffic that originates from an operating system and/or is controlled by an operating system installed on at least one first node of the computer network; - collecting, by at least a second node different from the first node and/or independent of the operating system of the first node, a second data set comprising at least one node data item derived from the network traffic originating from the at least one first node; - detecting whether the second data set comprises at least one data item that differs from a corresponding data item within the at least one first data set; and - raising an alarm signal if a difference is detected. - collecting at least one first data set comprising at least one host data item derived from the network traffic that originates from an operating system and/or is controlled by an operating system installed on at least one first node of the computer network; - collecting, by at least a second node different from the first node and/or independent of the operating system of the first node, a second data set comprising at least one node data item derived from the network traffic originating from the at least one first node; - detecting whether the second data set comprises at least one data item that differs from a corresponding data item within the at least one first data set; and - raising an alarm signal if a difference is detected.
A method for refining a provided construction plate made of a wood-based material, in particular MDF, HDF or a wood-based material/plastic mix with an upper side and a lower side, wherein a relief is embossed at least into the upper side, said relief being composed of at least a first strip-shaped depression extending in a longitudinal direction and/or in a transverse direction with a depth, the depression being embossed to the depth of at least 0.5mm by means of at least one calendar roller, the calendar roller comprising structural elements (205, 206) that correspond to the desired relief, characterised in that, in order to create the relief, the construction plate is heated to a temperature of 80 to 100°C and the depression is subsequently embossed, wherein the at least one calendar roller is heated to a temperature of 100 to maximum 150°C
Fe-Nb-B-based metallic magnetic material for use in magnetic sensors based on magnetic permeability variation and for hyperthermia applications, having 59-67 at. % Fe, between 0.1 and 1 at.% Nb and 20 at.% B, and also contains biocompatible material chosen between Ti, Ta or Mn, in proportion of 12-20 at.%, with "glassy" quasi-amorphous structure, obtained under the form of ribbons, micro/nanowires and micro/nanopowders, the ratio of the biocompatible material being chosen such that the magnetic transition temperatures Tc ranges between 0 and 70°C, the saturation magnetic induction is between 0.05 and 1.1 T and the relative magnetic permeability is 3500 - 4000, and presenting a significant variation of over 90% of the magnetic permeability/susceptibility in the proximity of the magnetic transition temperature.
A steering control device configured to control a motor, the motor being a generation source of a driving force that is given to a steering mechanism of a vehicle, the steering control device comprising a controller (75; 72; 53a; 62; 63a: 124; 133; 113a), the controller (75; 72; 53a; 62; 63a; 124; 133; 113a) being configured to compute a controlled variable depending on a steering state, the controlled variable being used in the control of the motor, the controller (75; 72; 53a; 62; 63a; 124; 133; 113a) being configured to alter a control parameter for the controller (75; 72; 53a; 62; 63a; 124; 133; 113a), based on a command that is generated by a host control device depending on a purpose of an intervention in a steering control, the host control device being mounted on the vehicle, the steering control device is configured to control the motor including a turning motor that generates a turning force for turning a turning wheel as the driving force that is given to a turning shaft of the steering mechanism, the turning shaft being configured to turn the turning wheel, and/or a reaction motor that generates a steering reaction force as the driving force that is given to a steering shaft of the steering mechanism, the steering shaft being configured to rotate in conjunction with an operation of a steering wheel, the steering reaction force being a torque in an opposite direction of a steering direction, dynamic force transmission between a steering wheel and the turning wheel being isolated, characterized in that the controller (75; 72; 53a; 62; 63a; 124; 133; 113a) is configured to compute the controlled variable by executing a feedback control to cause a detection value of a physical quantity to follow up a target value of the physical quantity, the physical quantity changing depending on a turning action of the turning wheel and/or the operation of the steering wheel. the steering control device is configured to control the motor including a turning motor that generates a turning force for turning a turning wheel as the driving force that is given to a turning shaft of the steering mechanism, the turning shaft being configured to turn the turning wheel, and/or a reaction motor that generates a steering reaction force as the driving force that is given to a steering shaft of the steering mechanism, the steering shaft being configured to rotate in conjunction with an operation of a steering wheel, the steering reaction force being a torque in an opposite direction of a steering direction, dynamic force transmission between a steering wheel and the turning wheel being isolated, characterized in that the controller (75; 72; 53a; 62; 63a; 124; 133; 113a) is configured to compute the controlled variable by executing a feedback control to cause a detection value of a physical quantity to follow up a target value of the physical quantity, the physical quantity changing depending on a turning action of the turning wheel and/or the operation of the steering wheel.
A streaming platform reader comprising: a memory; a processor; a plurality of reader threads executed on the processor, wherein each of the reader threads is configured to retrieve messages from a partition of a plurality of partitions (516, 518, 520) of a streaming platform, wherein each message in the plurality of partitions (516, 518, 520) is associated with a unique identifier, and wherein the streaming platform transmits an end of partition signal to the reader thread associated with an empty partition; a plurality of queues stored in the memory and coupled to the plurality of reader threads, wherein each queue is configured to store messages or an end of partition signal from one of the reader threads, wherein each queue stores messages in a sequence in which the messages are retrieved by the corresponding reader thread, and wherein each queue includes a first position that stores the earliest message stored by a queue; and a writer thread executed on the processor and controlled by gate control logic that: compares the identifiers of all of the messages in the first positions of the queues of the plurality of queues, and forwards, to a consuming application, the message associated with the earliest identifier; wherein the gate control logic blocks the writer thread unless each of the queues contains a message or an end of partition signal. a memory; a processor; a plurality of reader threads executed on the processor, wherein each of the reader threads is configured to retrieve messages from a partition of a plurality of partitions (516, 518, 520) of a streaming platform, wherein each message in the plurality of partitions (516, 518, 520) is associated with a unique identifier, and wherein the streaming platform transmits an end of partition signal to the reader thread associated with an empty partition; a plurality of queues stored in the memory and coupled to the plurality of reader threads, wherein each queue is configured to store messages or an end of partition signal from one of the reader threads, wherein each queue stores messages in a sequence in which the messages are retrieved by the corresponding reader thread, and wherein each queue includes a first position that stores the earliest message stored by a queue; and a writer thread executed on the processor and controlled by gate control logic that: compares the identifiers of all of the messages in the first positions of the queues of the plurality of queues, and forwards, to a consuming application, the message associated with the earliest identifier; compares the identifiers of all of the messages in the first positions of the queues of the plurality of queues, and forwards, to a consuming application, the message associated with the earliest identifier; wherein the gate control logic blocks the writer thread unless each of the queues contains a message or an end of partition signal.
A chip comprising: a body; and a first electrode disposed and exposed on a surface of the body, wherein the first electrode includes a first confining groove and a first confining wall which is peripherally located around the first confining groove, has a first height and is provided to confine at least one conductive particle of an adhesive in the first confining groove, the first height of the first confining wall not being higher than a diameter of the at least one conductive particle, characterized in that the first confining wall includes a plurality of first ribs which are peripherally located around the first confining groove, and a plurality of first gaps are provided between the adjacent first ribs, respectively, such that when the chip is bonded to the substrate to press the adhesive, the at least one conductive particle of the adhesive is confined in the first confining groove by the first ribs and a resin of the adhesive is able to be squeezed outside the first confining groove via the first gaps. a body; and a first electrode disposed and exposed on a surface of the body, wherein the first electrode includes a first confining groove and a first confining wall which is peripherally located around the first confining groove, has a first height and is provided to confine at least one conductive particle of an adhesive in the first confining groove, the first height of the first confining wall not being higher than a diameter of the at least one conductive particle, characterized in that the first confining wall includes a plurality of first ribs which are peripherally located around the first confining groove, and a plurality of first gaps are provided between the adjacent first ribs, respectively, such that when the chip is bonded to the substrate to press the adhesive, the at least one conductive particle of the adhesive is confined in the first confining groove by the first ribs and a resin of the adhesive is able to be squeezed outside the first confining groove via the first gaps.
A radio communication device comprising: a band comprising a plurality of recesses (1504, 1506, 1508); a module detachably coupled to the band, the module comprising a plurality of light sources, wherein each light source of the plurality of light sources lines up with a respective recess of the plurality of recesses (1504, 1506, 1508) when the module is coupled to the band, such that light from the plurality of light sources shines through the band; a state determination circuit configured to determine an operation state of the radio communication device; an activation determination circuit configured to determine a respective activation state for each light source of the plurality of light sources based on the determined operation state, wherein there is an assignment between the determined operation state and activation states of the plurality of light sources; and a control circuit configured to control each light source of the plurality of light sources based on the respective activation state for the light source. a band comprising a plurality of recesses (1504, 1506, 1508); a module detachably coupled to the band, the module comprising a plurality of light sources, wherein each light source of the plurality of light sources lines up with a respective recess of the plurality of recesses (1504, 1506, 1508) when the module is coupled to the band, such that light from the plurality of light sources shines through the band; a state determination circuit configured to determine an operation state of the radio communication device; an activation determination circuit configured to determine a respective activation state for each light source of the plurality of light sources based on the determined operation state, wherein there is an assignment between the determined operation state and activation states of the plurality of light sources; and a control circuit configured to control each light source of the plurality of light sources based on the respective activation state for the light source.