mhurhangee/ep-ind-claims huggingface dataset:
Connecting node for fastening, in particular releasably fastening, one or more functional modules to a supporting structure, the supporting structure essentially extending in the vertical direction, for example realized as an upright mast, and wherein a groove extending vertically is provided at at least one outer side of the supporting structure, wherein the connecting node comprises two node shells (12, 12'), a first node shell and a second node shell, which can be attached to the supporting structure, in particular embracing it from two sides, characterized in that at least one slot nut and a fastening nut associated with the slot nut are arranged at an inner side of the first node shell, so that in connecting nodes fastened to the supporting structure the fastening nut can engage the slot, and wherein at least one fastening screw is provided which traverses the first node shell and the slot nut from an outer side and is configured to be screwed to the fastening nut enabling that screwing the fastening screw to the fastening nut presses the first node shell against the supporting structure and the slot nut against the outside of the slot, and wherein at least one fastening element is provided, by means of which at least one fastening element the second node shell can be screwed to the first node shell. the connecting node comprises two node shells (12, 12'), a first node shell and a second node shell, which can be attached to the supporting structure, in particular embracing it from two sides, characterized in that at least one slot nut and a fastening nut associated with the slot nut are arranged at an inner side of the first node shell, so that in connecting nodes fastened to the supporting structure the fastening nut can engage the slot, and wherein at least one fastening screw is provided which traverses the first node shell and the slot nut from an outer side and is configured to be screwed to the fastening nut enabling that screwing the fastening screw to the fastening nut presses the first node shell against the supporting structure and the slot nut against the outside of the slot, and wherein at least one fastening element is provided, by means of which at least one fastening element the second node shell can be screwed to the first node shell.
An electrical connection member, capable of detecting discontinuities in an electrical network and comprising: - an enclosure with at least three branches (16a-16c), each of the branches including at its end (18a-18c) at least one terminal (182a-182c) for electrical connection to a respective equipment (A, B, 2), - at least one main conductor (20, 20', 20") linking in the enclosure two terminals (182a, 182b) at the ends (18a, 18b) of two branches (16a, 16b), - at least one secondary conductor linking in the enclosure at least one terminal of the end of the third branch and comprising an electrical coupler adapted to inject into the main conductor (20, 20', 20") an electrical test signal coming from the secondary conductor, and to transmit towards the secondary conductor an electrical response signal generated by reflection of the electrical test signal on a discontinuity encountered in the electrical network, wherein each electrical coupler comprises a magnetic element (43, 43', 43") extending around a portion of a main conductor (20, 20', 20"), and each secondary conductor is a wire comprising a wire portion wound around a portion of the corresponding magnetic element (43, 43', 43") thus forming a coil (42, 42', 42"), and two wire portions (32a, 32b) each joining the coil (42, 42', 42") to a terminal of the end of the third branch, and wherein the two wire portions (32a, 32b) of each secondary conductor together form a twist. - an enclosure with at least three branches (16a-16c), each of the branches including at its end (18a-18c) at least one terminal (182a-182c) for electrical connection to a respective equipment (A, B, 2), - at least one main conductor (20, 20', 20") linking in the enclosure two terminals (182a, 182b) at the ends (18a, 18b) of two branches (16a, 16b), - at least one secondary conductor linking in the enclosure at least one terminal of the end of the third branch and comprising an electrical coupler adapted to inject into the main conductor (20, 20', 20") an electrical test signal coming from the secondary conductor, and to transmit towards the secondary conductor an electrical response signal generated by reflection of the electrical test signal on a discontinuity encountered in the electrical network,
Device (100; 100a; 100b; 100c; 100d; 100e; 100f), in particular a sensor device, comprising a magnet arrangement for generating a magnetic field, which magnet arrangement extends along a longitudinal axis and is designed such that it generates the magnetic field having at least a first radial magnetic field component (Bx) that changes along the longitudinal axis, and a magnetic sensor device arranged to be movable relative to the magnet arrangement along the longitudinal axis, which sensor device has a first magnetic sensor and a second magnetic sensor, wherein the first magnetic sensor is a magnetic revolution counter which is designed to determine an integer multiple of a relative revolution of the magnetic sensor with respect to the at least one first radial magnetic field component (Bx).
A method of controlling access to a spectrum resource by radio devices that are grouped into a first class and a second class, the first class having higher priority to the spectrum resource than the second class, comprising: setting a weight value for each radio device in the first class of radio devices; setting a weight value for each radio device in the second class of radio devices, the weight values of at least some of the radio devices in the second class being less than the weight values of at least some of the radio devices in the first class; setting a first threshold for the first class of radio devices; setting a second threshold for the second class of radio device; aggregating the weight values of radio devices that use the spectrum resource, the resulting aggregate being a channel usage value and the first threshold corresponding to a larger channel usage value than the second threshold; and determining if the channel usage value crosses the second threshold for the second class of radio devices and, if so, denying access to the spectrum resource for additional radio devices belonging to the second class of radio devices; and determining if the channel usage value crosses the first threshold for the first class of radio devices and, if so, denying access to the spectrum resource for additional radio devices belonging to the first class of radio devices. setting a weight value for each radio device in the first class of radio devices; setting a weight value for each radio device in the second class of radio devices, the weight values of at least some of the radio devices in the second class being less than the weight values of at least some of the radio devices in the first class; setting a first threshold for the first class of radio devices; setting a second threshold for the second class of radio device; aggregating the weight values of radio devices that use the spectrum resource, the resulting aggregate being a channel usage value and the first threshold corresponding to a larger channel usage value than the second threshold; and determining if the channel usage value crosses the second threshold for the second class of radio devices and, if so, denying access to the spectrum resource for additional radio devices belonging to the second class of radio devices; and determining if the channel usage value crosses the first threshold for the first class of radio devices and, if so, denying access to the spectrum resource for additional radio devices belonging to the first class of radio devices.
A method for performing a performance measurement in a communication network, said method comprising, at each measurement point (MPk) of a number of measurement points (MP10, MP1, MP2, MP3, MPK) implemented in said communication network: a) identifying packets of a multipoint packet flow; b) amongst said identified packets of said multipoint packet flow, selecting a number of sample packets, said selecting being based on the value of a sampling signature calculated by applying a hash function to a predetermined mask of bits in each identified packet; c) for each sample packet, providing to a management server a sample performance parameter (SPPi(k)) and at least a portion of the packet's content (PCi(k)); said method further comprising, at said management server: d) amongst said number of measurement points (MPO, MP1, MP2, MP3,... MPK), identifying a cluster of measurement points wherein, if no packet loss occurs, each identified packet of said multipoint packet flow received by an input measurement point of said cluster is also received at an output measurement point (MP1, MP2, MP3,... MPK) of said cluster; e) amongst the sample performance parameters provided by the measurement points of the cluster, identifying sample performance parameters relating to sample packets belonging to a packet sub-flow (PFk*) comprised in said multipoint packet flow, based on said at least a portion of said packet's content (PCi(k)); and f) performing said performance measurement on said packet sub-flow (PFk*), based on said identified sample performance parameters. a) identifying packets of a multipoint packet flow; b) amongst said identified packets of said multipoint packet flow, selecting a number of sample packets, said selecting being based on the value of a sampling signature calculated by applying a hash function to a predetermined mask of bits in each identified packet; c) for each sample packet, providing to a management server a sample performance parameter (SPPi(k)) and at least a portion of the packet's content (PCi(k)); d) amongst said number of measurement points (MPO, MP1, MP2, MP3,... MPK), identifying a cluster of measurement points wherein, if no packet loss occurs, each identified packet of said multipoint packet flow received by an input measurement point of said cluster is also received at an output measurement point (MP1, MP2, MP3,... MPK) of said cluster; e) amongst the sample performance parameters provided by the measurement points of the cluster, identifying sample performance parameters relating to sample packets belonging to a packet sub-flow (PFk*) comprised in said multipoint packet flow, based on said at least a portion of said packet's content (PCi(k)); and f) performing said performance measurement on said packet sub-flow (PFk*), based on said identified sample performance parameters.
An aircraft communication system for establishing a datalink network between participating aircrafts, wherein each participating aircraft comprises an Automatic dependent Surveillance Broadcast, ADS-B Mode-S datalink transponder for sending and receiving ADS-B messages over an ADS-B standard communication protocol, characterized in that: - said ADS-B Mode-S datalink transponders are employed for establishing said datalink network using an ADS-B standard communication protocol, and - said ADS-B Mode-S datalink transponders transmitting event driven ADS-B messages with a predefined structure identifying said ADS-B messages as Type 23 test messages, and comprising message data for establishing said datalink network, thus providing a datalink network established by transmission of solely ADS-B messages compliant with said ADS-B standard communication protocol. - said ADS-B Mode-S datalink transponders are employed for establishing said datalink network using an ADS-B standard communication protocol, and - said ADS-B Mode-S datalink transponders transmitting event driven ADS-B messages with a predefined structure identifying said ADS-B messages as Type 23 test messages, and comprising message data for establishing said datalink network, thus providing a datalink network established by transmission of solely ADS-B messages compliant with said ADS-B standard communication protocol.
A powder containing 20 percent by dry weight or more of milk-derived complex lipid content characterized by containing protein by 15 to 35 percent by dry weight and fat by 45 to 60 percent by dry weight.
A method for manufacturing a semiconductor package, comprising: providing a build-up material on a surface (306;308) of a sacrificial core; forming a cavity in the build-up material down to the surface (306;308) of the sacrificial core; disposing a bridge interconnect in the cavity, the bridge interconnect having a first side with a plurality of conductive pads and a second side opposite the first side, such that the first side of the bridge interconnect is closer to the surface (306;308) than the second side of the bridge interconnect is to the surface (306;308); providing additional build-up material to embed the bridge interconnect; and forming a via in the build-up material, wherein the via extends through a portion of the build-up material, has a first end that is narrower than a second end of the via, and the first end is closer to the surface than the second end is to the surface. providing a build-up material on a surface (306;308) of a sacrificial core; forming a cavity in the build-up material down to the surface (306;308) of the sacrificial core; disposing a bridge interconnect in the cavity, the bridge interconnect having a first side with a plurality of conductive pads and a second side opposite the first side, such that the first side of the bridge interconnect is closer to the surface (306;308) than the second side of the bridge interconnect is to the surface (306;308); providing additional build-up material to embed the bridge interconnect; and forming a via in the build-up material, wherein the via extends through a portion of the build-up material, has a first end that is narrower than a second end of the via, and the first end is closer to the surface than the second end is to the surface.
A device comprising: a first microphone and a second microphone that are separated by a predefined distance, and that are configured to receive source signals and output respective first and second microphone signals based on received source signals; and a signal processor configured to: calculate a phase difference between the first and the second microphone signals based on the predefined distance, calculate an angular distance between directions of arrival of the source signals and a desired capture direction based on the phase difference; and calculate directional-filter coefficients based on the angular distance, wherein the signal processor is configured to filter undesired source signals from an output of the signal processor based on the directional-filter coefficients; characterised in that the signal processor is configured to replace each of the directional-filter coefficients of a first range of subbands with an average value of the directional-filter coefficients for a second range of subbands. a first microphone and a second microphone that are separated by a predefined distance, and that are configured to receive source signals and output respective first and second microphone signals based on received source signals; and a signal processor configured to: calculate a phase difference between the first and the second microphone signals based on the predefined distance, calculate an angular distance between directions of arrival of the source signals and a desired capture direction based on the phase difference; and calculate directional-filter coefficients based on the angular distance, wherein the signal processor is configured to filter undesired source signals from an output of the signal processor based on the directional-filter coefficients; characterised in that the signal processor is configured to replace each of the directional-filter coefficients of a first range of subbands with an average value of the directional-filter coefficients for a second range of subbands.
A honeycomb structural body comprising: a partition wall formed of a porous ceramic which forms and defines a plurality of cells each functioning as a flow path of a fluid and extending from one end surface to the other end surface; and an outer circumference wall formed along the outermost circumference, wherein an oxide ceramic containing a Fe 3 O 4 phase in which a solute component capable of forming a spinel-type oxide with Fe is solid-dissolved is formed; wherein the oxide ceramic contains Ni as the solute component, and the peak shift of the plane of Fe 3 O 4 measured by x-ray diffraction using the CuKα line is 0.02° or more; wherein the oxide ceramic is an electrode formed on an outer surface of the honeycomb structural body; and wherein the oxide ceramic contains no crystal phase of Fe 2 MO 4, where M represents the solute component.
Device for transporting an inflatable boat in operational configuration in a sling beneath a helicopter, the inflatable boat being of the general known type comprising two lateral floats, each comprising at least one inflatable tube, and which are separated from one another at the rear portion of the lateral floats, at the stern of the boat, by a rigid transom able to support at least one motor for propulsion, the two floats converging towards one another at the front, towards the longitudinal central axis of the boat, at the bow of the boat, which also comprises a keel connecting the lower portions of the two lateral floats and a bottom extending between the two lateral floats, the transport device comprising a sling with four flexible support lines including a pair of lines each of which can be attached by a so-called "lower" end to a respective one of two lifting points and a so-called "upper" end of each of said lines is connected to at least one attachment member, suitable for engaging with a hook suspended beneath a helicopter, and two flexible support lines (12, 13) each forming a loop to pass around the external and lower lateral contours and under the keel of the boat, and of which each of the two ends (12a, 13a) is attached to said at least one attachment member, one of the two looped lines, referred to as the "front" line, being able to surround the boat at the bow of the boat, characterized in that the other looped line, referred to as the "middle" line, is able to surround the boat at the central portion of the boat, and in that said lines able to be connected to the two lifting points are rear lines each able to be attached to a lifting point arranged in one of the respective two lateral end portions of the transom, the device further comprising a forward lower line which connects the loop of the front line to the front of the boat and is able to prevent said front line from moving closer towards the middle line, said forward lower line being a flat nose strap, of which a so-called "front" end can be detachably fixed to an attachment point on the nose of the boat, and of which the other so-called "back" end is integral with the middle of the front line and is positioned substantially at the point of the keel in the usage position of the device.
A multimedia control system, comprising: a) a programmable multimedia controller (100, 320, 430) being configured for controlling, switching data among and interconnecting associated components including one or more of audio, video, telephony, data, security, motor-driven or relay driven components so as to provide one or more programmable services: b) a dedicated wireless receiver (260, 340); c) a portable communication and control device, PCD, (220, 302) configured to communicate with the programmable multimedia controller, by way of Wi-Fi; d) a dedicated wireless communication path from the remote control device to the dedicated wireless receiver (260, 340); and e) a remote control device (202, 304, 404) configured to slidably receive the PCD into a recess such that the PCD (220, 302) is mechanically and electrically coupled to the remote control device (202, 304, 404), the remote control device (202, 304, 404) including surface enhanced buttons allowing a user to make selections by the sense of touch for selecting setting of the associated components; wherein the remote control device (202, 304, 404) is configured to send a message to the programmable multimedia controller (100, 320, 430) either by passing the message to the PCD (220, 302, 410) and the PCD sending the message over Wi-Fi to the programmable multimedia controller when the PCD is available, or by sending the message over the dedicated wireless communication path to the dedicated wireless receiver (260, 340) when the PCD is not available. a) a programmable multimedia controller (100, 320, 430) being configured for controlling, switching data among and interconnecting associated components including b) a dedicated wireless receiver (260, 340); c) a portable communication and control device, PCD, (220, 302) configured to communicate with the programmable multimedia controller, by way of Wi-Fi; d) a dedicated wireless communication path from the remote control device to the dedicated wireless receiver (260, 340); and e) a remote control device (202, 304, 404) configured to slidably receive the PCD into a recess such that the PCD (220, 302) is mechanically and electrically coupled to the remote control device (202, 304, 404), the remote control device (202, 304, 404) including surface enhanced buttons allowing a user to make selections by the sense of touch for selecting setting of the associated components; wherein the remote control device (202, 304, 404) is configured to send a message to the programmable multimedia controller (100, 320, 430) either by passing the message to the PCD (220, 302, 410) and the PCD sending the message over Wi-Fi to the programmable multimedia controller when the PCD is available, or by sending the message over the dedicated wireless communication path to the dedicated wireless receiver (260, 340) when the PCD is not available.
A multifunction rotary tool for bookbinding machines, particularly for milling and roughening the back of blocks of pages to be bound, wherein the bookbinding machine comprises a substantially horizontal advancement plane for feeding the blocks and a motorized spindle, which tool comprises: - a cylindrical base defining an axis of rotation and adapted to be coupled to a motorized spindle of the bookbinding machine; - a first annular member designed to be coaxially secured to said cylindrical base and having a substantially circular outer peripheral edge; - a crown of milling blades formed in said first annular member proximate to its outer peripheral edge and defining a cutting plane (π) substantially perpendicular to said axis of rotation; - a plurality of roughening inserts, which are adapted to be removably secured to said cylindrical base along a circular area that is radially inwardly offset relative to said crown of milling blades; characterized in that each roughening insert comprises a cylindrical body with an end portion having a substantially hook-like shape defined by an upper edge with a sharp tip which is designed to penetrate the back of the block and cut it along a direction substantially perpendicular thereto, and an at least partially curved recessed surface, which is adapted to tear apart and push downwards the cut material without removing it. - a cylindrical base defining an axis of rotation and adapted to be coupled to a motorized spindle of the bookbinding machine; - a first annular member designed to be coaxially secured to said cylindrical base and having a substantially circular outer peripheral edge; - a crown of milling blades formed in said first annular member proximate to its outer peripheral edge and defining a cutting plane (π) substantially perpendicular to said axis of rotation; - a plurality of roughening inserts, which are adapted to be removably secured to said cylindrical base along a circular area that is radially inwardly offset relative to said crown of milling blades;