mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring a radio frequency, RF, environment of a vehicle cabin, the method comprising: scanning an RF environment of the vehicle cabin, the scanning including measuring an RF signal, determining spectral information of the measured RF signal, and determining a direction and/or a position of a source (101, 102, 103) emitting the measured RF signal; acquiring three-dimensional visual information of the vehicle cabin; and storing the determined spectral information of the measured RF signal, the related direction and/or position of the source (101, 102, 103) emitting the measured RF signal and the acquired three-dimensional visual information of the vehicle cabin in a memory; overlaying the determined spectral information of the measured RF signal and the acquired three-dimensional visual information of the vehicle cabin based on the determined direction and/or position of the source (101, 102, 103) emitting the measured RF signal; and characterised by displaying the determined spectral information of the measured RF signal and the overlaid three-dimensional visual information of the vehicle cabin in a virtual reality system or an augmented reality system. scanning an RF environment of the vehicle cabin, the scanning including measuring an RF signal, determining spectral information of the measured RF signal, and determining a direction and/or a position of a source (101, 102, 103) emitting the measured RF signal; measuring an RF signal, determining spectral information of the measured RF signal, and determining a direction and/or a position of a source (101, 102, 103) emitting the measured RF signal; acquiring three-dimensional visual information of the vehicle cabin; and storing the determined spectral information of the measured RF signal, the related direction and/or position of the source (101, 102, 103) emitting the measured RF signal and the acquired three-dimensional visual information of the vehicle cabin in a memory; overlaying the determined spectral information of the measured RF signal and the acquired three-dimensional visual information of the vehicle cabin based on the determined direction and/or position of the source (101, 102, 103) emitting the measured RF signal; and characterised by displaying the determined spectral information of the measured RF signal and the overlaid three-dimensional visual information of the vehicle cabin in a virtual reality system or an augmented reality system.
A node (na) for transmitting cipher text in an 802.11 wireless network comprising a plurality of nodes (11a, 11b, 11c), the node comprising: • a wireless communications device configured for establishing a wireless communications link with at least one other adjacent node (11b, 11c) of the 802.11 wireless network; • a seed generator configured for performing a one-way algorithm for generating a seed, the one-way algorithm using an address of the node, a secret key and a media access controller, MAC, layer sequence number updated with each transmitted encrypted message; • a random initialization vector, IV, generator configured for generating a random IV; • a concatenator configured for concatenating the seed and the random IV; • a key encryptor configured for generating a key sequence based on the concatenation of the seed and the random IV; • a logic circuit configured for generating cipher text using the key sequence and a plain text for transmission to the at least one other adjacent node (11b, 11c) over the wireless communications link, • wherein the wireless communications device is configured to transmit the cipher text to the at least one other adjacent node (11b, 11c) over the wireless communications link. • a wireless communications device configured for establishing a wireless communications link with at least one other adjacent node (11b, 11c) of the 802.11 wireless network; • a seed generator configured for performing a one-way algorithm for generating a seed, the one-way algorithm using an address of the node, a secret key and a media access controller, MAC, layer sequence number updated with each transmitted encrypted message; • a random initialization vector, IV, generator configured for generating a random IV; • a concatenator configured for concatenating the seed and the random IV; • a key encryptor configured for generating a key sequence based on the concatenation of the seed and the random IV; • a logic circuit configured for generating cipher text using the key sequence and a plain text for transmission to the at least one other adjacent node (11b, 11c) over the wireless communications link, • wherein the wireless communications device is configured to transmit the cipher text to the at least one other adjacent node (11b, 11c) over the wireless communications link.
A portable swimming pool access and filtering apparatus for use in a swimming pool comprising: a staircase assembly having opposing vertical sidewalls, each sidewall having an interior surface, a plurality of steps positioned between the interior surface of the opposing vertical sidewalls,; and a filter assembly comprising a filter cartridge housing for receiving a removable filter cartridge, a pool skimmer having a first end forming a water inlet that is mounted through one of the opposing vertical staircase sidewalls and a second end coupled to the filter cartridge housing, a pump assembly having a first end coupled to the filter cartridge housing and a second end forming a water discharge outlet (252, 254) and mounted to the opposing vertical staircase sidewall, the pump assembly including a submersible water pump for drawing water through the filter cartridge and pumping filtered water through the water discharge outlet (252, 254), characterized by the staircase assembly in which each step having a lower surface and positioned in a spaced-apart arrangement from an adjacent step, the lower surfaces of the plurality of steps and the interior surfaces of the opposing sidewalls defining an interior portion of the staircase assembly, wherein the filter assembly mounted within the interior portion of the staircase assembly and in which a step of the plurality of steps is movable to permit access to and removal of the filter cartridge at or via the step. a staircase assembly having opposing vertical sidewalls, each sidewall having an interior surface, a plurality of steps positioned between the interior surface of the opposing vertical sidewalls,; and a filter assembly comprising a filter cartridge housing for receiving a removable filter cartridge, a pool skimmer having a first end forming a water inlet that is mounted through one of the opposing vertical staircase sidewalls and a second end coupled to the filter cartridge housing, a pump assembly having a first end coupled to the filter cartridge housing and a second end forming a water discharge outlet (252, 254) and mounted to the opposing vertical staircase sidewall, the pump assembly including a submersible water pump for drawing water through the filter cartridge and pumping filtered water through the water discharge outlet (252, 254), characterized by the staircase assembly in which each step having a lower surface and positioned in a spaced-apart arrangement from an adjacent step, the lower surfaces of the plurality of steps and the interior surfaces of the opposing sidewalls defining an interior portion of the staircase assembly, wherein the filter assembly mounted within the interior portion of the staircase assembly and in which a step of the plurality of steps is movable to permit access to and removal of the filter cartridge at or via the step.
Sound head for installation into a measurement tube of a flow meter for sound-based detection of a flow rate of a medium, having a longitudinal axis, and having a) a pot composed of a metallic pot material, which has a pot side wall, a pot base through which sound is to be passed and a pot opening which is opposite the pot base, b) an electromechanical sound transducer element, which is adhesively bonded to an inner side of the pot base, c) two electrical feed lines (14, 15), which lead out of the pot opening and serve for the electrical contacting of the electromechanical sound transducer element, d) a closure part, which is inserted into the pot and closes off the pot opening, wherein e) the pot side wall, at the height of the pot opening, opens into a bent-over pot edge region which extends laterally away from the longitudinal axis, f) the pot side wall has a pot step, and the closure part has in a closure part side wall a closure part step which corresponds to the pot step, wherein the pot step and the closure part step abut directly on one another, g) the closure part has a laterally projecting and fully encircling connecting collar which is connected fixedly to the bent-over pot edge region of the pot side wall, and h) the pot, in the state in which the sound head is installed into a measurement tube, encapsulates the inner side of the pot with respect to the medium. a) a pot composed of a metallic pot material, which has a pot side wall, a pot base through which sound is to be passed and a pot opening which is opposite the pot base, b) an electromechanical sound transducer element, which is adhesively bonded to an inner side of the pot base, c) two electrical feed lines (14, 15), which lead out of the pot opening and serve for the electrical contacting of the electromechanical sound transducer element, d) a closure part, which is inserted into the pot and closes off the pot opening, wherein e) the pot side wall, at the height of the pot opening, opens into a bent-over pot edge region which extends laterally away from the longitudinal axis, f) the pot side wall has a pot step, and the closure part has in a closure part side wall a closure part step which corresponds to the pot step, wherein the pot step and the closure part step abut directly on one another, g) the closure part has a laterally projecting and fully encircling connecting collar which is connected fixedly to the bent-over pot edge region of the pot side wall, and h) the pot, in the state in which the sound head is installed into a measurement tube, encapsulates the inner side of the pot with respect to the medium.
Holder for a shock absorber element, in particular for a suspension strut of a motor vehicle, having a support bearing for the shock absorber element, the holder and the support bearing being formed in one piece as an organic sheet component, wherein that region of the organic sheet component which forms the support bearing is of resilient elastic form, characterized in that the organic sheet component comprises two different strengthening fibres, wherein that region of the organic sheet component which forms the support bearing comprises strengthening fibres of lower stiffness than strengthening fibres that are provided in another region, or in all other regions, of the organic sheet component.
A mouthpiece for a smoking article, the mouthpiece being configured to receive an insert unit and comprising: a first segment of elastically deformable material, the first segment having a length in the longitudinal direction of the mouthpiece and a width transverse to its length wherein the first segment comprises an insert unit access portion comprising at least one slit (60, 61, 62, 63, 64, 65, 66, 611, 612) extending along at least a part of the length of the first segment, and extending across at least a part of the width of the first segment to facilitate deformation of the insert unit access portion, between: an undeformed state, in which the boundary of the at least one slit does not define an opening in the insert unit access portion; and a deformed state, in which the boundary of the at least one slit forms at least a portion of the periphery of an opening in the insert unit access portion by action of inserting an insert unit into the first segment of the mouthpiece. a first segment of elastically deformable material, the first segment having a length in the longitudinal direction of the mouthpiece and a width transverse to its length wherein the first segment comprises an insert unit access portion comprising at least one slit (60, 61, 62, 63, 64, 65, 66, 611, 612) extending along at least a part of the length of the first segment, and extending across at least a part of the width of the first segment to facilitate deformation of the insert unit access portion, between: an undeformed state, in which the boundary of the at least one slit does not define an opening in the insert unit access portion; and a deformed state, in which the boundary of the at least one slit forms at least a portion of the periphery of an opening in the insert unit access portion by action of inserting an insert unit into the first segment of the mouthpiece. an undeformed state, in which the boundary of the at least one slit does not define an opening in the insert unit access portion; and a deformed state, in which the boundary of the at least one slit forms at least a portion of the periphery of an opening in the insert unit access portion by action of inserting an insert unit into the first segment of the mouthpiece.
An auxiliary calibration device configured to mount one or more calibration apparatuses, characterized in that the auxiliary calibration device comprises: a supporting frame; a guide rail mounted on the supporting frame; and a slider mounted on the guide rail, the slider being movable along the guide rail, the slider being configured to fasten a calibration apparatus; wherein the guide rail comprises a longitudinal guide rail, the slider comprising a longitudinal slider, the longitudinal slider being movable along the longitudinal guide rail; wherein the supporting frame comprises a rectangular frame that is disposed in a longitudinal direction, and the longitudinal guide rail comprises a first longitudinal guide rail portion and a second longitudinal guide rail portion that are disposed on two longitudinal bars of the rectangular frame, two ends of the longitudinal slider respectively fitting the first longitudinal guide rail portion and the second longitudinal guide rail portion; wherein a lifting screw rod is disposed between two transverse bars of the rectangular frame, the lifting screw rod being rotatable relative to the rectangular frame; and the longitudinal slider is provided with a thread hole, the lifting screw rod passing through the thread hole; wherein the guide rail further comprises a transverse guide rail, the transverse guide rail being fastened on the longitudinal slider; and wherein the slider further comprises a transverse slider, the transverse slider being movable along the transverse guide rail. a supporting frame; a guide rail mounted on the supporting frame; and a slider mounted on the guide rail, the slider being movable along the guide rail, the slider being configured to fasten a calibration apparatus; wherein the guide rail comprises a longitudinal guide rail, the slider comprising a longitudinal slider, the longitudinal slider being movable along the longitudinal guide rail; wherein the supporting frame comprises a rectangular frame that is disposed in a longitudinal direction, and the longitudinal guide rail comprises a first longitudinal guide rail portion and a second longitudinal guide rail portion that are disposed on two longitudinal bars of the rectangular frame, two ends of the longitudinal slider respectively fitting the first longitudinal guide rail portion and the second longitudinal guide rail portion; wherein a lifting screw rod is disposed between two transverse bars of the rectangular frame, the lifting screw rod being rotatable relative to the rectangular frame; and the longitudinal slider is provided with a thread hole, the lifting screw rod passing through the thread hole; wherein the guide rail further comprises a transverse guide rail, the transverse guide rail being fastened on the longitudinal slider; and wherein the slider further comprises a transverse slider, the transverse slider being movable along the transverse guide rail.
Power semiconductor module comprising a base plate and at least one pair of substrates mounted thereon, whereby each substrate has a rectangular shape, the substrates have an identical shape and design, multiple power semiconductors (4, 5, 25), which are at least approximately of the same size, are mounted on each substrate, the power semiconductors (4, 5, 25) are arranged on each substrate with a different number of power semiconductors (4, 5, 25) along opposite edges thereof, the substrates are identically equipped with power semiconductors (4, 5, 25), and the at least one pair of substrates is arranged on the base plate with the edges of the substrates provided with a lower number of power semiconductors (4, 5, 25) facing towards each other. each substrate has a rectangular shape, the substrates have an identical shape and design, multiple power semiconductors (4, 5, 25), which are at least approximately of the same size, are mounted on each substrate, the power semiconductors (4, 5, 25) are arranged on each substrate with a different number of power semiconductors (4, 5, 25) along opposite edges thereof, the substrates are identically equipped with power semiconductors (4, 5, 25), and the at least one pair of substrates is arranged on the base plate with the edges of the substrates provided with a lower number of power semiconductors (4, 5, 25) facing towards each other.
An apparatus for restraining an energy store having one or a plurality of cells disposed between a first side of the energy store and a second side of the energy store vertically opposite the first side, comprising the following features: at least one first mounting device which is designed to transmit a first clamping force acting in the direction of the second side to the first side of the energy store; at least one second mounting device which is designed to transmit a second clamping force acting in the direction of the first side to the second side of the energy store; and at least one expandable clamping device, which is designed to provide the first and second clamping forces and is furthermore designed to adapt a distance between the at least one first mounting device and the at least one second mounting device to a tolerated distance between the first and second sides, comprising a plurality of first mounting devices, a plurality of second mounting devices, at least two expandable clamping devices and a horizontally disposed connecting web that is connected to the plurality of first mounting devices or the plurality of second mounting devices, and wherein the connecting web runs horizontally over a third side of the energy store disposed between a fourth side and a fifth side and has a first fastening device for fastening the connecting web to the fourth side and a second fastening device for fastening the connecting web to the fifth side. at least one first mounting device which is designed to transmit a first clamping force acting in the direction of the second side to the first side of the energy store; at least one second mounting device which is designed to transmit a second clamping force acting in the direction of the first side to the second side of the energy store; and at least one expandable clamping device, which is designed to provide the first and second clamping forces and is furthermore designed to adapt a distance between the at least one first mounting device and the at least one second mounting device to a tolerated distance between the first and second sides, comprising a plurality of first mounting devices, a plurality of second mounting devices, at least two expandable clamping devices and a horizontally disposed connecting web that is connected to the plurality of first mounting devices or the plurality of second mounting devices, and wherein the connecting web runs horizontally over a third side of the energy store disposed between a fourth side and a fifth side and has a first fastening device for fastening the connecting web to the fourth side and a second fastening device for fastening the connecting web to the fifth side.
A vane arm assembly for a gas turbine engine comprising: a vane stem; a vane arm defining an arm aperture that the vane stem is disposed within; and a mechanical fastener retaining an axial position of the vane arm in the axial direction, a retention clip having a base portion and at least one clip arm, the base portion defining a clip aperture that the vane stem is disposed within, the vane arm assembly being characterised in that the base portion is disposed within the circumferential groove of the vane stem to couple the retention clip to the vane stem, the at least one clip arm including a retention member engaged with the vane arm to provide redundant axial retention of the vane arm, and in that the vane stem has a circumferential groove axially spaced from an outer end of the vane stem, an axial direction being the longitudinal direction of the vane stem. a vane stem; a vane arm defining an arm aperture that the vane stem is disposed within; and a mechanical fastener retaining an axial position of the vane arm in the axial direction, a retention clip having a base portion and at least one clip arm, the base portion defining a clip aperture that the vane stem is disposed within, the vane arm assembly being characterised in that the base portion is disposed within the circumferential groove of the vane stem to couple the retention clip to the vane stem, the at least one clip arm including a retention member engaged with the vane arm to provide redundant axial retention of the vane arm, and in that the vane stem has a circumferential groove axially spaced from an outer end of the vane stem, an axial direction being the longitudinal direction of the vane stem.