mhurhangee/ep-ind-claims huggingface dataset:
An antenna assembly adapted for aircraft comprising: - an antenna radiating element, and - at least an antenna coupler in electrical contact with the antenna radiating element, - a portion of a vertical tail plane of the aircraft having a portion of a front spar, - a second metallic element (3,14) in electrical contact with the antenna radiating element and with a first metallic element (2,12), the antenna radiating element being located parallel to the portion of the front spar; characterized by: - the first metallic element being in electrical contact with the antenna coupler, and the first metallic element (2,12) comprising said portion of the front spar, - the antenna radiating element, the first and the second metallic elements (2,12; 3,14) and the antenna coupler being configured as an electrical circuit such that in use a closed loop is described by a current path flowing through said circuit. - an antenna radiating element, and - at least an antenna coupler in electrical contact with the antenna radiating element, - a portion of a vertical tail plane of the aircraft having a portion of a front spar, - a second metallic element (3,14) in electrical contact with the antenna radiating element and with a first metallic element (2,12), the antenna radiating element being located parallel to the portion of the front spar; - the first metallic element being in electrical contact with the antenna coupler, and the first metallic element (2,12) comprising said portion of the front spar, - the antenna radiating element, the first and the second metallic elements (2,12; 3,14) and the antenna coupler being configured as an electrical circuit such that in use a closed loop is described by a current path flowing through said circuit.
An electronic test node for a safety chain in a passenger conveyor system, the electronic test node comprising: an electrical connection for an associated safety switch; a processor configured to monitor a signal carried by the electrical connection so as to detect whether the associated safety switch is open or closed; and a test switch connected in series with the electrical connection, wherein the processor is configured to run a test by selectively opening the test switch and monitoring for a change in the signal carried by the electrical connection; and characterised in that: the electronic test node further comprises a printed circuit board and the processor is mounted on the printed circuit board, and wherein the electrical connection for an associated safety switch is external to the printed circuit board. an electrical connection for an associated safety switch; a processor configured to monitor a signal carried by the electrical connection so as to detect whether the associated safety switch is open or closed; and a test switch connected in series with the electrical connection, wherein the processor is configured to run a test by selectively opening the test switch and monitoring for a change in the signal carried by the electrical connection; and characterised in that: the electronic test node further comprises a printed circuit board and the processor is mounted on the printed circuit board, and wherein the electrical connection for an associated safety switch is external to the printed circuit board.
A multi-part long knife for cutting rubberized and non-rubberized steel cord, rubber sheets with or without fiber reinforcement, industrial textiles, steel sheets and non-ferrous metals having an elongate knife carrier on which at least one elongate blade with a cutting edge is held, wherein the knife carrier comprises a clamping strip which is guided in a recess of the knife carrier in a clamping direction, wherein a receptacle for the blade is formed between the knife carrier and the clamping strip guided in the recess, wherein a first clamping surface is formed on the knife carrier and a second clamping surface opposite the first clamping surface is formed on the clamping strip, between which the blade can be clamped, wherein the clamping surfaces (50, 52) extend parallel to a longitudinal direction L and inclined to each other, characterized in that the clamping surfaces (50, 52) are each inclined at an angle of 35° to 55° to the clamping direction K.
A method of quickly connecting or engaging a disconnected, hydraulic disc coupling in an AWD vehicle, the disc coupling having a hydraulic cylinder for its actuation, characterized in that the effective piston area in the cylinder is reduced during the connection phase, wherein the effective piston area is reduced by admitting hydraulic oil to both sides of a working piston in the cylinder, leaving the effective area to the area of the piston rod.
A package comprising a carrier holding at least one container, the carrier comprising: a bottom panel, a first inner side panel foldably connected to the bottom panel, a first outer side panel foldably connected to the first inner side panel, a second inner side panel foldably connected to the bottom panel, a second outer side panel foldably connected to the second inner side panel, a first top panel foldably connected to the first outer side panel, and a second top panel foldably connected to the second outer side panel; at least one container-receiving feature comprising a first retaining feature extending in at least the first inner side panel and an opposing second retaining feature extending in at least the second inner side panel, a top portion of the at least one container being at least partially retained by each of the first retaining feature and the second retaining feature; the bottom panel is at least partially disposed between the top portion of the at least one container and at least one of the first top panel and the second top panel; characterized in that the first retaining feature and the second retaining feature each includes arespective retention flap (144, 146) foldably connected to a respective one of the first inner side panel and the second inner side panel along a respective retention fold line (148, 150), the retention fold line (148, 150) engaging an underside of the top portion of the at least one container. a bottom panel, a first inner side panel foldably connected to the bottom panel, a first outer side panel foldably connected to the first inner side panel, a second inner side panel foldably connected to the bottom panel, a second outer side panel foldably connected to the second inner side panel, a first top panel foldably connected to the first outer side panel, and a second top panel foldably connected to the second outer side panel; at least one container-receiving feature comprising a first retaining feature extending in at least the first inner side panel and an opposing second retaining feature extending in at least the second inner side panel, a top portion of the at least one container being at least partially retained by each of the first retaining feature and the second retaining feature; the bottom panel is at least partially disposed between the top portion of the at least one container and at least one of the first top panel and the second top panel; characterized in that the first retaining feature and the second retaining feature each includes arespective retention flap (144, 146) foldably connected to a respective one of the first inner side panel and the second inner side panel along a respective retention fold line (148, 150), the retention fold line (148, 150) engaging an underside of the top portion of the at least one container.
A gas-cooled welding torch (1; 100) for an arc welding machine comprising a current contact tube (6; 106) formed from an electrically conductive material, in the interior of which a wire guide channel for a welding wire is formed, and a current contact tube (6; 106) is formed, by leaving an outer tube (5; 105) enclosing the intermediate space, whereas the intermediate space is formed as a guiding conduit for a protective gas and whereas said spacers (11, 121) electrically insulating said elements are arranged between the current contact tube (6; 106) and the outer tube (5; 105), which exhibit passage structures for letting the protective gas through, whereas the spacers (11, 12) are arranged only in partial areas of the intermediate space, whereas the outer tube is formed an electrically conducting material, in that the current contact tube (6; 106) is exposed in the remaining areas, in which no spacer (11, 12) is provided, with the surface of the electrically conducting material in the intermediate space, in that the outer tube (5; 105) is exposed in the areas, in which no spacer (11, 12) is provided, with the surface of the electrically conducting material in the intermediate space, characterised in that the current contact tube (6; 106) is exposed every time in a portion of the remaining areas, in which the current contact tube (6; 106) with the surface of the electrically conducting material in the intermediate space, is fitted with surface-enlarged structures in the form of spiral cooling ribs enclosing the current contact tube (6, 106).
A hydrogen generator comprising: an electrolytic cell; an anion exchange membrane that is configured to divide the electrolytic cell into a cathode chamber and an anode chamber; a cathode chamber water supply part that is configured to supply water to the cathode chamber; an anode chamber water supply part that is configured to supply water to the anode chamber; a cathode that is provided on a cathode chamber-side surface of the anion exchange membrane; an anode that is provided on an anode chamber-side surface of the anion exchange membrane; a cathode feeder that is arranged within the cathode chamber and is configured to feed power to the cathode; an anode feeder that is arranged within the anode chamber and is configured to feed power to the anode; and an active oxygen reduction material that is arranged within the anode chamber and is configured to reduce active oxygen generated within the anode chamber, characterized in that the hydrogen generator further comprises a pressure adjusting part that makes an internal pressure of the cathode chamber equal to or higher than an internal pressure of the anode chamber. an electrolytic cell; an anion exchange membrane that is configured to divide the electrolytic cell into a cathode chamber and an anode chamber; a cathode chamber water supply part that is configured to supply water to the cathode chamber; an anode chamber water supply part that is configured to supply water to the anode chamber; a cathode that is provided on a cathode chamber-side surface of the anion exchange membrane; an anode that is provided on an anode chamber-side surface of the anion exchange membrane; a cathode feeder that is arranged within the cathode chamber and is configured to feed power to the cathode; an anode feeder that is arranged within the anode chamber and is configured to feed power to the anode; and an active oxygen reduction material that is arranged within the anode chamber and is configured to reduce active oxygen generated within the anode chamber, characterized in that the hydrogen generator further comprises a pressure adjusting part that makes an internal pressure of the cathode chamber equal to or higher than an internal pressure of the anode chamber.
A communication device which coexists with another communication device on a same communication medium by time division communication, the communication device comprising: a coexistence control section for dividing, using communication slot units each comprising N communication slots (N is an integer no less than 2), a cycle T into M periods (M is an integer no less than 2), and for defining at least one of the communication slots in each communications slot unit as a first communication slot (D-Slot) thereby enabling acquisition of a right for performing communication M/X times (X is a divisor of M) in the cycle T, and for defining, in each communication slot unit, a communication slot other than the first communication slot (D-Slot) as a second communication slot (S-Slot) thereby enabling acquisition of a right for performing communication M times in the cycle T, and for performing, in units of 1/X for the first communication slot (D-Slot) and in units of 1 for the second communication slot (S-Slot), allocation of a communication slot to exclusively use; and a coexistence signal transmission section for transmitting, to said another communication device, a coexistence signal indicating the communication slot to exclusively use, which communication slot has been allocated by the coexistence control section. a coexistence control section for dividing, using communication slot units each comprising N communication slots (N is an integer no less than 2), a cycle T into M periods (M is an integer no less than 2), and for defining at least one of the communication slots in each communications slot unit as a first communication slot (D-Slot) thereby enabling acquisition of a right for performing communication M/X times (X is a divisor of M) in the cycle T, and for defining, in each communication slot unit, a communication slot other than the first communication slot (D-Slot) as a second communication slot (S-Slot) thereby enabling acquisition of a right for performing communication M times in the cycle T, and for performing, in units of 1/X for the first communication slot (D-Slot) and in units of 1 for the second communication slot (S-Slot), allocation of a communication slot to exclusively use; and a coexistence signal transmission section for transmitting, to said another communication device, a coexistence signal indicating the communication slot to exclusively use, which communication slot has been allocated by the coexistence control section.
A resin mold comprising a substrate and a cured material of a photopolymerizable resin composition provided on a surface of the substrate, wherein a fine concavo-convex structure is formed on a surface of the cured material, the pitch of the fine concave-convex structure ranging from 50 nm to 1000 nm, and the fluorine element concentration (Es) in the resin mold surface portion of the cured material is higher than the average fluorine element concentration (Eb) in the cured material, wherein said resin mold surface portion means a portion in the range of 2nm to 20nm in the thickness direction which is perpendicular to the surface of the resin mold, and the ratio between Eb and Es satisfies equation: 20 ≤ Es / Eb ≤ 200.
Unlocking unit for a vehicle seat, for unlocking at least two locking devices, which unlocking unit transmits a movement, which is introduced via an actuating element, for unlocking purposes to the at least two locking devices, wherein each locking device is in each case assigned an unlocking element (11, 12), wherein, when the locking device is locked, the assigned unlocking element (11, 12) is in the locking position, wherein, when the locking device is unlocked, the assigned unlocking element (11, 12) is in the unlocking position, wherein a display element is provided which is in the display position when the at least two locking devices are unlocked, and which is in the non-display position when the at least two locking devices are locked, and each unlocking element (11, 12) located in the unlocking condition prevents a movement of the display element into the non-display position, wherein the display element remains in the display position as long as at least one locking device is unlocked, characterized in that a gearwheel mechanism is provided which transmits a movement, which is introduced via the actuating element, for unlocking purposes to the unlocking elements (11, 12), wherein the gearwheel mechanism comprises an unlocking lever with an unlocking toothing and a control gearwheel with a control toothing, wherein the unlocking lever is connected to the actuating element and, in the event of a movement, which is introduced via the actuating element, for unlocking purposes, carries along the control gearwheel.
A measuring station for diagnostics of the geometry of longitudinal beams comprising a test chamber, a clamping plate arranged in the test chamber, clamping beds mounted on the clamping plate for fixing a longitudinal beam, adjusting means coupled to the clamping beds and restrictor plates mounted on the clamping plate for defining a space for placing a longitudinal beam, characterized in that the restrictor plates are coupled to a restrictor plate drive, wherein the measuring station further comprises a laser profilometer arranged reversibly adjustably in the direction parallel to the longitudinal axis of and above the clamping plate, which is used for scanning the shape of the side/sides of the longitudinal beam facing the laser profilometer, wherein the laser profilometer is coupled to means for comparing the scanned longitudinal beam with a computer modeled longitudinal beam.
A method for analysing the crystal structure of a polycrystalline semiconductor material comprising: - exciting the material in order to make the material emit a luminescent signal; - detecting, at each point of a mesh in a preset spatial region of the material, the luminescent signal at a variable polarization angle, in a frequency band of width greater than or equal to the width of the bandgap of the material; - estimating, at each point of the mesh in the preset spatial region of the material, from the signal detected for said point of the mesh, a data characteristic of the modulation of the luminescent signal, modelled by a sum of sine waves, as a function of the polarization angle; - generating a representation of the characteristic data over all of the points of the mesh in the preset spatial region. - exciting the material in order to make the material emit a luminescent signal; - detecting, at each point of a mesh in a preset spatial region of the material, the luminescent signal at a variable polarization angle, in a frequency band of width greater than or equal to the width of the bandgap of the material; - estimating, at each point of the mesh in the preset spatial region of the material, from the signal detected for said point of the mesh, a data characteristic of the modulation of the luminescent signal, modelled by a sum of sine waves, as a function of the polarization angle; - generating a representation of the characteristic data over all of the points of the mesh in the preset spatial region.
A process for the preparation of freeze-dried micro-organism composition, comprising the step of (i) subjecting a frozen composition comprising micro-organisms to a drying pressure of from 133 Pa to 338 Pa at a temperature of from 10 to 40°C for a period of from 24 to 72 hours to reach an A w below 0.15, such that at the drying pressure the frozen composition is dried by sublimation of water present in the frozen composition to provide a freeze-dried composition comprising the micro-organisms. (i) subjecting a frozen composition comprising micro-organisms to a drying pressure of from 133 Pa to 338 Pa at a temperature of from 10 to 40°C for a period of from 24 to 72 hours to reach an A w below 0.15, such that at the drying pressure the frozen composition is dried by sublimation of water present in the frozen composition to provide a freeze-dried composition comprising the micro-organisms.
Gas meter, comprising a housing with a gas inlet connection and an inflow chamber, which is arranged downstream of the latter and into which gas flows via an inflow opening, arranged downstream of which inflow chamber is a measuring section arranged upstream of a gas outlet connection and having a measuring device, in which the gas flow is measured, wherein projecting into the inflow chamber there is a tube, which merges into the measuring section or forms the latter and runs substantially perpendicularly to the gas flow direction through the inflow opening and overlaps the inflow opening, at least in a certain portion, characterized in that the tube is configured as a double tube with an inner tube and an outer tube, or in that the tube is accommodated in a second tube, at least in a certain portion, wherein the volume between the inner tube and the outer tube or between the first tube and the second tube forms a bypass channel.
A communications program that causes a computer to execute a process comprising: receiving from a communication counterpart apparatus encrypted data and identification information (112-1#C) of a first key (111-1#C) with which the encrypted data was encrypted, the first key being one of a plurality of keys used for a common key encryption between the computer and the communication counterpart apparatus; determining whether identification information of a key to be used subsequent to the first key is stored and correlated with the identification information of the first key, based on the identification information of the first key and by referring to a storing unit of the computer storing the plurality of keys and identification information thereof; obtaining a second key (111-2#S) and identification information (112-2#S) of the second key (111-2#S) when the identification information of the key is not stored, the second key being one of the plurality of keys and different from the first key; storing and correlating the identification information (112-2#S) of the second key with the identification information (112-1#C) of the first key; encrypting the second key (111-2#S) and the identification information (112-2#S) of the second key with the first key (111-1#S); and transmitting the encrypted second key (111-2#S), the encrypted identification information (112-2#S) of the second key, and the identification information of the first key (112-1#S) to the communication counterpart apparatus. receiving from a communication counterpart apparatus encrypted data and identification information (112-1#C) of a first key (111-1#C) with which the encrypted data was encrypted, the first key being one of a plurality of keys used for a common key encryption between the computer and the communication counterpart apparatus; determining whether identification information of a key to be used subsequent to the first key is stored and correlated with the identification information of the first key, based on the identification information of the first key and by referring to a storing unit of the computer storing the plurality of keys and identification information thereof; obtaining a second key (111-2#S) and identification information (112-2#S) of the second key (111-2#S) when the identification information of the key is not stored, the second key being one of the plurality of keys and different from the first key; storing and correlating the identification information (112-2#S) of the second key with the identification information (112-1#C) of the first key; encrypting the second key (111-2#S) and the identification information (112-2#S) of the second key with the first key (111-1#S); and transmitting the encrypted second key (111-2#S), the encrypted identification information (112-2#S) of the second key, and the identification information of the first key (112-1#S) to the communication counterpart apparatus.