mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transferring data between a fuel providing means and a vehicle for the prevention of misfuelling, comprising: an RFID tag, adapted to emit a radio signal, disposable on one of the vehicle and the fuel providing means; a radio receiving means, disposable on the other one of the vehicle and the fuel providing means, adapted to detect the radio signal emitted by the RFID tag; storage means for storing a predetermined radio signal; a switch suitable for being provided in a holster of the fuel providing means, the switch provided in a power providing circuit that provides power to at least one of the RFID tag and the radio receiving means wherein the switch is adapted to control the supply of power to one of the RFID tag and the radio receiving means thereby enabling the radio receiving means to detect the radio signal emitted by the RFID tag determining means for comparing the detected radio signal with the predetermined radio signal and determining a correspondence, wherein the detected radio signal and the predetermined radio signal are each representative of a type of fuel, an alarm unit, wherein the alarm unit is adapted to generate a warning signal on the basis of the correspondence from the determining means, a manual override button, wherein the manual override button, when activated, is adapted to allow the transfer of fuel from the fuel providing means to the vehicle regardless of the correspondence. an RFID tag, adapted to emit a radio signal, disposable on one of the vehicle and the fuel providing means; a radio receiving means, disposable on the other one of the vehicle and the fuel providing means, adapted to detect the radio signal emitted by the RFID tag; storage means for storing a predetermined radio signal; a switch suitable for being provided in a holster of the fuel providing means, the switch provided in a power providing circuit that provides power to at least one of the RFID tag and the radio receiving means wherein the switch is adapted to control the supply of power to one of the RFID tag and the radio receiving means thereby enabling the radio receiving means to detect the radio signal emitted by the RFID tag determining means for comparing the detected radio signal with the predetermined radio signal and determining a correspondence, wherein the detected radio signal and the predetermined radio signal are each representative of a type of fuel, an alarm unit, wherein the alarm unit is adapted to generate a warning signal on the basis of the correspondence from the determining means, a manual override button, wherein the manual override button, when activated, is adapted to allow the transfer of fuel from the fuel providing means to the vehicle regardless of the correspondence.
Method for controlling optical modules (11, 12, 21, 22; 121) of a tail light of a vehicle, said method comprising the following steps: - activating a first set of one or more optical modules (11, 12), said first set generating a first signaling function, - if the vehicle has reverse gear engaged, activating, according to a first mode of operation, a second set of one or more optical modules (21, 22; 121), so that said second set generates a second signaling function distinct from the first signaling function, - if the vehicle does not have reverse gear engaged, activating, according to a second mode of operation, the or at least one of the optical modules of said second set, so that this optical module generates a complementary beam of light distinct from the beam of light it emits in the first mode of operation, this distinct complementary beam of light supplementing the first signaling function, said complementary beam of light having a photometric distribution, the pattern of which is identical to that of the photometric distribution of the first function. - activating a first set of one or more optical modules (11, 12), said first set generating a first signaling function, - if the vehicle has reverse gear engaged, activating, according to a first mode of operation, a second set of one or more optical modules (21, 22; 121), so that said second set generates a second signaling function distinct from the first signaling function, - if the vehicle does not have reverse gear engaged, activating, according to a second mode of operation, the or at least one of the optical modules of said second set, so that this optical module generates a complementary beam of light distinct from the beam of light it emits in the first mode of operation, this distinct complementary beam of light supplementing the first signaling function, said complementary beam of light having a photometric distribution, the pattern of which is identical to that of the photometric distribution of the first function.
An oral hygiene device comprising: (a) a unitary integrally moulded elongate shaft forming an elongate handle having a proximal end, and a distal end of circular cross-section; and (b) a head comprising a body portion encircling the distal end of the shaft, and flexible filaments (11, 12, 13, 14, 15, 16, 17, 18, 19, 20,21,22) of non-absorbent material and of uniform diameter extending transversely from said body portion, the body portion and the flexible filaments being formed as an integral one-piece moulding that is fused to the distal end of the shaft, wherein the integral flexible filaments are in a plurality of rows (9a,9b,9c,9d,9e,9f,9g,9h,9i,9j,9k,9l), each said row extending longitudinally of the shaft and comprising at least five of the filaments, wherein the rows of filaments are distributed around the head such that there is no more than 60° angular separation between adjacent rows (9c, 9d, 9e, 9f; 9i, 9j, 9k,9l) and a selected plurality of said rows (9a, 9b, 9c; 9g, 9h, 9i) are parallel to one another, wherein said distal end and head are of frustoconical shape, wherein the head being of frustoconical shape is tapering inwardly towards a face at the free end that is smooth, devoid of flexible filaments, and either flat or convex. (a) a unitary integrally moulded elongate shaft forming an elongate handle having a proximal end, and a distal end of circular cross-section; and (b) a head comprising a body portion encircling the distal end of the shaft, and flexible filaments (11, 12, 13, 14, 15, 16, 17, 18, 19, 20,21,22) of non-absorbent material and of uniform diameter extending transversely from said body portion, the body portion and the flexible filaments being formed as an integral one-piece moulding that is fused to the distal end of the shaft, wherein the integral flexible filaments are in a plurality of rows (9a,9b,9c,9d,9e,9f,9g,9h,9i,9j,9k,9l), each said row extending longitudinally of the shaft and comprising at least five of the filaments, wherein the rows of filaments are distributed around the head such that there is no more than 60° angular separation between adjacent rows (9c, 9d, 9e, 9f; 9i, 9j, 9k,9l) and a selected plurality of said rows (9a, 9b, 9c; 9g, 9h, 9i) are parallel to one another, wherein said distal end and head are of frustoconical shape, wherein the head being of frustoconical shape is tapering inwardly towards a face at the free end that is smooth, devoid of flexible filaments, and either flat or convex.
A wideband antenna radiating element comprising a base, arranged on the reflector of the antenna, supporting first and second components (54, 55) which are two half-wave symmetrical feed dipoles generating linear dual polarization and each comprising two arms (54a, 54b, 55a, 55b), the first and second components (54, 55) being arranged in a first plane, characterized in that - the radiating element further comprises at least one third component (56, 57) chosen from among a dipole or patch arranged in a second plane placed above the first plane and parallel to the first plane, and - each of the components (54, 55, 56, 57) is formed of a three-dimensional fractal pattern. - the radiating element further comprises at least one third component (56, 57) chosen from among a dipole or patch arranged in a second plane placed above the first plane and parallel to the first plane, and - each of the components (54, 55, 56, 57) is formed of a three-dimensional fractal pattern.
A belay descender device (D1, D2) for a rope comprising: - a cam mounted rotating on a fixed flange to perform locking of the rope when said rope is under tension, - an operating lever or handle articulated on the cam to cause progressive unlocking of the rope with a geared-down effect at the beginning of the unlocking travel of the lever, characterized in that the operating lever comprises transmission means collaborating with a guide ramp of the fixed flange to interrupt the mechanical link with the cam after an intermediate position of the lever has been passed, resulting in freeing from said ramp outside the gearing-down area, and that the end of the guide ramp of the flange corresponds to the anti-panic position of the transmission means enabling automatic locking of the cam as soon as the gearing-down area has been passed. - a cam mounted rotating on a fixed flange to perform locking of the rope when said rope is under tension, - an operating lever or handle articulated on the cam to cause progressive unlocking of the rope with a geared-down effect at the beginning of the unlocking travel of the lever,
A energy storage device, comprising: a cathode; an anode, wherein the anode comprises a first lithium ion intercalating carbon component and a second lithium ion intercalating carbon component; and a separator between the anode and the cathode; characterized in that the anode comprises the first lithium ion intercalating carbon component and the second lithium ion intercalating carbon component at a ratio of 1:19 to 19:1. a cathode; an anode, wherein the anode comprises a first lithium ion intercalating carbon component and a second lithium ion intercalating carbon component; and a separator between the anode and the cathode; characterized in that the anode comprises the first lithium ion intercalating carbon component and the second lithium ion intercalating carbon component at a ratio of 1:19 to 19:1.
A method for controlling a friction clutch for connecting first and second rotatable axles (2, 3) in a vehicle, where the clutch comprises - a first friction part which is connected to the first axle, - a second friction part which is connected to the second axle, - a spring element which is adapted to bias the second friction part into engagement with the first friction part to connect the first and second axles (2, 3), and - an actuator comprising a movable actuator part (8, 9, 10) which is engageable with the spring element, and adapted to move, upon being subjected to an actuation force from an actuator control system, towards a disengagement position, thereby deforming the spring element to disengage the second friction part from the first friction part to disconnect the first and second axles (2, 3), - further, the method comprises the steps of - subjecting the movable actuator part (8, 9, 10) to a test force urging the movable actuator part (8, 9, 10) towards the disengagement position, the test force being smaller than the actuation force, and - subsequently or simultaneously to subjecting the movable actuator part (8, 9, 10) to the test force, determining a position of the movable actuator part (8, 9, 10). and characterised in that the method comprises the step of - determining, based on the determined position, whether to prevent the actuator control system to subject the movable actuator part (8, 9, 10) to the actuation force. - a first friction part which is connected to the first axle, - a second friction part which is connected to the second axle, - a spring element which is adapted to bias the second friction part into engagement with the first friction part to connect the first and second axles (2, 3), and - an actuator comprising a movable actuator part (8, 9, 10) which is engageable with the spring element, and adapted to move, upon being subjected to an actuation force from an actuator control system, towards a disengagement position, thereby deforming the spring element to disengage the second friction part from the first friction part to disconnect the first and second axles (2, 3), - further, the method comprises the steps of - subjecting the movable actuator part (8, 9, 10) to a test force urging the movable actuator part (8, 9, 10) towards the disengagement position, the test force being smaller than the actuation force, and - subsequently or simultaneously to subjecting the movable actuator part (8, 9, 10) to the test force, determining a position of the movable actuator part (8, 9, 10). and characterised in that the method comprises the step of - determining, based on the determined position, whether to prevent the actuator control system to subject the movable actuator part (8, 9, 10) to the actuation force. - determining, based on the determined position, whether to prevent the actuator control system to subject the movable actuator part (8, 9, 10) to the actuation force.
Latch lock, preferably designed as a roller latch lock, having a lock housing and a latch arranged in the lock housing, wherein the latch is mounted such that it can be displaced along a first direction, wherein the latch is acted upon by means of a latch spring means arranged in the lock housing, and wherein the latch projects from a forend of the lock housing in a first state at a first distance, wherein at least one actuating device is provided which is designed to cause a displacement of the latch along the first direction beyond the first distance into a locking state of the latch and to displace the latch into a second distance which is beyond the first distance, wherein a first stop is provided on the latch and a second stop cooperating with the first stop is provided on the lock housing, in that the stops (10, 11) cooperate in the first state and in that at least one stop, preferably the first stop, is variable in such a way that the cooperation of the stops (10, 11) can be cancelled, wherein a stop spring means is provided to bias and/or retain the variable stop (10, 11) in the extended condition, wherein a decoupling means is provided which cooperates with the variable stop (10, 11) and the actuating device to move the variable stop (10, 11) from the extended state to the retracted state, wherein the actuating device comprises an actuating means, wherein the actuating means is adapted to cooperate with the decoupling means by a change of shape. wherein at least one actuating device is provided which is designed to cause a displacement of the latch along the first direction beyond the first distance into a locking state of the latch and to displace the latch into a second distance which is beyond the first distance, wherein a first stop is provided on the latch and a second stop cooperating with the first stop is provided on the lock housing, in that the stops (10, 11) cooperate in the first state and in that at least one stop, preferably the first stop, is variable in such a way that the cooperation of the stops (10, 11) can be cancelled, wherein a stop spring means is provided to bias and/or retain the variable stop (10, 11) in the extended condition, wherein a decoupling means is provided which cooperates with the variable stop (10, 11) and the actuating device to move the variable stop (10, 11) from the extended state to the retracted state, wherein the actuating device comprises an actuating means, wherein the actuating means is adapted to cooperate with the decoupling means by a change of shape.
Method for assessing hand disinfection quality comprising the steps of - providing a hand disinfection medium comprising light reflecting particles responsive to light mostly outside the visible spectral range of light, - applying the hand disinfection medium comprising the light reflecting particles in a prescribed manner and for a prescribed time, - introducing the hands into a rigid case with a bottom wall, a top wall and side walls connected to each other, - illuminating the hands disinfected this way with a light source providing light in a predetermined spectral range for activating the reflecting particles, with an intensity distribution mostly outside the visible range, - taking digital images of the illuminated hands from both sides, - transferring the digital images from the digital imaging device to a computer, the computer being configured for - determining the concentration of reflecting particles from the digital images, - comparing the determined concentration value with a predetermined threshold value corresponding to an acceptable hand cleanness, and - determining whether the quality of disinfection is acceptable or not according to the result of the comparison, characterized in that - for each of a plurality of persons an individual threshold value is stored, and - the concentration value determined from the digital image of each person is compared with the person's individual threshold value. - providing a hand disinfection medium comprising light reflecting particles responsive to light mostly outside the visible spectral range of light, - applying the hand disinfection medium comprising the light reflecting particles in a prescribed manner and for a prescribed time, - introducing the hands into a rigid case with a bottom wall, a top wall and side walls connected to each other, - illuminating the hands disinfected this way with a light source providing light in a predetermined spectral range for activating the reflecting particles, with an intensity distribution mostly outside the visible range, - taking digital images of the illuminated hands from both sides, - transferring the digital images from the digital imaging device to a computer, the computer being configured for - determining the concentration of reflecting particles from the digital images, - comparing the determined concentration value with a predetermined threshold value corresponding to an acceptable hand cleanness, and - determining whether the quality of disinfection is acceptable or not according to the result of the comparison, characterized in that - for each of a plurality of persons an individual threshold value is stored, and - the concentration value determined from the digital image of each person is compared with the person's individual threshold value.
An inkjet ink for printing on hydrophobic media comprising: a pigment; water; a surfactant; and a polar aprotic solvent having a molecular weight of 40 to 130, wherein the content proportion of the polar aprotic solvent is 40 to 75 weight % and as the surfactant, a silicone-based surfactant S 1 expressed by the Formula: [where R 1 indicates a polyalkylene oxide chain containing at least one or more ethylene oxide groups or propylene oxide groups, and x indicates a numeral of no less than 1] and a silicone-based surfactant S 2 expressed by the Formula: [where R 2 indicates a polyalkylene oxide chain containing at least one or more ethylene oxide groups or propylene oxide groups, and y indicates a numeral of no less than 1] are used in combination, and a blending ratio (weight ratio) S 1 /S 2 of the two silicone-based surfactants is S 1 /S 2 =6/4 to 4/6.
Rapier rod for weaving machines, comprising: - a holder profile, which delimits a mounting cavity with a bottom and side walls that are erected with respect to the bottom; - a gear rack with several teeth, which is mounted in the mounting cavity and which is made of a thermoplastic material; wherein - the holder profile is made of a thermoplastic material that is compatible with the thermoplastic material of the gear rack; and wherein the gear rack is bonded chemically to the holder profile, characterized in that the thermoplastic material is reinforced with reinforcing fibres that extend mainly in the longitudinal direction of the holder profile and that the gear rack comprises several tooth units, wherein each tooth unit comprises one or more teeth of the gear rack and each tooth unit is bonded chemically to the holder profile. - a holder profile, which delimits a mounting cavity with a bottom and side walls that are erected with respect to the bottom; - a gear rack with several teeth, which is mounted in the mounting cavity and which is made of a thermoplastic material; wherein - the holder profile is made of a thermoplastic material that is compatible with the thermoplastic material of the gear rack;
A data transmission method, wherein the method comprises: determining, by a cable modem termination system physical, CMTS PHY, layer according to uplink resource assignment information configured by a cable modem termination system Media Access Control, CMTS MAC, layer separately for each cable modem, CM, of multiple CMs, a time slice that needs to be occupied when uplink data sent from a CM connected to the CMTS PHY layer, is forwarded to the CMTS MAC layer, wherein the CMTS PHY layer is a remote CMTS PHY layer and the CTMS MAC layer is connected to the remote CMTS PHY layer by using an optical fiber; and forwarding, by the CMTS PHY layer to the CMTS MAC layer on the determined time slice, the received uplink data that is sent, by using the uplink resource assignment information configured by the CMTS MAC layer, by the CM connected to the CMTS PHY layer. determining, by a cable modem termination system physical, CMTS PHY, layer according to uplink resource assignment information configured by a cable modem termination system Media Access Control, CMTS MAC, layer separately for each cable modem, CM, of multiple CMs, a time slice that needs to be occupied when uplink data sent from a CM connected to the CMTS PHY layer, is forwarded to the CMTS MAC layer, wherein the CMTS PHY layer is a remote CMTS PHY layer and the CTMS MAC layer is connected to the remote CMTS PHY layer by using an optical fiber; and forwarding, by the CMTS PHY layer to the CMTS MAC layer on the determined time slice, the received uplink data that is sent, by using the uplink resource assignment information configured by the CMTS MAC layer, by the CM connected to the CMTS PHY layer.
An airframe for a tiltrotor aircraft comprising: a wing airframe including a rib; a fuselage airframe including a fore-aft overhead beam; and a cradle support assembly including a forward wing support coupled to the fore-aft overhead beam and the wing airframe and an aft wing support coupled to the fore-aft overhead beam and the wing airframe; wherein, the forward wing support includes a strut assembly coupled between the fore-aft overhead beam and the wing airframe and configured to provide pitch stiffness for the wing airframe; and wherein, the rib, the fore-aft overhead beam, the forward wing support and the aft wing support are aligned in a vertical plane to form a wing-fuselage airframe beam assembly to support the wing airframe. a wing airframe including a rib; a fuselage airframe including a fore-aft overhead beam; and a cradle support assembly including a forward wing support coupled to the fore-aft overhead beam and the wing airframe and an aft wing support coupled to the fore-aft overhead beam and the wing airframe; wherein, the forward wing support includes a strut assembly coupled between the fore-aft overhead beam and the wing airframe and configured to provide pitch stiffness for the wing airframe; and wherein, the rib, the fore-aft overhead beam, the forward wing support and the aft wing support are aligned in a vertical plane to form a wing-fuselage airframe beam assembly to support the wing airframe.