mhurhangee/patent-ind-claim-en huggingface dataset:
A thrust reverser torque box assembly comprising: a first fitting having a cross section configuration such that the first fitting is connectable to a first thrust reverser actuation system of an aircraft engine, wherein the first fitting has a general triangular configuration with a triangular hollow interior; a second fitting having a cross section configuration such that the second fitting is connectable to a second thrust reverser actuation system of the aircraft engine, wherein the second fitting has a general triangular configuration with a triangular hollow interior; a tube having a length with opposite first and second ends and a cross section configuration that is different from the cross section configurations of the first and second fittings and is capable of efficiently carrying torsion, the tube first end being connected to the first fitting and the tube second end being connected to the second fitting, wherein the tube has a first transition section at the tube first end , the first transition section having a cross section configuration that transitions from the cross section configuration of the tube to a cross section configuration that matches the cross section configuration of the interior of the first fitting ; and wherein the tube has a second transition section at the tube second end , the second transition section having a cross section configuration that transitions from the cross section configuration of the tube to a cross section configuration that matches the cross section configuration of the interior of the second fitting. a first fitting having a cross section configuration such that the first fitting is connectable to a first thrust reverser actuation system of an aircraft engine, wherein the first fitting has a general triangular configuration with a triangular hollow interior; a second fitting having a cross section configuration such that the second fitting is connectable to a second thrust reverser actuation system of the aircraft engine, wherein the second fitting has a general triangular configuration with a triangular hollow interior; a tube having a length with opposite first and second ends and a cross section configuration that is different from the cross section configurations of the first and second fittings and is capable of efficiently carrying torsion, the tube first end being connected to the first fitting and the tube second end being connected to the second fitting, wherein the tube has a first transition section at the tube first end , the first transition section having a cross section configuration that transitions from the cross section configuration of the tube to a cross section configuration that matches the cross section configuration of the interior of the first fitting ; and wherein the tube has a second transition section at the tube second end , the second transition section having a cross section configuration that transitions from the cross section configuration of the tube to a cross section configuration that matches the cross section configuration of the interior of the second fitting.
Pneumatic vehicle tyre, characterized in that in its interior, on at least one inner surface, it at least partially comprises at least one adherent adhesive containing at least the following constituents: - 10% to 80% by weight of at least one rubber and - 11% to 80% by weight of at least one polyolefin and - 2% to 20% by weight of at least one hydrocarbon resin and - 1% to 30% by weight of at least one filler having a density of 2.5 to 12 g/cm 3 . - 10% to 80% by weight of at least one rubber and - 11% to 80% by weight of at least one polyolefin and - 2% to 20% by weight of at least one hydrocarbon resin and - 1% to 30% by weight of at least one filler having a density of 2.5 to 12 g/cm 3 .
Device for conveying thermoplastic material preforms for use in a heat treatment oven , said device for conveying preforms including at least one principal wheel and one auxiliary wheel at least one of which is driven in rotation to move at least one transport means to which are connected in movement holding means each configured to cooperate with a preform , said holding means being adapted to be actuated relative to a preform - or vice versa - between an inactive position and an active holding position, characterized in that said principal wheel of the conveyor device includes electric actuators that are selectively driven to drive at least in rotation said holding means in such a manner as to index said preform in a reference position.
A hearing aid (HD) configured to be worn by a user (U), fully or partially on the head of the user (U), the hearing aid (HD) comprising • At least one input transducer (IT) for converting a sound comprising a target sound from a target talker (TT) and additional sound in an environment of the user (U), when the user (U) wears the hearing aid (HD), to an electric sound signal representative of said sound, • an auxiliary input unit (AIN) comprising receiver circuitry for receiving a signal E s (n) representing said target sound or characteristics thereof, and configured to provide an auxiliary electric signal (e s (n)) representative of said target sound or properties thereof, • a processor (PRO) connected to said input transducer and to said auxiliary input unit (AIN), and wherein said processor (PRO) is configured to apply a noise reduction algorithm to said electric sound signal, or a signal derived therefrom, to provide an enhanced signal by attenuating components of said additional sound relative to components of said target sound in said electric sound signal, or in said signal derived therefrom, characterised in that said auxiliary electric signal is derived from visual information from a camera containing information of a current mechanical vibration of a facial or throat region of said target talker (TT) originating from the vocal cords of said target talker (TT), and wherein said noise reduction algorithm is configured to use said auxiliary electric signal or said signal derived therefrom to provide said enhanced signal. • At least one input transducer (IT) for converting a sound comprising a target sound from a target talker (TT) and additional sound in an environment of the user (U), when the user (U) wears the hearing aid (HD), to an electric sound signal representative of said sound, • an auxiliary input unit (AIN) comprising receiver circuitry for receiving a signal E s (n) representing said target sound or characteristics thereof, and configured to provide an auxiliary electric signal (e s (n)) representative of said target sound or properties thereof, • a processor (PRO) connected to said input transducer and to said auxiliary input unit (AIN), and wherein said processor (PRO) is configured to apply a noise reduction algorithm to said electric sound signal, or a signal derived therefrom, to provide an enhanced signal by attenuating components of said additional sound relative to components of said target sound in said electric sound signal, or in said signal derived therefrom,
A polyphase filter comprising: a first transistor ; a second transistor ; a third transistor ; and a fourth transistor , wherein a first output terminal is connected to a first terminal (S) of the first transistor, a second output terminal is connected to a first terminal (S) of the second transistor, a third output terminal is connected to a first terminal (S) of the third transistor, a fourth output terminal is connected to a first terminal (S) of the fourth transistor, a second terminal (D) of the first transistor and a control terminal (G) of the fourth transistor are connected at a first connection point and a first input terminal is also connected to the first connection point, a second terminal (D) of the third transistor and a control terminal (G) of the second transistor are connected at a second connection point and a second input terminal is also connected to the second connection point, a second terminal (D) of the second transistor and a control terminal (G) of the first transistor are connected, and a second terminal (D) of the fourth transistor and a control terminal (G) of the third transistor are connected, wherein the polyphase filter only has the first input terminal and the second input terminal as its input terminals. a first output terminal is connected to a first terminal (S) of the first transistor, a second output terminal is connected to a first terminal (S) of the second transistor, a third output terminal is connected to a first terminal (S) of the third transistor, a fourth output terminal is connected to a first terminal (S) of the fourth transistor, a second terminal (D) of the first transistor and a control terminal (G) of the fourth transistor are connected at a first connection point and a first input terminal is also connected to the first connection point, a second terminal (D) of the third transistor and a control terminal (G) of the second transistor are connected at a second connection point and a second input terminal is also connected to the second connection point, a second terminal (D) of the second transistor and a control terminal (G) of the first transistor are connected, and a second terminal (D) of the fourth transistor and a control terminal (G) of the third transistor are connected, wherein the polyphase filter only has the first input terminal and the second input terminal as its input terminals.
An acknowledgment packet transmission method, comprising: receiving , by a first device, data sent by a second device, wherein the data comprises N data packets; and sending , by the first device, an acknowledgment packet to the second device, wherein the acknowledgment packet comprises an acknowledgment field, the acknowledgment field comprises a first field and a second field, the second field comprises K locations and K lengths, an i th location in the K locations is a location of a start byte or a location of an end byte of an i th group of data packets in K groups of data packets, an i th length in the K lengths is a length of the i th group of data packets in the K groups of data packets, each group of data packets in the K groups of data packets comprise one data packet or a plurality of consecutive data packets, each group of data packets comprise one data packet or a plurality of consecutive data packets that belong to the N data packets, i=1, ..., K, characterized in that the first field is used to indicate a value of K, and wherein the first field comprises a first byte quantity, and the first byte quantity is a quantity of bytes occupied by the acknowledgment field. receiving , by a first device, data sent by a second device, wherein the data comprises N data packets; and sending , by the first device, an acknowledgment packet to the second device, wherein the acknowledgment packet comprises an acknowledgment field, the acknowledgment field comprises a first field and a second field, the second field comprises K locations and K lengths, an i th location in the K locations is a location of a start byte or a location of an end byte of an i th group of data packets in K groups of data packets, an i th length in the K lengths is a length of the i th group of data packets in the K groups of data packets, each group of data packets in the K groups of data packets comprise one data packet or a plurality of consecutive data packets, each group of data packets comprise one data packet or a plurality of consecutive data packets that belong to the N data packets, i=1, ..., K, characterized in that the first field is used to indicate a value of K, and wherein the first field comprises a first byte quantity, and the first byte quantity is a quantity of bytes occupied by the acknowledgment field.
A heat exchanger comprising: at least one serpentine tube having a plurality of longitudinally extending tube lengths ; and a plurality of heat exchange fins arrayed on the at least one tube , adjacent fins of the arrayed plurality of heat exchange fins having collars disposed about and contacting the at least one tube , wherein the at least one tube comprises a tube made of a first aluminum alloy having a first galvanic potential; and the plurality of heat exchange fins comprise fins made of a second aluminum alloy, the second aluminum alloy having a second galvanic potential, the second galvanic potential being higher than the first galvanic potential; and the at least one serpentine tube comprises a plurality of hairpin tubes supported between spaced tube sheets , each hairpin tube having a pair of longitudinally extending tube lengths and a hairpin turn , the plurality of hairpin tubes fluidly interconnected by a plurality of return bends ; characterised in that : the collars are interlocking collars and collectively form an integral protective layer about the at least one tube ; and in that the interlocking collars comprise a flare projecting outwardly from a first edge of the fin and a recess provided in the opposite edge of the fin , the flare of one fin being received in the recess of an adjacent fin . at least one serpentine tube having a plurality of longitudinally extending tube lengths ; and a plurality of heat exchange fins arrayed on the at least one tube , adjacent fins of the arrayed plurality of heat exchange fins having collars disposed about and contacting the at least one tube , wherein the at least one tube comprises a tube made of a first aluminum alloy having a first galvanic potential; and the plurality of heat exchange fins comprise fins made of a second aluminum alloy, the second aluminum alloy having a second galvanic potential, the second galvanic potential being higher than the first galvanic potential; and the at least one serpentine tube comprises a plurality of hairpin tubes supported between spaced tube sheets , each hairpin tube having a pair of longitudinally extending tube lengths and a hairpin turn , the plurality of hairpin tubes fluidly interconnected by a plurality of return bends ; characterised in that : the collars are interlocking collars and collectively form an integral protective layer about the at least one tube ; and in that the interlocking collars comprise a flare projecting outwardly from a first edge of the fin and a recess provided in the opposite edge of the fin , the flare of one fin being received in the recess of an adjacent fin . the collars are interlocking collars and collectively form an integral protective layer about the at least one tube ; and in that the interlocking collars comprise a flare projecting outwardly from a first edge of the fin and a recess provided in the opposite edge of the fin , the flare of one fin being received in the recess of an adjacent fin .
An imaging system comprising: a laser module for outputting a laser pulse; an optical delay module configured to split a laser pulse received from the laser module into a plurality of sub-pulses including a first sub-pulse and a second sub-pulse and to introduce a time delay between the first sub-pulse and the second sub-pulse, a spectral dispersion element configured to spatially disperse the light pulses into their spectral components; a telescope for delivering the sub-pulses from the optical delay module to a target volume, the telescope comprising an objective lens , and wherein the frequency components of the first sub-pulse and the second sub-pulse are geometrically dispersed everywhere but at the focus of the objective lens; and a photodetector configured to collect photons generated within the target volume in response to excitation of the target volume by the first and second sub-pulses. a laser module for outputting a laser pulse; an optical delay module configured to split a laser pulse received from the laser module into a plurality of sub-pulses including a first sub-pulse and a second sub-pulse and to introduce a time delay between the first sub-pulse and the second sub-pulse, a spectral dispersion element configured to spatially disperse the light pulses into their spectral components; a telescope for delivering the sub-pulses from the optical delay module to a target volume, the telescope comprising an objective lens , and wherein the frequency components of the first sub-pulse and the second sub-pulse are geometrically dispersed everywhere but at the focus of the objective lens; and a photodetector configured to collect photons generated within the target volume in response to excitation of the target volume by the first and second sub-pulses.
A prosthesis for treating disorders of the knee in the patellofemoral compartment of the knee, the prosthesis comprising a fixation portion configured to be mounted to the tibia proximate the upper tibial extremity and a displacement portion configured and dimensioned to extend under and displace the patellar tendon, wherein: the fixation portion is further configured to be mounted to the tibia medially or laterally of the tibial tuberosity; a spanning section is disposed between the fixation portion and the displacement portion , the spanning section configured and dimensioned to extend laterally or medially from the fixation portion in a direction towards the tibial mid-line; and the displacement portion is further configured and dimensioned to (i) extend from the spanning section further laterally or medially under patellar tendon and in engagement therewith, and (ii) displace the patellar tendon anteriorly sufficiently to alter the location, angle or magnitude of forces exerted thereby on the patella so as to achieve a therapeutic effect in patellofemoral compartment of the knee, characterised in that the spanning section is further configured and dimensioned to extend cranially from the fixation portion. the fixation portion is further configured to be mounted to the tibia medially or laterally of the tibial tuberosity; a spanning section is disposed between the fixation portion and the displacement portion , the spanning section configured and dimensioned to extend laterally or medially from the fixation portion in a direction towards the tibial mid-line; and the displacement portion is further configured and dimensioned to (i) extend from the spanning section further laterally or medially under patellar tendon and in engagement therewith, and (ii) displace the patellar tendon anteriorly sufficiently to alter the location, angle or magnitude of forces exerted thereby on the patella so as to achieve a therapeutic effect in patellofemoral compartment of the knee, characterised in that the spanning section is further configured and dimensioned to extend cranially from the fixation portion.
A securing device for a machine , comprising: - a first transmitting-receiving unit for emitting a first light beam (L1) in a first time window (Z1) and for receiving a second light beam (L2), - a second transmitting-receiving unit arranged for emitting the second light beam (L2) in a second time window (Z2) different from the first one, and for receiving the first light beam (L1), characterized by - an evaluation unit formed - for determining a reflecting object between the first transmitting-receiving unit and the second transmitting-receiving unit only if the first light beam (L1) is received by the first transmitting-receiving unit in the first time window (Z1) or the second light beam (L2) is received by the second transmitting-receiving unit in the second time window (Z2), and - for determining a non-reflecting object between the first transmitting-receiving unit and the second transmitting-receiving unit only if one of the two light beams (L1, L2) is not received by any of the two transmitting-receiving units in both time windows (Z1, Z2). - a first transmitting-receiving unit for emitting a first light beam (L1) in a first time window (Z1) and for receiving a second light beam (L2), - a second transmitting-receiving unit arranged for emitting the second light beam (L2) in a second time window (Z2) different from the first one, and for receiving the first light beam (L1), characterized by - an evaluation unit formed - for determining a reflecting object between the first transmitting-receiving unit and the second transmitting-receiving unit only if the first light beam (L1) is received by the first transmitting-receiving unit in the first time window (Z1) or the second light beam (L2) is received by the second transmitting-receiving unit in the second time window (Z2), and - for determining a non-reflecting object between the first transmitting-receiving unit and the second transmitting-receiving unit only if one of the two light beams (L1, L2) is not received by any of the two transmitting-receiving units in both time windows (Z1, Z2).
Hybrid module for a motor vehicle, which hybrid module comprises: an electric machine which comprises a stator and a rotor ; a double clutch which comprises a first and second component clutch and is configured to couple the hybrid module to a transmission of the motor vehicle such that it can be disconnected; and a separating clutch which is configured to couple an internal combustion engine of the motor vehicle to the hybrid module such that it can be disconnected, the double clutch and the separating clutch being arranged radially and axially within the rotor , the first and the second component clutch being arranged behind one another in the axial direction, and the separating clutch being arranged closer in the radial direction to the rotational axis of the rotor than the double clutch . an electric machine which comprises a stator and a rotor ; a double clutch which comprises a first and second component clutch and is configured to couple the hybrid module to a transmission of the motor vehicle such that it can be disconnected; and a separating clutch which is configured to couple an internal combustion engine of the motor vehicle to the hybrid module such that it can be disconnected, the double clutch and the separating clutch being arranged radially and axially within the rotor , the first and the second component clutch being arranged behind one another in the axial direction, and the separating clutch being arranged closer in the radial direction to the rotational axis of the rotor than the double clutch . the double clutch and the separating clutch being arranged radially and axially within the rotor , the first and the second component clutch being arranged behind one another in the axial direction, and the separating clutch being arranged closer in the radial direction to the rotational axis of the rotor than the double clutch .