mhurhangee/ep-ind-claims huggingface dataset:
A thrust reverser for an aircraft engine nacelle, the thrust reverser comprising a movable cowl moving back from a closed position where the thrust is not reversed to an open position for uncovering cascades reversing the direction of the cold air flow which is deflected from the annular secondary air flow path, the movable cowl including a radially outer portion intended to come near to a leading edge of an aircraft wing, the movable cowl including on the radially outer portion at least one avoidance panel intended to avoid interference with a leading edge movable slat of the aircraft wing, where the avoidance panel is pivotally mounted relative to a fixed structure of the thrust reverser, the thrust reverser further comprising at least one energy storage means configured so that the avoidance panel is constrained to bear against the movable cowl, at least when the thrust reverser is in the closed position, the thrust reverser being characterized in that the energy storage means is configured so that in the open position, the avoidance panel is constrained to contact and to bear against the movable cowl at a bearing area located on an external surface of the avoidance panel.
An apparatus for adjusting the position of a valve member of a percutaneous valve device, comprising: a first adjustment structure (105; 205; 300; 403, 405; 605) located on said valve member (110; 210; 310; 410; 510; 610; 710); and a second adjustment structure (125, 239; 335, 337; 435, 437; 607) located on a device frame (620; 720); wherein said valve member (110; 210; 310; 410; 510; 610; 710) and said device (620; 720) frame together comprise said valve device, said percutaneous valve device having a first configuration for percutaneous delivery and a second configuration as a working configuration; and wherein said first adjustment structure (105; 205; 300; 403, 405; 605) has a configuration that fits together in a complementary manner with a configuration on said second adjustment structure (125, 239; 335, 337; 435, 437; 607) to permit a range of relative positions between the valve member (110; 210; 310; 410; 510; 610; 710) and device frame (620; 720); said apparatus being configured to allow adjustment of an angular position of said valve member (110; 210; 310; 410; 510; 610; 710) relative to said device frame (620; 720). a first adjustment structure (105; 205; 300; 403, 405; 605) located on said valve member (110; 210; 310; 410; 510; 610; 710); and a second adjustment structure (125, 239; 335, 337; 435, 437; 607) located on a device frame (620; 720);
A method of assigning a beam pattern with null-steering beamforming from a first radio network node towards a neighbouring second radio network node, the method comprising determining a direction to the neighbouring second radio network node; determining an indication on traffic load for the second radio network node; determining, from the direction and traffic load, a direction for a null of the null-steering beamforming. determining a direction to the neighbouring second radio network node; determining an indication on traffic load for the second radio network node; determining, from the direction and traffic load, a direction for a null of the null-steering beamforming.
A cutting frame including a plurality of cutters for cutting one or more kinds of rectangular unit pieces having a relatively small size from a rectangular base material at a predetermined inclination, the cutters being mounted or formed in the cutting frame such that the cutters correspond to the rectangular unit pieces, characterized in that the cutters are mounted or formed in the cutting frame based on an offset array structure of the rectangular unit pieces in which the rectangular unit pieces are offset from one another such that each side of any arbitrary rectangular unit piece is adjacent to not more than one different rectangular unit piece, wherein the rectangular unit pieces are inclined at an angle of 20 to 70 degrees, wherein at least some combinations of adjacent four rectangular unit pieces form an approximately rectangular-shaped island-type residue defined by the respective sides of the rectangular unit pieces, wherein the width ('cutting width') between the upper end vertex of the uppermost row rectangular unit pieces and the lower end vertex of the lowermost row rectangular unit pieces is 95% to 100% of the effective width of the base material.
A suture anchor assembly, comprising: a suture anchor having an insert with a suture mated thereto, and a sleeve disposable over the insert and configured to lock the suture between the insert and the sleeve; a deployment device having a housing, and an actuation mechanism movably coupled to the housing and having a distal end mated to the sleeve such that the actuation mechanism is configured to position the sleeve over the insert; and an inserter shaft extending through the housing and having a proximal end coupled to the actuation mechanism and a distal end coupled to the sleeve; wherein the housing includes an outer shaft extending distally therefrom, the inserter shaft extending through the outer shaft, characterized in that the housing has a suture tensioning element mated to the suture for tensioning the suture between the insert and the suture tensioning element, the actuation mechanism is configured to position the sleeve over the insert while the suture remains fixed between the tensioning element and the insert, and the suture extends between the insert and the suture tensioning element outside the outer shaft. a suture anchor having an insert with a suture mated thereto, and a sleeve disposable over the insert and configured to lock the suture between the insert and the sleeve; a deployment device having a housing, and an actuation mechanism movably coupled to the housing and having a distal end mated to the sleeve such that the actuation mechanism is configured to position the sleeve over the insert; and an inserter shaft extending through the housing and having a proximal end coupled to the actuation mechanism and a distal end coupled to the sleeve; wherein the housing includes an outer shaft extending distally therefrom, the inserter shaft extending through the outer shaft, characterized in that the housing has a suture tensioning element mated to the suture for tensioning the suture between the insert and the suture tensioning element, the actuation mechanism is configured to position the sleeve over the insert while the suture remains fixed between the tensioning element and the insert, and the suture extends between the insert and the suture tensioning element outside the outer shaft.
A method for manufacturing a wiring harness, comprising the steps in the sequence set forth: (a) printing, or providing in a form of a mark, a circuit identifier (12; 12a; 12b; 12c; 12d; 22) upon an insulating cover portion (11; 21) of a continuously fed electric wire, the circuit identifier (12; 12a; 12b; 12c; 12d; 22) being indicative of a connection destination of the electric wire; (b) cutting in a predetermined length the electric wire having the circuit identifier (12; 12a; 12b; 12c; 12d; 22) so as to obtain a plurality of electric wires that have been cut; (c) providing a colored marker (13; 13a) on an end portion of the cover portion of at least one electric wire selected from the electric wires that have been cut, (d) putting together the at least one electric wire and at least another electric wire selected from the electric wires that have been cut to construct the wiring harness, the at least one other electric wire having a cover portion whose end portion does not include the colored marker, wherein an intermediate portion of the cover portion of the at least one other electric wire includes the circuit identifier indicative of a connection destination of the at least one other electric wire; and (e) assembling the electric wire including the colored marker on the end portion manually by an operator, and assembling the electric wire not including the colored marker on the end portion by using a machine. (a) printing, or providing in a form of a mark, a circuit identifier (12; 12a; 12b; 12c; 12d; 22) upon an insulating cover portion (11; 21) of a continuously fed electric wire, the circuit identifier (12; 12a; 12b; 12c; 12d; 22) being indicative of a connection destination of the electric wire; (b) cutting in a predetermined length the electric wire having the circuit identifier (12; 12a; 12b; 12c; 12d; 22) so as to obtain a plurality of electric wires that have been cut; (c) providing a colored marker (13; 13a) on an end portion of the cover portion of at least one electric wire selected from the electric wires that have been cut, (d) putting together the at least one electric wire and at least another electric wire selected from the electric wires that have been cut to construct the wiring harness, the at least one other electric wire having a cover portion whose end portion does not include the colored marker, wherein an intermediate portion of the cover portion of the at least one other electric wire includes the circuit identifier indicative of a connection destination of the at least one other electric wire; and (e) assembling the electric wire including the colored marker on the end portion manually by an operator, and assembling the electric wire not including the colored marker on the end portion by using a machine.
Holding element, - consisting of at least one holding unit which consists of at least three retaining fingers connected to one another on one side at a connection point and wherein a fixing unit is arranged at the connection point opposite the retaining fingers or - consisting of at least one holding unit, which consists of at least two retaining fingers connected to one another on one side at a connection point and wherein a further holding unit is arranged at the connection point opposite the retaining fingers, wherein this further holding unit consists of at least two retaining fingers connected to one another on this side at a connection point, wherein all retaining fingers of all holding units are provided with a termination in the form of a ball. - consisting of at least one holding unit which consists of at least three retaining fingers connected to one another on one side at a connection point and wherein a fixing unit is arranged at the connection point opposite the retaining fingers or - consisting of at least one holding unit, which consists of at least two retaining fingers connected to one another on one side at a connection point and wherein a further holding unit is arranged at the connection point opposite the retaining fingers, wherein this further holding unit consists of at least two retaining fingers connected to one another on this side at a connection point, wherein all retaining fingers of all holding units are provided with a termination in the form of a ball.
EQUIPMENT FOR MOULDING HANGERS PROVIDED WITH CLIPS, of the type composed of two form plates (F 1, F 2) arranged mutually opposed, which vary from a mutually approached position (closed mould), for defining the shape of the piece to be moulded by means of injecting different materials, ranging from synthetic plastic to biological, to a mutually spaced position (open mould), for enabling extractor pins, fixed on extraction plates (Z 1, Z 2) slidable along a direction parallel to the opening direction of the mould, inside the form plate (F 1), to extract a moulded hanger consisting in a body provided with two side clips, formed by a rib supporting a hook, said equipment being characterized in that it provides that the marks, required to make the two side clips, are obtained at the upper part of the outer side surface of the two extractor pins, which are positioned at the aforesaid side clips to be made.
A grain separating apparatus for a combine harvester, said grain separating apparatus comprising at least a first walker-sieve and a second walker-sieve arranged side by side, wherein said first walker-sieve and said second walker-sieve are suspended in at least two suspension points (5,6) for being arranged in said combine harvester, wherein at least one of said two suspension points (5,6) is arranged to describe a rotational motion and wherein a rotational motion drive is arranged to drive said rotational motion of said first walker-sieve out of phase with said rotational motion of said second walker-sieve, wherein each of said at least two walker-sieves (3,4) include a straw walker comprising drivers for conveying a straw material and wherein grain and debris are separated from said straw material through walker apertures arranged in said straw walker, characterized in that said straw walker is arranged on top of at least one sieve (14,15) being arranged to separate said grain from said debris and wherein said straw walker and said at least one sieve (14,15) are rigidly connected.
A method for modifying a heterophasic polymer composition, the method comprising the steps of: (a) mixing - a compatibilizing agent comprising two or more functional groups capable of reacting with a free radical in a radical addition reaction; and - a heterophasic polymer composition which (i) comprises a propylene polymer phase and an ethylene polymer phase and (ii) has a number-average sequence length of ethylene runs of ≥ 3; (b) generating free radicals in the propylene polymer phase and the ethylene polymer phase, whereby at least a portion of the compatibilizing agent reacts with free radicals in both the propylene polymer phase and the ethylene polymer phase to form a bond with a propylene polymer in the propylene polymer phase and a bond with an ethylene polymer in the ethylene polymer phase. (a) mixing - a compatibilizing agent comprising two or more functional groups capable of reacting with a free radical in a radical addition reaction; and - a heterophasic polymer composition which (i) comprises a propylene polymer phase and an ethylene polymer phase and (ii) has a number-average sequence length of ethylene runs of ≥ 3; - a compatibilizing agent comprising two or more functional groups capable of reacting with a free radical in a radical addition reaction; and - a heterophasic polymer composition which (i) comprises a propylene polymer phase and an ethylene polymer phase and (ii) has a number-average sequence length of ethylene runs of ≥ 3; (b) generating free radicals in the propylene polymer phase and the ethylene polymer phase, whereby at least a portion of the compatibilizing agent reacts with free radicals in both the propylene polymer phase and the ethylene polymer phase to form a bond with a propylene polymer in the propylene polymer phase and a bond with an ethylene polymer in the ethylene polymer phase.
A method of deactivating an explosive composition provided in an explosive cartridge being used in a blasting operation, which method comprises: providing an explosive cartridge comprising an explosive composition and a chemical inducing agent, wherein the chemical inducing agent is capable of promoting production of an enzyme that degrades the explosive composition by a micro-organism that is indigenous to and present in the environment in which the explosive cartridge is to be used, wherein the explosive cartridge is adapted to allow water present in the environment to enter the explosive cartridge and wherein as provided neither the explosive cartridge nor the explosive composition comprise a micro-organism that is capable of producing an enzyme that degrades the explosive composition; positioning the explosive cartridge in a blast hole; and allowing water present in the environment to enter the explosive cartridge thereby transporting the micro-organism into contact with the explosive composition, wherein the explosive composition remains detonable for a predetermined period of time after which detonation should otherwise have occurred and wherein the chemical inducing agent promotes production of the enzyme by the micro-organism with the enzyme then degrading the explosive composition so that the explosive composition is rendered insensitive to detonation after the predetermined period of time, and wherein the chemical inducing agent is a Michael acceptor. providing an explosive cartridge comprising an explosive composition and a chemical inducing agent, wherein the chemical inducing agent is capable of promoting production of an enzyme that degrades the explosive composition by a micro-organism that is indigenous to and present in the environment in which the explosive cartridge is to be used, wherein the explosive cartridge is adapted to allow water present in the environment to enter the explosive cartridge and wherein as provided neither the explosive cartridge nor the explosive composition comprise a micro-organism that is capable of producing an enzyme that degrades the explosive composition; positioning the explosive cartridge in a blast hole; and allowing water present in the environment to enter the explosive cartridge thereby transporting the micro-organism into contact with the explosive composition, wherein the explosive composition remains detonable for a predetermined period of time after which detonation should otherwise have occurred and wherein the chemical inducing agent promotes production of the enzyme by the micro-organism with the enzyme then degrading the explosive composition so that the explosive composition is rendered insensitive to detonation after the predetermined period of time, and wherein the chemical inducing agent is a Michael acceptor.
A computer-readable medium storing computer-executable instructions which, when executed by a secure element, cause the secure element to perform operations comprising: receiving a request for information, wherein the request for information is received in a near field communication controller interface, NCI, packet in an application protocol data unit, APDU; processing the received request to identify a first access level associated with the request and a second access level associated with an originator of the request, wherein the first access level is identified by mapping a type of the request to the first access level; determining if the first access level matches the second access level; in response to determining the first access level does not match the second access level, transmitting a message to the originator of the request indicating a denial of the request; and in response to determining the first access level matches the second access level, transmitting the request to a near field communication, NFC, controller; receiving information from the NFC controller; and transmitting the information from the NFC controller to the originator of the request. receiving a request for information, wherein the request for information is received in a near field communication controller interface, NCI, packet in an application protocol data unit, APDU; processing the received request to identify a first access level associated with the request and a second access level associated with an originator of the request, wherein the first access level is identified by mapping a type of the request to the first access level; determining if the first access level matches the second access level; in response to determining the first access level does not match the second access level, transmitting a message to the originator of the request indicating a denial of the request; and in response to determining the first access level matches the second access level, transmitting the request to a near field communication, NFC, controller; receiving information from the NFC controller; and transmitting the information from the NFC controller to the originator of the request. transmitting the request to a near field communication, NFC, controller; receiving information from the NFC controller; and transmitting the information from the NFC controller to the originator of the request.
A body profiling system comprising a body profiling device, comprising: a plurality of pivotally connectable links; and a plurality of probes, each of the probes disposed on a link and including any one or any combination of a transmitter configured to send a signal, a receiver configured to receive the signal, and a transceiver configured to send and receive the signal; the body profiling system further comprising a computer processor, wherein: (i) the links are modularly and operatively interconnectable with each other: to reversibly and operatively connect a new link to one of the terminal links (22, 26), thereby converting the one of the terminal links to a middle link and the new link to a new terminal link; or to be reversibly and operatively disconnected from one of the terminal links (22, 26), thereby converting an adjacent link to the one of the terminal links to a new terminal link; and (ii) the processor is configured for determining a number of operatively connected links and electronically communicating with the plurality of probes. a plurality of pivotally connectable links; and a plurality of probes, each of the probes disposed on a link and including any one or any combination of a transmitter configured to send a signal, a receiver configured to receive the signal, and a transceiver configured to send and receive the signal; (i) the links are modularly and operatively interconnectable with each other: to reversibly and operatively connect a new link to one of the terminal links (22, 26), thereby converting the one of the terminal links to a middle link and the new link to a new terminal link; or to be reversibly and operatively disconnected from one of the terminal links (22, 26), thereby converting an adjacent link to the one of the terminal links to a new terminal link; and to reversibly and operatively connect a new link to one of the terminal links (22, 26), thereby converting the one of the terminal links to a middle link and the new link to a new terminal link; or to be reversibly and operatively disconnected from one of the terminal links (22, 26), thereby converting an adjacent link to the one of the terminal links to a new terminal link; and (ii) the processor is configured for determining a number of operatively connected links and electronically communicating with the plurality of probes.
A combustor for mixing a flow of air and a flow of fuel, comprising: an air path for the flow of air; a plurality of fuel injectors positioned in the air path for the flow of fuel; and a crossfire tube positioned within the air path upstream of the plurality of fuel injectors; wherein the crossfire tube comprises a plurality of purge holes positioned in a plurality of columns positioned on a downstream side thereof to reduce a wake in the flow of air caused by the crossfire tube in the air path. an air path for the flow of air; a plurality of fuel injectors positioned in the air path for the flow of fuel; and a crossfire tube positioned within the air path upstream of the plurality of fuel injectors; wherein the crossfire tube comprises a plurality of purge holes positioned in a plurality of columns positioned on a downstream side thereof to reduce a wake in the flow of air caused by the crossfire tube in the air path.
An electromagnetic lifting armature drive, in particular for a valve, comprising a magnetic yoke including two parallel spaced yoke legs (16, 18), a yoke rod perpendicular to and connecting the yoke legs (16, 18), a yoke stud parallel to and at a distance from the yoke rod, and a core plug coaxial with the yoke stud, wherein the core plug is axially displaceable and guided so as to pass through one of the yoke legs and defines an air gap with the yoke stud, both the yoke rod, on the one hand, and also the yoke stud with the core plug, on the other hand, being surrounded by a respective solenoid coil (20, 22).