mhurhangee/ep-ind-claims huggingface dataset:
A rectifier diode replacement circuit having an anode end and a cathode end, comprising a rectifier diode circuit and a reverse bias cut-off drive circuit; the rectifier diode circuit comprises an energy storage capacitor, a low-voltage clock generator, a charge pump circuit, a bandgap reference circuit, a hysteresis comparator, a drive amplifier and a power MOS transistor; the low-voltage clock generator is connected with both ends of the rectifier diode replacement circuit and adapted for detecting voltages at both ends of the rectifier diode replacement circuit and generating a clock signal to drive the charge pump circuit; the charge pump circuit is connected with the low-voltage clock generator, and the hysteresis comparator, and adapted for detecting voltages at both ends of the rectifier diode replacement circuit, and adapted for storing charges into the energy storage capacitor after being amplified; the rectifier diode circuit is adapted for outputting voltages stored on the energy storage capacitor and a reference voltage output by the bandgap reference circuit, respectively, to the hysteresis comparator so as to be compared; the hysteresis comparator is connected with the drive amplifier, and adapted for outputting an on signal to be amplified by the drive amplifier, when the voltages stored on the energy storage capacitor are greater than the reference voltage output by the bandgap reference circuit; the drive amplifier is connected with the gate of the power MOS transistor and adapted for then outputing the amplified signal to the power MOS transistor to drive the power MOS transistor to be on wherein the source of the power MOS transistor is connected to the anode end of the rectifier diode replacement circuit and the drain of the power MOS transistor is connected to the cathode end of the rectifier diode replacement circuit; characterized in that the reverse bias cut-off drive circuit is connected with both ends of the rectifier diode replacement circuit, and adapted for detecting the voltages at both ends of the rectifier diode replacement circuit, and for forming a charge discharge channel at a gate of the power MOS transistor to cut off the power MOS transistor, when a cathode potential is greater than an anode potential.
A method of communicating first and second opposed ends of adjoining first and second shunt tubes (30a-b) on connected wellscreen joints (14a-b), the method comprising: positioning a jumper tube in a gap between the first and second opposed ends of the adjoining first and second shunt tubes (30a-b); connecting a second end of the jumper tube to the second opposed end; and connecting a first end of the jumper tube to the first opposed end by-sliding a first connector in one direction from a retracted position on the first end to an extended position at least partially over the first opposed end of the first shunt tube, characterised by locking the first connector in an opposite direction on the first opposed end by engaging first ratchet threading between a first inner surface of the first connector and a first outer surface of the first opposed end of the first shunt tube. positioning a jumper tube in a gap between the first and second opposed ends of the adjoining first and second shunt tubes (30a-b); connecting a second end of the jumper tube to the second opposed end; and connecting a first end of the jumper tube to the first opposed end by-sliding a first connector in one direction from a retracted position on the first end to an extended position at least partially over the first opposed end of the first shunt tube, characterised by locking the first connector in an opposite direction on the first opposed end by engaging first ratchet threading between a first inner surface of the first connector and a first outer surface of the first opposed end of the first shunt tube.
A polymer composition comprising: a) a polymer matrix; b) a polymeric antioxidant compatible with the polymer matrix, and comprising pendant phenol antioxidant moieties; and c) a mono- or oligo-functional phenol antioxidant. a) a polymer matrix; b) a polymeric antioxidant compatible with the polymer matrix, and comprising pendant phenol antioxidant moieties; and c) a mono- or oligo-functional phenol antioxidant.
A nucleic acid comprising: a sequence encoding a first DMD guide RNA targeting a first genomic target sequence, a sequence encoding a second DMD guide RNA targeting a second genomic target sequence, a sequence encoding a third DMD guide RNA targeting a third genomic target sequence, a first promoter, wherein the first promoter drives expression of the sequence encoding the first DMD guide RNA, a second promoter, wherein the second promoter drives expression of the sequence encoding the second DMD guide RNA, and a third promoter, wherein the third promoter drives expression of the sequence encoding the third DMD guide RNA, wherein the first genomic target sequence, the second genomic target sequence, and the third genomic target sequence comprise a dystrophin splice acceptor site, and wherein the sequence encoding the first DMD guide RNA, the sequence encoding the second DMD guide RNA, and the sequence encoding the third DMD guide RNA are identical. a sequence encoding a first DMD guide RNA targeting a first genomic target sequence, a sequence encoding a second DMD guide RNA targeting a second genomic target sequence, a sequence encoding a third DMD guide RNA targeting a third genomic target sequence, a first promoter, wherein the first promoter drives expression of the sequence encoding the first DMD guide RNA, a second promoter, wherein the second promoter drives expression of the sequence encoding the second DMD guide RNA, and a third promoter, wherein the third promoter drives expression of the sequence encoding the third DMD guide RNA, wherein the first genomic target sequence, the second genomic target sequence, and the third genomic target sequence comprise a dystrophin splice acceptor site, and wherein the sequence encoding the first DMD guide RNA, the sequence encoding the second DMD guide RNA, and the sequence encoding the third DMD guide RNA are identical.
A computer-implemented method for calculating a spatial map associated with a component, the spatial map indicating spatial variations of thermal expansion parameters in the component, the method comprising: providing or determining a temperature distribution in the component as a function of time; calculating the spatial map associated with the component using the provided or determined temperature distribution in the component and optical measurements of a radiation beam that has interacted directly or indirectly with the component, the optical measurements being time synchronized with the provided or determined temperature distribution in the component. providing or determining a temperature distribution in the component as a function of time; calculating the spatial map associated with the component using the provided or determined temperature distribution in the component and optical measurements of a radiation beam that has interacted directly or indirectly with the component, the optical measurements being time synchronized with the provided or determined temperature distribution in the component.
Subsea electric actuator operating a linear valve, the actuator comprising a roller-screw for translating a rotational movement of a motor to a linear movement of a gate rod operating the valve, the actuator comprising: - an actuator housing, - an outer roller screw part rotationally connected to the motor and comprising internal threads forming a first part of a first connection, - an inner roller screw part (2") comprising external threads forming a second part of the first connection and being arranged inside the outer roller screw part, and wherein the actuator is characterized in that a surface of the inner roller screw part (2") having a first interface forming a first part of a second connection (20'; 20") connecting the inner roller screw part (2") to a non-rotational part of the actuator, the second connection (20'; 20") is configured to rotationally lock the inner roller screw part giving linear movement of the inner roller screw part (2") when the outer roller screw is rotated, - a gate rod arranged axially movable inside the inner roller screw part (2"), the external surface of the gate rod comprising an interface forming a first part of a third connection (30'; 30"), - an override housing arranged outside the gate rod and adjacent the inner roller screw part (2") forming an axial stop for the inner roller screw part (2"), the override housing comprising an interface forming a second part of the third connection (30'; 30"), and wherein, when the third connection (30'; 30") is connected, the inner roller screw part (2") is locked to the gate rod such that the gate rod follows any axial movement of the inner roller screw part (2"), and when the third connection (30'; 30') is disconnected, the gate rod is allowed to move in the axial direction relative the inner roller screw part (2") such that the linear valve can be operated independently of the motor, outer roller screw part and inner roller screw part (2"). - an actuator housing, - an outer roller screw part rotationally connected to the motor and comprising internal threads forming a first part of a first connection, - an inner roller screw part (2") comprising external threads forming a second part of the first connection and being arranged inside the outer roller screw part, and wherein the actuator is characterized in that a surface of the inner roller screw part (2") having a first interface forming a first part of a second connection (20'; 20") connecting the inner roller screw part (2") to a non-rotational part of the actuator, the second connection (20'; 20") is configured to rotationally lock the inner roller screw part giving linear movement of the inner roller screw part (2") when the outer roller screw is rotated, - a gate rod arranged axially movable inside the inner roller screw part (2"), the external surface of the gate rod comprising an interface forming a first part of a third connection (30'; 30"), - an override housing arranged outside the gate rod and adjacent the inner roller screw part (2") forming an axial stop for the inner roller screw part (2"), the override housing comprising an interface forming a second part of the third connection (30'; 30"), and
A method for providing security associations for one or more data packets comprising: defining, by a source endpoint, a set of destination host addresses for a security association to apply; determining, by the source endpoint, an address offset to be added to a destination host address to produce a relevant security endpoint address; calculating, by the source endpoint, a security endpoint address range from the set of destination host addresses using the address offset; and applying, by the source endpoint, the security association to one or more data packets, destined for at least one destination host address, which is to be sent via a calculated security endpoint address in the security endpoint address range. defining, by a source endpoint, a set of destination host addresses for a security association to apply; determining, by the source endpoint, an address offset to be added to a destination host address to produce a relevant security endpoint address; calculating, by the source endpoint, a security endpoint address range from the set of destination host addresses using the address offset; and applying, by the source endpoint, the security association to one or more data packets, destined for at least one destination host address, which is to be sent via a calculated security endpoint address in the security endpoint address range.
A fused aromatic ring derivative shown by the following formula: wherein R a and R b are independently a hydrogen atom or a substituent, p is an integer of 1 to 13 and q is an integer of 1 to 8, when p is two or more, plural R a s may be the same or different, when q is two or more, plural R b s may be the same or different, L 1 is a single bond or a substituted or unsubstituted divalent linking group, and Ar 1 is a substituted or unsubstituted aryl group having 6 to 50 ring carbon atoms or a substituted or unsubstituted heteroaryl group having 5 to 50 ring carbon atoms. wherein R a and R b are independently a hydrogen atom or a substituent, p is an integer of 1 to 13 and q is an integer of 1 to 8, when p is two or more, plural R a s may be the same or different, when q is two or more, plural R b s may be the same or different, L 1 is a single bond or a substituted or unsubstituted divalent linking group, and Ar 1 is a substituted or unsubstituted aryl group having 6 to 50 ring carbon atoms or a substituted or unsubstituted heteroaryl group having 5 to 50 ring carbon atoms.
A modular unit for a convertible vehicle, which modular unit is pre-assembled outside of the vehicle and can be inserted into the vehicle, said modular unit comprising: - a transverse stiffening structure which, when installed, separates an occupant space and a rear stowage space; and - a rollover protection system including: a first module mounted with respect to the vehicle body and having guide devices for a second module, which is movable between a lowered rest position and an elevated support position and comprises at least one rollover element (6, 24), there being provided a releasable holding device (210, 310, 410) for holding the second module in the rest position, a locking device (500, 600) for automatically supporting the second module against a force acting in the direction of the rest position when it is in a position that deviates from the rest position, and a drive system for biasing the second module in the rest position and, if required, moving it to the support position, characterised in that the modular unit (1, 2, 3) comprises seat elements (152, 154, 156, 158, 160, 162, 164, 166) of at least one type, such as seatback bearings (152, 154, 156, 158), seatbacks, seat bases, head support mounts (160, 162), head supports (164, 166), and a restraining belt system, which is integrated into the first module mounted with respect to the vehicle and comprises belt guides (110, 111, 114, 115) for at least one restraining belt (112, 113), and that the modular unit (1, 2, 3) forms a structural unit configured to be tested for functional capability outside of the vehicle. - a transverse stiffening structure which, when installed, separates an occupant space and a rear stowage space; and - a rollover protection system including: a first module mounted with respect to the vehicle body and having guide devices for a second module, which is movable between a lowered rest position and an elevated support position and comprises at least one rollover element (6, 24), there being provided a releasable holding device (210, 310, 410) for holding the second module in the rest position, a locking device (500, 600) for automatically supporting the second module against a force acting in the direction of the rest position when it is in a position that deviates from the rest position, and a drive system for biasing the second module in the rest position and, if required, moving it to the support position, characterised in that the modular unit (1, 2, 3) comprises seat elements (152, 154, 156, 158, 160, 162, 164, 166) of at least one type, such as seatback bearings (152, 154, 156, 158), seatbacks, seat bases, head support mounts (160, 162), head supports (164, 166), and a restraining belt system, which is integrated into the first module mounted with respect to the vehicle and comprises belt guides (110, 111, 114, 115) for at least one restraining belt (112, 113), and that the modular unit (1, 2, 3) forms a structural unit configured to be tested for functional capability outside of the vehicle.
A method for preselecting at least one base station from a plurality of base stations (21, 22, 23), a user equipment and the plurality of base stations (21, 22, 23) being included in a mobile network, the user equipment being an aircraft and being attached to an attachment base station of the plurality of base stations (21,22,23), each base station (21,22,23) forming a cell of the mobile network, the method comprising the steps of: - receiving, by the user equipment, a signal from each base station of the plurality of base stations (21,22,23), - measuring, by the user equipment, at least one characteristic of each signal received from the plurality of base stations (21,22,23), measuring comprising assigning at least one value associated with each base station (21,22,23) according to the at least one characteristic of each signal and creating a report comprising all the assigned values, - preselecting at least one base station from the plurality of base stations (21, 22, 23) according to at least one criterion relating to the user equipment and the measurement carried out in the measurement step, - modifying at least one value of the report created in the measurement step, the at least one modified value being associated with the at least one preselected base station; the method being characterized in that the at least one criterion relating to the user equipment takes into account at least one of the information on the user equipment among: - the pitch of the user equipment, - the roll of the user equipment, - the yaw of the user equipment. - receiving, by the user equipment, a signal from each base station of the plurality of base stations (21,22,23), - measuring, by the user equipment, at least one characteristic of each signal received from the plurality of base stations (21,22,23), measuring comprising assigning at least one value associated with each base station (21,22,23) according to the at least one characteristic of each signal and creating a report comprising all the assigned values, - preselecting at least one base station from the plurality of base stations (21, 22, 23) according to at least one criterion relating to the user equipment and the measurement carried out in the measurement step, - modifying at least one value of the report created in the measurement step, the at least one modified value being associated with the at least one preselected base station; - the pitch of the user equipment, - the roll of the user equipment, - the yaw of the user equipment.
Rotorcraft provided with a rotary wing and landing gear with skids, the landing gear being provided with a first skid and a second skid as well as a first cross-member and a second cross-member each connecting the first skid to the second skid, the first cross-member and the second cross-member each having a first descending arm (11, 31) attached to the first skid and a second descending arm (12, 32) attached to the second skid and a central arm (13, 33) connecting the first arm (11, 31) to the second arm (12, 32), the first cross-member being connected to an airframe of the rotorcraft solely by two fixings (41, 42), the second cross-member being supported in flight solely by two supports (50, 60) fixed to the airframe, characterized in that the two supports (50, 60) are passed through by the second cross-member, each support (50, 60) comprising a hole (51, 61) delimited by a stop surface (52, 62) of this support (50, 60), the second cross-member always having a clearance (56, 66) with each stop surface (52, 62), said airframe carrying a median support arranged transversely between the two supports (50, 60) and above the second cross-member when the rotorcraft is resting on a horizontal ground, the second cross-member bearing against the median support and said clearances (56, 561, 66, 661) being present above the second cross-member when the rotorcraft is resting on a ground and in the absence of vertical acceleration and plastic deformation of the second cross-member.
A method of preparing a sandwich by introducing a filling between two portions of a piece of bread or dough product, the method being characterized by: placing a filling (53 to 55) on a filling support dish; placing the dish with the filling on a tilting dish support (23, 26) fitted with a pusher or a handle (37, 38) and including retaining means for retaining the dish on the dish support when the dish support is tilted; engaging the top and bottom portions (51, 52) of the piece of bread or dough product on either side of the pivot axis of the dish support; and actuating the pusher or the handle to cause the dish support to tilt together with the dish towards a space for filling as defined by said top and bottom portions of the piece of bread or dough product so as to obtain an angle of inclination for the dish that is suitable for causing the filling to slide off the dish into the space for filling, while retaining the dish on the dish support by the retaining means. placing a filling (53 to 55) on a filling support dish; placing the dish with the filling on a tilting dish support (23, 26) fitted with a pusher or a handle (37, 38) and including retaining means for retaining the dish on the dish support when the dish support is tilted; engaging the top and bottom portions (51, 52) of the piece of bread or dough product on either side of the pivot axis of the dish support; and actuating the pusher or the handle to cause the dish support to tilt together with the dish towards a space for filling as defined by said top and bottom portions of the piece of bread or dough product so as to obtain an angle of inclination for the dish that is suitable for causing the filling to slide off the dish into the space for filling, while retaining the dish on the dish support by the retaining means.
A stent graft device comprising a first tubular portion defining a first lumen, a second tubular portion defining a second lumen, the first and second tubular portions being connected together by a junction therebetween, the second lumen being in fluid communication with the first lumen through the junction, and the second tubular portion having a plurality of stents therealong to support the graft material thereof, and a bypass tube extending from and in fluid communication with the first tubular portion adjacent to the junction, characterised in that part of the exterior of the second tubular portion is defined by a recess wall which defines an external concave recess which defines a recess lumen, and in that the recess wall has at least one aperture defining a path for fluid flow between the second lumen and the recess lumen.