mhurhangee/ep-ind-claims huggingface dataset:
An epicyclic gear system comprising: a sun gear; a ring gear; and two or more star gear assemblies enmeshed between the sun gear and the ring gear, each star gear assembly including: a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly, and characterized in that a first cross-sectional area of a lubricant passage of a first journal bearing of the two or more star gear assemblies is greater than a second cross-sectional area of the corresponding lubricant passageway of a second journal bearing of the two or more star gear assemblies; wherein the first journal bearing is positioned vertically higher than the second journal bearing. a sun gear; a ring gear; and two or more star gear assemblies enmeshed between the sun gear and the ring gear, each star gear assembly including: a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly, and characterized in that a first cross-sectional area of a lubricant passage of a first journal bearing of the two or more star gear assemblies is greater than a second cross-sectional area of the corresponding lubricant passageway of a second journal bearing of the two or more star gear assemblies; wherein the first journal bearing is positioned vertically higher than the second journal bearing. a star gear; and a journal bearing supportive of the star gear; wherein the journal bearing includes one or more lubricant passageways (54, 56) to deliver a flow of lubricant to a selected location of the star gear assembly, and characterized in that a first cross-sectional area of a lubricant passage of a first journal bearing of the two or more star gear assemblies is greater than a second cross-sectional area of the corresponding lubricant passageway of a second journal bearing of the two or more star gear assemblies; wherein the first journal bearing is positioned vertically higher than the second journal bearing.
A light emitting diode that demonstrates increased radiant flux, greater external quantum efficiency, and greater optical power efficiency than analogous diodes under similar conditions, said diode comprising; at least one light emitting active layer (22, 23) comprising a doped semiconductor layer; an ohmic contact to said at least one light emitting active layer; a mirror layer between the ohmic contact and the at least one light emitting active layer and directly on said doped semiconductor layer, the mirror layer including a sidewall; a barrier layer between the ohmic contact and the mirror layer and extending onto the sidewall of the mirror layer, characterized in barrier layer being directly on said mirror layer and enclosing said sidewall; and the diode further comprising an area greater than 100,000 square microns and a radiant flux at 20 milliamps current of at least 29 milliwatts at its dominant wavelength between 390 and 540 nanometers.
A compound having formula CII R 1, R 2, R 2' =H, F, Cl, Br, I, COOH, COOR (any ester) R 3, R 4 =H, CH 3, CH 2 CH 3, CH 2 CH 2 CH 3, -H 2 C-C≡CH, or R 3 (CH 2) n R 4: R 3 =R 4 =CH 2, n=0, 1, 2, 3, R 7 =H, CH 3 R 8 =H, CH 3, OH, COCH 3 R 9 =H, CH 3 R= Alkoxyl (any), or symetric chain OCH(R 7)CH(R 8)CH(R 9)N(R 3 R 4) R 1, R 2, R 2' =H, F, Cl, Br, I, COOH, COOR (any ester) R 3, R 4 =H, CH 3, CH 2 CH 3, CH 2 CH 2 CH 3, -H 2 C-C≡CH, or R 3 (CH 2) n R 4: R 3 =R 4 =CH 2, n=0, 1, 2, 3, R 7 =H, CH 3 R 8 =H, CH 3, OH, COCH 3 R 9 =H, CH 3 R= Alkoxyl (any), or symetric chain OCH(R 7)CH(R 8)CH(R 9)N(R 3 R 4)
A precision feeding device that drives a movable body in a predetermined moving direction, the movable body being supported by a base and movable in the moving direction, the precision feeding device comprising: a hollow elongated tubular driving body that is connected to the movable body and extends in the moving direction; a drive mechanism that drives to move the driving body forward and backward in the moving direction; and a displacement detector that detects a displacement of the movable body relative to the base, wherein the displacement detector is a laser interferometer that has a laser path penetrating the hollow portion of the driving body and extending in the moving direction to be aligned with the moving axis of the driving body and the thrust axis of the drive mechanism, and characterised in that the drive mechanism comprises a linear motor that symmetrically applies a drive force on the driving body relative to an axis of the driving body in the moving direction, the linear motor comprising a movable member provided on the driving body and having a thrust axis aligned with a moving axis of the driving body, and a stator provided in a form of an annular member surrounding the outer circumference of the driving body. a hollow elongated tubular driving body that is connected to the movable body and extends in the moving direction; a drive mechanism that drives to move the driving body forward and backward in the moving direction; and a displacement detector that detects a displacement of the movable body relative to the base, wherein the displacement detector is a laser interferometer that has a laser path penetrating the hollow portion of the driving body and extending in the moving direction to be aligned with the moving axis of the driving body and the thrust axis of the drive mechanism, and characterised in that the drive mechanism comprises a linear motor that symmetrically applies a drive force on the driving body relative to an axis of the driving body in the moving direction, the linear motor comprising a movable member provided on the driving body and having a thrust axis aligned with a moving axis of the driving body, and a stator provided in a form of an annular member surrounding the outer circumference of the driving body.
A computer implemented method for approximating an ordered set of physical points in physical space, each physical point comprising a nominal point and an associated allowable deviation, comprising the steps of: generating a first bundle of geometric elements connecting a first subgroup of physical points selected from the ordered set of physical points, wherein the deviation of each geometric element in the first bundle from each nominal point in the first subgroup is not greater than the allowable deviation associated with each nominal point in the first subgroup; mapping the first bundle to a first polytope in a parametric space, wherein each geometric element in the first bundle is mapped to a corresponding parametric point in the first polytope; generating a second bundle of geometric elements connecting a second subgroup of physical points selected from the ordered set of physical points, wherein the deviation of each geometric element in the second bundle from each nominal point in the second subgroup is not greater than the allowable deviation associated with each nominal point in the second subgroup; and mapping the second bundle to a second polytope in the parametric space, wherein each geometric element in the second bundle is mapped to a corresponding parametric point in the second polytope. generating a first bundle of geometric elements connecting a first subgroup of physical points selected from the ordered set of physical points, wherein the deviation of each geometric element in the first bundle from each nominal point in the first subgroup is not greater than the allowable deviation associated with each nominal point in the first subgroup; mapping the first bundle to a first polytope in a parametric space, wherein each geometric element in the first bundle is mapped to a corresponding parametric point in the first polytope; generating a second bundle of geometric elements connecting a second subgroup of physical points selected from the ordered set of physical points, wherein the deviation of each geometric element in the second bundle from each nominal point in the second subgroup is not greater than the allowable deviation associated with each nominal point in the second subgroup; and mapping the second bundle to a second polytope in the parametric space, wherein each geometric element in the second bundle is mapped to a corresponding parametric point in the second polytope.
A machine for dispensing a determined quantity of a cosmetic product into a receptacle from a reservoir, the machine comprising, on the one hand, a body configured such as to receive at least one cartridge forming a reservoir of the cosmetic product to be dispensed and, on the other hand, a dispensing zone configured such as to receive a receptacle capable of containing said quantity of cosmetic product to be dispensed, the machine comprises in the reception zone an attachment member capable of interacting with a complementary part of the receptacle in such a manner as to effect the suspension thereof in the reception zone, characterized in that the attachment member is mounted on a load cell.
An electrical assembly comprising at least one power converter and at least one dynamic reactive power source, the or each power converter and the or each dynamic reactive power source connectable to an AC network, the or each power converter and the or each dynamic reactive power source operable to exchange reactive power with the AC network, wherein the or each dynamic reactive power source is configured to selectively adjust its exchange of reactive power with the AC network in response to a characteristic of a reactive current demand (I q ref) of the or each power converter crossing a or a respective reactive current characteristic threshold.
Control device in which a dead zone element is connected upstream of a controller, wherein the dead zone element is provided with means by which it can be automatically deactivated if a control deviation exceeds a predefined or predefinable first threshold value, wherein in the deactivated state a control deviation managed via the dead zone element is uninfluenced by a set dead zone, and by which the dead zone element can be automatically reactivated if the control deviation falls below a predefined or predefinable second threshold value which is smaller than the first threshold value, characterised in that the control device further comprises the following for controlling a level in a buffer tank, - means for determining a level value which corresponds to an actual value of the level as a control variable (x) in the control device, - means for determining an inflow value which corresponds to a volume flow in an inflow to the buffer tank, - means (37, 38) for determining a correction value as a function of the feed value, - means for correcting a value, determined by the controller, of a manipulated variable (u) as a function of the correction value and - means for adjusting the volume flow in an outflow of the buffer tank as a function of the corrected value. - means for determining a level value which corresponds to an actual value of the level as a control variable (x) in the control device, - means for determining an inflow value which corresponds to a volume flow in an inflow to the buffer tank, - means (37, 38) for determining a correction value as a function of the feed value, - means for correcting a value, determined by the controller, of a manipulated variable (u) as a function of the correction value and - means for adjusting the volume flow in an outflow of the buffer tank as a function of the corrected value.
A method, comprising: providing, by a network node, a time slotted channel hopping, TSCH, schedule to one or more child nodes (41, 42) of the network node, the TSCH schedule comprising one or more mandatory routing protocol report time slots; receiving, at the network node, routing protocol reports from the one or more child nodes according to the TSCH schedule; aggregating, by the network node, the received routing protocol reports into an aggregated routing protocol report; and providing, by the network node, the aggregated routing protocol report to a parent of the network node during a time slot that is subsequent to the one or more mandatory time slots for the one or more child nodes. providing, by a network node, a time slotted channel hopping, TSCH, schedule to one or more child nodes (41, 42) of the network node, the TSCH schedule comprising one or more mandatory routing protocol report time slots; receiving, at the network node, routing protocol reports from the one or more child nodes according to the TSCH schedule; aggregating, by the network node, the received routing protocol reports into an aggregated routing protocol report; and providing, by the network node, the aggregated routing protocol report to a parent of the network node during a time slot that is subsequent to the one or more mandatory time slots for the one or more child nodes.
An injection device comprising: a housing adapted to receive a syringe having a discharge nozzle, the housing including means for biasing the syringe from an extended position in which the discharge nozzle extends from the housing to a retracted position in which the discharge nozzle is contained within the housing; an actuator; first and second drive elements (132, 134), of which the first is acted upon by the actuator and the second acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, the first drive element being capable of movement relative to the second when the former is acted upon by that actuator and the latter is restrained by the syringe; characterized by a coupling that prevents the first drive element from moving relative to the second until they have been advanced to a nominal decoupling position; and a release mechanism, activated when the first drive element has been advanced to a nominal release position relative to the syringe that is more advanced than the said nominal decoupling position, and adapted to release the syringe, whereupon the biasing means restores the syringe to its retracted position, wherein the nominal release position is defined by the first drive element, or the actuator, interacting with a decoupling component that moves with the syringe as it is advanced. a housing adapted to receive a syringe having a discharge nozzle, the housing including means for biasing the syringe from an extended position in which the discharge nozzle extends from the housing to a retracted position in which the discharge nozzle is contained within the housing; an actuator; first and second drive elements (132, 134), of which the first is acted upon by the actuator and the second acts upon the syringe to advance it from its retracted position to its extended position and discharge its contents through the discharge nozzle, the first drive element being capable of movement relative to the second when the former is acted upon by that actuator and the latter is restrained by the syringe; characterized by a coupling that prevents the first drive element from moving relative to the second until they have been advanced to a nominal decoupling position; and a release mechanism, activated when the first drive element has been advanced to a nominal release position relative to the syringe that is more advanced than the said nominal decoupling position, and adapted to release the syringe, whereupon the biasing means restores the syringe to its retracted position, wherein the nominal release position is defined by the first drive element, or the actuator, interacting with a decoupling component that moves with the syringe as it is advanced.
A subsonic plane, comprising an elongate fuselage having a longitudinal axis with a cockpit placed near a first, front end of the fuselage, two wings placed on opposite sides of the fuselage, provided with ailerons, and a tail located near a second, rear end of the fuselage, which is provided with an elevator and a rudder, wherein the fuselage is furthermore provided with at least one adjustable fuselage control surface for controlling the subsonic plane to enable recovery, wherein the fuselage control surface is disposed near the cockpit and is adjustable being hingeable around a hinge axis lateral to the longitudinal axis of the elongate fuselage or slidable out of the fuselage between a neutral rest position and at least one working position (23, 24, 25) in which the fuselage control surface extends away from the fuselage, furthermore comprising a control unit for controlling the position and/or orientation of the fuselage control surface, wherein the control unit preferably comprises a computer, for pitch control of the subsonic plane for recovering the plane from a deep stall condition, a stall condition or another specific aerodynamic condition to a normal flying condition, and/or for improving static and/or dynamic stability and safety of the plane during flight, such as during regular flight conditions and/or during landing and/or take off.
Lighter comprising: - a lighter body comprising a fuel tank with a valve to release the fuel from it; - an assembly according to a piezoelectric, electric, or friction wheel which could be rotated by a user to produce sparks oriented over the fuel released from said valve, said friction wheel assembly being mounted on said lighter body with at least one portion of it exposed for handling and rotation by the user; - a valve actuator which could be lowered to actuate said valve and release said fuel; - a protective element mounted on said lighter body, and composed of a plurality of layers and comprising an outer protective film composed of a plastic film, characterised in that - the protective element has a thickness of between 25 and 200μm and in that - on the plastic film is added, by coating, an aliphatic polyurethane layer of thickness of between 10 and 75μm, which contains between 30 and 100% of solid according to the softness-to-the-touch degree required. - a lighter body comprising a fuel tank with a valve to release the fuel from it; - an assembly according to a piezoelectric, electric, or friction wheel which could be rotated by a user to produce sparks oriented over the fuel released from said valve, said friction wheel assembly being mounted on said lighter body with at least one portion of it exposed for handling and rotation by the user; - a valve actuator which could be lowered to actuate said valve and release said fuel; - a protective element mounted on said lighter body, and composed of a plurality of layers and comprising an outer protective film composed of a plastic film, characterised in that - the protective element has a thickness of between 25 and 200μm and in that - on the plastic film is added, by coating, an aliphatic polyurethane layer of thickness of between 10 and 75μm, which contains between 30 and 100% of solid according to the softness-to-the-touch degree required.
System comprising a condenser, an internal heat exchanger and a cylinder capable of being passed through by a refrigerant, said condenser comprising a refrigerant outlet orifice coupled to the internal heat exchanger, said internal heat exchanger comprising a refrigerant passage coupled to the cylinder, in which the condenser, the internal heat exchanger and the cylinder are capable of being passed through in this order by the refrigerant at high pressure and are combined in a unitary fashion.
A silicon-containing resist underlayer film-forming composition containing at least any one of a condensation product and a hydrolysis condensation product or both of a mixture comprising: one or more kinds of a compound selected from the group consisting of an organic boron compound shown by the following general formula and a condensation product thereof and one or more kinds of a silicon compound shown by the following general formula, R 1 m0 B m1 (3-m0-m1) wherein R represents an organic group having 1 to 6 carbon atoms and optionally forming a cyclic organic group by bonding of two ORs; R 1 represents an organic group having 1 to 30 carbon atoms and optionally forming a cyclic organic group by bonding of two R 1 s; m0 represents 1 or 2, m1 represents 0, 1, or 2, and 1≤m0+m1≤3, R 10 m10 R 11 m11 R 12 m12 Si(OR 13) (4-m10-m11-m12) wherein R 13 represents an organic group having 1 to 6 carbon atoms; each of R 10, R 11, and R 12 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; and m10, m11, and m12 represent 0 or 1, and 0≤m10+m11+m12≤3. one or more kinds of a compound selected from the group consisting of an organic boron compound shown by the following general formula and a condensation product thereof and one or more kinds of a silicon compound shown by the following general formula, R 1 m0 B m1 (3-m0-m1) wherein R represents an organic group having 1 to 6 carbon atoms and optionally forming a cyclic organic group by bonding of two ORs; R 1 represents an organic group having 1 to 30 carbon atoms and optionally forming a cyclic organic group by bonding of two R 1 s; m0 represents 1 or 2, m1 represents 0, 1, or 2, and 1≤m0+m1≤3, R 10 m10 R 11 m11 R 12 m12 Si(OR 13) (4-m10-m11-m12) wherein R 13 represents an organic group having 1 to 6 carbon atoms; each of R 10, R 11, and R 12 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; and m10, m11, and m12 represent 0 or 1, and 0≤m10+m11+m12≤3.
Vehicle seat (1, 12, 13) that is movable along a guide (2, 14, 15) following a path curve, said guide being designed such that the vehicle seat (1, 12, 13) can be moved, due to a movement along the guide (2, 14, 15), away from the centre of the vehicle and can be rotated, with the front side thereof, about the vertical axis, in the direction of the centre of the vehicle, characterised in that the vehicle seat (1, 12, 13) has an actuator, which is designed to tilt at least a portion of a seat surface of the vehicle seat (1, 12, 13) about at least one axis (9, 10), whereby a tilting of the seat surface or of the at least one portion of the seat surface is coupled to a movement of the vehicle seat (1, 12, 13) such that a tilt angle of the seat surface or of the at least one portion of the seat surface increases relative to at least one of the axes (9, 10) with increasing distance of the vehicle seat (1, 12, 13) from the centre of the vehicle and is reduced with decreasing distance of the vehicle seat (1, 12, 13) from the centre of the vehicle.
An IC card, which interprets and executes a command instruction from an external device, and returns the execution result as a response, comprising: a memory; and a control unit configured to generate a proactive command which requests the external device to execute a specific operation in response to a specific command instruction from the external device, to store the generated proactive command in the memory, to notify the external device of generation of the proactive command when a response to the specific command instruction is sent, to notify the external device of the proactive command when the external device instructs to fetch the proactive command, and the IC card being characterized in that the control unit is further configured to discard the proactive command in the memory when an instruction to discard the proactive command is received from the external device. a memory; and a control unit configured to generate a proactive command which requests the external device to execute a specific operation in response to a specific command instruction from the external device, to store the generated proactive command in the memory, to notify the external device of generation of the proactive command when a response to the specific command instruction is sent, to notify the external device of the proactive command when the external device instructs to fetch the proactive command, and the IC card being characterized in that the control unit is further configured to discard the proactive command in the memory when an instruction to discard the proactive command is received from the external device.