mhurhangee/ep-ind-claims huggingface dataset:
Acoustic panel to be fixed internally to a fan casing of a turbojet engine, comprising an external face and an internal face both of which are curved about an axis and two axially opposed transverse faces, the external curved face having at least one first recess (9, 9') on the side of a first transverse face and at least one second recess (12, 12') on the side of the opposite transverse face, said recesses each comprising an attachment means and not opening onto the internal curved face of the panel, characterised in that one of said attachment means (19, 19') is provided in said first recess (9, 9') and comprises at least one axial embedding member (10, 10'), male or female.
Gearbox unit for a motor vehicle, wherein the motor vehicle has a first wheeled axle and a second wheeled axle, wherein the second wheeled axle includes at least one first sub-axle and one second sub-axle, wherein the gearbox unit has first connecting shaft that can be operatively connected to the first sub-axle, a second connecting shaft that can be operatively connected to the second sub-axle as well as a coupling gearbox with a drive input shaft that can be operatively connected to a drive assembly of the motor vehicle and with a drive output shaft that can be operatively connected to the first wheeled axle, wherein by means of the coupling gearbox the input drive shaft is operatively connected in a torque-splitting fashion to the first and second connecting shafts (15, 16), characterised in that the first connecting shaft and the second connecting shaft are respectively directly connected to the coupling gearbox, and that the drive output shaft can be operatively connected to the first connecting shaft in a switchable manner by means of a first clutch and can be operatively connected to the second connecting shaft in a switchable manner by means of a second clutch, wherein a first superposition gearbox is provided between the first clutch and the first connecting shaft and a second superposition gearbox is provided between the second clutch and the second connecting shaft, and wherein the first superposition gearbox and the second superposition gearbox are formed as planetary gears that can be directly operatively connected to the coupling gearbox.
A cosmetic composition comprising active compounds of formula wherein R and R' independently of one another denote hydrogen, hydroxyl, a linear or branched OC 1 -C 4 -alkyl group, or optionally R and R' form together a methylenedioxy group resulting in a 3,4-methylendioxyphenyl residue and R" denotes a linear or branched C 1 -C 9 alkyl group or A, wherein A denotes with X, Y and Z being independently of one another hydrogen, hydroxyl, an linear or branched C 1 -C 4 -alkyl group, or a linear or branched OC 1 -C 4 -alkyl group, on condition that said active compounds are present in concentrations of from 0.00001 to 0,000005 % b.w.
Device for detecting impacts on a part, characterized in that said detection device is an inert structure comprising: - a base, intended to be fixed by a bottom face onto a surface of the part where the occurrence of an impact must be detected, and - at least one detector fixed to the base on the side of a top face of said base, said detector consisting primarily of an element of the structure of the detection device protruding relative to said top face; the mechanical strength of said detector, defined by its geometrical dimensions and by the constituent material thereof, being determined such that the at least one detector undergoes a residual deformation of amplitude equal to or greater than a chosen threshold amplitude As when said detector is subjected to an impact by an object with an energy equal to or greater than a chosen threshold energy Es. - a base, intended to be fixed by a bottom face onto a surface of the part where the occurrence of an impact must be detected, and - at least one detector fixed to the base on the side of a top face of said base, said detector consisting primarily of an element of the structure of the detection device protruding relative to said top face;
A bus bar comprising: a wiring pathway made from a conductive material and having bent portions bending at at least two sites of the wiring pathway, wherein, the wiring pathway comprises members consecutively arranged to form a plate shape, the members adjacent to each other are laser joined members, characterized in that the members include: connection members arranged at both ends of the wiring pathway and having connection portions for electrical input-output; and a conductive member arranged between the connection members, the conductive member is made from a material softer than the connection members, and the bent portions include: a bent portion formed by laser joining of one of the connection members and the conductive member; and a bent portion formed in the conductive member. a wiring pathway made from a conductive material and having bent portions bending at at least two sites of the wiring pathway, wherein, the wiring pathway comprises members consecutively arranged to form a plate shape, the members adjacent to each other are laser joined members, characterized in that the members include: connection members arranged at both ends of the wiring pathway and having connection portions for electrical input-output; and a conductive member arranged between the connection members, connection members arranged at both ends of the wiring pathway and having connection portions for electrical input-output; and a conductive member arranged between the connection members, the conductive member is made from a material softer than the connection members, and
A drill guide for use in the dental field, comprising a grip, a bearing surface intended to bear at least partially on a template or a drill sleeve, and at least one guide sleeve (20, 20'), which is essentially hollow cylindrical and has an upper end and a lower end, the grip having a top face and an underside and the at least one guide sleeve (20, 20') protruding from the underside of the grip, characterized in that the at least one guide sleeve (20, 20') comprises a longitudinal slit, which is extending from the upper end to the lower end of the guide sleeve and that the bearing surface is formed by an essentially circular, radial protrusion on the at least one guide sleeve, the radial protrusion being arranged at a predetermined distance 1 from the lower end of the guide sleeve and comprising a longitudinal slit corresponding to the longitudinal slit of the guide sleeve.
A condition monitoring system that monitors a state of a mechanical component in an apparatus, the condition monitoring system comprising: a vibration sensor configured to measure a vibration waveform of the mechanical component; and a processor configured to diagnose abnormality of the mechanical component, the processor including an evaluation value computing unit configured to time-sequentially compute an evaluation value that characterizes an effective value of vibration waveform data output from the vibration sensor within a certain time, and a diagnosis unit configured to diagnose abnormality of the mechanical component based on transition of temporal change of the evaluation value, the evaluation value computing unit computing a minimum value of the effective value of vibration waveform data within the certain time, as the evaluation value, characterized in that the diagnosis unit is configured to diagnose the mechanical component as being abnormal when the evaluation value exceeds a threshold, the processor further includes a setting unit configured to set the threshold, and the setting unit is configured to set the threshold to a value greater than transition of temporal change of the minimum value in the normal state of the mechanical component, and to a value smaller than transition of temporal change of the minimum value in the abnormal state of the mechanical component. a vibration sensor configured to measure a vibration waveform of the mechanical component; and a processor configured to diagnose abnormality of the mechanical component, the processor including an evaluation value computing unit configured to time-sequentially compute an evaluation value that characterizes an effective value of vibration waveform data output from the vibration sensor within a certain time, and a diagnosis unit configured to diagnose abnormality of the mechanical component based on transition of temporal change of the evaluation value, the evaluation value computing unit computing a minimum value of the effective value of vibration waveform data within the certain time, as the evaluation value, characterized in that the diagnosis unit is configured to diagnose the mechanical component as being abnormal when the evaluation value exceeds a threshold, the processor further includes a setting unit configured to set the threshold, and the setting unit is configured to set the threshold to a value greater than transition of temporal change of the minimum value in the normal state of the mechanical component, and to a value smaller than transition of temporal change of the minimum value in the abnormal state of the mechanical component.
A method for synthesizing an α-amino acid or α-amino acid derivative, the method comprising: (a) dehydrating a starting compound comprising an alpha hydroxy group, substituted at an alpha carbon atom with respect to a first carbonyl group, and a beta hydroxy group, substituted at a beta carbon atom with respect to the first carbonyl group, to form a dicarbonyl intermediate by transformation of the alpha hydroxy group to a second carbonyl group and removal of the beta hydroxy group; (b) optionally cracking the dicarbonyl intermediate to form a cracked dicarbonyl intermediate having fewer carbon atoms relative to the dicarbonyl intermediate and preserving the first and second carbonyl groups; and (c)reductively aminating the dicarbonyl intermediate formed in step (a) or the cracked dicarbonyl intermediate formed in step (b), to convert the second carbonyl group with an amino or substituted amino group, producing the α-amino acid or α-amino acid derivative, wherein the method is carried out non-enzymatically. (a) dehydrating a starting compound comprising an alpha hydroxy group, substituted at an alpha carbon atom with respect to a first carbonyl group, and a beta hydroxy group, substituted at a beta carbon atom with respect to the first carbonyl group, to form a dicarbonyl intermediate by transformation of the alpha hydroxy group to a second carbonyl group and removal of the beta hydroxy group; (b) optionally cracking the dicarbonyl intermediate to form a cracked dicarbonyl intermediate having fewer carbon atoms relative to the dicarbonyl intermediate and preserving the first and second carbonyl groups; and (c)reductively aminating the dicarbonyl intermediate formed in step (a) or the cracked dicarbonyl intermediate formed in step (b), to convert the second carbonyl group with an amino or substituted amino group, producing the α-amino acid or α-amino acid derivative,
A spring actuated stapling device, comprising: a body (10, 110); a track along a bottom of the body to guide staples toward a front of the stapling device; a handle (30, 130) pivotably attached (29, 139) to the body wherein the handle includes an initial position where the handle is pivoted to a farthest position away from the body, and a pre-release position where the handle is pivoted toward the body; a power spring (80, 185) disposed within the body linked to a striker (140, 500), characterised in that the power spring (80, 185) includes a relaxed free state, a pre-stressed rest state, and an energised deflected state, the power spring being deflected and energised as the handle (30, 130) moves from the farthest position to the pre-release position; and in that the stapling device comprises the striker (140, 500) movable vertically within the body between an initial rest position above the track and a lower-most position in front of the track; a cage (90, 190) at least partially confining the power spring (80, 185) to normally retain the power spring in a pre-stressed state, wherein at least the power spring and cage form a spring/cage subassembly, the spring/cage subassembly being separately movable from the handle (30, 130); and the spring/cage subassembly having an upper position wherein the power spring is in the pre-stressed rest state, and a lower position wherein the power spring is in the pre-stressed rest state. a body (10, 110); a track along a bottom of the body to guide staples toward a front of the stapling device; a handle (30, 130) pivotably attached (29, 139) to the body wherein the handle includes an initial position where the handle is pivoted to a farthest position away from the body, and a pre-release position where the handle is pivoted toward the body; a power spring (80, 185) disposed within the body linked to a striker (140, 500), characterised in that the power spring (80, 185) includes a relaxed free state, a pre-stressed rest state, and an energised deflected state, the power spring being deflected and energised as the handle (30, 130) moves from the farthest position to the pre-release position; and in that the stapling device comprises the striker (140, 500) movable vertically within the body between an initial rest position above the track and a lower-most position in front of the track; a cage (90, 190) at least partially confining the power spring (80, 185) to normally retain the power spring in a pre-stressed state, wherein at least the power spring and cage form a spring/cage subassembly, the spring/cage subassembly being separately movable from the handle (30, 130); and the spring/cage subassembly having an upper position wherein the power spring is in the pre-stressed rest state, and a lower position wherein the power spring is in the pre-stressed rest state.
A container for receiving and processing fluids, the container comprising: an interior space; a fluid inlet fluidly coupled to the interior space and adapted to be fluidly coupled to a sealed treatment space; a reduced-pressure inlet fluidly coupled to the interior space and adapted to be fluidly coupled to a reduced-pressure source; characterised by a hydrophilic polymer forming at least a portion of the container and adapted to allow water vapor to egress from the interior space while retaining liquids and maintaining a reduced pressure in the interior space, wherein the container comprises a window and the hydrophilic polymer covers the window; and a forced-air device associated with an exterior of the hydrophilic polymer. an interior space; a fluid inlet fluidly coupled to the interior space and adapted to be fluidly coupled to a sealed treatment space; a reduced-pressure inlet fluidly coupled to the interior space and adapted to be fluidly coupled to a reduced-pressure source; characterised by a hydrophilic polymer forming at least a portion of the container and adapted to allow water vapor to egress from the interior space while retaining liquids and maintaining a reduced pressure in the interior space, wherein the container comprises a window and the hydrophilic polymer covers the window; and a forced-air device associated with an exterior of the hydrophilic polymer.
A lever type connector comprising a connector housing arranged to receive a terminal and arranged to mate with a mating connector which is fitted from front, a lever (3, 3A, 3B, 3C) having a pair of side plate portions and an operation portion connecting the pair of side plate portions, the side plate portions being rotatably supported on walls on both sides of the connector housing, a latch portion provided to the operation portion, a flexible arm portion extending upward from a rear end side in a connector fitting direction of an upper wall of the connector housing and having a free end extending rearward, and a latch receiving portion provided on the free end of the flexible arm portion and arranged to latch onto the latch portion, wherein the operation portion includes an extended plate portion (33, 33A, 33B, 33C) arranged to face the rear end side of the upper wall when the lever (3, 3A, 3B, 3C) is rotated rearward from a standing state and the latch portion is latched onto the latch receiving portion, and wherein the extended plate portion (33, 33A, 33B, 33C) is arranged to cover an upper surface of the flexible arm portion, characterized in that the extended plate portion (33, 33A, 33B, 33C) and the operation portion are arranged such that, when the latch portion of the lever (3, 3A, 3B, 3C) is latched onto the latch receiving portion of the flexible arm portion, the extended plate portion (33, 33A, 33B, 33C) and the operation portion cover the entire flexible arm portion from a basal portion of the flexible arm portion to the latch receiving portion.
A method of determining a measure of wave speed in a fluid flowing through a fluid conduit, the method comprising: using ultrasound measurements to determine the conduit diameter or conduit cross-sectional area, as a function of time, at a longitudinal position of the conduit; using ultrasound measurements to determine a measure of fluid velocity, as a function of time, in a volume element at said longitudinal position of the conduit, the ultrasound measurements to determine the measure of fluid velocity being effected by decorrelation of scattering objects within the fluid flow in successive frames sampling the volume element, in which the fluid velocity is determined using speckle decorrelation velocimetry; determining the measure of wave speed from a function of (i) the change in the measure of fluid velocity at the longitudinal position as a function of time and (ii) the change in the conduit diameter or conduit cross-sectional area, as a function of time. using ultrasound measurements to determine the conduit diameter or conduit cross-sectional area, as a function of time, at a longitudinal position of the conduit; using ultrasound measurements to determine a measure of fluid velocity, as a function of time, in a volume element at said longitudinal position of the conduit, the ultrasound measurements to determine the measure of fluid velocity being effected by decorrelation of scattering objects within the fluid flow in successive frames sampling the volume element, in which the fluid velocity is determined using speckle decorrelation velocimetry; determining the measure of wave speed from a function of (i) the change in the measure of fluid velocity at the longitudinal position as a function of time and (ii) the change in the conduit diameter or conduit cross-sectional area, as a function of time.
A mulcher equipped with a frame that extends in a given direction between two respective sides; said frame supporting a wall that extends parallel to said direction for delimiting a shredding compartment engaged by a shredding tool carried by said sides in an axially fixed and angularly rotatable way parallel to said given direction, with respect to a control compartment; said tool carrying a plurality of teeth in an axially fixed way; said frame supporting a hydraulic motor on a first side of the two said sides inside said control compartment; said motor having a respective drive shaft; characterised in that said mulcher comprises a forced-ventilation device driven by said motor for taking in air from the outside and supplying it to said control compartment; wherein said ventilation device comprises a first fan mechanically connected to said tool so that said first fan can be driven thereby. a forced-ventilation device driven by said motor for taking in air from the outside and supplying it to said control compartment; wherein said ventilation device comprises a first fan mechanically connected to said tool so that said first fan can be driven thereby.
An air cushioned landing system for an aircraft, comprising an inflatable and deflatable skirt in the form of a tube having inner and outer walls, the inner wall defining a central plenum within the skirt, the skirt including gas pockets, characterised in that the gas pockets are arranged at the inner or outer sidewalls (100, 101) of the skirt to stiffen one or more regions of at least one of the inner and outer walls during deflation of the skirt to control the location of the deflated skirt.
A mounting structure for electric motors, comprising a single element for mounting a plurality of components of the motor, including at least the brushes; the mounting element being made of an insulating plastic material; the mounting element incorporating as an integral part of it, a plurality of sleeves protruding from the bottom face of it and designed to accommodate and support the respective brushes, a plurality of first seats designed to accommodate and support respective inductors of the motor, a plurality of third seats, shaped as openings in the single element and designed to accommodate respective solder points, and clamping means for positioning and securing the electrical leads of the brushes and/or of the inductors inside the third seats and in a position ready for soldering, the mounting structure for electric motors being characterised in that the clamping means comprise, for each third seat, a wall at least partly surrounding the third seat itself and having a groove made in it into which the electrical leads of the brushes and/or inductors can be inserted and held in place.
Device for multi-service management of a building and of equipment installed for use by the occupants comprising: - sensors for taking physical and/or chemical and/or biological measurements of the occupants' environment, in particular the temperature, relative humidity or carbon dioxide level; - a first transmitter suitable for transmitting the measurements taken by the sensors to a server; characterised in that it further comprises an alarm that can be triggered by a user connected to a second transmitter so as to transmit an alarm signal to the server and further comprising a medium containing a device identifier that can be read by a mobile terminal in such a way that the server can associate the measurements taken by the sensors and/or the alarm signal with information originating from the mobile terminal and including the identifier. - sensors for taking physical and/or chemical and/or biological measurements of the occupants' environment, in particular the temperature, relative humidity or carbon dioxide level; - a first transmitter suitable for transmitting the measurements taken by the sensors to a server;