mhurhangee/ep-ind-claims huggingface dataset:
Removable securing device that can be fixed onto a connector and configured to secure at least one bundle of cables leaving the connector in an axial direction (z), the device comprising a first and a second half-shell each provided with at least one cable guide member for each bundle, the two half-shells (1, 2) being configured to be able to be brought together in a first direction (x) substantially at right angles to the axial direction and secured against one another on a portion outside the connector, by means of at least one tightening strap surrounding a first cable guide member of the first half-shell and a second cable guide member of the second half-shell, characterized in that the half-shells are configured to be able at any moment to be clipped onto the connector by axial displacement towards the connector or unclipped together with each half-shell (1, 2) comprising for this purpose: - one or more elastic clipping members, that can be attached one or more clipping reliefs of the connector; - one or more first centring (1, 2) flanges, that can be inserted axially upon clipping into a cable output opening of the connector, the flanges being positioned so as to limit, once inserted, the separating of the half-shell from the other half-shell. - one or more elastic clipping members, that can be attached one or more clipping reliefs of the connector; - one or more first centring (1, 2) flanges, that can be inserted axially upon clipping into a cable output opening of the connector, the flanges being positioned so as to limit, once inserted, the separating of the half-shell from the other half-shell.
A method for manufacturing a vane for a turbine engine including a root connected to a blade extending according to a longitudinal direction, the method comprising the steps of: a) providing a root made of a titanium-based alloy, the root being intended to be assembled on a disc, said root being preferably made by additive manufacturing; b) providing a mould comprising a first cavity and a second cavity together defining a recess in which the blade is intended to be formed, said recess comprising a first space intended to form the blade and a second space intended to form the root, c) providing aluminium strips including a coating comprising at least one of the hydrophobic and anti-erosion functions and placing them in contact: o with the first cavity in the first space of the recess, and/or o with the second cavity in the first space of the recess; d) placing a fibrous reinforcement in the first space of the recess and/or in the second space of the recess and at least partially in contact with the aluminium strips; e) arranging said vane root in the second space of the recess of said mould; f) injecting a compound comprising aluminium into the first space of the recess of the mould so that the compound impregnates the fibrous reinforcement. a) providing a root made of a titanium-based alloy, the root being intended to be assembled on a disc, said root being preferably made by additive manufacturing; b) providing a mould comprising a first cavity and a second cavity together defining a recess in which the blade is intended to be formed, said recess comprising a first space intended to form the blade and a second space intended to form the root, c) providing aluminium strips including a coating comprising at least one of the hydrophobic and anti-erosion functions and placing them in contact: o with the first cavity in the first space of the recess, and/or o with the second cavity in the first space of the recess; o with the first cavity in the first space of the recess, and/or o with the second cavity in the first space of the recess; d) placing a fibrous reinforcement in the first space of the recess and/or in the second space of the recess and at least partially in contact with the aluminium strips; e) arranging said vane root in the second space of the recess of said mould; f) injecting a compound comprising aluminium into the first space of the recess of the mould so that the compound impregnates the fibrous reinforcement.
Support frame of leathers to be dried and/or conditioned comprising: - at least one load bearing perimetrical structure suitable to slide on air guides and to be folded; - at least one flat metallic mesh, placed in the intermediate space defined by said load bearing perimetrical structure and provided with two side faces (3a, 3b) opposite each other, each of which is suitable to support one or more leathers to be dried and/or conditioned blocked to said flat metallic mesh by means of pliers; - coupling means, through which said flat metallic mesh is stably coupled with said load bearing perimetrical structure, characterized in that said coupling means include mechanical rapid hooking engagement means arranged in correspondence of at least a portion of the outer perimetrical edge of said flat metallic mesh and of at least a portion of the inner perimetrical edge of said load bearing perimetrical structure, said flat metallic mesh being of the perforated sheet type. - at least one load bearing perimetrical structure suitable to slide on air guides and to be folded; - at least one flat metallic mesh, placed in the intermediate space defined by said load bearing perimetrical structure and provided with two side faces (3a, 3b) opposite each other, each of which is suitable to support one or more leathers to be dried and/or conditioned blocked to said flat metallic mesh by means of pliers; - coupling means, through which said flat metallic mesh is stably coupled with said load bearing perimetrical structure,
Pressure control valve for a fuel injection system, in particular a common-rail injection system, for controlling the pressure in a highpressure fuel accumulator, comprising a solenoid actuator for the actuation of a spherical valve closing element, wherein the solenoid actuator interacts with an armature which can perform a stroke movement and which is connected to an armature pin for the transmission of the force of the solenoid actuator to the spherical valve closing element, wherein the spherical valve closing element and the armature pin are guided in axially displaceable fashion in a valve piece which forms a valve seat which interacts with the spherical valve closing element, characterized in that the valve piece has at least two guide surfaces which delimit the radial movement clearance of the spherical valve closing element, wherein the guide surfaces are formed on the radially running webs which are preferably arranged at uniform angular intervals with respect to one another and which delimit flow ducts, wherein the valve piece has a biting edge on a support surface averted from the valve seat.
A multi-mode drive system comprising a vehicle and a track, said track running from a first station to a second station remote from said first station, said first and second station arranged for at least one of boarding and de-boarding of said vehicle, said vehicle comprising an on-board rechargeable electrical energy storage device, wherein said vehicle and a first part of said track at said first and second station are arranged operating an electric Linear Doubly Fed Motor, LDFM, for launching said vehicle for moving along said track and charging said on-board energy storage device of said vehicle during standstill of said vehicle, and wherein said vehicle and a second part of said track between said first and second station are arranged operating a further electric motor different from an LDFM for at least one of accelerating, coasting and restarting movement of said vehicle for moving along said track after launching.
The use as a reactive component in the curing of compositions based on epoxy resins of a functionalized α-angelica lactone (XOMAL) having the general formula: wherein: R a is a C 1 -C 30 alkyl, C 3 -C 30 cycloalkyl, C 6 -C 18 aryl or C 2 -C 12 alkenyl group.
A light detection and ranging, LIDAR, system (200; 700), comprising: a first polygon scanner comprising a plurality of first facets (708; 708a-e) arranged around a first axis of rotation; a second polygon scanner comprising a plurality of second facets (724; 724a-e) arranged around a second axis of rotation, the plurality of second facets located outward from the plurality of first facets relative to the second axis of rotation, wherein the first axis of rotation is the same as or parallel with the second axis of rotation; and an optic located inward from the first polygon scanner relative to the first axis of rotation, wherein the optic is configured to transmit a first beam in an interior of the first polygon scanner, the first polygon scanner is configured to refract the first beam to output a second beam to the second polygon scanner, and the second polygon scanner is configured to refract the second beam to output a third beam. a first polygon scanner comprising a plurality of first facets (708; 708a-e) arranged around a first axis of rotation; a second polygon scanner comprising a plurality of second facets (724; 724a-e) arranged around a second axis of rotation, the plurality of second facets located outward from the plurality of first facets relative to the second axis of rotation, wherein the first axis of rotation is the same as or parallel with the second axis of rotation; and an optic located inward from the first polygon scanner relative to the first axis of rotation, wherein the optic is configured to transmit a first beam in an interior of the first polygon scanner, the first polygon scanner is configured to refract the first beam to output a second beam to the second polygon scanner, and the second polygon scanner is configured to refract the second beam to output a third beam.
A foldable, portable, electronic device comprising: a hinge mechanism for providing active control of a relative angle between two planar components (102,104), the hinge mechanism including: a relative angle detection mechanism usable to determine a relative angle between the two planar components; characterized in that the hinge mechanism further includes: two conductive components (202,204) on opposite sides of a dielectric layer; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation. a relative angle detection mechanism usable to determine a relative angle between the two planar components; characterized in that the hinge mechanism further includes: two conductive components (202,204) on opposite sides of a dielectric layer; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation. two conductive components (202,204) on opposite sides of a dielectric layer; and a voltage controller that selectively applies a voltage to at least one of the two conductive components when the determined relative angle between the two planar components satisfies a predefined condition, the applied voltage creating an electrostatic force that restricts relative movement of the two conductive components and fixedly supports the two planar components at the determined relative angle of separation.
An umbrella with - a plurality of movable struts, which have an elongate extension; - a central strut holder to which a first longitudinal end of the struts is pivotably attached; - a covering which is coupled to the struts at an outer suspension point thereof, wherein the covering comprises at least one membrane and a plurality of slats, wherein the membrane is flexible in comparison with the slats, wherein at least some of the slats are each coupled to the struts at the outer suspension point or wherein every second one of the slats is configured as an upper slat and the slats lying between these are configured as a lower slat and every second one of the struts simultaneously serves as an upper slat, characterized in that each second of the slats is coupled to the central strut holder and each intermediate slat is coupled to a slat holder, wherein the central strut holder is arranged in an upper receiving plane and the slat holder is arranged in a lower receiving plane when the umbrella is in the open state, wherein the upper receiving plane and the lower receiving plane are arranged at a distance from one another. - a plurality of movable struts, which have an elongate extension; - a central strut holder to which a first longitudinal end of the struts is pivotably attached; - a covering which is coupled to the struts at an outer suspension point thereof, the covering comprises at least one membrane and a plurality of slats, wherein the membrane is flexible in comparison with the slats, wherein at least some of the slats are each coupled to the struts at the outer suspension point or wherein every second one of the slats is configured as an upper slat and the slats lying between these are configured as a lower slat and every second one of the struts simultaneously serves as an upper slat, characterized in that each second of the slats is coupled to the central strut holder and each intermediate slat is coupled to a slat holder, wherein the central strut holder is arranged in an upper receiving plane and the slat holder is arranged in a lower receiving plane when the umbrella is in the open state, wherein the upper receiving plane and the lower receiving plane are arranged at a distance from one another.
Method for testing the stability of a standing mast, in which a natural frequency of the mast to be tested is determined by recording the vibrational behaviour of the mast, wherein a measure of the stability is computationally and/or numerically determined with the aid of the natural frequency and the stability is assessed on the basis of the measure determined, characterized in that the deflection of the mast is computationally and/or numerically determined on the basis of an individual external loading as the said measure of the stability with the aid of the natural frequency determined, wherein system parameters of the mast are included in the determination of the deflection and wherein at least one of the following load cases is taken into consideration: a) the effect on the mast, conductor cables and/or attached parts of wind at a location-dependent reference speed, b) the effect on iced-over conductor cables of wind at a location-dependent reference speed, c) the effect of the load of a man, by a man with equipment climbing onto the mast, wherein the torsional stiffness of the mast to be tested is determined in order to determine the deflection of the mast on the basis of this result. a) the effect on the mast, conductor cables and/or attached parts of wind at a location-dependent reference speed, b) the effect on iced-over conductor cables of wind at a location-dependent reference speed, c) the effect of the load of a man, by a man with equipment climbing onto the mast, wherein the torsional stiffness of the mast to be tested is determined in order to determine the deflection of the mast on the basis of this result.
A power unit for use with a powerline communication device comprising: an AC/DC converter to at least convert VAC input to DC; a zero cross unit for generating a zero-crossing signal which is input to said AC/DC converter to modulate output from said AC/DC converter according to zero crossings in said VAC input; and at least one high pass filter, HPF, to filter said VAC input and to pass powerline data signals received on a same medium from which said VAC input is received, said at least one HPF connected in parallel to said AC/DC converter; wherein an output signal from the power unit to the powerline communication device is a combination of said modulated output from said AC/DC converter and said powerline data signals passed through said HPF. an AC/DC converter to at least convert VAC input to DC; a zero cross unit for generating a zero-crossing signal which is input to said AC/DC converter to modulate output from said AC/DC converter according to zero crossings in said VAC input; and at least one high pass filter, HPF, to filter said VAC input and to pass powerline data signals received on a same medium from which said VAC input is received, said at least one HPF connected in parallel to said AC/DC converter; wherein an output signal from the power unit to the powerline communication device is a combination of said modulated output from said AC/DC converter and said powerline data signals passed through said HPF.
A method for treating exhaust gas comprising: a. contacting an exhaust gas containing an excess of oxygen and at least one saturated hydrocarbon to an oxidizing catalyst; and b. oxidizing at least a portion of saturated hydrocarbon to produce CO 2 and H 2 O; wherein the oxidizing catalyst comprises at least one noble metal on a support containing at least 75 weight percent zirconia and a stabilizing amount of up to 20 weight percent silica and 1 to 20 weight percent yttrium oxide. a. contacting an exhaust gas containing an excess of oxygen and at least one saturated hydrocarbon to an oxidizing catalyst; and b. oxidizing at least a portion of saturated hydrocarbon to produce CO 2 and H 2 O;
An apparatus for use in a liquid droplet system for cleaning teeth for producing both successive bursts of air and successive bursts of liquid with one force assembly, comprising: a single motor, a first compound gear having a first gear portion and a second gear portion, driven by the single motor; a second compound gear having a first gear portion and a second gear portion, wherein one portion of the first compound gear drives the second compound gear; a liquid pump driven by the second compound gear to produce successive bursts of liquid as the motor operates; and a spring driven assembly (62, 66) for producing bursts of air; wherein the second compound gear includes a portion which drives the spring driven assembly (62, 66), such that each revolution of the motor produces a burst of air and a burst of liquid, which then are mixed together to form a stream of high speed droplets for cleaning teeth. a single motor, a first compound gear having a first gear portion and a second gear portion, driven by the single motor; a second compound gear having a first gear portion and a second gear portion, wherein one portion of the first compound gear drives the second compound gear; a liquid pump driven by the second compound gear to produce successive bursts of liquid as the motor operates; and a spring driven assembly (62, 66) for producing bursts of air; wherein the second compound gear includes a portion which drives the spring driven assembly (62, 66), such that each revolution of the motor produces a burst of air and a burst of liquid, which then are mixed together to form a stream of high speed droplets for cleaning teeth.
A five-axis machining apparatus, comprising: a column; a slide coupled to the column so as to be slidable in a vertical direction; a main spindle drive unit supported on a back of the slide; and a tiltable spindle module detachably coupled to a front of the slide, and configured to receive rotation power from the main spindle drive unit, the spindle module being modularized such that: a spindle configured to rotate a tool for machining a workpiece; a spindle head configured to rotatably support the spindle; a tilting head configured to have a tilting drive unit, which is configured to tilt the spindle head, and a power transfer unit, which is configured to transfer rotation power to the spindle; and a tilting body configured to support the tilting head, and being detachably coupled to the slide, are integrated with each other, wherein the spindle module further comprises adjustment blocks provided at both sides opposite of the tilting body with respect to the spindle and configured to adjust a height location of the tilting body coupled to the slide. a column; a slide coupled to the column so as to be slidable in a vertical direction; a main spindle drive unit supported on a back of the slide; and a tiltable spindle module detachably coupled to a front of the slide, and configured to receive rotation power from the main spindle drive unit, the spindle module being modularized such that: a spindle configured to rotate a tool for machining a workpiece; a spindle head configured to rotatably support the spindle; a tilting head configured to have a tilting drive unit, which is configured to tilt the spindle head, and a power transfer unit, which is configured to transfer rotation power to the spindle; and a tilting body configured to support the tilting head, and being detachably coupled to the slide, are integrated with each other, wherein the spindle module further comprises adjustment blocks provided at both sides opposite of the tilting body with respect to the spindle and configured to adjust a height location of the tilting body coupled to the slide. a spindle configured to rotate a tool for machining a workpiece; a spindle head configured to rotatably support the spindle; a tilting head configured to have a tilting drive unit, which is configured to tilt the spindle head, and a power transfer unit, which is configured to transfer rotation power to the spindle; and a tilting body configured to support the tilting head, and being detachably coupled to the slide, are integrated with each other, wherein the spindle module further comprises adjustment blocks provided at both sides opposite of the tilting body with respect to the spindle and configured to adjust a height location of the tilting body coupled to the slide.
Method for implementing the movement of a telescopic shelter comprising a plurality of roofing units (M1, M2, M3, M4, M5) covering a swimming pool, of decreasing size and sliding into one another, characterised in that it consists in kinematically linking mobile roofing units (M2, M3, M4, M5) together at the time of the deployment stroke in such a way that the putting into motion of the smallest roofing unit triggers the synchronised putting into motion of all of the mobile unit (M2, M3, M4, M5) until the largest roofing unit of the set put into motion, arrives at the end of the stroke, becomes a fixed unit and is disconnected from the smaller roofing units (M3, M4, M5) that it covers, and so forth.
A deflection element, in particular for coins or for chips, for guidance, for deflection and/or for changing the position or the location of the coins or chips, in particular within a machine, wherein the deflection apparatus comprises two base plates (2, 3) that are spaced apart opposite one another, that are substantially flat and that form a path for the coins or chips by means of spacers (10, 18), and wherein the spacers engage into openings of the base plates (2, 3) and thus fix the base plates (2, 3) relative to one another, wherein said base plates (2, 3) each have a planar first region (4, 5) in the insertion region of the deflection apparatus, a second planar region (6, 7) in the ejection region of the deflection apparatus, and a curved region (8, 9) by which said first and second regions (4, 5; 6, 7) are connected to one another, and an infeed plane of the coins is inclined with respect to a discharge plane of the coins, characterized in that the insertion region has a first coin channel width that is larger than a second coin channel width of the ejection region, with said curved region (8, 9) between the insertion region and the ejection region gradually tapering the coin channel width from said first coin channel width to the second coin channel width.