mhurhangee/ep-ind-claims huggingface dataset:
A lathe including: - a moving headstock designed to ensure the rotation and translation of a part to be machined in relation to an axis of translation and rotation, - a guide bush designed to be attached to a frame of the lathe and including * a bush spindle and * a gripper or a clamping mechanism, the guide bush being designed to operate either in bush mode or in grip mode, characterized in that - the guide bush is designed to be moveable axially in relation to the frame along said axis, - the lathe is designed to operate in a first mode in which the guide bush is driven axially by the moving headstock, and - the lathe is designed to operate in a second mode in which the axial position of the guide bush is static in relation to the frame. - a moving headstock designed to ensure the rotation and translation of a part to be machined in relation to an axis of translation and rotation, - a guide bush designed to be attached to a frame of the lathe and including * a bush spindle and * a gripper or a clamping mechanism, the guide bush being designed to operate either in bush mode or in grip mode, characterized in that * a bush spindle and * a gripper or a clamping mechanism, - the guide bush is designed to be moveable axially in relation to the frame along said axis, - the lathe is designed to operate in a first mode in which the guide bush is driven axially by the moving headstock, and - the lathe is designed to operate in a second mode in which the axial position of the guide bush is static in relation to the frame.
A piece of tooling designed for disassembling a panel fastener module clipped to a rail, the piece of tooling comprising two blades on edge that are mutually parallel and designed to compress the flexible tabs of the fastener module clipped to the inner side walls of said rail when said fastener module is mounted in the rail, the piece of tooling being characterized in that it comprises a central body interposed between said blades so that on insertion of said piece into the rail with the fastener module, the blades extend on edge, each between a wall of one side of the rail and a flexible tab of the fastener module, in that said central body incorporates lift means arranged to be actuated from outside said central body in order to raise the piece of tooling inside the rail, and in that the blades are designed in such a manner that while the piece of tooling is being raised by the lift means the blades move up the walls of the rail to press the flexible tabs towards the inside of the rail, thereby making it possible, once the blades have finished moving, to unclip said fastener module from the rail.
Method for positioning a moulding on a motor vehicle component, in particular on a window guide of a motor vehicle, comprising the steps: - fastening the moulding to the motor vehicle component, - attaching an end piece (7; 7'; 7") to the motor vehicle component and the free end of the moulding so that the end piece (7; 7'; 7") impinges the free end of the moulding into a target position, wherein after fastening the moulding and before attaching the end piece (7; 7'; 7"), the deviation of at least one free end of the moulding from a target position is determined, and the end piece (7; 7'; 7") having an offset according to the deviation determined is selected. - fastening the moulding to the motor vehicle component, - attaching an end piece (7; 7'; 7") to the motor vehicle component and the free end of the moulding so that the end piece (7; 7'; 7") impinges the free end of the moulding into a target position,
An audio classifier comprising: a first processor having hard-wired logic configured to receive an audio signal and detect audio activity from the audio signal, wherein the first processor is an analogue processor and a second processor, wherein the second processor is a digital processor and comprising an analogue-to-digital converter configured to digitise the audio signal, the second processor having reconfigurable logic configured to classify the digitised audio signal as a type of audio signal in response to the first processor detecting audio activity; in which the second processor is a voice activity detector, in which the second processor is configured to classify the digitised audio signal as either speech or not speech; in which the second processor is configured to determine at least three features of the digitised audio signal and classify the digitised audio signal as either speech or not speech in accordance with the at least three or more features, wherein the at least three or more features comprises: short term energy; tonal power ratio; and crest factor; wherein the second processor is configured to compute the tonal power ratio and the crest factor using common computed quantities. a first processor having hard-wired logic configured to receive an audio signal and detect audio activity from the audio signal, wherein the first processor is an analogue processor and a second processor, wherein the second processor is a digital processor and comprising an analogue-to-digital converter configured to digitise the audio signal, the second processor having reconfigurable logic configured to classify the digitised audio signal as a type of audio signal in response to the first processor detecting audio activity; in which the second processor is a voice activity detector, in which the second processor is configured to classify the digitised audio signal as either speech or not speech; in which the second processor is configured to determine at least three features of the digitised audio signal and classify the digitised audio signal as either speech or not speech in accordance with the at least three or more features, wherein the at least three or more features comprises: short term energy; tonal power ratio; and crest factor; wherein the second processor is configured to compute the tonal power ratio and the crest factor using common computed quantities. short term energy; tonal power ratio; and crest factor; wherein the second processor is configured to compute the tonal power ratio and the crest factor using common computed quantities.
A photovoltaic frame fastener apparatus comprising a single-piece fastener (16, 100) for connecting a photovoltaic frame to an elongated strut, the fastener (16, 100) further comprising: a body including a pair of spaced apart photovoltaic frame-receiving slots (68, 108), each slot having an openly accessible end and adapted to receive a segment of photovoltaic frame inserted therein to secure said photovoltaic frame to the fastener (16, 100); a pair of strut-engaging, snap-in flexible wings (52, 120, 272) coupled to the body, wherein each wing (52, 120, 272) includes a smaller width finger (90, 126, 276) extending from an upper edge thereof, the strut comprising attachment points for the flexible wings (52, 120, 272); and a flexible, downwardly and diagonally bent frame-contacting tongue (80, 110) internally and centrally projecting from a top surface (56, 102) of the body, at least one substantially pointed edge of the tongue pointing away from the top surface of the body, the pointed edge of the tongue (80, 110) being adapted to score into the frame in order to secure the frame inside the slots (68, 108) of the fastener. a body including a pair of spaced apart photovoltaic frame-receiving slots (68, 108), each slot having an openly accessible end and adapted to receive a segment of photovoltaic frame inserted therein to secure said photovoltaic frame to the fastener (16, 100); a pair of strut-engaging, snap-in flexible wings (52, 120, 272) coupled to the body, wherein each wing (52, 120, 272) includes a smaller width finger (90, 126, 276) extending from an upper edge thereof, the strut comprising attachment points for the flexible wings (52, 120, 272); and
An apparatus to optimize a platform simulator, comprising: a simulation manager to initiate a simulation on a platform simulator with component models corresponding to hardware components of the platform; an utilization threshold monitor to identify a utilization value associated with a first one of the component models based on a demand caused by a software application under test; and a component monitor manager to attach or detach the first one of the component models to the platform simulator based on a comparison of the utilization value to a threshold utilization value. a simulation manager to initiate a simulation on a platform simulator with component models corresponding to hardware components of the platform; an utilization threshold monitor to identify a utilization value associated with a first one of the component models based on a demand caused by a software application under test; and a component monitor manager to attach or detach the first one of the component models to the platform simulator based on a comparison of the utilization value to a threshold utilization value.
Tread for a heavy-duty vehicle tyre having, when new, a tread surface intended to come into contact with a roadway during running, this tread comprising at least one evolving cut of maximum depth Pc, the at least one evolving cut comprising at least one part hidden inside the tread, the at least one hidden part, of height Hc, and delimited by opposing walls (221, 222) distant from one another by a maximum width Lc, the at least one hidden part being extended towards the tread surface by a sipe opening onto this tread surface, this sipe opening into the at least one hidden part in such a way as to be offset from one of the walls delimiting the at least one hidden part in order to form at least one bridge of material situated radially over the at least one hidden part, this tread further comprising a plurality of grooves open when new onto the tread surface, these open grooves having, when new, a depth Pg and a mean width Lg on the tread surface and comprising two ends, these open grooves opening at least at one of their ends into the at least one evolving cut to form a connecting region (41, 42), the tread being characterized in that a protuberance is formed locally on a wall of the at least one hidden part of the at least one evolving cut in at least 50% of the connecting regions (41, 42), each protuberance extending over the entire height Hc of the at least one hidden part and over a total length L measured in the main direction of the at least one hidden part and over a maximum thickness Ep so as to act as a support for the bridge of material situated radially over the at least one hidden part in the connecting region (41, 42), while keeping an opening with a section different from zero on the at least one hidden part, placing the transverse open groove and the at least one hidden part in communication.
A shutter which is formed to be capable of bending in a sliding direction, and which slides along a pair of guide grooves including a curved portion at one portion thereof, the guide grooves being provided on two sides, facing each other, of an opening of a device main member and a shutter storage side, to open and close the opening, the shutter comprising: a shutter base material configured to slide along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves; and a hinge base material disposed in such a way so as to cover at least an outer face of the shutter base material, said shutter being characterized in that the hinge base material is a woven fabric sheet formed of a continuous fiber reinforced plastic, wherein the woven fabric has a number of fibers in a shutter sliding direction less than that of fibers in a direction of intersecting the shutter sliding direction. a shutter base material configured to slide along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves; and a hinge base material disposed in such a way so as to cover at least an outer face of the shutter base material, said shutter being characterized in that the hinge base material is a woven fabric sheet formed of a continuous fiber reinforced plastic, wherein the woven fabric has a number of fibers in a shutter sliding direction less than that of fibers in a direction of intersecting the shutter sliding direction.
A method for manufacturing a diamond substrate, comprising: a first step of preparing patterned diamond by growing diamond on a surface of a foundation, the surface being composed of a different kind of material other than diamond, and processing the grown diamond to have a patterned shape, wherein a bottom portion of a pattern gap of the patterned diamond is composed of the different kind of material or at least a part of the bottom portion of the pattern gap is pierced through by removing the foundation, a second step of removing a foreign substance adhered on a wall of the patterned diamond prepared in the first step, and a third step of growing diamond from the patterned diamond prepared in the first step to form the diamond in the pattern gap of the patterned diamond prepared in the first step. a first step of preparing patterned diamond by growing diamond on a surface of a foundation, the surface being composed of a different kind of material other than diamond, and processing the grown diamond to have a patterned shape, wherein a bottom portion of a pattern gap of the patterned diamond is composed of the different kind of material or at least a part of the bottom portion of the pattern gap is pierced through by removing the foundation, a second step of removing a foreign substance adhered on a wall of the patterned diamond prepared in the first step, and a third step of growing diamond from the patterned diamond prepared in the first step to form the diamond in the pattern gap of the patterned diamond prepared in the first step.
A damping device for damping or avoiding pressure surges, such as pulsations, in hydraulic supply circuits, preferably in the form of a silencer, with a damping housing surrounding a damping chamber (17,19) which has at least one fluid inlet and at least one fluid outlet as well as a fluid receiving chamber (17, 19) extending between fluid inlet and fluid outlet wherein, during operation of the device, a fluid flow crosses the damping chamber (17, 19) in a throughflow direction, coming from the fluid inlet in direction of the fluid outlet, wherein at least parts of the fluid receiving chamber (17, 19) extend in at least one extension direction transversely to the throughflow direction, and wherein the fluid receiving chamber forms a disk-like cavity (17, 19) inside the damping housing, characterised in that more than one fluid receiving chamber (17, 19) is arranged one after the other in throughflow direction and the fluid receiving chamber which is first upstream and the fluid receiving chamber which is last downstream immediately adjoin the fluid inlet or the fluid outlet, and that each fluid receiving chamber forms a disk-like cavity (17, 19) inside the damping housing.
A capacitance sensor comprising: a capacitance-voltage/current converter which converts a capacitance value of a sense capacitor (C SEN) into a voltage signal or a current signal by using an input signal; a multiplier which applies a plurality of weights respectively to a plurality of samples obtained from an output signal of the capacitance-voltage/current converter with respect to the sense capacitor (C SEN) and outputs a plurality of weighted samples; and an accumulator which accumulates continuously the weighted samples of the multiplier. wherein a part (110&120) responsible for both capacitance-voltage/current converter and the multiplier comprises: a first amplifier (A 1); and a variable capacitor (C GAIN) which is located between the first input terminal of the first amplifier (A 1) and an output terminal of the first amplifier (A 1) and is connected to the first input terminal of the first amplifier (A 1) and the output terminal of the first amplifier (A 1), and which has a variable capacitance value, a second input terminal of the first amplifier (A 1) being connected to the ground and the output terminal of the first amplifier (A 1) being an output terminal of the multiplier, wherein the weights of a Finite Impulse Response filter can be programmed by controlling a capacitance value of the variable capacitor (C GAIN). a capacitance-voltage/current converter which converts a capacitance value of a sense capacitor (C SEN) into a voltage signal or a current signal by using an input signal; a multiplier which applies a plurality of weights respectively to a plurality of samples obtained from an output signal of the capacitance-voltage/current converter with respect to the sense capacitor (C SEN) and outputs a plurality of weighted samples; and an accumulator which accumulates continuously the weighted samples of the multiplier. a first amplifier (A 1); and a variable capacitor (C GAIN) which is located between the first input terminal of the first amplifier (A 1) and an output terminal of the first amplifier (A 1) and is connected to the first input terminal of the first amplifier (A 1) and the output terminal of the first amplifier (A 1), and which has a variable capacitance value, a second input terminal of the first amplifier (A 1) being connected to the ground and the output terminal of the first amplifier (A 1) being an output terminal of the multiplier, a second input terminal of the first amplifier (A 1) being connected to the ground and the output terminal of the first amplifier (A 1) being an output terminal of the multiplier,
Height access device comprising a ladder having two side rails (3, 4) between which rungs extend, and an access restriction device comprising an operculum that is hinged to the ladder in order to pivot about a horizontal axis between a prohibition position, in which the operculum projects from a front face of the ladder between the side rails (3, 4) and two adjacent rungs of the ladder and prevents a user from accessing the upper rungs of the ladder above the operculum, and an autorisation position, in which the operculum is retracted from the front face of the ladder and allows for the use of the upper rungs of the ladder, characterised in that the operculum is received between two contact elements that are rigidly connected to the ladder and positioned so as to rest on sides of the operculum regardless of the position of the operculum, which is arranged so as to take up the forces transmitted by the contact elements, the contact elements and the sides of the operculum being arranged so as to cooperate with one another so as to reduce friction during a movement of the operculum between the two positions thereof when the contact elements are resting against the sides of the operculum.
A system for identifying a hyperpigmented spot for cosmetic purposes, comprising: a computing device that includes a processor and a memory component, wherein the memory component stores logic that, when executed by the processor, causes the computing device to (i) receive a digital image of a subject captured using cross-polarized light, (ii) receive a baseline image of the subject, where the baseline image is either an unfiltered image of the subject or an image of the subject made at a different point in time, (iii) identify a hyperpigmented spot in the image of the subject, (iv) compare the baseline image with the image of the subject to determine changes to the hyperpigmented spot; (v) electronically annotate the image of the subject to distinguish the hyperpigmented spot in the image, (vi) classify the hyperpigmented spot into a predetermined class, the predetermined class includes at least two of the following: solar lentigo, melasma, seborrhoeic keratosis, melanocytic nevus, freckle, actinic keratosis, post inflammatory hyperpigmentation, (vii) determine a cosmetic skin care product for treating the hyperpigmented spot according to the predetermined class, and (viii) provide information related to the cosmetic skin care product for use by the subject. (i) receive a digital image of a subject captured using cross-polarized light, (ii) receive a baseline image of the subject, where the baseline image is either an unfiltered image of the subject or an image of the subject made at a different point in time, (iii) identify a hyperpigmented spot in the image of the subject, (iv) compare the baseline image with the image of the subject to determine changes to the hyperpigmented spot; (v) electronically annotate the image of the subject to distinguish the hyperpigmented spot in the image, (vi) classify the hyperpigmented spot into a predetermined class, the predetermined class includes at least two of the following: solar lentigo, melasma, seborrhoeic keratosis, melanocytic nevus, freckle, actinic keratosis, post inflammatory hyperpigmentation, (vii) determine a cosmetic skin care product for treating the hyperpigmented spot according to the predetermined class, and (viii) provide information related to the cosmetic skin care product for use by the subject.
A mutein of human tear lipocalin, wherein the mutein comprises: (i) the following amino acid substitutions Glu 27 → Arg, Phe 28 → Cys, Glu 30 → Arg, Met 31 → Ala, Leu 33 → Tyr, Ile 57 → Arg, Cys 61 → Trp, Asp 80 → Ser, Lys 83 → Arg, Glu 104 → Leu, Leu 105 → Cys, His 106 → Pro, Lys 108 → Gin; and (ii) one of the following sets of amino acid substitutions Arg 26 → Pro, Asn 32 → Tyr, Glu 34 → Ser, Met 55 → Ala, Leu 56 → Gin, Glu 63 → Lys; Arg 26 → Ser, Asn 32 → Tyr, Glu 34 → Val, Met 55 → Ala, Leu 56 → Ala, Ser 58 → lie, Glu 63 → Ser; Arg 26 → Ser, Asn 32 → Val, Glu 34 → Asn, Met 55 → Ala, Leu 56 → Gln, Ser 58 → Lys, Glu 63 → Lys; Arg 26 → Asn, Asn 32 → Lys, Glu 34 → Asp, Met 55 → Ala, Leu 56 → His, Ser 58 → Arg, Glu 63 → Gln; Arg 26 → Tyr, Asn 32 → Tyr, Glu 34 → His, Met 55 → Ala, Leu 56 → His, Ser 58 → Ala, Glu 63 → Lys; Arg 26 → Lys, Asn 32 → Tyr, Glu 34 → Arg, Met 55 → Ala, Leu 56 → Lys, Ser 58 → Asn, Glu 63 → Pro; or Arg 26 → Glu, Asn 32 → His, Glu 34 → Gly, Met 55 → Ala, Leu 56 → Met, Ser 58 → Leu, Glu 63 → Lys; and (iii) at least 75% identity to the sequence of mature human tear lipocalin, wherein the sequence of mature human tear lipocalin is and wherein the mutein binds to human IL-4 receptor alpha with a dissociation constant (K D) of below 0.1 nM. (i) the following amino acid substitutions Glu 27 → Arg, Phe 28 → Cys, Glu 30 → Arg, Met 31 → Ala, Leu 33 → Tyr, Ile 57 → Arg, Cys 61 → Trp, Asp 80 → Ser, Lys 83 → Arg, Glu 104 → Leu, Leu 105 → Cys, His 106 → Pro, Lys 108 → Gin; and (ii) one of the following sets of amino acid substitutions Arg 26 → Pro, Asn 32 → Tyr, Glu 34 → Ser, Met 55 → Ala, Leu 56 → Gin, Glu 63 → Lys; Arg 26 → Ser, Asn 32 → Tyr, Glu 34 → Val, Met 55 → Ala, Leu 56 → Ala, Ser 58 → lie, Glu 63 → Ser; Arg 26 → Ser, Asn 32 → Val, Glu 34 → Asn, Met 55 → Ala, Leu 56 → Gln, Ser 58 → Lys, Glu 63 → Lys; Arg 26 → Asn, Asn 32 → Lys, Glu 34 → Asp, Met 55 → Ala, Leu 56 → His, Ser 58 → Arg, Glu 63 → Gln; Arg 26 → Tyr, Asn 32 → Tyr, Glu 34 → His, Met 55 → Ala, Leu 56 → His, Ser 58 → Ala, Glu 63 → Lys; Arg 26 → Lys, Asn 32 → Tyr, Glu 34 → Arg, Met 55 → Ala, Leu 56 → Lys, Ser 58 → Asn, Glu 63 → Pro; or Arg 26 → Glu, Asn 32 → His, Glu 34 → Gly, Met 55 → Ala, Leu 56 → Met, Ser 58 → Leu, Glu 63 → Lys; and Arg 26 → Pro, Asn 32 → Tyr, Glu 34 → Ser, Met 55 → Ala, Leu 56 → Gin, Glu 63 → Lys; Arg 26 → Ser, Asn 32 → Tyr, Glu 34 → Val, Met 55 → Ala, Leu 56 → Ala, Ser 58 → lie, Glu 63 → Ser; Arg 26 → Ser, Asn 32 → Val, Glu 34 → Asn, Met 55 → Ala, Leu 56 → Gln, Ser 58 → Lys, Glu 63 → Lys; Arg 26 → Asn, Asn 32 → Lys, Glu 34 → Asp, Met 55 → Ala, Leu 56 → His, Ser 58 → Arg, Glu 63 → Gln; Arg 26 → Tyr, Asn 32 → Tyr, Glu 34 → His, Met 55 → Ala, Leu 56 → His, Ser 58 → Ala, Glu 63 → Lys; Arg 26 → Lys, Asn 32 → Tyr, Glu 34 → Arg, Met 55 → Ala, Leu 56 → Lys, Ser 58 → Asn, Glu 63 → Pro; or Arg 26 → Glu, Asn 32 → His, Glu 34 → Gly, Met 55 → Ala, Leu 56 → Met, Ser 58 → Leu, Glu 63 → Lys; and (iii) at least 75% identity to the sequence of mature human tear lipocalin, wherein the sequence of mature human tear lipocalin is and wherein the mutein binds to human IL-4 receptor alpha with a dissociation constant (K D) of below 0.1 nM.