mhurhangee/ep-ind-claims huggingface dataset:
Fold-over clasp for a bracelet comprising a fixed bar, at least one first fold-out bar articulated at a first extremity of the fixed bar and locking means of the first fold-out bar in a fold-out position on the fixed bar, the locking means comprising at least one rigid roller mounted to pivot and to slide on an axis fixed essentially transversally on either one of the fixed bar or the at least one fold-out bar, a corresponding elastic element constraining the said at least one roller in a first position on the axis and at least one corresponding shouldering carried by the other one of the fixed bar or the at least one fold-out bar and designed to cooperate with the said at least one roller, the fold-out clasp is characterised in that the said at least one roller presents a conical portion; and in that the said at least one shouldering and the said conical portion of the said at least one corresponding roller are designed such that when the said at least one first fold-out bar is folded on the fixed bar, the said at least shouldering comes into abutment against the conical portion and such that a force exerted on the first fold-out bar essentially perpendicularly to the axis and directed towards the said fixed bar causes the displacement of the said at least one roller on the axis against the action of the corresponding elastic element, the said at least one roller being constrained by the said at least one corresponding shouldering cooperating with the conical portion in a second position in which the said at least one corresponding shouldering is no longer in abutment against the said conical portion, the said at least one first fold-out bar being able to be completely folded on the fixed bar and such that the said at least one roller recalled in its first position by the corresponding elastic element restrains the first fold-out bar and prevents any movement of the latter with respect to the fixed bar.
A mixing and extrusion machine for the production of rubber mixtures, the machine comprising a converging conical twin-screw mixer with a fixed frame that supports sleeves in which two screws are mounted at an angle between an opening disposed upstream of the sleeves, where an introduction hopper of the machine feeds the screws, and an outlet disposed downstream of the sleeves, where the mixer discharges the mixture at the end of a mixing cycle, one or more motors that rotate the two screws in the sleeves during the mixing cycle, and one or more removable doors provided at the outlet to allow, during the mixing cycle, the discharge and shaping of a rubber mixture, characterized in that: the screws are mounted in the sleeves with the removable doors that conform to the shape of the screws, the removable doors comprising sliding shutters installed relative to the outlet so that the sliding shutters move linearly between a closed position, in which the sliding shutters prevent the mixture from exiting the mixer, and an open position, in which the sliding shutters prevent the discharge of the mixture through the sides of two counter-rotating rollers of a roller nose system arranged just downstream of the outlet in order to force the mixture to pass between the two rollers and to form a sheet of the mixture at a predefined thickness and width discharged from the mixer.
A fluid pressure pump motor (100, 200, 300, 400) comprising: a fluid pressure pump that is configured to supply a hydraulic fluid to a fluid pressure actuator; a fluid pressure motor that is configured to be rotationally driven by the hydraulic fluid reflowing from the fluid pressure actuator; and a supply/discharge passage having a flow therethrough of both the hydraulic fluid pumped in to the fluid pressure pump and the hydraulic fluid discharged from the fluid pressure motor; characterized in that the fluid pressure pump motor (100, 200, 300, 400) further comprises a variable valve (7, 207, 307, 407) provided in the supply/discharge passage and capable of controlling a fluid path area of the supply/discharge passage, wherein the variable valve (7, 207, 307, 407) is adapted to reduce the fluid path area of the supply/discharge passage when simultaneously actuating the fluid pressure pump and the fluid pressure motor, said reduced fluid path area of the supply/discharge passage being smaller than the fluid path area of the supply/discharge passage when actuating only one of the fluid pressure pump or the fluid pressure motor. a fluid pressure pump that is configured to supply a hydraulic fluid to a fluid pressure actuator; a fluid pressure motor that is configured to be rotationally driven by the hydraulic fluid reflowing from the fluid pressure actuator; and a supply/discharge passage having a flow therethrough of both the hydraulic fluid pumped in to the fluid pressure pump and the hydraulic fluid discharged from the fluid pressure motor; a variable valve (7, 207, 307, 407) provided in the supply/discharge passage and capable of controlling a fluid path area of the supply/discharge passage, wherein the variable valve (7, 207, 307, 407) is adapted to reduce the fluid path area of the supply/discharge passage when simultaneously actuating the fluid pressure pump and the fluid pressure motor, said reduced fluid path area of the supply/discharge passage being smaller than the fluid path area of the supply/discharge passage when actuating only one of the fluid pressure pump or the fluid pressure motor.
A method for fabricating an epitaxial wafer, wherein the method comprises: forming a buffer layer on a substrate including silicon carbide; growing a first epitaxial layer having a thickness of 1 μm or less on the buffer layer at a first growth temperature that is set within 1400°C and 1500°C and at a first growth speed that is set to a speed of 5 μm/h or less, by injecting a reaction source onto the substrate; growing a second epitaxial layer at a second growth temperature that is set within 1500°C to 1700°C and at a second growth speed that is set to a speed of 30 μm/h or higher by continuously injecting the reaction source onto the substrate, the method further comprising growing a third epitaxial layer on the first epitaxial layer by continuously injecting the reaction source after the growing of the first epitaxial layer and before the growing of the second epitaxial layer, at a growth temperature which changes linearly or stepwise from the first growth temperature to the second growth temperature, wherein each of the substrate and the epitaxial structure comprises silicon carbide. forming a buffer layer on a substrate including silicon carbide; growing a first epitaxial layer having a thickness of 1 μm or less on the buffer layer at a first growth temperature that is set within 1400°C and 1500°C and at a first growth speed that is set to a speed of 5 μm/h or less, by injecting a reaction source onto the substrate; growing a second epitaxial layer at a second growth temperature that is set within 1500°C to 1700°C and at a second growth speed that is set to a speed of 30 μm/h or higher by continuously injecting the reaction source onto the substrate, the method further comprising growing a third epitaxial layer on the first epitaxial layer by continuously injecting the reaction source after the growing of the first epitaxial layer and before the growing of the second epitaxial layer, at a growth temperature which changes linearly or stepwise from the first growth temperature to the second growth temperature, wherein each of the substrate and the epitaxial structure comprises silicon carbide.
A combination comprising: a) cromoglicic acid or a salt or solvate thereof; b) Croton lechleri resin; and c) Panthenol wherein the proportion by weight between the weight of the cromoglicic acid or the salt or solvate thereof, and the weight of panthenol, is 2.5:2.000 or greater. a) cromoglicic acid or a salt or solvate thereof; b) Croton lechleri resin; and c) Panthenol
Watch, comprising at least one three-dimensional indicator (5, 6, 7) that is complementary to the time and located at the periphery of the movement of said watch, a dial and marks that are provided on at least one visible element of the watch, said periphery being the space delimited by the movement, a middle, a glass, and a back, said at least one three-dimensional indicator being actuatable by at least one mechanism enabling its movement, characterised in that said at least one indicator is located outside the dial and is rotatable about an axis of rotation maintaining a fixed position relative to the middle, and in that the watch comprises at said periphery and outside the dial a second three-dimensional indicator of the retrograde type and/or a third two- or three-dimensional indicator (5, 53), which is rotatable about another axis of rotation maintaining a fixed position relative to the middle, the other axis of rotation being different from the axis of rotation of said at least one indicator.
Device having a plug connection between a drive-side component and an output-side component of a drive train of a motor vehicle, in which device, to form the plug connection by means of interlock, an external toothing and an internal toothing formed complementarily thereto are provided on the components (8, 9), characterized in that one component has provided on it, radially outside the interlock, a plurality of radially inward-directed fingers which are distributed over the circumference and overlap the interlock radially and which engage axially into orifices, provided on the other component and concealed at least partially by means of tongues, so as to form an elastic bracing device for bracing the interlock.
An oil-in-water emulsion, containing, based on its weight, a) at least 40 wt.% water, b) at least 0.5 wt.% of at least one primary, linear, saturated C 14-30 fatty alcohol, c) at least one multilayer pigment capsule, comprising i) a particle core, ii) a first shell that surrounds said particle core and contains, based on its weight, at least 50 wt.% colored pigments, iii) a second shell that surrounds the first shell and contains, based on its weight, at least 50 wt.% titanium dioxide, iv) a third shell that surrounds the second shell and is made of a water-insoluble, thermoplastic polymer, characterized in that - the emulsion comprises lamellar liquid-crystal structures, and - the particle core of the multilayer pigment capsule - makes up 20 to 40 wt.% of the total weight of the capsule, and - consists, in a proportion of at least 50 wt.% of its weight, of alditols, preferably of mannitol. a) at least 40 wt.% water, b) at least 0.5 wt.% of at least one primary, linear, saturated C 14-30 fatty alcohol, c) at least one multilayer pigment capsule, comprising i) a particle core, ii) a first shell that surrounds said particle core and contains, based on its weight, at least 50 wt.% colored pigments, iii) a second shell that surrounds the first shell and contains, based on its weight, at least 50 wt.% titanium dioxide, iv) a third shell that surrounds the second shell and is made of a water-insoluble, thermoplastic polymer, i) a particle core, ii) a first shell that surrounds said particle core and contains, based on its weight, at least 50 wt.% colored pigments, iii) a second shell that surrounds the first shell and contains, based on its weight, at least 50 wt.% titanium dioxide, iv) a third shell that surrounds the second shell and is made of a water-insoluble, thermoplastic polymer, - the emulsion comprises lamellar liquid-crystal structures, and - the particle core of the multilayer pigment capsule - makes up 20 to 40 wt.% of the total weight of the capsule, and - consists, in a proportion of at least 50 wt.% of its weight, of alditols, preferably of mannitol. - makes up 20 to 40 wt.% of the total weight of the capsule, and - consists, in a proportion of at least 50 wt.% of its weight, of alditols, preferably of mannitol.
Electrical multilayer component comprising a plurality of internal electrodes (3, GND) which form capacitances, wherein at least one internal electrode has a transverse boundary which, in orthogonal projection is situated in a cutout of an adjacent internal electrode wherein the cutout of the adjacent internal electrode is a hole and the internal electrodes are contacted at least at one end with an external contact (4, 4a to 4i) applied to the ceramic main body, characterized in that the internal electrode has at least two holes which form the transverse boundary, the adjacent internal electrode has at least two holes and each of the holes of the internal electrode overlaps one of the holes of the adjacent internal electrode.
Sports racquet comprising a handle and a head portion adapted to support a string bed comprising a plurality of longitudinal strings and a plurality of transversal strings, said longitudinal and transversal strings (41, 42) mutually intersecting and forming a plurality of meshes, each of said meshed being enlarged and said enlarged meshes having an average area (S M) larger than or equal to 200 mm 2, wherein the average area of the enlarged meshes of said string bed is given by the following relation: S M = ∑ i = 1 N S i N where S i is the area of an i-th enlarged mesh of said string bed and N is the total number of enlarged meshes of said string bed 4, characterised in that said head portion comprises a plurality of enlarged openings (31, 32, 33, 34) made for the passage of a pair of strings (410, 420), said enlarged openings (31, 32, 33, 34) being placed to correspond with at least one segment (35, 36, 37, 38) of said head portion, which is positioned across two adjacent contiguous quadrants of said head portion, the strings (410, 420) passing through said enlarged openings (31, 32, 33, 34) forming at least partially a plurality of enlarged meshes having a larger average area (S M1) than the average area (S M) of the enlarged meshes of the rest of the string bed, wherein the average area of the enlarged meshes formed by the strings (410, 420) passing through said enlarged openings (31, 32, 33, 34) is given by the following relation: S M 1 = ∑ i = 1 P S i 1 P where S i1 is the area of an i-th enlarged mesh of said string bed formed by the strings (410, 420) passing through said enlarged openings (31, 32, 33, 34) and P is the total number of enlarged meshes formed by the strings (410, 420) passing through said enlarged openings (31, 32, 33, 34), wherein the enlarged meshes formed by the strings (410, 420) passing through said enlarged openings (31, 32, 33, 34) have an average area (S M1) larger than o equal to 220 mm 2.
A permanent magnet motor, comprising a stator and a rotor; said stator comprises a stator iron core and windings; wherein, the rotor comprises a rotor iron core and permanent magnets (7a, 7b); in the radial direction of the rotor, each magnetic pole of the rotor iron core is provided with two layers of arc-shaped permanent magnet grooves (6a, 6b); a q-axis magnetic flux path is formed between two neighboring layers of permanent magnet grooves; the permanent magnets are disposed in the permanent magnet grooves; two neighboring magnetic poles of the rotor are respectively a first magnetic pole and a second magnetic pole, the first and second magnetic poles have opposite polarities; an outer endpoint of an outer layer of permanent magnet in the first magnetic pole is a first outer endpoint, said outer endpoint is farther from the q-axis; an outer endpoint of an outer layer of permanent magnet in the second magnetic pole is a second outer endpoint, said outer endpoint is farther from the q-axis; number of stator slots is N; number of pairs of rotor poles is P; number of phases of windings is m; and number of stator slots per pole per phase (N/2P/m) is an integer; and characterized in that an included angle A between the first outer endpoint and the second outer endpoint with respect to a center of the rotor is less than an electrical angle of 80 degrees.
Method for controlling the pressure in a transportable cryogenic tank, in particular a tank which is mounted on a transportable platform which can be towed by a truck, the tank being made of steel and containing pressurised liquid hydrogen, the method comprising: continuously or periodically measuring the temperature in the tank and, when the measured temperature exceeds a set upper temperature threshold (Ts) of between minus 140 °C and minus 160 °C, the pressure in the tank is limited to a value which is less than or equal to a set pressure threshold (Pmax) of between 1.5 and 3 bar.
A grain cleaner for a combine harvester comprising: - an in-use upper, relatively moveable framework supporting one or more grain sieves (17, 18, 19); - one or more sources of drive for causing reciprocating movement of the one or more grain sieves (17, 18, 19); and - an in-use lower, relatively fixed framework supporting one or more grain and/or tailings sheets (21, 23), - a vibrator (57, 58), connected to the grain and/or tailings sheets (21, 23) for causing a vibratory motion thereof and for, through the vibratory motion, causing movement of grain thereon in a predetermined direction, characterized in that the vibratory motion has a higher frequency than a frequency of the reciprocation of the one or more grain sieves (17, 18, 19). - an in-use upper, relatively moveable framework supporting one or more grain sieves (17, 18, 19); - one or more sources of drive for causing reciprocating movement of the one or more grain sieves (17, 18, 19); and - an in-use lower, relatively fixed framework supporting one or more grain and/or tailings sheets (21, 23), - a vibrator (57, 58), connected to the grain and/or tailings sheets (21, 23) for causing a vibratory motion thereof and for, through the vibratory motion, causing movement of grain thereon in a predetermined direction, characterized in that the vibratory motion has a higher frequency than a frequency of the reciprocation of the one or more grain sieves (17, 18, 19).
A conjugate comprising at least one charged highly branched polymeric dendrimer having conjugated thereto at least one T helper peptide that specifically binds to a professional antigen presenting cell and at least one nucleic acid molecule comprising a sequence encoding at least one antigen, wherein the nucleic acid molecule is an expression vector and the at least one T helper peptide is a Pan-DR epitope (PADRE).
A method for conflict recognition on DiSEqC protocol, the method comprising the steps of: (a) generating a DiSEqC command to be sent to a device responsive to DiSEqC protocol commands; (b) requesting a tuner to send the DiSEqC command to the device responsive to DiSEqC protocol commands; the method being characterized in that it further comprises: (c) after the step of generating the DiSEqC command and prior to the step of requesting the tuner to send the DiSEqC command, executing the following steps: (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters. (a) generating a DiSEqC command to be sent to a device responsive to DiSEqC protocol commands; (b) requesting a tuner to send the DiSEqC command to the device responsive to DiSEqC protocol commands; the method being characterized in that it further comprises: (c) after the step of generating the DiSEqC command and prior to the step of requesting the tuner to send the DiSEqC command, executing the following steps: (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters. (d) sending a "ODU_PowerOFF" DiSEqC command from the tuner to the device responsive to DiSEqC protocol commands; (e) verifying whether the "ODU_PowerOFF" DiSEqC command results in unlocking the tuner whereas if it does not, returning to attempting another iteration of step (d) and in case it does; (f) sending a "ODU_Channel_change" DiSEqC command from the tuner in order to request to retune the device responsive to DiSEqC protocol commands to new parameters; (g) assuming lack of conflict in case the tuner is locked according to said new parameters.
A computer implemented method comprising: receiving an input defining a particular key phrase; receiving an audio data stream; determining whether a portion of the audio data stream encodes a particular key phrase by analyzing the portion using an automated speech recognizer; in response to determining that the portion of the audio data stream does not encode the particular key phrase, determining to skip modifying the audio data stream to include an audio watermark based on the portion of the audio data stream that does not encode the particular key phrase and after determining to skip modifying the audio data stream to include the audio watermark based on the portion of the audio data stream that does not encode the particular key phrase, providing the audio data stream for output; and in response to determining that the portion of the audio data stream encodes the particular key phrase, modifying the audio data stream to include an audio watermark, and providing the modified audio data stream for output. receiving an input defining a particular key phrase; receiving an audio data stream; determining whether a portion of the audio data stream encodes a particular key phrase by analyzing the portion using an automated speech recognizer; in response to determining that the portion of the audio data stream does not encode the particular key phrase, determining to skip modifying the audio data stream to include an audio watermark based on the portion of the audio data stream that does not encode the particular key phrase and after determining to skip modifying the audio data stream to include the audio watermark based on the portion of the audio data stream that does not encode the particular key phrase, providing the audio data stream for output; and in response to determining that the portion of the audio data stream encodes the particular key phrase, modifying the audio data stream to include an audio watermark, and providing the modified audio data stream for output.