mhurhangee/ep-ind-claims huggingface dataset:
An adapter and seal system, comprising: a cylindrical body centered about an axis; a first thread disposed about an outer diameter of the cylindrical body; a protrusion on the cylindrical body extending radially outward from the cylindrical body, the protrusion partially defined by a surface orthogonal to the axis; a circular trench formed in the surface, the circular trench opening in an axial direction towards the first thread; and characterised by a C-seal disposed in the circular trench, wherein the C-seal comprises an annular shape with a C-shaped cross section, a convex outer surface and a concave inner surface. a cylindrical body centered about an axis; a first thread disposed about an outer diameter of the cylindrical body; a protrusion on the cylindrical body extending radially outward from the cylindrical body, the protrusion partially defined by a surface orthogonal to the axis; a circular trench formed in the surface, the circular trench opening in an axial direction towards the first thread; and characterised by a C-seal disposed in the circular trench, wherein the C-seal comprises an annular shape with a C-shaped cross section, a convex outer surface and a concave inner surface.
A railway vehicle including a railway vehicle driver's console and a support, the support being configured to support the driver's console, the support including a first upper face delimiting the support in an elevation direction of the railway vehicle, the console including driving means of the railway vehicle, characterized in that the console is rotatable relative to the support between at least one deployed position in which the driving means are accessible for an operator and a retracted position in which the driving means are inaccessible for the operator, the console being accommodated in a cavity of the support when the console is in the retracted position, the console extending outside the support from the first upper face when the console is in the deployed position.
A trigger system of a firearm, having a trigger lever and a trigger shoe connected to the same, the trigger lever being pivotably mounted in a trigger housing, the trigger lever being pivotably mounted about a trigger-lever spindle, a trigger pawl, which can be pivoted about a pawl spindle, being provided, which pivots about the pawl spindle by means of contact with the trigger lever and pivoting of the same in order to mechanically trigger the shooting of the firearm, characterized in that a magnet arranged in or on the trigger housing is assigned to the bearing of the pawl spindle and/or the bearing of the trigger-lever spindle and/or a further bearing of a spindle of a part of the trigger system, which magnet exerts forces on the bearing pin of the bearing, so that the same is pulled in a play-free manner against the bearing guide of the bearing pin, wherein the magnet is held on the trigger housing in an adjustable manner with respect to the distance thereof from the bearing pin.
Kit for gripping element of an opening including: - a junction member intended to be fastened to the opening, - a gripping member intended to cooperate with the junction member, the junction member and the gripping member respectively comprising male-female cooperation profiles (40, 50) of complementary shapes adapted to prohibit any relative rotational mobility when said junction and gripping members cooperate with each other, - a fastening member adapted to bind together the junction member and the gripping member when they cooperate with each other so as to prevent any relative mobility in translation of said junction and gripping members, characterised in that the fastening member is formed by a bolt comprising a screw and a nut provided with a body and a base, in that the gripping member and the junction member comprise a through-cavity (23, 33) through which said screw is adapted to be engaged in order to be fastened to the nut, the base of the nut being adapted to bear against the gripping member, and in that the junction member includes a counterbore wherein a free end of the nut is intended to be housed, the counterbore and the free end of the body of the nut being complementary in shape. - a junction member intended to be fastened to the opening, - a gripping member intended to cooperate with the junction member, the junction member and the gripping member respectively comprising male-female cooperation profiles (40, 50) of complementary shapes adapted to prohibit any relative rotational mobility when said junction and gripping members cooperate with each other, - a fastening member adapted to bind together the junction member and the gripping member when they cooperate with each other so as to prevent any relative mobility in translation of said junction and gripping members,
Encapsulation device comprising at least one assembly containing particles comprising at least a first material made of oxide or carbide or oxycarbide, said particles: ∘ being distributed over an ordered structure of the particles that has a degree of compactness of said particles greater than or equal to 50% and preferably greater than 60% and ∘ being covered conformally by at least one layer referred to as an infiltration layer composed of oxide or parylene; - wherein said assembly has a closed porosity in the form of pores which are not connected to one another; - wherein said device comprises one substrate on which said assembly containing said particles is produced. ∘ being distributed over an ordered structure of the particles that has a degree of compactness of said particles greater than or equal to 50% and preferably greater than 60% and ∘ being covered conformally by at least one layer referred to as an infiltration layer composed of oxide or parylene; - wherein said assembly has a closed porosity in the form of pores which are not connected to one another; - wherein said device comprises one substrate on which said assembly containing said particles is produced. - wherein said assembly has a closed porosity in the form of pores which are not connected to one another; - wherein said device comprises one substrate on which said assembly containing said particles is produced.
A ferrosilicon vanadium and/or niobium, FeSi V and/or Nb, alloy, comprising 15 - 80 wt % Si; 5 - 35 wt % V and/or Nb; up to 10 wt % Mo; up to 5 wt % Cr; up to 3 wt % Cu; up to 3 wt % Ni; up to 20 wt % Mg; 0.01 - 7 wt % Al; up to 13 wt % Ba; 0.01 - 7 wt % Ca; up to 13 wt % Mn; up to 8 wt % Zr; up to 12 wt % La and/or Ce and/or misch metal; up to 5 wt % Sr; up to 3 wt % Bi; up to 3 wt % Sb; up to 1.5 wt % Ti; balance Fe and incidental impurities. 15 - 80 wt % Si; 5 - 35 wt % V and/or Nb; up to 10 wt % Mo; up to 5 wt % Cr; up to 3 wt % Cu; up to 3 wt % Ni; up to 20 wt % Mg; 0.01 - 7 wt % Al; up to 13 wt % Ba; 0.01 - 7 wt % Ca; up to 13 wt % Mn; up to 8 wt % Zr; up to 12 wt % La and/or Ce and/or misch metal; up to 5 wt % Sr; up to 3 wt % Bi; up to 3 wt % Sb; up to 1.5 wt % Ti; balance Fe and incidental impurities.
Injectable composition in hydrogel form, comprising water and hyaluronic acid, characterised in that it comprises nicotinamide for inhibiting the action of the hyaluronidase in the injected condition of the composition, wherein said hyaluronic acid is of the linear type and comprises between 1000 KDa and 4000 KDa high molecular weight sodium hyaluronate.
A system, comprising: a satellite transmitter comprising: a bit-to-symbol modulator to modulate a plurality of bits to form a plurality of data symbols; an orthogonal frequency-division multiplexing, OFDM, modulator to modulate the plurality of data symbols onto a plurality of OFDM subcarriers to form a plurality of OFDM modulated data symbols; a transmitter-based correction module to apply data predistortion to the plurality of OFDM modulated data symbols, wherein the predistortion accounts for linear and nonlinear distortion caused by interaction between OFDM subcarriers of the plurality of OFDM subcarriers; a pulse-shaping transmit filter to convert the plurality of predistorted OFDM modulated data symbols to a transmit signal using a pulse shaping function; and a modulator to modulate the transmit signal onto a carrier wave for transmission as a modulated transmit signal. a bit-to-symbol modulator to modulate a plurality of bits to form a plurality of data symbols; an orthogonal frequency-division multiplexing, OFDM, modulator to modulate the plurality of data symbols onto a plurality of OFDM subcarriers to form a plurality of OFDM modulated data symbols; a transmitter-based correction module to apply data predistortion to the plurality of OFDM modulated data symbols, wherein the predistortion accounts for linear and nonlinear distortion caused by interaction between OFDM subcarriers of the plurality of OFDM subcarriers; a pulse-shaping transmit filter to convert the plurality of predistorted OFDM modulated data symbols to a transmit signal using a pulse shaping function; and a modulator to modulate the transmit signal onto a carrier wave for transmission as a modulated transmit signal.
A chip package comprising: a base re-distribution layer having an opening formed therein in a center area of the base re-distribution layer; an adhesive layer applied to one side of the base re-distribution layer, the adhesive layer having a window formed therein free of adhesive material; a die having a front surface affixed to the base re-distribution layer by way of the adhesive layer, wherein the die is aligned with the window formed in the adhesive layer such that only a perimeter of the front surface of the die is in contact with the adhesive layer; a plurality of vias and a plurality of metal interconnects formed in the base re-distribution layer to electrically connect the base re-distribution layer to the die; and a shield element positioned between the base re-distribution layer and the adhesive layer and generally aligned with the opening formed in the base re-distribution layer and the window of the adhesive layer such that only a perimeter of the shield element is attached to the adhesive layer, the shield element being separated from the die by an air gap; wherein the shield element is configured to be selectively removable from the adhesive layer so as to expose the front surface of the die. a base re-distribution layer having an opening formed therein in a center area of the base re-distribution layer; an adhesive layer applied to one side of the base re-distribution layer, the adhesive layer having a window formed therein free of adhesive material; a die having a front surface affixed to the base re-distribution layer by way of the adhesive layer, wherein the die is aligned with the window formed in the adhesive layer such that only a perimeter of the front surface of the die is in contact with the adhesive layer; a plurality of vias and a plurality of metal interconnects formed in the base re-distribution layer to electrically connect the base re-distribution layer to the die; and a shield element positioned between the base re-distribution layer and the adhesive layer and generally aligned with the opening formed in the base re-distribution layer and the window of the adhesive layer such that only a perimeter of the shield element is attached to the adhesive layer, the shield element being separated from the die by an air gap; wherein the shield element is configured to be selectively removable from the adhesive layer so as to expose the front surface of the die.
A method for decoding a video signal in intra planar prediction mode, the method comprising: predicting a video data sample included in a current block of the video signal by processing a bi-linear interpolation of a first reference sample, a second reference sample, a third reference sample, and a fourth reference sample, the first reference sample being a neighboring left sample of the current block and being on a same y-coordinate line as the video data sample, the second reference sample being a neighboring top sample of the current block and being on a same x-coordinate line as the video data sample, the third reference sample being a reference sample taken from a neighboring top-right block of the current block, and the fourth reference sample being a reference sample taken from a neighboring bottom-left block of the current block; and reconstructing the video data sample based on the predicted video data sample, wherein the same third and fourth reference samples are used in the bi-linear interpolation process for each of a plurality of video data samples to be predicted within the current block. predicting a video data sample included in a current block of the video signal by processing a bi-linear interpolation of a first reference sample, a second reference sample, a third reference sample, and a fourth reference sample, the first reference sample being a neighboring left sample of the current block and being on a same y-coordinate line as the video data sample, the second reference sample being a neighboring top sample of the current block and being on a same x-coordinate line as the video data sample, the third reference sample being a reference sample taken from a neighboring top-right block of the current block, and the fourth reference sample being a reference sample taken from a neighboring bottom-left block of the current block; and reconstructing the video data sample based on the predicted video data sample, wherein the same third and fourth reference samples are used in the bi-linear interpolation process for each of a plurality of video data samples to be predicted within the current block.
A system for the regulation of physiological analytes comprising; a movement sensor; a physiological analyte sensor; an output device for providing a signal to a subject; and a data processing module; and a data storage module, characterised in that the movement sensor is adapted to take and record real time continuous or regular movement readings to determine the movement of a subject; the physiological analyte sensor is adapted to take and record continuous or regular readings of levels of one or more physiological analytes present in said subject; the data storage module stores historical readings from the sensors, the data processing module compares real time readings with recorded historical readings and determines the rate and direction of change of the levels of one or more physiological analytes and the associated levels of physical activity; and the output device is adapted to select and provide a signal to the subject if the levels of one or more of the physiological analytes fit a certain profile.
A device of detecting a current from a sensor, the device comprising: an integrating circuit including a network of capacitors for providing a gain setting and configured to convert the current to a voltage ramp over a length of integration time, the integrating circuit further including a reset switch configured to connect an input and an output of the network of capacitors when the reset switch is turned on; an analog-to-digital converter configured to digitize the voltage ramp into a plurality of voltage samples; a set of modules including an analyzing module that is configured to analyze the plurality of voltage samples to determine a slope of the voltage ramp; an outputting module that is configured to determine a magnitude of the current based on the slope of the voltage ramp and the gain setting; a determining module that is configured to determine an out-of-range state based on the voltage ramp; and a reconfiguring module that is configured to reconfigure the network of capacitors according to the OOR state and reset the voltage ramp via the reset switch, characterized in that the OOR state includes values below a noise floor and above a saturation threshold. an integrating circuit including a network of capacitors for providing a gain setting and configured to convert the current to a voltage ramp over a length of integration time, the integrating circuit further including a reset switch configured to connect an input and an output of the network of capacitors when the reset switch is turned on; an analog-to-digital converter configured to digitize the voltage ramp into a plurality of voltage samples; a set of modules including an analyzing module that is configured to analyze the plurality of voltage samples to determine a slope of the voltage ramp; an outputting module that is configured to determine a magnitude of the current based on the slope of the voltage ramp and the gain setting; a determining module that is configured to determine an out-of-range state based on the voltage ramp; and a reconfiguring module that is configured to reconfigure the network of capacitors according to the OOR state and reset the voltage ramp via the reset switch, characterized in that the OOR state includes values below a noise floor and above a saturation threshold.
A method performed by a wireless device for providing information on a control channel, the method comprising: sampling one of even samples or odd samples of a base sequence and modulating the sampled one of the even samples or the sampled odd samples to create a first control channel sequence; performing a second sampling of the other of the odd or even samples of the base sequence to create a second control channel sequence; and frequency division multiplexing the first and second control channel sequences to produce a control channel transmission, wherein the control channel transmission comprises an uplink control information, UCI, symbol having at least two bits and wherein one of the first or the second bit of the at least two bits determines one of two cyclic shifts of the base sequence and the other of the first or the second bits determines a binary phase shift keying, BPSK, symbol, wherein the modulating of the samples for the first control channel sequence is by the binary phase shift keying, BPSK, symbol; and wherein the second control channel sequence includes a demodulation reference signal, DMRS. sampling one of even samples or odd samples of a base sequence and modulating the sampled one of the even samples or the sampled odd samples to create a first control channel sequence; performing a second sampling of the other of the odd or even samples of the base sequence to create a second control channel sequence; and frequency division multiplexing the first and second control channel sequences to produce a control channel transmission, wherein the control channel transmission comprises an uplink control information, UCI, symbol having at least two bits and wherein one of the first or the second bit of the at least two bits determines one of two cyclic shifts of the base sequence and the other of the first or the second bits determines a binary phase shift keying, BPSK, symbol, wherein the modulating of the samples for the first control channel sequence is by the binary phase shift keying, BPSK, symbol; and wherein the second control channel sequence includes a demodulation reference signal, DMRS.
A method for correcting a halo in a digital image to be corrected of a scene captured in a three-dimensional modeling studio using photogrammetry by means of a shooting device having a shooting field of the scene, this halo being generated through the interaction of light emitted by a light source (L3, L4, L5, L6) with the optical unit of the shooting device, and manifesting as a lightening of pixels of the digital image to be corrected, said light source forming part of a lighting system of the scene, the method comprising the steps consisting in: - generating a digital light intensity map characterizing said light source in terms of spatial distribution relative to the shooting field and in terms of light intensity as it is perceived from the shooting device during the capture of the image to be corrected, this map forming a first data matrix; - providing a convolution kernel specific to said shooting device, forming a second data matrix; - calculating a convolution product of the first matrix and the second matrix to obtain a third data matrix corresponding to a corrective value map of the halo in the digital image to be corrected; and - removing the corrective value map from the digital image to be corrected pixel by pixel to obtain a corrected image (Icorr) in which the halo is not present. - generating a digital light intensity map characterizing said light source in terms of spatial distribution relative to the shooting field and in terms of light intensity as it is perceived from the shooting device during the capture of the image to be corrected, this map forming a first data matrix; - providing a convolution kernel specific to said shooting device, forming a second data matrix; - calculating a convolution product of the first matrix and the second matrix to obtain a third data matrix corresponding to a corrective value map of the halo in the digital image to be corrected; and - removing the corrective value map from the digital image to be corrected pixel by pixel to obtain a corrected image (Icorr) in which the halo is not present.
A pressure regulation system (1, 16, 19) for discharging a liquid having a predetermined liquid pressure from a liquid opening, comprising an elastic bag having a liquid phase and a gas phase, wherein the liquid opening in an operational position of the elastic bag is formed in the lower area of the elastic bag, at least two push elements, which abut at opposite walls of the elastic bag, at least one drive unit, which is configured to drive at least one push element, wherein the at least two push elements may be moved towards one another by driving at least one push element, and a control unit, which is connected to the at least one drive unit for communication, characterized in that the elastic bag has a gas opening, which extends into the gas phase, and that the pressure regulation system (1, 16, 19) has a ventilation unit, which is connected to the control unit for communication and which connects to the gas opening of the elastic bag, wherein the ventilation unit regulates the liquid pressure of the liquid discharged through the liquid opening by means of a gas supply into the elastic bag and/or a gas discharge from the elastic bag.