mhurhangee/ep-ind-claims huggingface dataset:
Measurement method for determining the position and/or the displacement of a mobile element with respect to a fixed frame, consisting in using a fixed light source emitting a beam of light, arranging the light source with respect to the mobile element and with respect to the a sensor, said sensor comprising a plurality of pixels arranged in two dimensions, in a way so as to induce an interaction between the beam of light and the sensor which depends on the position of the mobile element and using processing and computing means for providing a value of the position and/or the displacement of the mobile element in dependence of the output signal of the sensor, characterized in that it comprises the steps of: a) using a concave mirror, fixed to the mobile element, for reflecting the beam of light in direction to the sensor, b) arranging on the path of the beam of light a fixed optical mask which comprises a two dimensional regular pattern arranged to cast an image or a shadow of said optical mask on the sensor, c) detecting and processing the image casted by the optical mask on the sensor, d) computing the displacement value of the said image on the said sensor, e) and using the computed displacement value for computing and providing the position and/or the displacement in at least two dimensions of the mobile element in dependence of the image's displacement. a) using a concave mirror, fixed to the mobile element, for reflecting the beam of light in direction to the sensor, b) arranging on the path of the beam of light a fixed optical mask which comprises a two dimensional regular pattern arranged to cast an image or a shadow of said optical mask on the sensor, c) detecting and processing the image casted by the optical mask on the sensor, d) computing the displacement value of the said image on the said sensor, e) and using the computed displacement value for computing and providing the position and/or the displacement in at least two dimensions of the mobile element in dependence of the image's displacement.
An implantable device for delivery of a pharmaceutical substance comprising: a core comprising a first polymeric material and a core pharmaceutical substance; and a shell comprising ethylene vinyl acetate and a porogen material, wherein the porogen material comprises particles with a mean diameter between 1 micrometer and 300 micrometers; wherein the implantable device has reduced burst release as compared to a comparison device made entirely of the first polymeric material and the core pharmaceutical substance. a core comprising a first polymeric material and a core pharmaceutical substance; and a shell comprising ethylene vinyl acetate and a porogen material, wherein the porogen material comprises particles with a mean diameter between 1 micrometer and 300 micrometers; wherein the implantable device has reduced burst release as compared to a comparison device made entirely of the first polymeric material and the core pharmaceutical substance.
A method for making a stable adhesive, the method comprising: (a) denaturing soy flour, wherein the soy flour is denatured by heating the soy flour in an aqueous solution to a temperature of 40°C- 100°C for a period of at least 15 to 500 minutes until denatured and free of urease; (b) adding urea to the denatured soy flour, wherein a stable, soy/urea adhesive is formed; (c) adding a crosslinking agent to the soy/urea adhesive; wherein the urea is added to the soy flour in an amount equivalent to at most five parts urea for every one part soy flour; and wherein the denatured soy flour is not an alkaline-denatured soy flour. (a) denaturing soy flour, wherein the soy flour is denatured by heating the soy flour in an aqueous solution to a temperature of 40°C- 100°C for a period of at least 15 to 500 minutes until denatured and free of urease; (b) adding urea to the denatured soy flour, wherein a stable, soy/urea adhesive is formed; (c) adding a crosslinking agent to the soy/urea adhesive;
A deflector apparatus for a vehicle including a deflector that is installed at a front edge portion of an opening portion formed in a roof portion of the vehicle and that is capable of being unfolded so as to protrude onto the face of the roof portion, the deflector comprising: an upper frame and a lower frame that extend along the front edge portion of the opening portion and are made of resin; a mesh member that has both terminal portions (21a, 21b) in a lateral direction buried in the upper frame and the lower frame, respectively, and extends along the front edge portion of the opening portion; a reinforcing member that is buried in at least one of the upper frame and the lower frame and extends along the front edge portion of the opening portion, and wherein the reinforcing member is formed with a hollow portion that communicates in the extending direction of the reinforcing member and opens from the upper frame or the lower frame at both ends thereof; the deflector apparatus being characterized in that a triangular accommodating portion that protrudes downward with respect to the overall extending direction of the arm portion is formed at the front end portion of each arm portion and a tip of each end portion of the reinforcing member opens at the accommodating portion. an upper frame and a lower frame that extend along the front edge portion of the opening portion and are made of resin; a mesh member that has both terminal portions (21a, 21b) in a lateral direction buried in the upper frame and the lower frame, respectively, and extends along the front edge portion of the opening portion; a reinforcing member that is buried in at least one of the upper frame and the lower frame and extends along the front edge portion of the opening portion, and wherein the reinforcing member is formed with a hollow portion that communicates in the extending direction of the reinforcing member and opens from the upper frame or the lower frame at both ends thereof; the deflector apparatus being characterized in that a triangular accommodating portion that protrudes downward with respect to the overall extending direction of the arm portion is formed at the front end portion of each arm portion and a tip of each end portion of the reinforcing member opens at the accommodating portion.
A method for manufacturing a reflector suitable for concentrating the solar radiation onto a sensor, the reflector comprising a mirror supported by a support structure, said method comprising a step of positioning the mirror relative to said support structure through relative displacement of a mould supporting the mirror, relative to said support structure, characterized in that it also comprises a step of adjusting a plurality of junction elements between the mirror and the support structure, in a securing position in which they are intended to be bonded to the mirror and secured to the support structure, this adjusting step, performed during said step of positioning the mirror and/or after the same, leading to a displacement of at least some of the junction elements relative to said support structure, and in that said junction elements are profiles having a generally T-shaped cross-section the base of each of which is doubled so as to reveal between both bases (142a, 142b) a gap penetrated by a sliding part of the support structure, which slides in this gap during said step of positioning the mirror.
Electrode for electrical discharge machines, preferably a wire electrode, a drilling electrode or a die-sinking electrode, with a core, preferably made of copper, brass, molybdenum, tungsten or steel, and a coating, characterized in that the coating contains graphene wherein the coating is made of a composite also including zinc and/or copper and has graphene concentration of ≤ 1 % in volume wherein the electrode has a first inner coating.
Method for the anaerobic purification of waste water, in particular waste water from the paper industry, comprising: - providing a reactor comprising a reactor vessel, a plurality of inlets arranged in the lower region of the reactor vessel for feeding waste water to be purified into the reactor, at least one outlet for discharging purified water, and at least one sediment drain, wherein one or more inlets are fed from a feed line and multiple feed lines are fed from a collective feed line, all the feed lines each have a control valve, and the reactor vessel has a base, wherein all the inlets project beyond the base of the reactor vessel, - feeding waste water to be purified from the collective feed line to the multiple feed lines, - feeding waste water to be purified from the feed lines into the reactor vessel via the inlets, wherein at least the majority of the feed lines of a collective feed line supply a maximum of 10 inlets with waste water to be purified, and - opening at least some of the control valves at least temporarily to different extents, wherein all of the inlets are arranged so high above the base that they project above a possible sediment deposit on the base, which itself forms a slope. - providing a reactor comprising a reactor vessel, a plurality of inlets arranged in the lower region of the reactor vessel for feeding waste water to be purified into the reactor, at least one outlet for discharging purified water, and at least one sediment drain, wherein one or more inlets are fed from a feed line and multiple feed lines are fed from a collective feed line, all the feed lines each have a control valve, and the reactor vessel has a base, wherein all the inlets project beyond the base of the reactor vessel, - feeding waste water to be purified from the collective feed line to the multiple feed lines, - feeding waste water to be purified from the feed lines into the reactor vessel via the inlets, wherein at least the majority of the feed lines of a collective feed line supply a maximum of 10 inlets with waste water to be purified, and - opening at least some of the control valves at least temporarily to different extents,
A system (1/100) for consulting a digital model, comprising a server and at least one user terminal (3/100) connected by a communications link, the server comprising means for accessing data defining a three-dimensional digital model; and the user terminal comprising a display unit (36/106) and a user interface enabling the user to define the observation conditions to be employed while displaying the digital model, and to define a scene corresponding to a subset of the parts making up the digital model, the system being characterized in that: the server is adapted to transmit to the user terminal, via the communications link: detailed image data corresponding to a scene defined by the user terminal, as calculated by the server in compliance with the observation conditions defined by the user terminal, the detailed image data being calculated by the server on the basis of data defining the parts of the digital model according to a detailed geometry; and coarse data defining said scene defined by the user, according to a simplified geometry; and in that the user terminal further comprises receiver means adapted to receive said detailed image data and said coarse data, the display unit being adapted to display a detailed image of said scene on the basis of the detailed image data received from the server, and calculation means (38/102) adapted to calculate image data representing said scene, upon a change of observation conditions, based on the coarse data received from the server. the server is adapted to transmit to the user terminal, via the communications link: detailed image data corresponding to a scene defined by the user terminal, as calculated by the server in compliance with the observation conditions defined by the user terminal, the detailed image data being calculated by the server on the basis of data defining the parts of the digital model according to a detailed geometry; and coarse data defining said scene defined by the user, according to a simplified geometry; detailed image data corresponding to a scene defined by the user terminal, as calculated by the server in compliance with the observation conditions defined by the user terminal, the detailed image data being calculated by the server on the basis of data defining the parts of the digital model according to a detailed geometry; and coarse data defining said scene defined by the user, according to a simplified geometry; and in that the user terminal further comprises receiver means adapted to receive said detailed image data and said coarse data, the display unit being adapted to display a detailed image of said scene on the basis of the detailed image data received from the server, and calculation means (38/102) adapted to calculate image data representing said scene, upon a change of observation conditions, based on the coarse data received from the server.
A substrate assembly comprising: a power substrate comprising a first direct copper bonded surface coupled to a ceramic tile; a chip soldered onto the first DCB surface; a clip attached to the power substrate, the clip comprising: a foot coupled to the power substrate, wherein the foot is disposed at a first end of the clip; and a recessed area disposed at a second end of the clip, the second end being opposite the first end; and a trimetal comprising: a base soldered to the chip; a trapezoid structure disposed atop the base; and a clip portion disposed atop the trapezoid structure, the clip portion further comprising a projecting area; wherein the recessed area of the clip fits into the projecting area of the trimetal. a power substrate comprising a first direct copper bonded surface coupled to a ceramic tile; a chip soldered onto the first DCB surface; a clip attached to the power substrate, the clip comprising: a foot coupled to the power substrate, wherein the foot is disposed at a first end of the clip; and a recessed area disposed at a second end of the clip, the second end being opposite the first end; and a foot coupled to the power substrate, wherein the foot is disposed at a first end of the clip; and a recessed area disposed at a second end of the clip, the second end being opposite the first end; and a trimetal comprising: a base soldered to the chip; a trapezoid structure disposed atop the base; and a clip portion disposed atop the trapezoid structure, the clip portion further a base soldered to the chip; a trapezoid structure disposed atop the base; and a clip portion disposed atop the trapezoid structure, the clip portion further comprising a projecting area;
A method for presenting an image, comprising: (a) projecting light from a light source into an optical element, the light including at least first and second wavelength bands, and the optical element including at least first (140 2) and second waveguides (140 1), the first and second waveguides each having at least one optical grating; characterized by (b) altering, in a polarization state generator prior to entry into the first waveguide, the polarization of the second wavelength band incident on the first waveguide from a state E polarization to a state M polarization so that the second wavelength band does not couple within the first waveguide, wherein light in the state E polarization couples into the waveguides and light in the state M polarization does not couple into the waveguides; (c) controlling the polarization of the first wavelength band incident on the first waveguide to be different than the polarization of the second wavelength band incident on the first waveguide so that the first wavelength band couples within the first waveguide to a greater extent than the other than first wavelength bands; and (d) altering, in a polarization state generator prior to entry into the second waveguide, the polarization of the second wavelength band incident on the second waveguide from the state M polarization to the state E polarization so that the second wavelength band couples within the second waveguide (a) projecting light from a light source into an optical element, the light including at least first and second wavelength bands, and the optical element including at least first (140 2) and second waveguides (140 1), the first and second waveguides each having at least one optical grating; characterized by (b) altering, in a polarization state generator prior to entry into the first waveguide, the polarization of the second wavelength band incident on the first waveguide from a state E polarization to a state M polarization so that the second wavelength band does not couple within the first waveguide, wherein light in the state E polarization couples into the waveguides and light in the state M polarization does not couple into the waveguides; (c) controlling the polarization of the first wavelength band incident on the first waveguide to be different than the polarization of the second wavelength band incident on the first waveguide so that the first wavelength band couples within the first waveguide to a greater extent than the other than first wavelength bands; and (d) altering, in a polarization state generator prior to entry into the second waveguide, the polarization of the second wavelength band incident on the second waveguide from the state M polarization to the state E polarization so that the second wavelength band couples within the second waveguide
A label comprising an electronic chip intended to be applied on a bottle of liquid, in particular for an alcoholic beverage or perfume, the label including: - a first layer, called support layer, - a second layer, called electronic chip layer, comprising at least an electronic chip and an antenna connected to the electronic chip, the electronic chip layer including a first face in contact with the support layer and a second face opposite the first face, and - a third layer, called customization layer, having a first face in contact with the second face of the electronic chip layer and a second face opposite the first face of the customization layer, in which each layer (S, E, P) has two faces and the three layers (S, E, P) are superimposed in a stacking direction, and wherein the customization layer comprises at least one sublayer, called metal sublayer, made from a metal material, the metal sublayer having a thickness along the stacking direction being less than or equal to 35 micrometers. - a first layer, called support layer, - a second layer, called electronic chip layer, comprising at least an electronic chip and an antenna connected to the electronic chip, the electronic chip layer including a first face in contact with the support layer and a second face opposite the first face, and - a third layer, called customization layer, having a first face in contact with the second face of the electronic chip layer and a second face opposite the first face of the customization layer,
Accumulator comprising: a closed-bottomed cylindrical tank with an open upper face hermetically closed by a cap member and having an inlet port and an outlet port arranged side by side in the cap member, an outlet pipe that is coupled at one end to the outlet port and is open at another end inside the tank; and a desiccant housing portion adapted to house desiccants, wherein the desiccant housing portion is securely sandwiched between the tank and the outlet pipe and is fixedly disposed below the inlet port and opposite the inlet port, and is adapted to receive from an upper face side of the desiccant housing portion a refrigerant that has flowed into the tank from the inlet port and then allow the refrigerant to flow downward to below the desiccant housing portion, characterized in that the outlet pipe has a double-pipe structure of an inner pipe and an outer pipe, the inner pipe being adapted to be coupled to the outlet port and extend downward inside the tank, and the outer pipe being arranged on the outer periphery of the inner pipe, plate-like ribs are provided on at least one of the inner pipe and the outer pipe to provide a predetermined gap between the inner pipe and the outer pipe, the outlet port has a stepped inner shape, and a cylindrical portion, which forms the lower portion of the outlet port and protrudes from the lower face of the cap member, and the desiccant housing portion is securely sandwiched between the ribs and the cylindrical portion. a closed-bottomed cylindrical tank with an open upper face hermetically closed by a cap member and having an inlet port and an outlet port arranged side by side in the cap member, an outlet pipe that is coupled at one end to the outlet port and is open at another end inside the tank; and a desiccant housing portion adapted to house desiccants, wherein the desiccant housing portion is securely sandwiched between the tank and the outlet pipe and is fixedly disposed below the inlet port and opposite the inlet port, and is adapted to receive from an upper face side of the desiccant housing portion a refrigerant that has flowed into the tank from the inlet port and then allow the refrigerant to flow downward to below the desiccant housing portion, characterized in that the outlet pipe has a double-pipe structure of an inner pipe and an outer pipe, the inner pipe being adapted to be coupled to the outlet port and extend downward inside the tank, and the outer pipe being arranged on the outer periphery of the inner pipe, plate-like ribs are provided on at least one of the inner pipe and the outer pipe to provide a predetermined gap between the inner pipe and the outer pipe, the outlet port has a stepped inner shape, and a cylindrical portion, which forms the lower portion of the outlet port and protrudes from the lower face of the cap member, and the desiccant housing portion is securely sandwiched between the ribs and the cylindrical portion.