mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing an electrochemical block comprising the following steps: forming a flexible conductive film comprising chains of a linear polymer, each of which having carbon nanotubes bonded thereto by pi stacking; cutting pellets from said film; and stacking the pellets and submitting them to a pressure in the order of from 5 to 10 tons per square centimeter pressure, wherein few drops of water are inserted between each pellet, and between each pellet and the bearing plates of the press and inserting between pellets, during the pressure, an aqueous solution containing an appropriated catalyst. forming a flexible conductive film comprising chains of a linear polymer, each of which having carbon nanotubes bonded thereto by pi stacking; cutting pellets from said film; and stacking the pellets and submitting them to a pressure in the order of from 5 to 10 tons per square centimeter pressure, wherein few drops of water are inserted between each pellet, and between each pellet and the bearing plates of the press and inserting between pellets, during the pressure, an aqueous solution containing an appropriated catalyst.
Method for optimising the detection of marine targets by an airborne radar, characterised in that the detection is being made for a given mission, said method includes at least: - a first phase in which said radar acquires environmental data using a waveform, which is chosen beforehand to determine the characteristics of the sea clutter present in said environment, the signals acquired with this waveform being analysed by processing means in order to deduce therefrom environmental characteristics; and - a second phase in which said radar generates a detection wave depending on said environmental characteristics and characteristics of said mission; said detection waveform being generated from a generic waveform, parameters of which are chosen depending on said characteristics, said parameters being from the following list: - repetition frequency; - transmission frequency; - frequency agility; - transmission band; - form factor; - polarisation; the characteristics of the sea clutter belonging to the following list: - level of reflectivity of the clutter, obtained by a radiometric analysis; - statistical distribution of the received clutter power, obtained by a statistical analysis; - spectral spread and position of the clutter, obtained by a spectral analysis; - presence or not of clutter spikes; the characteristics of said mission include the characteristics of the type of target to be detected. - a first phase in which said radar acquires environmental data using a waveform, which is chosen beforehand to determine the characteristics of the sea clutter present in said environment, the signals acquired with this waveform being analysed by processing means in order to deduce therefrom environmental characteristics; and - a second phase in which said radar generates a detection wave depending on said environmental characteristics and characteristics of said mission; - repetition frequency; - transmission frequency; - frequency agility; - transmission band; - form factor; - polarisation; - level of reflectivity of the clutter, obtained by a radiometric analysis; - statistical distribution of the received clutter power, obtained by a statistical analysis; - spectral spread and position of the clutter, obtained by a spectral analysis; - presence or not of clutter spikes; the characteristics of said mission include the characteristics of the type of target to be detected.
A motorcycle including: - a supporting structure; - at least two wheels (2, 3) constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels (2, 3); - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position, wherein the storage container includes at least one presence detector adapted to output an electrical signal representative of the presence and/or absence of at least one object in the internal compartment of the storage container; - an electronic control unit operatively connected to the presence detector adapted and configured to receive the electrical signal and to discern the presence or the absence of the object inside the storage container, characterized in that the electronic control unit is a unit intended to execute functions related to the motorcycle rental, based on the presence or absence of the at least one object in the storage container. - a supporting structure; - at least two wheels (2, 3) constrained to the supporting structure; - a traction engine constrained to the supporting structure and a transmission system adapted to transmit the motion from the traction engine to at least one of the two wheels (2, 3); - a storage container fixed to the supporting structure having an internal compartment and a closing device movable with respect to the supporting structure between a closing position and an opening position in order to prevent the access to the internal compartment in the closing position and to allow the access to the internal compartment in the opening position, wherein the storage container includes at least one presence detector adapted to output an electrical signal representative of the presence and/or absence of at least one object in the internal compartment of the storage container; - an electronic control unit operatively connected to the presence detector adapted and configured to receive the electrical signal and to discern the presence or the absence of the object inside the storage container, characterized in that the electronic control unit is a unit intended to execute functions related to the motorcycle rental, based on the presence or absence of the at least one object in the storage container.
A structure (112, 114) for use as an input coupling region or an output coupling region in a waveguide, comprising: a substrate having a grating layer thereon, wherein a recessed structure is formed in the grating layer, the recessed structure comprising: a first end; a second end; and a depth, wherein the depth changes from the first end to the second end; and a plurality of channels formed in the grating layer, each channel partially defining a portion (220a, 220b, 220c) of a plurality of grating structures, wherein a depth (d) of the plurality of grating structures changes from the first end to the second end defined by the recessed structure. a substrate having a grating layer thereon, wherein a recessed structure is formed in the grating layer, the recessed structure comprising: a first end; a second end; and a depth, wherein the depth changes from the first end to the second end; and a first end; a second end; and a depth, wherein the depth changes from the first end to the second end; and a plurality of channels formed in the grating layer, each channel partially defining a portion (220a, 220b, 220c) of a plurality of grating structures, wherein a depth (d) of the plurality of grating structures changes from the first end to the second end defined by the recessed structure.
A magnetoresistance element for detecting a changing magnetic field, the magnetoresistance element comprising: a pinning layer; a pinned layer adjacent to the pinning layer; a spacer layer adjacent to the pinned layer; a free layer adjacent to the spacer layer and arranged so that the spacer layer is between the pinned layer and the free layer; a second spacer layer; a second pinned layer; and a second pinning layer; wherein the pinning layer, the pinned layer, the spacer layer, the free layer, the second spacer layer, the second pinned layer and the second pinning layer form a first double-pinned spin valve; characterized in that the magnetoresistance element further comprises a second double-pinned spin valve having the same composition as the first double-pinned spin valve except that the second pinning layer is shared between the first double-pinned spin valve and the second double-pinned spin valve; and wherein, in the presence of an external static magnetic field, coupling between the free layer and the pinned layer of the first double-pinned spin valve and coupling between the free layer and the pinned layer of the second double-pinned spin valve results in bias vectors (1104, 1105) with a bias direction that is substantially opposite to a direction of the external static magnetic field to reduce an effect of the external static magnetic field on the detection of the changing magnetic field. a pinning layer; a pinned layer adjacent to the pinning layer; a spacer layer adjacent to the pinned layer; a free layer adjacent to the spacer layer and arranged so that the spacer layer is between the pinned layer and the free layer; a second spacer layer; a second pinned layer; and a second pinning layer; wherein the pinning layer, the pinned layer, the spacer layer, the free layer, the second spacer layer, the second pinned layer and the second pinning layer form a first double-pinned spin valve; characterized in that the magnetoresistance element further comprises a second double-pinned spin valve having the same composition as the first double-pinned spin valve except that the second pinning layer is shared between the first double-pinned spin valve and the second double-pinned spin valve; and wherein, in the presence of an external static magnetic field, coupling between the free layer and the pinned layer of the first double-pinned spin valve and coupling between the free layer and the pinned layer of the second double-pinned spin valve results in bias vectors (1104, 1105) with a bias direction that is substantially opposite to a direction of the external static magnetic field to reduce an effect of the external static magnetic field on the detection of the changing magnetic field.
Singling device, in particular singling plate, for feeding small-sized products to a packaging device of a packaging machine with an inner singling disc rotating about a vertical axis of rotation and a radial external feeder ring, rotating about a vertical axis of rotation and at least partially surrounding the inner singling disc, that has recesses, which are opened opposite each other on both sides in radial direction, for receiving products, whereby the inner singling disc has a take-out area separated by a blocking device that remains free from products, wherein products are in recesses of the feeder ring at the take-out area.
A method of manufacturing a lyocell material for a cigarette filter, comprising: spinning a lyocell spinning dope comprising a cellulose pulp and an N-methylmorpholine-N-oxide (NMMO) aqueous solution; coagulating the lyocell spinning dope spun in, thus obtaining lyocell multifilaments; water-washing the lyocell multifilaments obtained in; oil-treating the lyocell multifilaments water-washed in; and crimping the lyocell multifilaments oil-treated in using a stuffer box, thus obtaining a crimped tow, wherein is performed by supplying steam having a pressure of 9.807×10 3 - 9.807×10 4 Pa (0.1 - 1.0 kgf/cm 2) to an interior of the stuffer box and pressing the lyocell multifilaments using a press roller at a pressure of 14.710×10 4 - 19.614×10 4 Pa (1.5 - 2.0 kgf/cm 2) so that the lyocell multifilaments are crimped. spinning a lyocell spinning dope comprising a cellulose pulp and an N-methylmorpholine-N-oxide (NMMO) aqueous solution; coagulating the lyocell spinning dope spun in, thus obtaining lyocell multifilaments; water-washing the lyocell multifilaments obtained in; oil-treating the lyocell multifilaments water-washed in; and crimping the lyocell multifilaments oil-treated in using a stuffer box, thus obtaining a crimped tow, wherein is performed by supplying steam having a pressure of 9.807×10 3 - 9.807×10 4 Pa (0.1 - 1.0 kgf/cm 2) to an interior of the stuffer box and pressing the lyocell multifilaments using a press roller at a pressure of 14.710×10 4 - 19.614×10 4 Pa (1.5 - 2.0 kgf/cm 2) so that the lyocell multifilaments are crimped.
A method of grouping antennas, comprising: determining radio frequency, RF, exposure values per transmit antenna configuration for a plurality of transmit antennas; and assigning the plurality of transmit antennas to a plurality of antenna groups based at least in part on the RF exposure, wherein the assigning comprises: identifying a maximum time-averaged power limit associated with each of the transmit antennas; and assigning at least one of the transmit antennas to at least two of the antenna groups based at least in part on the maximum time-averaged power limit associated with the at least one of the transmit antennas. determining radio frequency, RF, exposure values per transmit antenna configuration for a plurality of transmit antennas; and assigning the plurality of transmit antennas to a plurality of antenna groups based at least in part on the RF exposure, wherein the assigning comprises: identifying a maximum time-averaged power limit associated with each of the transmit antennas; and assigning at least one of the transmit antennas to at least two of the antenna groups based at least in part on the maximum time-averaged power limit associated with the at least one of the transmit antennas. identifying a maximum time-averaged power limit associated with each of the transmit antennas; and assigning at least one of the transmit antennas to at least two of the antenna groups based at least in part on the maximum time-averaged power limit associated with the at least one of the transmit antennas.
A device (300; 400) for measuring an electric field in a conducting medium, comprising: an insulating enclosure; first (305, 305'), second (307, 307'), and third (309, 309') pairs of electrodes, the electrodes of a same pair being arranged on opposite external walls of the enclosure, and the electrodes of the first, second, and third pairs being centered on first, second, and third orthogonal axes; a first conductive coil (L1; L); a first pair of switches (SW1, SW1'; SW, SW') enabling to alternately connect the first coil between the electrodes of the first (305, 305'), of the second (307, 307'), and of the third (309, 309') pair of electrodes; and a single magnetometer (311; 411). an insulating enclosure; first (305, 305'), second (307, 307'), and third (309, 309') pairs of electrodes, the electrodes of a same pair being arranged on opposite external walls of the enclosure, and the electrodes of the first, second, and third pairs being centered on first, second, and third orthogonal axes; a first conductive coil (L1; L); a first pair of switches (SW1, SW1'; SW, SW') enabling to alternately connect the first coil between the electrodes of the first (305, 305'), of the second (307, 307'), and of the third (309, 309') pair of electrodes; and a single magnetometer (311; 411).
A calibration network for an antenna array, comprising a shielded signal transmission line having an electrically conducting wire coaxially passing along an electrically conductive shielding sleeve electrically insulated therefrom, characterized in that said shielded signal transmission line is configured and operable to propagate signals along its length and comprises one or more electromagnetic coupling sites spaced-apart along its length and adapted for coupling said calibration network with a certain number of antenna elements of an antenna array, each electromagnetic coupling site comprises at least one aperture formed in said electrically conductive shielding sleeve of the shielded signal transmission line for electromagnetic coupling between said shielded signal transmission line and said antenna elements.
An ear tip for use with in-ear headphones, having a central channel for transmitting sound, an external surface surrounding said channel composed of elastic material and an internal filling composed of a less dense, more viscous material, said ear tip being characterized in that it has a denser rigid material disposed in said filling and located on the side opposite the side which is typically inserted into a listener's ear.
An ethylene copolymer comprising ethylene and 1-hexene, the ethylene copolymer having a density of from 0.912 g/cm 3 to 0.925 g/cm 3, a melt index (I 2) of from 0.1 g/10min to 5.0 g/10min, a melt flow ratio (I 21 /I 2) of from 20 to 30, and a normal comonomer distribution profile in a GPC-FTIR analysis which is measured as described in the description, wherein the normal comonomer distribution profile has a slope of from -4.5 to -7.0, where the slope is defined as the number of short chain branches per 1000 carbons at a molecular weight of 300,000 minus the number of short chain branches per 1000 carbons at a molecular weight of 30,000; wherein I 2 is determined in accordance with ASTM D1238 Procedure A (Manual Operation) at 190°C with a 2.16 kilogram weight; and wherein I 21 is determined in accordance with ASTM D1238 Procedure A at 190°C with a 21.6 kilogram weight. wherein I 2 is determined in accordance with ASTM D1238 Procedure A (Manual Operation) at 190°C with a 2.16 kilogram weight; and wherein I 21 is determined in accordance with ASTM D1238 Procedure A at 190°C with a 21.6 kilogram weight.
A method of forming a flexible lining for a container, the method comprising: - providing a former (10, 210) having a substantially flat end face (16, 216) and a perimeter surface extending from the end face, the former (10, 210) having external shape and dimensions substantially the same as the internal shape and dimensions of said container; - forming a sleeve (12, 212) of a thin sheet (1, 201) of plastics material around the perimeter surface of the former (10, 210), an end region (32, 232) of the sleeve (12, 212) extending beyond the end face (16, 216) of the former (10, 210); - heating said end region (32, 232) to substantially conform the end region to an edge portion of the end face (32, 232) of the former (10, 210); and - bonding a sheet of plastics material to said conformed end region (32, 232) of the sleeve to form a base of the lining, the lining subsequently conforming exactly to the internal shape of a container to be lined. - providing a former (10, 210) having a substantially flat end face (16, 216) and a perimeter surface extending from the end face, the former (10, 210) having external shape and dimensions substantially the same as the internal shape and dimensions of said container; - forming a sleeve (12, 212) of a thin sheet (1, 201) of plastics material around the perimeter surface of the former (10, 210), an end region (32, 232) of the sleeve (12, 212) extending beyond the end face (16, 216) of the former (10, 210); - heating said end region (32, 232) to substantially conform the end region to an edge portion of the end face (32, 232) of the former (10, 210); and - bonding a sheet of plastics material to said conformed end region (32, 232) of the sleeve to form a base of the lining, the lining subsequently conforming exactly to the internal shape of a container to be lined.
A fusion and display system, comprising: a structure positioning plate; a screen fixed on the structure positioning plate; a projection unit arranged on the structure positioning plate, for projecting an image light to a back of the screen; a lighting unit arranged on the structure positioning plate, for projecting light rays to the back of the screen, the lighting unit comprises LED light sets, the LED light sets are arranged on a base, the base is fixed on a structure positioning plate, a round hole is arranged in the middle of the base so as to let the projected light pass through; the light projected by the projection unit is located inside the light projected by the lighting unit; a control unit respectively connected to the projection unit and the lighting unit, for receiving an input signal and parsing the input signal to control projected image of the projection unit and working states of the lighting unit; wherein, the screen comprises a single curved surface, the incident image light and light rays ingress through one concave surface of the screen, are transmitted by the screen, and form parallel rays and are emitted out from the convex surface of the screen, and the light transmittance of the screen is between 40% to 70%. a structure positioning plate; a screen fixed on the structure positioning plate; a projection unit arranged on the structure positioning plate, for projecting an image light to a back of the screen; a lighting unit arranged on the structure positioning plate, for projecting light rays to the back of the screen, the lighting unit comprises LED light sets, the LED light sets are arranged on a base, the base is fixed on a structure positioning plate, a round hole is arranged in the middle of the base so as to let the projected light pass through; the light projected by the projection unit is located inside the light projected by the lighting unit; a control unit respectively connected to the projection unit and the lighting unit, for receiving an input signal and parsing the input signal to control projected image of the projection unit and working states of the lighting unit; wherein, the screen comprises a single curved surface, the incident image light and light rays ingress through one concave surface of the screen, are transmitted by the screen, and form parallel rays and are emitted out from the convex surface of the screen, and the light transmittance of the screen is between 40% to 70%.
An in vitro method of determining A-beta 40 in a mammal before and after treatment of an amyloid disorder, comprising: (a) providing a first blood sample obtained from the mammal before treatment for an amyloid disorder; (b) providing a second blood sample obtained from the mammal after treatment for the amyloid disorder; (c) quantifying a level of A-beta 40 in the first blood sample and in the second blood sample; and (d) determining the level of A-beta 40 before and after treatment of the amyloid disorder; wherein the in vitro method further comprises comparing the level of A-beta 40 in the first sample to the level of A-beta 40 in the second sample, wherein an increased level of A-beta 40 in the second blood sample as compared to the first blood sample is associated with or indicative of a decrease or a reduction of amyloid plaques or aggregates present in the brain of the mammal, and/or is associated with or indicative of effective treatment of the amyloid disorder, and wherein the treatment comprises an increased level of a protective ApoE isoform protein in the brain of the mammal, wherein the protective ApoE isoform is ApoE ε2, and wherein the amyloid disorder is Alzheimer's Disease. (a) providing a first blood sample obtained from the mammal before treatment for an amyloid disorder; (b) providing a second blood sample obtained from the mammal after treatment for the amyloid disorder; (c) quantifying a level of A-beta 40 in the first blood sample and in the second blood sample; and (d) determining the level of A-beta 40 before and after treatment of the amyloid disorder; wherein the in vitro method further comprises comparing the level of A-beta 40 in the first sample to the level of A-beta 40 in the second sample, wherein an increased level of A-beta 40 in the second blood sample as compared to the first blood sample is associated with or indicative of a decrease or a reduction of amyloid plaques or aggregates present in the brain of the mammal, and/or is associated with or indicative of effective treatment of the amyloid disorder, and wherein the treatment comprises an increased level of a protective ApoE isoform protein in the brain of the mammal, wherein the protective ApoE isoform is ApoE ε2, and wherein the amyloid disorder is Alzheimer's Disease.