mhurhangee/ep-ind-claims huggingface dataset:
A magnetic resonance signal detection module configured to be used in a vacuum container to be inserted in a static magnetic field generator and arranged to detect a magnetic resonance signal from a sample, comprising: an insulator block having a coil mounting section, the coil mounting section having a detection hole into which a sample container can be inserted; a low-frequency nuclide coil provided on an inner surface of the detection hole; and a high-frequency nuclide coil embedded in the coil mounting section in such a way as to surround the low-frequency nuclide coil, wherein the high-frequency nuclide coil includes a Helmholtz coil including a pair of saddle coils (106, 108), and a tuning capacitor connecting the pair of saddle coils (106, 108), wherein the pair of saddle coils (106, 108) is provided in such a way as to sandwich the low-frequency nuclide coil, and wherein a conductor of the low-frequency nuclide coil and a conductor of the Helmholtz coil have a ribbon-like shape, and a flatwise face of a ribbon forming the conductor of the low-frequency nuclide coil and an edgewise face of a ribbon forming the conductor of the Helmholtz coil face each other. an insulator block having a coil mounting section, the coil mounting section having a detection hole into which a sample container can be inserted; a low-frequency nuclide coil provided on an inner surface of the detection hole; and a high-frequency nuclide coil embedded in the coil mounting section in such a way as to surround the low-frequency nuclide coil, wherein the high-frequency nuclide coil includes a Helmholtz coil including a pair of saddle coils (106, 108), and a tuning capacitor connecting the pair of saddle coils (106, 108), wherein the pair of saddle coils (106, 108) is provided in such a way as to sandwich the low-frequency nuclide coil, and wherein a conductor of the low-frequency nuclide coil and a conductor of the Helmholtz coil have a ribbon-like shape, and a flatwise face of a ribbon forming the conductor of the low-frequency nuclide coil and an edgewise face of a ribbon forming the conductor of the Helmholtz coil face each other.
Method for increasing the range of shells (1, 8, 13) charged with an explosive substance or provided with some other active payload, (whereby) the shells (1, 8, 13), on the one hand, are made subcalibre and are provided with fixed rear guide fins (5, 10), wherein the radial extent or span of the fixed rear guide fins does not exceed the available space between the outside of the respective shell case (1, 8, 13) and the inside of a barrel in an artillery piece utilized for firing the shell (1, 8, 13) and, on the other hand, are provided with non-retractable steerable front canard fins (6, 9), wherein the radial extent or span of the canard fins (6, 9) does not exceed the available space between the outside of the respective shell case (1, 8, 13) and the inside of a barrel in an artillery piece utilized for firing the shell (1, 8, 13), which rear and front fins (5, 6, 9, 10) together provide the shell (1, 8, 13) with aerodynamic bearing surfaces primarily during the terminal part of its trajectory, and in that the subcalibre shells (1, 8, 13) are fired from the respective artillery piece with propulsion mirrors adapted for the purpose.
An apparatus comprising: a driver configured to receive a stream of pulses associated with magnetic stripe data of a payment card and to cause a series of timed current pulses; an inductor having one or more windings configured to emit magnetic pulses based on the series of timed current pulses; and a payment button programmed to be associated with a pre-selected payment card, wherein the inductor is configured to cause the series of timed current pulses for having a rising time, the one or more windings of the inductor to generate magnetic pulses contactlessly recognizable by a magnetic read head, and characterized in that activating of the payment button automatically initiates emission of magnetic pulses comprising magnetic stripe data of the pre-selected payment card without user input to select the pre-selected payment card at a time of payment. a driver configured to receive a stream of pulses associated with magnetic stripe data of a payment card and to cause a series of timed current pulses; an inductor having one or more windings configured to emit magnetic pulses based on the series of timed current pulses; and a payment button programmed to be associated with a pre-selected payment card, wherein the inductor is configured to cause the series of timed current pulses for having a rising time, the one or more windings of the inductor to generate magnetic pulses contactlessly recognizable by a magnetic read head, and characterized in that activating of the payment button automatically initiates emission of magnetic pulses comprising magnetic stripe data of the pre-selected payment card without user input to select the pre-selected payment card at a time of payment.
A reagent composition, for determining the concentration of an analyte in a sample, comprising: 1% to 30% (w/w) of a 20% to 50% (w/w) suspension of porous particles, the particles having an average diameter from 0.05 micrometer to 10 micrometers and a void volume of at least 20% (v/v); 0.1% to 10% (w/w) of at least one polymeric material; and 0.1 to 10 active units of at least one enzyme system per microliter of the reagent composition. 1% to 30% (w/w) of a 20% to 50% (w/w) suspension of porous particles, the particles having an average diameter from 0.05 micrometer to 10 micrometers and a void volume of at least 20% (v/v); 0.1% to 10% (w/w) of at least one polymeric material; and 0.1 to 10 active units of at least one enzyme system per microliter of the reagent composition.
A process for preparing a multicoloured poured cosmetic product that is a lipstick, a gloss or a lipgloss, a blusher, a creamy eye-shadow, an under-eye concealer or a compact foundation, comprising the steps of: a) arranging a first layer of cosmetic product by pouring a preset amount of said first melted coloured cosmetic product on a plane, within a containment perimeter: b) after the layer of the preceding step has solidified, pouring a preset amount of a second cosmetic product of a different colour from the first one within the containment perimeter; b') optionally repeating step (b) one or more times in order to add layers of cosmetic products of different colours; c) removing the containment perimeter, thereby obtaining a multicoloured or "dégradé", multilayered block; d) sectioning, according to cutting planes Incident to the layers of coloured cosmetic products, the multicoloured or "dégradé" multilayered block in order to obtain multicoloured or "dégradé" sections of the same.. a) arranging a first layer of cosmetic product by pouring a preset amount of said first melted coloured cosmetic product on a plane, within a containment perimeter: b) after the layer of the preceding step has solidified, pouring a preset amount of a second cosmetic product of a different colour from the first one within the containment perimeter; b') optionally repeating step (b) one or more times in order to add layers of cosmetic products of different colours; c) removing the containment perimeter, thereby obtaining a multicoloured or "dégradé", multilayered block; d) sectioning, according to cutting planes Incident to the layers of coloured cosmetic products, the multicoloured or "dégradé" multilayered block in order to obtain multicoloured or "dégradé" sections of the same..
Apparatus for the manufacture of an article, the article to comprise a number of elements (50, 52) to be bonded together including at least one resilient element, the apparatus comprising: a guide track which defines a path along which the elements (50, 52) travel during manufacture; a flight for urging the elements (50, 52) along the guide track; a conveyor belt operable to move the elements along the guide track; and characterised in that the apparatus further comprises: a compression frame provided along at least part of the length of the track configured such that the elements (50, 52) are compressed by the compression frame as the elements (50, 52) are moved by the conveyor along the path defined by the guide track, wherein the compression frame comprises a first section and a second section, each section (30, 32) comprising two parallel rods arranged side by side to define a gap dimensioned such that the flight may extend into the gap. a guide track which defines a path along which the elements (50, 52) travel during manufacture; a flight for urging the elements (50, 52) along the guide track; a conveyor belt operable to move the elements along the guide track; and characterised in that the apparatus further comprises: a compression frame provided along at least part of the length of the track configured such that the elements (50, 52) are compressed by the compression frame as the elements (50, 52) are moved by the conveyor along the path defined by the guide track, wherein the compression frame comprises a first section and a second section, each section (30, 32) comprising two parallel rods arranged side by side to define a gap dimensioned such that the flight may extend into the gap. a compression frame provided along at least part of the length of the track configured such that the elements (50, 52) are compressed by the compression frame as the elements (50, 52) are moved by the conveyor along the path defined by the guide track, wherein the compression frame comprises a first section and a second section, each section (30, 32) comprising two parallel rods arranged side by side to define a gap dimensioned such that the flight may extend into the gap.
A luminophore composition for low pressure discharge lamps for generating radiation with a color temperature of greater than 4800 K and a very good general color rendering index CRI of greater than 90, the luminophore composition comprising at least one halophosphate luminophore, a luminophore emitting in the red wavelength region, a luminophore emitting in the blue-green wavelength region, a europium-doped luminophore emitting in the blue wavelength region and a Tb-doped luminophore emitting in the green wavelength region, characterized in that the luminophore composition comprises a luminophore emitting in an emission range in the visible region with wavelengths of greater than 380 nm and at least one emission band in the near ultraviolet (UV-A) and the emitted intensity of the luminophore is smaller in the visible region than in the UV-A region.
Feed mixer for mixing materials for livestock feed, comprising a container that receives materials, a first driveline to transfer power from a power source, a second driveline to transfer power to at least a first mixing member gearbox; at least a first mixing member for mixing materials, drivingly attached to the first mixing member gearbox, at least a first opening for discharging the material from the container, and a transmission system, wherein the transmission system includes a continuously variable transmission comprising a mechanical loop and a hydrostatic loop, the mechanical loop includes at least an input driven by the first driveline, an output which drives the second driveline and a planetary gear set, and the hydrostatic loop includes a first pump to create a primary flow of fluid, a closed circuit and a first motor driven by the primary flow of fluid from the first pump characterized in that the hydrostatic loop includes an additional pump to create an additional flow of fluid to incorporate into the closed circuit prior to the rotation of the input or prior to the rotation of the output.
A method comprising: generating one or more secret keys, applying symmetric encryption to unencrypted radio information to generate encrypted radio information, applying a keyed hash operation to the unencrypted radio information using the generated one or more secret keys to generate a message digest, and transmitting both the encrypted radio information and the message digest over a network. generating one or more secret keys, applying symmetric encryption to unencrypted radio information to generate encrypted radio information, applying a keyed hash operation to the unencrypted radio information using the generated one or more secret keys to generate a message digest, and transmitting both the encrypted radio information and the message digest over a network.
A hybrid cord for a tire ply or ply strip (9, 11, 12), the cord comprising: two aramid yarns, each aramid yarn having a density from 1400 dtex to 1900 dtex and being twisted in a first direction with 5 to 11 twists per 0.0254 m, a polyamide yarn having a density of 750 dtex to 1200 dtex and being twisted in the first direction with 4 to 10 twists per 0.0254 m, wherein the three yarns are twisted together with 4 to 10 twists per 0.0254 m in a direction opposite to the first direction to form the cord; wherein the number of twists per 0.0254 m of each aramid yarn has at least 10% twists per 0.0254 m more than the polyamide yarn, and wherein the number of twists per 0.0254 m of the polyamide yarn and the number of twists per 0.0254 m of the cord does not differ from each other in more than 0.5 twists per 0.0254 m. two aramid yarns, each aramid yarn having a density from 1400 dtex to 1900 dtex and being twisted in a first direction with 5 to 11 twists per 0.0254 m, a polyamide yarn having a density of 750 dtex to 1200 dtex and being twisted in the first direction with 4 to 10 twists per 0.0254 m, wherein the three yarns are twisted together with 4 to 10 twists per 0.0254 m in a direction opposite to the first direction to form the cord; wherein the number of twists per 0.0254 m of each aramid yarn has at least 10% twists per 0.0254 m more than the polyamide yarn, and wherein the number of twists per 0.0254 m of the polyamide yarn and the number of twists per 0.0254 m of the cord does not differ from each other in more than 0.5 twists per 0.0254 m.
A process of manufacturing a chromium alloyed molybdenum silicide portion of a heating element comprising the steps of: - forming a mixture of a chromium powder and a silicon powder; - reacting the mixture to a reaction product in an inert atmosphere at a temperature of at least 1100°C but not more than 1580°C; - converting the reaction product to a powder comprising CrSi 2; - forming a powder ceramic composition by mixing the powder comprising CrSi 2 with a MoSi 2 powder and optionally with an extrusion aid; - forming the portion of the heating element; and - sintering the portion of the heating element in a temperature of from 1450°C plus or minus 10% to 1700°C plus or minus 10%; characterized in that the chromium powder and the silicon powder are provided separately to the mixture. - forming a mixture of a chromium powder and a silicon powder; - reacting the mixture to a reaction product in an inert atmosphere at a temperature of at least 1100°C but not more than 1580°C; - converting the reaction product to a powder comprising CrSi 2; - forming a powder ceramic composition by mixing the powder comprising CrSi 2 with a MoSi 2 powder and optionally with an extrusion aid; - forming the portion of the heating element; and - sintering the portion of the heating element in a temperature of from 1450°C plus or minus 10% to 1700°C plus or minus 10%;
A peptide that inhibits binding of ERAP1 polypeptide to PHB2 polypeptide, comprising an amino acid sequence described in any one of the following (a) and (b): (a) an amino acid sequence described in SEQ ID NO: 31; and (b) an amino acid sequence described in SEQ ID NO: 31 in which one, two, or several amino acid residues other than glutamine at position 1, aspartic acid at position 5, and glutamine at position 9 are substituted with other amino acid residues. (a) an amino acid sequence described in SEQ ID NO: 31; and (b) an amino acid sequence described in SEQ ID NO: 31 in which one, two, or several amino acid residues other than glutamine at position 1, aspartic acid at position 5, and glutamine at position 9 are substituted with other amino acid residues.
A desk comprising: - a frame comprising a pair of side members and a back member (112, 212); - a pair of side guides fixed to the frame (110, 210); - a table top; - a pair of table top supports fixed to the table top and slidable vertically along the side guides so that the table top is vertically adjustable; - a counterweight arrangement, comprising a counterweight (121, 351, 451, 551, 651, 751, 851 a, 851b) coupled with the table top and configured to bias the weight of the table top against gravity; and - a locking arrangement, comprising a pair of side combs (131, 231) fixed to the side members of the frame (110, 210) and a pair of movable lockers (132, 232) mounted to the table top at the sides of the table top and movable by at least one actuator mounted to the table top between: o a locked position in which the movable lockers (132, 232) fit between the teeth (134, 234) of the side combs (131, 231) so as to lock the vertical position of the table top; and o an unlocked position in which the movable lockers (132, 232) are located in a space (135, 235) beyond the teeth (134, 234) of the side combs (131, 231) so as to enable adjustment of the vertical position of the table top; characterized in that: the counterweight is coupled, by at least one rope guided via rollers, with the table top. - a frame comprising a pair of side members and a back member (112, 212); - a pair of side guides fixed to the frame (110, 210); - a table top; - a pair of table top supports fixed to the table top and slidable vertically along the side guides so that the table top is vertically adjustable; - a counterweight arrangement, comprising a counterweight (121, 351, 451, 551, 651, 751, 851 a, 851b) coupled with the table top and configured to bias the weight of the table top against gravity; and - a locking arrangement, comprising a pair of side combs (131, 231) fixed to the side members of the frame (110, 210) and a pair of movable lockers (132, 232) mounted to the table top at the sides of the table top and movable by at least one actuator mounted to the table top between: o a locked position in which the movable lockers (132, 232) fit between the teeth (134, 234) of the side combs (131, 231) so as to lock the vertical position of the table top; and o an unlocked position in which the movable lockers (132, 232) are located in a space (135, 235) beyond the teeth (134, 234) of the side combs (131, 231) so as to enable adjustment of the vertical position of the table top; characterized in that: the counterweight is coupled, by at least one rope guided via rollers, with the table top. o a locked position in which the movable lockers (132, 232) fit between the teeth (134, 234) of the side combs (131, 231) so as to lock the vertical position of the table top; and o an unlocked position in which the movable lockers (132, 232) are located in a space (135, 235) beyond the teeth (134, 234) of the side combs (131, 231) so as to enable adjustment of the vertical position of the table top; characterized in that: the counterweight is coupled, by at least one rope guided via rollers, with the table top.
A device for a wireless power transfer system, the device comprising a housing and a coil arranged inside the housing, the coil comprising a first conductor wire forming a first sub coil having a plurality of windings and a second conductor wire forming a second sub coil having a plurality of windings, the housing comprising a first holder for accommodating and holding the first sub coil, which first holder is configured to hold the first sub coil in a predetermined winding pattern, characterized in that the housing comprises a second holder for accommodating and holding the second sub coil, which second holder is configured to hold the second sub coil in a predetermined winding pattern, the first holder and the second holder being attached to each other such that the first sub coil and the second sub coil together form the coil with both the first sub coil and the second sub coil being arranged between the first holder and the second holder.
Wireless communication terminal arranged to transmit and/or receive signals simultaneously in a predetermined band of frequencies, comprising: - a MIMO device arranged to generate N MIMO signals in said predetermined frequency band from n baseband signals or to generate n baseband signals from N MIMO signals in said predetermined frequency band, with N>n≥2; - M antennas for receiving and/or transmitting the N MIMO signals, with M≥N/2; and - a switching device for connecting the MIMO device to the M antennas, characterised in that the MIMO device comprises a first MIMO circuit arranged to generate, from a baseband signal, N1 MIMO signals in a first sub-band of said predetermined frequency band or to generate, from N1 MIMO signals in said first sub-band, a baseband signal, and a second MIMO circuit arranged to generate, from a baseband signal, N2 MIMO signals in a second sub-band of said predetermined frequency band or to generate, from N2 MIMO signals in said first sub-band, a baseband signal, with N1+N2=N, said first and second sub-bands being non-overlapping, and in that the switching device comprises a first and a second channel adapted to connect said first and second MIMO circuits (20a, 20b) to the antennas in such a way that each of said M antennas is able to receive or transmit one of the N1 MIMO signals of the first MIMO circuit and to receive or transmit one of the N2 MIMO signals of the second MIMO circuit simultaneously and further comprises a filtering device associated with each antenna comprising a first and a second channel in order to isolate the MIMO signal of the first sub-band from the MIMO signal of the second sub-band both received or transmitted by said antenna. - a MIMO device arranged to generate N MIMO signals in said predetermined frequency band from n baseband signals or to generate n baseband signals from N MIMO signals in said predetermined frequency band, with N>n≥2; - M antennas for receiving and/or transmitting the N MIMO signals, with M≥N/2; and - a switching device for connecting the MIMO device to the M antennas, characterised in that the MIMO device comprises a first MIMO circuit arranged to generate, from a baseband signal, N1 MIMO signals in a first sub-band of said predetermined frequency band or to generate, from N1 MIMO signals in said first sub-band, a baseband signal, and a second MIMO circuit arranged to generate, from a baseband signal, N2 MIMO signals in a second sub-band of said predetermined frequency band or to generate, from N2 MIMO signals in said first sub-band, a baseband signal, with N1+N2=N, said first and second sub-bands being non-overlapping,
A flat tile for a building roofing, intended to be laterally juxtaposed with other similar flat tiles without a lateral sealing system by forming a row, this flat tile having on an outer face a visible bottom portion, and above the visible bottom portion a surface intended to be covered by tiles of the upper row, said flat tile being such that it includes, in a central portion of the covered surface, transverse grooves leading on each side to longitudinal grooves which have a depth that increases upwards, and such that it includes, on its outer face, an intermediate portion disposed immediately above the visible bottom portion, and, on its inner face, a bottom portion, each of these intermediate and bottom portions having a continuous planar sealing surface over the entire width of the flat tile, these two planar surfaces being generally parallel, such that the longitudinal grooves being increasingly deeper upwards, the section of passage of wind increases, and the air pressure due to this wind then becomes increasingly smaller, which decreasingly opposes the descent and the draining of the water, said flat tile being characterized in that the longitudinal grooves terminate, slightly before the upper end of the top portion, by forming an upper transverse groove which joins all of the different longitudinal grooves.