mhurhangee/ep-ind-claims huggingface dataset:
An optical computing device to provide an optical Ising machine, comprising: a parametric oscillator array, configured to receive a first group of signals, and generate a first group of optical signals based on the first group of signals, wherein the first group of optical signals comprises a plurality of first optical signals; an interaction computing array, connected to the parametric oscillator array, and configured to receive the first group of optical signals, and perform matrix operation on the first group of optical signals based on a preset matrix to obtain a second group of optical signals, wherein the second group of optical signals comprises a plurality of second optical signals; a first feedback module, connected to two ends of the parametric oscillator array, and configured to receive the first group of optical signals, and transmit the first group of optical signals to the parametric oscillator array; a second feedback module, connected to the parametric oscillator array and the interaction computing array, and configured to receive the second group of optical signals, and transmit the second group of optical signals to the parametric oscillator array; and a phase detector, connected to an output end of the parametric oscillator array, and configured to detect a phase of each optical signal in a group of optical signals output by the parametric oscillator array, wherein a final computing result is determined, when the phase of each optical signal meets a preset condition. a parametric oscillator array, configured to receive a first group of signals, and generate a first group of optical signals based on the first group of signals, wherein the first group of optical signals comprises a plurality of first optical signals; an interaction computing array, connected to the parametric oscillator array, and configured to receive the first group of optical signals, and perform matrix operation on the first group of optical signals based on a preset matrix to obtain a second group of optical signals, wherein the second group of optical signals comprises a plurality of second optical signals; a first feedback module, connected to two ends of the parametric oscillator array, and configured to receive the first group of optical signals, and transmit the first group of optical signals to the parametric oscillator array; a second feedback module, connected to the parametric oscillator array and the interaction computing array, and configured to receive the second group of optical signals, and transmit the second group of optical signals to the parametric oscillator array; and a phase detector, connected to an output end of the parametric oscillator array, and configured to detect a phase of each optical signal in a group of optical signals output by the parametric oscillator array, wherein a final computing result is determined, when the phase of each optical signal meets a preset condition.
A method for manufacturing a pivot bearing for the pivoting of a timepiece component, in particular a pivot jewel, wherein it comprises the following steps: - boring a hole in a bearing blank along an axis intended for the pivoting of a timepiece component, this hole forming a start point of a first pivot zone of the bearing, then - laser engraving, in the blank, in particular using a femtosecond laser, a second clearance zone of the bearing, juxtaposed with the start point of a first pivot zone, this second clearance zone of the bearing opening at a first face of the bearing blank, then - removing material by means of wear, in particular by olive-cutting, at the start point of a first pivot zone of the bearing and a boundary zone between the start point of a first pivot zone of the bearing and the second clearance zone of the bearing in order to form a first pivot zone and a second clearance zone of the bearing that are juxtaposed, being connected to each other by a rounded connection. - boring a hole in a bearing blank along an axis intended for the pivoting of a timepiece component, this hole forming a start point of a first pivot zone of the bearing, then - laser engraving, in the blank, in particular using a femtosecond laser, a second clearance zone of the bearing, juxtaposed with the start point of a first pivot zone, this second clearance zone of the bearing opening at a first face of the bearing blank, then - removing material by means of wear, in particular by olive-cutting, at the start point of a first pivot zone of the bearing and a boundary zone between the start point of a first pivot zone of the bearing and the second clearance zone of the bearing in order to form a first pivot zone and a second clearance zone of the bearing that are juxtaposed, being connected to each other by a rounded connection.
(Amended) A method for manufacturing a pneumatic tire having an inner liner on an inner side of the tire, molding of a green tire comprising: (a) an assembly step of bonding the inner liner and an unvulcanized rubber sheet with end portions thereof in a width direction being displaced from each other by 50 mm to 500 mm in the width direction to manufacture a laminate; (b) a cutting step of cutting said laminate to have a constant length corresponding to a width of a drum to manufacture a cut sheet; and (c) a joining step of winding said cut sheet on entire circumference of the drum such that a cut surface thereof extends in a circumferential direction of the drum and the inner liner is disposed on an inner surface side, and joining the end portions of the inner liner and joining the end portions of the unvulcanized rubber sheet such that positions of the joined end portions are displaced by a constant distance, said inner liner being a composite layer of a first layer containing a styrene-isobutylene-styrene block copolymer and having a thickness of 0.05 mm to 0.6 mm, and a second layer made of a thermoplastic elastomer composition containing at least one of a styrene-isoprene-styrene block copolymer and a styrene-isobutylene block copolymer, having a thickness of 0.01 mm to 0.3 mm, and disposed on a side of said unvulcanized rubber sheet. (a) an assembly step of bonding the inner liner and an unvulcanized rubber sheet with end portions thereof in a width direction being displaced from each other by 50 mm to 500 mm in the width direction to manufacture a laminate; (b) a cutting step of cutting said laminate to have a constant length corresponding to a width of a drum to manufacture a cut sheet; and (c) a joining step of winding said cut sheet on entire circumference of the drum such that a cut surface thereof extends in a circumferential direction of the drum and the inner liner is disposed on an inner surface side, and joining the end portions of the inner liner and joining the end portions of the unvulcanized rubber sheet such that positions of the joined end portions are displaced by a constant distance, said inner liner being a composite layer of a first layer containing a styrene-isobutylene-styrene block copolymer and having a thickness of 0.05 mm to 0.6 mm, and a second layer made of a thermoplastic elastomer composition containing at least one of a styrene-isoprene-styrene block copolymer and a styrene-isobutylene block copolymer, having a thickness of 0.01 mm to 0.3 mm, and disposed on a side of said unvulcanized rubber sheet. a first layer containing a styrene-isobutylene-styrene block copolymer and having a thickness of 0.05 mm to 0.6 mm, and a second layer made of a thermoplastic elastomer composition containing at least one of a styrene-isoprene-styrene block copolymer and a styrene-isobutylene block copolymer, having a thickness of 0.01 mm to 0.3 mm, and disposed on a side of said unvulcanized rubber sheet.
A display device, comprising a) an image display unit having a visual display surface at which a visual image can be displayed; b) a topology display unit that is superposed to the visual display surface and adapted to controllably change the topology on a tactile display surface of the topology display unit, wherein the topology display unit comprises a plurality of "active stacks" with an electroactive polymer EAP layer (L1-L5), and wherein the electroactive polymer EAP layer (L1-L5) is disposed between a first electrode layer and a second electrode layer (E1 - E5, ET), characterized in that the thickness of the EAP layers (L1-L5) of these active stacks increases with increasing distance from the tactile display surface. a) an image display unit having a visual display surface at which a visual image can be displayed; b) a topology display unit that is superposed to the visual display surface and adapted to controllably change the topology on a tactile display surface of the topology display unit, wherein the topology display unit comprises a plurality of "active stacks" with an electroactive polymer EAP layer (L1-L5), and wherein the electroactive polymer EAP layer (L1-L5) is disposed between a first electrode layer and a second electrode layer (E1 - E5, ET), characterized in that the thickness of the EAP layers (L1-L5) of these active stacks increases with increasing distance from the tactile display surface.
An apparatus comprising: a plurality of electrical drivers; at least one optical signal path comprising a plurality of sections (420, 460), wherein at least one section (420, 460) comprises a plurality of sub-sections, wherein at least some of the plurality of sub-sections each comprises an optical modulating element, wherein at least some of the optical modulating elements each is coupled with at least one of said plurality of electrical drivers; wherein said each coupled electrical driver is configured to generate at least one electrical signal for modulating at least one of the propagation properties of an optical signal through said at least one optical signal path; and characterised in that the electrical drivers are configured such that the time delay difference between the electrical signals generated by at least two electrical drivers coupled with the optical modulating elements of respective sub-sections within said at least one section (420, 460) of said at least one optical signal path is smaller than or equal to seventy percent of the time-of-flight of an optical signal through said at least one section (420, 460) of said at least one optical signal path. a plurality of electrical drivers; at least one optical signal path comprising a plurality of sections (420, 460), wherein at least one section (420, 460) comprises a plurality of sub-sections, wherein at least some of the plurality of sub-sections each comprises an optical modulating element, wherein at least some of the optical modulating elements each is coupled with at least one of said plurality of electrical drivers; wherein said each coupled electrical driver is configured to generate at least one electrical signal for modulating at least one of the propagation properties of an optical signal through said at least one optical signal path; and characterised in that the electrical drivers are configured such that the time delay difference between the electrical signals generated by at least two electrical drivers coupled with the optical modulating elements of respective sub-sections within said at least one section (420, 460) of said at least one optical signal path is smaller than or equal to seventy percent of the time-of-flight of an optical signal through said at least one section (420, 460) of said at least one optical signal path.
Aerating system for the runner of a hydraulic turbine, the runner comprising a plurality of blades, such that inter-blade canals are configured between each pair of blades for the admission of air in the water flow circulating through the hydraulic turbine, characterized in that the aerating system comprises at least one hydrofoil located in the inter-blade canal of the runner contacting the pair of blades configuring the inter-blade canal where the hydrofoil is located, such that the hydrofoil has a non-axis symmetrical profile, and such that at least one of the blades in contact with the hydrofoil comprises an aerating canal delivering air to the hydrofoil.
Child's push chair, comprising lateral articulated joints each one with junctions for a leg of pushing handle, a front wheel strut and/or a rear wheel strut, with at least two elements (5,6,7) of those being pivotable relative to each other about a joint axis transverse to the direction of travel, wherein the junction for the first of at least two elements (5,6,7) of an articulated joint pivotable relative to each other is connected in a torque-proof manner to an inner disc-shaped part of the articulated joint, and wherein the junction for a second one of the at least two elements (5,6,7) of an articulated joint relative to each other is connected or coupled in a torque-proof manner to at least two front plates (29,30) of the housing, which are parallel to the disc-shaped part, and/or to joint plates (75,77,78) of the regarding articulated joint arranged between them, which encompass the inner disc-shaped part on its both flat faces, characterized in that, for a locking of the articulated joint, at least two front plates (29,30) and/or joint plates (75,77,78) of the housing at both sides of the inner disc-shaped part can be moved to each other by means of a connecting element, and thereby can be pressed from both sides against the inner disc-shaped part of the articulated joint to achieve a frictional and/or a positive locking contact, but, for a relative adjustment of the articulated joint, can be spaced from the inner disc-shaped part through loosening the connecting element, so that the frictional or positive locking contact is eliminated.
A method comprising: receiving (300, 400), at a computing device, an audio input; determining, by the computing device, a series of words based on the audio input, the series of words including one or more alphanumeric characters; outputting, by the computing device, for display, one or more substituted symbols (320, 350, 360), wherein the one or more substituted symbols correspond to at least a portion of the series of words, and wherein each of the one or more substituted symbols corresponds to a respective alphanumeric character of the one or more alphanumeric characters; and responsive to determining that receipt of the audio input has completed, outputting, by the computing device, for display the one or more alphanumeric characters in place of the one or more substituted symbols. receiving (300, 400), at a computing device, an audio input; determining, by the computing device, a series of words based on the audio input, the series of words including one or more alphanumeric characters; outputting, by the computing device, for display, one or more substituted symbols (320, 350, 360), wherein the one or more substituted symbols correspond to at least a portion of the series of words, and wherein each of the one or more substituted symbols corresponds to a respective alphanumeric character of the one or more alphanumeric characters; and responsive to determining that receipt of the audio input has completed, outputting, by the computing device, for display the one or more alphanumeric characters in place of the one or more substituted symbols.
A stacked liquid crystal structure (300, 400, 500, 600, 700, 800, 900) associated with a head mounted display, the stacked LC structure comprising: a plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) configured to rotate the polarization of light from a broadband light source over a range of wavelengths and a range of incident angles, the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) are arranged in a stack such that the broadband light passes through each of the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) consecutively, wherein an amount of polarization adjustment caused by each LC cell in the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) is wavelength independent over the range of wavelengths and the range of incident angles and the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) are oriented relative to each other such that a cumulative rotation of the polarization for all bands of light within the broadband light is from a first polarization to a second polarization; characterised in that the stacked LC structure further comprises a controller configured to: determine that a failure has occurred in a first one of said LC cells (305a, 405a, 505a, 720a), and apply a voltage to a second one of said LC cells (305b, 405b, 505b, 720b) in order to drive the stacked LC structure. a plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) configured to rotate the polarization of light from a broadband light source over a range of wavelengths and a range of incident angles, the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) are arranged in a stack such that the broadband light passes through each of the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) consecutively, wherein an amount of polarization adjustment caused by each LC cell in the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) is wavelength independent over the range of wavelengths and the range of incident angles and the plurality of LC cells (305a, 305b, 405a, 405b, 505a, 505b, 720a, 720b) are oriented relative to each other such that a cumulative rotation of the polarization for all bands of light within the broadband light is from a first polarization to a second polarization; characterised in that the stacked LC structure further comprises a controller configured to: determine that a failure has occurred in a first one of said LC cells (305a, 405a, 505a, 720a), and apply a voltage to a second one of said LC cells (305b, 405b, 505b, 720b) in order to drive the stacked LC structure. determine that a failure has occurred in a first one of said LC cells (305a, 405a, 505a, 720a), and apply a voltage to a second one of said LC cells (305b, 405b, 505b, 720b) in order to drive the stacked LC structure.
A system for cooling, air conditioning or heating a building based on the principle of the heat pump using air as outside source and which is of the type with separate heat exchange units in which, on the one hand, the compressor, the expansion member and the exchanger in which the outside air circulates, and on the other hand, the second exchanger are distributed in two separate heat exchange units (22, 26) and are remote from one another, the system including: - a heat exchange unit that provides a heat exchange with the air outside said unit and that comprises at least one heat exchanger, i.e., an evaporator or a condenser, in which a state change heat transfer fluid circulates, the unit comprising an inlet for the outside intake air, an outlet for the discharge air and suction means for the inlet air so that it passes through said at least one exchanger and is discharged at the outlet, - a casing in which the heat exchange unit is housed and which is open on one of its sides facing the discharge air outlet of the heat exchange unit, - separating means between the discharge air and the outside air that enter the casing by the open side and that are intended for the outside intake air inlet of the heat exchange unit, said air separating means extending longitudinally from the outlet of the heat exchange unit and moving away from it, characterized in that said air separating means: • are configured in a telescoping manner so as to vary their longitudinal extension and/or include a discharge sheath that is arranged across from the outlet of the heat exchange unit. - a heat exchange unit that provides a heat exchange with the air outside said unit and that comprises at least one heat exchanger, i.e., an evaporator or a condenser, in which a state change heat transfer fluid circulates, the unit comprising an inlet for the outside intake air, an outlet for the discharge air and suction means for the inlet air so that it passes through said at least one exchanger and is discharged at the outlet, - a casing in which the heat exchange unit is housed and which is open on one of its sides facing the discharge air outlet of the heat exchange unit, - separating means between the discharge air and the outside air that enter the casing by the open side and that are intended for the outside intake air inlet of the heat exchange unit, said air separating means extending longitudinally from the outlet of the heat exchange unit and moving away from it, characterized in that said air separating means: • are configured in a telescoping manner so as to vary their longitudinal extension and/or • are configured in a telescoping manner so as to vary their longitudinal extension and/or
A battery mounting system, comprising: a battery tray having a base, a retainer side and an attachment side opposed across a width thereof, the battery tray having a length operative to receive a plurality of battery modules, the retainer side having a retainer extending at least partially along a length of the tray, the attachment side having an attachment structure extending at least partially along the length of the tray, the retainer operative to engage a first retention surface associated with each of the plurality of battery modules, characterized in that the attachment structure comprises a plurality of spaced bores; wherein the spaced bores are located in a raised portion of the attachment structure; wherein the raised portion comprises a plurality of raised pockets and the bores are associated with the pockets; wherein the retainer comprises an inwardly and upwardly extending tapered wall having a taper angle; and wherein the retainer also comprises a plurality of spaced gussets joining the tapered wall and the base along the length of the battery tray. a battery tray having a base, a retainer side and an attachment side opposed across a width thereof, the battery tray having a length operative to receive a plurality of battery modules, the retainer side having a retainer extending at least partially along a length of the tray, the attachment side having an attachment structure extending at least partially along the length of the tray, the retainer operative to engage a first retention surface associated with each of the plurality of battery modules, characterized in that the attachment structure comprises a plurality of spaced bores; wherein the spaced bores are located in a raised portion of the attachment structure; wherein the raised portion comprises a plurality of raised pockets and the bores are associated with the pockets; wherein the retainer comprises an inwardly and upwardly extending tapered wall having a taper angle; and wherein the retainer also comprises a plurality of spaced gussets joining the tapered wall and the base along the length of the battery tray.