mhurhangee/ep-ind-claims huggingface dataset:
A reverse flow gas turbine engine, comprising: an output drive shaft having a front end configurable to drivingly engage a rotatable load; a low pressure spool including an LP turbine drivingly engaged to the output drive shaft, and an LP compressor drivingly connected to the LP turbine via a gear train (66;66'), the LP turbine disposed forward of the LP compressor relative to a front end of the output drive shaft; a high pressure spool including an HP turbine and an HP compressor drivingly engaged to an HP shaft rotatable independently of the LP spool, the HP compressor disposed forward of the LP compressor and in fluid communication therewith, and the HP turbine disposed aft of the LP turbine and in fluid communication therewith; and an accessory gearbox, the AGB being mounted aft of the LP compressor, wherein the AGB has an input axis which is coaxial to a centerline of the LP compressor, and the AGB has a drive input shaft extending along the centerline through a central bore of the LP compressor, the drive input shaft being drivingly connected to the HP spool. an output drive shaft having a front end configurable to drivingly engage a rotatable load; a low pressure spool including an LP turbine drivingly engaged to the output drive shaft, and an LP compressor drivingly connected to the LP turbine via a gear train (66;66'), the LP turbine disposed forward of the LP compressor relative to a front end of the output drive shaft; a high pressure spool including an HP turbine and an HP compressor drivingly engaged to an HP shaft rotatable independently of the LP spool, the HP compressor disposed forward of the LP compressor and in fluid communication therewith, and the HP turbine disposed aft of the LP turbine and in fluid communication therewith; and an accessory gearbox, the AGB being mounted aft of the LP compressor, wherein the AGB has an input axis which is coaxial to a centerline of the LP compressor, and the AGB has a drive input shaft extending along the centerline through a central bore of the LP compressor, the drive input shaft being drivingly connected to the HP spool.
A robot cleaner comprising: a main body including a driving unit for movement; an obstacle detection sensor provided in the main body to detect an obstacle; an angle measurement sensor configured to measure an angle of the main body in a traveling direction and an angle of the main body in a direction crossing the traveling direction; a storage unit configured to store a cleaning map created based on a danger area including an area where an obstacle is located; and a control unit configured to perform cleaning such that the main body travels while avoiding the danger area created on the cleaning map, characterized in that the control unit is configured to: calculate a distance between the main body and the obstacle based on the two angles measured by the angle measurement sensor, recognize an angle level of the main body relative to the obstacle using the calculated distance between the main body and the obstacle; determine whether the main body is able to travel with respect to the obstacle, based on the angle level of the main body; and set an area including the obstacle on the cleaning area as the danger area, upon determining that the obstacle restricts traveling of the main body. a main body including a driving unit for movement; an obstacle detection sensor provided in the main body to detect an obstacle; an angle measurement sensor configured to measure an angle of the main body in a traveling direction and an angle of the main body in a direction crossing the traveling direction; a storage unit configured to store a cleaning map created based on a danger area including an area where an obstacle is located; and a control unit configured to perform cleaning such that the main body travels while avoiding the danger area created on the cleaning map, calculate a distance between the main body and the obstacle based on the two angles measured by the angle measurement sensor, recognize an angle level of the main body relative to the obstacle using the calculated distance between the main body and the obstacle; determine whether the main body is able to travel with respect to the obstacle, based on the angle level of the main body; and set an area including the obstacle on the cleaning area as the danger area, upon determining that the obstacle restricts traveling of the main body.
A material for forming an organic film, comprising: a compound for forming an organic film shown by the following general formula; and an organic solvent, wherein W 1 represents a tetravalent organic group, n1 represents an integer of 0 or 1, n2 represents an integer of 1 to 3, and R 1 represents any one or more of the following general formulae. a compound for forming an organic film shown by the following general formula; and an organic solvent, wherein W 1 represents a tetravalent organic group, n1 represents an integer of 0 or 1, n2 represents an integer of 1 to 3, and R 1 represents any one or more of the following general formulae.
A cap for a bottle with an opening, the cap comprising: (a) a base having an axis, a top surface, a bottom surface, and a cavity in the bottom surface designed to attach to the bottle opening; (b) a housing mounted to rotate about the axis and having a bottom surface and an operative surface; (c) a biasing mechanism biasing the housing operative surface away from the base top surface along the axis; (d) at least one spike; characterized in that the base has an aperture extending from the top surface to the cavity; the housing can reciprocate on the axis; the housing has a plurality of compartments arranged in a circle around the axis inside the housing, each compartment having an opening in the housing operative surface covered by a frangible seal, at least one of the compartments containing an additive; the at least one spike extends from the aperture toward the frangible seal associated with a compartment aligned with the aperture; the housing being rotatable about the axis such that each of the compartment openings can align with the aperture; the housing being able to reciprocate on the axis between a storage position wherein the biasing mechanism is biasing the housing operative surface away from the base top surface and the frangible seal associated with the compartment aligned with the aperture is intact, and an operative position wherein the housing is pushed toward the base against the biasing mechanism and the spike pierces the frangible seal associated with the compartment aligned with the aperture thereby allowing the additive to flow downwardly into the aperture and into the cavity. (a) a base having an axis, a top surface, a bottom surface, and a cavity in the bottom surface designed to attach to the bottle opening; (b) a housing mounted to rotate about the axis and having a bottom surface and an operative surface; (c) a biasing mechanism biasing the housing operative surface away from the base top surface along the axis; (d) at least one spike; the base has an aperture extending from the top surface to the cavity; the housing can reciprocate on the axis; the housing has a plurality of compartments arranged in a circle around the axis inside the housing, each compartment having an opening in the housing operative surface covered by a frangible seal, at least one of the compartments containing an additive; the at least one spike extends from the aperture toward the frangible seal associated with a compartment aligned with the aperture; the housing being rotatable about the axis such that each of the compartment openings can align with the aperture; the housing being able to reciprocate on the axis between a storage position wherein the biasing mechanism is biasing the housing operative surface away from the base top surface and the frangible seal associated with the compartment aligned with the aperture is intact, and an operative position wherein the housing is pushed toward the base against the biasing mechanism and the spike pierces the frangible seal associated with the compartment aligned with the aperture thereby allowing the additive to flow downwardly into the aperture and into the cavity.
A transparent substrate, comprising: a thin-plate glass having a thickness of 10 μm to 100 μm; and a resin layer on at least one side of the thin-plate glass, wherein the resin layer has a coefficient of linear expansion of 5 ppm/°C to 100 ppm/°C, and a shrinkage stress of the resin layer on the thin-plate glass is 5 MPa or more. a thin-plate glass having a thickness of 10 μm to 100 μm; and a resin layer on at least one side of the thin-plate glass, wherein the resin layer has a coefficient of linear expansion of 5 ppm/°C to 100 ppm/°C, and a shrinkage stress of the resin layer on the thin-plate glass is 5 MPa or more.
An ultrasound imaging apparatus (100, 100a, 100b, 100c, 300) comprising: a probe (20, 310) configured to transmit an ultrasound signal (610, 620) to an object and detect an echo signal; one or more processors (120, 130, 320) configured to transmit an ultrasound signal (610, 620) for destroying a contrast agent through the probe (20, 310) to a region of interest of the object into which the contrast agent is injected, acquire a plurality of ultrasound contrast agent images of the region of interest of the object at time intervals of t k (k⊆1, 2,..., n, and n is an integer of 2 or more), and generate a k th cumulative ultrasound contrast agent image by accumulating the plurality of acquired ultrasound contrast agent images at every time intervals of t k to generate n cumulative ultrasound contrast agent images (820 - 860, 920 - 960); and a display (121, 122, 140, 330) configured to display the generated n cumulative ultrasound contrast agent images (820 - 860, 920 - 960) sequentially in the order of time lapse, wherein t k satisfies t k > t k-1. a probe (20, 310) configured to transmit an ultrasound signal (610, 620) to an object and detect an echo signal; one or more processors (120, 130, 320) configured to transmit an ultrasound signal (610, 620) for destroying a contrast agent through the probe (20, 310) to a region of interest of the object into which the contrast agent is injected, acquire a plurality of ultrasound contrast agent images of the region of interest of the object at time intervals of t k (k⊆1, 2,..., n, and n is an integer of 2 or more), and generate a k th cumulative ultrasound contrast agent image by accumulating the plurality of acquired ultrasound contrast agent images at every time intervals of t k to generate n cumulative ultrasound contrast agent images (820 - 860, 920 - 960); and a display (121, 122, 140, 330) configured to display the generated n cumulative ultrasound contrast agent images (820 - 860, 920 - 960) sequentially in the order of time lapse, wherein t k satisfies t k > t k-1.
A method for transmitting and receiving a signal by a terminal supporting dual-connectivity between evolved universal terrestrial radio access, E-UTRA, and new radio, NR, the method comprising: transmitting an uplink signal; and receiving a downlink signal, wherein the terminal is configured to aggregate two or more carriers for said dual-connectivity between E-UTRA and NR, EN-DC, said method being characterized in that: if the two or more carriers include an E-UTRA operating band 21 and an NR operating band n79, if an uplink center frequency of the E-UTRA operating band 21 is 1457.5 MHz, and if a downlink center frequency of the E-UTRA operating band 21 is 1505.5 MHz, a maximum sensitivity degradation, MSD, of 18.4 dB is applied by said terminal to a reference sensitivity used for the reception of the downlink signal. transmitting an uplink signal; and receiving a downlink signal, wherein the terminal is configured to aggregate two or more carriers for said dual-connectivity between E-UTRA and NR, EN-DC, said method being characterized in that: if the two or more carriers include an E-UTRA operating band 21 and an NR operating band n79, if an uplink center frequency of the E-UTRA operating band 21 is 1457.5 MHz, and if a downlink center frequency of the E-UTRA operating band 21 is 1505.5 MHz, a maximum sensitivity degradation, MSD, of 18.4 dB is applied by said terminal to a reference sensitivity used for the reception of the downlink signal.
An apparatus for restoring a deformed portion of a beverage preparation capsule to a shape that approximates an original shape thereof, the apparatus is characterised in that it comprises a seat (7; 34) configured to receive the capsule; a bending or rectifying device (27; 47) configured to engage the deformed portion of the capsule; and a first drive device (11; 43) to relatively move the bending device (27; 47) and at least part of the seat (7; 34) to cause the bending device (27; 47) to restore the deformed portion of the capsule to a shape that at least approximates its original shape as a result of the relative movement of the capsule and the bending device (27; 47).
A kit comprising a support block for cartridge couplings (10, 11, 20, 21), said support block being suitable for being mounted on a machine and for being hydraulically connected to a hydraulic circuit on said machine, said support block comprising at least one seat (101a, 101b) configured to house a first cartridge coupling of a first diameter among a plurality of cartridge couplings (10, 11, 20, 21), characterized in that said kit further comprises at least one adapter externally configured to be inserted into said seat (101a, 101b) and internally configured so as to house in turn a second cartridge coupling among said plurality of cartridge couplings (10, 11, 20, 21), said second cartridge coupling having a diameter less than that of said first cartridge coupling, and in that said adapter further comprises, at Z a rear end thereof, a pusher which is movable with respect to the cylindrical body of said adapter so as to allow a decompression valve of said second cartridge coupling comprising the same to be actuated.
A photomultiplier tube, comprising: a photocathode for receiving light irradiation to generate photoelectrons; an electron multiplier for receiving photoelectrons emitted from the photocathode to generate multiplied electrons; an electron collector for collecting the multiplied electrons generated by the electron multiplier; and a power supply electrode for supplying power to the photocathode and the electron multiplier; wherein the photocathode and the electron multiplier are located within a transparent vacuum container, and the electron collector and the power supply electrode passing through the transparent vacuum container are connected to an external circuit, characterized in that, the transparent vacuum container is a spherical or an ellipsoidal transparent vacuum container, the photocathode covers the whole inner surface of the transparent vacuum container; and the electron multiplier is centrally located in the transparent vacuum container to receive photoelectrons from the photocathode in all directions and generate multiplied electrons.
Display mechanism for displaying several mutually different horometric items of information comprising several information supports on each of which appears one of said horometric items of information, characterized in that the display mechanism further comprises a magazine, in which are stored said information supports, a platform arranged to receive, in a movable manner according to the horometric items of information to be displayed, the selected information support, first displacement means for moving the selected information support between an inactive storage position in the magazine and an active operating position on the platform, said first displacement means being mounted between the magazine and the platform, and control means for controlling said first displacement means.
An optical system comprising: - a ribbon based on a first material having a first refractive index n1, said ribbon mainly extending along a first direction (x) and being intended to guide propagation of light radiation of wavelength A along said first direction (x), - a first Bragg mirror formed from a first part of said ribbon, said first Bragg mirror further comprising corrugations at at least one face of said first part of ribbon, said corrugations mainly extending along a second direction (y) normal to the first direction (x) and having a height h3 along a third direction (z) normal to the first and second directions (x, y), the corrugations of said first Bragg mirror being separated from said at least one face of the first part of ribbon by a separation layer based on a second material having a thickness e2 taken along the third direction (z) and having a second refractive index n2, the corrugations being based on a third material having a third refractive index n3, such that n2 < n3 and n2 < n1, - a second Bragg mirror comprising a second part of the ribbon, and - an optical cavity located between the first and second Bragg mirrors (11, 12) comprising a third part of the ribbon, and - an amplifying medium based on a fourth material, at said third part of the ribbon. - a ribbon based on a first material having a first refractive index n1, said ribbon mainly extending along a first direction (x) and being intended to guide propagation of light radiation of wavelength A along said first direction (x), - a first Bragg mirror formed from a first part of said ribbon, said first Bragg mirror further comprising corrugations at at least one face of said first part of ribbon, said corrugations mainly extending along a second direction (y) normal to the first direction (x) and having a height h3 along a third direction (z) normal to the first and second directions (x, y), the corrugations of said first Bragg mirror being separated from said at least one face of the first part of ribbon by a separation layer based on a second material having a thickness e2 taken along the third direction (z) and having a second refractive index n2, the corrugations being based on a third material having a third refractive index n3, such that n2 < n3 and n2 < n1, - a second Bragg mirror comprising a second part of the ribbon, and - an optical cavity located between the first and second Bragg mirrors (11, 12) comprising a third part of the ribbon, and - an amplifying medium based on a fourth material, at said third part of the ribbon.
Process for the production of light guide plates made of a colorless transparent sheet, a printed opaque white or translucent white thermoplastic reflector film and, arranged therebetween, a print arranged in such a way that there is no direct optical contact between the sheet and reflector film, characterized in that a continuous sheet is produced from a colorless transparent material by means of extrusion with a polishing stack, an opaque white or translucent white thermoplastic reflector film printed with a colorless thermoplastic is laminated in-line onto said continuous sheet, the continuous sheet is finally sawn inline into pieces, or is cut or is wound onto a roll, and the glass transition temperature of the printed thermoplastic is above 25°C and below the glass transition temperatures of the colorless transparent material of the continuous sheet and of the thermoplastic of the reflector film. a continuous sheet is produced from a colorless transparent material by means of extrusion with a polishing stack, an opaque white or translucent white thermoplastic reflector film printed with a colorless thermoplastic is laminated in-line onto said continuous sheet, the continuous sheet is finally sawn inline into pieces, or is cut or is wound onto a roll, and the glass transition temperature of the printed thermoplastic is above 25°C and below the glass transition temperatures of the colorless transparent material of the continuous sheet and of the thermoplastic of the reflector film.
A movable electronic device, comprising a contact-type detection electrode for detecting dispersible dirt, a positive-electrode connection portion (+) and a negative-electrode connection portion (-), the contact-type detection electrode comprising: a support; a plurality of electrical conductors, arranged on the support and being flexible; wherein the support is arranged with the positive-electrode connection portion (+) and the negative-electrode connection portion (-), a part of the plurality of electrical conductors are connected to the positive-electrode connection portion (+), and the remaining part of the plurality of electrical conductors are connected to the negative-electrode connection portion (-); wherein each of the plurality of electrical conductors has a fine hair-like structure; wherein the support has a first side having a longitudinal axis, and the plurality of the electrical conductors are configured to be spaced apart from each other along the longitudinal axis of the first side; and wherein one of the plurality of electrical conductors connected to the negative-electrode connection portion (-) is disposed separately between two of the plurality of electrical conductors connected to the positive-electrode connection portion (+), characterised in that the support is in a strip shape; and the positive-electrode connection portion (+) and the negative-electrode connection portion(-) are plug-in connectors or magnetic contacts. a support; a plurality of electrical conductors, arranged on the support and being flexible; wherein the support is arranged with the positive-electrode connection portion (+) and the negative-electrode connection portion (-), a part of the plurality of electrical conductors are connected to the positive-electrode connection portion (+), and the remaining part of the plurality of electrical conductors are connected to the negative-electrode connection portion (-); wherein each of the plurality of electrical conductors has a fine hair-like structure; wherein the support has a first side having a longitudinal axis, and the plurality of the electrical conductors are configured to be spaced apart from each other along the longitudinal axis of the first side; and wherein one of the plurality of electrical conductors connected to the negative-electrode connection portion (-) is disposed separately between two of the plurality of electrical conductors connected to the positive-electrode connection portion (+), characterised in that the support is in a strip shape; and the positive-electrode connection portion (+) and the negative-electrode connection portion(-) are plug-in connectors or magnetic contacts.
A method, comprising: generating, (315, 1015) based upon a unique data from an invoice for a transaction, a unique password for data encryption; encrypting the unique data with the unique password to generate ciphertext data; generating a first monochrome two-dimensional bar code, first 2-D barcode, (410.1) representing the plaintext unique data; generating a second monochrome two-dimensional barcode, second 2-D barcode, (410.2) representing the ciphertext data; and merging the first 2-D barcode and the second 2-D barcode into a merged multicolored 2-D barcode to obtain a final invoice image, wherein the multicolored 2-D barcode has one or more cells, wherein a color associated with each cell of the multicolored 2-D barcode is determined based on colors of corresponding cells of the first 2-D barcode and the second 2-D barcode. generating, (315, 1015) based upon a unique data from an invoice for a transaction, a unique password for data encryption; encrypting the unique data with the unique password to generate ciphertext data; generating a first monochrome two-dimensional bar code, first 2-D barcode, (410.1) representing the plaintext unique data; generating a second monochrome two-dimensional barcode, second 2-D barcode, (410.2) representing the ciphertext data; and merging the first 2-D barcode and the second 2-D barcode into a merged multicolored 2-D barcode to obtain a final invoice image, wherein the multicolored 2-D barcode has one or more cells, wherein a color associated with each cell of the multicolored 2-D barcode is determined based on colors of corresponding cells of the first 2-D barcode and the second 2-D barcode.