mhurhangee/ep-ind-claims huggingface dataset:
A cargo handling system for loading and securing one or more freight containers in a cargo hold of an aircraft, the system comprising: a plurality of bracket members, each of which is configured to be secured to a base or floor of the cargo hold; and a plurality of elongate guide members, each of which is securely mounted on and interconnects a number of the bracket members arranged in a row; wherein each guide member forms a restraint or stop against lateral movement of a freight container loaded in the cargo hold; characterized in that each bracket member includes two fastening portions configured for tool-less fast-release engagement and locking with a seat track profile in the base or floor of the cargo hold, wherein each fastening portion includes multiple fixing elements (31, 32) in the form of shear studs and tension studs configured to engage and lock with a seat track in the floor of the cargo hold, wherein the fastening portion has an activation member in the form of a lever for switching the fixing elements (31, 32) between a released state, in which the bracket member is separable from the seat track, and a locked state, in which the bracket member is rigidly fixed or secured to the seat track by the fixing elements (31, 32). a plurality of bracket members, each of which is configured to be secured to a base or floor of the cargo hold; and a plurality of elongate guide members, each of which is securely mounted on and interconnects a number of the bracket members arranged in a row; wherein each guide member forms a restraint or stop against lateral movement of a freight container loaded in the cargo hold; characterized in that each bracket member includes two fastening portions configured for tool-less fast-release engagement and locking with a seat track profile in the base or floor of the cargo hold, wherein each fastening portion includes multiple fixing elements (31, 32) in the form of shear studs and tension studs configured to engage and lock with a seat track in the floor of the cargo hold, wherein the fastening portion has an activation member in the form of a lever for switching the fixing elements (31, 32) between a released state, in which the bracket member is separable from the seat track, and a locked state, in which the bracket member is rigidly fixed or secured to the seat track by the fixing elements (31, 32).
Dialysis machine comprising a prescriber interface, and a programming means configured to allow, via the prescriber interface, input of a set of therapeutic objectives and a treatment plan, which comprises a treatment schedule for a number of consecutive treatment sessions and a set of settings of a treatment session, characterized in that it further comprises a patient interface, a modification means configured to allow, via the patient interface, modification of at least one setting included in said set of settings, and a re-evaluation means configured to, as a function of the at least one modified setting, the therapeutic objectives and the treatment plan, determine how one or more other settings included in said set of settings are to be changed to achieve said set of therapeutic objectives and suggest at least one treatment option comprising a suggested set of settings of a treatment session to achieve said set of therapeutic objectives, said at least one treatment option including the at least one modified setting and said one or more other settings.
Coating composition comprising inorganic particles grafted with a) compounds comprising reactive groups, and b) hydrophilic polymer chains, wherein the hydrophilic polymer chains comprise at least an average of 5 monomeric units and comprise monomer units of ethylene oxide, glycidyl(meth)acrylate or saccharides.
A synchronous data system comprising: a plurality of transmitter-receiver 'TX-RX' pairs, each TX-RX pair associated with a delay-locked loop 'DLL' and arranged to generate corresponding output data based on a high-speed clock of an associated TX-RX pair, wherein the DLL associated with each TX-RX pair is arranged to synchronize a module clock of the TX-RX pair to a system clock so that the output data of the TX-RX pairs is phase-aligned with each other, wherein the DLL is a phase-shifter DLL that includes an adjustable phase shifter arranged to minimize a phase error between the system clock and the module clock to edge-align the high-speed clocks of the TX-RX pairs, wherein each TX-RX pair includes a frequency multiplier arranged to frequency multiply a phase-adjusted module clock signal generated by the adjustable phase shifter to generate the high-speed clock; and wherein each TX-RX pair includes a frequency divider arranged to frequency divide down the high-speed clock to produce a divided clock corresponding to the module clock. a plurality of transmitter-receiver 'TX-RX' pairs, each TX-RX pair associated with a delay-locked loop 'DLL' and arranged to generate corresponding output data based on a high-speed clock of an associated TX-RX pair, wherein the DLL associated with each TX-RX pair is arranged to synchronize a module clock of the TX-RX pair to a system clock so that the output data of the TX-RX pairs is phase-aligned with each other, wherein the DLL is a phase-shifter DLL that includes an adjustable phase shifter arranged to minimize a phase error between the system clock and the module clock to edge-align the high-speed clocks of the TX-RX pairs, wherein each TX-RX pair includes a frequency multiplier arranged to frequency multiply a phase-adjusted module clock signal generated by the adjustable phase shifter to generate the high-speed clock; and wherein each TX-RX pair includes a frequency divider arranged to frequency divide down the high-speed clock to produce a divided clock corresponding to the module clock.
Papermaking machine with a doctor blade arranged in a doctor holder and an extracting device, which is adjacent to the paper-making machine and comprises a housing, for withdrawing the doctor blade from the doctor holder, which device comprises an inlet guide, which is provided at the outer side of the housing and has lips (7a, 7b), and within the housing two intake rollers (8, 9), which are drivable in opposite sense and which are provided for gripping and transporting the doctor blade, characterised in that - the doctor holder comprises a cover plate and holding fingers secured to the cover plate and the doctor blade is mounted between the cover plate and the holding fingers, - a cover plate extension component is secured to the cover plate of the doctor holder, - the end of the doctor blade at the front in extraction direction protrudes forwardly beyond the end of the cover plate extension component at the front in extraction direction and - the housing of the extraction device can be led up to the cover plate extension component in such a way that the front end of the doctor blade protruding forwardly beyond the cover plate extension component in extraction direction is guided through the lips (7a, 7b) of the inlet guide and extends into the region between the intake rollers (8, 9). - the doctor holder comprises a cover plate and holding fingers secured to the cover plate and the doctor blade is mounted between the cover plate and the holding fingers, - a cover plate extension component is secured to the cover plate of the doctor holder, - the end of the doctor blade at the front in extraction direction protrudes forwardly beyond the end of the cover plate extension component at the front in extraction direction and - the housing of the extraction device can be led up to the cover plate extension component in such a way that the front end of the doctor blade protruding forwardly beyond the cover plate extension component in extraction direction is guided through the lips (7a, 7b) of the inlet guide and extends into the region between the intake rollers (8, 9).
A method involving a wall that comprises a metal support structure configured as a base of and providing structure to the wall and a ceramic coating disposed on a radially interior surface of the metal support structure, wherein the wall is configured to circumscribe and be radially adjacent a rotor, the method comprising: providing a tri-axial capacitance probe comprising a tri-axial conduit that includes an outer conductor member, the tri-axial capacitance probe configured to output data indicative of a characteristic of the rotor; and configuring the tri-axial capacitance probe within a wall aperture in the wall, wherein the wall is configured as a housing for the tri-axial capacitance probe, characterised in that the outer conductor member is directly electrically coupled with the wall via a tight fit between the outer conductor member and the metal support structure. providing a tri-axial capacitance probe comprising a tri-axial conduit that includes an outer conductor member, the tri-axial capacitance probe configured to output data indicative of a characteristic of the rotor; and configuring the tri-axial capacitance probe within a wall aperture in the wall, wherein the wall is configured as a housing for the tri-axial capacitance probe, characterised in that the outer conductor member is directly electrically coupled with the wall via a tight fit between the outer conductor member and the metal support structure.
A ventilation member characterized by comprising: a support body with a through hole, composed of vulcanized ethylene-propylene-diene rubber; an adhesive layer provided around the through hole; and a gas permeable membrane provided on the support body via the adhesive layer so as to cover the through hole, wherein the adhesive layer contains rubber and the gas permeable membrane is a porous fluoresin membrane. a support body with a through hole, composed of vulcanized ethylene-propylene-diene rubber; an adhesive layer provided around the through hole; and a gas permeable membrane provided on the support body via the adhesive layer so as to cover the through hole, wherein the adhesive layer contains rubber and the gas permeable membrane is a porous fluoresin membrane.
A gate valve comprising: a body; and a sensing bore defined in the gate valve, a bonnet, wherein a notch relief is defined in the bonnet, and wherein the sensing bore is accessible through the notch relief of the bonnet; a vein, wherein a diameter of the vein is about equal to a diameter of the sensing bore, wherein the sensing bore includes threading and wherein the vein includes threading to mate with the threading of the sensing bore; and wherein the vein extends through the bonnet characterized in that the sensing bore is defined centrally in a webbing of the body, wherein the bonnet includes a flange with an outmost extent, and therein the body includes a flange that matches up with the flange of the bonnet over a gasket seat, and wherein the notch extends to the outmost extent of the flange. a body; and a sensing bore defined in the gate valve, a bonnet, wherein a notch relief is defined in the bonnet, and wherein the sensing bore is accessible through the notch relief of the bonnet;
A computer-implemented method for determining the yaw angle of a trailer with respect to the longitudinal axis of a towing vehicle comprising a towball, the method comprising the steps of: - capturing at least a first and a second image of the trailer using a camera, the orientation of the trailer with respect to the vehicle being different on the at least two images; - determining at least a first feature of the trailer which is visible on first and second image; - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature on the first image and the first feature on the second image with respect to the position of the camera of the towing vehicle; providing one or more angle coefficients, said one or more angle coefficients providing scaling information for said first angle estimation (α1); and - calculating the yaw angle based on said first angle estimation (α1) and based on said one or more angle coefficients; characterized in that the one or more angle coefficients are established by the distance between camera and towball divided by the distance between camera and one or more features (F1, F2) of the trailer. - capturing at least a first and a second image of the trailer using a camera, the orientation of the trailer with respect to the vehicle being different on the at least two images; - determining at least a first feature of the trailer which is visible on first and second image; - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature on the first image and the first feature on the second image with respect to the position of the camera of the towing vehicle; providing one or more angle coefficients, said one or more angle coefficients providing scaling information for said first angle estimation (α1); and - calculating the yaw angle based on said first angle estimation (α1) and based on said one or more angle coefficients; characterized in that the one or more angle coefficients are established by the distance between camera and towball divided by the distance between camera and one or more features (F1, F2) of the trailer.
A method for producing a retinal pigment epithelial cell, comprising a first step of subjecting pluripotent stem cells to floating culture in a serum-free medium to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and containing a substance that can enhance signal transduction pathway mediated by BMP, thereby obtaining an aggregate containing retinal progenitor cells, and a third step of subjecting the aggregate obtained in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and a substance that can enhance signal transduction pathway mediated by BMP and containing a substance that can enhance signal transduction mediated by Wnt, thereby obtaining an aggregate containing retinal pigment epithelial cell. a first step of subjecting pluripotent stem cells to floating culture in a serum-free medium to form an aggregate of pluripotent stem cells, a second step of subjecting the aggregate formed in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and containing a substance that can enhance signal transduction pathway mediated by BMP, thereby obtaining an aggregate containing retinal progenitor cells, and a third step of subjecting the aggregate obtained in step to floating culture in a serum-free medium or serum-containing medium each being free of a substance that can enhance signal transduction mediated by Sonic hedgehog and a substance that can enhance signal transduction pathway mediated by BMP and containing a substance that can enhance signal transduction mediated by Wnt, thereby obtaining an aggregate containing retinal pigment epithelial cell.
A method of manufacturing a fiber optic cable, comprising: selecting a cable support structure, the cable support structure configured to support an optical fiber sensor; adhering the optical fiber sensor to the cable support structure by applying a temporary adhesive; installing a protective layer around the cable support structure and the temporarily adhered optical fiber sensor; removing a bond between the optical fiber sensor and the temporary adhesive, wherein removing the bond includes injecting a debonding material into a space formed between the cable support structure and the protective layer; and injecting a permanent adhesive into the space, the permanent adhesive configured to immobilize the optical fiber sensor relative to the protective layer and allow strain to be transferred from the protective layer to the optical fiber sensor. selecting a cable support structure, the cable support structure configured to support an optical fiber sensor; adhering the optical fiber sensor to the cable support structure by applying a temporary adhesive; installing a protective layer around the cable support structure and the temporarily adhered optical fiber sensor; removing a bond between the optical fiber sensor and the temporary adhesive, wherein removing the bond includes injecting a debonding material into a space formed between the cable support structure and the protective layer; and injecting a permanent adhesive into the space, the permanent adhesive configured to immobilize the optical fiber sensor relative to the protective layer and allow strain to be transferred from the protective layer to the optical fiber sensor.
A process for creating multiple tufts for a toothbrush, the process comprising: providing an initial filament bundle comprising a first plurality of individual filaments; directing the initial filament bundle into a first channel; causing the initial filament bundle to move through the first channel; splitting the initial filament bundle into a plurality of tufts according to a predetermined pattern, each tuft comprising a second plurality of individual filaments; and directing the plurality of tufts into a plurality of second channels such that each of the plurality of tufts moves through its own second channel defining a shape of the tuft moving therethrough. providing an initial filament bundle comprising a first plurality of individual filaments; directing the initial filament bundle into a first channel; causing the initial filament bundle to move through the first channel; splitting the initial filament bundle into a plurality of tufts according to a predetermined pattern, each tuft comprising a second plurality of individual filaments; and directing the plurality of tufts into a plurality of second channels such that each of the plurality of tufts moves through its own second channel defining a shape of the tuft moving therethrough.
A light emitting diode display apparatus comprising: an LED module comprising a plurality of LEDs mounted on a circuit board; and an optical film comprising a plurality of unit lenses (13a, 13b, 13c) configured to cover the LED module and transmit light emitted from the plurality of LEDs, wherein at least one of the plurality of unit lenses has a cross-lenticular lens shape or a cross-prismatic lens shape such that a lengthwise section and a widthwise section of the optical film have a same shape, wherein each of the plurality of LEDs forms one sub-pixel (11r, 11g, 11b), and a plurality of sub-pixels (11r, 11g, 11b) form one pixel of a screen of the LED display apparatus, and wherein the width (I2r, I2g, I2b) of each unit lens (13a, 13b, 13c) is less than the width (I1r, I1g, I1b) of the LED such that multiple unit lenses overlap one LED of the plurality of LEDs. an LED module comprising a plurality of LEDs mounted on a circuit board; and an optical film comprising a plurality of unit lenses (13a, 13b, 13c) configured to cover the LED module and transmit light emitted from the plurality of LEDs, wherein at least one of the plurality of unit lenses has a cross-lenticular lens shape or a cross-prismatic lens shape such that a lengthwise section and a widthwise section of the optical film have a same shape, wherein each of the plurality of LEDs forms one sub-pixel (11r, 11g, 11b), and a plurality of sub-pixels (11r, 11g, 11b) form one pixel of a screen of the LED display apparatus, and wherein the width (I2r, I2g, I2b) of each unit lens (13a, 13b, 13c) is less than the width (I1r, I1g, I1b) of the LED such that multiple unit lenses overlap one LED of the plurality of LEDs.
A coil apparatus for use in a transcranial magnetic stimulation apparatus including a wound-wire coil (24, 25) to be disposed on or near a head surface so as to generate a current by an induced electric field through electromagnetic induction in a magnetic stimulation-target region of a brain for stimulating neurons, wherein the wound-wire coil (24, 25) includes a near-head-surface conductive wire portion disposed on or near the head surface, and a far-head-surface conductive wire portion disposed farther from the head surface than the near-head-surface conductive wire portion, the coil apparatus being characterised in that the coil apparatus is a dome-type coil and a distance between the near-head-surface conductive wire portion and the far-head-surface conductive wire portion is set so that inductance of the coil apparatus falls within a predetermined inductance range equal to or larger than 5 μH and equal to or smaller than 13 μH and the induced electric field falls within a predetermined spread on the head surface. the wound-wire coil (24, 25) includes a near-head-surface conductive wire portion disposed on or near the head surface, and a far-head-surface conductive wire portion disposed farther from the head surface than the near-head-surface conductive wire portion, the coil apparatus being characterised in that the coil apparatus is a dome-type coil and a distance between the near-head-surface conductive wire portion and the far-head-surface conductive wire portion is set so that inductance of the coil apparatus falls within a predetermined inductance range equal to or larger than 5 μH and equal to or smaller than 13 μH and the induced electric field falls within a predetermined spread on the head surface.
Transfer apparatus (1, 101, 201) for transferring one or more plies onto a carcass package on a tire building drum, wherein the transfer apparatus (1, 101, 201) comprises a transfer ring with a plurality of first ring segments and a frame that extends in a circumferential direction about a central axis for holding each of the plurality of first ring segments in a respective first angular position, wherein the first angular positions of the plurality of first ring segments are distributed in the circumferential direction along the frame, wherein the plurality of first ring segments are movable relative to the frame in a radial direction perpendicular to the central axis from a first radial distance to a second radial distance from the central axis that is smaller than the first radial distance, wherein the transfer apparatus (4, 104, 204) further comprises a first rolling device (4, 5) that is positionable in a second angular position interposed between the plurality of first angular positions in the circumferential direction, characterized in that the transfer apparatus (4, 104, 204) further comprises a second ring segment (6, 206) that is positionable in the second angular position at the second radial distance from the central axis.
A production method for a metal cord-rubber composite, wherein the metal cord-rubber composite is prepared by coating a metal cord with a rubber composition, wherein the metal cord comprises a single steel wire subjected to brass plating on a peripheral surface or is prepared by twisting plural wires of the steel wire, wherein the metal cord is subjected to surface treatment with a buffer solution of pH 5.0 to 7.2 and treatment with at least one triazole compound selected from 1,2,4-triazole, 1,2,3-triazole, 3-amino-1,2,4-triazole, and 4-amino-1,2,4-triazole, and wherein on a surface of the metal cord, which is a surface region up to a depth of 5 nm toward an inside in a radial direction, an N atom accounts for 2 atomic % or more and 60 atomic % or less, and a Cu/Zn ratio is 1 or more and 4 or less.