mhurhangee/ep-ind-claims huggingface dataset:
Roofing of a building composed of multiple metallic covering sheets (14; 14A) comprising a metallic roofing accessory (1; 1A to 1D), said accessory (1; 1A to 1D) being rectangular and comprising, along its width, two parts (2, 3; 3A; 2D) having main planes (P2, P3) forming between each other an angle (α) comprised between 75° and 105°, a first part (2; 2D) of said accessory (1; 1A to 1D) being provided with at least one overlapping contact zone by a part of a sheet forming the roofing, a second part (3; 3A) of said accessory (1; 1A to 1D) defining an edge strip, such that the width of the first part is at least equal to half the distance separating two reliefs of a sheet forming the roofing, characterized in that the contact zone includes multiple contact elements, formed by reliefs arranged on one side of the accessory (1; 1A to 1C), parallel to each other, and positioned along a direction parallel to the length of the accessory (1; 1A to 1C) and in that the reliefs form contact elements intended to cooperate with the covering sheet, forming the roofing.
An airless compact container comprising: a lower case comprising a button part coupled thereto for opening/closing of an upper case; a middle case coupled to the lower case and comprising a content outlet part having a content outlet hole formed therein and a container receiving part formed at one side thereof to allow a refill container to be inserted into and withdrawn from the container receiving part; a refill containers storing contents, inserted into and withdrawn from the container receiving part, and comprising a pumping member integrally formed on an upper portion thereof and discharging stored contents by an pumping operation; a nozzle part moving contents discharged through the pumping member to the content outlet hole; and an upper case coupled to the middle case by a hinge and opened in accordance with an operation of the button part, wherein when a lower end portion of the refill container is pressurized, the refill container moves forward in the container receiving part, and thus the pumping operation of the pumping member is performed to allow contents to be discharged to the content outlet part. a lower case comprising a button part coupled thereto for opening/closing of an upper case; a middle case coupled to the lower case and comprising a content outlet part having a content outlet hole formed therein and a container receiving part formed at one side thereof to allow a refill container to be inserted into and withdrawn from the container receiving part; a refill containers storing contents, inserted into and withdrawn from the container receiving part, and comprising a pumping member integrally formed on an upper portion thereof and discharging stored contents by an pumping operation; a nozzle part moving contents discharged through the pumping member to the content outlet hole; and an upper case coupled to the middle case by a hinge and opened in accordance with an operation of the button part, wherein when a lower end portion of the refill container is pressurized, the refill container moves forward in the container receiving part, and thus the pumping operation of the pumping member is performed to allow contents to be discharged to the content outlet part.
A conveying apparatus comprising a moving, planar conveying means for conveying bulk material or individual entities, for example material or entities which is/are at rest or which can move of their own accord, in particular people or other living things, or for people or animals to walk or run on, wherein the conveying means has arranged beneath it a supporting device, which comprises a roller body with a multiplicity of rollers, wherein the roller body, on one side, has the rollers rolling along a non-circular path on the supporting body and, on the other side, supports the conveying means by the rollers rolling on the conveying means itself or on a belt which runs along between the conveying means and rollers, and wherein the rollers are connected to one another, and spaced apart from one another, by a flexible connecting body, characterized in that the conveying means runs in a curve about a curve axis located essentially perpendicularly to the surface of the conveying means, and the conveying means is supported in the region of the curve by at least one roller body with a connecting body, which connecting body is arranged in a flexible manner around the curve axis and, in the region of the curve, the conveying means, supported by the roller body rolling on the supporting body, moves around the curve.
An ophthalmic surgical system for creating surgical cuts in an eye having a lens capsule and a lens nucleus within the lens capsule; the system comprising: a laser source (10, LS) configured to deliver a laser beam comprising a plurality of laser pulses; an optical coherence tomography device configured to generate an image of the eye tissue from which the lens capsule and the lens nucleus of the eye tissue can be identified; a delivery system for focusing the laser beam onto the eye tissue, the delivery system including one or more movable optical elements, the delivery system operable to focus the laser beam at a focal point within the eye and control the location of the focal point to create cuts within the lens cortex and the lens nucleus; and a controller (12, CPU) operatively coupled with the optical coherence tomography device, the laser source and the delivery system and configured to determine parameters including upper and lower axial limits of the focal planes for cutting the lens capsule and segmentation of the lens cortex and lens nucleus based on the generated image of the eye tissue and to control the delivery system to scan the laser beam such that the focal point of the laser beam is scanned in a pattern at multiple depths within the lens cortex and the lens nucleus to segment the lens cortex and the lens nucleus into fragments. a laser source (10, LS) configured to deliver a laser beam comprising a plurality of laser pulses; an optical coherence tomography device configured to generate an image of the eye tissue from which the lens capsule and the lens nucleus of the eye tissue can be identified; a delivery system for focusing the laser beam onto the eye tissue, the delivery system including one or more movable optical elements, the delivery system operable to focus the laser beam at a focal point within the eye and control the location of the focal point to create cuts within the lens cortex and the lens nucleus; and a controller (12, CPU) operatively coupled with the optical coherence tomography device, the laser source and the delivery system and configured to determine parameters including upper and lower axial limits of the focal planes for cutting the lens capsule and segmentation of the lens cortex and lens nucleus based on the generated image of the eye tissue and to control the delivery system to scan the laser beam such that the focal point of the laser beam is scanned in a pattern at multiple depths within the lens cortex and the lens nucleus to segment the lens cortex and the lens nucleus into fragments.
An open-roof assembly for covering or at least partly uncovering an opening in a vehicle roof, the open-roof assembly comprising a frame defining the opening, a moveably arranged closure member and a pressure-sensitive sensor device, wherein the open-roof assembly comprises a closed state, in which the closure member covers the opening in the vehicle roof, and an open state, in which the closure member uncovers the roof opening at least partly, wherein the pressure-sensitive sensor device is arranged between the closure member and the frame for detecting presence of an object between the closure member and the frame, at least when the closure member is moving from the open state towards the closed state, and wherein the pressure-sensitive sensor device extends over a sensor device length and is configured to detect a location of a local pressure, which local pressure is exerted locally on the pressure-sensitive sensor device, along the sensor device length, wherein the pressure-sensitive sensor device is configured to detect a position of the moveably arranged closure member (2a, and the closure member is slidably arranged and wherein the closure member exerts locally a pressure on the pressure-sensitive sensor device, when the open-roof assembly is in the open state, characterised in that the closure member is configured to slide along the pressure-sensitive sensor device for the pressure-sensitive sensor device to detect the position of the local pressure exerted by the closure member, that moves with the sliding movement of the closure member. wherein the open-roof assembly comprises a closed state, in which the closure member covers the opening in the vehicle roof, and an open state, in which the closure member uncovers the roof opening at least partly, wherein the pressure-sensitive sensor device is arranged between the closure member and the frame for detecting presence of an object between the closure member and the frame, at least when the closure member is moving from the open state towards the closed state, and wherein the pressure-sensitive sensor device extends over a sensor device length and is configured to detect a location of a local pressure, which local pressure is exerted locally on the pressure-sensitive sensor device, along the sensor device length, wherein the pressure-sensitive sensor device is configured to detect a position of the moveably arranged closure member (2a, and the closure member is slidably arranged and wherein the closure member exerts locally a pressure on the pressure-sensitive sensor device, when the open-roof assembly is in the open state, characterised in that the closure member is configured to slide along the pressure-sensitive sensor device for the pressure-sensitive sensor device to detect the position of the local pressure exerted by the closure member, that moves with the sliding movement of the closure member.
A siloxazane compound having repeating units represented by the following general formulae and wherein R a and R b each independently represent a hydrogen atom, an alkyl group, an alkenyl group, a cycloalkyl group, or an aryl group, provided that at least one of the two R a bonded to one Si atom is a hydrogen atom, in the siloxazane compound, the ratio of the number of O atoms to the total number of O atoms and N atoms is 5% or more and 25% or less, and in the spectrum of the siloxazane compound obtained by 29 Si-NMR in accordance with the inverse gate decoupling method, the ratio of the area of the peak detected in -75ppm to -90ppm to the area of the peak detected in -25ppm to -55ppm is 4.0% or less. wherein R a and R b each independently represent a hydrogen atom, an alkyl group, an alkenyl group, a cycloalkyl group, or an aryl group, provided that at least one of the two R a bonded to one Si atom is a hydrogen atom, in the siloxazane compound, the ratio of the number of O atoms to the total number of O atoms and N atoms is 5% or more and 25% or less, and in the spectrum of the siloxazane compound obtained by 29 Si-NMR in accordance with the inverse gate decoupling method, the ratio of the area of the peak detected in -75ppm to -90ppm to the area of the peak detected in -25ppm to -55ppm is 4.0% or less.
A noise cancellation device for a wireless communication system comprising a plurality of wireless communication devices (10; 10-1 to 10-N) each using a digital phase modulation and each performing half-duplex communication, the plurality of wireless communication devices (10; 10-1 to 10-N) being configured as an array, wherein the noise cancellation device is configured for suppressing an wrap-around signal (Sra) from another wireless communication device (10; 10-1 to 10-N) by combining a cancellation signal (Sca) obtained by controlling at least one of a phase and an amplitude of a transmission carrier signal with a received wireless signal based on a baseband signal of the received wireless signal, and characterized in that the noise cancellation device comprises: a controller configured to determine whether a number of bits per one frame of the baseband signal to be transmitted (Sbb) is an odd number or an even number, and to invert the cancellation signal (Sca) when the number of bits per one frame of the baseband signal to be transmitted is an even number. wherein the noise cancellation device is configured for suppressing an wrap-around signal (Sra) from another wireless communication device (10; 10-1 to 10-N) by combining a cancellation signal (Sca) obtained by controlling at least one of a phase and an amplitude of a transmission carrier signal with a received wireless signal based on a baseband signal of the received wireless signal, and characterized in that the noise cancellation device comprises: a controller configured to determine whether a number of bits per one frame of the baseband signal to be transmitted (Sbb) is an odd number or an even number, and to invert the cancellation signal (Sca) when the number of bits per one frame of the baseband signal to be transmitted is an even number.
An industrial gear oil lubricant comprising a major amount of an oil of lubricating viscosity and an additive package, wherein the additive package comprises at least one sulfurized olefin, wherein the at least one sulfurized olefin comprises at least one readily or inherently biodegradable sulfurized olefin as measured according to OECD 301B and at least one non-biodegradable sulfurized olefin as measured according to OECD 301B, wherein the additive package delivers to the industrial gear lubricant from 0.5 to 20 wt%, based on the total weight of industrial gear lubricant, of the at least one readily or inherently biodegradable sulfurized olefin and from 0.01 to 1 wt%, based on the total weight of industrial gear lubricant, of the at least one non-biodegradable sulfurized olefin, wherein the sulfurized olefin delivers greater than 0.80 wt% active sulfur to the industrial gear lubricant, as measured at 150°C in ASTM D1662, and wherein the additive package delivers less than 0.10 wt%, based on the total weight of the industrial gear oil lubricant, of a non-biodegradable sulfurized olefin derived from di-isobutylene, and less than 0.25 wt%, based on the total weight of the industrial gear oil lubricant, of a non-biodegradable sulfurized olefin derived from isobutylene.
A method for configuring a first near-field communication device according to a modulation type transmitted by a second device, wherein: a decoder of the first device is configured to decode an overcoded type-B modulation; a signal received during a first time slot corresponding to the duration of a symbol of an initialization frame is divided in bits and decoded; the first device is configured according to the value of the decoded symbol to determine the modulation type; and wherein: if the first symbol is 00 in hexadecimal notation, a second time slot of same duration as the first one and consecutive thereto is decoded for type B; if a second symbol corresponding to the second time slot is also 00 in hexadecimal notation, the decoder is configured for the type-B modulation; and otherwise, the decoder is configured for the type-15693 modulation. a decoder of the first device is configured to decode an overcoded type-B modulation; a signal received during a first time slot corresponding to the duration of a symbol of an initialization frame is divided in bits and decoded; the first device is configured according to the value of the decoded symbol to determine the modulation type; and wherein: if the first symbol is 00 in hexadecimal notation, a second time slot of same duration as the first one and consecutive thereto is decoded for type B; if a second symbol corresponding to the second time slot is also 00 in hexadecimal notation, the decoder is configured for the type-B modulation; and otherwise, the decoder is configured for the type-15693 modulation. if the first symbol is 00 in hexadecimal notation, a second time slot of same duration as the first one and consecutive thereto is decoded for type B; if a second symbol corresponding to the second time slot is also 00 in hexadecimal notation, the decoder is configured for the type-B modulation; and otherwise, the decoder is configured for the type-15693 modulation.
Use of Botulinum toxin for manufacturing a medicament for targeting pilosebaceous glands and intradermal pores in the skin of a subject in need of such treatment, which comprises administering to the dermis of said patient a therapeutically effective amount of Botulinum toxin, whereby pilosebaceous gland secretion is decreased and fine wrinkles are smoothed.
A vibration insulator for a fuel injection valve, the vibration insulator damping vibration that occurs to the fuel injection valve, the fuel injection valve is mounted on a cylinder head while being inserted into an insertion hole provided in the cylinder head, a shoulder section is annularly formed at an inlet portion of the insertion hole in a widening manner, the fuel injection valve includes a stepped section, the diameter of which is enlarged in a tapered manner so that the stepped section has a tapered surface facing the shoulder section, the vibration insulator is located between the stepped section and the shoulder section, the vibration insulator includes a circular ring-like tolerance ring abutting the tapered surface and an elastic member arranged between the tolerance ring and the shoulder section, wherein, in order to perform damping of vibration that occurs to the fuel injection valve, the elastic member is formed in a circular ring-like shape corresponding to the bottom surface of the tolerance ring, and the tolerance ring has a circular ring-like sleeve section (35, 41A) formed integrally therewith in a manner extending from a surface of the tolerance ring that faces away from the tapered surface, the sleeve section (35, 41A) having a circular ring-like shape that is concentric with the tolerance ring, the vibration insulator is characterized in that a gap is ensured between the sleeve section (35, 41A) and the cylinder head in the axial direction to prevent a plastic deformation of the elastic member, wherein the vibrating insulator further including a metal plate having a circular ring-like portion located between the elastic member and the shoulder section, wherein the metal plate is formed to pinch the tolerance ring and the elastic member together from the inner circumference of the tolerance ring.
A surgical cutting and fastening instrument comprising: an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; an electric, DC motor connected to the drive train for powering the drive train; and a power pack that comprises a plurality of charge-accumulating devices connected to the DC motor for powering the DC motor and at least one battery adapted and disposed for charging the charge-accumulating devices; characterised in that the surgical cutting and fastening instrument further comprises an articulation transmission assembly operably interfacing with the shaft such that application of a rotary motion thereto causes articulation of the end effector relative to the shaft, that said battery is removable and that, when said battery is removed, the DC motor is powered by the charge-accumulating devices. an end effector; a shaft connected to the end effector, the shaft comprising a drive train for powering the end effector; an electric, DC motor connected to the drive train for powering the drive train; and a power pack that comprises a plurality of charge-accumulating devices connected to the DC motor for powering the DC motor and at least one battery adapted and disposed for charging the charge-accumulating devices;
An apparatus for carrying a board, the apparatus comprising: a belt for being worn by an individual about a waist of said individual; a bag fixed to said belt; a hook attached to said belt by a first strap and a second strap, said first strap extensive downwardly from said belt wherein said hook is positioned below said bag, wherein said first strap is adjustable for setting a vertical distance between said belt and said hook, and said second strap interconnecting said hook with said belt, wherein said first and second straps are joined at opposing ends of said hook; wherein said hook is U-shaped comprising a first leg proximal to the belt and a second leg distal to belt, wherein the first leg is curvilinear in conformation being bowed away from the second leg, the hook being thereby configured and shaped for receiving said board therein in contact with said board at only three mutually spaced apart points (A,B,C), wherein said hook is fabricated of spring temper metal, or of an elastic plastic or rubber, or a combination compound thereof so as to selectively provide for spring flexibility; wherein said bag has a downwardly facing entry from which said first strap is extendable, and wherein said bag is adapted for receiving said first and second straps and said hook through said downwardly facing entry of said bag, wherein a paddle clip is attached to said hook for holding a paddle in parallel alignment with said board. a belt for being worn by an individual about a waist of said individual; a bag fixed to said belt; a hook attached to said belt by a first strap and a second strap, said first strap extensive downwardly from said belt wherein said hook is positioned below said bag, wherein said first strap is adjustable for setting a vertical distance between said belt and said hook, and said second strap interconnecting said hook with said belt, wherein said first and second straps are joined at opposing ends of said hook; wherein said hook is U-shaped comprising a first leg proximal to the belt and a second leg distal to belt, wherein the first leg is curvilinear in conformation being bowed away from the second leg, the hook being thereby configured and shaped for receiving said board therein in contact with said board at only three mutually spaced apart points (A,B,C), wherein said hook is fabricated of spring temper metal, or of an elastic plastic or rubber, or a combination compound thereof so as to selectively provide for spring flexibility; wherein said bag has a downwardly facing entry from which said first strap is extendable, and wherein said bag is adapted for receiving said first and second straps and said hook through said downwardly facing entry of said bag, wherein a paddle clip is attached to said hook for holding a paddle in parallel alignment with said board.
A fan drive gear system for a gas turbine engine, comprising: a carrier supporting circumferentially arranged gears; a torque frame having circumferentially arranged fingers, each finger including a bore having a bore axis; a bushing arranged in each bore and providing an aperture; and a pin disposed in the aperture and securing the carrier to the torque frame characterised in that the aperture of at least one bushing has an inner diameter that provides a bushing axis offset from the bore axis, and the bushing axes are aligned with one another in a common plane. a carrier supporting circumferentially arranged gears; a torque frame having circumferentially arranged fingers, each finger including a bore having a bore axis; a bushing arranged in each bore and providing an aperture; and a pin disposed in the aperture and securing the carrier to the torque frame characterised in that the aperture of at least one bushing has an inner diameter that provides a bushing axis offset from the bore axis, and the bushing axes are aligned with one another in a common plane.