mhurhangee/ep-ind-claims huggingface dataset:
A flooring, which comprises rectangular floorboards (1, 1') with long sides (4a, 4b) and short sides (5a, 5b), said floorboards being joined in a herringbone pattern, long side to long side and long side to short side (5b, 5a), wherein said long sides (4a, 4b) have pairs of opposing first mechanical connecting means comprising a tongue and a tongue groove for locking-together said floorboards vertically, wherein the flooring comprises two different types of floorboards (A and B respectively), and wherein the connecting means (9, 10) of one type of floorboard along one pair of opposite edge portions are arranged in a mirror-inverted manner relative to the corresponding connecting means (9, 10) along the same pair of opposite edge portions of the other type of floorboard, characterised in that the flooring comprises second mechanical connecting means comprising an upwardly projecting locking element on one long side cooperating with a locking groove on the other long side of an adjacent floorboard for locking together said floorboards horizontally, whereby said first and second mechanical connecting means allow locking-together said floorboards (1, 1') both horizontally and vertically (D2 and D1 respectively) by inward angling whereby the tongue is received in the tongue groove and the locking element enters the locking groove and whereby said projecting locking element is integrated with the floorboard, and said projecting locking element is integrated in a first long edge portion, and the locking groove is arranged in a second opposite long edge portion, whereby connecting means (9, 10) at the short sides (5a, 5b) are designed for locking together one of said short sides to one of said long sides, both horizontally and vertically (D1 and D2 respectively), and wherein the connecting means (9, 10) at the short sides (5a, 5b) are designed for locking together another one of said short sides to another one of said long sides only horizontally, and wherein the connecting means on said another one of the short edges has no tongue, such that the floorboards are locked only in the horizontal direction.
Thixotropic composition, preferably thixotropic hydrogel, comprising a film-forming polymer, gellan and/or agar, a physiologically compatible metal salt and water, characterized in that the composition includes gellan and/or agar between 0.2 and 0.4 wt%, based on overall composition weight.
A syringe, including a body containing a medicament and a case telescopically coupled to the body, wherein a data storage device including data is disposed on the syringe, characterized in that the data includes a temperature of the medicament, wherein a temperature sensor for acquiring the temperature of the medicament is arranged on the syringe, wherein the data furthermore includes a filling date.
A piece of seating furniture or reclining furniture, in particular an armchair, having a cover and having at least one electrically operable unit, wherein the piece of seating furniture or reclining furniture is directly connectable to an energy store, in particular to an accumulator, which forms an energy source for the unit; wherein a socket into which a plug of the energy store can be plugged is provided or a plug which is connectable to a socket of the energy store is provided at the piece of seating furniture or reclining furniture; and wherein the energy store is arranged outside the cover of the piece of seating furniture or reclining furniture in a state connected to the piece of seating furniture or reclining furniture.
A gas turbine engine airfoil (15, 150) comprising: a spar member (23, 230) having an outer surface; at least one preformed cast single crystal alloy cover member (24, 240) having an inner surface, wherein the inner surface of the cover member (24, 240) has a shape substantially corresponding to at least a portion of the outer surface of the spar member (23, 230) and at least a portion of the inner surface of the cover member is metallurgically bonded to the outer surface of the spar member; characterized in that the gas turbine engine airfoil further comprises a locating feature (500, 601), the locating feature including an aperture (501, 602) defined in the outer surface of the spar member (23, 230) and a pin (502, 603) extending from a corresponding location on the cover member (24, 240), the pin for location in the aperture. a spar member (23, 230) having an outer surface; at least one preformed cast single crystal alloy cover member (24, 240) having an inner surface, wherein the inner surface of the cover member (24, 240) has a shape substantially corresponding to at least a portion of the outer surface of the spar member (23, 230) and at least a portion of the inner surface of the cover member is metallurgically bonded to the outer surface of the spar member; characterized in that the gas turbine engine airfoil further comprises a locating feature (500, 601), the locating feature including an aperture (501, 602) defined in the outer surface of the spar member (23, 230) and a pin (502, 603) extending from a corresponding location on the cover member (24, 240), the pin for location in the aperture.
A cowl cross member for a vehicle, comprising: a cowl cross bar having first and second ends fixed to an interior panel of a front pillar of the vehicle, disposed in a horizontal direction at a front side of a vehicle body, and fixed to a steering column; and a center support vertically disposed to support a central portion of the cowl cross bar fixed at a predetermined height, and configured to adjust a length of the center support during a vehicle collision, wherein the center support includes: a sliding guide coupled to the central portion of the cowl cross bar and includes a coupling space formed therein; characterised in that the center support further includes: a center slide supporter which has a first end coupled to the coupling space by a rail, and a second end fixedly coupled to a mounting bracket disposed on a floor of the vehicle, and is configured to slide in the sliding guide when the floor moves downward during a vehicle collision, wherein: the sliding guide includes a pair of guide mounts (212, 214) spaced apart from each other in the coupling space in a vertical direction; and the center slide supporter includes a withdrawal aperture and a sliding aperture installed in the vertical direction, and fixed at an initial position by coupling a fastening member when the guide mounts (212, 214) are inserted into the withdrawal aperture and the sliding aperture. a cowl cross bar having first and second ends fixed to an interior panel of a front pillar of the vehicle, disposed in a horizontal direction at a front side of a vehicle body, and fixed to a steering column; and a center support vertically disposed to support a central portion of the cowl cross bar fixed at a predetermined height, and configured to adjust a length of the center support during a vehicle collision, wherein the center support includes: a sliding guide coupled to the central portion of the cowl cross bar and includes a coupling space formed therein; characterised in that the center support further includes: a center slide supporter which has a first end coupled to the coupling space by a rail, and a second end fixedly coupled to a mounting bracket disposed on a floor of the vehicle, and is configured to slide in the sliding guide when the floor moves downward during a vehicle collision, wherein: the sliding guide includes a pair of guide mounts (212, 214) spaced apart from each other in the coupling space in a vertical direction; and the center slide supporter includes a withdrawal aperture and a sliding aperture installed in the vertical direction, and fixed at an initial position by coupling a fastening member when the guide mounts (212, 214) are inserted into the withdrawal aperture and the sliding aperture. the sliding guide includes a pair of guide mounts (212, 214) spaced apart from each other in the coupling space in a vertical direction; and the center slide supporter includes a withdrawal aperture and a sliding aperture installed in the vertical direction, and fixed at an initial position by coupling a fastening member when the guide mounts (212, 214) are inserted into the withdrawal aperture and the sliding aperture.
A compound selected from the group consisting of: the enantiomer [(αR,α'R,α"R)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ia (enantiomer RRR): the enantiomer [(αS,α'S,α"S)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ib (enantiomer SSS): a mixture of such RRR and SSS enantiomers; and a pharmaceutically acceptable salt thereof. the enantiomer [(αR,α'R,α"R)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ia (enantiomer RRR): the enantiomer [(αS,α'S,α"S)-α,α',α"-tris(2-carboxyethyl)-3,6,9,15-tetraazabicyclo[9.3.1]pentadeca-1,11,13-triene-3,6,9-triacetato(3-)-κN3,κN6,κN9,κN15,κO3,κO6,κO9]-gadolinium having the formula Ib (enantiomer SSS): a mixture of such RRR and SSS enantiomers; and a pharmaceutically acceptable salt thereof.
A vehicle structure comprising a first reinforcing element and a second reinforcing element, the first reinforcing element being capable of transmitting a large part of the forces due to a shock along a main working direction, forming a main force channel, the second reinforcing element being capable of transmitting the remainder of the forces due to said shock along said main working direction, forming a secondary force channel, characterized in that resilient connection means (100, 120, 140) connect the first reinforcing element to the second reinforcing element.
A gas separation membrane, comprising: a polyimide that contains a repeating unit represented by general formula, wherein in the formula, R 1 is a divalent organic group and R 2 is a tetravalent organic group, characterized in that R 1 is containing a 2-hydroxy-1,1,1,3,3,3-hexafluoroisopropyl group. a polyimide that contains a repeating unit represented by general formula, wherein in the formula, R 1 is a divalent organic group and R 2 is a tetravalent organic group, characterized in that R 1 is containing a 2-hydroxy-1,1,1,3,3,3-hexafluoroisopropyl group.
A shampoo composition comprising: i) at least 10 wt% of the total composition of water, ii) at least 0.5 wt% of the total composition of anionic surfactant, iii) from 0.02 wt% of the total composition to 5 wt% of perfume iv) at least 0.01 wt% of the total composition of a emulsified silicone conditioning agent; and v) a suspending agent comprising at least 0.15 wt%, of the total composition citrus fibre that has been mechanically pulped and swollen in water; in which the pulped citrus fibre is derived from lemons or limes, and in which the composition further comprises at least 0.05 wt% of the total composition of a cationic deposition polymer. i) at least 10 wt% of the total composition of water, ii) at least 0.5 wt% of the total composition of anionic surfactant, iii) from 0.02 wt% of the total composition to 5 wt% of perfume iv) at least 0.01 wt% of the total composition of a emulsified silicone conditioning agent; and v) a suspending agent comprising at least 0.15 wt%, of the total composition citrus fibre that has been mechanically pulped and swollen in water;
A lubrication system for a fan drive gear system comprising: a lubricant supply; a collection conduit for drawing lubricant from within the lubricant supply, the collection conduit including a first opening and a second opening for withdrawing lubricant during a first condition, wherein the first opening provides for withdrawal of lubricant during a second condition; and a fitting at the second opening allowing lubricant flow during the first condition and preventing lubricant flow during the second condition; characterised in that: the fitting comprises a plurality of openings selectively blocked responsive to the second condition; and by further including: a flange including the plurality of openings, the flange being attached to a tube, and a seal plate movable along the tube into contact with the flange for blocking lubricant flow through the plurality of openings. a lubricant supply; a collection conduit for drawing lubricant from within the lubricant supply, the collection conduit including a first opening and a second opening for withdrawing lubricant during a first condition, wherein the first opening provides for withdrawal of lubricant during a second condition; and a fitting at the second opening allowing lubricant flow during the first condition and preventing lubricant flow during the second condition; the fitting comprises a plurality of openings selectively blocked responsive to the second condition; and by further including: a flange including the plurality of openings, the flange being attached to a tube, and a seal plate movable along the tube into contact with the flange for blocking lubricant flow through the plurality of openings. a flange including the plurality of openings, the flange being attached to a tube, and a seal plate movable along the tube into contact with the flange for blocking lubricant flow through the plurality of openings.
Device for generating electrical, magnetic and/or electromagnetic signals, which can be used with different treatment frequencies for treating the human body, characterised in that as means of providing a noise signal that can be used for the selection of a treatment frequency, an electronic noise element is provided, the properties of which have at least a partial dependence on at least one biophysical radiation of the human body, wherein any electronic component that, in addition to an output signal, outputs a noise signal that superimposes the output signal is considered as an electronic noise element within the meaning of the invention and wherein the usable noise signal can be influenced individually on the basis of a biophysical radiation of a body of a person to be treated such that a suitable selection of a treatment frequency can take place by an interaction between a human body of a person to be treated and a resulting noise influenced by the corresponding radiation of the human body, wherein at least one sensor for detecting an electrical, magnetic or electromagnetic field, a sensor for detecting infrared radiation or a sensor for detecting heat radiation is provided as a means for providing a noise signal that can be used for the selection of a treatment frequency, wherein means for signal processing and for generating a digital data stream of the noise signal are provided for evaluating the noise signal and wherein means for statistically evaluating the digital data stream and means for determining a treatment frequency depending on the statistical evaluation are provided for evaluating the noise signal.
A control assembly for a fluid flow control device, the assembly comprising: a control element adapted to be movably disposed in a fluid flow control device for controlling fluid flow; a load spring biasing the control element into a predetermined position; and characterized in that a spring clip contacts the load spring at a plurality of points to dampen vibrations experienced by the load spring, the spring clip comprising a body plate and first and second opposing arm plates (60a,60b) extending away from the body plate, each of the first and second arm plates (60a,60b) including a proximal end (68a,68b) adjacent the body plate, a distal end (70a,70b) spaced away from the body plate, and a finger (72a,72b) extending upwardly away from the distal end (70a,70b) such as to define a corner (74a,74b) at an intersection between the finger (72a,72b) and the distal end (70a,70b), the corner (74a,74b) including a contoured edge (76a,76b) for facilitating attachment of the load spring to the spring clip. a control element adapted to be movably disposed in a fluid flow control device for controlling fluid flow; a load spring biasing the control element into a predetermined position; and characterized in that a spring clip contacts the load spring at a plurality of points to dampen vibrations experienced by the load spring, the spring clip comprising a body plate and first and second opposing arm plates (60a,60b) extending away from the body plate,
A method for modulating, comprising the steps of: a) receiving a digital signal from a multiplexer through a distribution network, the digital signal containing a transport stream including vestigial sideband frame initialization packets and data packets containing service content relating to one or more services; b) generating a data frame from the data packets of the digital signal, wherein a start of a new data frame is signaled by the vestigial sideband frame initialization packets, wherein the data frame is divided into more than one grouping containing a predetermined number of segments, wherein the more than one grouping of the predetermined number of segments contains data packets of a particular service content, wherein a deterministic mapping received from the multiplexer and indicating how data packets of a particular service content fall within the data frame is inserted into the data frame; and c) modulating the data frame containing the more than one grouping containing the data packets mapped in accordance with the deterministic mapping onto an RF carrier. a) receiving a digital signal from a multiplexer through a distribution network, the digital signal containing a transport stream including vestigial sideband frame initialization packets and data packets containing service content relating to one or more services; b) generating a data frame from the data packets of the digital signal, wherein a start of a new data frame is signaled by the vestigial sideband frame initialization packets, wherein the data frame is divided into more than one grouping containing a predetermined number of segments, wherein the more than one grouping of the predetermined number of segments contains data packets of a particular service content, wherein a deterministic mapping received from the multiplexer and indicating how data packets of a particular service content fall within the data frame is inserted into the data frame; and c) modulating the data frame containing the more than one grouping containing the data packets mapped in accordance with the deterministic mapping onto an RF carrier.
An airbag device comprising a bag member configured to be deployed from a location in front of an occupant toward the occupant when receiving gas suppled to the bag member, wherein the bag member includes a center deployable portion configured to be deployed obliquely rearward toward a center in a vehicle width direction of a vehicle when receiving the gas supplied, the center deployable portion has a head receiving surface which receives the head of the occupant at time of an oblique collision of the vehicle with an obstacle, and the head receiving surface has thereon a frictional force reducer which reduces a friction force between the bag member and the head, characterized in that: the frictional force reducer has both ends, in the vehicle width direction, coupled to the head receiving surface, while having a slack portion which is slack with respect to the vehicle width direction.
An image processing apparatus for generating a high dynamic range, HDR, image on the basis of a plurality of low dynamic range, LDR, images, including a first LDR image and a second LDR image, wherein the first LDR image is associated with a first view and a first exposure and the second LDR image is associated with a second view and a second exposure, wherein the first exposure is different from the second exposure and the first view is different from the second view, and the image processing apparatus comprises: a processing unit configured to provide a neural network, wherein the neural network comprises a plurality of neural subnetworks including a first neural subnetwork and a second neural subnetwork, wherein the second neural subnetwork is configured to generate a modified first LDR image associated with the first view and the second exposure on the basis of i) the first LDR image and ii) the second LDR image by mapping the first LDR image to the second exposure, and wherein the first neural subnetwork is configured to generate the HDR image on the basis of: the first LDR image, the second LDR image, and iii) the modified first LDR image. a processing unit configured to provide a neural network, wherein the neural network comprises a plurality of neural subnetworks including a first neural subnetwork and a second neural subnetwork, wherein the second neural subnetwork is configured to generate a modified first LDR image associated with the first view and the second exposure on the basis of i) the first LDR image and ii) the second LDR image by mapping the first LDR image to the second exposure, and wherein the first neural subnetwork is configured to generate the HDR image on the basis of: the first LDR image, the second LDR image, and iii) the modified first LDR image.
A bioreactor for imparting nanoscale vibrations to stimulate mechano-transductive effects in biological tissue, the bioreactor comprising: a vibration actuator; and a sample receiving plate vibratably coupled to the vibration actuator, wherein the vibration actuator is arranged to vertically oscillate the sample receiving plate at nanoscale amplitudes, wherein the sample receiving plate has a plurality of sample mounting locations, and wherein the sample receiving plate is configured to: provide physical engagement to a sample container at each of the plurality of sample mounting locations, and transmit mechanical vertical vibrations having a substantially uniform nanoscale amplitude across the plurality of sample mounting locations. a vibration actuator; and a sample receiving plate vibratably coupled to the vibration actuator, wherein the vibration actuator is arranged to vertically oscillate the sample receiving plate at nanoscale amplitudes, wherein the sample receiving plate has a plurality of sample mounting locations, and wherein the sample receiving plate is configured to: provide physical engagement to a sample container at each of the plurality of sample mounting locations, and transmit mechanical vertical vibrations having a substantially uniform nanoscale amplitude across the plurality of sample mounting locations. provide physical engagement to a sample container at each of the plurality of sample mounting locations, and transmit mechanical vertical vibrations having a substantially uniform nanoscale amplitude across the plurality of sample mounting locations.