mhurhangee/ep-ind-claims huggingface dataset:
Use of a composition having a compound with a structure corresponding to the formula: wherein R 1, R 2, R 3, R 4, R 5 and R 6 are selected from a hydrogen or an alkyl group having 1 to 24 carbon atoms, or a branched alkyl group having 1 to 24 carbon atoms, or a cyclic alkyl group with 1 to 24 carbon atoms; wherein said composition has a peak decomposition temperature of less than 280°C and a total decomposition energy which is endothermic or if exothermic, releases no more energy than 40 kJoules/mole, as an antioxidant for polyolefin resins; and wherein the compound is incorporated with the polyolefin resin in an amount of from 5 ppm to 1000 ppm by weight of the total composition. wherein R 1, R 2, R 3, R 4, R 5 and R 6 are selected from a hydrogen or an alkyl group having 1 to 24 carbon atoms, or a branched alkyl group having 1 to 24 carbon atoms, or a cyclic alkyl group with 1 to 24 carbon atoms; wherein said composition has a peak decomposition temperature of less than 280°C and a total decomposition energy which is endothermic or if exothermic, releases no more energy than 40 kJoules/mole, as an antioxidant for polyolefin resins; and wherein the compound is incorporated with the polyolefin resin in an amount of from 5 ppm to 1000 ppm by weight of the total composition.
A method for forming a printed linoleum product, the method comprising: providing a linoleum substrate formed in a first fabrication process, the linoleum substrate including at least one linoleum layer (120,130) bonded to a backing layer; providing a printed wear layer comprising a inked decorative indicia formed in a second fabrication process separate from the first fabrication process, the printed wear layer including a wear layer and an ink print layer; applying an ultraviolet curable adhesive onto the linoleum substrate; partially curing the adhesive for a first period of time sufficient to produce a tacky condition; laminating the linoleum substrate with partially cured adhesive and the printed wear layer together; and completely curing the adhesive for a second period of time sufficient to cure the adhesive, wherein the printed wear layer becomes permanently bonded to the linoleum substrate. providing a linoleum substrate formed in a first fabrication process, the linoleum substrate including at least one linoleum layer (120,130) bonded to a backing layer; providing a printed wear layer comprising a inked decorative indicia formed in a second fabrication process separate from the first fabrication process, the printed wear layer including a wear layer and an ink print layer; applying an ultraviolet curable adhesive onto the linoleum substrate; partially curing the adhesive for a first period of time sufficient to produce a tacky condition; laminating the linoleum substrate with partially cured adhesive and the printed wear layer together; and completely curing the adhesive for a second period of time sufficient to cure the adhesive, wherein the printed wear layer becomes permanently bonded to the linoleum substrate.
Tumble dryer comprising a housing and a processing chamber for receiving items to be dried, and having a device for condensing moisture from the items to be dried, it being possible to collect the condensate occurring during the drying process in a condensate collecting container in the form of a drawer, which container is provided in a slide-in compartment integrated in the housing, and the front face edge of the slide-in compartment being integrated in or connected to the front wall of the housing, characterised in that the front face edge of the slide-in compartment comprises a moulded element which allows adaptable integration or connection of the slide-in compartment to front walls, of different heights, of housing variants.
A panel for a railroad vehicle, in particular a floor or roof of a railroad vehicle, the panel extending in a plane and comprising a grid of beams (5, 7) provided with at least one intersection, the beams (5, 7) being made up of a plurality of successive layers of battens (19, 21, 23, 25, 27, 29, 31, 33) stacked in a stacking direction orthogonal to the plane of the panel, the battens (19, 21, 23, 25, 27, 29, 31, 33) of the successive layers being fastened to one another with a layer of adhesive, the layers of battens including continuous battens (27, 29) extending on either side of the intersection and that are arranged at the intersection, in contact with at least one continuous batten (29, 27) of an adjacent layer, each layer including, on either side of the continuous batten (27, 29), an interrupted batten (19, 21, 23, 25) positioned transversely to the continuous batten and positioned in contact with at least one continuous batten (29, 27) of an adjacent layer characterized in that at least one beam (5, 7) includes, in one of its layers, at least one platen provided with a tapped hole for fastening an outer element and a screw engaged in the tapped hole retaining the outside element against the panel.
A peptide homodimer comprising: (a) at least one IgG1 Fc domain comprising the point mutations S267E, H268F, and S324T and further comprising (i) the point mutation N297A; (ii) the point mutation G236R; or (iii) the point mutations G236R and E233P; and (b) at least one multimerization domain capable of multimerizing the peptide homodimer; wherein the peptide homodimer exhibits preferential binding to complement relative to FcγRI, FcγRIIa, FcγRIIb and/or FcγRIII. (a) at least one IgG1 Fc domain comprising the point mutations S267E, H268F, and S324T and further comprising (i) the point mutation N297A; (ii) the point mutation G236R; or (iii) the point mutations G236R and E233P; and (i) the point mutation N297A; (ii) the point mutation G236R; or (iii) the point mutations G236R and E233P; and (b) at least one multimerization domain capable of multimerizing the peptide homodimer;
Female quick coupling element intended to cooperate, by press fitting (F1, F3) along a press fitting axis (X-X'), with a male quick coupling element and comprising: - a body centred on a longitudinal axis, defining a duct for the passage of fluid and comprising, at its distal end, a flat front face, - a relief valve comprising a valve lodged in the duct for the passage of fluid and mobile along the longitudinal axis in relation to the body, between a closed position of the relief valve, abutting against a seat of the relief valve, and an open position of the relief valve, separated from the seat, - a manoeuvring ring mounted slidingly around the body and defining, at its distal end, a mouth for receiving the male element, with the ring provided with at least one relief of engagement with a corresponding relief of the male element, characterised in that the female coupling element further comprises - a safety ring mounted around the body, radially inside the manoeuvring ring, the safety ring being mobile axially in relation to the body between a first position (Fig 1), where the manoeuvring ring and the safety ring are integral in rotation about the longitudinal axis (X 10), and a second position (Fig 3) where the manoeuvring ring can rotate about the longitudinal axis in relation to the safety ring, - means (170, 158; 130, 179; 170, 158; 170, 147) for transforming, when the safety ring is in its second position, a movement of rotation (F 2, F 4) of the manoeuvring ring about the longitudinal axis and in relation to the safety ring, into a movement of axial translation (F 3) of the body in relation to the manoeuvring ring. - a body centred on a longitudinal axis, defining a duct for the passage of fluid and comprising, at its distal end, a flat front face, - a relief valve comprising a valve lodged in the duct for the passage of fluid and mobile along the longitudinal axis in relation to the body, between a closed position of the relief valve, abutting against a seat of the relief valve, and an open position of the relief valve, separated from the seat, - a manoeuvring ring mounted slidingly around the body and defining, at its distal end, a mouth for receiving the male element, with the ring provided with at least one relief of engagement with a corresponding relief of the male element, - a safety ring mounted around the body, radially inside the manoeuvring ring, the safety ring being mobile axially in relation to the body between a first position (Fig 1), where the manoeuvring ring and the safety ring are integral in rotation about the longitudinal axis (X 10), and a second position (Fig 3) where the manoeuvring ring can rotate about the longitudinal axis in relation to the safety ring, - means (170, 158; 130, 179; 170, 158; 170, 147) for transforming, when the safety ring is in its second position, a movement of rotation (F 2, F 4) of the manoeuvring ring about the longitudinal axis and in relation to the safety ring, into a movement of axial translation (F 3) of the body in relation to the manoeuvring ring.
A device for detecting a condition indicative of a dislodged needle in a hemodialysis procedure comprising: a controller configured to communicate with a hemodialysis machine, the controller configured to: (i) receive a signal indicative of a venous return pressure measurement for a patient undergoing dialysis, (ii) analyze the measured venous return pressure and derive an intravascular blood pressure in proximity to a location of needle insertion into the patient, (iii) calculate a lower limit as a function of the intravascular blood pressure, (iv) calculate an average of the venous return pressure during a predetermined time window, (v) compare the average to the lower limit, and if the average is within a specified range of the lower limit, determine that a condition indicative of at least a partially dislodged needle is present, and (vi) provide at least one of a first signal configured to activate an alert to notify medical personnel and a second signal configured to stop a blood pump of the hemodialysis machine.
A mould arrangement for moulding ice cream products, the mould arrangement comprising: an upper metal plate, and a plurality of mould pockets that each protrude from a bottom side of the upper metal plate, characterized by an insulation plate that is arranged adjacent the bottom side of the upper metal plate and through which the plurality of mould pockets extend, wherein the insulation plate has a thermal conductivity that is lower than the thermal conductivity of the upper metal plate. an upper metal plate, and a plurality of mould pockets that each protrude from a bottom side of the upper metal plate, characterized by an insulation plate that is arranged adjacent the bottom side of the upper metal plate and through which the plurality of mould pockets extend, wherein the insulation plate has a thermal conductivity that is lower than the thermal conductivity of the upper metal plate.
A connecting element, preferably for use in dry construction for forming support-crossbar connections, wherein the connecting element substantially comprises a C-profile rail, wherein the C-profile rail of the connecting element is dimensioned in such a way that it forms a clamping fit with the conventional C-profile of a support and/or a crossbar in that the connecting element, like a slip-on bushing, can be pushed onto or inserted into the C-profile rail of a support or a crossbar in an interlocking manner, and wherein a front side of the C-profile rail of the connecting element is open, characterized in that the other front side of the C-profile rail of the connecting element is sealed with a planar cover plate, wherein the width of the cover plate corresponds to that of the C-profile rail of the connecting element, whereas the cover plate forms in its longitudinal direction a protruding portion over the open side of the C-profile rail of the connecting element, wherein the clamping fit, within the terms of preliminary mounting, produces a first provisional fixing of a support and/or a support-crossbar connection before the connecting element can be fixed in its relative position to the C-profile of the support or the crossbar by means of connecting boreholes in a base plate of the connecting element or through-holes (7, 7') in the cover plate of the connecting element, and the support and/or the support-crossbar connection can thus be fixed in the respectively desired target position, wherein the cover plate, when the connecting element is pushed on the bottom side onto the support, forms a base element and, when the connecting element is pushed onto the support at the top, an abutment is formed.
A pneumatic tool with a handle, a valve, a safety lever arranged on the handle for actuating the valve and a pressure medium connection, wherein the valve comprises a valve body movable between a basic position and at least one further position, wherein in the basic position a connection between the pressure medium connection and a pressure cylinder of the tool is interrupted and in the further position the connection between the pressure medium connection and the pressure cylinder of the tool is established, wherein the pressure cylinder is vented with the shifting of the valve body into the basic position and a pressure applied at the pressure medium connection shifts the valve body into the basic position when the safety lever is released, characterized in that the valve body is a sleeve displaceable on a pressure supply connecting socket, the inner surface of which encloses a pressure chamber with an outer surface of the pressure supply connecting socket, wherein the two axial end faces (34a, 34b) of the pressure chamber are formed by inner surfaces of the sleeve and have different surface areas.
Draining device for partially coagulated food preparations, comprising a filter container with at least one draining window, the filter container having a permeable base with at least one of the draining windows, the filter container comprising a main body delimiting the draining window or windows, the main body having at least one filtering wall extending through the draining window or at least one of the draining windows, the main body and the filtering wall or walls being assembled by overmolding or bonding, wherein the filter container has at least two draining windows such that at least one part of the main body extends between said two draining windows, and the permeable base comprises at least two draining windows separated by a crosspiece coming from the main body, the width of the crosspiece or each of the crosspieces being less than the width of each of the draining windows.
A pharmaceutical composition for the treatment or prophylaxis of a kidney disease comprising a triterpenoid compound of formula, lucidenic acid C, lucidenic acid B, lucidenic acid N, lucidenic acid A, lucidenic acid D 2 (LAD 2), lucidenic acid E 2 (LAE 2); and a pharmaceutically acceptable excipient; wherein: the triterpenoid compound of formula and LAC are respectively present in about 5-15% by weight of the total triterpenoid in the pharmaceutical composition, LAB and LAN are respectively present in about 5-12% by weight of the total triterpenoid in the pharmaceutical composition, LAA and LAD 2 are respectively present in about 15-30% by weight of the total triterpenoid in the pharmaceutical composition, and LAE 2 is present in about 8-15% by weight of the total triterpenoid in the pharmaceutical composition. the triterpenoid compound of formula and LAC are respectively present in about 5-15% by weight of the total triterpenoid in the pharmaceutical composition, LAB and LAN are respectively present in about 5-12% by weight of the total triterpenoid in the pharmaceutical composition, LAA and LAD 2 are respectively present in about 15-30% by weight of the total triterpenoid in the pharmaceutical composition, and LAE 2 is present in about 8-15% by weight of the total triterpenoid in the pharmaceutical composition.
A camera arrangement for mounting in a vehicle and comprising a carrier arrangement configured so as to be attached to said vehicle in order to support a camera housing which carries a camera unit, said camera arrangement further comprising an electronics unit and a fan unit with a fan wheel which is configured for forcing air heated by said camera arrangement into the interior of said vehicle, and a fan motor for operating said fan wheel, characterized in that a cover unit is arranged on the underside of the electronics unit such that the electronics unit is enclosed by said camera housing and said cover unit, said fan unit being mounted on the underside of the cover unit such that the cover unit defines a fan housing for said fan unit on the underside of the cover unit, wherein said fan motor comprises a fan motor axle which is connected to the fan wheel and which is configured with a generally vertical orientation when the camera arrangement is mounted in the vehicle, and wherein said fan housing is formed with a wall structure which is formed so as to surround the fan wheel, and which is at least partly shaped as a wall for the fan unit, said wall structure having an opening to an air duct being defined by heatsink fins for guiding air from the fan.
A method for detecting defects of a lithographic pattern on a semiconductor wafer comprising a plurality of die areas, wherein each of the die areas has a region of interest, ROI, comprising a plurality of features forming the lithographic pattern, wherein the method comprises the following steps: a) acquiring an image of at least one of said ROIs; b) removing features touching an edge of said image; and c) counting the number of remaining features in said image. a) acquiring an image of at least one of said ROIs; b) removing features touching an edge of said image; and c) counting the number of remaining features in said image.
An apparatus of a UE, comprising: storage for storing payload size information for uplink control information; baseband circuitry, including one or more processors (704 A-G), configured to: process downlink control information, DCI,; determine a physical uplink control channel, xPUCCH, format based on an uplink control information, UCI, payload size; and encode the xPUCCH format on an allocated resource which is indicated in the DCI; characterized in that the DCI indicates the uplink control information, UCI, payload size. storage for storing payload size information for uplink control information; baseband circuitry, including one or more processors (704 A-G), configured to: process downlink control information, DCI,; determine a physical uplink control channel, xPUCCH, format based on an uplink control information, UCI, payload size; and encode the xPUCCH format on an allocated resource which is indicated in the DCI; characterized in that the DCI indicates the uplink control information, UCI, payload size.
Sensor apparatus for the detection of at least one property of a fluid medium, comprising at least one first sensor element for the detection of the at least one property, the first sensor element having at least one first membrane, further comprising at least one housing with at least one first receptacle, the first sensor element being received at least partially in the first receptacle, further comprising at least one first sealing element, the first sealing element being arranged between the first sensor element and the housing and being configured for sealing the first sensor element against the housing, and further comprising a prestressing element, the prestressing element being configured for prestressing the first sensor element against the first sealing element, characterized in that the first sensor element and the prestressing element are connected to one another in an integrally joined manner.
A method of wireless communication at a scheduling entity, comprising: establishing communication with a first user equipment, UE, utilizing a first numerology; establishing communication with a second UE utilizing a second numerology, the second numerology being scaled from the first numerology such that a subcarrier spacing of the second numerology is a positive integer multiple of a subcarrier spacing of the first numerology; and communicating with the first UE and the second UE utilizing a slot comprising the first numerology and second numerology such that a symbol length of each symbol of the first numerology is equal to a sum of symbol lengths of two or more corresponding symbols of the second numerology, wherein one or more symbols of the first numerology or second numerology have a symbol length different from a symbol length of other symbols of the same numerology and wherein symbol boundaries of each symbol of the first numerology are aligned with symbol boundaries of two or more corresponding symbols of the second numerology. establishing communication with a first user equipment, UE, utilizing a first numerology; establishing communication with a second UE utilizing a second numerology, the second numerology being scaled from the first numerology such that a subcarrier spacing of the second numerology is a positive integer multiple of a subcarrier spacing of the first numerology; and communicating with the first UE and the second UE utilizing a slot comprising the first numerology and second numerology such that a symbol length of each symbol of the first numerology is equal to a sum of symbol lengths of two or more corresponding symbols of the second numerology, wherein one or more symbols of the first numerology or second numerology have a symbol length different from a symbol length of other symbols of the same numerology and wherein symbol boundaries of each symbol of the first numerology are aligned with symbol boundaries of two or more corresponding symbols of the second numerology.
Arrangement having a linear or circular measuring rod made of ferromagnetic material with a surface structured in a tooth-shaped manner, comprising, on a support, at least one magnetic field sensor for scanning the measuring rod and at least one cuboid-shaped permanent magnet, wherein the measuring rod has one or a plurality of parallel tooth structures which are periodic in the direction of movement, wherein the magnetic field sensor consists of sensor elements on element surfaces, which are spaced apart in the direction of movement on a sensor surface of the support, wherein the permanent magnets are arranged at the distance of an air gap to the surface of the teeth of the tooth structure, characterised in that the magnetic axis of the permanent magnets, which is arranged perpendicular on the pole surfaces of the permanent magnets, is arranged parallel to edges of the tooth structure on the surface thereof facing the magnetic field sensor and the permanent magnet, and perpendicular to the direction of movement of the tooth structure, the sensor surface of the support is arranged across the tooth structure and in front of at least one pole surface (N; S), such that the distances of the centre lines of the element surfaces from one another can be represented by a quarter of the period length of the tooth structure to be scanned or multiples thereof, and that the distance of a near-surface edge of the sensor surface to the surface of the tooth structure is not greater than the dimension of the air gap.