mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising at least one grapefruit seed extract, at least one alchemilla leaf extract, at least one stevia extract and at least curcumin for use in the treatment of oral cavity conditions selected from fungal infections caused by the presence of Candida albicans.
A magnifying device attachable to an injection device, comprising: - a frame (14; 114) having a distal end (31; 131) and having a proximal end (32, 132) opposite to the distal end (31; 131) and further having a receptacle (24; 124) extending from the distal end (31; 131) towards the proximal end (32; 132), wherein the receptacle (24; 124) is accessible from the distal end (31; 131) to receive a proximal end section of the injection device therein, - a magnifying lens fixed to the proximal end (32; 132) of the frame (14; 114) and extending at least partially across the proximal end (32; 132) of the frame (14; 114), - wherein the frame (14; 114) comprises a sidewall structure (30; 130) to enclose a dose selector at the proximal end section of the injection device and wherein the sidewall structure (30; 130) extends in a distal direction from the proximal end (32; 132) of the frame (14; 114), and characterized in that i) the sidewall structure (30; 130) comprises at least one radially inwardly extending ledge (20; 120) at the distal end (31; 131) to axially engage with a radially inwardly extending ledge at a distal end of the dose selector, or ii) that the sidewall structure (30; 130) comprises axially extending gripping ribs on a radially inwardly facing portion (33; 133). - a frame (14; 114) having a distal end (31; 131) and having a proximal end (32, 132) opposite to the distal end (31; 131) and further having a receptacle (24; 124) extending from the distal end (31; 131) towards the proximal end (32; 132), wherein the receptacle (24; 124) is accessible from the distal end (31; 131) to receive a proximal end section of the injection device therein, - a magnifying lens fixed to the proximal end (32; 132) of the frame (14; 114) and extending at least partially across the proximal end (32; 132) of the frame (14; 114), - wherein the frame (14; 114) comprises a sidewall structure (30; 130) to enclose a dose selector at the proximal end section of the injection device and wherein the sidewall structure (30; 130) extends in a distal direction from the proximal end (32; 132) of the frame (14; 114), and characterized in that i) the sidewall structure (30; 130) comprises at least one radially inwardly extending ledge (20; 120) at the distal end (31; 131) to axially engage with a radially inwardly extending ledge at a distal end of the dose selector, or ii) that the sidewall structure (30; 130) comprises axially extending gripping ribs on a radially inwardly facing portion (33; 133). i) the sidewall structure (30; 130) comprises at least one radially inwardly extending ledge (20; 120) at the distal end (31; 131) to axially engage with a radially inwardly extending ledge at a distal end of the dose selector, or ii) that the sidewall structure (30; 130) comprises axially extending gripping ribs on a radially inwardly facing portion (33; 133).
A method for producing a polyacrylic acid (salt)-based water absorbing agent, the method comprising: a surface crosslinking agent addition step of adding a surface crosslinking agent solution to a water absorbent resin powder; a liquid permeability enhancer addition step of adding a liquid permeability enhancer to the water absorbent resin powder, wherein the liquid permeability enhancer is at least one substance selected from a water-soluble polyvalent metal cation-containing compound, water-insoluble inorganic fine particles, and a cationic polymer compound, the liquid permeability enhancer addition step being performed simultaneously with and/or after the surface crosslinking agent addition step; and a surface crosslinking step of (i) carrying out a heat treatment on the water absorbent resin powder in conditions in which an atmospheric dew point is at least in a range of 45 °C to 100 °C, and (ii) adjusting the atmospheric dew point by (b) using water vapor generated from water contained in the water absorbent resin powder when the water absorbent resin powder is heated, and optionally (a) using steam, dry air, nitrogen, helium, argon and/or dried air, the surface crosslinking step being performed simultaneously with or after the surface crosslinking agent addition step, wherein the atmospheric dew point is in the range of 45 °C to 100 °C during a period of time which is not less than 10% of an entire period of the heat treatment in the surface crosslinking step, and wherein the temperature of a heating apparatus used in the heat treatment is in the range from 120 °C to 280 °C. a surface crosslinking agent addition step of adding a surface crosslinking agent solution to a water absorbent resin powder; a liquid permeability enhancer addition step of adding a liquid permeability enhancer to the water absorbent resin powder, wherein the liquid permeability enhancer is at least one substance selected from a water-soluble polyvalent metal cation-containing compound, water-insoluble inorganic fine particles, and a cationic polymer compound, the liquid permeability enhancer addition step being performed simultaneously with and/or after the surface crosslinking agent addition step; and a surface crosslinking step of (i) carrying out a heat treatment on the water absorbent resin powder in conditions in which an atmospheric dew point is at least in a range of 45 °C to 100 °C, and (ii) adjusting the atmospheric dew point by (b) using water vapor generated from water contained in the water absorbent resin powder when the water absorbent resin powder is heated, and optionally (a) using steam, dry air, nitrogen, helium, argon and/or dried air, the surface crosslinking step being performed simultaneously with or after the surface crosslinking agent addition step, wherein the atmospheric dew point is in the range of 45 °C to 100 °C during a period of time which is not less than 10% of an entire period of the heat treatment in the surface crosslinking step, and wherein the temperature of a heating apparatus used in the heat treatment is in the range from 120 °C to 280 °C.
A phosphor plate comprising: a base plate transmitting light; a first fluorescent layer disposed on the one surface of the base plate and including a fluorescent material; and a second fluorescent layer disposed on the other surface of the base plate and including a fluorescent material, characterized in that a lens is disposed on the one surface of the base plate and includes a fluorescent material; wherein the fluorescent materials (155, 175) of the first and second fluorescent layers (150, 170) are the same as or different from the fluorescent material of the lens, and wherein the first fluorescent layer buries a portion of the lens. a base plate transmitting light; a first fluorescent layer disposed on the one surface of the base plate and including a fluorescent material; and a second fluorescent layer disposed on the other surface of the base plate and including a fluorescent material, characterized in that a lens is disposed on the one surface of the base plate and includes a fluorescent material;
A washing machine with enhanced detergent efficacy used in washing of the laundry items, comprising - at least one detergent compartment in which detergent is placed and through which washing water is passed, - at least one jet pump to pressurize the washing water with detergent coming to the detergent compartment, - at least one valve used by being placed at the jet pump outlet, - at least one control unit configured to transmit commands to turn the valve on and off characterized by - the at least one valve used in its closed position for mixing detergent containing water in the jet pump and - the jet pump mixing detergent containing water in its internal volume by means of the engine and the flaps provided thereon - at least one detergent compartment in which detergent is placed and through which washing water is passed, - at least one jet pump to pressurize the washing water with detergent coming to the detergent compartment, - at least one valve used by being placed at the jet pump outlet, - at least one control unit configured to transmit commands to turn the valve on and off characterized by - the at least one valve used in its closed position for mixing detergent containing water in the jet pump and - the jet pump mixing detergent containing water in its internal volume by means of the engine and the flaps provided thereon
A method for determining the risk of development of diffuse alveolar damage, said method comprising detecting a gene polymorphism(s) present in MUC4 gene, wherein said gene polymorphism(s) to be detected is at least one gene polymorphism(s) selected from the group consisting of rs6805660 (T/C polymorphism at nucleotide position 195,512,042 in chromosome 3); and rs62282486 (T/C polymorphism at nucleotide position 195,512,245 in chromosome 3).
A safety valve for a hydraulic or pneumatic tool, comprising: a body defining an incoming fluid passage via which fluid is able to pass from a fluid reservoir through the body to a tool head, and a return fluid passage via which fluid is able to return from said tool head through the body to the fluid reservoir; a diverter displaceably arranged between an active position, in which the diverter redirects fluid via a shunting passage from the incoming fluid passage to the return passage to, in use prevent operation of the tool head, and an inactive position, in which fluid is allowed to pass freely through the incoming and return passages to allow operation of the tool head; a biasing means operatively biasing the diverter into the inactive position; and an actuator on an outside portion of the body, said actuator configured so that actuation thereof counteracts the biasing means and actuates the diverter into the active position, wherein the body is shaped, dimensioned and configured to engage the tool head in an ergonomic fashion so that an operator is able to use the tool head with the actuator in an easily manually actuatable location, wherein the biasing means is configured for fail-dangerous operation, so that the safety valve allows operation of the tool head when the actuator is not actuated. a body defining an incoming fluid passage via which fluid is able to pass from a fluid reservoir through the body to a tool head, and a return fluid passage via which fluid is able to return from said tool head through the body to the fluid reservoir; a diverter displaceably arranged between an active position, in which the diverter redirects fluid via a shunting passage from the incoming fluid passage to the return passage to, in use prevent operation of the tool head, and an inactive position, in which fluid is allowed to pass freely through the incoming and return passages to allow operation of the tool head; a biasing means operatively biasing the diverter into the inactive position; and an actuator on an outside portion of the body, said actuator configured so that actuation thereof counteracts the biasing means and actuates the diverter into the active position, wherein the body is shaped, dimensioned and configured to engage the tool head in an ergonomic fashion so that an operator is able to use the tool head with the actuator in an easily manually actuatable location, wherein the biasing means is configured for fail-dangerous operation, so that the safety valve allows operation of the tool head when the actuator is not actuated.
A method for joining at least two components (10, 20) by means of at least one resistance welding element, comprising the following method steps: - providing a first component, a second component and a resistance welding element, wherein the resistance welding element has a shaft section and a head section; - connecting the resistance welding element to the second component by positive and/or non-positive fastening of the shaft section to the second component, so that after the connection the head section protrudes and the shaft section does not protrude from the second component; and - connecting the first component to the second component, for which purpose the first component is positioned with respect to the second component, in such a manner that the protruding head section of the resistance welding element fastened to the second component is facing the first component, and subsequently the first component is connected by resistance welding to the head section of the resistance welding element, wherein during the resistance welding an invisible weld nugget is formed between the components (10, 20). - providing a first component, a second component and a resistance welding element, wherein the resistance welding element has a shaft section and a head section; - connecting the resistance welding element to the second component by positive and/or non-positive fastening of the shaft section to the second component, so that after the connection the head section protrudes and the shaft section does not protrude from the second component; and - connecting the first component to the second component, for which purpose the first component is positioned with respect to the second component, in such a manner that the protruding head section of the resistance welding element fastened to the second component is facing the first component, and subsequently the first component is connected by resistance welding to the head section of the resistance welding element, wherein during the resistance welding an invisible weld nugget is formed between the components (10, 20).
A wheel assembly comprising a wheel for a wheelchair and a backstop arrangement (10; 30; 70), the wheel being provided with a wheel hub (11; 31; 71) and a wheel axle (12; 32; 72), the backstop arrangement (10; 30; 70) being configured to selectively engage and disengage, respectively, a backstop function, the backstop arrangement comprising a backstop selector (15; 35; 75) and a backstop member (18; 38; 78), wherein the wheel hub (11; 31; 71) has an inner rotatable circumferential surface (13; 33; 73), which faces the wheel axle (12; 32; 72) and is arranged with a radial space (14; 34; 74) therefrom, and the backstop selector (15; 35; 75) is operatively connected to the backstop member (18; 38; 78), which is radially moveable within the radial space (14; 34; 74), to, upon movement of the backstop selector (15; 35; 75), be selectively engaged with or disengaged from the inner circumferential surface (13; 33; 73), and that the backstop member (18; 38; 78) is configured, when in engagement with the inner circumferential surface (13; 33; 73), to allow the inner circumferential surface (13; 33;73) to rotate in a first direction and to prevent the inner circumferential surface (13; 33; 73) from rotating in a second, opposite direction, wherein the wheel assembly further comprises a gear-shift arrangement, characterized in that the wheel hub (11; 31; 71) is an internal-gear hub (11; 31; 71) comprising a number of internal gears (57, 58); the gear-shift arrangement comprises a shift member, which is axially moveable within the internal-gear hub to engage a specific gear of said number of internal gears (57, 58), and wherein the shift member via a connector member is operatively connected to the backstop selector (15; 35; 75), such that the backstop selector (15, 35, 75) can be regarded as a gear and backstop selector.
A process for preparing an anticorrosion component for an antifreeze by oxidizing an oxydiol of the general formula in which x is a positive integer from 1 to 10 with molecular oxygen at a temperature of 20 to 100°C and a partial oxygen pressure of 0.01 to 2 MPa in the presence of water and of a heterogeneous catalyst comprising platinum to form an oxydicarboxylic acid of the general formula in which y is a positive integer from 1 to 10, which comprises conducting the oxidation (a) at a molar ratio of 0.002 ≤ n Pt / n oxydiol I + n oxydicarboxylic acid II ≤ 0.019 where "n(Pt)" is the molar amount of platinum, "n(oxydiol)" is the molar amount of oxydiol and "n(oxydicarboxylic acid)" is the molar amount of oxydicarboxylic acid; (b) at a concentration of water of 50% to 95% by weight in the liquid phase; and (c) at a pH of 1 to 7. (a) at a molar ratio of 0.002 ≤ n Pt / n oxydiol I + n oxydicarboxylic acid II ≤ 0.019 where "n(Pt)" is the molar amount of platinum, "n(oxydiol)" is the molar amount of oxydiol and "n(oxydicarboxylic acid)" is the molar amount of oxydicarboxylic acid; (b) at a concentration of water of 50% to 95% by weight in the liquid phase; and (c) at a pH of 1 to 7.
Screw, having: an axially extending shaft section; a screw thread on the shaft section, which has thread turns extending radially from the shaft section; wherein the shaft section has a discontinuity on an intermediate threaded section between adjacent thread turns; wherein exactly two partial sections (116, 118) are provided in the intermediate threaded section and the discontinuity is provided between the two partial sections (116, 118), characterized in that one of the first partial section and the second partial section is a portion that is tapered with respect to a screw axis and the other one of the first partial section and the second partial section is a portion that is axially parallel with respect to the screw axis. an axially extending shaft section; a screw thread on the shaft section, which has thread turns extending radially from the shaft section; wherein the shaft section has a discontinuity on an intermediate threaded section between adjacent thread turns; wherein exactly two partial sections (116, 118) are provided in the intermediate threaded section and the discontinuity is provided between the two partial sections (116, 118), characterized in that one of the first partial section and the second partial section is a portion that is tapered with respect to a screw axis and the other one of the first partial section and the second partial section is a portion that is axially parallel with respect to the screw axis.
A cylinder liner mounted on a cylinder block and formed of flaky graphite cast iron, wherein at least a nitrided compound layer having a thickness of 3 μm or more and 15 μm or less is provided on an inner periphery of the cylinder liner, and a cross hatching section is formed on the inner periphery, a roughness curve of the inner periphery has a plateau honing shape, a ten-point average roughness Rz of the inner periphery pursuant to JIS B0601:1982 is 4.0 μm or less, an average value of an area ratio of pits generated in the inner periphery is 8% or less, a depth of the pit is equal to or smaller than the thickness of the nitrided compound layer, and a diameter of the pit is 10 to 100 μm.
A resealable flap device in the form of a sheet for applying to or incorporating in packaging comprising a layer construction of flexible material, the layer construction being cut through to outline a flap portion, but leaving an edge uncut in a hinge region, forming the rear end of the flap; characterised in that the layer continues rearwardly and incorporates a second flap portion with a second hinge region and having a slot by which a product may be suspended when the flap device is fixed to the packaging.
A method which comprises: forming a 3D point cloud of the gripping means (204, 206) of a load handling device in relation to a device which is moved horizontally above a load in the load handling device and to which the gripping means (204, 206) are connected to be moved in the vertical direction, whereby the 3D point cloud is formed from at least one 2D image which depicts the gripping means (204, 206) in a two-dimensional plane which is parallel to the direction of movement of the horizontally movable device; positioning the gripping means (204, 206) in relation to the horizontally movable device, characterised in that the height of the gripping means (204, 206) is determined on the basis of the 3D point cloud by comparing the formed 3D point cloud to at least one 3D model of the gripping means (204, 206), and the 2D model of the gripping means (204, 206) is scaled to said height of the gripping means (204, 206), and the scaled 2D model is adapted to said 2D image in order to determine the skew and location of the gripping means (204, 206) in said two-dimensional plane. forming a 3D point cloud of the gripping means (204, 206) of a load handling device in relation to a device which is moved horizontally above a load in the load handling device and to which the gripping means (204, 206) are connected to be moved in the vertical direction, whereby the 3D point cloud is formed from at least one 2D image which depicts the gripping means (204, 206) in a two-dimensional plane which is parallel to the direction of movement of the horizontally movable device; positioning the gripping means (204, 206) in relation to the horizontally movable device, characterised in that the height of the gripping means (204, 206) is determined on the basis of the 3D point cloud by comparing the formed 3D point cloud to at least one 3D model of the gripping means (204, 206), and the 2D model of the gripping means (204, 206) is scaled to said height of the gripping means (204, 206), and the scaled 2D model is adapted to said 2D image in order to determine the skew and location of the gripping means (204, 206) in said two-dimensional plane.
A method for making a carbon composition, the method comprising: contacting a carbon precursor, a carbon precursor modifier, and an additive to form a mixture; curing at least the carbon precursor; and then carbonizing at least a portion of the mixture to form a carbon composition; wherein the carbon precursor is non-graphitizable, and wherein the carbon precursor modifier comprises a sulfur compound, a crosslinkable resin, a surfactant, or a combination thereof, characterised in that the additive is an inorganic salt. contacting a carbon precursor, a carbon precursor modifier, and an additive to form a mixture; curing at least the carbon precursor; and then carbonizing at least a portion of the mixture to form a carbon composition; wherein the carbon precursor is non-graphitizable, and wherein the carbon precursor modifier comprises a sulfur compound, a crosslinkable resin, a surfactant, or a combination thereof, characterised in that the additive is an inorganic salt.