mhurhangee/ep-ind-claims huggingface dataset:
An oil-in-water type emulsion sunscreen cosmetic composition, comprising: 1 to 7.5% by mass of octyl methoxycinnamate; 1 to 4% by mass of t-butyl methoxy dibenzoyl methane and/or 2-hydroxy-4-methoxybenzophenone; 0.5 to 3% by mass of a polyoxyethylene/polyoxyalkylene alkyl ether block copolymer which is represented by the following formula or: R 1 O- m- n-H [in the formula, R 1 is a hydrocarbon group having 16 to 18 carbon atoms, AO is an oxyalkylene group having 3 to 4 carbon atoms, AO and EO are bonded in block form, m and n each represent an average addition mole number of AO and EO, respectively, and m > 4, n > 10, and n > m]; R 2 O- p - q - [in the formula, R 2 and R 3, which may be the same or different from each other, each represent a hydrocarbon group having 1 to 4 carbon atoms, AO is an oxyalkylene group having 3 to 4 carbon atoms, EO is an oxyethylene group, AO and EO are bonded in block form, p and q each represent an average addition mole number of AO and EO, respectively, and 1 ≤ p ≤ 70, 1 ≤ q ≤ 70, and 0.2 < (q/(p + q)) < 0.8]; and 10% by mass or more of nonpolar hydrocarbon oil selected from the group consisting of hydrogenated polydecene, mineral oil and squalene per the total amount of the oil component; wherein an average emulsion particle diameter is 700 nm or less. 1 to 7.5% by mass of octyl methoxycinnamate; 1 to 4% by mass of t-butyl methoxy dibenzoyl methane and/or 2-hydroxy-4-methoxybenzophenone; 0.5 to 3% by mass of a polyoxyethylene/polyoxyalkylene alkyl ether block copolymer which is represented by the following formula or: R 1 O- m- n-H [in the formula, R 1 is a hydrocarbon group having 16 to 18 carbon atoms, AO is an oxyalkylene group having 3 to 4 carbon atoms, AO and EO are bonded in block form, m and n each represent an average addition mole number of AO and EO, respectively, and m > 4, n > 10, and n > m]; R 2 O- p - q - [in the formula, R 2 and R 3, which may be the same or different from each other, each represent a hydrocarbon group having 1 to 4 carbon atoms, AO is an oxyalkylene group having 3 to 4 carbon atoms, EO is an oxyethylene group, AO and EO are bonded in block form, p and q each represent an average addition mole number of AO and EO, respectively, and 1 ≤ p ≤ 70, 1 ≤ q ≤ 70, and 0.2 < (q/(p + q)) < 0.8]; and 10% by mass or more of nonpolar hydrocarbon oil selected from the group consisting of hydrogenated polydecene, mineral oil and squalene per the total amount of the oil component; wherein an average emulsion particle diameter is 700 nm or less.
A material piece extracting apparatus for extracting a material piece from the surface of an object to be extracted by generating an electric discharge between an electric discharge electrode and the object to be extracted so as to successively remove the material from the object to be extracted that is disposed to oppose the electric discharge electrode, the material piece extracting apparatus comprising rotation drive means, an arm driven to rotate around an axis of rotation by said rotation drive means, an electrode holder supported by said arm, and the electric discharge electrode detachably mounted on said electrode holder, while sliding means (32, 32a, 42a) for sliding said arm in the direction perpendicular to said axis of rotation and arm length adjusting means (61, 65, 66) for adjusting the length of the arm from the axis of rotation thereof, so as to adjust the trajectory of moving the electric discharge electrode as the arm is driven to rotate, and enable it to extract the material piece from the surface of the object to be extracted along a line which is followed by the trajectory of the electric discharge electrode gnawing into the object to be extracted, characterised in that said sliding means (32, 32a, 42a) is disposed on the side of the rotation drive means and comprises a slide guide mounted on a rotary stage which is driven to rotate and a sliding member which is secured on the arm and is guided by said slide guide in the direction perpendicular to the axis of rotation, wherein the arm length adjusting means (61, 65, 66) has an urging spring which urges the arm to slide in the direction perpendicular to the axis of rotation, and a tracing guide which is provided along the circle drawn by the rotation of the arm and makes contact with the arm and guides the arm so as to adjust the arm length during rotation.
Use of a glass-based material as an additive for a rechargeable lithium ion accumulator comprising a liquid electrolyte or a polymer electrolyte for stabilizing the conducting salt within the electrolyte, wherein the glass-based material consists of glass or a glass ceramic and comprises at least the following components (in wt.-% on oxide basis): SiO 2 15 - 45 BaO 10 - 80 ZrO 2 0 - 15 CaO 0 - 30 MgO 0 - 30 MgO+BaO+CaO +Li 2 O+ZrO 2 ≥ 30 NiO 0 - 10 PbO 0 - 10 ZnO 0 - 10 F 0 - 5, refining agents in common amounts up to 2 wt.-%, wherein Li 2 O + Al 2 O 3 ≥0.1 - 35 Li 2 O 0.05-25 and Al 2 O 3 0.05-10 or Li 2 O + P 2 O 5 ≥0.1 - 45 Li 2 O 0.05 - 25 and P 2 O 5 0.05 - 20 or P 2 O 5 + Al 2 O 3 ≥0.1 - 30 P 2 O 5 0.05 - 20 and Al 2 O 3 0.05-10; wherein the additive is configured in powder form having a surface according to BET of at least 10 m 2 /g.
A device for filtering of water and filling for a household electrical appliance comprising: - a main filtering device designed to demineralize the water; - a main body comprising: - a main tank comprising a pressing area which is deformable under the manual pressure by a user; - a duct for emptying the main tank, said emptying duct being designed to convey the demineralized water from the main tank to a tank of a household electrical appliance when the deformable pressing area is deformed by the user, characterized in that the main tank is situated downstream from the main filtering device, such as to receive and store the water demineralized by said main filtering device, the main filtering device comprising a filtering tank, the filtering tank comprising a filtering element which is configured to interact mechanically and/or chemically with the water to be filtered to reduce limestone content in the water, an input grid and an output grid through which respectively the water to be demineralized enters the filtering tank and the demineralized water exits the filtering tank, wherein the main tank extends between a proximal end forming a support surface for the main tank and a distal end opposite, the main tank comprising a groove which assists the deformation at the distal end. - a main filtering device designed to demineralize the water; - a main body comprising: - a main tank comprising a pressing area which is deformable under the manual pressure by a user; - a duct for emptying the main tank, said emptying duct being designed to convey the demineralized water from the main tank to a tank of a household electrical appliance when the deformable pressing area is deformed by the user,
An electronic device comprising: a front face, a side face and a back face,; a bended display including a front display region covering at least partially the front face, a side display region covering at least partially the side face, and a back display region covering at least partially the back face,; a sensor unit configured to detect a motion of the electronic device; and a processor configured to: if an event occurs while content is displayed on the front display region, control the bended display to display a graphic object corresponding to the event on the front display region; and control the bended display to display a first screen corresponding to the graphic object on the back display region, based on the detected motion of the electronic device, characterised in that the processor is further configured to, when determining that the front display region is facing the user, display on the side display region a part of content displayed on the back display region, and when determining that the back display region is facing the user, display on the side display region a part of content displayed on the front display region. a front face, a side face and a back face,; a bended display including a front display region covering at least partially the front face, a side display region covering at least partially the side face, and a back display region covering at least partially the back face,; a sensor unit configured to detect a motion of the electronic device; and a processor configured to: if an event occurs while content is displayed on the front display region, control the bended display to display a graphic object corresponding to the event on the front display region; and control the bended display to display a first screen corresponding to the graphic object on the back display region, based on the detected motion of the electronic device, if an event occurs while content is displayed on the front display region, control the bended display to display a graphic object corresponding to the event on the front display region; and control the bended display to display a first screen corresponding to the graphic object on the back display region, based on the detected motion of the electronic device, characterised in that the processor is further configured to, when determining that the front display region is facing the user, display on the side display region a part of content displayed on the back display region, and when determining that the back display region is facing the user, display on the side display region a part of content displayed on the front display region.
A supporting plate for supporting a plurality of friction material buttons for disc brakes of railway wheeled vehicles, comprising: - at least a first through hole to allow coupling of each button with said supporting plate; each first through hole defining an area and the group of areas of each first through hole defining a centre of gravity on said supporting plate, - a plurality of second through holes for the insertion of a respective blocking element so as to couple said supporting plate with a base plate; said second through holes being arranged in proximity to the perimeter of said supporting plate, characterised in that it further comprises: - at least one group of first eyelets or slots arranged around said at least first through hole, each group of first eyelets comprising at least two first eyelets, where said first eyelets alternate with first portions of the supporting plate, so that, in the braking phase of a railway wheeled vehicle, in the presence or absence of a temperature difference between said supporting plate and said base plate, said first portions are deformed in the elastic field, due to the effect of normal forces applied on said buttons, in such a way that distributions of contact pressure on the buttons are substantially uniform with each other. - at least a first through hole to allow coupling of each button with said supporting plate; each first through hole defining an area and the group of areas of each first through hole defining a centre of gravity on said supporting plate, - a plurality of second through holes for the insertion of a respective blocking element so as to couple said supporting plate with a base plate; said second through holes being arranged in proximity to the perimeter of said supporting plate, - at least one group of first eyelets or slots arranged around said at least first through hole, each group of first eyelets comprising at least two first eyelets,
An input/output, I/O, cluster, comprising: a first column and a second column of I/O pads, each column comprising a first I/O pad pair, the first I/O pad pair comprising: a first I/O pad comprising a first type transistor disposed at a first end of the first I/O pad, and a second type transistor disposed away from the first end of the first I/O pad; and a second I/O pad comprising another first type transistor disposed at a first end of the second I/O pad, and another second type transistor disposed away from the first end, the second I/O pad being adjacent to and positioned side-by-side with the first I/O pad so the first type transistor is closer to the other first type transistor than to the other second type transistor and the second type transistor is closer to the other second type transistor than to the other first type transistor; wherein the second column of I/O pads abuts the first column of I/O pads such that the first end of each I/O pad in the second column of I/O pads abuts the first end of an I/O pad in the first column of I/O pads. a first I/O pad comprising a first type transistor disposed at a first end of the first I/O pad, and a second type transistor disposed away from the first end of the first I/O pad; and a second I/O pad comprising another first type transistor disposed at a first end of the second I/O pad, and another second type transistor disposed away from the first end, the second I/O pad being adjacent to and positioned side-by-side with the first I/O pad so the first type transistor is closer to the other first type transistor than to the other second type transistor and the second type transistor is closer to the other second type transistor than to the other first type transistor;
An in vitro cell construct useful as a tumor model, comprising: (a) a core comprised of live cancer cells, wherein said live cancer cells comprise colorectal cancer cells, mesothelioma cancer cells, appendiceal cancer cells, melanoma cancer cells, glioma cancer cells, lung cancer cells, ovarian cancer cells, liver cancer cells and/or sarcoma cancer cells; and (b) a shell surrounding said core, said shell comprised of live benign cells. (a) a core comprised of live cancer cells, wherein said live cancer cells comprise colorectal cancer cells, mesothelioma cancer cells, appendiceal cancer cells, melanoma cancer cells, glioma cancer cells, lung cancer cells, ovarian cancer cells, liver cancer cells and/or sarcoma cancer cells; and (b) a shell surrounding said core, said shell comprised of live benign cells.
A method for mitigating coherent noise in seismic data, comprising: (a) obtaining seismic data; (b) identifying from the seismic data a dominant direction representing orientation of subsurface strata using structure tensor analysis, wherein a dominant eigenvalue of the structure tensor determines a strata orientation vector; (c) adaptively subtracting data corresponding to the dominant direction from the seismic data using a convolution matrix, wherein the adaptive subtraction is performed by steps comprising filtering the seismic data with a convolution kernel, said convolution kernel having weights adaptively determined from estimates of structure dips in an image of the seismic data; (d) subtracting local average seismic amplitude from data resulting from (c), to generate an estimate of noise, wherein the local average seismic amplitude is an average of all data values within a convolution kernel window; and (e) subtracting the estimated noise from the obtained seismic data; wherein at least one of (c), (d), and (e) is performed using a computer. (a) obtaining seismic data; (b) identifying from the seismic data a dominant direction representing orientation of subsurface strata using structure tensor analysis, wherein a dominant eigenvalue of the structure tensor determines a strata orientation vector; (c) adaptively subtracting data corresponding to the dominant direction from the seismic data using a convolution matrix, wherein the adaptive subtraction is performed by steps comprising filtering the seismic data with a convolution kernel, said convolution kernel having weights adaptively determined from estimates of structure dips in an image of the seismic data; (d) subtracting local average seismic amplitude from data resulting from (c), to generate an estimate of noise, wherein the local average seismic amplitude is an average of all data values within a convolution kernel window; and (e) subtracting the estimated noise from the obtained seismic data; wherein at least one of (c), (d), and (e) is performed using a computer.
A method of forming a drop cable having a length L and an elongate cross-sectional shape, comprising: extruding a protective cover material having an extrusion temperature TE defined by 140°C ≤ TE ≤160°C, through a die with a single aperture that defines the cable's elongate cross-sectional shape to cover first and second strength members on either side of at least one optical fiber and form an oval cavity having major and central axes (A 1, A C) and that surrounds the at least one optical fiber, wherein the first and second strength members reside substantially along the major axis (A 1) of the cavity; tensioning the first and second strength members during said extruding; and terminating said tensioning after said extruding to reduce the length of the drop cable and cause the at least one optical fiber to adopt a serpentine configuration substantially in a plane defined by the major and central axes (A 1, A C). extruding a protective cover material having an extrusion temperature TE defined by 140°C ≤ TE ≤160°C, through a die with a single aperture that defines the cable's elongate cross-sectional shape to cover first and second strength members on either side of at least one optical fiber and form an oval cavity having major and central axes (A 1, A C) and that surrounds the at least one optical fiber, wherein the first and second strength members reside substantially along the major axis (A 1) of the cavity; tensioning the first and second strength members during said extruding; and terminating said tensioning after said extruding to reduce the length of the drop cable and cause the at least one optical fiber to adopt a serpentine configuration substantially in a plane defined by the major and central axes (A 1, A C).
Separation device, in particular centrifugal dryer, for separating a mixture comprising a solid material and a fluid, in particular granulate from water, having: - a housing which has at least one housing inlet for supplying the mixture and at least one housing outlet (6, 6') for discharging solid material or fluid separated from the mixture, and - a rotor which is arranged inside the housing and which is rotatably supported about a longitudinal axis, which is preferably substantially vertical during operation, and which is configured to bring about by means of rotation a transport movement of the solid material in the direction of the longitudinal axis thereof, characterised in that the rotor has in the direction of the longitudinal axis a plurality of rotor segments (40, 40', 40") which can be separated from each other. - a housing which has at least one housing inlet for supplying the mixture and at least one housing outlet (6, 6') for discharging solid material or fluid separated from the mixture, and - a rotor which is arranged inside the housing and which is rotatably supported about a longitudinal axis, which is preferably substantially vertical during operation, and which is configured to bring about by means of rotation a transport movement of the solid material in the direction of the longitudinal axis thereof,
A fuel and air mixer, comprising: an outer housing with an exit port; and characterised by a bluff body extending across the exit port of the outer housing, wherein the bluff body comprises a v-shaped, circular, multi-radial, squared, or irregularly shaped gutter. an outer housing with an exit port; and characterised by a bluff body extending across the exit port of the outer housing, wherein the bluff body comprises a v-shaped, circular, multi-radial, squared, or irregularly shaped gutter.
A method for providing feed to cattle, comprising the successive steps of A moving a mixer feeder coupled to a tractive vehicle via coupling means, which mixer feeder comprises a tub, at least one mixing element (8, 9) for mixing feed in the tub, at least one support element as well as drive means for said at least one support element, to a storage location for feed, or at any rate for at least one feed component, by means of said vehicle, B deactivating the coupling means for uncoupling the mixer feeder from the vehicle, C loading the tub of the mixer feeder with feed, using loading means that form part of the vehicle, wherein the mixer feeder takes up a fixed position and the vehicle moves between the storage location and the mixer feeder, D activating the coupling means for coupling the mixer feeder to the vehicle, E moving the mixer feeder to a cattle location where cattle are present by means of the tractor vehicle, F unloading the mixer feeder at the cattle location for providing feed to the cattle from the tub of the mixer feeder, the method further comprising the step of controlling the drive means for said at least one support element via control means during or prior to step B for stably positioning the mixer feeder on a ground surface as a result of the mixer feeder being supported by said at least one support element after being uncoupled according to step B. A moving a mixer feeder coupled to a tractive vehicle via coupling means, which mixer feeder comprises a tub, at least one mixing element (8, 9) for mixing feed in the tub, at least one support element as well as drive means for said at least one support element, to a storage location for feed, or at any rate for at least one feed component, by means of said vehicle, B deactivating the coupling means for uncoupling the mixer feeder from the vehicle, C loading the tub of the mixer feeder with feed, using loading means that form part of the vehicle, wherein the mixer feeder takes up a fixed position and the vehicle moves between the storage location and the mixer feeder, D activating the coupling means for coupling the mixer feeder to the vehicle, E moving the mixer feeder to a cattle location where cattle are present by means of the tractor vehicle, F unloading the mixer feeder at the cattle location for providing feed to the cattle from the tub of the mixer feeder, the method further comprising the step of controlling the drive means for said at least one support element via control means during or prior to step B for stably positioning the mixer feeder on a ground surface as a result of the mixer feeder being supported by said at least one support element after being uncoupled according to step B.
Radio station with an antenna mast and with an accessible container, which comprises a base frame and a cover frame of hollow sections, and with corner posts connecting the base and cover frames (1, 2) together, forming wall areas between them, characterised in that the base frame has hollow base sections bolted on to its underside, running diagonally over the frame corners, the parts of which projecting beyond the frame sides being screwed to a concrete base slab by means of anchor bolts, that one of the base sections is extended to a mounting for an antenna mast, that the antenna mast has a strap which can be bolted on to the cover frame and that the base and cover frames (1, 2) are bolted with the corner posts through a lattice-like reinforcement of the wall areas to a load-bearing framework for the transverse loadings transmitted by the strap to the antenna mast.