mhurhangee/ep-ind-claims huggingface dataset:
Method for preparing the compound of the formula by reacting compounds of the formula where A is a boron-containing substituent selected from: a boronic acid radical of the formula a trifluoroborate of the formula -BF 3 M, where M is an alkali metal salt, preferably sodium or potassium, and a boronic ester of the formula where R 1 and R 2 are independently C 1 -C 6 alkyl or C 3 -C 6 cycloalkyl, or R 1 and R 2 together form a C 1 -C 6 alkylene group optionally substituted by one or more C 1 -C 4 alkyl groups, with compounds of the formula where X is a reactive group selected from: bromine, iodine and the radical -O-SO 2 -Y, where Y is C 1 -C 8 perfluoroalkyl, in the presence of a base and a catalyst wherein compound VI is used in amounts of 0.7 to 1.3 equivalents based on the structural unit of the formula VII; wherein the bases used are alkali metal carbonates, alkaline earth metal carbonates, alkali metal hydrogen carbonates, alkaline earth metal hydrogen carbonates,alkali metal phosphates, alkaline earth metal phosphates, alkali metal fluorides, or mixtures thereof and is used in an amount of 1 to 10 equivalents based on the starting material of the formula VI. a boronic acid radical of the formula a trifluoroborate of the formula -BF 3 M, where M is an alkali metal salt, preferably sodium or potassium, and a boronic ester of the formula where R 1 and R 2 are independently C 1 -C 6 alkyl or C 3 -C 6 cycloalkyl, or R 1 and R 2 together form a C 1 -C 6 alkylene group optionally substituted by one or more C 1 -C 4 alkyl groups, with compounds of the formula where X is a reactive group selected from: bromine, iodine and the radical -O-SO 2 -Y, where Y is C 1 -C 8 perfluoroalkyl, in the presence of a base and a catalyst wherein compound VI is used in amounts of 0.7 to 1.3 equivalents based on the structural unit of the formula VII; wherein the bases used are alkali metal carbonates, alkaline earth metal carbonates, alkali metal hydrogen carbonates, alkaline earth metal hydrogen carbonates,alkali metal phosphates, alkaline earth metal phosphates, alkali metal fluorides, or mixtures thereof and is used in an amount of 1 to 10 equivalents based on the starting material of the formula VI.
A laminate comprising (i) a polyolefin resin-based layer; (ii) a modified polyolefin resin-based layer, wherein the modified polyolefin resin is epoxy-modified high density polyethylene or amine-modified high density polyethylene; and (iii) as at least one of the innermost and outermost layers, a fluororesin-based layer. (i) a polyolefin resin-based layer; (ii) a modified polyolefin resin-based layer, wherein the modified polyolefin resin is epoxy-modified high density polyethylene or amine-modified high density polyethylene; and (iii) as at least one of the innermost and outermost layers, a fluororesin-based layer.
An apparatus for displaying images comprising a TV receiver adapted to display at least one image from a recording medium, and a remote controller adapted to control the TV receiver; wherein the TV receiver comprises: a media insertion means for inserting the recording medium; a media control means for forming a display image list, based on image information from the recording medium, when detecting insertion of the recording medium into the media insertion means; a first display-image-list storage means for storing the display image list; a first display means; and a first control means for transmitting the display image list and image data of images stored in the recording medium to the remote controller; wherein the remote controller comprises: a second display-image-list storage means for storing the display image list received from the TV receiver; a second display means (207, 1001); and a second control means for, when receiving the display image list from the TV receiver, making the second display-image-list storage means to store the display image list, and for, when receiving control information from a user, transmitting the control information to the TV receiver; wherein the remote controller is adapted to obtain image data of the recording medium from the TV receiver when receiving the display image list from the TV receiver, and to display a plurality of images on the second display means (207, 1001) simultaneously or sequentially, the plurality of images being from the obtained image data; characterized in that the remote controller is further adapted to transmit the control information to the TV receiver, when an image from the plurality of images displayed on the second display means is selected, and the TV receiver is adapted to display, on the first display means, the image from the recording medium corresponding to the selected image, when receiving the control information from the remote controller. a media insertion means for inserting the recording medium; a media control means for forming a display image list, based on image information from the recording medium, when detecting insertion of the recording medium into the media insertion means; a first display-image-list storage means for storing the display image list; a first display means; and a first control means for transmitting the display image list and image data of images stored in the recording medium to the remote controller; a second display-image-list storage means for storing the display image list received from the TV receiver; a second display means (207, 1001); and a second control means for, when receiving the display image list from the TV receiver, making the second display-image-list storage means to store the display image list, and for, when receiving control information from a user, transmitting the control information to the TV receiver;
A method of manufacturing a ceramic light transmitting barrier cell (400, 470, 480, 520) for enclosing a luminescent material in a cavity of the ceramic light transmitting barrier cell (400, 470, 480, 520), the luminescent material being configured to absorb a portion of light impinging on the luminescent material according to an absorption color distribution and to convert a part of the absorbed light into light having an emission color distribution, the method comprises the stages of: - forming a part of a pre-formed barrier cell by providing a material mix into a first mold, the material mix comprising a binder and inorganic particles for forming a light transmitting ceramic material, - providing a sacrificial layer on the part for defining a cavity of the pre-formed barrier cell, the sacrificial layer comprising a sacrificial material for being sacrificed in the method of manufacturing the ceramic light transmitting barrier cell, - forming a remainder part of the pre-formed barrier cell by providing the material mix into a second mold, the second mold comprising the part with the sacrificial layer, - at least partially removing the sacrificial layer from the pre-formed barrier cell thereby obtaining the cavity of the pre-formed barrier cell. - forming a part of a pre-formed barrier cell by providing a material mix into a first mold, the material mix comprising a binder and inorganic particles for forming a light transmitting ceramic material, - providing a sacrificial layer on the part for defining a cavity of the pre-formed barrier cell, the sacrificial layer comprising a sacrificial material for being sacrificed in the method of manufacturing the ceramic light transmitting barrier cell, - forming a remainder part of the pre-formed barrier cell by providing the material mix into a second mold, the second mold comprising the part with the sacrificial layer, - at least partially removing the sacrificial layer from the pre-formed barrier cell thereby obtaining the cavity of the pre-formed barrier cell.
A speed retarding device for a rotary component comprising: a hollow cylindrical housing; a rotatable tubular shaft having a central bore, the shaft being rotatably carried by the housing, the shaft having a cylindrical drag portion in the housing and having a shaft end extending through at least one end of the housing, wherein the shaft end is adapted to receive a rotary component thereon, the drag portion having a plurality of bores therethrough parallel to the central bore and; a pair of lubricated support bearings (112, 114) supporting the cylindrical drag portion of the shaft in the housing; and a viscous fluid confined within the housing in a cavity formed between the cylindrical drag portion of the shaft and the hollow cylindrical housing characterized in that the drag portion has at least one blind bore having a closed end and an open end, the open end carrying a piston therein. a hollow cylindrical housing; a rotatable tubular shaft having a central bore, the shaft being rotatably carried by the housing, the shaft having a cylindrical drag portion in the housing and having a shaft end extending through at least one end of the housing, wherein the shaft end is adapted to receive a rotary component thereon, the drag portion having a plurality of bores therethrough parallel to the central bore and; a pair of lubricated support bearings (112, 114) supporting the cylindrical drag portion of the shaft in the housing; and a viscous fluid confined within the housing in a cavity formed between the cylindrical drag portion of the shaft and the hollow cylindrical housing characterized in that the drag portion has at least one blind bore having a closed end and an open end, the open end carrying a piston therein.
Glatiramer acetate for use in a regimen of three subcutaneous injections of a pharmaceutical composition comprising a 40mg dose of glatiramer acetate every seven days with at least one day between each subcutaneous injection for treating a human patient who is suffering from relapsing-remitting multiple sclerosis, wherein the tolerability of glatiramer acetate treatment in the human patient is increased by reducing the frequency and severity of an immediate post injection reaction or an injection site reaction, wherein the pharmaceutical composition is in a prefilled syringe for self administration by the patient and said treatment comprises reducing the progression of MRI-monitored disease activity in the patient.
A surface-modified, WC-based cemented carbide member comprising a modified phase having a bcc structure, which is formed on a surface of a WC-based cemented carbide substrate, said modified phase having a metal composition represented except for inevitable impurities by the following general formula: W 100-x-y M x Co y (% by mass), wherein M is at least one element selected from the group consisting of Cr, V, Ni, Fe and Mn, Cr being indispensable and occupying 70% or more by mass of the entire element M, and (100-x-y), x and y expressing the amounts (% by mass) of W, said element M and Co are numbers meeting the conditions of 80 ≤ 100-x-y ≤ 95, 5 ≤ x ≤ 20, and 0.1 ≤ y ≤ 3, respectively, and having a non-metal composition consisting of C, N, and inevitable impurities.
An extended release particle, wherein said extended release particle comprises starch, phenylephrine, and ethyl acrylate and methyl methacrylate copolymer, wherein said starch, phenylephrine, and ethyl acrylate and methyl methacrylate copolymer are coated with at least two coating layers, wherein a first coating layer comprises ethylcellulose, acetyltributylcitrate and magnesium stearate, wherein a second coating layer comprises ethyl acrylate and methyl methacrylate copolymer and ethylcellulose aqueous dispersion.
High-power diode laser having facets opposing one another which are respectively constructed from a layer system (26, 28) comprising several amorphous layers (22, 24) composed of silicon and carbon, said layer system (26, 28) containing both a passivation layer and several functional layers, said functional layers determining the reflection, wherein the refractive indices of the passivation layer and the functional layers are set via a varying carbon content.
An umbrella-type covering structure with a central pole (1; 201) to which the canvas (5; 207) is engaged and along which a slider (15; 203) can be made to slide for the opening and closing maneuvers, with a plurality of articulated elements to cause both opening and tensioning of the canvas and closing of the canvas, wherein: each said element includes at least one first parallelogram linkage system comprising two ribs (18, 20; 212, 214) forming a first and a second side of said parallelogram linkage system; wherein said two ribs (18, 20; 212, 214) are articulated with two hinges (111, 113; 216, 218) to a core (116; 220), which forms a third side of the parallelogram linkage system; and wherein an arm or rod (7; 232) is provided for each parallelogram linkage system; characterized in that: - said two ribs (18, 20) are further articulated with two further hinges (13; 118) to said slider, said slider forming the fourth side of said parallelogram linkage system; and said arm is articulated at one of its ends to the pole and at the other of its ends in an intermediate position of one of said ribs (18, 20), respectively; or - said two ribs (210, 211) are further articulated with two further hinges (210, 211) to said support engaged to said pole, said support forming the fourth side of said parallelogram linkage system; and said rod is articulated at one of its end to said slider and in an intermediate point thereof to one of the ribs (212, 214) of said parallelogram linkage system. - said two ribs (18, 20) are further articulated with two further hinges (13; 118) to said slider, said slider forming the fourth side of said parallelogram linkage system; and said arm is articulated at one of its ends to the pole and at the other of its ends in an intermediate position of one of said ribs (18, 20), respectively; or - said two ribs (210, 211) are further articulated with two further hinges (210, 211) to said support engaged to said pole, said support forming the fourth side of said parallelogram linkage system; and said rod is articulated at one of its end to said slider and in an intermediate point thereof to one of the ribs (212, 214) of said parallelogram linkage system.
A pharmaceutical composition comprising a compound according to Formula, or a pharmaceutically acceptable salt thereof: where: n = 0-1 R = benzyl, R 1 = COCH 3, N-dimethylmaleimide, R 2 =cyclohexyl, p-nitro phenyl, piperidine nitroxy, piperidine-N-hydroxyl, p-methoxy phenyl, wherein O-R 2 are linked via R stereochemistry (beta anomer). n = 0-1 R = benzyl, R 1 = COCH 3, N-dimethylmaleimide, R 2 =cyclohexyl, p-nitro phenyl, piperidine nitroxy, piperidine-N-hydroxyl, p-methoxy phenyl, wherein O-R 2 are linked via R stereochemistry (beta anomer).
Burner lance insert for an electric arc furnace having a furnace crucible, the burner lance insert having - a support body which can be inserted into a wall opening of the electric arc furnace and which has a front opening which, after the support body has been inserted into the wall opening, faces the furnace interior of the electric arc furnace, - a burner lance unit which is mounted in the support body to be rotatable about an axis of rotation and which has a delivery channel which runs to a delivery opening of the burner lance unit located in the front opening, characterized in that the axis of rotation, after the support body has been inserted into the wall opening, forms an angle of between 30 degrees and 60 degrees, particularly preferably from 40 degrees to 50 degrees, with the direction of the force of gravity and defines a delivery direction of the burner lance unit for the delivery of a fuel (15, 15') and/or a flame (13, 13'), wherein the delivery direction is always directed into the furnace crucible after the support body has been inserted into the wall opening, - the burner lance unit is suitable for performing both a burner operation and a lance operation, - and a drive unit for rotating the burner lance unit between two end positions in which the delivery opening assumes positions in the front opening which are different from one another and the delivery channel defines delivery directions which are different from one another. - a support body which can be inserted into a wall opening of the electric arc furnace and which has a front opening which, after the support body has been inserted into the wall opening, faces the furnace interior of the electric arc furnace, - a burner lance unit which is mounted in the support body to be rotatable about an axis of rotation and which has a delivery channel which runs to a delivery opening of the burner lance unit located in the front opening, characterized in that the axis of rotation, after the support body has been inserted into the wall opening, forms an angle of between 30 degrees and 60 degrees, particularly preferably from 40 degrees to 50 degrees, with the direction of the force of gravity and defines a delivery direction of the burner lance unit for the delivery of a fuel (15, 15') and/or a flame (13, 13'), wherein the delivery direction is always directed into the furnace crucible after the support body has been inserted into the wall opening, - the burner lance unit is suitable for performing both a burner operation and a lance operation, - and a drive unit for rotating the burner lance unit between two end positions in which the delivery opening assumes positions in the front opening which are different from one another and the delivery channel defines delivery directions which are different from one another.
An object detector configured to detect an object around a vehicle using a plurality of imaging units (102, 103), the object detector comprising: a distance information calculation unit configured to calculate distance information to the object around the vehicle from an image captured by the plurality of imaging units (102, 103); an extraction unit configured to extract from among objects in the captured image the one(s) existing in a long distance region, and having a specific color, being a red color, wherein in the long distance region only the ones having the specific color are extracted, wherein the long distance region is a distance region away from the vehicle by a predetermined distance and is a distance region having a longer distance from the vehicle as a short distance region close to the vehicle; and an output unit configured to output the distance information to the object having been extracted by the extraction unit, wherein the extraction unit includes a first partial extraction unit configured to extract an object existing in the short distance region close to the vehicle from among the objects in the image, and a second partial extraction unit configured to extract the object existing in the long distance region and having the specific color from among the objects in the image, and the output unit is configured to output distance information to the object extracted by the first partial extraction unit and to the object extracted by the second partial extraction unit. a distance information calculation unit configured to calculate distance information to the object around the vehicle from an image captured by the plurality of imaging units (102, 103); an extraction unit configured to extract from among objects in the captured image the one(s) existing in a long distance region, and having a specific color, being a red color, wherein in the long distance region only the ones having the specific color are extracted, wherein the long distance region is a distance region away from the vehicle by a predetermined distance and is a distance region having a longer distance from the vehicle as a short distance region close to the vehicle; and an output unit configured to output the distance information to the object having been extracted by the extraction unit, wherein the extraction unit includes a first partial extraction unit configured to extract an object existing in the short distance region close to the vehicle from among the objects in the image, and a second partial extraction unit configured to extract the object existing in the long distance region and having the specific color from among the objects in the image, and the output unit is configured to output distance information to the object extracted by the first partial extraction unit and to the object extracted by the second partial extraction unit.
A method for forming an antimicrobial composition comprising dispersively blending an essential oil, modified starch, and plasticizer within a melt blending device, wherein essential oils constitute from 0.01 wt.% to 25 wt.% of the composition, modified starches constitute from 30 wt.% to 95 wt.% of the composition, and plasticizers constitute from 0.1 wt.% to 40 wt.% of the composition; wherein the composition is in the form of particles, and wherein the particles have an average size of from 100 to 600 micrometers.
A method for packaging a food product in a package comprising a tray capable of being hermetically sealed by at least one closure element in the form of a removable frame and an added heat-sealed cap, with the connection between the cap and the frame being provided prior to filling the tray with the product, characterized in that a peripheral serration, intended to receive the frame flush, is provided on the edge of the tray, and then a cap is fixed to the frame, the dimensions of which are greater than those of the frame, so as to provide a free fringe, on the outer periphery thereof, the frame is mounted inside the tray and then the tray is closed by flat position heat-sealing the fringe of the cap onto the upper edge of the tray.
A getter structure (100 - 800) including at least one portion of getter material and a portion of gas-permeable material (108, 120) such that at least one face of the portion of getter material is arranged against the portion of gas-permeable material (108, 120) such that said portion of getter material is able to achieve a gaseous absorption and/or adsorption at least by said face through at least said portion of gas-permeable material (108, 120), In which the portion of gas-permeable material (108, 120) includes one or more channels made at a face of said portion of gas-permeable material (108, 120) which is in contact with the portion of getter material, The portion of getter material being able to achieve a gaseous absorption and/or a gaseous adsorption via the channel or channels, - The portion of gas-permeable material (108, 120) being arranged between the portion of getter material and a support (102, 1002, 2002), Characterized in that: - the getter structure (100 - 800) includes at least one protective layer which is hermetic to the gases, covering a stack including at least the portion of gas-permeable material and the portion of getter material, and at least one opening formed through the protective layer hermetic to the gases and emerging onto the stack, - the dimensions of the portion of gas-permeable material (108, 120), in a plane of said face of the portion of gas-permeable material (108, 120), are greater than those of the portion of getter material such that a part of the portion of gas-permeable material (108, 120) is not covered by the portion of getter material and that the opening forms an access to the part of the portion of gas-permeable material (108, 120) not covered by the portion of getter material. - The portion of gas-permeable material (108, 120) being arranged between the portion of getter material and a support (102, 1002, 2002), Characterized in that: - the getter structure (100 - 800) includes at least one protective layer which is hermetic to the gases, covering a stack including at least the portion of gas-permeable material and the portion of getter material, and at least one opening formed through the protective layer hermetic to the gases and emerging onto the stack, - the dimensions of the portion of gas-permeable material (108, 120), in a plane of said face of the portion of gas-permeable material (108, 120), are greater than those of the portion of getter material such that a part of the portion of gas-permeable material (108, 120) is not covered by the portion of getter material and that the opening forms an access to the part of the portion of gas-permeable material (108, 120) not covered by the portion of getter material.