mhurhangee/ep-ind-claims huggingface dataset:
Ionic hypertonic solution based on undiluted seawater, having: - an osmolality of between 500 and 700 mOsm/kg, preferably between 550 and 700 mOsm/kg, and even more preferentially between 600 and 650 mOsm/kg, - a pH of between 7.5 and 9, - a composition from the ionic point of view which is qualitatively that of seawater and which is such that the Na + /Mg ++ ratio is less than 6, preferably between 3.5 and 5, and even more preferentially between 4.5 and 5 and the Na +, K +, Mg ++, Ca ++ and Cl - concentrations of which are the following: - for Na +, from 5000 to 19 000, preferably from 5500 to 8000, and even more preferentially from 6000 to 6500 mg/l - for K +, from 50 to 650, preferably from 100 to 250 mg/l - for Mg ++, from 1000 to 4000, preferably from 1000 to 2000, and even more preferentially from 1100 to 1500 mg/l - for Ca ++, from 300 to 1200, preferably from 350 to 450 mg/l - for Cl -, from 8000 to 33 000, preferably from 9000 to 15 000, and even more preferentially from 10 000 to 13 000 mg/l. - an osmolality of between 500 and 700 mOsm/kg, preferably between 550 and 700 mOsm/kg, and even more preferentially between 600 and 650 mOsm/kg, - a pH of between 7.5 and 9, - a composition from the ionic point of view which is qualitatively that of seawater and which is such that the Na + /Mg ++ ratio is less than 6, preferably between 3.5 and 5, and even more preferentially between 4.5 and 5 and the Na +, K +, Mg ++, Ca ++ and Cl - concentrations of which are the following: - for Na +, from 5000 to 19 000, preferably from 5500 to 8000, and even more preferentially from 6000 to 6500 mg/l - for K +, from 50 to 650, preferably from 100 to 250 mg/l - for Mg ++, from 1000 to 4000, preferably from 1000 to 2000, and even more preferentially from 1100 to 1500 mg/l - for Ca ++, from 300 to 1200, preferably from 350 to 450 mg/l - for Cl -, from 8000 to 33 000, preferably from 9000 to 15 000, and even more preferentially from 10 000 to 13 000 mg/l. - for Na +, from 5000 to 19 000, preferably from 5500 to 8000, and even more preferentially from 6000 to 6500 mg/l - for K +, from 50 to 650, preferably from 100 to 250 mg/l - for Mg ++, from 1000 to 4000, preferably from 1000 to 2000, and even more preferentially from 1100 to 1500 mg/l - for Ca ++, from 300 to 1200, preferably from 350 to 450 mg/l - for Cl -, from 8000 to 33 000, preferably from 9000 to 15 000, and even more preferentially from 10 000 to 13 000 mg/l.
A method for controlling the lengths of length adjustable elements of a Yagi antenna, comprising the following steps: entering proposed element lengths of the Yagi antenna into an antenna modeling software program configured to generate antenna characteristics (step 184); modeling the Yagi antenna by means of the antenna modeling software and plotting the antenna characteristics of the modeled Yagi antenna (step 186); determining if the antenna characteristics of the modeled Yagi antenna are acceptable for a user (step 188); altering one or more proposed element lengths of the Yagi antenna in the antenna modeling software if the antenna characteristics of the modeled Yagi antenna are not acceptable (step 200) and determining if the antenna characteristics of the modeled Yagi antenna are now acceptable for a user (step 188); downloading the element lengths of the modeled Yagi antenna from the antenna modeling software to an antenna controller after determining that the antenna characteristics of the modeled Yagi antenna are acceptable (step 190), and configuring the element lengths of the Yagi antenna from the antenna controller (step 192). entering proposed element lengths of the Yagi antenna into an antenna modeling software program configured to generate antenna characteristics (step 184); modeling the Yagi antenna by means of the antenna modeling software and plotting the antenna characteristics of the modeled Yagi antenna (step 186); determining if the antenna characteristics of the modeled Yagi antenna are acceptable for a user (step 188); altering one or more proposed element lengths of the Yagi antenna in the antenna modeling software if the antenna characteristics of the modeled Yagi antenna are not acceptable (step 200) and determining if the antenna characteristics of the modeled Yagi antenna are now acceptable for a user (step 188); downloading the element lengths of the modeled Yagi antenna from the antenna modeling software to an antenna controller after determining that the antenna characteristics of the modeled Yagi antenna are acceptable (step 190), and configuring the element lengths of the Yagi antenna from the antenna controller (step 192).
Operating method in which - a multiplicity of graphical objects (7-n) are displayed on a display surface at different display positions, - the display positions of the graphical objects (7-n) are shifted together by actuating an operating element which is arranged apart from the display surface, and - at least one graphical object is displayed marked relative to a fixed marking area of the display surface as a function of its display position, - when the display positions of the graphical objects (7-n) are shifted together by actuating the operating element, it is checked whether a change in the marked object is to be initiated, the check being performed relative to the fixed marking area as a function of the display positions of the graphical objects (7-n), characterized in that - when the result of the check is that a change in the marked object is to be initiated, a beam-shaped display element is displayed which connects a display position within the fixed marking area with the object to be marked, and the graphical objects (7-n) are then automatically shifted together so that the object to be marked is displayed in the marking area of the display surface. - a multiplicity of graphical objects (7-n) are displayed on a display surface at different display positions, - the display positions of the graphical objects (7-n) are shifted together by actuating an operating element which is arranged apart from the display surface, and - at least one graphical object is displayed marked relative to a fixed marking area of the display surface as a function of its display position, - when the display positions of the graphical objects (7-n) are shifted together by actuating the operating element, it is checked whether a change in the marked object is to be initiated, the check being performed relative to the fixed marking area as a function of the display positions of the graphical objects (7-n), characterized in that - when the result of the check is that a change in the marked object is to be initiated, a beam-shaped display element is displayed which connects a display position within the fixed marking area with the object to be marked, and the graphical objects (7-n) are then automatically shifted together so that the object to be marked is displayed in the marking area of the display surface.
A transmission apparatus comprising: a data-block generating unit configured to generate a data block by performing Fourier transform, interpolation, and inverse Fourier transform on a pre-interpolation data block that is a symbol sequence in which fixed sequence symbols having signal values formed of a fixed sequence are divided and the divided fixed sequence symbols are arranged on a head and a tail of data symbols; a pilot-block generating unit including a storing unit configured to store a pilot block, wherein the pilot-block generating unit is configured to generate the pilot block by performing Fourier transform, interpolation, and inverse Fourier transform on a pre-interpolation pilot block that is a symbol sequence in which divided fixed sequence symbols are arranged on a head and a tail of pilot symbols that are fixed symbols known on a reception side, to output the pilot block; and an output control unit configured to receive as input the data block and the pilot block, and further configured to perform control for outputting either one of the data block and the pilot block. a data-block generating unit configured to generate a data block by performing Fourier transform, interpolation, and inverse Fourier transform on a pre-interpolation data block that is a symbol sequence in which fixed sequence symbols having signal values formed of a fixed sequence are divided and the divided fixed sequence symbols are arranged on a head and a tail of data symbols; a pilot-block generating unit including a storing unit configured to store a pilot block, wherein the pilot-block generating unit is configured to generate the pilot block by performing Fourier transform, interpolation, and inverse Fourier transform on a pre-interpolation pilot block that is a symbol sequence in which divided fixed sequence symbols are arranged on a head and a tail of pilot symbols that are fixed symbols known on a reception side, to output the pilot block; and an output control unit configured to receive as input the data block and the pilot block, and further configured to perform control for outputting either one of the data block and the pilot block.
Thermally and/or physically curable aqueous coating material compositions comprising A) at least one polyurethane selected from the group consisting of physically curable, thermally self-crosslinking and/or thermally externally crosslinking, ionically and/or nonionically stabilized polyurethanes which are saturated, unsaturated and/or grafted with olefinically unsaturated compounds, as binder, B) at least one laminar metallic effect pigment not produced via a PVD process, and C) at least one inorganic thickener C1) selected from the group of the phyllosilicates, and at least one organic thickener C2) selected from the group of the (meth) acrylic acid-(meth)acrylate copolymer thickeners and polyurethane thickeners, where i) the amount of B), based on the total binder content of the coating material composition, is > 9% by weight, ii) the total solids based on the coating material composition is 12.5% by weight to 17.0% by weight, iii) the total amount of the thickeners C1) and C2), based on the total binder content of the coating composition, is < 12.5% by weight, iv) the weight ratio of C2) to C1) is > 0.4, and v) the amount of B), based on the coating material composition, is 1.2 to 2.3% by weight. A) at least one polyurethane selected from the group consisting of physically curable, thermally self-crosslinking and/or thermally externally crosslinking, ionically and/or nonionically stabilized polyurethanes which are saturated, unsaturated and/or grafted with olefinically unsaturated compounds, as binder, B) at least one laminar metallic effect pigment not produced via a PVD process, and C) at least one inorganic thickener C1) selected from the group of the phyllosilicates, and at least one organic thickener C2) selected from the group of the (meth) acrylic acid-(meth)acrylate copolymer thickeners and polyurethane thickeners, i) the amount of B), based on the total binder content of the coating material composition, is > 9% by weight, ii) the total solids based on the coating material composition is 12.5% by weight to 17.0% by weight, iii) the total amount of the thickeners C1) and C2), based on the total binder content of the coating composition, is < 12.5% by weight, iv) the weight ratio of C2) to C1) is > 0.4, and v) the amount of B), based on the coating material composition, is 1.2 to 2.3% by weight.
A tugboat comprising three azimuthal propelling units of which two are juxtaposed propelling units (10, 20), wherein each of the juxtaposed propelling units (10, 20) has a main shaft with a main axis (11, 21) extending at an angle (α) relative to a main plane of symmetry of the tug boat, wherein the third azimuthal propelling unit is at a length position (L 30) different from the length positions (L 10, L 20) of said two juxtaposed azimuthal propelling units (10, 20), wherein the said length position (L 30) is located behind or is equal to the length position (L8, L8A) of a towing point (8, 8A) and in front or is equal to the length position of the rearmost towing point of the tugboat.
Pseudo-bidirectional device (200; 300) of protection against electrostatic discharges, comprising: - first and second diodes (101-1, 101-2) respectively coupling first and second terminals (103-1, 103-2) to a same inner node of the device; and - a third diode coupling the inner node to a third terminal of application of a reference potential, characterized in that the third diode has a capacitance greater than that of the first and second diodes (101-1, 101-2), the device further comprising first and second capacitive elements (201-1, 201-2) respectively connected in parallel with the first and second diodes (101-1, 101-2). - first and second diodes (101-1, 101-2) respectively coupling first and second terminals (103-1, 103-2) to a same inner node of the device; and - a third diode coupling the inner node to a third terminal of application of a reference potential,
A multi-layered metal plate used for manufacturing a mask for deposition has a thickness of 30 μm or less, the multi-layered metal plate comprising: an alloy of nickel (Ni) and iron (Fe); a first outer portion occupying a region of 20% or less of the total thickness from one surface of the multi-layered metal plate; a second outer portion occupying a region of 20% or less of the total thickness from the other surface opposite to the one surface; and a central portion other than the first outer portion and the second outer portion, wherein nickel contents of the first outer portion and the second outer portion are greater than that of the central portion, and the nickel contents of the first and second outer portions (102, 103) are 40 wt% to 100 wt%. an alloy of nickel (Ni) and iron (Fe); a first outer portion occupying a region of 20% or less of the total thickness from one surface of the multi-layered metal plate; a second outer portion occupying a region of 20% or less of the total thickness from the other surface opposite to the one surface; and a central portion other than the first outer portion and the second outer portion, wherein nickel contents of the first outer portion and the second outer portion are greater than that of the central portion, and the nickel contents of the first and second outer portions (102, 103) are 40 wt% to 100 wt%.
A brake lever for a drum brake arrangement, said brake lever being designed for transmitting the movement of a cylinder rod to a brake shaft, wherein the brake lever comprises a first portion delimiting a hole for fitting the brake shaft and a second portion, which is configured to be pivotally connected to the cylinder rod and wherein the first portion and the second portion are offset from each other with respect to a central axis of the hole, characterized in that: - the brake lever further includes a stiffening member that extends in a curved manner along a direction contained inside a plane perpendicular to the central axis of the hole and that includes an orifice for fitting the brake shaft. - the brake lever further includes a stiffening member that extends in a curved manner along a direction contained inside a plane perpendicular to the central axis of the hole and that includes an orifice for fitting the brake shaft.
A process liner for the preparation of foamed plastic blocks or slabs, comprising a transparent support polymer film and a transparent peelable polyolefin film provided thereon, wherein the support polymer film has a weight per area of 10 to 100 g/m 2 and is made of a polymer having a melting point of 150 °C or more according to DSC measurement pursuant to ISO 3146; the polymer of the support film being polyamide, polypropylene, polyethylene terephthalate or any combination thereof, the transparency of the support polymer film according to ASTM-D-1003-61 method A being 60% or higher; and wherein the peelable polyolefin film has a weight per area of 10-50 g/m 2, and the melting point of the peelable polyolefin film is 90 to 130 °C.
An elastic holding member for fixing a timepiece component on support elements (3a, 3b) of different cross section, comprising an opening into which each support element (3a, 3b) can be inserted, the holding member includes structural elements together forming the body of this holding member and helping to ensure mounting of each support element (3a, 3b) in said opening each of these structural elements comprising a first structural sub-element and a second structural sub-element, the first structural sub-element including a volume of material greater than the volume of material constituting the second structural sub-element, the holding member comprising a connecting portion ensuring the mounting of each of said support elements (3a, 3b) in the holding member, said portion being defined on an inner face of said first structural sub-element, said portion comprises first and second holding parts (20a, 20b) ensuring the mounting of each of said support elements (3a, 3b) in the holding member, characterised in that the said second holding part comprises two flat contact areas distributed disjointly over a connecting portion of each first structural sub-element between the two contact areas of the first holding part.
A method of controlling a screen of a panel display apparatus, the method comprising: displaying a rectangular screen comprising a digital image in a display area of the panel display apparatus; acquiring information to modify a shape of the rectangular screen; determining one coordinate value of a horizontal axis of the display area based on the acquired information; and modifying and displaying the modified shape of the rectangular screen in the display area based on the one coordinate value, wherein a height of the modified screen, at a respective coordinate value on the horizontal axis, decreases gradually as the respective coordinate value of the height of the modified screen is closer to the one coordinate value, and the digital image gradually shrinks in height size such that the modified screen has a curved shape that is concave and the digital image is displayed in the display area of the modified screen, wherein the information acquired to modify the shape of the rectangular screen is position information of a user who views the digital image, and wherein the position information is acquired by an image acquirer that captures an external environment of the panel display apparatus. displaying a rectangular screen comprising a digital image in a display area of the panel display apparatus; acquiring information to modify a shape of the rectangular screen; determining one coordinate value of a horizontal axis of the display area based on the acquired information; and modifying and displaying the modified shape of the rectangular screen in the display area based on the one coordinate value, wherein a height of the modified screen, at a respective coordinate value on the horizontal axis, decreases gradually as the respective coordinate value of the height of the modified screen is closer to the one coordinate value, and the digital image gradually shrinks in height size such that the modified screen has a curved shape that is concave and the digital image is displayed in the display area of the modified screen, wherein the information acquired to modify the shape of the rectangular screen is position information of a user who views the digital image, and wherein the position information is acquired by an image acquirer that captures an external environment of the panel display apparatus.
Machine tool comprising an operative head and operative means which are connectable with said operative head and configured to perform at least one chip-removal machining operation on a panel or other workpiece, wherein said operative means are relatively movable with respect to said panel or other workpiece and comprise: a rotative tool to perform at least one chip-removal machining operation on said panel or other workpiece; and at least one deflecting element for deflecting the chip material generated by said tool during at least one chip-removal machining operation executed on said panel or other workpiece, said at least one deflecting element being connected with said tool and configured to take a resting position, when said tool is placed, in use, at a distance larger than a predetermined distance with respect to said panel or other workpiece, and an operative position, where said at least one deflecting element receives and deflects said chip material when said tool operates on said panel or other workpiece; wherein said operative means comprise elastic means which are configured to keep said at least one deflecting element, in said resting position, stationary with respect to said tool when said tool is placed at a distance larger than a predetermined distance with respect to said panel or other workpiece, and to keep said at least one deflecting element, in said operative position, in forced contact with said panel or other workpiece when said tool operates on said panel or other workpiece, and wherein said tool comprises a circular cutting blade. a rotative tool to perform at least one chip-removal machining operation on said panel or other workpiece; and at least one deflecting element for deflecting the chip material generated by said tool during at least one chip-removal machining operation executed on said panel or other workpiece, said at least one deflecting element being connected with said tool and configured to take a resting position, when said tool is placed, in use, at a distance larger than a predetermined distance with respect to said panel or other workpiece, and an operative position, where said at least one deflecting element receives and deflects said chip material when said tool operates on said panel or other workpiece; wherein said operative means comprise elastic means which are configured to keep said at least one deflecting element, in said resting position, stationary with respect to said tool when said tool is placed at a distance larger than a predetermined distance with respect to said panel or other workpiece, and to keep said at least one deflecting element, in said operative position, in forced contact with said panel or other workpiece when said tool operates on said panel or other workpiece, and wherein said tool comprises a circular cutting blade.