mhurhangee/ep-ind-claims huggingface dataset:
A steel-plate cooling method including conveying a steel plate in a state of being constrained by a plurality of rolls disposed at a predetermined pitch in a steel-plate conveying direction and cooling the steel plate by jetting a cooling water onto upper and lower surfaces of the steel plate by using cooling nozzles disposed between the plurality of rolls, wherein the cooling is performed at a plate passage speed V that satisfies a formula below: V > 2.21 × 10 − 5 × Cv × L 3 × t − 2 × 24.2 + 204.3 × L / W 2 − 1 where, in the formula, V: plate passage speed (m/s), Cv: cooling speed (°C/s) with respect to a steel-plate average temperature in a plate thickness direction, L: roll pitch (m), t: plate thickness (m), and W: plate width (m), wherein the plate thickness t is 10 mm or less, and wherein the cooled steel plate has a steepness λ of less than 0.5%, wherein the steepness λ satisfies a formula below: λ = δ / P × 100 where, in the formula, λ: steepness (%), δ: wave height (m), and P: wave pitch (m), wherein (δ/P) in formula is an average value of all edge waves generated at both end portions of the steel plate. V: plate passage speed (m/s), Cv: cooling speed (°C/s) with respect to a steel-plate average temperature in a plate thickness direction, L: roll pitch (m), t: plate thickness (m), and W: plate width (m), λ: steepness (%), δ: wave height (m), and P: wave pitch (m),
Support assembly for a trailer coupling or a load carrier, as components including a cross-member (20; 120; 220) and at least one holder (11, 13) fitted to the cross-member (20; 120 for a trailer coupling or for a coupling part of a load carrier and where applicable with side members connected to the cross-member (20; 120; 220) for fitting to a rear of a vehicle body, wherein at least two of the components of the support assembly (10; 110; 210) or at least two of its component parts are connected to the second of the components or the component parts by means of at least one bending lug (50, 60; 150, 160; 260) fitted to a first of the components and/or the component parts, and wherein the bending lug or lugs (50, 60; 150, 160; 260) is or are connected to the second component or the second component part with the aid of a material bonding connection and/or by means of a connection including a bolt or a rivet, characterised in that bending lug or lugs (50, 60; 150, 160; 260) engages or engage positively in a retaining socket (33-35; 133, 134; 233) of the second component.
A viewfinder apparatus comprising: a window, the window being a transparent display and configured to display reference marks; an optical system comprising a prism and an eye imaging camera, wherein the prism is configured to change a path of light such that a portion of light incident on the optical system is incident on the eye imaging camera, the eye imaging camera is configured to photograph an eye of a user through the window; and a controller configured to detect a location that the eye imaging camera has been moved to, based on a location of the reference marks included in a first image captured by the eye imaging camera before the eye imaging camera is moved and a location of the reference marks included in a second image captured by the eye imaging camera after the eye imaging camera is moved, wherein the optical system moves away from the window or closer to the window along an optical axis, and the eye imaging camera is moved in a same direction as a direction in which the optical system moves, wherein the controller is configured to track the eye of the user using the detected location where the eye imaging camera has been moved. a window, the window being a transparent display and configured to display reference marks; an optical system comprising a prism and an eye imaging camera, wherein the prism is configured to change a path of light such that a portion of light incident on the optical system is incident on the eye imaging camera, the eye imaging camera is configured to photograph an eye of a user through the window; and a controller configured to detect a location that the eye imaging camera has been moved to, based on a location of the reference marks included in a first image captured by the eye imaging camera before the eye imaging camera is moved and a location of the reference marks included in a second image captured by the eye imaging camera after the eye imaging camera is moved, wherein the optical system moves away from the window or closer to the window along an optical axis, and the eye imaging camera is moved in a same direction as a direction in which the optical system moves, wherein the controller is configured to track the eye of the user using the detected location where the eye imaging camera has been moved.
Method for creating on demand customized cardboard for forming individually designed packaging boxes of different general cuts and types, said cardboard having at least one corrugated layer between two flat layers, comprising the steps of - providing a corrugated layer attached to a first flat layer and - attaching a second flat layer to the corrugated layer such that the corrugated layer is sandwiched between the first and the second flat layers, - obtaining information on the dimensions of a packaging box to be formed, which includes a step of retrieving information on items to be packaged in the box to be formed and calculating at least one optimized possible arrangement of the items, - selecting a box layout among different box layouts of said packaging boxes suitable for holding items to be packaged in the box to be formed, characterized by comprising the steps of selecting a design for the box, an element of which extends over different sides of the box, - matching the selected design to the dimensions of the box and - printing the matched design on the first and/or on the second flat layer. - providing a corrugated layer attached to a first flat layer and - attaching a second flat layer to the corrugated layer such that the corrugated layer is sandwiched between the first and the second flat layers, - obtaining information on the dimensions of a packaging box to be formed, which includes a step of retrieving information on items to be packaged in the box to be formed and calculating at least one optimized possible arrangement of the items, - selecting a box layout among different box layouts of said packaging boxes suitable for holding items to be packaged in the box to be formed, characterized by comprising the steps of selecting a design for the box, an element of which extends over different sides of the box, - matching the selected design to the dimensions of the box and - printing the matched design on the first and/or on the second flat layer.
A cooking system comprising: a housing defining a hollow chamber configured to receive food, said housing having an upper portion defining an opening to said hollow chamber; a lid movable relative to said housing between an open position and a closed position, said lid including an interior lid cavity; an air movement device positioned to move air through at least one of said hollow chamber and said interior lid cavity in a direction of flow; and at least one vent (100, 102) disposed in at least one of said lid and said housing and including a leading end and a trailing end relative to said direction of flow; characterised in that said at least one vent (100, 102) is openable to have a greater airflow capacity at said leading end relative to said trailing end or openable to have a greater airflow capacity at said trailing end relative to said leading end. a housing defining a hollow chamber configured to receive food, said housing having an upper portion defining an opening to said hollow chamber; a lid movable relative to said housing between an open position and a closed position, said lid including an interior lid cavity; an air movement device positioned to move air through at least one of said hollow chamber and said interior lid cavity in a direction of flow; and at least one vent (100, 102) disposed in at least one of said lid and said housing and including a leading end and a trailing end relative to said direction of flow; characterised in that said at least one vent (100, 102) is openable to have a greater airflow capacity at said leading end relative to said trailing end or openable to have a greater airflow capacity at said trailing end relative to said leading end.
Brake lining holder for a rail vehicle, with at least one latching apparatus and a sliding rail running in the direction of a brake lining holder longitudinal axis for receiving a brake lining, wherein the latching apparatus has an eccentric shaft with an eccentric arranged on a first end face, a bushing connected to the brake lining holder and a spring, characterised in that the eccentric shaft is guided in the bushing in a manner and the spring is arranged coaxially with the eccentric shaft in a manner that the eccentric exerts forces on the brake lining and the brake lining container.
Method for integrating a WebRTC client into an IP Multimedia Subsystem whereby a corresponding WebRTC Application Server is implemented in the IP Multimedia Subsystem core as an Application Server which has direct access to a Home Subscriber Server, characterised in that the WebRTC client registers with the WebRTC Application Server using a protocol applying IP Multimedia Subsystem credentials due to access the WebRTC Application Server to the Home Subscriber Server and the WebRTC Application Server modifies initial Filter Criteria by entering itself to the initial Filter Criteria set in the Home Subscriber Server upon successful registration of the WebRTC client with the WebRTC Application Server and by deleting itself from the initial Filter Criteria set in the Home Subscriber Server upon deregistration of the WebRTC Client.
A method for preparing a halogen-functionalized polysiloxane by reacting a) at least one polysiloxane comprising at least one hydrogen atom bonded to a silicon atom; b) at least one heterocyclic compound; and c) at least one halogen-containing compound, wherein the reaction is catalyzed by at least one platinum catalyst. a) at least one polysiloxane comprising at least one hydrogen atom bonded to a silicon atom; b) at least one heterocyclic compound; and c) at least one halogen-containing compound,
A method of obtaining a population of cells enriched in hepatic stellate cell progenitors from a single cell suspension provided from mammalian liver, the method comprising, sequentially, in any order, or substantially simultaneously: (a) removing from the single cell suspension those cells that express MHC class Ia antigen; and, (b) isolating from the cell suspension those cells that are positive for Vitamin A fluorescence; to obtain a population of cells enriched in hepatic stellate cell progenitors. (a) removing from the single cell suspension those cells that express MHC class Ia antigen; and, (b) isolating from the cell suspension those cells that are positive for Vitamin A fluorescence;
A fence panel having an integrated support post, the support post for releasably securing between a ceiling structure and a floor structure, the fence panel including a frame, said support post including a first elongate member telescopically received about at least a portion of a second elongate member, said second elongate member comprising at least a portion of the frame of said fence panel.
An electronic device comprising: a housing; a display disposed within the housing; a processor disposed within the housing and configured to transmit signals representative of image data to the display; and wherein the handheld housing allows for light to be transmitted through the electronic device through the display, wherein the display is configured to operate as a touch screen, wherein the display is configured to generate an opaque region and to provide a moveable transparent window, and wherein the movable transparent window is movable via a movement input on the touch screen, or wherein the moveable transparent window is movable via motion data from a motion sensor of the electronic device. a housing; a display disposed within the housing; a processor disposed within the housing and configured to transmit signals representative of image data to the display; and wherein the handheld housing allows for light to be transmitted through the electronic device through the display, wherein the display is configured to operate as a touch screen, wherein the display is configured to generate an opaque region and to provide a moveable transparent window, and wherein the movable transparent window is movable via a movement input on the touch screen, or wherein the moveable transparent window is movable via motion data from a motion sensor of the electronic device.
A method of heat treating an article comprising an NiCrMoNbTi superalloy consisting of, in weight percent, 55.0-63.0% Ni, 19.0-22.5% Cr, 6.5-9.5% Mo, 2.75-4.5% Nb, 1.0-2.3% Ti, up to 0.35% Al, up to 0.35% Mn, up to 0.20% Si, up to 0.010% S, up to 0.20% C and up to 0.015% P, up to 0.05 V, up to 0.05 Ta, up to 1.0 Co, up to 0.02 B, with the balance Fe and incidental or trace impurities, and having a partially-recrystallized, warm-worked microstructure, and having a hot-worked microstructure: solution treating the article at a temperature of 871°C (1600°F) to 954°C (1750°F) for 1 to 12 hours to form a partially recrystallized warm-worked microstructure; cooling the article; precipitation aging the article at a first precipitation aging temperature of 704°C (1300°F) to 760°C (1400°F) for a first duration of 4 hours to 12 hours; cooling the article to a second precipitation aging temperature; precipitation aging the article at a second precipitation aging temperature of 621°C (1150°F) to 649°C (1200°F) for a second duration of 4 hours to 12 hours; and cooling the article from the second precipitation aging temperature to an ambient temperature. solution treating the article at a temperature of 871°C (1600°F) to 954°C (1750°F) for 1 to 12 hours to form a partially recrystallized warm-worked microstructure; cooling the article; precipitation aging the article at a first precipitation aging temperature of 704°C (1300°F) to 760°C (1400°F) for a first duration of 4 hours to 12 hours; cooling the article to a second precipitation aging temperature; precipitation aging the article at a second precipitation aging temperature of 621°C (1150°F) to 649°C (1200°F) for a second duration of 4 hours to 12 hours; and cooling the article from the second precipitation aging temperature to an ambient temperature.
Pneumatic nailer comprising a main compressed air supply, a working piston and a mouth tool, characterized by a base plate which is arranged at the level of the mouth tool and has an underside which, when the pneumatic nailer is in use, faces a workpiece and has at least one compressed air outlet which is connected to the main compressed air supply via a line in which a shut-off valve is arranged.
An implantation device comprising: an implant body comprising an isotope selected from the group consisting of B-10, Li-6, Gd-157 and Dy-164, that produces a dose of ionizing radiation upon exposure to a flux of low energy neutrons; wherein said dose of ionizing radiation is suitable for treating bacterial infection at an implantation site after implantation; wherein the device has a structure designed for a use after implantation in addition to producing the dose of ionizing radiation and wherein said device is not a stent; wherein said implant body comprises a material enriched with said isotope, wherein said material comprises 30% or greater of the isotope, 50% or greater of the isotope, or 90% or greater of the isotope. an implant body comprising an isotope selected from the group consisting of B-10, Li-6, Gd-157 and Dy-164, that produces a dose of ionizing radiation upon exposure to a flux of low energy neutrons; wherein said dose of ionizing radiation is suitable for treating bacterial infection at an implantation site after implantation; wherein the device has a structure designed for a use after implantation in addition to producing the dose of ionizing radiation and wherein said device is not a stent; wherein said implant body comprises a material enriched with said isotope, wherein said material comprises 30% or greater of the isotope, 50% or greater of the isotope, or 90% or greater of the isotope.
An organic light-emitting diode (OLED) display panel, comprising: a plurality of pixel units arranged in an array, in which each pixel unit includes an organic light-emitting element provided with a first light-emitting surface and a second light-emitting surface; and light shield layers configured to shield at least the first light-emitting surfaces of organic light-emitting elements of a portion of the pixel units; wherein the light shield layers include first light shield layers and second light shield layers, in which the first light shield layers are configured to shield the first light-emitting surfaces of the organic light-emitting elements of a portion of the pixel units, and the second light shield layers are configured to shield the second light-emitting surfaces of organic light-emitting elements of the remaining pixel units except the pixel units shielded by the first light shield layers; characterized in that: the OLED display panel further comprises a first substrate and a second substrate; wherein the pixel units are formed on one side of the first substrate, the one side facing the second substrate; and the first light shield layers are disposed on an other side of the first substrate, the other side facing away from the second substrate, wherein the second light shield layers are disposed on one side of the second substrate, the one side facing away from the pixel units. a plurality of pixel units arranged in an array, in which each pixel unit includes an organic light-emitting element provided with a first light-emitting surface and a second light-emitting surface; and light shield layers configured to shield at least the first light-emitting surfaces of organic light-emitting elements of a portion of the pixel units; wherein the light shield layers include first light shield layers and second light shield layers, in which the first light shield layers are configured to shield the first light-emitting surfaces of the organic light-emitting elements of a portion of the pixel units, and the second light shield layers are configured to shield the second light-emitting surfaces of organic light-emitting elements of the remaining pixel units except the pixel units shielded by the first light shield layers; the OLED display panel further comprises a first substrate and a second substrate; wherein the pixel units are formed on one side of the first substrate, the one side facing the second substrate; and the first light shield layers are disposed on an other side of the first substrate, the other side facing away from the second substrate, wherein the second light shield layers are disposed on one side of the second substrate, the one side facing away from the pixel units.
A method for the prevention and/or treatment of growth and/or infestation of a fungus on a wallboard comprising treating said wallboard with a fungicidally effective amount of difenoconazole.
A preparation method for a nitrification intermediate of a water-soluble magnolol derivative and honokiol derivative, wherein the nitrification intermediate has a structure shown in Formula I: in Formula I, R 2 is a hydroxyl, and R 3 is H; or, R 2 is H, and R 3 is a hydroxyl; and R 1 and R 4 are independently selected from C 1 ~C 12 electron donor groups; and the preparation method comprises the following steps: performing monohydroxy protection on a compound A with a hydroxyl protection reagent in the presence of an acid binding agent to form a monohydroxy protection compound, wherein R 1, R 2, R 3 and R 4 in the compound A have the same definition as above, and the hydroxy protection reagents are p-toluenesulfonyl chloride and 1-hydroxybenzotriazole; and performing a nitrification reaction and a deprotection reaction on the monohydroxy protection compound successively to obtain the nitrification intermediate. in Formula I, R 2 is a hydroxyl, and R 3 is H; or, R 2 is H, and R 3 is a hydroxyl; and R 1 and R 4 are independently selected from C 1 ~C 12 electron donor groups; and the preparation method comprises the following steps: performing monohydroxy protection on a compound A with a hydroxyl protection reagent in the presence of an acid binding agent to form a monohydroxy protection compound, wherein R 1, R 2, R 3 and R 4 in the compound A have the same definition as above, and the hydroxy protection reagents are p-toluenesulfonyl chloride and 1-hydroxybenzotriazole; and performing a nitrification reaction and a deprotection reaction on the monohydroxy protection compound successively to obtain the nitrification intermediate. performing monohydroxy protection on a compound A with a hydroxyl protection reagent in the presence of an acid binding agent to form a monohydroxy protection compound, wherein R 1, R 2, R 3 and R 4 in the compound A have the same definition as above, and the hydroxy protection reagents are p-toluenesulfonyl chloride and 1-hydroxybenzotriazole; and performing a nitrification reaction and a deprotection reaction on the monohydroxy protection compound successively to obtain the nitrification intermediate.
A connection system for connecting electrical elements to establish an electrical connection between independent electrical elements in units of electrical elements arranged in series, wherein the independent electrical elements are provided with connectors comprising several sockets adapted to connect of power supply cords; characterized in that each connector further comprises an additional independent socket adapted to connect a bridge piece between consecutive independent electrical elements, thereby the electrical connection between independent electrical elements is provided by the bridge piece via the additional independent socket.
A cartridge comprising: a liquid portion; a first heater arranged on one side of the liquid portion to heat the liquid portion; a medium portion; and a second heater surrounding at least a portion of the medium portion to heat the medium portion, wherein the first heater is porous, the first heater and the second heater are induction heating-type heaters, an aerosol generated by heating the liquid portion passes through the first heater and flows toward the medium portion, and the aerosol passing through the medium portion is discharged from one end portion of the medium portion. a liquid portion; a first heater arranged on one side of the liquid portion to heat the liquid portion; a medium portion; and a second heater surrounding at least a portion of the medium portion to heat the medium portion, wherein the first heater is porous, the first heater and the second heater are induction heating-type heaters, an aerosol generated by heating the liquid portion passes through the first heater and flows toward the medium portion, and the aerosol passing through the medium portion is discharged from one end portion of the medium portion.
A sheet-shaped gas adsorbent, composed of at least: a thermoplastic resin; and Zeolite Socony Mobil-#5, also known as ZSM-5 type zeolite configured by an ion exchange with copper ion, wherein said thermoplastic resin is blended with said ZSM-5 type zeolite configured by an ion exchange with copper ion and then thermally formed to a sheet-like shape, and wherein a blending quantity of said ZSM-5 type zeolite configured by the ion exchange with copper ion is equal to or lower than 40 parts by weight (pbw) over 100 pbw of said thermoplastic resin.