mhurhangee/patent-ind-claim-en huggingface dataset:
Method for fusion welding one or more steel sheets of press-hardenable steel, preferably manganese-boron steel, wherein the or at least one of the steel sheets has a metallic coating which contains aluminum, and wherein the fusion welding is carried out while filler material is being fed into the molten bath produced exclusively by means of at least one laser beam , characterized in that by means of one or more optical elements a single laser focal spot with different energy distribution is generated at the molten bath in such a way that the laser focal spot comprises a smaller laser focal spot area (16.1) and a larger laser focal spot region (16.2), wherein the larger laser focal spot region (16.2) irradiates an area which is at least 2 times, preferably at least 3 times, an area irradiated by the smaller laser focal spot region (16.1), and wherein a higher laser energy output per unit area is introduced into the smaller laser focal spot region (16.1) than into the larger laser focal spot region (16.2).
An electrical harness (100; 140; 400) comprising: an electrically conductive wire ; an electrical connector (300; 350; 502) in electrical communication with the conductive wire ; a metal clad fiber ("MCF") braided shield surrounding a portion of the electrically conductive wire comprising a synthetic fiber clad in a metal; and an overbraid surrounding a portion of the MCF braided shield ; wherein the electrical connector (300; 350; 502) comprises an integrated backshell (310; 356) including a boot seat and a land , wherein the MCF braided shield is secured directly to the integrated backshell (310; 356) of the electrical connector (300; 350; 502) via the land , and the overbraid terminates on the boot seat ; characterised by a heatshrink material surrounding at least a portion of the overbraid , the heatshrink material comprising a heatshrink boot connected to the electrical connector (300; 350; 502). an electrically conductive wire ; an electrical connector (300; 350; 502) in electrical communication with the conductive wire ; a metal clad fiber ("MCF") braided shield surrounding a portion of the electrically conductive wire comprising a synthetic fiber clad in a metal; and an overbraid surrounding a portion of the MCF braided shield ; wherein the electrical connector (300; 350; 502) comprises an integrated backshell (310; 356) including a boot seat and a land , wherein the MCF braided shield is secured directly to the integrated backshell (310; 356) of the electrical connector (300; 350; 502) via the land , and the overbraid terminates on the boot seat ; characterised by a heatshrink material surrounding at least a portion of the overbraid , the heatshrink material comprising a heatshrink boot connected to the electrical connector (300; 350; 502).
A method of controlling a water treatment process to prevent or decrease fouling or to optimise hydrophobic conditions in a following water treatment step such as membrane filtration , or on the surfaces in one or more following process step using water from a pretreatment process , surfaces such as pipes, heat exchangers, instruments, cooling water systems, other underwater surfaces and splash areas, characterized in that the method comprises adding at least one pretreatment chemical to a water stream in the pretreatment process including a coagulation step and/or a flocculation step and at least one separation step to reduce amount of dissolved and/or particulate matter in the water stream , monitoring, in an online monitoring unit , hydrophobic conditions in the water stream upstream and/or downstream from said adding the at least one pretreatment chemical , wherein monitored hydrophobic conditions in the water stream are determined by determining hydrophobicity based on a fluorescence measurement, and by determining the amount or count of particles based on a light scattering measurement, controlling dosing of said at least one pretreatment chemical to the water stream based on the monitored hydrophobic conditions to adjust dosing of said at least one pretreatment chemical , such that the hydrophobic conditions in the pretreated water are brought towards target hydrophobic conditions. adding at least one pretreatment chemical to a water stream in the pretreatment process including a coagulation step and/or a flocculation step and at least one separation step to reduce amount of dissolved and/or particulate matter in the water stream , monitoring, in an online monitoring unit , hydrophobic conditions in the water stream upstream and/or downstream from said adding the at least one pretreatment chemical , wherein monitored hydrophobic conditions in the water stream are determined by determining hydrophobicity based on a fluorescence measurement, and by determining the amount or count of particles based on a light scattering measurement, controlling dosing of said at least one pretreatment chemical to the water stream based on the monitored hydrophobic conditions to adjust dosing of said at least one pretreatment chemical , such that the hydrophobic conditions in the pretreated water are brought towards target hydrophobic conditions.
A reversible chelator construct comprising one or more structural moieties attached to two or more chelation components, wherein, under high temperature conditions, said one or more structural moieties adopt a first conformation that positions and/or orients said two or more chelation components such that said two or more chelation components less efficiently chelate metal ions, and wherein under low temperature conditions said one or more structural moieties adopt a second conformation that positions and/or orients said two or more chelation components such that said two or more chelation components more efficiently chelate metal ions, wherein the said one or more structural moieties are nucleic acids comprising a nucleic acid strand not attached to a chelation component and two or more nucleic acid strands attached to chelation components, wherein hybridization of the two or more nucleic acid strands attached to chelation components to nucleic acid strand not attached to a chelation component brings the chelation components into appropriate proximity and orientation to efficiently chelate metal ions, and wherein melting of the nucleic acid strands separates the chelation components such that said chelation components are unable to efficiently chelate metal ions.
A 3D scanner comprising: a pattern generating device including a second lens configured to irradiate a light pattern to a subject; an imaging device including a first lens configured to receive an omni-directional image of the subject to which the light pattern is irradiated; a mirror unit configured to change a path of light from the first lens , characterized in that the first lens has a specific angle of view according to a refractive index, at least one refractive surface and at least one reflective coating surface,, and wherein the second lens is configured to irradiate the light pattern to the subject in all directions. a pattern generating device including a second lens configured to irradiate a light pattern to a subject; an imaging device including a first lens configured to receive an omni-directional image of the subject to which the light pattern is irradiated; a mirror unit configured to change a path of light from the first lens , characterized in that the first lens has a specific angle of view according to a refractive index, at least one refractive surface and at least one reflective coating surface,, and wherein the second lens is configured to irradiate the light pattern to the subject in all directions.
A cable , comprising: a linear conductor ; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor , the hollow tubes extending in a longitudinal direction of the conductor ; an insulating protective member configured to protect the conductor and the plurality of hollow tubes ; and a partitioning portion provided in at least one hollow tube among the plurality of hollow tubes , the partitioning portion being configured to partition an interior of the hollow tube ; characterized in that the partitioning portion is formed by the hollow tube being pressed such that an inner circumferential surface and an outer circumferential surface of the hollow tube deform, so that the inner circumferential surface of the hollow tube is joined together and so that a portion of the outer circumferential surface located at the partitioning portion is positioned more inward than a portion of the outer circumferential surface not located at the partitioning portion . a linear conductor ; a plurality of hollow tubes made of resin and which are disposed around the conductor so that an air layer is formed around the conductor , the hollow tubes extending in a longitudinal direction of the conductor ; an insulating protective member configured to protect the conductor and the plurality of hollow tubes ; and a partitioning portion provided in at least one hollow tube among the plurality of hollow tubes , the partitioning portion being configured to partition an interior of the hollow tube ; characterized in that the partitioning portion is formed by the hollow tube being pressed such that an inner circumferential surface and an outer circumferential surface of the hollow tube deform, so that the inner circumferential surface of the hollow tube is joined together and so that a portion of the outer circumferential surface located at the partitioning portion is positioned more inward than a portion of the outer circumferential surface not located at the partitioning portion .
A package comprising a protective film enclosing an article and a tack label coupled to an outer surface of the protective film , wherein the protective film includes an overlapping portion in which a first edge portion directly opposing the article and a second edge portion opposing the article via the first edge portion are overlapped with each other, the tack label is coupled so as to cover the overlapping portion characterized in that in a coupling surface between the protective film 5 and the tack label , a non-uniform coupling force distribution is provided in which a second region (RB) that is continuously connected to the second edge portion has a higher coupling force than a first region (RA) that is continuously connected to the first edge portion .
A compound for use in a method of treating, preventing, or reducing the risk or severity of fibrosis of the skin, heart, intestine, pancreas, joint, liver, retroperitoneum, or kidneys in an individual in need thereof, wherein said compound is selected from the group consisting of N-(1 ',2-dihydroxy-1,2'-binaphthalen-4'-yl)-4-methoxybenzenesulfonamide, N-(3, 1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(4,1'-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(5, 1 '-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(6, 1 '-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(7, 1 '-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, N-(8, 1 '-Dihydroxy- binaphthalenyl-4'-yl)-4-methoxy-benzenesulfonamide, and 4-Bromo-N-(1,6'-dihydroxy- binaphthalenyl-4-yl)-benzenesulfonamide, or a mixture or a salt thereof.
Measuring and/or injection device for an apparatus for treating water in swimming pools, paddling pools, aquariums, or irrigation systems, said device comprising at least one measuring and/or injection tool which can be inserted into a carrier structure, and also comprising an instrument holder (1; 1a) that has a longitudinal flange in the form of a cylinder element that comprises two semi-tubular flanges and a securing mechanism , which securing mechanism is associated with said flange and intended for securing the instrument holder (1; 1a) on a pipe , said instrument holder (1; 1a) comprising said at least one carrier structure , which carrier structure leads to an opening , is provided on the longitudinal flange , and is configured to introduce said tool , which is in the form of a sensor part or liquid injector part, into the pipe and to keep said tool in said pipe, characterized in that said carrier structure forms a projection obliquely with respect to a normal to the longitudinal axis of the flange .
A composition for use in treating injured cardiac tissue in a patient in need thereof, and for inducing angiogenesis in said patient; said composition comprising modified placental tissue configured for placement at or adjacent to injured cardiac tissue without obstructing the function thereof in an amount sufficient to reduce damage and induce healing; wherein the modified placental tissue comprises an amnion having an epithelial layer and/or a fibroblast cell layer; wherein the injured cardiac tissue is a result of ischemia, acute myocardial infarction, myocardial infarction, cardiomyopathy, unstable angina, refractory angina, heart attack, heart failure, cor pulmonale, vein graft diseases, occlusive coronary thrombus, valvular heart diseases, inflammatory cardiomegaly, atherosclerosis, acute pericarditis, Dresslers syndrome, inflammatory heart condition or a necrotizing heart condition; wherein the modified placental tissue retains an effective amount of stem cell recruiting factors which recruit hematopoietic stem cells or mesenchymal stem cells; wherein the composition is micronized; and wherein the modified placental tissue retains an effective amount of angiogenesis inducing factors.
An aircraft interior panel configuration between adjacent panels, comprising: a first interior panel of the adjacent panels having a first edge ; a first cavity formed in the first edge ; a first soft seal element disposed in the first cavity ; and a transition insert disposed adjacent to the first edge such that the first edge overlaps the transition insert wherein the transition insert is adapted to be fixedly mounted in an aircraft interior along an arc, the transition insert extending between the adjacent panels wherein the first soft seal element is biased to press the first edge of the first panel against the transition insert , wherein the transition element is a bulkhead transition insert , wherein the edges are fashioned as hollow structures, defining the cavities that house the soft seal elements , wherein the edges and soft seal elements are contemplated to be biased against the bulkhead transition insert in the direction vertical to the plane defined by the internal panel such that the first edge is biased to remain in constant contact with a surface of the transition element regardless of a width of a gap between the adjacent panels. a first interior panel of the adjacent panels having a first edge ; a first cavity formed in the first edge ; a first soft seal element disposed in the first cavity ; and a transition insert disposed adjacent to the first edge such that the first edge overlaps the transition insert wherein the transition insert is adapted to be fixedly mounted in an aircraft interior along an arc, the transition insert extending between the adjacent panels wherein the first soft seal element is biased to press the first edge of the first panel against the transition insert , wherein the transition element is a bulkhead transition insert , wherein the edges are fashioned as hollow structures, defining the cavities that house the soft seal elements , wherein the edges and soft seal elements are contemplated to be biased against the bulkhead transition insert in the direction vertical to the plane defined by the internal panel such that the first edge is biased to remain in constant contact with a surface of the transition element regardless of a width of a gap between the adjacent panels.
A lighting module for a motor vehicle, intended to be placed behind a translucent or transparent outer lens or window, in particular a rear windshield of a motor vehicle, said module comprising: - a place for at least one light source that is able to emit light rays; and - an optical system that is able to deviate the light rays emitted by the one or more light sources so as to form a light beam along an optical axis of the module, said optical system extending in a main direction that is transverse to the optical axis and comprising an exit face (18 2 ) for rays; characterized in that the exit face (18 2 ) of the optical system has in sagittal cross section a concave or convex curved general profile, and in that the optical system comprises a translucent or transparent first optical element with an entrance face (14 1 ) that is able to receive, preferably directly, the rays emitted by the one or more light sources , said entrance face (14 1 ) comprising Fresnel echelons, the Fresnel echelons on the entrance face (14 1 ) of the first optical element have annular and/or curved profiles, said first optical element comprising an exit face (14 2 ) with rectilinear Fresnel echelons. - a place for at least one light source that is able to emit light rays; and - an optical system that is able to deviate the light rays emitted by the one or more light sources so as to form a light beam along an optical axis of the module, said optical system extending in a main direction that is transverse to the optical axis and comprising an exit face (18 2 ) for rays;
Closing device for releasably connecting two parts, comprising - a first closing part which has a first engaging projection for forming a first engaging device , - a second closing part which has a second engaging projection for forming a second engaging device , wherein the first closing part and the second closing part can be attached to each other in order to close the closing device by the first engaging projection and the second engaging projection being able to be brought in an engaging direction (Y) into engagement with each other in a positive locking manner such that, in a closed position in which the first engaging projection and the second engaging projection are in engagement with each other in a positive locking manner, the first closing part and the second closing part are mechanically connected to each other, and - a magnetic device which acts between the first closing part and the second closing part and is designed to assist the attaching of the first closing part and the second closing part to each other by providing a magnetic attraction force, characterized in that the first closing part has an additional engaging projection to the first engaging device and the second closing part has an additional engaging projection to the second engaging device , wherein the additional engaging projection to the first engaging device is offset along the engaging direction (Y) with respect to the first engaging device and the additional engaging projection to the second engaging device is offset along the engaging direction (Y) with respect to the second engaging projections , wherein two first engaging projections are arranged on the first closing part and two second engaging projections are arranged on the second closing part , wherein the first engaging projections for forming the first engaging device and the second engaging projections for forming the second engaging device each extend at an angle to one another, wherein the additional engaging projection to the first engaging device and the additional engaging projection to the second engaging device are each extended transversely with respect to the engaging direction (Y). - a first closing part which has a first engaging projection for forming a first engaging device , - a second closing part which has a second engaging projection for forming a second engaging device , wherein the first closing part and the second closing part can be attached to each other in order to close the closing device by the first engaging projection and the second engaging projection being able to be brought in an engaging direction (Y) into engagement with each other in a positive locking manner such that, in a closed position in which the first engaging projection and the second engaging projection are in engagement with each other in a positive locking manner, the first closing part and the second closing part are mechanically connected to each other, and - a magnetic device which acts between the first closing part and the second closing part and is designed to assist the attaching of the first closing part and the second closing part to each other by providing a magnetic attraction force,
A hydraulic rotary actuator comprising: - a body comprising a central part with an annular wall that defines at least one cylindrical cavity with an axis (Xc) and two closing elements , adapted to close respective open ends of said annular wall; - a piston , housed moving in the cylindrical cavity and adapted to separate, in said cavity , a first chamber and a second chamber which can be supplied with a pressurized hydraulic fluid, said piston having a through seat between a first end and a second end; and - a shaft , housed in the trough seat of the piston and mounted rotatable in the body about an axis of rotation (Xa), said shaft carrying at the end at least one connection flange ; wherein the ends of the shaft are rotatably housed in seats produced in the closing elements , wherein a section of the shaft is provided on the outer surface with a first thread adapted to engage a corresponding second thread produced on the surface of the seat of the piston , wherein the axis of rotation (Xa) of the shaft is arranged eccentric with an eccentricity (Ec) with respect to the axis (Xc) of the cylindrical cavity ; wherein each of the two chambers is connectable to a source of a pressurized hydraulic fluid by means of specific hydraulic passages , the actuator being characterized in that each hydraulic passage comprises a first section produced in the annular wall of the central part and a second section produced in the corresponding closing element , said second section emerging on an inner face of said corresponding of closing element facing the corresponding chamber . - a body comprising a central part with an annular wall that defines at least one cylindrical cavity with an axis (Xc) and two closing elements , adapted to close respective open ends of said annular wall; - a piston , housed moving in the cylindrical cavity and adapted to separate, in said cavity , a first chamber and a second chamber which can be supplied with a pressurized hydraulic fluid, said piston having a through seat between a first end and a second end; and - a shaft , housed in the trough seat of the piston and mounted rotatable in the body about an axis of rotation (Xa), said shaft carrying at the end at least one connection flange ; wherein the ends of the shaft are rotatably housed in seats produced in the closing elements , wherein a section of the shaft is provided on the outer surface with a first thread adapted to engage a corresponding second thread produced on the surface of the seat of the piston , wherein the axis of rotation (Xa) of the shaft is arranged eccentric with an eccentricity (Ec) with respect to the axis (Xc) of the cylindrical cavity ; wherein each of the two chambers is connectable to a source of a pressurized hydraulic fluid by means of specific hydraulic passages , the actuator being characterized in that each hydraulic passage comprises a first section produced in the annular wall of the central part and a second section produced in the corresponding closing element , said second section emerging on an inner face of said corresponding of closing element facing the corresponding chamber .