mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery, comprising: a positive electrode substrate layer (811; 911); a positive electrode active material layer (812; 912) disposed adjacent to the positive electrode substrate layer (811; 911); a negative electrode substrate layer (821; 921); a negative electrode active material layer (822; 922) disposed adjacent to the negative electrode substrate layer (821; 921); a separator (830; 930) disposed between the positive electrode active material layer (812; 912) and the negative electrode active material layer (822; 922); and a shape variable layer (813; 913) disposed between the positive electrode substrate and the positive electrode active material layer or between the negative electrode substrate and the negative electrode active material layer; wherein the shape variable layer (813; 913) is configured to regulate current between the positive or negative electrode substrate layer (811; 921) and the positive or negative electrode active material layer (812; 922) at a temperature greater than or equal to a pre-determined temperature; and characterized in that the rechargeable battery is a roll-type battery comprising a flat region and a bent region, wherein the shape variable layer (813; 913) has a first pattern having a first inter-pattern distance in the flat region and a second pattern different from the first pattern in the bent region, said second pattern having a second inter-pattern distance narrower than the first inter-pattern distance. a positive electrode substrate layer (811; 911); a positive electrode active material layer (812; 912) disposed adjacent to the positive electrode substrate layer (811; 911); a negative electrode substrate layer (821; 921); a negative electrode active material layer (822; 922) disposed adjacent to the negative electrode substrate layer (821; 921); a separator (830; 930) disposed between the positive electrode active material layer (812; 912) and the negative electrode active material layer (822; 922); and a shape variable layer (813; 913) disposed between the positive electrode substrate and the positive electrode active material layer or between the negative electrode substrate and the negative electrode active material layer; wherein the shape variable layer (813; 913) is configured to regulate current between the positive or negative electrode substrate layer (811; 921) and the positive or negative electrode active material layer (812; 922) at a temperature greater than or equal to a pre-determined temperature; and characterized in that the rechargeable battery is a roll-type battery comprising a flat region and a bent region, wherein the shape variable layer (813; 913) has a first pattern having a first inter-pattern distance in the flat region and a second pattern different from the first pattern in the bent region, said second pattern having a second inter-pattern distance narrower than the first inter-pattern distance.
Method for the production of a permanent, electrically conductive diffusion bond connection between a first metal surface of a first substrate and a second metal surface of a second substrate with the following method steps: - Conditioning of the first and second metal surfaces in such a way that when connecting the metal surfaces the diffusion bond connection can be produced, - alignment and bonding of the first and second metal surfaces by diffusion bond connection, whereby a temperature step takes place during close contact of both metallic surfaces in a way that empty spaces between the first and the second metal surfaces are closed by plastic deformation. - Conditioning of the first and second metal surfaces in such a way that when connecting the metal surfaces the diffusion bond connection can be produced, - alignment and bonding of the first and second metal surfaces by diffusion bond connection, whereby a temperature step takes place during close contact of both metallic surfaces in a way that empty spaces between the first and the second metal surfaces are closed by plastic deformation.
A solar vehicle canopy with LED sensor light, comprising: a top; a horizontal pipe assembly, disposed on two sides of the top; a leg pipe assembly, clamped with the horizontal pipe assembly to support the top; an LED light module, comprising at least one LED light and LED sensor module electrically connected with each other; and a solar receiving module, disposed above the top and electrically connected with the LED light module, characterised in that the solar vehicle canopy with LED sensor light further comprises a support assembly, and the top is mixed with the horizontal pipe assembly and the leg pipe assembly through the support assembly, wherein the support assembly comprises a lateral triangle support element and a front triangle support element which are able to interlock with each other, the two sides of the lateral triangle support element respectively fix the top and the leg pipe assembly, the two sides of the front triangle support element respectively fix the horizontal pipe assembly and the leg pipe assembly. a top; a horizontal pipe assembly, disposed on two sides of the top; a leg pipe assembly, clamped with the horizontal pipe assembly to support the top; an LED light module, comprising at least one LED light and LED sensor module electrically connected with each other; and a solar receiving module, disposed above the top and electrically connected with the LED light module, characterised in that the solar vehicle canopy with LED sensor light further comprises a support assembly, and the top is mixed with the horizontal pipe assembly and the leg pipe assembly through the support assembly, wherein the support assembly comprises a lateral triangle support element and a front triangle support element which are able to interlock with each other, the two sides of the lateral triangle support element respectively fix the top and the leg pipe assembly, the two sides of the front triangle support element respectively fix the horizontal pipe assembly and the leg pipe assembly.
A locking device, in particular for retrofitting to a window or door, the locking device comprising: - a socket which has a bore; and - a pivot lever which has a locking bar and a bolt which protrudes from the locking bar, extends into the bore and has a longitudinal axis; - wherein in each of a first rotational position and a second rotational position about the longitudinal axis, the pivot lever can be moved along the longitudinal axis of the bolt between a retracted position and an extended position, wherein in its retracted position, the pivot lever is blocked from rotating about the longitudinal axis by the socket, and in its extended position, the pivot lever can be rotated about the longitudinal axis between the first rotational position and the second rotational position, characterised in that the bolt is joined, as a separate part, to the locking bar such that it is rotationally and axially fixed, and a spiral coiled spring is provided which acts as a compression spring and is adapted so as to act between the socket and the pivot lever such that the pivot lever is held in its retracted position by the spiral coiled spring, wherein the first end of the spiral coiled spring is supported on the socket, and the second end of the spiral coiled spring is supported on the bolt or on a part which is joined, axially fixed, to the bolt and attached in the region of the free end of the bolt. - a socket which has a bore; and - a pivot lever which has a locking bar and a bolt which protrudes from the locking bar, extends into the bore and has a longitudinal axis; - wherein in each of a first rotational position and a second rotational position about the longitudinal axis, the pivot lever can be moved along the longitudinal axis of the bolt between a retracted position and an extended position, wherein in its retracted position, the pivot lever is blocked from rotating about the longitudinal axis by the socket, and in its extended position, the pivot lever can be rotated about the longitudinal axis between the first rotational position and the second rotational position,
Wear assembly of an earth-moving machine comprising: - a wear element; and - a support; said wear element configured for being coupled to said support such that an interface is defined between said support and said wear element, with a first interface surface and a second interface surface, opposite one another; characterized in that it further comprises: - a magnetic portion configured to generate a magnetic field, said magnetic portion being provided at one of said wear element and said support, such that one of the magnetic poles of said magnetic field is perpendicular to said second interface surface; and - a magnetic detector, provided at the other one of said wear element and said support, such that it has a maximum of detection in a direction perpendicular to said second interface surface; wherein said second interface surface has: - a channel extending from said second interface surface to a first depth inside the corresponding wear element or support; and - a step-shaped recess adjoining said channel and extending from said second interface surface to a second depth, said second depth being less than said first depth; said magnetic detector being provided in said step-shaped recess. - a wear element; and - a support; said wear element configured for being coupled to said support such that an interface is defined between said support and said wear element, with a first interface surface and a second interface surface, opposite one another; characterized in that it further comprises: - a magnetic portion configured to generate a magnetic field, said magnetic portion being provided at one of said wear element and said support, such that one of the magnetic poles of said magnetic field is perpendicular to said second interface surface; and - a magnetic detector, provided at the other one of said wear element and said support, such that it has a maximum of detection in a direction perpendicular to said second interface surface; - a magnetic portion configured to generate a magnetic field, said magnetic portion being provided at one of said wear element and said support, such that one of the magnetic poles of said magnetic field is perpendicular to said second interface surface; and - a magnetic detector, provided at the other one of said wear element and said support, such that it has a maximum of detection in a direction perpendicular to said second interface surface; wherein said second interface surface has: - a channel extending from said second interface surface to a first depth inside the corresponding wear element or support; and - a step-shaped recess adjoining said channel and extending from said second interface surface to a second depth, said second depth being less than said first depth; - a channel extending from said second interface surface to a first depth inside the corresponding wear element or support; and - a step-shaped recess adjoining said channel and extending from said second interface surface to a second depth, said second depth being less than said first depth; said magnetic detector being provided in said step-shaped recess.
A composition comprising at least one protein comprising an amino acid sequence having sequence identity greater than 99% to the amino acid sequence of any one of SEQ ID NOS: 182, 184 and 186 wherein the composition additionally comprises at least one PorA protein.
A method of using a blockchain to control a process executing on a computing resource, the method comprising the step: executing a loop on the computing resource; storing information relating to at least one iteration of the loop as metadata in a transaction on the blockchain; and using the state of the blockchain to influence the execution of the loop by monitoring the current state of the blockchain for transactions matching a start or triggering condition, a repeat condition or a stop condition. executing a loop on the computing resource; storing information relating to at least one iteration of the loop as metadata in a transaction on the blockchain; and using the state of the blockchain to influence the execution of the loop by monitoring the current state of the blockchain for transactions matching a start or triggering condition, a repeat condition or a stop condition.
A stent crimping and coating apparatus (10; 210), the apparatus comprising: a plurality of crimping blades (14; 60; 76; 94; 214) positioned in a radial array and collectively forming a central crimping lumen (16; 216), the plurality of crimping blades radially movable to alter the diameter of the central crimping lumen; each of the crimping blades including a first surface (38; 62; 78; 96) configured to at least in part define the central crimping lumen and come into contact with a stent in the central crimping lumen; wherein one or more of the crimping blades includes a fluid channel extending therein and one or more openings (54; 86; 92) in fluid communication with the fluid channel, the one or more openings located at the first surface of the one or more crimping blades and adapted to discharge a fluid (F; F 1; F 2) into the central crimping lumen. a plurality of crimping blades (14; 60; 76; 94; 214) positioned in a radial array and collectively forming a central crimping lumen (16; 216), the plurality of crimping blades radially movable to alter the diameter of the central crimping lumen; each of the crimping blades including a first surface (38; 62; 78; 96) configured to at least in part define the central crimping lumen and come into contact with a stent in the central crimping lumen; wherein one or more of the crimping blades includes a fluid channel extending therein and one or more openings (54; 86; 92) in fluid communication with the fluid channel, the one or more openings located at the first surface of the one or more crimping blades and adapted to discharge a fluid (F; F 1; F 2) into the central crimping lumen.
A method of producing at least one product stream of ultrafiltrate from source water in a subsea environment, the method comprising: (a) introducing ambient subsurface source water into and through two or more ultrafiltration membrane units and producing thereby an ultrafiltrate free of solid particulates having a largest dimension greater than 0.1 microns; (b) preparing in an electrochemical unit in fluid communication with at least one of the ultrafiltration membrane units an aqueous solution comprising one or more hypohalous acid species; and (c) delivering to at least one non-producing ultrafiltration membrane unit during a backwash cycle an ultrafiltrate-rich backwash fluid with ultrafiltrate from at least one other producing ultrafiltration membrane unit and at least a portion of the aqueous solution comprising one or more hypohalous acid species; wherein a flux of source fluid through each of the ultrafiltration membrane units is less than 1468 l/m 2 per day (thirty gallons per square foot per day). (a) introducing ambient subsurface source water into and through two or more ultrafiltration membrane units and producing thereby an ultrafiltrate free of solid particulates having a largest dimension greater than 0.1 microns; (b) preparing in an electrochemical unit in fluid communication with at least one of the ultrafiltration membrane units an aqueous solution comprising one or more hypohalous acid species; and (c) delivering to at least one non-producing ultrafiltration membrane unit during a backwash cycle an ultrafiltrate-rich backwash fluid with ultrafiltrate from at least one other producing ultrafiltration membrane unit and at least a portion of the aqueous solution comprising one or more hypohalous acid species;
A method of preparing a molecular catalyst, the method comprising mixing under activating conditions a molecular procatalyst, a spray-dried alkylaluminoxane on hydrophobic fumed silica (sdAAO/HFS), and a (C 5 -C 7)alkane to give a catalyst system comprising a molecular catalyst in the (C 5 -C 7)alkane.
Method for controlling the coupling of at least one trailer which can be coupled to a tractive unit, wherein the tractive unit has a steering system with which a steering angle can be set, characterized by the following steps: a. detecting yawing oscillations of the tractive unit over a specific time period, in particular of 1 second to 3 seconds at a virtually constant or constant steering angle and above a predefinable speed of the tractive unit without braking intervention, and b. evaluating the detected yawing oscillations as to whether the amplitudes of the yawing oscillations undershoot a predefinable amplitude threshold value or not. a. detecting yawing oscillations of the tractive unit over a specific time period, in particular of 1 second to 3 seconds at a virtually constant or constant steering angle and above a predefinable speed of the tractive unit without braking intervention, and b. evaluating the detected yawing oscillations as to whether the amplitudes of the yawing oscillations undershoot a predefinable amplitude threshold value or not.
A formulation for use in a method for the treatment of drug-resistant tuberculosis that are resistant to at least one of isoniazid, rifampicin, pyrazine and ethambutol, in a subject the formulation comprising: dimethylsulfoxide (DMSO) and more than one therapeutic agent selected from the group consisting of: streptomycin, isoniazid, rifampicin, pyrazinamide, ethambutol, lamprene, mycobutin, seromycin, myambutol, priftin and rifamate, wherein the concentration of said DMSO ranges from 50% to 95% by weight in a total volume of two to six millilitres wherein the subject has been pre-treated with a composition comprising 50mg to 60mg DMSO by intravenous administration of the composition,wherein the formulation is administered to the subject that has been pre-treated by an inhalant device constructed from a material adapted for contacting DMSO; wherein the inhalant device is configured for administering the formulation to a subject; wherein the inhalant device is configured to deliver the formulation to directly contact drug resistant tuberculosis bacteria in the subject's lung tissue; wherein the DMSO sensitizes the drug resistant tuberculosis bacteria to at least one of isoniazid, rifampicin, pyrazinamide and ethambutol to generate sensitized tuberculosis bacteria, and wherein the sensitized tuberculosis bacteria are lethally inhibited by exposure to at least one of isoniazid, rifampicin, pyrazinamide and ethambutol. dimethylsulfoxide (DMSO) and more than one therapeutic agent selected from the group consisting of: streptomycin, isoniazid, rifampicin, pyrazinamide, ethambutol, lamprene, mycobutin, seromycin, myambutol, priftin and rifamate, wherein the concentration of said DMSO ranges from 50% to 95% by weight in a total volume of two to six millilitres wherein the subject has been pre-treated with a composition comprising 50mg to 60mg DMSO by intravenous administration of the composition,wherein the formulation is administered to the subject that has been pre-treated by an inhalant device constructed from a material adapted for contacting DMSO; wherein the inhalant device is configured for administering the formulation to a subject; wherein the inhalant device is configured to deliver the formulation to directly contact drug resistant tuberculosis bacteria in the subject's lung tissue; wherein the DMSO sensitizes the drug resistant tuberculosis bacteria to at least one of isoniazid, rifampicin, pyrazinamide and ethambutol to generate sensitized tuberculosis bacteria, and wherein the sensitized tuberculosis bacteria are lethally inhibited by exposure to at least one of isoniazid, rifampicin, pyrazinamide and ethambutol.
A mobile robot, comprising: a mop module configured to provide a driving force for movement of the mobile robot, and having a pair of spin mops (41a, 41b), which rotate clockwise or counter-clockwise, and a mop motor configured to provide a driving force to the pair of spin mops; a sweep module disposed forward of and spaced apart from the mop module, and having a collecting part, which forms a collecting space to store foreign materials, a sweeping part configured to introduce foreign materials into the collecting space while rotating, and a sweeping motor configured to provide a driving force to the sweeping part; a body, on which the mop module and the sweep module are disposed; and a first floor sensor disposed forward of the sweep module, and configured to sense reflectance of light reflected from a floor, characterized in that the mobile robot further comprises a second floor sensor which is disposed between the sweep module and the pair of spin mops (41a, 41b) and is configured to sense reflectance of the light reflected from the floor. a mop module configured to provide a driving force for movement of the mobile robot, and having a pair of spin mops (41a, 41b), which rotate clockwise or counter-clockwise, and a mop motor configured to provide a driving force to the pair of spin mops; a sweep module disposed forward of and spaced apart from the mop module, and having a collecting part, which forms a collecting space to store foreign materials, a sweeping part configured to introduce foreign materials into the collecting space while rotating, and a sweeping motor configured to provide a driving force to the sweeping part; a body, on which the mop module and the sweep module are disposed; and a first floor sensor disposed forward of the sweep module, and configured to sense reflectance of light reflected from a floor, characterized in that the mobile robot further comprises a second floor sensor which is disposed between the sweep module and the pair of spin mops (41a, 41b) and is configured to sense reflectance of the light reflected from the floor.
A wavelength conversion device, comprising: a substrate; a reflective resin layer on the substrate, the reflective resin layer comprising silicone or siloxane, wherein the reflective resin layer further comprises at least one further optically reflective material; and a wavelength conversion layer on the reflective resin layer, configured to receive incident light and to provide output light by wavelength conversion of the incident light, such that the output light is reflected by the reflective resin layer. a substrate; a reflective resin layer on the substrate, the reflective resin layer comprising silicone or siloxane, wherein the reflective resin layer further comprises at least one further optically reflective material; and a wavelength conversion layer on the reflective resin layer, configured to receive incident light and to provide output light by wavelength conversion of the incident light, such that the output light is reflected by the reflective resin layer.
Grass shears having a handle device, comprising a handle body, which is connected to a housing and has a handle part, and also comprising a pivoting lever, which can be pivoted relative to the handle body and is intended for actuating a pivotable shears blade, wherein the pivoting lever is connected to the handle body by means of a pivot pin in a rear region, as seen in relation to the longitudinal extent of the handle part, and a pivot pin of the shears blades (31, 33) runs essentially perpendicularly to the pivot pin of the pivoting lever.