mhurhangee/ep-ind-claims huggingface dataset:
A method for supplying an implant using electric power with electric power, comprising the steps of: (a) providing an electric voltage source by means of generating electric voltage by the linear movement of a piston of a free piston generator, wherein the free piston generator comprises a guide cylinder, in which a piston with at least one permanent magnet is arranged, and at least one coil, the guide cylinder is inserted in a blood vessel, (b) drawing electric energy from the electric voltage source of step (a) by means of the current control unit of the implant using electric energy, characterized in that the at least one coil is placed outside the blood vessel, the piston within the guide cylinder of the free piston generator is moved in a linearly relative manner into the direction of the respective blood flow by means of the periodically pulsing blood in the blood vessel, and in dependence on this linear movement of the piston an electric voltage will be induced in the at least one coil. (a) providing an electric voltage source by means of generating electric voltage by the linear movement of a piston of a free piston generator, wherein the free piston generator comprises a guide cylinder, in which a piston with at least one permanent magnet is arranged, and at least one coil, the guide cylinder is inserted in a blood vessel, (b) drawing electric energy from the electric voltage source of step (a) by means of the current control unit of the implant using electric energy, characterized in that the at least one coil is placed outside the blood vessel, the piston within the guide cylinder of the free piston generator is moved in a linearly relative manner into the direction of the respective blood flow by means of the periodically pulsing blood in the blood vessel, and in dependence on this linear movement of the piston an electric voltage will be induced in the at least one coil.
A fuel transfer system for an aircraft comprising: an upper tank for storing fuel; a lower tank for storing fuel, the lower tank being disposed below the upper tank; a fuel transfer line connecting the upper tank to the lower tank; an upper fuel transfer line outlet in the lower tank and in fluid communication with the upper tank, wherein fuel transferred from the upper tank to the lower tank passes through the upper fuel transfer line outlet; an upper float valve associated with the upper fuel transfer line outlet for opening and closing the upper fuel transfer line outlet; characterized by a lower fuel transfer line outlet in the lower tank and in fluid communication with the upper tank, wherein fuel transferred from the upper tank to the lower tank passes through the lower fuel transfer line outlet; and a lower float valve associated with the lower fuel transfer line outlet for opening and closing the lower fuel transfer line outlet. an upper tank for storing fuel; a lower tank for storing fuel, the lower tank being disposed below the upper tank; a fuel transfer line connecting the upper tank to the lower tank; an upper fuel transfer line outlet in the lower tank and in fluid communication with the upper tank, wherein fuel transferred from the upper tank to the lower tank passes through the upper fuel transfer line outlet; an upper float valve associated with the upper fuel transfer line outlet for opening and closing the upper fuel transfer line outlet; characterized by a lower fuel transfer line outlet in the lower tank and in fluid communication with the upper tank, wherein fuel transferred from the upper tank to the lower tank passes through the lower fuel transfer line outlet; and a lower float valve associated with the lower fuel transfer line outlet for opening and closing the lower fuel transfer line outlet.
A process for modifying a heterogeneous catalyst, said process comprising steps of: a) contacting the heterogeneous catalyst with a solution of organometallic compound; b) reacting the heterogeneous catalyst with the solution of organometallic compound; c) contacting the reacted heterogeneous catalyst of step b) with inert hydrocarbon solvent; d) repeating the steps, a) to c) at least twice to obtain the heterogeneous catalyst having at least two modifying layers; and e) drying the heterogeneous catalyst obtained in step d), followed by calcinating the dried heterogeneous catalyst to obtain the modified heterogeneous catalyst, wherein the heterogeneous catalyst is a polymetallic catalyst, and wherein the organometallic compound is an organoaluminium compound. wherein the heterogenous catalyst is selected from a group comprising platinum-tin-iridium catalyst, platinum-tin-rhodium catalyst, platinum-tin-ruthenium catalyst, platinum-tin catalyst, platinum-rhenium catalyst and platinum-germanium catalyst, or any combination thereof. a) contacting the heterogeneous catalyst with a solution of organometallic compound; b) reacting the heterogeneous catalyst with the solution of organometallic compound; c) contacting the reacted heterogeneous catalyst of step b) with inert hydrocarbon solvent; d) repeating the steps, a) to c) at least twice to obtain the heterogeneous catalyst having at least two modifying layers; and e) drying the heterogeneous catalyst obtained in step d), followed by calcinating the dried heterogeneous catalyst to obtain the modified heterogeneous catalyst,
Spray device for a pressure vessel, in particular for a spray can, comprising a base element which can be disposed with its underside fixed on an upper pressure vessel portion, wherein on the upper face of the base element there are formed a locking surface in the shape of a ring segment or fan produced as a formation raised in the axial direction, a release surface in the form of a circular segment, and a first end stop and a second end stop formed by formations which extend axially upwards between the blocking surface and the release surface, and a turning head which is disposed so as to turn on the upper face of the base element, wherein the turning head has an actuator, a spray nozzle and a spray guard extending around the spray nozzle, being turnable between a locking position of the actuator and a release position of the actuator, and wherein the actuator is pivotably connected to the turning head and in the release position is movable substantially in the axial direction independently of the turning head.
A multispecific binding protein comprising: a Fab fragment that binds NKG2D, a single-chain variable fragment (scFv) that binds HER2 and an antibody Fc domain or a portion thereof sufficient to bind CD16, comprising: (a) a first polypeptide comprising the amino acid sequence of SEQ ID NO:141; (b) a second polypeptide comprising the amino acid sequence of SEQ ID NO:140; and (c) a third polypeptide comprising the amino acid sequence of SEQ ID NO:142. (a) a first polypeptide comprising the amino acid sequence of SEQ ID NO:141; (b) a second polypeptide comprising the amino acid sequence of SEQ ID NO:140; and (c) a third polypeptide comprising the amino acid sequence of SEQ ID NO:142.
A Ni-Cr alloy material having a chemical composition that consists of, by mass%: Si: 0.01 to 0.5%, Mn: 0.01% or more and less than 1.0%, Cu: 0.01% or more and less than 1.0%, Ni: 48% or more and less than 55%, Cr: 22 to 28%, Mo: 5.6% or more and less than 7.0%, N: 0.04 to 0.16%, sol.Al: 0.03 to 0.20%, REM: 0.01 to 0.074%, W: 0% or more and less than 8.0%, Co: 0 to 2.0%, one or more of Ca and Mg: 0.0003 to 0.01% in total, and one or more of Ti, Nb, Zr, and V: 0 to 0.5% in total; and the balance being Fe and impurities, wherein C, P, S, and O in the impurities are C: 0.03% or less, P: 0.03% or less, S: 0.001% or less, and O: 0.01% or less, and furthermore the dislocation density satisfies a following formula: 7.0 × 10 15 ≤ ρ ≤ 2.7 × 10 16 − 2.67 × 10 17 × REM % where ρ denotes dislocation density expressed in m -2, and [REM(%)] denotes REM content expressed by mass%. Si: 0.01 to 0.5%, Mn: 0.01% or more and less than 1.0%, Cu: 0.01% or more and less than 1.0%, Ni: 48% or more and less than 55%, Cr: 22 to 28%, Mo: 5.6% or more and less than 7.0%, N: 0.04 to 0.16%, sol.Al: 0.03 to 0.20%, REM: 0.01 to 0.074%, W: 0% or more and less than 8.0%, Co: 0 to 2.0%, one or more of Ca and Mg: 0.0003 to 0.01% in total, and one or more of Ti, Nb, Zr, and V: 0 to 0.5% in total; and the balance being Fe and impurities, wherein C, P, S, and O in the impurities are C: 0.03% or less, P: 0.03% or less, S: 0.001% or less, and O: 0.01% or less, and furthermore the dislocation density satisfies a following formula: 7.0 × 10 15 ≤ ρ ≤ 2.7 × 10 16 − 2.67 × 10 17 × REM % where ρ denotes dislocation density expressed in m -2, and [REM(%)] denotes REM content expressed by mass%.
A method for operating an autonomous motor vehicle, in particular a safety vehicle, comprising: autonomously operating the motor vehicle; and outputting an, in particular audible and/or visual, external signal output for an environment of the motor vehicle while the motor vehicle is autonomously operated, the external signal output being adjustable, or being adjusted, on the basis of a velocity of the motor vehicle and/or an autonomous mode of operation of the motor vehicle, characterized in that the external signal output is provided by means of a visual signalling strip of the motor vehicle, wherein the visual signalling strip: shows a conveyor belt movement in a starting direction of the motor vehicle when the motor vehicle is starting; and/or shows a conveyor belt movement in a direction of travel when there is an acceleration by the motor vehicle and/or shows a conveyor belt movement counter to the direction of travel when there is a deceleration by the motor vehicle. autonomously operating the motor vehicle; and outputting an, in particular audible and/or visual, external signal output for an environment of the motor vehicle while the motor vehicle is autonomously operated, the external signal output being adjustable, or being adjusted, on the basis of a velocity of the motor vehicle and/or an autonomous mode of operation of the motor vehicle, characterized in that the external signal output is provided by means of a visual signalling strip of the motor vehicle, wherein the visual signalling strip: shows a conveyor belt movement in a starting direction of the motor vehicle when the motor vehicle is starting; and/or shows a conveyor belt movement in a direction of travel when there is an acceleration by the motor vehicle and/or shows a conveyor belt movement counter to the direction of travel when there is a deceleration by the motor vehicle. shows a conveyor belt movement in a starting direction of the motor vehicle when the motor vehicle is starting; and/or shows a conveyor belt movement in a direction of travel when there is an acceleration by the motor vehicle and/or shows a conveyor belt movement counter to the direction of travel when there is a deceleration by the motor vehicle.
A system, wherein the system is adapted to establish a communication session with a client device operated by a user, the system comprising: an analysis module adapted to learn a typical process flow of the user and to determine that the client device is engaged in the typical process flow as part of the communication session by determining that the user is performing operations ordered in the manner of the typical process flow, the typical process flow being a sequence of operations regularly performed by the user to achieve a particular result, the analysis module further configured to identify an operation that is likely to be repeated by the user during the communication session based on the typical process flow by anticipating when the user is going to save a certain state of the communication session based on the user previously saving a state of a previous communication session that resulted from the performance of similar or identical operations; a state module to store session data representative of a state of the communication session in response to identifying the operation that is likely to be repeated; and a user interface module to generate a user interface element representing the session data, the user interface element allowing recall of the state of the communication session through manipulation of the user interface element, wherein the user interface module is further adapted to provide instructions to the client device that cause the client device to present the user interface element and recall the state of the communication session in response to manipulation of the user interface element. an analysis module adapted to learn a typical process flow of the user and to determine that the client device is engaged in the typical process flow as part of the communication session by determining that the user is performing operations ordered in the manner of the typical process flow, the typical process flow being a sequence of operations regularly performed by the user to achieve a particular result, the analysis module further configured to identify an operation that is likely to be repeated by the user during the communication session based on the typical process flow by anticipating when the user is going to save a certain state of the communication session based on the user previously saving a state of a previous communication session that resulted from the performance of similar or identical operations; a state module to store session data representative of a state of the communication session in response to identifying the operation that is likely to be repeated; and a user interface module to generate a user interface element representing the session data, the user interface element allowing recall of the state of the communication session through manipulation of the user interface element, wherein the user interface module is further adapted to provide instructions to the client device that cause the client device to present the user interface element and recall the state of the communication session in response to manipulation of the user interface element.
A suspension system (12;112;212;312), for supporting a vehicle chassis having a first longitudinally extending frame member on a first side of said chassis and above a first end of an axle and a second longitudinally extending frame member on a second side of said vehicle chassis and above a second end of said axle, said suspension system comprising: a first frame hanger (18;118;218;318) to be mounted to said first frame member; a second frame hanger (18;118;218;318) to be mounted to said second frame member; a cross member (20;120;220;320) mounted to said first and second frame hangers, to be mounted on said frame members by said hangers, and a wishbone-shaped linkage (10;110;210;310) pivotally connectable to said cross member and pivotally connectable to said axle. a first frame hanger (18;118;218;318) to be mounted to said first frame member; a second frame hanger (18;118;218;318) to be mounted to said second frame member; a cross member (20;120;220;320) mounted to said first and second frame hangers, to be mounted on said frame members by said hangers, and a wishbone-shaped linkage (10;110;210;310) pivotally connectable to said cross member and pivotally connectable to said axle.
A photosensitive stacked structure, comprising: an electronic substrate; a first layer, the first layer being a photosensitive, dielectric layer and comprising at least one polyimide polymer; and a second layer, the second layer being a photosensitive layer and comprising at least one polymer formed from at least one monomer selected from the group consisting of (meth)acrylates, urethanes, amides, imides, esters, ethers, ethylenically unsaturated hydrocarbons, and a combination thereof; wherein the first layer is between the electronic substrate and the second layer, the dissolution rate of the first layer in a developer is less than the dissolution rate of the second layer in the developer after exposure, and the developer is cyclopentanone. an electronic substrate; a first layer, the first layer being a photosensitive, dielectric layer and comprising at least one polyimide polymer; and a second layer, the second layer being a photosensitive layer and comprising at least one polymer formed from at least one monomer selected from the group consisting of (meth)acrylates, urethanes, amides, imides, esters, ethers, ethylenically unsaturated hydrocarbons, and a combination thereof; wherein the first layer is between the electronic substrate and the second layer, the dissolution rate of the first layer in a developer is less than the dissolution rate of the second layer in the developer after exposure, and the developer is cyclopentanone.
A connection system comprising at least one support element, and, at least one strip defining a strip connection plane, where the at least one support element comprises one from among first retaining means and second retaining means, and the at least one strip comprises the other from among first retaining means and second retaining means, the second retaining means comprise a receiving area adapted to receive the first retaining means in the direction of the strip connection plane and thereby obtain a fixing position of the at least one strip, such that when the at least one strip is in said fixing position, the second retaining means impede extracting the strip in a direction contained in the strip connection plane, wherein the first retaining means extends continuously along the at least one strip or the at least one support element, and the at least one support element or the at least one strip comprises a plurality of second retaining means allowing the connection between the at least one strip and the at least one support element in any position, wherein each support element and each strip are made of a thermoplastic material and wherein the first retaining means comprise a clamping mechanism; the connection system characterized in that the second retaining means comprise at least two stops aligned in a direction perpendicular to the strip connection plane, and in that the clamping mechanism comprises a harpoon-type tab. at least one support element, and, at least one strip defining a strip connection plane, the at least one support element comprises one from among first retaining means and second retaining means, and the at least one strip comprises the other from among first retaining means and second retaining means, the second retaining means comprise a receiving area adapted to receive the first retaining means in the direction of the strip connection plane and thereby obtain a fixing position of the at least one strip, such that when the at least one strip is in said fixing position, the second retaining means impede extracting the strip in a direction contained in the strip connection plane, wherein the first retaining means extends continuously along the at least one strip or the at least one support element, and the at least one support element or the at least one strip comprises a plurality of second retaining means allowing the connection between the at least one strip and the at least one support element in any position, wherein each support element and each strip are made of a thermoplastic material and wherein the first retaining means comprise a clamping mechanism;
A liquid immersion exposure method for exposing a substrate by projecting an image of a pattern onto the substrate through a projection optical system and liquid of a liquid immersion area, the liquid filling a space between an optical element disposed at the end portion of the projection optical system and at least a part of a liquid contact surface of the substrate, the exposure method including moving the substrate relative to the liquid immersion area, the exposure method comprising: determining a liquid immersion condition for the substrate depending on the affinity between a film formed as the liquid contact surface of the substrate and the liquid; and exposing the substrate under the determined liquid immersion condition, wherein the liquid immersion condition includes a supply condition for the liquid to be supplied onto the substrate or a recovery condition for the liquid to be recovered from the substrate, or both. determining a liquid immersion condition for the substrate depending on the affinity between a film formed as the liquid contact surface of the substrate and the liquid; and exposing the substrate under the determined liquid immersion condition, wherein the liquid immersion condition includes a supply condition for the liquid to be supplied onto the substrate or a recovery condition for the liquid to be recovered from the substrate, or both.
A walking training apparatus comprising a treadmill to be placed on a floor surface and having an infinite orbital rotation type walking surface, a walking training assistance device mounted thereon and having a holding part adapted to be held by a trainee, wherein the holding part is capable of supporting a load with which the walking trainee presses the holding part in the direction of the floor surface and is movable in a direction including a component parallel to the walking surface; characterized in that the holding part is movable along a surface of an imaginary sphere having an imaginary point set to be closer to the walking surface than the holding part is as a center.
A method for manufacture of a metal cup for the production of a two piece food container, the method comprising the following operations: i. a stretching operation comprising taking a cup having a sidewall and an integral base, the cup formed of metal sheet (20, 21), clamping (36, 37) an annular region on either or both the sidewall and the base to define an enclosed portion which includes all or part of the base, and deforming and stretching at least some of that part of the base which lies within the enclosed portion to thereby increase the surface area and reduce the thickness of the base, the annular clamping adapted to restrict or prevent metal flow from the clamped region into the enclosed portion during this stretching operation; ii. a drawing operation comprising drawing (43, 44, 45) the cup to pull and transfer material (B, C) outwardly of the stretched and thinned base, the drawing operation being adapted to pull and transfer material of the stretched and thinned base into the sidewall. i. a stretching operation comprising taking a cup having a sidewall and an integral base, the cup formed of metal sheet (20, 21), clamping (36, 37) an annular region on either or both the sidewall and the base to define an enclosed portion which includes all or part of the base, and deforming and stretching at least some of that part of the base which lies within the enclosed portion to thereby increase the surface area and reduce the thickness of the base, the annular clamping adapted to restrict or prevent metal flow from the clamped region into the enclosed portion during this stretching operation; ii. a drawing operation comprising drawing (43, 44, 45) the cup to pull and transfer material (B, C) outwardly of the stretched and thinned base, the drawing operation being adapted to pull and transfer material of the stretched and thinned base into the sidewall.