mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode manufacturing apparatus comprising: an applier configured to apply a liquid composition to form an insulating layer onto an electrode base or a functional layer on the electrode base ; a controller configured to control the applier ; and a surface detector configured to detect a surface condition of the liquid composition or the insulating layer on the electrode base or the functional layer , wherein the controller is configured to control the applier based on the surface condition of the liquid composition or the insulating layer detected by the surface detector , characterized in that the controller is configured to change a pattern to be formed on the electrode base or the functional layer to increase an amount of the liquid composition to be applied onto the electrode base or the functional layer . an applier configured to apply a liquid composition to form an insulating layer onto an electrode base or a functional layer on the electrode base ; a controller configured to control the applier ; and a surface detector configured to detect a surface condition of the liquid composition or the insulating layer on the electrode base or the functional layer , wherein the controller is configured to control the applier based on the surface condition of the liquid composition or the insulating layer detected by the surface detector , characterized in that the controller is configured to change a pattern to be formed on the electrode base or the functional layer to increase an amount of the liquid composition to be applied onto the electrode base or the functional layer .
A computer-implemented method comprising: receiving an indication that one or more portions of cache data are to be copied from an originating cluster having a specified number of replica nodes (115A-115C) to a destination cluster having an arbitrary number of replica nodes ; copying the one or more portions of cache data to a cache dump ; creating a log that identifies where the one or more portions of cache data are stored in the cache dump ; and copying the one or more portions of cache data from the cache dump to the replica nodes of the destination cluster , wherein the copying includes writing the copied data in a distributed manner, such that at least a portion of the copied data is distributed over each of the replica nodes in the destination cluster (116A-116D). receiving an indication that one or more portions of cache data are to be copied from an originating cluster having a specified number of replica nodes (115A-115C) to a destination cluster having an arbitrary number of replica nodes ; copying the one or more portions of cache data to a cache dump ; creating a log that identifies where the one or more portions of cache data are stored in the cache dump ; and copying the one or more portions of cache data from the cache dump to the replica nodes of the destination cluster , wherein the copying includes writing the copied data in a distributed manner, such that at least a portion of the copied data is distributed over each of the replica nodes in the destination cluster (116A-116D).
An electrode binder composition for a rechargeable battery comprising emulsion polymer particles comprising a1) first repeat units derived from conjugated diene monomers; one or more second repeat units selected from the group consisting of b1) repeat units derived from aromatic vinyl monomers, b2) repeat units derived from alkyl (meth)acrylate monomers, b3) repeat units derived from (meth)acryl amide monomers, b4) repeat units derived from nitrile based monomers, and b5) repeat units derived from unsaturated carboxylic acid monomers; and c1) third repeat units derived from monomers represented by the following Chemical Formula 1: in the Chemical Formula 1, R 1 is hydrogen, or a C1-10 alkyl group, X is hydrogen or a methyl group, Y is -NR 2 -, R 2 is hydrogen, or a C1-10 alkyl group, and Z is a C1-10 alkyl group. a1) first repeat units derived from conjugated diene monomers; one or more second repeat units selected from the group consisting of b1) repeat units derived from aromatic vinyl monomers, b2) repeat units derived from alkyl (meth)acrylate monomers, b3) repeat units derived from (meth)acryl amide monomers, b4) repeat units derived from nitrile based monomers, and b5) repeat units derived from unsaturated carboxylic acid monomers; and c1) third repeat units derived from monomers represented by the following Chemical Formula 1: in the Chemical Formula 1, R 1 is hydrogen, or a C1-10 alkyl group, X is hydrogen or a methyl group, Y is -NR 2 -, R 2 is hydrogen, or a C1-10 alkyl group, and Z is a C1-10 alkyl group. R 1 is hydrogen, or a C1-10 alkyl group, X is hydrogen or a methyl group, Y is -NR 2 -, R 2 is hydrogen, or a C1-10 alkyl group, and Z is a C1-10 alkyl group.
Pump for recirculating a cooling fluid for a vehicle, comprising: - a pump body , which is fixed during use; - an impeller mounted on a driven shaft ; - at least one friction coupling of the electromagnetic type, comprising a fixed electromagnet , a rotor (21;121) and an armature ; - movement take-up means (21c;121c) for taking up a rotational movement, configured to be connected to a movement source such as a shaft of the combustion engine of the vehicle; said movement take-up means being mounted on an outer bearing keyed onto the pump body ; - an electric motor for driving the driven shaft independently of the movement take-up means (21c; 121c); - a bell member (14;153) fastened to an end of the driven shaft opposite to that which carries the impeller, wherein the friction coupling is designed to rotationally couple/decouple the movement take-up means (21c;121c) and the bell member (14;153); and said electric motor is arranged inside the bell member on the opposite side to the impeller relative to the friction coupling ; characterized in that said movement take-up means (21c;121c) are formed on an outer circumferential edge of a shaped circular ring (21a;121a) which forms part of said rotor and are arranged in a position radially more outer lying than the electromagnet and/or the armature of the friction coupling. - a pump body , which is fixed during use; - an impeller mounted on a driven shaft ; - at least one friction coupling of the electromagnetic type, comprising a fixed electromagnet , a rotor (21;121) and an armature ; - movement take-up means (21c;121c) for taking up a rotational movement, configured to be connected to a movement source such as a shaft of the combustion engine of the vehicle; said movement take-up means being mounted on an outer bearing keyed onto the pump body ; - an electric motor for driving the driven shaft independently of the movement take-up means (21c; 121c); - a bell member (14;153) fastened to an end of the driven shaft opposite to that which carries the impeller, wherein the friction coupling is designed to rotationally couple/decouple the movement take-up means (21c;121c) and the bell member (14;153); and said electric motor is arranged inside the bell member on the opposite side to the impeller relative to the friction coupling ; characterized in that said movement take-up means (21c;121c) are formed on an outer circumferential edge of a shaped circular ring (21a;121a) which forms part of said rotor and are arranged in a position radially more outer lying than the electromagnet and/or the armature of the friction coupling.
A glass article comprising: a preform , and a complexly-curved continuous glass sheet that is bent to adopt a shape of the preform, the glass sheet having a first bend in a first portion of the sheet defining a first bend region and having a set of first bend line segments, and a second bend in a second portion of the sheet defining a second bend region and having a set of second bend line segments, wherein the continuous glass sheet comprises different levels of compressive stress at opposing major surfaces thereof in the first bend region and the second bend region, wherein the continuous glass sheet comprises a thickness in a range from 25 micrometers to 5 millimeters, wherein the first bend and the second bend comprise radii of curvature that are greater than 25 millimeters and less than 5 meters, and wherein the first bend line segments and the second bend line segments are independent, are not parallel, and do not intersect. a preform , and a complexly-curved continuous glass sheet that is bent to adopt a shape of the preform, the glass sheet having a first bend in a first portion of the sheet defining a first bend region and having a set of first bend line segments, and a second bend in a second portion of the sheet defining a second bend region and having a set of second bend line segments, wherein the continuous glass sheet comprises different levels of compressive stress at opposing major surfaces thereof in the first bend region and the second bend region, wherein the continuous glass sheet comprises a thickness in a range from 25 micrometers to 5 millimeters, wherein the first bend and the second bend comprise radii of curvature that are greater than 25 millimeters and less than 5 meters, and wherein the first bend line segments and the second bend line segments are independent, are not parallel, and do not intersect.
An assembly for connecting at least two components by means of a screw connection, with a screw which has a screw shank and a screw head with an outer contour which tapers towards the screw shank , a first component which is to be connected which has a connecting portion with an indentation in the region of the screw head which merges into a screw shank receptacle , and also a second component which is to be connected which has an opening for the screw shank to pass through with a deformation portion surrounding the opening , wherein the deformation portion when the screw is tightened is pressed by the screw head into the indentation and forms an annular projection protruding into the indentation , by which projection a lateral positive lock is formed between the components , characterised in that the connecting portion has a receiving thread for the screw and the first component which is to be connected is a vehicle body component and the second component which is to be connected is part of a strut of an undercarriage.
A split type air-conditioning apparatus comprising an indoor unit and an outdoor unit , the indoor unit including a housing , an indoor heat exchanger being disposed in the housing and configured to be supplied with a level of flammable refrigerant, and an indication section being provided on the housing characterised in that the indication section indicates one or both of an installation height for installation of the indoor unit in a room and a minimum floor area that must be available in the room for the air-conditioning apparatus as stipulated by an equation Mmax = 2.5 x (LFL) 1.25 x H0 x A 0.5 , which is a function of a lower flammability limit LFL of the refrigerant, the floor area A, and an installation height H0 of the indoor unit , with Mmax defining a the level of flammable refrigerant, wherein the installation height H0 is defined as 0.6 m for a floor installation type, 1.8 m for a wall mounted type, 1.0 m for a window mounted type, and 2.2 m for a ceiling mounted type, wherein either the housing is configured to be hung from a ceiling , and the indication section is provided in the housing at a position that faces an air inlet that is open to a lower surface of the housing , wherein the indication section is visually exposed from the outside through the air inlet , or the housing is configured to be embedded in a ceiling , and the indication section is provided on a lower surface of an electronics box , wherein the lower surface of the electronics box is visually exposed from the outside, or wherein the air-conditioning apparatus comprises an installation board , wherein the housing is configured to be installed on a wall via the installation board , and the indication section is provided on the installation board . the housing is configured to be hung from a ceiling , and the indication section is provided in the housing at a position that faces an air inlet that is open to a lower surface of the housing , wherein the indication section is visually exposed from the outside through the air inlet , or the housing is configured to be embedded in a ceiling , and the indication section is provided on a lower surface of an electronics box , wherein the lower surface of the electronics box is visually exposed from the outside, or wherein the air-conditioning apparatus comprises an installation board , wherein the housing is configured to be installed on a wall via the installation board , and the indication section is provided on the installation board .
A stapling assembly for use with a surgical stapler , comprising: a cartridge extending from a top surface to a bottom surface that is opposite the top surface , the top surface being a tissue-facing surface with a plurality of attachment features projecting therefrom; a plurality of staples disposed within the cartridge , the plurality of staples being configured to be deployed into tissue; and a knitted adjunct configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge , the adjunct comprising first and second knitted outer layers formed of fibers , and spacer fibers intertwined with and extending between the first and second knitted outer layers to thereby connect the layers together , the second knitted outer layer having a plurality of preformed recesses defined therein, each recess being configured to receive and engage at least a portion of at least one attachment feature of the plurality of attachment features to thereby retain the adjunct on the cartridge prior to staple deployment; characterized in that each attachment feature has a conical-shape with a first maximum diameter (X c1 ), and wherein each recess has an inverted conical-shape with a second maximum diameter (X a2 ), wherein the second maximum diameter (X a2 ) is less than or greater than the first maximum diameter (X c1 ). a cartridge extending from a top surface to a bottom surface that is opposite the top surface , the top surface being a tissue-facing surface with a plurality of attachment features projecting therefrom; a plurality of staples disposed within the cartridge , the plurality of staples being configured to be deployed into tissue; and a knitted adjunct configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge , the adjunct comprising first and second knitted outer layers formed of fibers , and spacer fibers intertwined with and extending between the first and second knitted outer layers to thereby connect the layers together , the second knitted outer layer having a plurality of preformed recesses defined therein, each recess being configured to receive and engage at least a portion of at least one attachment feature of the plurality of attachment features to thereby retain the adjunct on the cartridge prior to staple deployment; characterized in that each attachment feature has a conical-shape with a first maximum diameter (X c1 ), and wherein each recess has an inverted conical-shape with a second maximum diameter (X a2 ), wherein the second maximum diameter (X a2 ) is less than or greater than the first maximum diameter (X c1 ).
Biodegradable, biocompatible, water-suspensable nanoparticle , for generating a second-harmonic light signal upon illumination, comprising - a shell layer comprising a biodegradable polymer , wherein the shell layer encloses - a plurality of oligopeptides , wherein the plurality of oligopeptides is structured and lacks an inversion symmetry such that a second-harmonic light signal is generated by the structured plurality of oligopeptides upon illumination of the nanoparticle with light. - a shell layer comprising a biodegradable polymer , wherein the shell layer encloses - a plurality of oligopeptides , wherein the plurality of oligopeptides is structured and lacks an inversion symmetry such that a second-harmonic light signal is generated by the structured plurality of oligopeptides upon illumination of the nanoparticle with light.
A haptic effect enabled flexible device comprising: a flexible frame ; a processor located within the flexible frame , the processor being configured to receive a data stream and to generate a drive command based on the data stream, wherein the data stream comprises visual content; a flexible display coupled to the flexible frame and configured to display the visual content; and an actuator system coupled to the flexible frame configured to receive the drive command generated by the processor , wherein upon receipt of the drive command from the processor the actuator system is configured to cause deformation of the flexible device based on the drive command, the deformation including a plurality of bends at different locations in the flexible display based on the visual content. a flexible frame ; a processor located within the flexible frame , the processor being configured to receive a data stream and to generate a drive command based on the data stream, wherein the data stream comprises visual content; a flexible display coupled to the flexible frame and configured to display the visual content; and an actuator system coupled to the flexible frame configured to receive the drive command generated by the processor , wherein upon receipt of the drive command from the processor the actuator system is configured to cause deformation of the flexible device based on the drive command, the deformation including a plurality of bends at different locations in the flexible display based on the visual content.
A combustor can assembly for a gas turbine engine , said combustor can assembly comprising: a plurality of combustor cans spaced circumferentially about the gas turbine engine, each of said combustor cans coupled in flow communication with at least one fuel manifold via a respective can fuel line ; a first interconnecting fuel line comprising a first end and a second end , said first end coupled in flow communication with the can fuel line of a first of said combustor cans , said second end coupled in flow communication with the can fuel line of a second of said combustor cans , wherein said second combustor can is not circumferentially adjacent to said first combustor can ; characterised by a first control device operatively coupled to said can fuel line of said first combustor can upstream of said first interconnecting fuel line first end , said first control device operable to change a dynamic operational characteristic of said first and second combustor cans independently of others of said plurality of combustor cans in that said first control device is operable to impart a first oscillatory component having a first predetermined frequency to a flow of fuel through said can fuel line of said first combustor can and to a flow of fuel through said can fuel line of said second combustor can. a plurality of combustor cans spaced circumferentially about the gas turbine engine, each of said combustor cans coupled in flow communication with at least one fuel manifold via a respective can fuel line ; a first interconnecting fuel line comprising a first end and a second end , said first end coupled in flow communication with the can fuel line of a first of said combustor cans , said second end coupled in flow communication with the can fuel line of a second of said combustor cans , wherein said second combustor can is not circumferentially adjacent to said first combustor can ; characterised by a first control device operatively coupled to said can fuel line of said first combustor can upstream of said first interconnecting fuel line first end , said first control device operable to change a dynamic operational characteristic of said first and second combustor cans independently of others of said plurality of combustor cans in that said first control device is operable to impart a first oscillatory component having a first predetermined frequency to a flow of fuel through said can fuel line of said first combustor can and to a flow of fuel through said can fuel line of said second combustor can.
A method for proactively delivering push notifications in a chat information system (CIS) , the method comprising: identifying, by a processor of the CIS operatively coupled to a memory , at least one triggering event; providing, by the processor of the CIS, a push notification to a user device using at least in part the CIS , the push notification being based on the at least one triggering event; receiving, by the user device, the push notification comprising metadata for the user device to submit to a networked server; in response to the push notification being opened by a user of the user device, generating, by the user device , a request to obtain information associated with the at least one triggering event from the networked server, wherein the request comprises the metadata; receiving, by the user device, from the networked server, the requested information in response to the request; generating, by the user device, a push notification message on the fly for the user, wherein the push notification message contains the information received from the networked server and is associated, at least in part, with the at least one triggering event; and providing, by the user device, the push notification message to the user. identifying, by a processor of the CIS operatively coupled to a memory , at least one triggering event; providing, by the processor of the CIS, a push notification to a user device using at least in part the CIS , the push notification being based on the at least one triggering event; receiving, by the user device, the push notification comprising metadata for the user device to submit to a networked server; in response to the push notification being opened by a user of the user device, generating, by the user device , a request to obtain information associated with the at least one triggering event from the networked server, wherein the request comprises the metadata; receiving, by the user device, from the networked server, the requested information in response to the request; generating, by the user device, a push notification message on the fly for the user, wherein the push notification message contains the information received from the networked server and is associated, at least in part, with the at least one triggering event; and providing, by the user device, the push notification message to the user.