mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a solid electrolytic capacitor comprising a porous anode body made of a valve metal having a dielectric film on a surface thereof, and a solid electrolyte layer disposed on a surface of the dielectric film, the method comprising: a step of, in a liquid comprising a polyanion and an aqueous medium, polymerizing a monomer compound for obtaining a conjugated electrically conductive polymer to obtain a dispersion containing the conjugated electrically conductive polymer and subjecting the dispersion to a dispersion treatment to obtain a dispersion containing the conjugated electrically conductive polymer; a step of depositing the dispersion on a porous anode body made of a valve metal having a dielectric film on a surface thereof; and a step of removing the aqueous medium from the dispersion deposited on the porous anode body to form a solid electrolyte layer, wherein the step comprises pausing the dispersion treatment and allowing the dispersion to stand to cause the dispersion to thicken, wherein the pausing is performed once or several times, and the pausing time is from 1 to 6000 minutes in total and is from 1 to 300 minutes per pausing. a step of, in a liquid comprising a polyanion and an aqueous medium, polymerizing a monomer compound for obtaining a conjugated electrically conductive polymer to obtain a dispersion containing the conjugated electrically conductive polymer and subjecting the dispersion to a dispersion treatment to obtain a dispersion containing the conjugated electrically conductive polymer; a step of depositing the dispersion on a porous anode body made of a valve metal having a dielectric film on a surface thereof; and a step of removing the aqueous medium from the dispersion deposited on the porous anode body to form a solid electrolyte layer, wherein the step comprises pausing the dispersion treatment and allowing the dispersion to stand to cause the dispersion to thicken, wherein the pausing is performed once or several times, and the pausing time is from 1 to 6000 minutes in total and is from 1 to 300 minutes per pausing.
Electromechanical dual-circuit steering system for a utility vehicle having two steering systems (1a, b), each comprising a drive unit for actuating a respective steering linkage (5a, b) for wheels (6a, b, c, d) of the utility vehicle, wherein each drive unit has a respective electric motor, wherein the dual-circuit steering system has a main power supply for supplying the electric motors with energy, characterized in that the dual-circuit steering system has at least one emergency power supply for supplying one electric motor of the one steering system with energy in the event of a failure of the main power supply, and the other steering system is made rigid.
Clamp device for retaining a container in a container-handling apparatus, preferably for retaining a drinks container in a container-handling apparatus of a bottling plant, comprising two clamp arms which can be moved relative to one another, wherein at least one clamp arm has an interchangeable clamp jaw with a retaining portion for retaining the container which is to be retained, wherein the clamp jaw is formed in one piece and has a latching element for undergoing a form fit with a recess formed in the associated clamp arm, wherein the latching element comprises an elastically deformable region and is formed in the manner of a snap-in hook, characterized in that the latching element comprises a chamfer portion which is inclined counter to a push-on direction, in which the clamp jaw can be pushed onto the associated clamp arm, and the latching element comprises an interaction segment for the purpose of releasing the form fit, wherein actuation of the interaction element makes it possible for the locking of the clamp jaw on the clamp arm to be released such that the clamp jaw can be removed from the clamp arm. the clamp jaw is formed in one piece and has a latching element for undergoing a form fit with a recess formed in the associated clamp arm, wherein the latching element comprises an elastically deformable region and is formed in the manner of a snap-in hook, characterized in that the latching element comprises a chamfer portion which is inclined counter to a push-on direction, in which the clamp jaw can be pushed onto the associated clamp arm, and the latching element comprises an interaction segment for the purpose of releasing the form fit, wherein actuation of the interaction element makes it possible for the locking of the clamp jaw on the clamp arm to be released such that the clamp jaw can be removed from the clamp arm.
A device for securing one or more lines of suture, comprising: a body defining a plurality of axially spaced-apart layers (408, 410), each of the layers (408, 410) comprising: an inner axial surface; an outer axial surface; and a suture opening extending from the inner axial surface to the outer axial surface and having an open configuration and a closed configuration; wherein one or more lines of suture can be passed through the suture openings when in the open configuration and the one or more lines of suture are restricted by opposing surfaces of the suture openings from sliding through the suture openings in at least one longitudinal direction of the one or more lines of suture when the suture openings are in the closed configuration, characterized in that the body is generally disc-shaped and the suture openings are biased toward the closed position. an inner axial surface; an outer axial surface; and a suture opening extending from the inner axial surface to the outer axial surface and having an open configuration and a closed configuration; wherein one or more lines of suture can be passed through the suture openings when in the open configuration and the one or more lines of suture are restricted by opposing surfaces of the suture openings from sliding through the suture openings in at least one longitudinal direction of the one or more lines of suture when the suture openings are in the closed configuration, characterized in that the body is generally disc-shaped and the suture openings are biased toward the closed position.
A generator stator configuration, comprising 1.1 a stiffened stator core having a multitude of stator plates (2, 2.1, 2.2, 2.3, 2.n), which have stator teeth on the radial inner periphery of the stator core, each stator plate (2, 2.1, 2.2, 2.3, 2.n) having a material bond on the radial outer periphery on at least one connection point to an adjacent stator plate (2, 2.1, 2.2, 2.3, 2.n) and/or to a stiffening element; the stiffening element additionally produces a connection between a first compression ring and a second compression ring, which are situated at the axial ends of the stator core, at least one of the compression rings (7, 8) having recesses (15.1, 15.2), which run in a diagonal position to the radial direction, and which are used to receive the stiffening elements; and 1.2 a spring-elastic support structure for implementing an elastic foundation connection for the stiffened stator core. 1.1 a stiffened stator core having a multitude of stator plates (2, 2.1, 2.2, 2.3, 2.n), which have stator teeth on the radial inner periphery of the stator core, each stator plate (2, 2.1, 2.2, 2.3, 2.n) having a material bond on the radial outer periphery on at least one connection point to an adjacent stator plate (2, 2.1, 2.2, 2.3, 2.n) and/or to a stiffening element; the stiffening element additionally produces a connection between a first compression ring and a second compression ring, which are situated at the axial ends of the stator core, at least one of the compression rings (7, 8) having recesses (15.1, 15.2), which run in a diagonal position to the radial direction, and which are used to receive the stiffening elements; and 1.2 a spring-elastic support structure for implementing an elastic foundation connection for the stiffened stator core.
A sensor-based shaving method of analyzing a user's shave event for determining a unique threshold value of the user, the sensor-based shaving method comprising the steps of: a. providing a grooming device to a user, the grooming device comprising: i. a handle comprising a connecting structure, and ii. a hair cutting implement, the hair cutting implement being connected to the connecting structure; b. providing a shave event sensor to the user, the shave event sensor configured to measure a user behavior associated with a shave event; c. providing a communication device to the user; d. collecting a first dataset from the shave event sensor, the first dataset comprising shave data defining the shave event; characterized in that the method further comprises the steps of: e. analyzing the first dataset to determine baseline behavior data of the user; f. analyzing the baseline behavior data to determine a unique threshold value of the user that is different from the baseline behavior data; g. comparing one or more subsequent datasets, each comprising shave data of one or more corresponding shave events, to the unique threshold value of the user to determine comparison data, and; h. providing, based on the comparison data, an indication to indicate a deviation from the threshold value and to influence the user behavior. a. providing a grooming device to a user, the grooming device comprising: i. a handle comprising a connecting structure, and ii. a hair cutting implement, the hair cutting implement being connected to the connecting structure; i. a handle comprising a connecting structure, and ii. a hair cutting implement, the hair cutting implement being connected to the connecting structure; b. providing a shave event sensor to the user, the shave event sensor configured to measure a user behavior associated with a shave event; c. providing a communication device to the user; d. collecting a first dataset from the shave event sensor, the first dataset comprising shave data defining the shave event; characterized in that the method further comprises the steps of: e. analyzing the first dataset to determine baseline behavior data of the user; f. analyzing the baseline behavior data to determine a unique threshold value of the user that is different from the baseline behavior data; g. comparing one or more subsequent datasets, each comprising shave data of one or more corresponding shave events, to the unique threshold value of the user to determine comparison data, and; h. providing, based on the comparison data, an indication to indicate a deviation from the threshold value and to influence the user behavior.
Breastshield unit for use with a breastpump for expressing human breastmilk by means of underpressure, wherein the breastshield unit has a dimensionally stable breastshield and a flexible breastshield insert for placing in the breastshield, wherein the breastshield has a first, open breastshield end for placing on a mother's breast, wherein the breastshield insert has a first insert end and a second insert end, a breast pad adjoining the first insert end as well as a stub, wherein the breast pad comprises a bearing surface for bearing on the mother's breast and a receiving opening, wherein the stub is formed integrally on the breast pad, wherein the first and second insert ends (34, 32) define a longitudinal direction (a), wherein the first, open breastshield end has a peripheral edge, on which the breastshield insert is or can be secured with the first insert end, wherein the breastshield insert, in the assembled state, extends from this first insert end in the inside of the breastshield to the second insert end, and wherein the breastshield insert, between the first and second insert ends (34, 32), extends substantially spaced apart from the breastshield, wherein, in the assembled state of the breastshield insert, the second insert end is displaceable in the longitudinal direction (a) relative to the breastshield, characterized in that the breast pad extends approximately perpendicularly with respect to the longitudinal direction (a) prior to the bearing on the mother's breast and is designed approximately flat prior to the bearing on the mother's breast.
Applicator for the perioperative disinfection of a medical instrument to be inserted into invasively generated body openings, wherein the applicator is designed in such a way that a viscous or foam-like, anti-infectious composition can be applied to a surface of the medical instrument by a relative movement between the applicator and the medical instrument, characterised in that the applicator, which is preferably located at the rear in the direction of movement, comprises a retaining device for the anti-infectious composition, wherein the applicator is formed as an substantially hollow reservoir with a conically tapering section which is preferably located at the rear in the direction of movement.
A method of removing, by an imaging processing device, remanence artifacts from an image (f n) of a sequence of images captured by an infrared imaging device, the method comprising: - generating a remanence measure (ω* n,x) for at least some pixels in the image (f n) based on a difference between the pixels values of the image (f n) and the pixel values a previous image (f n-1) of the sequence; and - removing remanence artifacts from at least some pixels of the image (f n) based on a remanence estimation (μ ω,n,x) for each of the at least some pixels, each remanence estimation being generated based on the remanence measure (ω* n,x) and on one or more previous remanence estimations of the at least some pixels and on a model of the exponential decay of the remanence. - generating a remanence measure (ω* n,x) for at least some pixels in the image (f n) based on a difference between the pixels values of the image (f n) and the pixel values a previous image (f n-1) of the sequence; and - removing remanence artifacts from at least some pixels of the image (f n) based on a remanence estimation (μ ω,n,x) for each of the at least some pixels, each remanence estimation being generated based on the remanence measure (ω* n,x) and on one or more previous remanence estimations of the at least some pixels and on a model of the exponential decay of the remanence.
A communication system, comprising a server for transmitting video data constituted by a plurality of frames to a terminal and the terminal, wherein the terminal includes: input units (16, 28) in which the video data is input; and a replay control unit which performs control so that during a period in which video data of the same frame is not consecutive among the video data of the plurality of frames, a first electric energy amount is used for replaying the video data input to the input units (16, 28), whereas during a period in which video data of the same frame is consecutive among the video data of the plurality of frames, a second electric energy amount which is smaller than the first electric energy amount is used for replaying the video data input to the input units (16, 28), characterised in that the replay control unit makes the second electric energy amount smaller than the first electric energy amount by reducing an electric power supply amount to a function to replay the video data. input units (16, 28) in which the video data is input; and a replay control unit which performs control so that during a period in which video data of the same frame is not consecutive among the video data of the plurality of frames, a first electric energy amount is used for replaying the video data input to the input units (16, 28), whereas during a period in which video data of the same frame is consecutive among the video data of the plurality of frames, a second electric energy amount which is smaller than the first electric energy amount is used for replaying the video data input to the input units (16, 28), characterised in that
Device for welding welding material in a compression space by means of ultrasound, in particular for welding elongate welding material, preferably electrical conductors, wherein the compression space, in a welding position (C, C'), is enclosed by sections of mutually adjoining limiting surfaces (4, 6, 8, 17), which limiting surfaces comprise a.) a welding surface which is formed on a sonotrode that transmits ultrasonic vibrations, b.) an anvil surface which is formed on an anvil and, in the welding position (C, C'), is arranged as a counter surface opposite the welding surface, c.) a lateral surface which is formed on a lateral limiting element, d.) a pusher surface which is formed on a pusher element and is arranged opposite the lateral surface, wherein the compression space can be brought into an insertion position for introduction of the welding material, in which position the compression space is at least partially open at an insertion opening for insertion of the welding material in an insertion direction, characterized in that at least one of the limiting surfaces is designed to be movable such that an orientation relative to the opposite limiting surface can be changed, in particular on transitioning from the insertion position into the welding position (C, C'), wherein preferably the at least one limiting surface is the pusher surface, and the opposite limiting surface is the lateral surface. a.) a welding surface which is formed on a sonotrode that transmits ultrasonic vibrations, b.) an anvil surface which is formed on an anvil and, in the welding position (C, C'), is arranged as a counter surface opposite the welding surface, c.) a lateral surface which is formed on a lateral limiting element, d.) a pusher surface which is formed on a pusher element and is arranged opposite the lateral surface,
Display device for a motor vehicle, comprising: - two or more displays (11, 12) arranged next to one another, wherein the two or more displays (11, 12) have display housings and are optically bonded to a respective cover glass; and - a holding frame connecting the two or more displays (11, 12) with one another; characterized in that the display device has at least one compensating element integrated into the holding frame or into a display housing, with an adjustment capability for aligning the two or more displays (11, 12) relative to one another at least perpendicular to a display surface. - two or more displays (11, 12) arranged next to one another, wherein the two or more displays (11, 12) have display housings and are optically bonded to a respective cover glass; and - a holding frame connecting the two or more displays (11, 12) with one another;
A computer-implemented method comprising: receiving a request at a data center of a Program Execution Service, PES, from a computing device to access a virtual desktop instance, the request identifying a user of the computing device; identifying a first virtual desktop instance corresponding to the request; causing a desktop store to attach to the first virtual desktop instance, the desktop store including a desktop profile for the user, wherein a first operating system running within the first virtual desktop instance is personalized according to the desktop profile for the user and one or more operating system folders are mapped to storage in the desktop store for the user; providing, to the computing device, access to the first virtual desktop instance; determining an event related to the first virtual desktop instance, wherein the event related to the first virtual desktop instance prevents the computing device from accessing the first virtual desktop instance; identifying a second virtual desktop instance corresponding to the request; and causing the desktop store to detach from the first virtual desktop instance and to attach to the second virtual desktop instance, wherein a second operating system running within the second virtual desktop instance is personalized according to the desktop profile for the user and to one or more operating system folders mapped to storage in the desktop store for the user; and providing, to the computing device, access to a second virtual desktop instance. receiving a request at a data center of a Program Execution Service, PES, from a computing device to access a virtual desktop instance, the request identifying a user of the computing device; identifying a first virtual desktop instance corresponding to the request; causing a desktop store to attach to the first virtual desktop instance, the desktop store including a desktop profile for the user, wherein a first operating system running within the first virtual desktop instance is personalized according to the desktop profile for the user and one or more operating system folders are mapped to storage in the desktop store for the user; providing, to the computing device, access to the first virtual desktop instance; determining an event related to the first virtual desktop instance, wherein the event related to the first virtual desktop instance prevents the computing device from accessing the first virtual desktop instance; identifying a second virtual desktop instance corresponding to the request; and causing the desktop store to detach from the first virtual desktop instance and to attach to the second virtual desktop instance, wherein a second operating system running within the second virtual desktop instance is personalized according to the desktop profile for the user and to one or more operating system folders mapped to storage in the desktop store for the user; and providing, to the computing device, access to a second virtual desktop instance.
Grinding plate for a hand-held grinder, with a drive holder for non-rotatable attachment to a drive of the hand-held grinder, so that the grinding plate can be driven by the grinder to perform a grinding movement suitable for a grinding machining of a workpiece, in particular a rotational and/or eccentric movement, wherein a grinding plate body of the grinding plate has a machining surface provided with an adhesive layer for the releasable attachment of an abrasive provided with a mating adhesive layer, being in particular designed as a grinding sheet and having an abrasion layer for an abrasive machining of the workpiece, wherein at the machining surface there are located dust-laden air inflow openings for dust-laden air generated during the machining of the workpiece, loaded with dust and entering through dust-laden air through-flow openings of the abrasive (80; 180) along a main flow direction, which dust-laden air inflow openings are connected to at least one dust-laden air outflow opening at a machine side of the grinding plate remote from the machining surface by way of an extraction passage arrangement, so that, if the grinding plate is mounted at the grinder, an extraction device of the grinder can draw in dust-laden air entering the dust-laden air inflow openings through the at least one dust-laden air outflow opening, wherein the grinding plate has at least one dust-laden air passage (61, 63), which has a dust-laden air inlet (62, 64) between the abrasion layer of the abrasive and the machine side of the grinding plate for conveying dust away from the environment of the abrasion layer and is in direct flow-connection with the at least one dust-laden air outflow opening away from the abrasion layer, characterised in that it has at least one supply air passage, which has at least one inward-flow opening away from the machining surface, in particular at an outer circumference of the grinding plate and/or at an inner circumference of an opening communicating with the drive holder and located at the machining surface, and at least one supply air outward-flow opening at the machining surface, so that back-flow air can flow in through the at least one inward-flow opening and out from the at least one supply air outward-flow opening, in order to flow towards the dust-laden air inflow openings between the abrasive and the grinding plate to form a back-flow airflow.