mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a brush, comprising the following steps: (a) manufacturing a bristle carrier from a thermoplastic material with through-holes and a circumferential edge surrounding these holes; (b) fastening brush elements such as bristles, bundles of bristles, cleaning elements made from an elastomeric material, and natural fibers in the holes of the bristle carrier; (c) forming a cover part as a component of a brush body from a thermoplastic material with a mounting area for the bristle carrier and with sacrificial structures integrally molded in the mounting area and a connecting edge surrounding the mounting area; (d) plasticizing the circumferential edge of the bristle carrier, the sacrificial structures of the cover part, and the connecting edge of the cover part by heating; (e) pressing the bristle carrier and the cover part against each other, wherein - the plasticized circumferential edge of the bristle carrier is welded to the plasticized connecting edge of the cover part; - the outer surface, excluded from the plasticizing, of the cover part retains its shape; and - the plasticized mass of the sacrificial structures flows into the volume bordered by the connecting edge of the cover part and remaining between the bristle carrier and the cover part, and at least largely fills this volume. (a) manufacturing a bristle carrier from a thermoplastic material with through-holes and a circumferential edge surrounding these holes; (b) fastening brush elements such as bristles, bundles of bristles, cleaning elements made from an elastomeric material, and natural fibers in the holes of the bristle carrier; (c) forming a cover part as a component of a brush body from a thermoplastic material with a mounting area for the bristle carrier and with sacrificial structures integrally molded in the mounting area and a connecting edge surrounding the mounting area; (d) plasticizing the circumferential edge of the bristle carrier, the sacrificial structures of the cover part, and the connecting edge of the cover part by heating; (e) pressing the bristle carrier and the cover part against each other, wherein - the plasticized circumferential edge of the bristle carrier is welded to the plasticized connecting edge of the cover part; - the outer surface, excluded from the plasticizing, of the cover part retains its shape; and - the plasticized mass of the sacrificial structures flows into the volume bordered by the connecting edge of the cover part and remaining between the bristle carrier and the cover part, and at least largely fills this volume. - the plasticized circumferential edge of the bristle carrier is welded to the plasticized connecting edge of the cover part; - the outer surface, excluded from the plasticizing, of the cover part retains its shape; and - the plasticized mass of the sacrificial structures flows into the volume bordered by the connecting edge of the cover part and remaining between the bristle carrier and the cover part, and at least largely fills this volume.
A fixing structure of a battery post terminal (1, 101, 201, 301), comprising: a battery post terminal (10, 110) having left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R) each having an inclined surface formed thereon, and an electrode fitting part integrally formed with the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R), and sandwiching, from both sides, side surfaces of a battery post by performing pressing to narrow a space between the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R); a slope member having four leg parts each having a slope formed thereon whose inclination angle is the same as that of the inclined surface, and pressing the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R) by being moved in an up-and-down direction while making the slopes to be brought into contact with the inclined surfaces; and a bolt (50, 150) having a screw part inserted in the up-and-down direction between the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R), and moving said slope member in the up-and-down direction by being fastened, wherein the four leg parts are disposed with a space provided therebetween along an outer periphery of the screw part, the screw part being set as a center, when said battery post terminal (1, 101, 201, 301) is seen from the up-and-down direction, and the leg parts are configured to be bumped against a head part (52, 152) of said bolt (50, 150) in a state where said bolt (50, 150) is fastened. a battery post terminal (10, 110) having left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R) each having an inclined surface formed thereon, and an electrode fitting part integrally formed with the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R), and sandwiching, from both sides, side surfaces of a battery post by performing pressing to narrow a space between the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R); a slope member having four leg parts each having a slope formed thereon whose inclination angle is the same as that of the inclined surface, and pressing the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R) by being moved in an up-and-down direction while making the slopes to be brought into contact with the inclined surfaces; and a bolt (50, 150) having a screw part inserted in the up-and-down direction between the left and right extended portions (32L, 132L, 332L, 32R, 132R, 332R), and moving said slope member in the up-and-down direction by being fastened, wherein the four leg parts are disposed with a space provided therebetween along an outer periphery of the screw part, the screw part being set as a center, when said battery post terminal (1, 101, 201, 301) is seen from the up-and-down direction, and the leg parts are configured to be bumped against a head part (52, 152) of said bolt (50, 150) in a state where said bolt (50, 150) is fastened.
A joint of an articulated vehicle comprising a male and a female joint segment, which are connected to one another by a pivot pin and an elastically flexible joint mechanism, wherein the joint mechanism comprises at least one bush bearing as a metal-elastomer bearing, which can be accommodated in the male joint segment and which can be pre-stressed on the male joint segment against the pivot pin, characterized in that the joint mechanism comprises at least one flange bearing (24, 26) as a metal-elastomer bearing, which is disposed in a pre-stressed manner between the male and the female joint segment.
An integrated security arrangement, comprising: a plurality of intrusion sensors (10, 204); a motion sensor (20, 204) to sense motion in a target area; an image-capture device (25, 202) physically integrated with the motion sensor (20, 204) to capture images of the target area in response to the motion sensor (20, 204), when the motion sensor is armed in response to at least one selected one of the intrusion sensors (10, 204); and a control arrangement (45, 206) including a mapping database that contains data used to associate one or more of the plurality of intrusion sensors with the image-capture device and to permit a user to configure the mapping database to select said at least one of the plurality of intrusion sensors to which the image-capture device is responsive, so that the corresponding motion sensor of the image-capture device may be armed in response to the one or more associated intrusion sensors. a plurality of intrusion sensors (10, 204); a motion sensor (20, 204) to sense motion in a target area; an image-capture device (25, 202) physically integrated with the motion sensor (20, 204) to capture images of the target area in response to the motion sensor (20, 204), when the motion sensor is armed in response to at least one selected one of the intrusion sensors (10, 204); and a control arrangement (45, 206) including a mapping database that contains data used to associate one or more of the plurality of intrusion sensors with the image-capture device and to permit a user to configure the mapping database to select said at least one of the plurality of intrusion sensors to which the image-capture device is responsive, so that the corresponding motion sensor of the image-capture device may be armed in response to the one or more associated intrusion sensors.
A storage bin assembly for a refrigerator comprising: a base portion having opposed outer end side walls upwardly extending from the base portion; a flap pivotably coupled to the opposed outer end side walls by way of hinge arms positioned at each end of the flap, wherein each of the hinge arms includes an arm flap extending at right angles from each hinge arm, a pivot member being positioned on an outer flap surface of each arm flap, wherein the flap is configured to rotate between a closed position and an open position of the storage bin assembly, wherein in the open position the flap is positioned beneath the base portion; a top cover coupled to a receiving slot portion of the opposed outer end side walls, wherein a first magnetic member is positioned in a holding member proximate the top cover; and a second magnetic member is positioned in a receiving member of the flap that selectively engages the first magnetic member in the closed position to define a magnetic connection. a base portion having opposed outer end side walls upwardly extending from the base portion; a flap pivotably coupled to the opposed outer end side walls by way of hinge arms positioned at each end of the flap, wherein each of the hinge arms includes an arm flap extending at right angles from each hinge arm, a pivot member being positioned on an outer flap surface of each arm flap, wherein the flap is configured to rotate between a closed position and an open position of the storage bin assembly, wherein in the open position the flap is positioned beneath the base portion; a top cover coupled to a receiving slot portion of the opposed outer end side walls, wherein a first magnetic member is positioned in a holding member proximate the top cover; and a second magnetic member is positioned in a receiving member of the flap that selectively engages the first magnetic member in the closed position to define a magnetic connection.
Shut-off valve for a fluid-conducting system of a utility vehicle for interrupting and/or releasing a flow of fluid between a supply line and a spray nozzle, having a measuring device for detecting the flow of fluid, wherein the measuring device has at least a first magnetic element and a second magnetic element for generating a common magnetic field, wherein the magnetic elements (80, 84) are arranged in such a way that the fluid can at least partially flow through the magnetic field, and wherein the measuring device (92, 126) has at least one sensor (88, 90) which can detect a charge displacement of charged particles in the fluid and which can output a measurement signal as a function of the charge displacement, characterized by an inflow line which is embodied as a first pipeline, and an outflow line which is embodied as a second pipeline wherein the first and second pipelines (60, 62) are arranged concentrically with respect to one another, and wherein at least one of the magnetic elements (80, 84) is arranged on one of the pipelines (60, 62).
A system for outputting instructions when an aircraft is not responding to a roll-angle alert, the system comprising: one or more altitude sensors configured to determine one of altitude above ground level or barometric altitude; one or more roll-angle sensors configured to determine roll-angle of the vehicle; a processor configured to receive the altitude and roll-angle information, determine if a roll-angle condition exists based on the received altitude and roll-angle information, and generate a roll-angle alert signal if a roll-angle alert condition exists; and one or more output devices configured to output one or more of an audio or video signal indicating an alert condition exists if the processor generated the roll-angle alert signal, wherein the processor is further configured to determine if the alert condition still exists after one of a predefined period of time, the vehicle roll-angle is deteriorating away from a desired threshold, or vehicle roll-angle rate is greater than a roll-angle rate threshold, generate a roll-direction signal, different from the roll-angle alert signal, based upon vehicle position relative to the horizon, if one of the condition still exists after the time delay, the vehicle roll-angle has deteriorated away from the desired threshold, or the roll-angle rate is greater than a roll-angle rate threshold, and output the determined roll-direction signal via the one or more output devices; wherein the roll-direction signal includes a visual signal that, if properly responded to by the pilot of the vehicle, would result in the least amount of roll in order to get the vehicle back to level flight. one or more altitude sensors configured to determine one of altitude above ground level or barometric altitude; one or more roll-angle sensors configured to determine roll-angle of the vehicle; a processor configured to receive the altitude and roll-angle information, determine if a roll-angle condition exists based on the received altitude and roll-angle information, and generate a roll-angle alert signal if a roll-angle alert condition exists; and one or more output devices configured to output one or more of an audio or video signal indicating an alert condition exists if the processor generated the roll-angle alert signal, wherein the processor is further configured to determine if the alert condition still exists after one of a predefined period of time, the vehicle roll-angle is deteriorating away from a desired threshold, or vehicle roll-angle rate is greater than a roll-angle rate threshold, generate a roll-direction signal, different from the roll-angle alert signal, based upon vehicle position relative to the horizon, if one of the condition still exists after the time delay, the vehicle roll-angle has deteriorated away from the desired threshold, or the roll-angle rate is greater than a roll-angle rate threshold, and output the determined roll-direction signal via the one or more output devices; wherein the roll-direction signal includes a visual signal that, if properly responded to by the pilot of the vehicle, would result in the least amount of roll in order to get the vehicle back to level flight.
A composition for use in enhancing or restoring lacrimal gland tearing in an eye of a mammal in need thereof by topical administration to the eye, the composition being an aqueous solution comprising cyclosporin A at a concentration of from 0.0001% (w/v) to less than 0.05% (w/v) and polysorbate 80 and containing no hyaluronic acid.
Heatable contact sensor having an optical waveguide and an electrical heat conductor, characterized in that the electrical heat conductor is a layer of an electrically conductive material that is arranged around the optical waveguide.
Cartridge comprising a data storage unit for a hand-held device for measuring an analyte concentration in a body fluid sample, wherein the hand-held device has an interface and the cartridge contains consumables for several measurements with detection reagents that effect a detection reaction when exposed to the body fluid sample, wherein the data storage unit for the hand-held device is exchangeable, characterized in that a data carrier is attached to the cartridge and contains a calibration information for the consumables contained in the cartridge, supplementary data is stored in the data storage unit which is transmitted via the interface to the hand-held device and during the analysis of a measuring signal interacts with a calibration information that is stored on the data carrier of the cartridge that is inserted in the device, and a consumables identification is stored on the data carrier, which is used by the processor after insertion of the cartridge into the hand-held device to determine whether the calibration information of the data carrier. which is attached to the cartridge, matches the supplementary data stored in the data storage unit and it is thereby possible to determine whether a reliable measurement of an analyte concentration in the body fluid sample is feasible by means of the consumables of the inserted cartridge combined with the supplementary data. characterized in that a data carrier is attached to the cartridge and contains a calibration information for the consumables contained in the cartridge, supplementary data is stored in the data storage unit which is transmitted via the interface to the hand-held device and during the analysis of a measuring signal interacts with a calibration information that is stored on the data carrier of the cartridge that is inserted in the device, and a consumables identification is stored on the data carrier, which is used by the processor after insertion of the cartridge into the hand-held device to determine whether the calibration information of the data carrier. which is attached to the cartridge, matches the supplementary data stored in the data storage unit and it is thereby possible to determine whether a reliable measurement of an analyte concentration in the body fluid sample is feasible by means of the consumables of the inserted cartridge combined with the supplementary data.
An ophthalmic lens for at least one of slowing, retarding or preventing myopia progression, the ophthalmic lens comprising: a center treatment zone; a myopia correction zone surrounding the center zone, wherein the myopia correction zone exhibits a negative optical power for myopic vision correction, and wherein the center zone exhibits an ADD power relative to the myopia correction zone; and at least one treatment zone surrounding the center zone and disposed radially outwardly from the myopia correction zone, the at least one treatment zone having a power profile comprising a positive power relative to the myopia correction zone, wherein the at least one treatment zone has a surface shape comprising a portion of a toroidal shape and an annular configuration having a shared radial axis with the center zone, and wherein the at least one treatment zone generates a focal ring, with the locus of each of the infinite focal points on the ring being displaced, non-coaxial, from the geometric axis of the center zone, and wherein the at least one treatment zone is so arranged as to form a continuous surface with other zones of the lens or being joined by an optically dysfunctional, transition region to allow the individual zones to form a continuous surface. a center treatment zone; a myopia correction zone surrounding the center zone, wherein the myopia correction zone exhibits a negative optical power for myopic vision correction, and wherein the center zone exhibits an ADD power relative to the myopia correction zone; and at least one treatment zone surrounding the center zone and disposed radially outwardly from the myopia correction zone, the at least one treatment zone having a power profile comprising a positive power relative to the myopia correction zone, wherein the at least one treatment zone has a surface shape comprising a portion of a toroidal shape and an annular configuration having a shared radial axis with the center zone, and wherein the at least one treatment zone generates a focal ring, with the locus of each of the infinite focal points on the ring being displaced, non-coaxial, from the geometric axis of the center zone, and wherein the at least one treatment zone is so arranged as to form a continuous surface with other zones of the lens or being joined by an optically dysfunctional, transition region to allow the individual zones to form a continuous surface.
A sectional door for load carriers in freight transport, comprising a door leaf of panels which are connected in an articulated manner and which are pivotally connected by screw-on strips and guided in lateral runner rails, wherein the panels comprise at their upper narrow side a convex profile section, which is adjoined at the door leaf inner side by a step-shaped shoulder, wherein, at their lower narrow side, the panels comprise a rib, which in the closed state of the door leaf engages in the step-shaped shoulder at the upper narrow side of the adjacent panel, and wherein the screw-on strips include a pivoting arm, which is arranged pivotably between two side cheeks of a bracket and is connected by an axle to the bracket, characterised in that the panels consist of extruded hollow profiles, which comprise a plurality of chambers bounded by transverse webs, wherein the rib at the lower narrow side of the panels is constituted as a single-wall projection of the hollow profile and wherein the corresponding step-shaped shoulder is integrally moulded into the hollow profile at the upper narrow side of the panels, that the bracket of the screw-on strips is arranged in a recess of the hollow profiles, such that the axle of the screw-on strips is substantially aligned with the surface of the panel at the inner side of the door leaf, and that the hollow profile comprises a transverse web to stiffen the seating surface for the brackets, said transverse web extending from the panel surface on the outer side of the door leaf up to the panel surface on the inner side of the door leaf and being integrally moulded on the seating surface for the brackets at the level of the axle of the screw-on strips.