mhurhangee/ep-ind-claims huggingface dataset:
Method of activating an electromagnetic lift brake, which lift brake can be released and kept released by means of a coil, comprising the steps of: - applying an actuating voltage to the coil for keeping the lift brake released, - receiving a rapid actuation signal delivered by a control and - subsequently switching a dissipation device by the rapid actuation signal so that a magnetic energy stored in the coil rapidly dissipates or is discharged and the lift brake is rapidly applied, wherein - on switching of the dissipation device the rapid actuation signal transiently switches at least one switching unit (50A, 50B, 50C, 50D) so that a dissipation voltage directed oppositely to the actuating voltage is connected with the coil or - on switching of the dissipation device the rapid actuation signal switches at least one switching unit (50A, 50B, 50C, 50D) so that the coil is short-circuited. - applying an actuating voltage to the coil for keeping the lift brake released, - receiving a rapid actuation signal delivered by a control and - subsequently switching a dissipation device by the rapid actuation signal so that a magnetic energy stored in the coil rapidly dissipates or is discharged and the lift brake is rapidly applied, wherein - on switching of the dissipation device the rapid actuation signal transiently switches at least one switching unit (50A, 50B, 50C, 50D) so that a dissipation voltage directed oppositely to the actuating voltage is connected with the coil or - on switching of the dissipation device the rapid actuation signal switches at least one switching unit (50A, 50B, 50C, 50D) so that the coil is short-circuited. - on switching of the dissipation device the rapid actuation signal transiently switches at least one switching unit (50A, 50B, 50C, 50D) so that a dissipation voltage directed oppositely to the actuating voltage is connected with the coil or - on switching of the dissipation device the rapid actuation signal switches at least one switching unit (50A, 50B, 50C, 50D) so that the coil is short-circuited.
A medical device comprising: a surgical needle; and an elongated suture having a first end attached to the surgical needle and a second end located away from the surgical needle, the elongated suture including a tubular mesh wall, a hollow core inside of the tubular mesh wall, the tubular mesh wall defining a plurality of pores extending through the tubular mesh wall, characterised by at least some of the pores having a pore size that is greater than or equal to approximately 500 microns such that the pores are adapted to facilitate tissue integration through the tubular mesh wall of the suture when introduced into a body. a surgical needle; and an elongated suture having a first end attached to the surgical needle and a second end located away from the surgical needle, the elongated suture including a tubular mesh wall, a hollow core inside of the tubular mesh wall, the tubular mesh wall defining a plurality of pores extending through the tubular mesh wall, characterised by at least some of the pores having a pore size that is greater than or equal to approximately 500 microns such that the pores are adapted to facilitate tissue integration through the tubular mesh wall of the suture when introduced into a body.
Method for producing a bead band, which has a portion with a reinforcement in the region of a valve hole, from a rubber compound for a pneumatic vehicle tyre, comprising the following steps of: a) incorporating fibres or small woven fabric pieces into a rubber compound, wherein a thin sheet is formed, b) cutting the thin sheets into individual sheet segments, c) placing one of the sheet segments and a bead band into a heating mould, wherein the two end regions of the bead band are placed laterally against the sides of the rectangular sheet segment, d) vulcanizing the sheet segment and the bead band using the heating mould, wherein the still-fluid rubber compound of the bead band flows into the regions above and/or below the sheet segment during the vulcanization process, wherein the sheet segment in the form of a reinforcing layer is connected firmly to the bead band in the region of a valve hole, e) removing the bead band with the reinforcement from the heating mould. a) incorporating fibres or small woven fabric pieces into a rubber compound, wherein a thin sheet is formed, b) cutting the thin sheets into individual sheet segments, c) placing one of the sheet segments and a bead band into a heating mould, wherein the two end regions of the bead band are placed laterally against the sides of the rectangular sheet segment, d) vulcanizing the sheet segment and the bead band using the heating mould, wherein the still-fluid rubber compound of the bead band flows into the regions above and/or below the sheet segment during the vulcanization process, wherein the sheet segment in the form of a reinforcing layer is connected firmly to the bead band in the region of a valve hole, wherein the still-fluid rubber compound of the bead band flows into the regions above and/or below the sheet segment during the vulcanization process, wherein the sheet segment in the form of a reinforcing layer is connected firmly to the bead band in the region of a valve hole, e) removing the bead band with the reinforcement from the heating mould.
Sterilizing machine for loose products, comprising a treatment chamber provided with a loading zone for said loose products to be treated, said sterilizing machine being characterized in that it comprises, upstream of said treatment chamber: a container for loading said loose products provided with a loading side and an unloading side of said loose products, said container being made to rotate by means of a drive motor around an axis that passes through said loading side and said unloading side; at least one helicoidal guide with several spirals, positioned inside said container and configured to move and guide said loose products from said loading side to said unloading side, at least a pipe for sending the loose products from said container to said treatment chamber; and at least one pneumatic device positioned on the unloading side of said container and configured to introduce said loose products unloaded from said container into said pipe and hence toward said loading zone of said treatment chamber. a container for loading said loose products provided with a loading side and an unloading side of said loose products, said container being made to rotate by means of a drive motor around an axis that passes through said loading side and said unloading side; at least one helicoidal guide with several spirals, positioned inside said container and configured to move and guide said loose products from said loading side to said unloading side, at least a pipe for sending the loose products from said container to said treatment chamber; and at least one pneumatic device positioned on the unloading side of said container and configured to introduce said loose products unloaded from said container into said pipe and hence toward said loading zone of said treatment chamber.
A centrifugal separator configured to separate a heavy phase and a light phase from a liquid feed mixture; comprising a frame, a drive member and a rotating part, wherein the drive member is configured to rotate the rotating part in relation to the frame around an axis of rotation, and wherein the rotating part comprises a centrifuge rotor enclosing a separation chamber; wherein the separation chamber comprises a stack of separation discs arranged coaxially around the axis of rotation and axially under a top disc; wherein the centrifugal separator further comprises an inlet for receiving the liquid feed mixture into the centrifuge rotor, a first outlet for the heavy phase, a second outlet for the light phase, wherein the second outlet is arranged in an outlet chamber that is integrated in said top disc, said outlet chamber being arranged such that its lowermost axial position is positioned axially below the uppermost axial position of the stack of separation discs, characterized in that the stack of separation discs comprises a first set of separation discs having a first inner radius R1 and a second set of separation discs having a second inner radius R2, wherein R2>R1, and wherein the lowermost axial position of the outlet chamber is positioned radially within said second set of separation discs. a frame, a drive member and a rotating part, wherein the drive member is configured to rotate the rotating part in relation to the frame around an axis of rotation, and wherein the rotating part comprises a centrifuge rotor enclosing a separation chamber; wherein the separation chamber comprises a stack of separation discs arranged coaxially around the axis of rotation and axially under a top disc; wherein the centrifugal separator further comprises an inlet for receiving the liquid feed mixture into the centrifuge rotor, a first outlet for the heavy phase, a second outlet for the light phase, wherein the second outlet is arranged in an outlet chamber that is integrated in said top disc, said outlet chamber being arranged such that its lowermost axial position is positioned axially below the uppermost axial position of the stack of separation discs, characterized in that the stack of separation discs comprises a first set of separation discs having a first inner radius R1 and a second set of separation discs having a second inner radius R2, wherein R2>R1, and wherein the lowermost axial position of the outlet chamber is positioned radially within said second set of separation discs.
Radar sensor apparatus for a motor vehicle for detecting an object in a surrounding area of the motor vehicle with a radar sensor, which, for detecting the object, is designed to emit an electromagnetic wave and to receive the electromagnetic wave reflected by the object in a predetermined field of view of the radar sensor, with a housing, in which the radar sensor is at least regionally arranged, and with a shielding device, which is designed to shield the radar sensor against disturbing waves formed by the reflected electromagnetic waves outside the predetermined field of vision, wherein the shielding device has a predetermined curvature, with the result that the shielding device is shaped such that it diverts the disturbing waves incident on the shielding device away from the radar sensor, wherein the housing has a first housing region for accommodating the radar sensor and a second housing region forming the shielding device, characterized in that the housing is formed in one piece, the shielding device is formed in one piece with the housing and forms part of the housing, in that the entire housing is formed from a material that absorbs the electromagnetic waves, in that the shielding device is two wing-type elements projecting from the first housing region, in that the second housing region is formed as an attachment element for attaching the radar sensor apparatus to the motor vehicle, and in that the attachment element comprises attachment tabs formed as an extension of the wing-type elements of the shielding device.
A particle comprising in total at least 90% by weight of complexing agent, selected from aminopolycarboxylates, in total in the range from 0.1 to 9% by weight of at least one anionic homopolymer or copolymer and in total in the range from 1 to 10% by weight of at least one additive selected from precipitated silicas and fumed silicas, based in each case on the active ingredient content of overall particle, where (co)polymer and aminopolycarboxylate are mixed with one another in molecularly disperse form and where additive is located predominantly on the outer surface of the particles. in total at least 90% by weight of complexing agent, selected from aminopolycarboxylates, in total in the range from 0.1 to 9% by weight of at least one anionic homopolymer or copolymer and in total in the range from 1 to 10% by weight of at least one additive selected from precipitated silicas and fumed silicas,
Heating and/or cooling device for a solid and/or for a fluid stream, with a carrier part, in which an electrical heating and/or cooling element is embedded, with a metallic distributor element that is in contact with the heating and/or cooling element, with at least one terminal contact and with an electrical strip conductor, which connects the terminal contact to the heating and/or cooling element, characterized in that said carrier part consists of plastic and that the strip conductor is embedded in a recess or groove formed in the carrier part.
A compound of formula 1 A, 1 B, or 1C: wherein, X 1, X 2, X 3, and X 4 are independently selected from H or straight or branched chain alkyl groups having from 1 to 4 carbon atoms; Y 1, Y 2, and Y 3 are independently selected from H or hydroxy-protecting groups; the carbon atoms at positions 14 and 20 may independently have either the R or S configuration in the compound of formula 1 A and formula 1 B; and the carbon atoms at positions 13, 14, 17, and 20 may independently have either the R or S configuration in the compound of formula 1C. X 1, X 2, X 3, and X 4 are independently selected from H or straight or branched chain alkyl groups having from 1 to 4 carbon atoms; Y 1, Y 2, and Y 3 are independently selected from H or hydroxy-protecting groups; the carbon atoms at positions 14 and 20 may independently have either the R or S configuration in the compound of formula 1 A and formula 1 B; and the carbon atoms at positions 13, 14, 17, and 20 may independently have either the R or S configuration in the compound of formula 1C.
A light-emitting diode light source, comprising: a plurality of LED dies, a plurality of electricity-conducting holding elements being metal sheets respectively, wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar; and a transparent packaging body made of transparent resin material, transparent silicone material, or transparent polymer material; wherein the LED dies and the electricity-conducting holding elements are sealed in the transparent packaging body, characterised in that each LED die is a double-sided light emission LED with a light emitting surface on the bottom surface of the LED die and another light-emitting surface on the top surface of the LED die, wherein the light emitting surface on the bottom surface is located and not covered between the holding elements; and in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die. a plurality of LED dies, a plurality of electricity-conducting holding elements being metal sheets respectively, wherein adjacent two of the electricity-conducting holding elements are configured to jointly hold and electrically connect to one of the LED dies to form a flexible LED light bar; and a transparent packaging body made of transparent resin material, transparent silicone material, or transparent polymer material; wherein the LED dies and the electricity-conducting holding elements are sealed in the transparent packaging body, characterised in that each LED die is a double-sided light emission LED with a light emitting surface on the bottom surface of the LED die and another light-emitting surface on the top surface of the LED die, wherein the light emitting surface on the bottom surface is located and not covered between the holding elements; and in that a length of each electricity-conducting holding element is greater than or equal to a length of each LED die.
A drop hose irrigation device comprising: - a substantially vertical pipeline section which is designed to be secured to a truss of an irrigation system having a substantially horizontal supporting rod; - a support having a substantially U-shaped bracket, said bracket having a pair of side walls (16, 17) joined together by a substantially cylindrical connecting wall extending along a substantially horizontal axis; wherein said walls (16, 17, 18) have substantially cylindrical smooth inner surfaces (20, 21) with substantially parallel opposed longitudinal projections (22, 23) for snap-fit locking engagement of said bracket on the supporting rod; characterized in that a pair of substantially horizontally and vertically offset curved appendages (28, 29) extend from one of said side walls and define a pair of substantially vertical locking seats (30, 31) and a substantially horizontal gap, said seats (30, 31) having oppositely directed concavities for receiving said pipeline section in said gap and locking it within said seats (30, 31) by rotation about a substantially horizontal axis from a substantially horizontal position to a substantially vertical position. - a substantially vertical pipeline section which is designed to be secured to a truss of an irrigation system having a substantially horizontal supporting rod; - a support having a substantially U-shaped bracket, said bracket having a pair of side walls (16, 17) joined together by a substantially cylindrical connecting wall extending along a substantially horizontal axis; wherein said walls (16, 17, 18) have substantially cylindrical smooth inner surfaces (20, 21) with substantially parallel opposed longitudinal projections (22, 23) for snap-fit locking engagement of said bracket on the supporting rod; characterized in that a pair of substantially horizontally and vertically offset curved appendages (28, 29) extend from one of said side walls and define a pair of substantially vertical locking seats (30, 31) and a substantially horizontal gap, said seats (30, 31) having oppositely directed concavities for receiving said pipeline section in said gap and locking it within said seats (30, 31) by rotation about a substantially horizontal axis from a substantially horizontal position to a substantially vertical position. wherein said walls (16, 17, 18) have substantially cylindrical smooth inner surfaces (20, 21) with substantially parallel opposed longitudinal projections (22, 23) for snap-fit locking engagement of said bracket on the supporting rod; characterized in that a pair of substantially horizontally and vertically offset curved appendages (28, 29) extend from one of said side walls and define a pair of substantially vertical locking seats (30, 31) and a substantially horizontal gap, said seats (30, 31) having oppositely directed concavities for receiving said pipeline section in said gap and locking it within said seats (30, 31) by rotation about a substantially horizontal axis from a substantially horizontal position to a substantially vertical position.
A method of making edible substrates having consistent registration of an image disposed thereon, wherein said method steps include: (a) providing an edible substrate sheet; (b) providing an image source, wherein said image source comprises at least one image; (c) providing a trigger pulse signal, wherein said trigger pulse signal relays the frequency of a process element; (d) communicating the trigger pulse signal to an image disposal device, wherein the image disposal device uses the trigger pulse signal to determine when to dispose an image from said image source; (e) disposing an image on said edible substrate sheet with said image disposal device to form an image-disposed edible substrate sheet; (f) separating a portion of said edible substrate sheet that comprises an image disposed thereon into an individual piece. (a) providing an edible substrate sheet; (b) providing an image source, wherein said image source comprises at least one image; (c) providing a trigger pulse signal, wherein said trigger pulse signal relays the frequency of a process element; (d) communicating the trigger pulse signal to an image disposal device, wherein the image disposal device uses the trigger pulse signal to determine when to dispose an image from said image source; (e) disposing an image on said edible substrate sheet with said image disposal device to form an image-disposed edible substrate sheet; (f) separating a portion of said edible substrate sheet that comprises an image disposed thereon into an individual piece.
A patient interface system, comprising a seal forming structure arranged to surround an entrance to the airways of the patient so as to facilitate the supply of air at positive pressure to the airways; a plenum chamber; a positioning and stabilising structure adapted to hold the seal-forming portion in sealing position via a two-point connection; an elbow; and an air delivery tube assembly comprising a tube in the form of a helical tube which generates torque when it is moved from its neutral state to an extended position; a first end cuff provided to one end of the tube, the first end cuff adapted to receive a first swivel provided to the elbow; a second end cuff provided to an opposite end of the tube, the second end cuff receiving a second swivel, the second swivel being adapted to engage tubing communicated with a positive airway pressure device. a seal forming structure arranged to surround an entrance to the airways of the patient so as to facilitate the supply of air at positive pressure to the airways; a plenum chamber; a positioning and stabilising structure adapted to hold the seal-forming portion in sealing position via a two-point connection; an elbow; and an air delivery tube assembly comprising a tube in the form of a helical tube which generates torque when it is moved from its neutral state to an extended position; a first end cuff provided to one end of the tube, the first end cuff adapted to receive a first swivel provided to the elbow; a second end cuff provided to an opposite end of the tube, the second end cuff receiving a second swivel, the second swivel being adapted to engage tubing communicated with a positive airway pressure device.
A thermosensitive recording medium having a thermosensitive recording layer containing colorless or pale colored electron-donating leuco dye and electron-accepting color development agent on a substrate, wherein the thermosensitive recording layer comprises an alkylketene dimer.
A composition suitable for improving immune function consisting of an extract selected from an extract of colostrum or an extract of eggs, the extract lacking transfer factor and consisting of nanofraction molecules having molecular weights of at most 3,000 Da.
A superconducting coil comprising a superconducting wire including an oxide superconductor layer, the oxide superconductor layer having a continuous Perovskite structure including rare earth elements, barium (Ba), and copper (Cu), and the rare earth elements include a first element, at least one second element, at least one third element, and at least one fourth element, the first element being praseodymium (Pr), the at least one second element being selected from the group consisting of neodymium (Nd), samarium (Sm), europium (Eu), and gadolinium (Gd), the at least one third element being selected from the group consisting of yttrium, terbium (Tb), dysprosium (Dy), and holmium (Ho), and the at least one fourth element being selected from the group consisting of erbium (Er), thulium (Tm), ytterbium (Yb), and lutetium (Lu).