mhurhangee/ep-ind-claims huggingface dataset:
A debris-removing cap (200, 300, 350, 400) comprising: a cap body (210, 310, 360, 410) having a receiving cavity (212, 312, 362, 412) and a cover surface disposed within the receiving cavity (212, 312, 362, 412), the cap body (210, 310, 360, 410) configured to be attached to an optical device (202, 302, 352, 402) comprising an optical fiber connector including ferrule lens (208, 308, 358) such that a mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402) is disposed within the receiving cavity (212, 312, 362, 412), the cover surface configured to face the mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402); and a lens wiper (220, 320, 370, 420) coupled to the cap body (210, 310, 360, 410) and positioned within the receiving cavity (212, 312, 362, 412), the lens wiper (220, 320, 370, 420) extending away from the cover surface toward the mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402), the lens wiper (220, 320, 370, 420) movable relative to the mating face (204, 304, 354, 404) when activated by a user of the debris-removing cap, wherein the lens wiper (220, 320, 370, 420) comprises a plurality of flexible strands projecting away from the cover surface and is arranged to engage the lens (208, 308, 358) of the mating face (204, 304, 354, 404) when activated by the user to remove debris from the lens (208, 308, 358). a cap body (210, 310, 360, 410) having a receiving cavity (212, 312, 362, 412) and a cover surface disposed within the receiving cavity (212, 312, 362, 412), the cap body (210, 310, 360, 410) configured to be attached to an optical device (202, 302, 352, 402) comprising an optical fiber connector including ferrule lens (208, 308, 358) such that a mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402) is disposed within the receiving cavity (212, 312, 362, 412), the cover surface configured to face the mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402); and a lens wiper (220, 320, 370, 420) coupled to the cap body (210, 310, 360, 410) and positioned within the receiving cavity (212, 312, 362, 412), the lens wiper (220, 320, 370, 420) extending away from the cover surface toward the mating face (204, 304, 354, 404) of the optical device (202, 302, 352, 402), the lens wiper (220, 320, 370, 420) movable relative to the mating face (204, 304, 354, 404) when activated by a user of the debris-removing cap, wherein the lens wiper (220, 320, 370, 420) comprises a plurality of flexible strands projecting away from the cover surface and is arranged to engage the lens (208, 308, 358) of the mating face (204, 304, 354, 404) when activated by the user to remove debris from the lens (208, 308, 358).
Shape memory stainless steels with rare earth elements Cerium (Ce) and Lanthanum (La), which comprise, by weight, 15 to 17% of Manganese (Mn), 5 to 6% of Silicon (Si), 9 to 12% of Chromium (Cr), 8 to 10% of Nickel (Ni), 0.03 to 0.06% of Carbon, Ce, La, unavoidable impurities, and the balance being Iron (Fe), wherein the shape memory stainless steels with rare earth elements Ce and La comprise, by weight, 0.10 to 0.50% of Ce and 0.5 to 1.0% of La.
A method for preparing α-crystal form of imatinib mesylate, characterized in that, imatinib base is mixed with acetone, adding seed crystal of the α-crystal form of imatinib mesylate, then reacted with a mixed solution of methanesulfonic acid and acetone at 20-60°C, to obtain the α-crystal form of imatinib mesylate.
Optoelectronic semiconductor component comprising - at least one optoelectronic semiconductor chip having a radiation passage surface, wherein the radiation passage surface is formed at a main surface of the semiconductor chip, - a covering plate, which is fixed to the optoelectronic semiconductor chip and spans the entire radiation passage surface of the semiconductor chip, wherein the covering plate projects laterally beyond the semiconductor chip, - a contact location fixed to the covering plate at that side of the covering plate which faces the semiconductor chip, and - a housing body comprising a housing base, on which the semiconductor chip is fixed, and at least one housing side wall that laterally encloses the semiconductor chip, wherein - the housing side wall is formed integrally with the housing base, - the covering plate is fixed to the at least one housing side wall, - the contact location is electrically conductively connected to at least one terminal location of the semiconductor chip by means of a connection element and - the terminal location is arranged at the main surface of the semiconductor chip, characterized in that the housing body consists of a semiconductor material or a ceramic material. - at least one optoelectronic semiconductor chip having a radiation passage surface, wherein the radiation passage surface is formed at a main surface of the semiconductor chip, - a covering plate, which is fixed to the optoelectronic semiconductor chip and spans the entire radiation passage surface of the semiconductor chip, wherein the covering plate projects laterally beyond the semiconductor chip, - a contact location fixed to the covering plate at that side of the covering plate which faces the semiconductor chip, and - a housing body comprising a housing base, on which the semiconductor chip is fixed, and at least one housing side wall that laterally encloses the semiconductor chip, wherein - the housing side wall is formed integrally with the housing base, - the covering plate is fixed to the at least one housing side wall, - the contact location is electrically conductively connected to at least one terminal location of the semiconductor chip by means of a connection element and - the terminal location is arranged at the main surface of the semiconductor chip, characterized in that the housing body consists of a semiconductor material or a ceramic material.
Quick-change system for a rotatable tool (9, 11), comprising: - a rotatable foot having a longitudinal axis and comprising a first coupling portion situated on the longitudinal axis, - a tool assembly comprising a second coupling portion situated on said longitudinal axis, which two coupling portions (4, 5) can be coupled to one another and, in the coupled state, the foot supports the tool assembly in a rotatable manner, and - operating means which are suitable for locking and unlocking the two coupling portions (4, 5), and which comprise an unlock button which is to be pressed transversely to the longitudinal direction, whereby one of the two coupling portions (4, 5) comprises a projecting part that fits into a recess in the other one of the coupling portions (4, 5), and the projecting part is provided with a nick into which a locking member (14, 15) connected with the unlock button fits, which locking member (14, 15) comprises a sliding piece in one of the coupling portions (4, 5), which sliding piece is operated by the unlock button and arranged transversely to the longitudinal axis, and said sliding piece engages in said nick in the other one of the coupling portions (4, 5), characterized in that the unlock button and the sliding piece are located in the foot. - a rotatable foot having a longitudinal axis and comprising a first coupling portion situated on the longitudinal axis, - a tool assembly comprising a second coupling portion situated on said longitudinal axis, - operating means which are suitable for locking and unlocking the two coupling portions (4, 5), and which comprise an unlock button which is to be pressed transversely to the longitudinal direction,
A speaker (100, 200) comprising: a magnetic circuit (120, 220) which includes a first magnet and a first yoke and generates magnetic flux; a frame (103, 203) in which the magnetic circuit is disposed, the frame being an open-topped frame; a coil (109, 210) provided in a magnetic gap of the magnetic circuit; a diaphragm (101, 201) connected to the coil and including a connection portion (102, 202) which connects the diaphragm (101, 201) and the frame (103, 203) to allow the diaphragm to vibrate in a direction of a central axis vertical to the frame; and a cover member (104, 205) which (i) is disposed to be connected to one end of the frame and to cover the diaphragm (101, 201) from above, and (ii) forms, between the cover member (104, 205) and another end of the frame (103, 203), an opening (130, 230) for emitting a sound, the one and the other ends being in a lateral direction that is orthogonal to the vertical direction, wherein the cover member (104, 205) includes, on a closed end side that is a side opposite to the opening, a spacer (110, 204) for decreasing an acoustic compliance on the closed end side above the diaphragm and below the cover member, characterized in that the spacer is not disposed above the central axis of the diaphragm. a magnetic circuit (120, 220) which includes a first magnet and a first yoke and generates magnetic flux; a frame (103, 203) in which the magnetic circuit is disposed, the frame being an open-topped frame; a coil (109, 210) provided in a magnetic gap of the magnetic circuit; a diaphragm (101, 201) connected to the coil and including a connection portion (102, 202) which connects the diaphragm (101, 201) and the frame (103, 203) to allow the diaphragm to vibrate in a direction of a central axis vertical to the frame; and a cover member (104, 205) which (i) is disposed to be connected to one end of the frame and to cover the diaphragm (101, 201) from above, and (ii) forms, between the cover member (104, 205) and another end of the frame (103, 203), an opening (130, 230) for emitting a sound, the one and the other ends being in a lateral direction that is orthogonal to the vertical direction, wherein the cover member (104, 205) includes, on a closed end side that is a side opposite to the opening, a spacer (110, 204) for decreasing an acoustic compliance on the closed end side above the diaphragm and below the cover member, characterized in that the spacer is not disposed above the central axis of the diaphragm.
A catheter for controlling blood perfusion pressure, the catheter comprising: an elongated body configured for placement within an artery, the elongated body having a proximal open end, a distal open end, and at least one lumen extending between the proximal open end and the distal open end; a cannula configured to extend through an opening in the artery and to extend from the elongated body such that an angle is formed therebetween, the cannula comprising a hollow interior having a first diameter in fluid communication with at least one lumen, the at least one lumen having a second diameter, wherein the first diameter is less than the second diameter, characterised in that the cannula is movable between a substantially extended configuration wherein the angle comprises between about 15° and about 90° and a substantially collapsed configuration wherein the angle comprises less than about 15°, wherein the distal open end of the elongated body is configured to receive a fluid flowing through the artery and the proximal open end is configured to allow the fluid received by the distal open end of the elongated body to flow therethrough; and the cannula is configured to route a portion of the fluid received by the distal open end of the elongated body outside of the artery, to modify the pressure of fluid flowing through the cannula, in use. an elongated body configured for placement within an artery, the elongated body having a proximal open end, a distal open end, and at least one lumen extending between the proximal open end and the distal open end; a cannula configured to extend through an opening in the artery and to extend from the elongated body such that an angle is formed therebetween, the cannula comprising a hollow interior having a first diameter in fluid communication with at least one lumen, the at least one lumen having a second diameter, wherein the first diameter is less than the second diameter, characterised in that the cannula is movable between a substantially extended configuration wherein the angle comprises between about 15° and about 90° and a substantially collapsed configuration wherein the angle comprises less than about 15°, wherein the distal open end of the elongated body is configured to receive a fluid flowing through the artery and the proximal open end is configured to allow the fluid received by the distal open end of the elongated body to flow therethrough; and the cannula is configured to route a portion of the fluid received by the distal open end of the elongated body outside of the artery, to modify the pressure of fluid flowing through the cannula, in use.
A device for harvesting submersed wood comprising a movable boom member having a base end and a pivot end, and a machine operatively associated with the movable boom member with said base end pivotally attached to the machine, or a floating platform having a top, a bottom and one or more than one side, the base end of the movable boom member pivotally and rotatably mounted to the top of the floating platform, and a telescoping stick having a first, a second end, and a mid portion, the mid portion pivotally attached to the pivot end of the movable boom member, the second end attached to a wood gripping-cutting head, the telescoping stick moveable to an operative position along a vertical or near vertical axis, so that the second end extends below a plane defined by a surface the machine is located upon, wherein when in use, the second end may extend into water located below the plane defined by the surface the machine is located upon. a machine operatively associated with the movable boom member with said base end pivotally attached to the machine, or a floating platform having a top, a bottom and one or more than one side, the base end of the movable boom member pivotally and rotatably mounted to the top of the floating platform, and
Thermal energy storage apparatus comprising at least one hollow tube comprising an inner cavity and two ends, wherein each end provides a through opening, at least one basic module placed inside said inner cavity of said at least one hollow tube, wherein said at least one basic module comprises at least one slab and at least one pair of spacer bars, characterized in that at least one through channel adapted for the passage of a heat transfer fluid from one end to the other of said two ends of said at least one hollow tube, wherein said pair of spacer bars are arranged parallel to each other and are arranged parallel with respect to a longitudinal axis passing along a longitudinal direction of said at least one hollow tube. at least one hollow tube comprising an inner cavity and two ends, wherein each end provides a through opening, at least one basic module placed inside said inner cavity of said at least one hollow tube, wherein said at least one basic module comprises at least one slab and at least one pair of spacer bars, characterized in that at least one through channel adapted for the passage of a heat transfer fluid from one end to the other of said two ends of said at least one hollow tube, wherein said pair of spacer bars are arranged parallel to each other and are arranged parallel with respect to a longitudinal axis passing along a longitudinal direction of said at least one hollow tube.
A surfactant compound having the Structure I: or Structure II: or Structure III: wherein R 1 and R 3 independently represents alkanol or ether-alkanol; and R 2 and R 4 independently represents hydrogen, alkyl, alkanol or ether-alkanol.
Sewing machine with a sewing machine housing, comprising - a housing lower part, - a housing upper part with a sewing head and - a stand that connects the housing lower part to the housing upper part, wherein the housing upper part comprises - a stand-side arm housing section, - a head-side arm housing section and - a joint between the stand-side arm housing section and the head-side arm housing section, wherein the joint is arranged in such a manner that the head-side arm housing section can be swiveled between a preparation position for the picking up and/or the delivery of sewing material and a sewing position for sewing the sewing material, characterized by a telescopic articulated arm shaft for connecting a drive unit to stitch-forming components in the housing upper part, wherein the telescopic articulated arm shaft has a stand-side arm shaft joint and a head-side arm shaft joint, and a telescopic element is arranged between the stand-side and the head-side arm shaft joint (20, 21). - a housing lower part, - a housing upper part with a sewing head and - a stand that connects the housing lower part to the housing upper part, - a stand-side arm housing section, - a head-side arm housing section and - a joint between the stand-side arm housing section and the head-side arm housing section, characterized by a telescopic articulated arm shaft for connecting a drive unit to stitch-forming components in the housing upper part, wherein the telescopic articulated arm shaft has a stand-side arm shaft joint and a head-side arm shaft joint, and a telescopic element is arranged between the stand-side and the head-side arm shaft joint (20, 21).
Cysteamine or cystamine or pharmaceutically acceptable salt thereof in an oral delayed release dosage form, for use in the treatment of a patient suffering from non-alcoholic steatohepatitis (NASH) or non-alcoholic fatty liver disease (NAFLD).
A fuel cell assembly comprising: a fuel cell stack having a stack face; a manifold abutting said stack face; a plurality of caulk seals on said stack face, wherein the plurality of caulk seals are formed by a caulk applied discontinuously to portions of said stack face, said caulk comprising a ceramic material and a binder formed into a paste and said plurality of caulk seals providing sealing between said manifold and said portions of said stack face. a fuel cell stack having a stack face; a manifold abutting said stack face; a plurality of caulk seals on said stack face, wherein the plurality of caulk seals are formed by a caulk applied discontinuously to portions of said stack face, said caulk comprising a ceramic material and a binder formed into a paste and said plurality of caulk seals providing sealing between said manifold and said portions of said stack face.
A method for reminding and browsing related information of contacts, adapted to a communication device, the method comprising: displaying (S102, S502; S602) a contact list (200; 300; 400) comprising at least one contact; and checking (S104; S504; S604) the unread related information of each contact of said contact list; if there is unread related information, displaying (S106; S506; S606) an indicating icon (210; 310) on the corresponding contact in the contact list to remind that the contact has the unread related information, characterized in that said method further comprises: receiving a selection operation for one of the contacts in the contact list; and displaying the unread related information of the contact. displaying (S102, S502; S602) a contact list (200; 300; 400) comprising at least one contact; and checking (S104; S504; S604) the unread related information of each contact of said contact list; if there is unread related information, displaying (S106; S506; S606) an indicating icon (210; 310) on the corresponding contact in the contact list to remind that the contact has the unread related information, characterized in that said method further comprises: receiving a selection operation for one of the contacts in the contact list; and displaying the unread related information of the contact. receiving a selection operation for one of the contacts in the contact list; and displaying the unread related information of the contact.
A thread former with a nominal thread former diameter between 8 mm and 20 mm, for the chipless production of a thread, comprising a thread forming section (7, 8) with a plurality of spinning studs which are arranged at respective predetermined pitch angles between adjacent spinning studs along a forming curve running around the tool axis, in particular substantially spirally, around the tool axis, each pitch angle being smaller than or equal to a predetermined maximum pitch angle (T max), characterised in that the maximum pitch angle (T max) is set such that the following condition is met: T max = sin − 1 a × ND y + b × ND + c × 2 × π; is fulfilled for i) 8 ≤ ND < 10 with a=-0.0008, b=0.00705, c=0.1325, y=2; ii) 10 ≤ ND < 12 with a=1.7924/(2 x π), b=0, c=0, y=-0.408; or iii) 12 ≤ ND ≤ 20 with a=0.751/(2 x π), b=0, c=0, y=-0.104; where T max is the maximum pitch angle and ND is the amount of nominal tapping diameter (Da) measured in millimetres, the pitch angle being set such that the number of spinning studs for at least one or each turn along the forming curve for nominal tapping diameters (Da) between 8 mm and less than 10 mm is exactly 7. i) 8 ≤ ND < 10 with a=-0.0008, b=0.00705, c=0.1325, y=2; ii) 10 ≤ ND < 12 with a=1.7924/(2 x π), b=0, c=0, y=-0.408; or iii) 12 ≤ ND ≤ 20 with a=0.751/(2 x π), b=0, c=0, y=-0.104;
A method of installing a cutting wheel at a cutting wheel transmission of a slurry wall cutter, wherein the cutting wheel transmission and the cutting wheel have fastening means (20, 22) for fastening the cutting wheel, and wherein at least two spacer elements are arranged at the cutting wheel transmission, said method having the steps: - guiding the cutting wheel to the cutting wheel transmission; - roughly aligning the cutting wheel relative to the cutting wheel transmission so that the fastening means (20, 22) are opposite one another, without contacting one another in so doing; characterized in that the method has the following additional steps: - connecting one respective centering element to the spacer elements; - finely aligning the cutting wheel relative to the spacer elements by means of the centering elements, with the fastening means (20, 22) not contacting one another; and - displacing the cutting wheel to the spacer elements by means of the centering elements so that the fastening means (20, 22) come into engagement with one another. - guiding the cutting wheel to the cutting wheel transmission; - roughly aligning the cutting wheel relative to the cutting wheel transmission so that the fastening means (20, 22) are opposite one another, without contacting one another in so doing; - connecting one respective centering element to the spacer elements; - finely aligning the cutting wheel relative to the spacer elements by means of the centering elements, with the fastening means (20, 22) not contacting one another; and - displacing the cutting wheel to the spacer elements by means of the centering elements so that the fastening means (20, 22) come into engagement with one another.