mhurhangee/ep-ind-claims huggingface dataset:
A prepreg comprising: a fiber layer containing unidirectionally arranged carbon fibers impregnated with a thermosetting resin 1; and a resin layer disposed on at least one side of the fiber layer and containing a thermosetting resin 2 and thermoplastic resin particles that are insoluble in the thermosetting resin 2, the prepreg being configured such that the areal weight of fibers and the weight fraction of resin in the prepreg are 120 to 300 g/m 2 and 25 to 50 mass%, respectively, and in the case where a plurality of prepregs are laid up, and the coefficient of interlayer friction is measured every 10°C in a temperature range of 40 to 100°C at a pull-out speed of 0.2 mm/min under a perpendicular stress of 0.8 bar, the temperature at which the coefficient of interlayer friction is 0.02 or less is present within a temperature range of 40 to 100°C; wherein the coefficient of interlayer friction is measured according the method of the description. a fiber layer containing unidirectionally arranged carbon fibers impregnated with a thermosetting resin 1; and a resin layer disposed on at least one side of the fiber layer and containing a thermosetting resin 2 and thermoplastic resin particles that are insoluble in the thermosetting resin 2, the prepreg being configured such that the areal weight of fibers and the weight fraction of resin in the prepreg are 120 to 300 g/m 2 and 25 to 50 mass%, respectively, and in the case where a plurality of prepregs are laid up, and the coefficient of interlayer friction is measured every 10°C in a temperature range of 40 to 100°C at a pull-out speed of 0.2 mm/min under a perpendicular stress of 0.8 bar, the temperature at which the coefficient of interlayer friction is 0.02 or less is present within a temperature range of 40 to 100°C; wherein the coefficient of interlayer friction is measured according the method of the description.
Frame for a drawer having a frame body which comprises a cavity for receiving a drawer guiding system, wherein the frame body includes an inner base part and an outer covering element which covers the base part, wherein the covering element comprises a wiper lip for abutment against a top surface of a drawer bottom, and wherein the inner base part comprises receiving means for the drawer guiding system as well as a support for a bottom part of a drawer bottom, wherein the covering element covers the base part over at least 90% of the length thereof, wherein a top horizontal portion of the covering element is supported on the base part, wherein the covering element covers the base part on a right-hand outside surface, a horizontal connecting portion and an inside surface up to the wiper lip, characterized in that the covering element abuts against the base part in a manner corresponding to the contour of the base part, also the horizontal connecting portion, as a result of which a compact, rigid structure is created.
A printing apparatus comprising - an emitter arranged within a first fluid and configured to oscillate for generating an acoustic field (3, 8) in said first fluid; - a nozzle with a nozzle tip; - a second fluid within the nozzle, and - a driving means configured to drive a predetermined volume of the second fluid out of the nozzle, characterized by - a reflector arranged between the emitter and a printing substrate, the reflector has a reflectorless chamber which is a through-hole in a body of the reflector and which is arranged along a printing axis between the nozzle tip and the printing substrate, wherein the nozzle tip is positioned within the reflectorless chamber, and the acoustic field (3, 8) has a force gradient of acoustic forces for detaching the predetermined volume of the second fluid from the nozzle which points into the direction of the printing substrate. - an emitter arranged within a first fluid and configured to oscillate for generating an acoustic field (3, 8) in said first fluid; - a nozzle with a nozzle tip; - a second fluid within the nozzle, and - a driving means configured to drive a predetermined volume of the second fluid out of the nozzle, - a reflector arranged between the emitter and a printing substrate, the reflector has a reflectorless chamber which is a through-hole in a body of the reflector and which is arranged along a printing axis between the nozzle tip and the printing substrate, wherein
A system comprising an image forming apparatus and a relay apparatus, the image forming apparatus comprising: a network interface; a local interface; a storage means (212, 303) configured to store a user identifier received from the local interface or to store a user ID received from the network interface via a network; and a control means (201, 302) configured to transmit an authentication request including the user ID stored in the storage means (212, 303) to an authentication apparatus and allow a user corresponding to the user ID to log in based on an authentication result received from the authentication apparatus, wherein the network interface receives the user ID from an IC card reader via the relay apparatus which is configured to install a plurality of types of universal serial bus device drivers, and wherein the control means (201, 302) performs the same authentication procedure regardless of which interface amongst the local interface and the network interface the card information is received from. a network interface; a local interface; a storage means (212, 303) configured to store a user identifier received from the local interface or to store a user ID received from the network interface via a network; and a control means (201, 302) configured to transmit an authentication request including the user ID stored in the storage means (212, 303) to an authentication apparatus and allow a user corresponding to the user ID to log in based on an authentication result received from the authentication apparatus,
An absorbent sanitary article comprising a chassis including a liquid permeable topsheet, a liquid impermeable backsheet, and an absorbent structure arranged between the topsheet and the backsheet, wherein the absorbent structure comprises: - a fluff absorbent core comprising a mix of cellulose fluff and superabsorbent granular material dispersed in the cellulose fluff, the fluff absorbent core being adjacent to the topsheet and having at least one through aperture, - a fluff-free absorbent core adjacent to the backsheet, comprising a non-woven web and superabsorbent granular material dispersed in the non-woven web, and - an acquisition and diffusion layer set between the fluff absorbent core and the fluff-free absorbent core and overlapping said at least one through aperture. - a fluff absorbent core comprising a mix of cellulose fluff and superabsorbent granular material dispersed in the cellulose fluff, the fluff absorbent core being adjacent to the topsheet and having at least one through aperture, - a fluff-free absorbent core adjacent to the backsheet, comprising a non-woven web and superabsorbent granular material dispersed in the non-woven web, and - an acquisition and diffusion layer set between the fluff absorbent core and the fluff-free absorbent core and overlapping said at least one through aperture.
Motor vehicle latch, in particular motor vehicle door latch, comprising a locking mechanism (1, 2, 3) consisting of a catch and at least one pawl (2, 3), wherein the pawl (2, 3) exerts an opening torque (M 1, M 2) on the catch, wherein the pawl (2, 3) further comprises an arcuate contact region (8, 9) with a ratchet contour of the catch, and wherein the contact region (8, 9) of the pawl (2, 3) has a first arch portion and a second arch portion each having different radii (R 1, R 2), wherein the first arch portion in the closing direction of the locking mechanism (1, 2, 3) has a larger radius (R 1) than the following second arch portion having the radius (R 2) there, wherein the two arch portions (8, 9) directly adjoin one another in the closing direction of the locking mechanism (1, 2, 3), whereby the opening torque or opening moment exerted by the pawl (2, 3) on the catch is designed to be variable, specifically such that the opening moment decreases in the closing direction of the locking mechanism (1, 2, 3), wherein the first arch portion in the closing direction of the locking mechanism (1, 2, 3) is adapted to the ratchet contour of the catch and the first arch portion is overlapped over a defined arch length (L 1) by an arcuate contour region of the ratchet contour of the catch.
A vortex generator for a wind turbine blade comprising: a fluid foil comprising a pressure side and a suction side extending from a larger aerodynamic surface of the blade; said fluid foil forming a vortex nest comprising a suction side r concavity formed along at least a portion of the suction side of the fluid foil; wherein the vortex nest comprises a progressive fillet between the suction side of the fluid foil and the larger aerodynamic surface wherein a radius of the progressive fillet progressively increases from a front end to a back end of the fluid foil. a fluid foil comprising a pressure side and a suction side extending from a larger aerodynamic surface of the blade; said fluid foil forming a vortex nest comprising a suction side r concavity formed along at least a portion of the suction side of the fluid foil; wherein the vortex nest comprises a progressive fillet between the suction side of the fluid foil and the larger aerodynamic surface wherein a radius of the progressive fillet progressively increases from a front end to a back end of the fluid foil.
A process for preparing a hydrocarbon recovery composition which comprises an anionic surfactant, an alkaline agent and a polymer, wherein the anionic surfactant is an internal olefin sulfonate, the alkaline agent is selected from the group consisting of alkali metal carbonate salts, alkali metal bicarbonate salts and alkali metal hydroxide salts, the molecular weight of the polymer is at least 1 million Dalton, and the polymer is made from an ethylenically unsaturated monomer of formula R 1 R 2 C=CR 3 R 4, wherein at least one of the R 1, R 2, R 3 and R 4 substituents is a substituent which contains a moiety selected from the group consisting of -C(=O)NH 2, -C(=O)OH, -C(=O)OR wherein R is a branched or linear C 6 -C 18 alkyl group, -OH, pyrrolidone and -SO 3 H, and the remaining substituent(s), if any, is (are) selected from the group consisting of hydrogen and alkyl; and wherein the process comprises providing an aqueous mixture comprising the anionic surfactant; mixing the aqueous mixture comprising the anionic surfactant with a powder comprising the alkaline agent; removing water from the resulting aqueous mixture comprising the anionic surfactant and the alkaline agent; recovering a powder comprising the anionic surfactant and alkaline agent; mixing the powder comprising the anionic surfactant and alkaline agent with a powder comprising the polymer; and recovering a powder comprising the anionic surfactant, alkaline agent and polymer.
A Universal Serial Bus connector, comprising a USB housing, a subcard, a cable, a metal terminal, and a rotating shaft assembly, wherein the metal terminal is partially or fully disposed on a surface of the subcard, one end of the cable is connected to the metal terminal, the rotating shaft assembly comprises a rotating shaft sleeve and a rotating shaft, and the rotating shaft is partially disposed into the rotating shaft sleeve and can rotate relative to the rotating shaft sleeve, the USB housing comprises a bottom, wherein a first fixing plate and a second fixing plate respectively are disposed on two opposite sides of the bottom; the USB housing is made of metal; the subcard is disposed on a same side of the bottom with the first fixing plate and the second fixing plate; characterized in that: the second fixing plate is disposed with a second hole and the rotating shaft assembly penetrates the second hole. the second fixing plate is disposed with a second hole and the rotating shaft assembly penetrates the second hole.
A trim assembly, comprising: a cage with an internal surface and a cage port; a plug disposed in the cage, the plug having an external surface and being operable between a closed position, a pressure balancing position and an open position; a low friction flow restrictor disposed between the cage and the plug; a pressure energized seal disposed between the cage and the plug; a seal balancing volume; a pressure control assembly configured to pressurize the seal balancing volume; and a conduit in fluid communication with a volume at an upstream pressure when the plug is in the pressure balancing position, and wherein the pressure control assembly is configured to allow fluid at the upstream pressure to flow into the seal balancing volume at a rate in which leakage of a fluid through the low friction flow restrictor is less than flow of fluid into the seal balancing volume. a cage with an internal surface and a cage port; a plug disposed in the cage, the plug having an external surface and being operable between a closed position, a pressure balancing position and an open position; a low friction flow restrictor disposed between the cage and the plug; a pressure energized seal disposed between the cage and the plug; a seal balancing volume; a pressure control assembly configured to pressurize the seal balancing volume; and a conduit in fluid communication with a volume at an upstream pressure when the plug is in the pressure balancing position, and wherein the pressure control assembly is configured to allow fluid at the upstream pressure to flow into the seal balancing volume at a rate in which leakage of a fluid through the low friction flow restrictor is less than flow of fluid into the seal balancing volume.
A column-ceiling node for a reinforced concrete ceiling and two prefabricated concrete columns (2, 3, 4) in storey construction, wherein the upper end of the lower concrete column and/or the lower end of the upper concrete column are arranged adjacent to the reinforced concrete ceiling, the column axes of the concrete columns (3, 4) extending essentially along a common straight line, characterized in that - the cross-section in the region of the upper end of the lower concrete column is larger than a cross-section of the middle half of the longitudinal extension of the lower concrete column; and that - the-cross section in the region of the lower end of the upper concrete column is larger than a cross-section of the middle half of the longitudinal extension of the upper concrete column. - the cross-section in the region of the upper end of the lower concrete column is larger than a cross-section of the middle half of the longitudinal extension of the lower concrete column; and that - the-cross section in the region of the lower end of the upper concrete column is larger than a cross-section of the middle half of the longitudinal extension of the upper concrete column.
A method of preparing an anticancer agent comprising: (a) exposing ex vivo a portion of cells obtained from a cancer cell line or a portion of tumor cells obtained from a patient to an agent selected from: (i) a thapsigargin analogue selected from deacetylthapsigargin, 8-O-(12-[L-leucinoylamino]dodecanoyl)-8-O-debutanoylthapsigargin (=L12ADT), 8-O-debutanoylthapsigargin, 8-O-(4-aminocinnamoyl)-8-O-debutanoylthapsigargin (=ACTA) and 8-(4-Azidobenzoyl)thapsigargin (=ZTG); or (ii) a guaianolide found in Thapsia, selected from thapsitranstagin, thapsivillosin A, thapsivillosin B, thapsivillosin C, thapsivillosin D, thapsivillosin E, thapsivillosin F, thapsivillosin G, thapsivillosin H, thapsivillosin I, thapsivillosin J, thapsivillosin K, trilobolide, and nortrilobolide, so as to create treated tumor cells; (b) lysing said treated tumor cells to create cell fragments, wherein said fragment are suitable to generate an anticancer therapeutic effect. (a) exposing ex vivo a portion of cells obtained from a cancer cell line or a portion of tumor cells obtained from a patient to an agent selected from: (i) a thapsigargin analogue selected from deacetylthapsigargin, 8-O-(12-[L-leucinoylamino]dodecanoyl)-8-O-debutanoylthapsigargin (=L12ADT), 8-O-debutanoylthapsigargin, 8-O-(4-aminocinnamoyl)-8-O-debutanoylthapsigargin (=ACTA) and 8-(4-Azidobenzoyl)thapsigargin (=ZTG); or (ii) a guaianolide found in Thapsia, selected from thapsitranstagin, thapsivillosin A, thapsivillosin B, thapsivillosin C, thapsivillosin D, thapsivillosin E, thapsivillosin F, thapsivillosin G, thapsivillosin H, thapsivillosin I, thapsivillosin J, thapsivillosin K, trilobolide, and nortrilobolide, so as to create treated tumor cells; (i) a thapsigargin analogue selected from deacetylthapsigargin, 8-O-(12-[L-leucinoylamino]dodecanoyl)-8-O-debutanoylthapsigargin (=L12ADT), 8-O-debutanoylthapsigargin, 8-O-(4-aminocinnamoyl)-8-O-debutanoylthapsigargin (=ACTA) and 8-(4-Azidobenzoyl)thapsigargin (=ZTG); or (ii) a guaianolide found in Thapsia, selected from thapsitranstagin, thapsivillosin A, thapsivillosin B, thapsivillosin C, thapsivillosin D, thapsivillosin E, thapsivillosin F, thapsivillosin G, thapsivillosin H, thapsivillosin I, thapsivillosin J, thapsivillosin K, trilobolide, and nortrilobolide, so as to create treated tumor cells; (b) lysing said treated tumor cells to create cell fragments, wherein said fragment are suitable to generate an anticancer therapeutic effect.
An aircraft window configured to reduce the intensity of vibrations transmitted from outside the aircraft to inside the aircraft cabin comprising: a first element of transparent material arranged, in use, facing the outside of the aircraft; a second element of transparent material arranged, in use, facing the cabin; a gap that separates the first and second elements of transparent material (2,3) which are arranged facing and spaced apart from one another; at least a first transparent sheet element applied to a first face of the first element facing the gap; at least one second transparent sheet element applied to a second face of the second element facing the gap; the first and second transparent sheet elements (5,7) being made of transparent viscoelastic material, characterised in that it comprises: the first transparent sheet element covers a central area of the first face and is spaced from the edges of the first face so that the perimeter edges of the first transparent sheet element are free of said first sheet element; the second transparent sheet element covers a central area of the second face and is spaced from the perimeter edges of the second face so that the perimeter edges of the second transparent sheet element are free of said second sheet element. a first element of transparent material arranged, in use, facing the outside of the aircraft; a second element of transparent material arranged, in use, facing the cabin; a gap that separates the first and second elements of transparent material (2,3) which are arranged facing and spaced apart from one another; at least a first transparent sheet element applied to a first face of the first element facing the gap; at least one second transparent sheet element applied to a second face of the second element facing the gap; the first and second transparent sheet elements (5,7) being made of transparent viscoelastic material, characterised in that it comprises: the first transparent sheet element covers a central area of the first face and is spaced from the edges of the first face so that the perimeter edges of the first transparent sheet element are free of said first sheet element; the second transparent sheet element covers a central area of the second face and is spaced from the perimeter edges of the second face so that the perimeter edges of the second transparent sheet element are free of said second sheet element. the first transparent sheet element covers a central area of the first face and is spaced from the edges of the first face so that the perimeter edges of the first transparent sheet element are free of said first sheet element; the second transparent sheet element covers a central area of the second face and is spaced from the perimeter edges of the second face so that the perimeter edges of the second transparent sheet element are free of said second sheet element.
A minimally invasive surgical instrument having an end effector, the end effector comprising: a grip support having a left pivot pin and a right pivot pin; a left jaw rotatable around the left pivot pin of the grip support and a right jaw rotatable around the right pivot pin of the grip support, a left slider pin attached to the left jaw and spaced from the left pivot pin, a right slider pin attached to the right jaw and spaced from the right pivot pin, the left and right slider pins being solid structures; a slotted member including a left slider pin slot in which the left slider pin is slidable to move the left jaw between an open position and a closed position, and a right slider pin slot in which the right slider pin is slidable to move the right jaw between an open position and a closed position; characterized in further comprising: a slider pin actuator movable relative to the slotted member to cause the left slider pin to slide in the left slider pin slot and the right slider pin to slide in the right slider pin slot, to move the left jaw and the right jaw between the open position and the closed position. a grip support having a left pivot pin and a right pivot pin; a left jaw rotatable around the left pivot pin of the grip support and a right jaw rotatable around the right pivot pin of the grip support, a left slider pin attached to the left jaw and spaced from the left pivot pin, a right slider pin attached to the right jaw and spaced from the right pivot pin, the left and right slider pins being solid structures; a slotted member including a left slider pin slot in which the left slider pin is slidable to move the left jaw between an open position and a closed position, and a right slider pin slot in which the right slider pin is slidable to move the right jaw between an open position and a closed position; characterized in further comprising: a slider pin actuator movable relative to the slotted member to cause the left slider pin to slide in the left slider pin slot and the right slider pin to slide in the right slider pin slot, to move the left jaw and the right jaw between the open position and the closed position.