mhurhangee/ep-ind-claims huggingface dataset:
An integrated production method of an element made of plastic material and an element made of memory shape alloy, said method comprising the steps of: • positioning a memory shape alloy element inside a volume defined by a mold, said element defining, at room temperature, a first geometric shape operating inside said volume; • positioning a parison in said volume, said parison being the same temperature as at least a material transformation temperature of said element • blowing air inside said parison to expand it until it adheres to an internal surface of said volume, thus compressing said element into a second operating geometric shape; • maintaining the previous configuration until reaching a temperature that is lower than at least said transformation temperature of said material; and • extracting said element from said mold and an object blown from said parison against said surface. • positioning a memory shape alloy element inside a volume defined by a mold, said element defining, at room temperature, a first geometric shape operating inside said volume; • positioning a parison in said volume, said parison being the same temperature as at least a material transformation temperature of said element • blowing air inside said parison to expand it until it adheres to an internal surface of said volume, thus compressing said element into a second operating geometric shape; • maintaining the previous configuration until reaching a temperature that is lower than at least said transformation temperature of said material; and • extracting said element from said mold and an object blown from said parison against said surface.
A dosage form article consisting of a hard capsule coated with a surface modifying coating composition, said article being prepared by coating said capsule with an aqueous coating composition comprising water and one or more muco-adhesive polyacrylate polymer(s), wherein the weight ratio of said one or more muco-adhesive polymer(s) to water is from greater than 0.010 to 0.020, wherein said ratio is determined for the aqueous coating composition being applied to the capsule, and wherein the weight gained on said capsule through said coating is less than 2.5% by weight of the empty capsule.
A method for preparing a conductive polymer, comprising: preparing the conductive polymer by oxidation polymerization; and subsequently subjecting an organic sulfonate to the conductive polymer, wherein the organic sulfonate is formed by a cation and an anion of an organic sulfonic acid, and thereby the organic sulfonate is coated on the polymer matrix, or the organic sulfonate is included in the polymer matrix, wherein the cation is a metal cation with divalence or more other than a transition metal, or an organic cation. preparing the conductive polymer by oxidation polymerization; and subsequently subjecting an organic sulfonate to the conductive polymer, wherein the organic sulfonate is formed by a cation and an anion of an organic sulfonic acid, and thereby the organic sulfonate is coated on the polymer matrix, or the organic sulfonate is included in the polymer matrix, wherein the cation is a metal cation with divalence or more other than a transition metal, or an organic cation.
A flight deck display system for an aircraft, comprising: a processor adapted to receive data representative of the aircraft (304, 504, 604) during a ground maneuver, the data including dimensions of the aircraft (304, 504, 604) and the processor operable, in response thereto, to determine a zone of protection (312, 512, 612) about the aircraft (304, 504, 604) using the dimensions of the aircraft and supply one or more image rendering display commands; and a display device coupled to receive the image rendering display commands and operable, in response thereto, to render a symbol indicating aircraft ownship and an image of an envelope encompassing the symbol indicating the aircraft ownship that is representative of the zone of protection (312, 512, 612). a processor adapted to receive data representative of the aircraft (304, 504, 604) during a ground maneuver, the data including dimensions of the aircraft (304, 504, 604) and the processor operable, in response thereto, to determine a zone of protection (312, 512, 612) about the aircraft (304, 504, 604) using the dimensions of the aircraft and supply one or more image rendering display commands; and a display device coupled to receive the image rendering display commands and operable, in response thereto, to render a symbol indicating aircraft ownship and an image of an envelope encompassing the symbol indicating the aircraft ownship that is representative of the zone of protection (312, 512, 612).
An electrical isolator comprising: an elongate dielectric flexible member (114,124) characterized in that the elongate dielectric flexible member (114,124) is encased in a corresponding length of a dielectric flexible membrane so as to define voids there-between, and the membrane is filled with dielectric fluid so as to fill the voids, wherein the opposite ends of the membrane and member (114,124) are sealed to provide a fluid seal.
A system with a smart port, wherein the smart port is provided and configured to read out data and information from at least one medical product and to transmit it to a instrument data management system of a customer, a cloud and/or to an instrument data management system of the system manufacturer for further processing, wherein the smart port has a plurality of separate but arbitrarily combinable modules for the individual acquisition and reading of the at least one medical product, wherein the modules are each provided and configured with respectively different detection technologies in order to detect and read out the data and information of the at least one medical product, wherein the use of at least one optical detection technology and in parallel thereto a radio detection technology is provided, characterized in that the smart port, in particular a computing unit of the smart port, is provided and configured, to detect the at least one medical product within a predetermined and/or predefined time window and to send a signal, wherein the signal is provided to log a correct or incorrect assignment with the detection of the medical product, and to compare the optical detection technology and the radio detection technology within the time window in order to ensure the correctness of the assignment. the smart port, in particular a computing unit of the smart port, is provided and configured, to detect the at least one medical product within a predetermined and/or predefined time window and to send a signal, wherein the signal is provided to log a correct or incorrect assignment with the detection of the medical product, and to compare the optical detection technology and the radio detection technology within the time window in order to ensure the correctness of the assignment.
A medical image processing device (4, 41b, 504, 541b) comprising: an input section (43a, 543a) to which a biological mucous membrane image obtained by picking up an image of a biological mucous membrane is inputted; a region extracting section (43c, 543c) that extracts a mucous membrane microstructure region corresponding to a mucous membrane microstructure, which is a microscopic structure included in the biological mucous membrane, from the biological mucous membrane image inputted to the input section (43a, 543a); and a closed region identifying section that identifies at least one closed region regarded as being surrounded by the mucous membrane microstructure region; characterized by a unit region setting section (43e, 543e) that sets a unit region, which is a region set as one unit in terms of biological histology, on the basis of the mucous membrane microstructure region extracted by the region extracting section (43c, 543c) and the closed region identified by the closed region identifying section. an input section (43a, 543a) to which a biological mucous membrane image obtained by picking up an image of a biological mucous membrane is inputted; a region extracting section (43c, 543c) that extracts a mucous membrane microstructure region corresponding to a mucous membrane microstructure, which is a microscopic structure included in the biological mucous membrane, from the biological mucous membrane image inputted to the input section (43a, 543a); and a closed region identifying section that identifies at least one closed region regarded as being surrounded by the mucous membrane microstructure region; characterized by a unit region setting section (43e, 543e) that sets a unit region, which is a region set as one unit in terms of biological histology, on the basis of the mucous membrane microstructure region extracted by the region extracting section (43c, 543c) and the closed region identified by the closed region identifying section.
A method for preparing a cooked cereal composition of low salt content that nonetheless has a good cooked cereal flavor, comprising the steps of: A. cooking a homogeneous blend of 1. 60% to 98% by dry weight of the blend of a farinaceous material having a starchy component, 2. 1.0% to 1.5% dry weight of the blend of sodium chloride, and 3. sufficient amounts of a water soluble acidulant to provide said blend having a pH ranging from 3.5 to 5.7, and wherein the blend has a conductivity ranging from 0.1-2.8 mS/cm with added moisture for a period of time sufficient to substantially fully cook said blend; B. forming the cooked cereal mass or dough into pieces of desired shape and size; and C. toasting and drying the pieces to form a dried ready-to-eat cereal having a pH ranging from 3.5-5.7 and a conductivity ranging from 0.1-2.8 mS/cm and a moisture content of 2-5%. A. cooking a homogeneous blend of 1. 60% to 98% by dry weight of the blend of a farinaceous material having a starchy component, 2. 1.0% to 1.5% dry weight of the blend of sodium chloride, and 3. sufficient amounts of a water soluble acidulant to provide said blend having a pH ranging from 3.5 to 5.7, and wherein the blend has a conductivity ranging from 0.1-2.8 mS/cm with added moisture for a period of time sufficient to substantially fully cook said blend; 1. 60% to 98% by dry weight of the blend of a farinaceous material having a starchy component, 2. 1.0% to 1.5% dry weight of the blend of sodium chloride, and 3. sufficient amounts of a water soluble acidulant to provide said blend having a pH ranging from 3.5 to 5.7, B. forming the cooked cereal mass or dough into pieces of desired shape and size; and C. toasting and drying the pieces to form a dried ready-to-eat cereal having a pH ranging from 3.5-5.7 and a conductivity ranging from 0.1-2.8 mS/cm and a moisture content of 2-5%.
A cam mechanism comprising a rotation member rotatable about a rotation member axis, a plurality of bearings fixed to the rotation member, and a cam housing accommodating the rotation member and the plurality of bearings, wherein: the cam mechanism further comprises at least one lubrication device mounted to the cam housing; wherein each of the plurality of bearings comprises an inner ring portion and an outer ring portion rotatable around the inner ring portion, and an outer circumferential surface of the outer ring portion is an outer circumferential surface of each bearing; characterized in that the lubrication device comprises a housing and a lubrication member that is accommodated within the housing, and as the rotation member rotates about the rotation member axis such that the plurality of bearings rotate about the rotation member axis, the lubrication device is configured to apply a lubricant to the outer circumferential surface of each bearing by passing each bearing across the lubrication device such that the outer circumferential surface of each bearing is in contact with an inner surface of the lubrication member. the cam mechanism further comprises at least one lubrication device mounted to the cam housing; wherein each of the plurality of bearings comprises an inner ring portion and an outer ring portion rotatable around the inner ring portion, and an outer circumferential surface of the outer ring portion is an outer circumferential surface of each bearing; characterized in that the lubrication device comprises a housing and a lubrication member that is accommodated within the housing, and as the rotation member rotates about the rotation member axis such that the plurality of bearings rotate about the rotation member axis, the lubrication device is configured to apply a lubricant to the outer circumferential surface of each bearing by passing each bearing across the lubrication device such that the outer circumferential surface of each bearing is in contact with an inner surface of the lubrication member.
A detergent composition comprising: (i) from 0.1 to 10 wt.%, preferably from 0.2 to 9 wt.%, more preferably from 0.25 to 8, even more preferably from 0.5 to 6 wt.%, most preferably from 1 to 5 wt.% of a soil release polymer; and, (ii) from 0.0005 to 2.5 wt.%, preferably from 0.005 to 2 wt.%, more preferably from 0.01 to 1 wt.% of a non-fungal lipase enzyme, wherein the soil release polymer is a polyester based soil released polymer, wherein the polyester soil release polymer is a polyethylene and/or polypropylene terephthalate based soil release polymer; and, wherein the non-fungal lipase enzyme is a bacterial lipase enzyme derived from Burkholderia cepacia, Pseudomonas fluorescence or Psychromonas ingrahamii. (i) from 0.1 to 10 wt.%, preferably from 0.2 to 9 wt.%, more preferably from 0.25 to 8, even more preferably from 0.5 to 6 wt.%, most preferably from 1 to 5 wt.% of a soil release polymer; and, (ii) from 0.0005 to 2.5 wt.%, preferably from 0.005 to 2 wt.%, more preferably from 0.01 to 1 wt.% of a non-fungal lipase enzyme, wherein the soil release polymer is a polyester based soil released polymer, wherein the polyester soil release polymer is a polyethylene and/or polypropylene terephthalate based soil release polymer; and, wherein the non-fungal lipase enzyme is a bacterial lipase enzyme derived from Burkholderia cepacia, Pseudomonas fluorescence or Psychromonas ingrahamii.
A pharmaceutical composition in the form of a liquid or liquid suspension for oral administration, comprising an iron hydroxypyrone and a taste masking agent, wherein the iron hydroxypyrone is present in the liquid or liquid suspension in a concentration of at least about 10 -5 moles per litre, and wherein the taste masking agent is present in an amount effective to mask the metallic taste associated with the iron hydroxypyrone.
A fluid distribution system for selectively distributing fluid from multiple locations, the system including: a. a conduit arrangement comprising: i. at least one enclosed elongated conduit having a conduit side wall with an internal perimeter for carrying fluid along the conduit side wall; ii. openings along the length of the conduit side wall of the conduit for allowing escape of the fluid; and b. closures including: i. a membrane which forms the closure over individual openings or group of related openings; and ii a deflector of the membrane which has an effect to physically alter openings between an open and closed arrangement for selectively opening and/or closing at least one group of the openings along the length of the conduit side wall of the conduit for allowing selective escape of the fluid; and c. an activator being a physical body movable longitudinally along the conduit arrangement; wherein the activator causes the deflector to undertake selective opening or closing of respective ones of the closures to uncover a pathway for fluid to escape from the conduit through one or more of the at least one group of the openings along the length of the conduit side wall. a. a conduit arrangement comprising: i. at least one enclosed elongated conduit having a conduit side wall with an internal perimeter for carrying fluid along the conduit side wall; ii. openings along the length of the conduit side wall of the conduit for allowing escape of the fluid; and i. at least one enclosed elongated conduit having a conduit side wall with an internal perimeter for carrying fluid along the conduit side wall; ii. openings along the length of the conduit side wall of the conduit for allowing escape of the fluid; and b. closures including: i. a membrane which forms the closure over individual openings or group of related openings; and ii a deflector of the membrane which has an effect to physically alter openings between an open and closed arrangement for selectively opening and/or closing at least one group of the openings along the length of the conduit side wall of the conduit for allowing selective escape of the fluid; and i. a membrane which forms the closure over individual openings or group of related openings; and ii a deflector of the membrane which has an effect to physically alter openings between an open and closed arrangement for selectively opening and/or closing at least one group of the openings along the length of the conduit side wall of the conduit for allowing selective escape of the fluid; and c. an activator being a physical body movable longitudinally along the conduit arrangement;
A device for manufacturing a shaped workpiece, the device comprising a die block and a punch that, when pressed together, cooperate to provide the workpiece having a desired shape, the die block comprising a die working surface, a die support surface that faces away from the die working surface, and a die peripheral edge that joins the die working surface to the die support surface, wherein the die working surface is formed having surface features that help define the shape of the workpiece that is formed within the forming device and the surface features include a central recess having a polygonal shape that defines at least three die apexes, each die apex having a corner radius, and a die flange that extends between the central recess and the die peripheral edge, the die flange having at least one alternating die ridge and die channel that extends between the central recess and the die peripheral edge, the at least one alternating die ridge and die channel disposed along the corner radius of each apex and defining a curvilinear profile when viewed in cross section; the punch comprising a punch working surface that faces the die working surface, a punch support surface that faces away from the punch working surface, and a punch peripheral edge that joins the punch working surface to the punch support surface, wherein the punch working surface includes a central protrusion that is surrounded by and spaced apart from the punch peripheral edge and has a shape that corresponds to the shape of the die central recess, and the punch working surface comprising surface features that are a negative of the surface features of the die working surface, wherein the die block and the punch are movable between a first position in which the die block and the punch are spaced apart a first distance, and a second position in which the die block and the punch are spaced apart a second distance that is less than the first distance, the die block and the punch are configured so that when in the second position with the workpiece disposed between the die working surface and the punch working surface, the die block and the punch cooperate to provide the workpiece having a desired shape. a central recess having a polygonal shape that defines at least three die apexes, each die apex having a corner radius, and a die flange that extends between the central recess and the die peripheral edge, the die flange having at least one alternating die ridge and die channel that extends between the central recess and the die peripheral edge, the at least one alternating die ridge and die channel disposed along the corner radius of each apex and defining a curvilinear profile when viewed in cross section;
Method for producing a cartridge case with the following steps: - provision of a first workpiece part with a first joint surface, from a first material containing a metal, wherein the first material is formed by an aluminium alloy which is free from a copper content, - provision of a second workpiece part with a second joint surface, from a second material containing a metal, wherein the hardness of the second material is greater than that of the first material, - superficial connection of the two workpiece parts (37, 38) with their joint surfaces (39, 40) abutting each other, wherein before or during the connection of the two workpiece parts (37, 38), a metal oxide layer present on the respective joint surfaces (39, 40) is removed or the metal oxide layers are connected to an intermediate layer, - forming of the workpiece produced from the two connected workpiece parts (37, 38) into a cartridge case, wherein on forming the workpiece, firstly a cylindrical sleeve is produced with a casing portion of the first material and a base portion of the second material, wherein the open end portion of the sleeve is then reduced in diameter, and wherein the forming of the open end portion to reduce its diameter takes place without prior heat supply. - provision of a first workpiece part with a first joint surface, from a first material containing a metal, wherein the first material is formed by an aluminium alloy which is free from a copper content, - provision of a second workpiece part with a second joint surface, from a second material containing a metal, wherein the hardness of the second material is greater than that of the first material, - superficial connection of the two workpiece parts (37, 38) with their joint surfaces (39, 40) abutting each other, wherein before or during the connection of the two workpiece parts (37, 38), a metal oxide layer present on the respective joint surfaces (39, 40) is removed or the metal oxide layers are connected to an intermediate layer, - forming of the workpiece produced from the two connected workpiece parts (37, 38) into a cartridge case, wherein on forming the workpiece, firstly a cylindrical sleeve is produced with a casing portion of the first material and a base portion of the second material, wherein the open end portion of the sleeve is then reduced in diameter, and wherein the forming of the open end portion to reduce its diameter takes place without prior heat supply.
A charging device comprising: an image bearing member which is adapted to bear an image thereon; a charging member which is adapted to charge the image bearing member; and a shielding member between the image bearing member and the charging member which is adapted to shield said image bearing member from said charging member, wherein said shielding member comprises a fiber having an official moisture regain of 2.0% or more and 15.0% or less measured based on the specification of Japanese Industrial Standards L 0105:2006. an image bearing member which is adapted to bear an image thereon; a charging member which is adapted to charge the image bearing member; and a shielding member between the image bearing member and the charging member which is adapted to shield said image bearing member from said charging member, wherein said shielding member comprises a fiber having an official moisture regain of 2.0% or more and 15.0% or less measured based on the specification of Japanese Industrial Standards L 0105:2006.
Brake disk, which has a basic body with at least one contact surface, to which a wearing coat has been applied, wherein, to realize the bond between the wearing coat and the basic body, the at least one contact surface of the basic body is pretreated, wherein the pretreated at least one contact surface of the basic body has a surface topography modified by laser radiation, with at least one predetermined parameter characterized in that the laser radiation in combination with reactive gases modifies the chemical composition of the surface topography of the contact surface and produces a higher degree of cleanness, with a reduced occurrence of carbon deposits.