mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a processed ginseng or processed ginseng extract having increased contents of ginsenosides Rg3 and Rh2, the method comprising the steps of: (a) inoculating an Aspergillus niger strain into a medium composed of ginseng and wheat bran; (b) culturing the strain of step (a); (c) purifying and concentrating the cultured material of step (b) by ultrafiltration; (d) separating an enzyme solution or enzymes from the purified and concentrated material of step (c); (e) adding the enzyme solution or the enzymes of step (d) to ginseng, red ginseng or a ginseng or red ginseng extract to obtain a mixture; (f) fermenting the mixture of step (e); (g) separating the fermented material of step (f) by addition of alcohol to obtain a supernatant; (h) concentrating the supernatant of step (g); (i) reacting the concentrate of step (h) with at least one organic acid selected from the group consisting of acetic acid, lactic acid, citric acid, malic acid and tartaric acid; and (j) neutralizing, adding alcohol, filtering, purifying, concentrating and drying the reaction product of step (i). (a) inoculating an Aspergillus niger strain into a medium composed of ginseng and wheat bran; (b) culturing the strain of step (a); (c) purifying and concentrating the cultured material of step (b) by ultrafiltration; (d) separating an enzyme solution or enzymes from the purified and concentrated material of step (c); (e) adding the enzyme solution or the enzymes of step (d) to ginseng, red ginseng or a ginseng or red ginseng extract to obtain a mixture; (f) fermenting the mixture of step (e); (g) separating the fermented material of step (f) by addition of alcohol to obtain a supernatant; (h) concentrating the supernatant of step (g); (i) reacting the concentrate of step (h) with at least one organic acid selected from the group consisting of acetic acid, lactic acid, citric acid, malic acid and tartaric acid; and (j) neutralizing, adding alcohol, filtering, purifying, concentrating and drying the reaction product of step (i).
Multi-disc clutch for a clutch mechanism, comprising: - a clutch disc carrier, - a first group of discs (10a, 10b) partially supported by the clutch disc carrier and including an end disc, - a first axial locking ring partially inserted into a first groove formed in the clutch disc carrier, and - a member for retaining the first axial locking ring, said end disc comprising a recess (115, 115') inside which part of the retaining member is accommodated, the retaining member being situated partially between the first axial locking ring and the annular recess (115, 115') in the end disc. - a clutch disc carrier, - a first group of discs (10a, 10b) partially supported by the clutch disc carrier and including an end disc, - a first axial locking ring partially inserted into a first groove formed in the clutch disc carrier, and - a member for retaining the first axial locking ring, said end disc comprising a recess (115, 115') inside which part of the retaining member is accommodated, the retaining member being situated partially between the first axial locking ring and the annular recess (115, 115') in the end disc.
A tuning device of an electric power steering apparatus assisting steering based on a correspondence relationship between a steering torque and a steering auxiliary command value according to the steering torque, the tuning device comprising: a candidate point receiving portion receiving a plurality of candidate points represented by the steering torque and a candidate value of the steering auxiliary command value according to the steering torque; a polynomial calculation portion calculating a high order polynomial approximating the plurality of candidate points and storing information on the calculated high order polynomial in a polynomial storing portion, the high order polynomial being quadratic or higher; an adjustment point calculation portion calculating a plurality of adjustment points, a number of which is larger than the plurality of candidate points and which are represented by the steering torque and the steering auxiliary command value according to the steering torque, based on the high order polynomial; a linear function calculation portion calculating a plurality of linear functions connecting two adjacent points in the plurality of adjustment points; and an adjustment information outputting portion outputting information on the plurality of linear functions in order to adjust the correspondence relationship. a candidate point receiving portion receiving a plurality of candidate points represented by the steering torque and a candidate value of the steering auxiliary command value according to the steering torque; a polynomial calculation portion calculating a high order polynomial approximating the plurality of candidate points and storing information on the calculated high order polynomial in a polynomial storing portion, the high order polynomial being quadratic or higher; an adjustment point calculation portion calculating a plurality of adjustment points, a number of which is larger than the plurality of candidate points and which are represented by the steering torque and the steering auxiliary command value according to the steering torque, based on the high order polynomial; a linear function calculation portion calculating a plurality of linear functions connecting two adjacent points in the plurality of adjustment points; and an adjustment information outputting portion outputting information on the plurality of linear functions in order to adjust the correspondence relationship.
System for producing and repairing plastic composite components with a laminate structure comprising a fibre woven blank having a defined fabric orientation, which is mounted in a translucent or transparent processing sleeve, characterized in that the fibre woven blank is mounted indirectly in the processing sleeve, pre-fabricated, completely surrounded by a safety sleeve, protected from environmental influences, smoothed and secured against turning, wherein the safety sleeve is completely surrounded by the processing sleeve.
A method for locking/unlocking a removable module in/from a fixed mounting plate having a wall for supporting said removable module that has two tenons each provided with a hole, these tenons extending out from the removable module so that they can be inserted into openings formed in the mounting plate, this method consisting, in the locking phase, in: - placing the removable module on the wall of the mounting plate, inserting the two tenons into the openings in the support wall of the mounting plate; - activating a lever with eccentric cams toward a locked position, this lever being mounted in rotation between the openings beneath the support wall between an unlocked position and the locked position; - driving, by this rotation, two pins in opposite translational movements, each pin cooperating with an eccentric cam while being secured to an extension that extends transversely to the support wall such that the extensions pass through the holes in the tenons of the removable module perpendicularly, and - reversibly blocking the lever in the locked position; and, in the unlocking phase, in: - unblocking the lever from its locked position; - activating the reverse rotation of the lever until it is in the unlocked position so as to cause the extensions to be withdrawn from the holes via the reverse translation of the pins, and - removing the module from the mounting plate. - placing the removable module on the wall of the mounting plate, inserting the two tenons into the openings in the support wall of the mounting plate; - activating a lever with eccentric cams toward a locked position, this lever being mounted in rotation between the openings beneath the support wall between an unlocked position and the locked position; - driving, by this rotation, two pins in opposite translational movements, each pin cooperating with an eccentric cam while being secured to an extension that extends transversely to the support wall such that the extensions pass through the holes in the tenons of the removable module perpendicularly, and - reversibly blocking the lever in the locked position; and, in the unlocking phase, in: - unblocking the lever from its locked position; - activating the reverse rotation of the lever until it is in the unlocked position so as to cause the extensions to be withdrawn from the holes via the reverse translation of the pins, and - removing the module from the mounting plate. - unblocking the lever from its locked position; - activating the reverse rotation of the lever until it is in the unlocked position so as to cause the extensions to be withdrawn from the holes via the reverse translation of the pins, and - removing the module from the mounting plate.
A diagnostic system, comprising: a sensor disposed downstream from a component of an exhaust gas aftertreatment system; and a central diagnostic unit configured to diagnose a condensation condition associated with the sensor for mitigating a sensor failure due to water condensation on the sensor, the central diagnostic unit performing the diagnosis on the condensation condition based on water storage and release information of a catalyst material related to a component of the exhaust gas aftertreatment system, the release information including a water release point calculated by the central diagnostic unit based on a two-site kinetic model configured to model a rate of adsorption and a rate of desorption associated with the water condensation caused by the component of the exhaust gas aftertreatment system, such that the sensor is activated based on the water storage and release information. a sensor disposed downstream from a component of an exhaust gas aftertreatment system; and a central diagnostic unit configured to diagnose a condensation condition associated with the sensor for mitigating a sensor failure due to water condensation on the sensor, the central diagnostic unit performing the diagnosis on the condensation condition based on water storage and release information of a catalyst material related to a component of the exhaust gas aftertreatment system, the release information including a water release point calculated by the central diagnostic unit based on a two-site kinetic model configured to model a rate of adsorption and a rate of desorption associated with the water condensation caused by the component of the exhaust gas aftertreatment system, such that the sensor is activated based on the water storage and release information.
Retractable handle device having a handrail and bar holders (11, 12) connected to the handrail, wherein at least one bar holder (11, 12) is arranged so as to be movable relative to the handrail and is coupled thereto, wherein a first coupling mechanism is arranged in the handrail, by means of which the movability at least of one bar holder (11, 12) relative to the handrail and/or the movability of the bar holders (11, 12) relative to one another is embodied, wherein the first coupling mechanism has a first pushing device (25, 27) which is connected to a first bar holder (11, 12) and is movable relative thereto, and has a second pushing device (25, 27) which is connected to the first pushing device (25, 27) and is movable relative thereto, and is connected to a second bar holder (11, 12) and is movable relative thereto, characterised in that the first (25, 27) and the second pushing device (25, 27) are coupled by way of a gear device.
A hose forming device for forming a heated hose, the hose forming device comprising: a first pipe including a first body, a first conduit formed inside the first body and extended in the same direction as an extension direction of the first body, and a first jig connected to the first conduit and protruded from the first body to be inserted into a one end part of the hose; a second pipe including a second body, a second conduit formed inside the second body and extended in the same direction as an extension direction of the second body, and a second jig connected to the second conduit and protruded from the second body to be inserted into the other end part of the hose; a fluid supply device connected to at least one of the first conduit of the first pipe or the second conduit of the second pipe to supply fluid to the hose, a first moving device in which the first pipe is disposed to move the first pipe with respect to the second pipe; and a second moving device in which the second pipe is disposed to move the second pipe with respect to the first pipe. wherein an outer diameter (D'1) of the first jig is the same as an inner diameter of one end of the hose, wherein an outer diameter (D'2) of the second jig is the same as an inner diameter of the other end of the hose, and wherein the hose is formed by a blow molding method of injecting air in a state in which a heated material is injected into a mold. a first pipe including a first body, a first conduit formed inside the first body and extended in the same direction as an extension direction of the first body, and a first jig connected to the first conduit and protruded from the first body to be inserted into a one end part of the hose; a second pipe including a second body, a second conduit formed inside the second body and extended in the same direction as an extension direction of the second body, and a second jig connected to the second conduit and protruded from the second body to be inserted into the other end part of the hose; a fluid supply device connected to at least one of the first conduit of the first pipe or the second conduit of the second pipe to supply fluid to the hose, a first moving device in which the first pipe is disposed to move the first pipe with respect to the second pipe; and a second moving device in which the second pipe is disposed to move the second pipe with respect to the first pipe. wherein an outer diameter (D'1) of the first jig is the same as an inner diameter of one end of the hose, wherein an outer diameter (D'2) of the second jig is the same as an inner diameter of the other end of the hose, and wherein the hose is formed by a blow molding method of injecting air in a state in which a heated material is injected into a mold.
Method for producing volume transmission and reflection holograms on a photosensitive film which has a backing foil, a holographic layer and a protective foil, wherein the film is is guided over a drum, contacted on the drum with a master hologram and moved through an exposure zone together with the master hologram, where the film and the master hologram are irradiated with a linearly expanded exposure laser beam in order to reproduce the master hologram in the photopolymer layer, characterized in that using only one drum, both reflection and transmission volume holograms are produced simultaneously in the photopolymer layer of the film guided over the drum, for which purpose two master holograms (22 and 22') are assigned simultaneously at least in the exposure zone of the drum and are moved on and together with the same and in synchrony with the film lying on the drum, wherein the first master hologram is located radially outside the film whereas the second master hologram is attached to the drum radially within the film.
A light emitting device (1, 90, 91, 92) comprising: a light emitting element; a resin package defining a recessed portion serving as a mounting region of the light emitting element; a first and a second lead (20, 30) each comprising a first portion (20b, 30b) and a second portion (20a, 30a), wherein the respective first portions are exposed on opposing first (11c, 91a, 98c) and second (11d, 91b, 98b) outer side surfaces of the resin package, and the second portions (20a, 30a) are arranged on a bottom surface of the recessed portion, the first and second leads being (20, 30)electrically connected with the light emitting element, the light emitting element being mounted on one of the leads (20, 30), characterised in that a first gate mark (5a, 81, 95a, 96a, 97a) formed on a third outer side surface (11a, 91a, 98a) of the resin package and a second gate mark (5b, 82, 95b, 96b, 97b) formed on a fourth outer side surface (11b, 91b, 98b) of the resin package, wherein the first gate mark and the second gate mark are arranged such that a straight line from the first gate mark to the second gate mark crosses the recessed portion, the back surface of the lead (20, 30) forms a flat surface with portions of the lower surface of the resin package, the resin package has a face comprising the recessed portion, and wherein the face is adjacent to the third outer side surface (11a, 91a, 98a) and to the fourth outer side surface (11b, 91b, 98b). a light emitting element; a resin package defining a recessed portion serving as a mounting region of the light emitting element; a first and a second lead (20, 30) each comprising a first portion (20b, 30b) and a second portion (20a, 30a), wherein the respective first portions are exposed on opposing first (11c, 91a, 98c) and second (11d, 91b, 98b) outer side surfaces of the resin package, and the second portions (20a, 30a) are arranged on a bottom surface of the recessed portion, the first and second leads being (20, 30)electrically connected with the light emitting element, the light emitting element being mounted on one of the leads (20, 30), characterised in that a first gate mark (5a, 81, 95a, 96a, 97a) formed on a third outer side surface (11a, 91a, 98a) of the resin package and a second gate mark (5b, 82, 95b, 96b, 97b) formed on a fourth outer side surface (11b, 91b, 98b) of the resin package, wherein the first gate mark and the second gate mark are arranged such that a straight line from the first gate mark to the second gate mark crosses the recessed portion, the back surface of the lead (20, 30) forms a flat surface with portions of the lower surface of the resin package, the resin package has a face comprising the recessed portion, and wherein the face is adjacent to the third outer side surface (11a, 91a, 98a) and to the fourth outer side surface (11b, 91b, 98b).
Pulsed electric field "PEF" household appliance, having a compartment, which can be closed by means of a door, and at least one door monitoring apparatus (11,19, 20) having at least one contact pair (19, 20) comprising two contact parts (19, 20), of which one of the contact parts is arranged on the door and the other contact part is arranged on a non-movable part of the household appliance, wherein - at least the contact part that is arranged on the non-movable part has multiple contact surfaces (22a, 22b) that are electrically separated from one another and the electrical lines (10, 16) are connected to the multiple contact surfaces (22a, 22b), - the contact parts (19, 20) that contact one another when the door is in the closed state form a respective pair of plug-in contacts (22a, 24a, 22b, 24b) and - a first contact part of these contact parts (19, 20) is formed in a complementary manner with respect to the second contact part and has contact mating surfaces (24a, 24b) which make contact with the respective contact surface (22a, 22b) of the second contact part when the door is in the closed state, characterised in that at least one second contact part of these contact parts (19, 20) has an annular groove, in the area of which at least one of the contact surfaces (22a, 22b) is present. - at least the contact part that is arranged on the non-movable part has multiple contact surfaces (22a, 22b) that are electrically separated from one another and the electrical lines (10, 16) are connected to the multiple contact surfaces (22a, 22b), - the contact parts (19, 20) that contact one another when the door is in the closed state form a respective pair of plug-in contacts (22a, 24a, 22b, 24b) and - a first contact part of these contact parts (19, 20) is formed in a complementary manner with respect to the second contact part and has contact mating surfaces (24a, 24b) which make contact with the respective contact surface (22a, 22b) of the second contact part when the door is in the closed state,
A combustor liner for a gas turbine engine, the combustor liner comprising: a panel configured to at least partially define a combustion chamber; and a shell configured to mount to the panel and form a gap between the panel and the shell; wherein the panel includes a stud, wherein the panel further includes a plurality of a stand-off pins proximate to the stud defining a cavity therebetween, characterized in that the shell includes a plurality of angled impingement holes located away from the cavity but extending through the shell at an acute angle relative to a plane perpendicular to the panel such that cooling air passing through the angled impingement holes is directed towards the cavity between adjacent stand-off pins and the stud, and in that the angled impingement holes are arranged in a same rotating direction around the stud. a panel configured to at least partially define a combustion chamber; and a shell configured to mount to the panel and form a gap between the panel and the shell; wherein the panel includes a stud, wherein the panel further includes a plurality of a stand-off pins proximate to the stud defining a cavity therebetween, characterized in that the shell includes a plurality of angled impingement holes located away from the cavity but extending through the shell at an acute angle relative to a plane perpendicular to the panel such that cooling air passing through the angled impingement holes is directed towards the cavity between adjacent stand-off pins and the stud, and in that the angled impingement holes are arranged in a same rotating direction around the stud.
An elution system comprising: a radioisotope generator configured to release a radioactive eluate containing a daughter radioisotope during an elution with an eluant the daughter radioisotope being produced from radioactive decay of a parent radioisotope contained within the radioisotope generator; an eluate tubing line (70, 75) in fluid communication with the radioisotope generator; a radioactivity detector (58, 60) positioned to detect a radioactivity of the radioactive eluate while the radioactive eluate is flowing through the eluate tubing line (70, 75); and a controller communicatively coupled to the radioactivity detector (58, 60) and configured to: receive data indicative of the radioactivity of the radioactive eluate generated during the elution thereby providing a radioactivity profile of the radioactive eluate relative to at least one of a time during the elution and a volume of radioactive eluate generated during the elution, and determine a characteristic of the radioactivity profile indicative of breakthrough of the parent radioisotope into the radioactive eluate. a radioisotope generator configured to release a radioactive eluate containing a daughter radioisotope during an elution with an eluant the daughter radioisotope being produced from radioactive decay of a parent radioisotope contained within the radioisotope generator; an eluate tubing line (70, 75) in fluid communication with the radioisotope generator; a radioactivity detector (58, 60) positioned to detect a radioactivity of the radioactive eluate while the radioactive eluate is flowing through the eluate tubing line (70, 75); and a controller communicatively coupled to the radioactivity detector (58, 60) and configured to: receive data indicative of the radioactivity of the radioactive eluate generated during the elution thereby providing a radioactivity profile of the radioactive eluate relative to at least one of a time during the elution and a volume of radioactive eluate generated during the elution, and determine a characteristic of the radioactivity profile indicative of breakthrough of the parent radioisotope into the radioactive eluate.