mhurhangee/ep-ind-claims huggingface dataset:
An acetylcholinesterase inhibitor for use in the treatment of a skin affliction caused by Demodex brevis and/or Demodex folliculorum mites from hair follicles and/or skin of the individual, wherein the acetylcholinesterase inhibitor is orally administered in a dosage sufficient to inactivate demodex brevis and/or demodex folliculorum mites resulting in amelioration or cessation of the manifestations of allergic and/or vasomotor responses to the demodex brevis and/or demodex folliculorum mites that cause symptoms and signs of the skin affliction, wherein said acetylcholinesterase inhibitor is selected from the group consisting of physostigmine, demecarium, donepezil, tacrine, echothiophate, diisopropyl fluorophosphate, lactucopicrin, boswellia, celastrus paniculatus, coumarins, galantamine, and huperzine A, or a pharmaceutically acceptable salt thereof.
A lubricant composition for hot forming comprising: solid lubricant from 10 to 40% by mass; water-dispersible synthetic resin from 5 to 20% by mass; inorganic acid amine salt from 0.5 to 5% by mass; and water from 45 to 80% by mass, for 100% by mass of the total mass of the lubricant composition, wherein said water-dispersible synthetic resin is a resin obtained by polymerization with the following a first to a fourth ingredients, a first ingredient: main monomer from 85 to 97.4% by mass, a second ingredient: monomer having functioning group from 0.1 to 7% by mass, wherein the functioning group of said monomer having functioning group is selected from a group consisting of carboxyl group, epoxy group, amino group, and acetoacetyl group, a third ingredient: cross-linking monomer from 0 to 5% by mass, a fourth ingredient: co-polymeric surfactant from 2.1 to 7% by mass, for 100% by mass of the total mass of said first to fourth ingredients, said main monomer is two or more monomers selected from ethyl methacrylate, n-butyl methacrylate, cyclohexyl methacrylate, n-butyl acrylate and 2-ethylhexyl acrylate. solid lubricant from 10 to 40% by mass; water-dispersible synthetic resin from 5 to 20% by mass; inorganic acid amine salt from 0.5 to 5% by mass; and water from 45 to 80% by mass, for 100% by mass of the total mass of the lubricant composition, wherein said water-dispersible synthetic resin is a resin obtained by polymerization with the following a first to a fourth ingredients, a first ingredient: main monomer from 85 to 97.4% by mass, a second ingredient: monomer having functioning group from 0.1 to 7% by mass, wherein the functioning group of said monomer having functioning group is selected from a group consisting of carboxyl group, epoxy group, amino group, and acetoacetyl group, a third ingredient: cross-linking monomer from 0 to 5% by mass, a fourth ingredient: co-polymeric surfactant from 2.1 to 7% by mass, for 100% by mass of the total mass of said first to fourth ingredients,
A method of manufacturing self-pierce rivets from a length of wire, the method comprising: separating the length of wire to form a plurality of slugs, each slug defining a head end and a tail end; and forging a plurality of rivets from the slugs, each rivet having a head formed from the head end of a slug and a tip formed from the tail end of that slug, the head and the tip of the rivet being separated by a shank which defines a longitudinal axis, the rivet having a bore which runs substantially longitudinally through the tip and at least part way along the shank; the method being characterized in that for each of the plurality of rivets the method comprises performing a machining operation to remove material from the tip of the rivet or from the tail end of the slug from which the rivet was forged. separating the length of wire to form a plurality of slugs, each slug defining a head end and a tail end; and forging a plurality of rivets from the slugs, each rivet having a head formed from the head end of a slug and a tip formed from the tail end of that slug, the head and the tip of the rivet being separated by a shank which defines a longitudinal axis, the rivet having a bore which runs substantially longitudinally through the tip and at least part way along the shank; the method being characterized in that for each of the plurality of rivets the method comprises performing a machining operation to remove material from the tip of the rivet or from the tail end of the slug from which the rivet was forged.
A non-naturally occurring microorganism having a 1,3-butanediol (1,3-BDO) pathway, wherein the microorganism comprises the following 1,3-BDO pathway enzymes: (a) a deoxyribose-5-phosphate aldolase (DERA) comprising an amino acid sequence at least 80% identical to SEQ ID NO: 19, 21, or 22 that catalyzes condensation of two acetaldehydes to produce 3-hydroxybutanal; and (b) an aldo-ketoreductase comprising an amino acid sequence at least 70% identical to SEQ ID NO: 25, oxidoreductase, aldehyde reductase, or alcohol dehydrogenase that reduces the 3-hydroxybutanal to 1,3-BDO. (a) a deoxyribose-5-phosphate aldolase (DERA) comprising an amino acid sequence at least 80% identical to SEQ ID NO: 19, 21, or 22 that catalyzes condensation of two acetaldehydes to produce 3-hydroxybutanal; and (b) an aldo-ketoreductase comprising an amino acid sequence at least 70% identical to SEQ ID NO: 25, oxidoreductase, aldehyde reductase, or alcohol dehydrogenase that reduces the 3-hydroxybutanal to 1,3-BDO.
A fluid collection device, comprising: a fluid impermeable barrier having an inner surface at least partially defining a chamber, a first end region including a first outer surface portion and defining an aperture extending therethrough, and a second end region distal to the first end region and including a second outer surface portion, the fluid impermeable barrier being substantially cylindrical in shape between the first end region and the second end region the fluid impermeable barrier also defining an opening extending longitudinally along the fluid impermeable barrier and configured to be positioned adjacent to a female urethra; and a substantially cylindrical fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and configured to wick fluid away from the opening the device being characterized in that: i) the fluid impermeable barrier is configured to be adhesively secured within the gluteal cleft; in that; ii) the second outer surface portion of the second end of the fluid impermeable barrier has more adhesive strength than the first outer surface portion of the first end region of the fluid impermeable barrier. a fluid impermeable barrier having an inner surface at least partially defining a chamber, a first end region including a first outer surface portion and defining an aperture extending therethrough, and a second end region distal to the first end region and including a second outer surface portion, the fluid impermeable barrier being substantially cylindrical in shape between the first end region and the second end region the fluid impermeable barrier also defining an opening extending longitudinally along the fluid impermeable barrier and configured to be positioned adjacent to a female urethra; and a substantially cylindrical fluid permeable body positioned at least partially within the chamber to extend across at least a portion of the opening and configured to wick fluid away from the opening the device being characterized in that: i) the fluid impermeable barrier is configured to be adhesively secured within the gluteal cleft; in that; ii) the second outer surface portion of the second end of the fluid impermeable barrier has more adhesive strength than the first outer surface portion of the first end region of the fluid impermeable barrier. i) the fluid impermeable barrier is configured to be adhesively secured within the gluteal cleft; in that; ii) the second outer surface portion of the second end of the fluid impermeable barrier has more adhesive strength than the first outer surface portion of the first end region of the fluid impermeable barrier.
A camera module comprising: a housing including a light transmission portion at one side; a lens module, packaged in the housing, transferring incident light through the light transmission portion to a first direction; an image sensor, converting light passed through the lens module to a digital signal; a first frame located inside the housing; a second frame located inside the housing; a first coil Z formed at the first frame, wherein a first voltage is applied; a second coil formed at the first frame, wherein a current of a second voltage flows in the second coil to correspond to a voltage of the first frame if the first voltage is applied to the first coil; a conductor coupled to the second frame; and a detector for calculating a relative position between the first frame and the second frame by monitoring the second voltage, wherein a size of the second voltage is reduced if the second coil is closer to the conductor. a housing including a light transmission portion at one side; a lens module, packaged in the housing, transferring incident light through the light transmission portion to a first direction; an image sensor, converting light passed through the lens module to a digital signal; a first frame located inside the housing; a second frame located inside the housing; a first coil Z formed at the first frame, wherein a first voltage is applied; a second coil formed at the first frame, wherein a current of a second voltage flows in the second coil to correspond to a voltage of the first frame if the first voltage is applied to the first coil; a conductor coupled to the second frame; and a detector for calculating a relative position between the first frame and the second frame by monitoring the second voltage, wherein a size of the second voltage is reduced if the second coil is closer to the conductor.
Disc brake for vehicles, preferably for heavy-load utility vehicles, with a brake calliper engaging over a brake disc, a preferably pneumatically driven application unit, an adjustment device and a crossbar which is arranged in the force flux of the application unit and is arranged movably in the brake calliper and transmits the application force to at least one pressure plunger which operates counter to a brake pad of the disc brake and is supported here axially on the brake pad via a pressure surface which is formed on a pressure plate which is larger radially than the pressure plunger, wherein the pressure plate is in the form of a perforated disc which, with its preferably centrally arranged hole, sits on a pin formed on the pressure plunger, facing the brake pad, and is secured axially in relation to the latter, characterized in that the pin has an end region protruding for a distance out of the pressure plate.
Angle guide plate for the fitting of a rail on a foundation, with a recess (21a, 21b; 58a, 58b) serving as a seat for a free end section (22; 61) of a spring arm (23; 62) of a tension clamp (6; 60) to be mounted on the angle guide plate, as long as said tension clamp (6; 60) is located in the pre-assembly position, wherein the recess (21a, 21b; 58a, 58b) surrounds the end section (22; 61) by less than half of its circumference, characterised in that the transition between the recess (21a, 21b; 58a, 58b) and the section (24, 25; 52b) of the angle guide plate (4; 50) which follows on from the recess (21a, 21b; 58a, 58b) in the direction of the rail which is to be fitted is formed such as to be free of any abrupt change.
Method for mounting a curtain airbag on a structure of a lateral and interior zone of a vehicle, said airbag being intended to be positioned above and in line with a bodywork pillar of said vehicle, characterized in that it comprises the following steps, - a step of fixing a pivotably mobile flap (7, 8, 13) to a ramped support rail so that said flap (7, 8, 13) extends parallel to a deflection face of said ramp rail, - a step of fixing the ramped support rail equipped with said at least one flap (7, 8, 13) to the structure of the vehicle, - a step of positioning the airbag above said ramp rail and above said at least one flap (7, 8, 13), - a step of mounting a roof panel in the vehicle, - a step of moving the flap (7, 8, 13) relative to the ramped support rail under the effect of the pressure applied by the roof panel as it is being mounted, so that the flap (7, 8, 13) moves in pivoting upwards to trap said airbag in a fixed position and so that, under the effect of the inflating of the airbag if the vehicle is involved in a collision, said flap moves in pivoting downwards to uncover a zone situated between the edge of the deflection face of the ramped support rail and the upper lining of the pillar, thus facilitating the deployment of said airbag. - a step of fixing a pivotably mobile flap (7, 8, 13) to a ramped support rail so that said flap (7, 8, 13) extends parallel to a deflection face of said ramp rail, - a step of fixing the ramped support rail equipped with said at least one flap (7, 8, 13) to the structure of the vehicle, - a step of positioning the airbag above said ramp rail and above said at least one flap (7, 8, 13), - a step of mounting a roof panel in the vehicle, - a step of moving the flap (7, 8, 13) relative to the ramped support rail under the effect of the pressure applied by the roof panel as it is being mounted, so that the flap (7, 8, 13) moves in pivoting upwards to trap said airbag in a fixed position and so that, under the effect of the inflating of the airbag if the vehicle is involved in a collision, said flap moves in pivoting downwards to uncover a zone situated between the edge of the deflection face of the ramped support rail and the upper lining of the pillar, thus facilitating the deployment of said airbag.
A mounting base for detachable fixing of a detection or alarm device, comprising a wiring assembly which can be used to connect at least one external wire to a connection terminal of the detection or alarm device, characterized in that the wiring assembly comprises: at least one self-locking connector block comprising at least one connecting hole and at least one connecting end, the connecting hole being capable of clamping the external wire therein; and at least one contact plate provided with a contacting part and a connecting part; the at least one self-locking connector block being capable of being fixed and electrically connected to the connecting part by way of the connecting end, and the contact plate being capable of being electrically connected to the connection terminal of the detection or alarm device via the contacting part. at least one self-locking connector block comprising at least one connecting hole and at least one connecting end, the connecting hole being capable of clamping the external wire therein; and at least one contact plate provided with a contacting part and a connecting part; the at least one self-locking connector block being capable of being fixed and electrically connected to the connecting part by way of the connecting end, and the contact plate being capable of being electrically connected to the connection terminal of the detection or alarm device via the contacting part.
A transdermal drug delivery composition for use in the treatment of Attention Deficit Disorder or for use in appetite suppression, said composition comprising a backing layer; at least one adhesive coating layer comprising at least one acrylic-based polymer, a first surface of said at least one adhesive coating layer being affixed to one surface of said backing layer; at least one carrier composition layer comprising at least one acrylic-based polymer, a first surface of said at least one carrier composition layer being affixed to a second surface of said at least one adhesive coating layer; and a removable release liner affixed to a second surface of said at least one carrier composition layer, wherein said at least one carrier composition layer includes a therapeutically effective amount of d-amphetamine base or of d-amphetamine base and l-amphetamine base incorporated into the at least one carrier composition layer, and wherein the coat weight, monomeric makeup, and/or functionality of said adhesive coating layer are selectively tailored to control drug flux from said transdermal drug delivery composition.
A dual-energy ray imaging method, wherein the method comprises steps of: performing a dual-energy transmissive scanning on an object to be inspected to acquire high-energy projection data and low-energy projection data, (p 1,p 2), for at least a part of the object to be inspected, in which part of the object two materials are overlapped; determining whether the high-energy projection data and the low-energy projection data, ( p 1, p 2), correspond to a combination of two base materials using a lookup table for single base materials; for each pixel that is determined to correspond to a combination of two base materials, calculating mass thicknesses, ( M i, M j), of the two base materials using the high-energy projection data and the low-energy projection data, ( p 1, p 2), according to an equation that is determined by using a surface fitting method, the two base materials comprising a first base material and a second base material; calculating a first high and low energy data set, ( p 1,p 2) M i, corresponding to the first base material and a second high and low energy data set, ( p 1, p 2) M j, corresponding to the second base material based on respective mass attenuation coefficients and the mass thicknesses of the two base materials; and performing a substance recognition of the two overlapping materials in the part of the object using the first high and low energy data set, ( p 1,p 2) M i, and the second high and low energy data set, ( p 1,p 2) M j. performing a dual-energy transmissive scanning on an object to be inspected to acquire high-energy projection data and low-energy projection data, (p 1,p 2), for at least a part of the object to be inspected, in which part of the object two materials are overlapped; determining whether the high-energy projection data and the low-energy projection data, ( p 1, p 2), correspond to a combination of two base materials using a lookup table for single base materials; for each pixel that is determined to correspond to a combination of two base materials, calculating mass thicknesses, ( M i, M j), of the two base materials using the high-energy projection data and the low-energy projection data, ( p 1, p 2), according to an equation that is determined by using a surface fitting method, the two base materials comprising a first base material and a second base material; calculating a first high and low energy data set, ( p 1,p 2) M i, corresponding to the first base material and a second high and low energy data set, ( p 1, p 2) M j, corresponding to the second base material based on respective mass attenuation coefficients and the mass thicknesses of the two base materials; and performing a substance recognition of the two overlapping materials in the part of the object using the first high and low energy data set, ( p 1,p 2) M i, and the second high and low energy data set, ( p 1,p 2) M j.
A consumable cartridge for a plasma arc torch, the consumable cartridge comprising: an outer component defining a substantially hollow body; an inner component disposed substantially within the hollow body of the outer component, the inner component comprising at least one of a crown, a swirl ring, an electrode or a nozzle; a hollow region between the rear portion of the inner component and the outer component, the hollow region configured to receive a torch head to enable mating between the rear portion of the inner component and a cathode of the torch head, and being characterised by the inner component further comprising: a forward portion comprising an engagement feature configured to axially secure and rotatatably engage the outer component to the inner component such that the inner component longitudinally constrains the outer component via the axial securing while permitting independent rotation of the inner and outer components relative to each other to achieve the rotatable engagement; and a rear portion substantially suspended within the hollow body of the outer component, the rear portion axially secured and rotatably engaged with the outer component via the forward portion. an outer component defining a substantially hollow body; an inner component disposed substantially within the hollow body of the outer component, the inner component comprising at least one of a crown, a swirl ring, an electrode or a nozzle; a hollow region between the rear portion of the inner component and the outer component, the hollow region configured to receive a torch head to enable mating between the rear portion of the inner component and a cathode of the torch head, and being characterised by the inner component further comprising: a forward portion comprising an engagement feature configured to axially secure and rotatatably engage the outer component to the inner component such that the inner component longitudinally constrains the outer component via the axial securing while permitting independent rotation of the inner and outer components relative to each other to achieve the rotatable engagement; and a rear portion substantially suspended within the hollow body of the outer component, the rear portion axially secured and rotatably engaged with the outer component via the forward portion. a forward portion comprising an engagement feature configured to axially secure and rotatatably engage the outer component to the inner component such that the inner component longitudinally constrains the outer component via the axial securing while permitting independent rotation of the inner and outer components relative to each other to achieve the rotatable engagement; and a rear portion substantially suspended within the hollow body of the outer component, the rear portion axially secured and rotatably engaged with the outer component via the forward portion.
A method for producing a secondary battery, comprising: a zigzag folding step of pushing a separator by a plurality of guide members to fold the separator zigzag; a multilayer body formation step of inserting positive electrode plates and negative electrode plates into respective furrows of the zigzag-folded separator to form a multilayer body having the positive electrode plates and the negative electrode plates superposed alternately via the separator; a withdrawal step of withdrawing the guide members from inside the respective furrows of the separator; and a pressing step of pressing the multilayer body in a direction in which the positive electrode plates and the negative electrode plates are stacked, characterised in that the zigzag folding step is performed after the separator is brought into a tension-free state. a zigzag folding step of pushing a separator by a plurality of guide members to fold the separator zigzag; a multilayer body formation step of inserting positive electrode plates and negative electrode plates into respective furrows of the zigzag-folded separator to form a multilayer body having the positive electrode plates and the negative electrode plates superposed alternately via the separator; a withdrawal step of withdrawing the guide members from inside the respective furrows of the separator; and a pressing step of pressing the multilayer body in a direction in which the positive electrode plates and the negative electrode plates are stacked, characterised in that the zigzag folding step is performed after the separator is brought into a tension-free state.