mhurhangee/ep-ind-claims huggingface dataset:
A vehicle traveling control method comprising: starting, when a predetermined condition is satisfied, inertial traveling during which a vehicle travels while stopping fuel supply to an engine of the vehicle; said method being characterized in that it further comprises: measuring temperature decrease amount (ΔT) from start of the inertial traveling occurring in a heat exchanger for heating a cabin of the vehicle with heat generated by the engine; and stopping the inertial traveling when the temperature decrease amount (ΔT) is greater than a threshold (Tt). starting, when a predetermined condition is satisfied, inertial traveling during which a vehicle travels while stopping fuel supply to an engine of the vehicle; said method being characterized in that it further comprises: measuring temperature decrease amount (ΔT) from start of the inertial traveling occurring in a heat exchanger for heating a cabin of the vehicle with heat generated by the engine; and stopping the inertial traveling when the temperature decrease amount (ΔT) is greater than a threshold (Tt). measuring temperature decrease amount (ΔT) from start of the inertial traveling occurring in a heat exchanger for heating a cabin of the vehicle with heat generated by the engine; and stopping the inertial traveling when the temperature decrease amount (ΔT) is greater than a threshold (Tt).
A mounting assembly for a cover assembly for an architectural feature, said mounting assembly comprising: a bracket configured to be mounted relative to an architectural feature; a bracket-adapter configured to be removably coupled to said bracket, said bracket-adapter defining a seat; an end mount configured to be removably coupled to an end of the cover assembly, said end mount configured to be received within said seat; characterized in that: the bracket-adapter includes a retention structure positioned relative to said seat; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure; and when said end mount is received within said seat of said bracket-adapter, said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat, and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat. a bracket configured to be mounted relative to an architectural feature; a bracket-adapter configured to be removably coupled to said bracket, said bracket-adapter defining a seat; an end mount configured to be removably coupled to an end of the cover assembly, said end mount configured to be received within said seat; characterized in that: the bracket-adapter includes a retention structure positioned relative to said seat; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure; and when said end mount is received within said seat of said bracket-adapter, said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat, and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat. the bracket-adapter includes a retention structure positioned relative to said seat; said end mount is configured to be received within said seat to allow said end mount to be releasably coupled to said bracket-adapter via said retention structure; and when said end mount is received within said seat of said bracket-adapter, said retention structure is movable relative to said end mount between an extended position, at which a portion of said retention structure extends within said seat to engage said end mount and retain said end mount within said seat, and a retracted position, at which said portion of said retention structure is at least partially retracted away from said end mount to allow said end mount to be removed from said seat.
Inflating station in a film bag filling apparatus for inflating of film bags prior to a filling process, wherein the inflating station comprises a first suction bar arm and a second suction bar arm for opening of multiple film bags that are arranged next to on another and a vertical displaceable n inflating bar with inflating spouts arranged thereon for inflating of the opened film bags, wherein the first suction bar arm is moveable with a first drive shaft and the second suction bar arm with a second drive shaft, wherein a servo engine is arranged on the first drive shaft and a drive movement of the first drive shaft is transferred from a first gear wheel to a second gear wheel that encroaches in the first gear wheel and from the second gear wheel to the second drive shaft, wherein the suction bar arms (2, 3) are designed to apply a contact pressure in a closed state, wherein the suction bar arms (2, 3) comprise clamping bars with bulgings and vacuum cups, wherein the vacuum cups are designed to open film bags in a closed state of the suction bar arms (2, 3) by means of vacuum suction and horizontal displacement of the vacuum cups such that the inflating spouts may be inserted therein for the inflating process, wherein the inflating station further comprises a measurement and control device for a current of the servo engine
An anti-nicastrin antibody for use in treatment of Alzheimer's disease and/or a cancer, wherein the antibody exhibits γ-secretase inhibitory activity, is producible by hybridoma PPMX0410 deposited under accession number FERM-BP 10808, and binds to mature nicastrin.
A bucket wheel, in particular for continuous mining of material of a bulk material pile, with a fixed inner ring, an outer ring rotatable relative to the inner ring, and at least one bucket, which is pivotably connected to the outer ring via a fixed pivot axis, characterized in that the bucket wheel further comprises at least one adjusting ring which is separably connected to the outer ring by an interlock, wherein each bucket has a guide pin and the adjusting ring has an elongated hole for each bucket, or each bucket has an elongated hole and the adjusting ring has a guide pin for each bucket, the guide pin being guided in the elongated hole, in a state locked to the outer ring, the adjusting ring holds each bucket in a first end position abutting against the outer ring or in a second end position abutting against the outer ring and opposite to the first end position, and in a state of the adjusting ring being unlocked from the outer ring, a rotation of the outer ring relative to the adjusting ring allows a pivoting movement of each bucket about the pivot axis into one of the two end positions (4A, 4B) guided by the guide pin in the elongated hole. a fixed inner ring, an outer ring rotatable relative to the inner ring, and at least one bucket, which is pivotably connected to the outer ring via a fixed pivot axis, characterized in that the bucket wheel further comprises at least one adjusting ring which is separably connected to the outer ring by an interlock, wherein each bucket has a guide pin and the adjusting ring has an elongated hole for each bucket, or each bucket has an elongated hole and the adjusting ring has a guide pin for each bucket, the guide pin being guided in the elongated hole, in a state locked to the outer ring, the adjusting ring holds each bucket in a first end position abutting against the outer ring or in a second end position abutting against the outer ring and opposite to the first end position, and in a state of the adjusting ring being unlocked from the outer ring, a rotation of the outer ring relative to the adjusting ring allows a pivoting movement of each bucket about the pivot axis into one of the two end positions (4A, 4B) guided by the guide pin in the elongated hole.
A process for the manufacture of a hollow cylindrical porous body of synthetic vitreous silica soot by outside vapour deposition on a mandrel, characterised in that the temperature of the mandrel is controlled to be substantially constant throughout the deposition process.
A heat resistant spheroidal graphite cast iron for an engine component, comprising: carbon in a range from 3.2 weight percent to 3.4 weight percent, silicon (Si) in a range from 4.3 weight percent to 4.8 weight percent, manganese (Mn) in a range from 0.2 weight percent to 0.3 weight percent, molybdenum (Mo) in a range from 0.8 weight percent to 1.0 weight percent, vanadium in a range from 0.4 weight percent to 0.6 weight percent, chrome (Cr) in range from 0.2 weight percent to 0.4 weight percent, niobium (Nb) in a range from 0.2 weight percent to 0.4 weight percent, inevitable impurities, and a remainder of iron (Fe), based on a total weight of the heat resistant spheroidal graphite cast iron, characterized by further comprising barium (Ba) in a range from 0.0045 weight percent to 0.0075 weight percent and having a content ratio of chrome (Cr) and barium (Ba) (Cr/Ba) is in a range from 26 to 89. carbon in a range from 3.2 weight percent to 3.4 weight percent, silicon (Si) in a range from 4.3 weight percent to 4.8 weight percent, manganese (Mn) in a range from 0.2 weight percent to 0.3 weight percent, molybdenum (Mo) in a range from 0.8 weight percent to 1.0 weight percent, vanadium in a range from 0.4 weight percent to 0.6 weight percent, chrome (Cr) in range from 0.2 weight percent to 0.4 weight percent, niobium (Nb) in a range from 0.2 weight percent to 0.4 weight percent, inevitable impurities, and a remainder of iron (Fe), based on a total weight of the heat resistant spheroidal graphite cast iron, characterized by further comprising barium (Ba) in a range from 0.0045 weight percent to 0.0075 weight percent and having a content ratio of chrome (Cr) and barium (Ba) (Cr/Ba) is in a range from 26 to 89.
A method of detecting diaphragm excursion of an electrodynamic loudspeaker, comprising steps of: generating an audio signal for application to a voice coil of the electrodynamic loudspeaker, adding a probe signal to the audio signal to generate a composite drive signal, the probe signal having a frequency greater than 20 kHz, pulse modulating the composite drive signal using an output amplifier, applying the pulse-modulated composite drive signal to the voice coil using the output amplifier (404, 406), detecting a modulation level of a probe signal current flowing through the voice coil. generating an audio signal for application to a voice coil of the electrodynamic loudspeaker, adding a probe signal to the audio signal to generate a composite drive signal, the probe signal having a frequency greater than 20 kHz, pulse modulating the composite drive signal using an output amplifier, applying the pulse-modulated composite drive signal to the voice coil using the output amplifier (404, 406), detecting a modulation level of a probe signal current flowing through the voice coil.
A method for producing a placental tissue graft comprising: a. laminating at least two placental tissues together; b. chemically dehydrating the at least two placental tissues; and c. freeze-drying the at least two placental tissues to produce the tissue graft, wherein the at least two placental tissues are selected from the group consisting of at least two layers of chorion; at least two layers of amnion membrane which each retain at least one of the epithelial layer and the fibroblast layer; and at least one layer of chorion and at least one layer of amnion membrane which retains at least one of the epithelial layer and the fibroblast layer. a. laminating at least two placental tissues together; b. chemically dehydrating the at least two placental tissues; and c. freeze-drying the at least two placental tissues to produce the tissue graft,
A module carrier unit for installing and removing tooling modules in and from an injection molding press, comprising: a mount plate; a hydraulic locking mechanism (104A-D) for attaching at least one tooling module on the mount plate and releasing the tooling module from the mount plate when the tooling module is secured in the mold press for operation, the hydraulic locking mechanism being configured in a normally closed position; a tie bar mount coupled to the mount plate, configured to support the module carrier unit by resting on a tie bar (801A, 801B) of the mold press, and comprising radii and that cup two horizontally extended tie cup bars; a lifting structure coupled to the tie bar mount; receiving channels (105A and 105B) positioned on either side of the mount plate; roller bearings disposed in the mount plate to facilitate mounting of the receiving channels (105A and 105B) with receiving rails; and carrier bumpers including urethane feet, the carrier bumpers being coupled to the mount plate and configured to rest on top of the mold base when there is insufficient clearance for the mold base to accept the carrier unit. a mount plate; a hydraulic locking mechanism (104A-D) for attaching at least one tooling module on the mount plate and releasing the tooling module from the mount plate when the tooling module is secured in the mold press for operation, the hydraulic locking mechanism being configured in a normally closed position; a tie bar mount coupled to the mount plate, configured to support the module carrier unit by resting on a tie bar (801A, 801B) of the mold press, and comprising radii and that cup two horizontally extended tie cup bars; a lifting structure coupled to the tie bar mount; receiving channels (105A and 105B) positioned on either side of the mount plate; roller bearings disposed in the mount plate to facilitate mounting of the receiving channels (105A and 105B) with receiving rails; and carrier bumpers including urethane feet, the carrier bumpers being coupled to the mount plate and configured to rest on top of the mold base when there is insufficient clearance for the mold base to accept the carrier unit.
A housing comprising: a fan aggregate having a part in which a rotatable fan is mounted, and a motor for driving the rotatable fan, the motor being mounted at a first side of the part, an elastic suspension at a second side, opposite to the first side, of the part, for coupling a fan inlet or outlet (I/O) to the housing; and a clamp mechanism for pressing the fan aggregate towards the housing, characterized in that one end of the clamp mechanism is attached to the housing and is at the same side of the fan aggregate as the elastic suspension, and wherein another end of the clamp mechanism is attached to the fan aggregate and is at the position of the part or at the position of the motor, near a center of mass of the fan aggregate. a fan aggregate having a part in which a rotatable fan is mounted, and a motor for driving the rotatable fan, the motor being mounted at a first side of the part, an elastic suspension at a second side, opposite to the first side, of the part, for coupling a fan inlet or outlet (I/O) to the housing; and a clamp mechanism for pressing the fan aggregate towards the housing, characterized in that one end of the clamp mechanism is attached to the housing and is at the same side of the fan aggregate as the elastic suspension, and wherein another end of the clamp mechanism is attached to the fan aggregate and is at the position of the part or at the position of the motor, near a center of mass of the fan aggregate.
Bioclimatic module for a building comprising a roof, said module comprising: - a fixed frame intended to be secured to the frame of said building roof, said fixed frame defining an enclosure and comprising an opening, referred to as the top opening, arranged above said enclosure and configured to allow solar radiation to pass towards said enclosure, - a movable housing pivotally mounted on said fixed frame and comprising a glazed surface extending opposite said top opening of said fixed frame and facing the sky, once the frame is secured to the building's roof structure, so as to allow solar radiation to pass towards said top opening, - a solar reflector hinged to said movable housing, said bioclimatic module being characterized in that the solar reflector is configured to be able to reflect incident solar radiation towards said glazed surface of said movable housing, said reflector extending above said glazed surface. - a fixed frame intended to be secured to the frame of said building roof, said fixed frame defining an enclosure and comprising an opening, referred to as the top opening, arranged above said enclosure and configured to allow solar radiation to pass towards said enclosure, - a movable housing pivotally mounted on said fixed frame and comprising a glazed surface extending opposite said top opening of said fixed frame and facing the sky, once the frame is secured to the building's roof structure, so as to allow solar radiation to pass towards said top opening, - a solar reflector hinged to said movable housing,
A method of manufacturing a fuel cell array, the method comprising: providing a composite layer and a first coating, wherein the composite layer includes a first surface and a second surface and the first coating is disposed over at least a portion of the first surface; aligning openings of a mask with predetermined positions in the first coating; and guiding a mechanical tool by the openings of the mask to selectively remove portions of the first coating and form discontinuity regions at the predetermined positions in the first coating. providing a composite layer and a first coating, wherein the composite layer includes a first surface and a second surface and the first coating is disposed over at least a portion of the first surface; aligning openings of a mask with predetermined positions in the first coating; and guiding a mechanical tool by the openings of the mask to selectively remove portions of the first coating and form discontinuity regions at the predetermined positions in the first coating.
An inductor configured to be cooled by a coolant fluid, the inductor comprising: a ferromagnetic core; a litz wire conductor encircling the ferromagnetic core; a first conductive pin conductively attached to the litz wire conductor, and extending from the litz wire conductor to form an external electrical contact for the inductor; a housing configured to retain the fluid, the housing enclosing the ferromagnetic core and the litz wire conductor, and provided with an aperture configured to accept the conductive pin; a bobbin configured to support the litz wire conductor and position the conductive pin in alignment with the aperture; and a seal assembly configured to seal the aperture against egress of the fluid from within the housing. a ferromagnetic core; a litz wire conductor encircling the ferromagnetic core; a first conductive pin conductively attached to the litz wire conductor, and extending from the litz wire conductor to form an external electrical contact for the inductor; a housing configured to retain the fluid, the housing enclosing the ferromagnetic core and the litz wire conductor, and provided with an aperture configured to accept the conductive pin; a bobbin configured to support the litz wire conductor and position the conductive pin in alignment with the aperture; and a seal assembly configured to seal the aperture against egress of the fluid from within the housing.
A volatile agent-containing three-dimensional structure comprising: a plurality of corrugated members (11,12,13) formed by corrugating rod-shaped members, wherein each of the corrugated members has at least part of apexes (11a, 11a', 12a) thereof fixedly joined to apexes (11a, 11a', 12a) of another of the corrugated members such that the apexes fixedly joined together cross each other, and wherein the three-dimensional structure is formed from a resin composition containing a volatile agent having volatility and kneaded in the resin composition such that the volatile agent can bleed onto and volatilize from a surface of the three-dimensional structure. a plurality of corrugated members (11,12,13) formed by corrugating rod-shaped members, wherein each of the corrugated members has at least part of apexes (11a, 11a', 12a) thereof fixedly joined to apexes (11a, 11a', 12a) of another of the corrugated members such that the apexes fixedly joined together cross each other, and wherein the three-dimensional structure is formed from a resin composition containing a volatile agent having volatility and kneaded in the resin composition such that the volatile agent can bleed onto and volatilize from a surface of the three-dimensional structure.
A composition in solid or powder form for use in promoting and/or sustaining ketosis in a mammal while simultaneously preventing or limiting electrolyte imbalance or promoting or maintaining electrolyte balance, thereby treating high blood glucose, treating type II diabetes, preventing metabolic dysfunction, preventing mitochondrial defect, or preventing insulin resistance, comprising: a beta-hydroxybutyrate mixed salt, the beta-hydroxybutyrate salt being formed from at least four different cations and comprising: 10-30% by weight of sodium beta-hydroxybutyrate; 10-30% by weight of potassium beta-hydroxybutyrate; 10-40% by weight of calcium beta-hydroxybutyrate; and a 10-40% by weight of magnesium beta-hydroxybutyrate, wherein sodium beta-hydroxybutyrate is included in an amount by weight no greater than the amount by weight of the potassium beta-hydroxybutyrate, wherein calcium beta-hydroxybutyrate is included in an amount by weight no greater than the amount by weight of the magnesium beta-hydroxybutyrate. a beta-hydroxybutyrate mixed salt, the beta-hydroxybutyrate salt being formed from at least four different cations and comprising: 10-30% by weight of sodium beta-hydroxybutyrate; 10-30% by weight of potassium beta-hydroxybutyrate; 10-40% by weight of calcium beta-hydroxybutyrate; and a 10-40% by weight of magnesium beta-hydroxybutyrate, 10-30% by weight of sodium beta-hydroxybutyrate; 10-30% by weight of potassium beta-hydroxybutyrate; 10-40% by weight of calcium beta-hydroxybutyrate; and a 10-40% by weight of magnesium beta-hydroxybutyrate, wherein sodium beta-hydroxybutyrate is included in an amount by weight no greater than the amount by weight of the potassium beta-hydroxybutyrate, wherein calcium beta-hydroxybutyrate is included in an amount by weight no greater than the amount by weight of the magnesium beta-hydroxybutyrate.