mhurhangee/ep-ind-claims huggingface dataset:
A propulsion unit having a propeller for an aircraft comprising: - a nacelle which is intended to be assembled on a structural element of the aircraft; - a propeller which is rotatably mounted in the nacelle about a longitudinal axis of rotation by means of a hub, the propeller comprising blades evenly distributed around the hub, the blades being pivotally mounted by a root on the hub between a deployed position in which they extend radially with respect to the axis of rotation and a folded position in which they are received longitudinally against the nacelle; - propulsion means which drive the propeller in rotation; - indexing means for stopping the propeller in at least one indexed angular position (θi) relative to the nacelle; characterised in that the indexing means are formed by an stepping electric motor which comprises a rotor which is coupled to the hub of the propeller. - a nacelle which is intended to be assembled on a structural element of the aircraft; - a propeller which is rotatably mounted in the nacelle about a longitudinal axis of rotation by means of a hub, the propeller comprising blades evenly distributed around the hub, the blades being pivotally mounted by a root on the hub between a deployed position in which they extend radially with respect to the axis of rotation and a folded position in which they are received longitudinally against the nacelle; - propulsion means which drive the propeller in rotation; - indexing means for stopping the propeller in at least one indexed angular position (θi) relative to the nacelle;
Jet regulator, comprising a mounting housing which can be attached to a water outlet of a sanitary outlet fitting by a fastening means or fastening ring, wherein the mounting housing has an outflow-side housing end face, in particular with through-flow holes and wherein at least one insert part, which is designed as a jet divider, is inserted into the mounting housing and the jet divider is designed as a diffusor which interacts with a diffusor ring, wherein the diffusor and the diffusor ring have, in each case on their largest outside circumference, an annular retaining region (7a, 8a), which acts as a holding ring and is arranged at the edge side, for securing them in the position of use, wherein the diffusor and the diffusor ring can each be inserted into the mounting housing as far as an insert stop, wherein, in the position of use, the retaining regions (7a, 8a) of the diffusor and diffusor ring are arranged in the mounting housing at different heights and/or diametral planes relative to one another when viewed in the axial direction, wherein the annular retaining regions (7a, 8a) of the diffusor and diffusor ring, which interact with the inner regions thereof as a jet divider, are arranged lying against one another in a contacting manner in the axial direction, without mutually encompassing or engaging around one another in the edge region, and wherein the largest outside diameter of the diffusor ring and of its retaining region is as large as or smaller than the largest outside diameter of the diffusor and of the retaining region thereof, characterised in that at least the outside edge of the annular retaining region of the diffusor is stepped and the mounting housing has an undercut for axially engaging over the radially outwardly projecting step of the stepped diffusor, which step engages into the undercut in a positive-locking manner in the position of use.
An aerosol diluting apparatus comprising: - a first diluting unit to provide a first modified sample flow by combining an aerosol sample flow with a first diluting gas flow, - a control unit (REGU1), and - a control valve, wherein the apparatus further comprises an ejector unit to draw the first modified sample flow from the first diluting unit to the ejector unit and to provide a second modified sample flow by mixing a second dilution gas flow with the first modified sample flow, wherein the first diluting unit comprises a gas permeable tunnel element or a nozzle (NOZ1b) to form a protective annular layer from the first diluting gas flow such that the protective annular layer surrounds a central portion of the first modified sample flow, characterized in that the control unit (REGU1) and the control valve are arranged to adjust flow rate (m' DG1) of the first dilution gas flow based on a pressure signal indicative of an inlet pressure (po) of the aerosol sample flow and/or to adjust the flow rate (m' DG2) of the second dilution gas flow based on the pressure signal indicative of the inlet pressure (po), such that the dilution factor (K 20) of the diluting apparatus is kept constant in a situation where the inlet pressure (p 0) varies the dilution factor (K 20) being the ratio of the mass flow rate (m' FG2) of the second modified sample flow to the mass flow rate (m' FG0) of the aerosol sample flow, wherein the control unit (REGU1) and the control valve are arranged to maintain the flow rate (m' DG2) of the second dilution gas flow higher than a predetermined value such that the minimum pressure (p E) in the ejector unit during operation is lower than or equal to 500 mbar, so as to ensure a choked flow condition for the first modified aerosol sample flow in the ejector unit. - a first diluting unit to provide a first modified sample flow by combining an aerosol sample flow with a first diluting gas flow, - a control unit (REGU1), and - a control valve,
Method for removing dust from a granulate, in particular batchwise, wherein in particular the dust adhering to the granules is removed and wherein - an air flow, which is controllable in particular with respect to its flow velocity, is guided upwardly through the granules, in particular a granule accumulation, and is strong enough to carry granule grains upwardly with it, wherein - the flow velocity of the air flow is selected in such a way that the granules entrained therein terminate their upward movement by gravity in a reversal region for the most part below a reversal threshold and sink downwardly, - above the reversal region or the reversal threshold, such a negative pressure is applied which is sufficient to suck dust contained in the air flow upwards, but which is too weak to suck granulate grains upwards, - the dedusting of the granules is carried out in an intermediate granule container, characterized in that - after dedusting of a granule charge, the intermediate granule container no longer containing any granules is flushed with ionized air. - an air flow, which is controllable in particular with respect to its flow velocity, is guided upwardly through the granules, in particular a granule accumulation, and is strong enough to carry granule grains upwardly with it, - the flow velocity of the air flow is selected in such a way that the granules entrained therein terminate their upward movement by gravity in a reversal region for the most part below a reversal threshold and sink downwardly, - above the reversal region or the reversal threshold, such a negative pressure is applied which is sufficient to suck dust contained in the air flow upwards, but which is too weak to suck granulate grains upwards, - the dedusting of the granules is carried out in an intermediate granule container, - after dedusting of a granule charge, the intermediate granule container no longer containing any granules is flushed with ionized air.
A compression and kink resistant implant for nerve repair, comprising a tubular biopolymeric membrane manufactured of collagen-based materials and a biodegradable synthetic polymeric filament, the tubular biopolymeric membrane having an outer surface and being biocompatible, resorbable, and semipermeable, the biodegradable synthetic polymeric filament being helical and located on the outer surface of the tubular biopolymeric membrane, wherein the implant has a compression resistance of 1 N to 10 N and a kink resistance angle of 40 degrees to 150 degrees, and wherein the biodegradable synthetic polymeric filament is formed of a polymer selected from the group consisting of polyglicolic acid, polylactic acid, copolymers of polyglicolic acid and polylactic acid, polycaprolactone, copolymers of polylactic acid and polycaprolactone, and copolymers of polyglicolic acid and polycaprolactone.
A connector (11; 13), including a connector housing and a connector terminal (12; 14) accommodated in the connector housing to be connected to and disconnected from a battery (B1; B2) for vehicle installation, wherein the connector terminal (12; 14) has one end at which a terminal connection portion (12S; 14S), which is connectable to a battery side connector terminal that is installed in the connector housing of the battery (B1; B2) for vehicle installation, is installed, and the other end at which a wire connection portion (12C; 14C), which is connectable to a wire that is drawn from the rear side of the connector housing, is installed, wherein a flange portion (12F; 14F) that extends outwardly of the connector terminal (12; 14) is installed between the terminal connection portion (12S; 14S) and the wire connection portion (12C; 14C), and wherein the connector housing includes a wire connection portion accommodation portion which is successively formed in an opening into which the connector terminal (12; 14) is inserted from the rear side, has a diameter that is substantially equal to a diameter of the flange portion (12F; 14F), and is adapted to accommodate the wire connection portion (12C; 14C), and a terminal connection portion accommodation portion which is installed forward of the wire connection portion accommodation portion, has a diameter that is smaller than a diameter of the wire connection portion accommodation portion, and is adapted to accommodate the terminal connection portion (12S;14S), characterized in that a rear holder, in which a through-hole into which a part of the wire connection portion (12C;14C) is adapted to be penetratingly inserted is formed, is installed to cover the opening of the connector housing, and the part of the wire connection portion (12C; 14C) is penetratingly inserted into the through-hole of the rear holder to form an accommodation space in which a pipe-shaped spacer or a spring, into which the wire connection portion (12C;14C) is penetratingly inserted, is disposed so that one end of the spacer or the spring is in contact with the flange portion (12F; 14F) and the other end of the spacer or the spring is in contact with the inner wall of the rear holder.
A nonaqueous electrolyte for secondary battery which at least comprises a nonaqueous solvent and a lithium salt, wherein the nonaqueous electrolyte contains at least one compound selected from the group consisting of difluorophosphoric acid salts in an amount of 10 ppm or more of the whole nonaqueous electrolyte, wherein the difluorophosphoric acid salt is lithium difluorophosphate, and the nonaqueous electrolyte satisfies the requirement of the following electrolyte: electrolyte: the lithium salt as a component of the electrolyte comprise a fluorine-containing lithium salt selected from LiPF 6 and LiBF 4; and the nonaqueous electrolyte contains hydrogen fluoride in an amount of from 10 ppm to 300 ppm of the whole electrolyte.
A massage head for a mechanical skin massage device, said device comprising a main body forming a manual gripping area and to which said massage head is intended to be connected, the massage head comprising at least: - a working head, comprising massage means that each have a working surface intended to come into contact with the skin to massage it, the working head being configured so that each massage means can be rotated around a respective secondary rotation axis (Y, Y', Y"), and - an actuating element designed and configured to rotate said working head around a primary rotation axis, said working head further comprising an outer surface from which each massage means emerges, characterized in that each massage means rises, from said outer surface, to a respective massage height comprised between 5 mm and 9 mm. - a working head, comprising massage means that each have a working surface intended to come into contact with the skin to massage it, the working head being configured so that each massage means can be rotated around a respective secondary rotation axis (Y, Y', Y"), and - an actuating element designed and configured to rotate said working head around a primary rotation axis, said working head further comprising an outer surface from which each massage means emerges, characterized in that each massage means rises, from said outer surface, to a respective massage height comprised between 5 mm and 9 mm.
Retaining frame into which connector modules can be inserted, wherein the retaining frame comprises two halves (4, 5) - a first half and a second half - which can be connected to one another in an articulated manner, wherein the halves (4, 5) can be oriented in relation to one another in at least two angled positions (a), wherein a first half has at least one articulation head and a second half has at least one, mating articulation mount, wherein the articulation head of the first half can be engaged in the articulation mount of the second half and it is thus possible to provide an articulated connection between the halves (4, 5), wherein an articulation arm is formed on the articulation head, wherein the articulation arm is connected to the first half, characterized in that a pressing nose is formed on the articulation arm or a respective pressing nose (7, 7') is formed on the articulation arms (6, 6'), in that the second half has two hollows (9, 10) on an end side, and in that the pressing nose can be accommodated in the two hollows (9, 10), and therefore the halves (4, 5) can be fixed in relation to one another in at least two positions - an open position and a closed position.
A valve, for relieving ground water pressure on a swimming pool for containing pool water, including a body defining a flow path; and an element mounted to be moved in a direction from a position in which at least one feature of the element co-operates with at least one feature of the body to form a sealing arrangement to block the flow path to retain the pool water; to a position in which the flow path is open to allow ground water into the swimming pool; and the sealing arrangement defining an effective area over which the ground water pressure acts to drive the element in the direction; and an effective area over which pool water pressure acts to drive the element opposite the direction; characterised by the co-operable features being configured such that a ratio of the effective area over which the ground water pressure acts t o the effective area over which pool water pressure acts has a value of at least 0.9. from a position in which at least one feature of the element co-operates with at least one feature of the body to form a sealing arrangement to block the flow path to retain the pool water; to a position in which the flow path is open to allow ground water into the swimming pool; and an effective area over which the ground water pressure acts to drive the element in the direction; and an effective area over which pool water pressure acts to drive the element opposite the direction;
A cargo bed apparatus for a vehicle, comprising: a cargo bed extending between first and second side walls (80, 90); and a tailgate having first and second ends (120, 130) defining a width thereof, the tailgate pivotably connected to the cargo bed between the first and second sidewalls (80, 90); characterized by a tailgate release handle having a width extending substantially across the entire width of the tailgate, the tailgate release handle being pivotably connected to the tailgate between open and closed positions (141b, 141a). a cargo bed extending between first and second side walls (80, 90); and a tailgate having first and second ends (120, 130) defining a width thereof, the tailgate pivotably connected to the cargo bed between the first and second sidewalls (80, 90); characterized by a tailgate release handle having a width extending substantially across the entire width of the tailgate, the tailgate release handle being pivotably connected to the tailgate between open and closed positions (141b, 141a).
Filter cartridge for a household appliance, which is provided with a filter housing, the wall of which separates a housing internal side from a housing external side, wherein a filter inlet opening which in the operation of the filter cartridge is open in relation to the external environment of the filter housing is provided, wherein a device for water conduction which comprises at least one filter chamber having at least one filter medium and terminates in a filter outlet opening for suctioning water from the filter cartridge is provided in the interior of the filter housing downstream of the filter inlet opening relative to the flow direction during operation, and wherein a filter connection element having an annular filter port which has an annular filter fixing face for the tight connection of the filter cartridge to a tank fixing face in the water tank is provided, characterized in that the profile of the first filter fixing face along the circumference of the annular filter port has a variable radius in relation to a central axis, so that the first filter fixing face comprises radial convexities and/or radial concavities, wherein the convexities and/or concavities have a round profile and in that the convexities and concavities form a wave shape along a circular line, wherein the wave shape is composed of an alternating sequence of convex circle segments, forming the convexities, and concave circle segments, forming the concavities.
Arrangement for determining properties of a bearing having a first and a second bearing element (11, 13, 17, 12, 14, 18), comprising: - at least one transmitter for exciting acoustic waves in the first and/or the second bearing element (11, 13, 17, 12, 14, 18); - at least one receiver for receiving acoustic waves evoked by the transmitter, wherein properties of the bearing can be determined using a signal generated by the receiver upon receipt of acoustic waves evoked by the transmitter; - attachment means for detachably attaching the transmitter and the receiver to the first or second bearing element. - at least one transmitter for exciting acoustic waves in the first and/or the second bearing element (11, 13, 17, 12, 14, 18); - at least one receiver for receiving acoustic waves evoked by the transmitter, wherein properties of the bearing can be determined using a signal generated by the receiver upon receipt of acoustic waves evoked by the transmitter; - attachment means for detachably attaching the transmitter and the receiver to the first or second bearing element.
A starting device for engines comprising: a motor that generates torque; a pinion gear that moves in an axial direction and engages to a ring gear of an engine, and transmits the torque of the motor to the ring gear; a solenoid device having a first coil that forms an electromagnet by energization, and pushes out the pinion gear to the ring gear side via a shift lever that is driven by an attraction power of the first coil; and an electromagnetic switch having a second coil that forms an electromagnet by energization, and opens and closes a main point of contact (24, 32, 33) disposed on a motor circuit by an attraction power of the second coil; wherein, the solenoid device and the electromagnetic switch are arranged integrally in series in an axial direction, while a magnetic plate that forms a part of a magnetic circuit between the first coil and the second coil is shared by the solenoid device and the electromagnetic switch, characterized in that the first coil and the second coil are wound so that the directions of a current flow in the first coil and in the second coil are the same. a motor that generates torque; a pinion gear that moves in an axial direction and engages to a ring gear of an engine, and transmits the torque of the motor to the ring gear; a solenoid device having a first coil that forms an electromagnet by energization, and pushes out the pinion gear to the ring gear side via a shift lever that is driven by an attraction power of the first coil; and an electromagnetic switch having a second coil that forms an electromagnet by energization, and opens and closes a main point of contact (24, 32, 33) disposed on a motor circuit by an attraction power of the second coil; wherein, the solenoid device and the electromagnetic switch are arranged integrally in series in an axial direction, while a magnetic plate that forms a part of a magnetic circuit between the first coil and the second coil is shared by the solenoid device and the electromagnetic switch, characterized in that the first coil and the second coil are wound so that the directions of a current flow in the first coil and in the second coil are the same.
An exhaust-gas purification system, which comprises an exhaust gas passage for an internal combustion engine; an oxidation catalyst in the exhaust-gas passage for an internal-combustion engine; the oxidation catalyst comprising platinum and palladium as catalytically active components, which promotes oxidation of nitrogen monoxide to nitrogen dioxide, wherein the oxidation catalyst comprises 1 to 55% by weight of the palladium relative to 100% by weight of the platinum; and configured such that a flow of exhaust gas discharged from an internal-combustion engine is introduced through the exhaust-gas passage to the oxidation catalyst; and wherein a reducing agent supplying apparatus for supplying a reducing agent is positioned downstream, relative to the direction of the exhaust gas flow, of the oxidation catalyst in the exhaust-gas passage; and further a NO x reduction catalyst is installed downstream, relative to the direction of the exhaust gas flow, of the reducing agent supplying apparatus in the exhaust-gas passage, wherein the NO x reduction catalyst comprises a zeolite catalyst exchanged by copper; and the reducing agent is urea.
A binding molecule capable of binding to the leukocyte antigen-related receptor protein tyrosine phosphatase (LAR PTP), an immunoconjugate comprising at least the binding molecule, or a pharmaceutical composition comprising at least the binding molecule, for use in the in vivo-detection of AML.
PROCESS FOR OBTAINING CARBOXYMETHYL CELLULOSE FROM AGRO-INDUSTRIAL RESIDUES, comprising the steps: a) Preparing the raw material, wherein the raw material is washed, dried, grounded and washed again; b) Pulping step, wherein the product obtained from the step a) is reacted with sodium hydroxide; c) Synthesis step, wherein consists in grounding the pulp; adding a solution of isopropanol and distilled water under stirring at room temperature; adding NaOH aqueous solution up to the alkalization of the mixture; adding monochloroacetic acid in isopropanol; filtrating; suspending in methanol solution and neutralizing with acetic acid, wherein the agro-industrial residue is coconut fiber. a) Preparing the raw material, wherein the raw material is washed, dried, grounded and washed again; b) Pulping step, wherein the product obtained from the step a) is reacted with sodium hydroxide; c) Synthesis step, wherein consists in grounding the pulp; adding a solution of isopropanol and distilled water under stirring at room temperature; adding NaOH aqueous solution up to the alkalization of the mixture; adding monochloroacetic acid in isopropanol; filtrating; suspending in methanol solution and neutralizing with acetic acid,