mhurhangee/ep-ind-claims huggingface dataset:
A lighting device, in the form of a garden lamp for lighting a garden, comprising a light source, connecting means and a base, said base being designed for placement on a garden surface or a wall, and said connecting means being designed for connecting the light source to the base, characterised in that the connecting means comprise a connecting element, wherein the base and the light source are provided with a stop surface for engaging the connecting means, wherein the connecting element is movable between a first position, in which the connecting element clampingly engages at least one of said stop surfaces, and a second position, in which the connecting element can be detached from the stop surface, wherein the connecting means further comprise at least one elongated body, which elongated body can be connected to at least one of the connecting element, the base and the light source, and wherein the distance between the support surface and the light source can be adjusted by addition of an elongated body, wherein said base is provided with an upright edge forming an opening, the inner side of which forming a stop surface, wherein the light source is provided with an upright edge at a foot thereof, said upright edge forming an opening with a stop surface, and wherein the light source is provided with a suitable socket for receiving a lamp, the socket being provided with current by means of wires passed through the hollow foot, the hollow elongate body and the hollow connecting element, wherein at least one end of the connecting element has a circumference which is movable between a first position and a second position, in which first position said circumference is at least substantially complementary to a stop surface and in which second position said circumference is different from the surface of the stop surface, wherein the end of the connecting element is tubular in shape, with a segment of the tube being movable in a direction transversely to the longitudinal direction of the tubular end so as to enable movement between the first and the second position, and wherein the stop surfaces and the end of the connecting element are at least substantially cylindrical in shape, wherein the diameter of the end of the connecting element can be adjusted to enable movement between the first and the second position, wherein the connecting element comprises a first body and a second body, which second body can move with respect to the first body in a radial direction, and an opening for receiving a screw in said radial direction, which upon tightening thereof moves the second body with respect to the first body in said radial direction.
Dispensing device for dispensing a formulation as a spray, wherein the dispensing device is adapted to receive or comprises a storage device with multiple separate and pre-metered doses of the formulation in receptacles or cavities annularly arranged, wherein a first group and a second group of the receptacles or cavities are offset axially and extend in two planes, wherein the storage device is moveable between a first and second position to change dispensing from the first to the second group, wherein the dispensing device comprises a transportation mechanism to enable movement of the storage device to change from one group to the other, or wherein the dispensing device comprises a connecting element, wherein the connecting element which is moveable in a connecting direction to open or pierce the receptacles or cavities is moveable transversally to the connecting direction in order to change between the first and second group, characterised in that the dispensing device comprises a means for pressurizing gas for dispensing the formulation.
A system comprising: a fluorophore imaging device and a duodenoscope (105; 405), the fluorophore imaging device comprising: an attachment (130; 330) removably coupleable to a distal end of the duodenoscope (105; 405) including a first filter (175, 180; 375, 380; 425, 430) alignable with a light source (115; 415) of the duodenoscope (105; 405), and a second filter (180, 175; 375, 380; 425, 430) alignable with an imaging device of the duodenoscope (105; 405); wherein the attachment (130; 330) is coupled to the distal end of the duodenoscope (105; 405) by a ring (135; 335) such that a working channel of the duodenoscope (105; 405) is accessible when the attachment (130; 330) is coupled to the duodenoscope (105; 405). an attachment (130; 330) removably coupleable to a distal end of the duodenoscope (105; 405) including a first filter (175, 180; 375, 380; 425, 430) alignable with a light source (115; 415) of the duodenoscope (105; 405), and a second filter (180, 175; 375, 380; 425, 430) alignable with an imaging device of the duodenoscope (105; 405); wherein the attachment (130; 330) is coupled to the distal end of the duodenoscope (105; 405) by a ring (135; 335) such that a working channel of the duodenoscope (105; 405) is accessible when the attachment (130; 330) is coupled to the duodenoscope (105; 405).
A planetary unit comprising: a planet carrier having a carrier body and a plurality of carrier pins, the carrier body having a pair of carrier plates (74, 76), each of the carrier plates (74, 76) having a plate portion and a plurality of pin bosses that are raised above the plate portion, each of the pin bosses defining a pin bore, each of the carrier pins being received in a corresponding one of the pin bores in each of the carrier plates (74, 76), each of the carrier pins having a first head and a second head, the first head abutting a corresponding one of the pin bosses on a first one of the carrier plates (74, 76), the second head abutting a corresponding one of the pin bosses on a second one of the carrier plates (74, 76), and a plurality of planet gears (102, 104), each of the planet gears (102, 104) being rotatably received on a corresponding one of the carrier pins, characterized in that at least one of the first and second heads has an axial step (202a, 202b) that engages an associated axial step (132a, 132b) on a corresponding one of the pin bosses, wherein engagement of the axial step (202a, 202b) with the associated axial step (132a, 132b) inhibits rotation of the carrier pin relative to the carrier body. a planet carrier having a carrier body and a plurality of carrier pins, the carrier body having a pair of carrier plates (74, 76), each of the carrier plates (74, 76) having a plate portion and a plurality of pin bosses that are raised above the plate portion, each of the pin bosses defining a pin bore, each of the carrier pins being received in a corresponding one of the pin bores in each of the carrier plates (74, 76), each of the carrier pins having a first head and a second head, the first head abutting a corresponding one of the pin bosses on a first one of the carrier plates (74, 76), the second head abutting a corresponding one of the pin bosses on a second one of the carrier plates (74, 76), and a plurality of planet gears (102, 104), each of the planet gears (102, 104) being rotatably received on a corresponding one of the carrier pins, characterized in that at least one of the first and second heads has an axial step (202a, 202b) that engages an associated axial step (132a, 132b) on a corresponding one of the pin bosses, wherein engagement of the axial step (202a, 202b) with the associated axial step (132a, 132b) inhibits rotation of the carrier pin relative to the carrier body.
A method for repairing a stator assembly of a gas turbine engine, comprising the steps of: a) removing a worn surface of the stator assembly to provide a revealed area; and b) securing additional material to the revealed area of the stator assembly utilizing gas metal arc welding, characterised in that: the gas metal arc welding includes cold metal transfer; and said surface is a flange or a featherseal slot of said stator assembly. a) removing a worn surface of the stator assembly to provide a revealed area; and b) securing additional material to the revealed area of the stator assembly utilizing gas metal arc welding, the gas metal arc welding includes cold metal transfer; and said surface is a flange or a featherseal slot of said stator assembly.
Control system for a diesel type internal combustion engine equipped with a circuit for partial recirculation of the exhaust gases, including means for estimating intake air parameter set point values, characterized in that it includes: - means for estimating the exhaust richness, - means for determining an intake richness set point value as a function of intake air parameter set point values, and - means for correcting at least one of the intake air parameter set point values as a function of the estimate of the exhaust richness and the intake richness set point value. - means for estimating the exhaust richness, - means for determining an intake richness set point value as a function of intake air parameter set point values, and - means for correcting at least one of the intake air parameter set point values as a function of the estimate of the exhaust richness and the intake richness set point value.
A ketose 3-epimerase obtainable from Arthrobacter globiformis M30 accession number NITE BP-1111 having substrate specificity whereby D- or L-fructose, D- or L-psicose, D- or L-tagatose, or D- or L-sorbose is epimerized at position 3 to produce the corresponding D- or L-psicose, D- or L-fructose, D- or L-sorbose, or D- or L-tagatose, and having the highest substrate specificity for D-fructose, D-psicose and L-tagatose among D- and L-ketoses, wherein the ketose 3-epimerase comprises a homotetramer structure with a subunit molecular weight of 32 kDa, and has a subunit molecular weight of about 32 kDa as measured by SDS-PAGE, and a molecular weight of 120 kDa as measured by gel filtration and, wherein the ketose 3-epimerase has the following physical and chemical properties (a) to (e): (a) optimal pH: 6 to 11 under 30°C, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); (b) optimal temperature: 60 to 80°C under pH 7.5, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); (c) pH stability: stable in at least a pH range of 5 to 11 under 4°C, 24-hour maintained conditions; (d) heat stability: stable at about 50°C or less under pH 7.5, 1-hour maintained conditions in the presence of 4 mM magnesium ions (Mg 2+), and stable at about 40°C or less in the absence of magnesium ions (Mg 2+); and (e) metal ion activation: activatable by divalent manganese ions (Mn 2+), divalent cobalt ions (Co 2+), and calcium (Ca 2+) and magnesium ions (Mg 2+). substrate specificity whereby D- or L-fructose, D- or L-psicose, D- or L-tagatose, or D- or L-sorbose is epimerized at position 3 to produce the corresponding D- or L-psicose, D- or L-fructose, D- or L-sorbose, or D- or L-tagatose, and having the highest substrate specificity for D-fructose, D-psicose and L-tagatose among D- and L-ketoses, wherein (a) optimal pH: 6 to 11 under 30°C, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); 6 to 11 under 30°C, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); (b) optimal temperature: 60 to 80°C under pH 7.5, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); 60 to 80°C under pH 7.5, 30-min reaction conditions in the presence of 20 mM magnesium (Mg 2+); (c) pH stability: stable in at least a pH range of 5 to 11 under 4°C, 24-hour maintained conditions; stable in at least a pH range of 5 to 11 under 4°C, 24-hour maintained conditions; (d) heat stability: stable at about 50°C or less under pH 7.5, 1-hour maintained conditions in the presence of 4 mM magnesium ions (Mg 2+), and stable at about 40°C or less in the absence of magnesium ions (Mg 2+); and stable at about 50°C or less under pH 7.5, 1-hour maintained conditions in the presence of 4 mM magnesium ions (Mg 2+), and stable at about 40°C or less in the absence of magnesium ions (Mg 2+); and (e) metal ion activation: activatable by divalent manganese ions (Mn 2+), divalent cobalt ions (Co 2+), and calcium (Ca 2+) and magnesium ions (Mg 2+). activatable by divalent manganese ions (Mn 2+), divalent cobalt ions (Co 2+), and calcium (Ca 2+) and magnesium ions (Mg 2+).
A rotatable vertical racking system for growing plants, the system comprising: a frame; a drive mechanism coupled to said frame; a plurality of racking trays coupled to said drive mechanism, each of said racking trays being capable of supporting at least one plant; characterised in that: the drive mechanism comprises a water drive wheel configured to be rotated by water from a source of water so as to rotate said plurality of racking trays; and at least one water outlet is provided for delivering water from the source of water to the at least one plant as they rotate. a frame; a drive mechanism coupled to said frame; a plurality of racking trays coupled to said drive mechanism, each of said racking trays being capable of supporting at least one plant; characterised in that: the drive mechanism comprises a water drive wheel configured to be rotated by water from a source of water so as to rotate said plurality of racking trays; and at least one water outlet is provided for delivering water from the source of water to the at least one plant as they rotate.
A pill dispenser device comprising: a pick-up member configured and disposed to pick up a pill at a known location; the pick-up member being movable to alternately be not in contact with the pill at the known location, and then in contact with the pill at the known location, and then moving the pill from the known location characterized in that the pill dispenser device also comprises a chute having a lower end, the lower end of the chute defining the known location, the chute having a slot at the known location, wherein the pick-up member is a rotational member, the slot being operationally disposed relative to the rotational pick-up member for the rotational pick up member to move therein so that the rotational pick-up member is rotationally movable to alternately not be in contact with the pill at the known location, and then be in contact with the pill at the known location, and then moving the pill from the known location.
A camshaft arrangement for a drive, in particular for a motor vehicle engine, comprising two shafts(20, 30) arranged coaxially one inside the other, in which a hollow outershaft and an innershaft are arranged so as to be rotatable relative to one another and both shafts (20, 30) support in each case at least one cam (21,22,31), the outer-shaft cams (21,22) supported by the outer shaft being attached to the outer shaft for conjoint rotation therewith while the inner-shaft cams supported by the innershaft are in each case attached to the inner shaft for conjoint rotation therewith by means of at least one connecting element (40,40', 60), the connecting element (40; 40') protruding with play through a recess (50, 50') in the outer shaft and being attached to the respective Inner-shaft cam, which is supported on the outer shaft so as to be rotatable thereon, wherein the inner-shaft cams are in each case attached to the Inner shaft by two connecting elements (40, 40'), and the first connecting element is inserted Into a receptacle in the inner shaft in such a way that a part of the connecting element (40; 40'; 60) protrudes from the receptacle, and the protruding part is inserted at least partially into a cutout situated on the joining diameter of the respective inner-shaft cam, and the second connecting element is designed in the form of a radial pin which is arranged at least in regions both in a passage opening of the inner-shaft cam element and in a receptacle of the inner shaft and is held with an interference fit In the passage opening and/or the receptacle, and wherein the recess (50, 50') for passing the connecting element (40, 40') through the outer shaft extends over a part of the periphery of the outer shaft in such a way as to allow movement of the connecting element (40, 40') and thus the inner shaft relative to the outer shaft by a displacement angle a, characterized in that the cutout Is formed so as to be open at least toward one end side of the inner-shaft cam, and the protruding part has at least two opposite side surfaces (43;44) which bear with an interference fit against two corresponding Inner surfaces (34; 35) of the cutout of the respective inner-shaft cam.
Thermal conduction element for a package for transporting and/or storing radioactive materials, comprising: - an internal part intended to be in contact with a lateral body of the package; - an external part intended to form a portion of an external envelope of said package, holding radiological protection means; - an intermediate part arranged between the internal and external parts, the internal, external and intermediate parts being produced from copper and one of the alloys thereof, characterised in that said external part is equipped, at each of its two opposite ends, with an area for connection by welding to another thermal conduction element, each connection area being produced from steel. - an internal part intended to be in contact with a lateral body of the package; - an external part intended to form a portion of an external envelope of said package, holding radiological protection means; - an intermediate part arranged between the internal and external parts, the internal, external and intermediate parts being produced from copper and one of the alloys thereof, characterised in that said external part is equipped, at each of its two opposite ends, with an area for connection by welding to another thermal conduction element, each connection area being produced from steel.
A reading device comprising: a reading unit configured to read tag information associated to an object of a plurality of objects from a plurality of RFID tags attached to the object, wherein each RFID tag contains a first identification code unique for the object and a second identification code; the reading unit comprising a storage unit configured to store, for each object, the first identification code of the object in association with a predetermined number of RFID tags attached to the object; and a counting unit configured to count the number of read RFID tags for the object based on the tag information read by the reading unit; characterized by further comprising: a determination unit configured to determine whether the number of RFID tags counted for the object according to the first identification code matches the predetermined number of RFID tags for the object as stored in the storage unit; and a control unit configured to determine a stop of reading by the reading unit in accordance with a determination result of the determination unit and to extend the reading of the reading unit by a predetermined time when the determination unit determines that the predetermined number of RFID tags for the object does not match the number of RFID tags counted for the object. a reading unit configured to read tag information associated to an object of a plurality of objects from a plurality of RFID tags attached to the object, wherein each RFID tag contains a first identification code unique for the object and a second identification code; the reading unit comprising a storage unit configured to store, for each object, the first identification code of the object in association with a predetermined number of RFID tags attached to the object; and a counting unit configured to count the number of read RFID tags for the object based on the tag information read by the reading unit; characterized by further comprising: a determination unit configured to determine whether the number of RFID tags counted for the object according to the first identification code matches the predetermined number of RFID tags for the object as stored in the storage unit; and a control unit configured to determine a stop of reading by the reading unit in accordance with a determination result of the determination unit and to extend the reading of the reading unit by a predetermined time when the determination unit determines that the predetermined number of RFID tags for the object does not match the number of RFID tags counted for the object. a determination unit configured to determine whether the number of RFID tags counted for the object according to the first identification code matches the predetermined number of RFID tags for the object as stored in the storage unit; and a control unit configured to determine a stop of reading by the reading unit in accordance with a determination result of the determination unit and to extend the reading of the reading unit by a predetermined time when the determination unit determines that the predetermined number of RFID tags for the object does not match the number of RFID tags counted for the object.
An apparatus for removing a binding from a bale, the apparatus comprising: a bale support (114, 214, 314) for supporting a portion of the bale; a binding engagement device (132, 232) including at least one tine and at least one hook positioned proximate to at least one given tine, wherein the at least one hook is configured to move relatively linearly with respect to the at least one tine, and wherein the binding engagement device (132, 232) automatically removes a binding from a bale; and a cutting blade for cutting at least the binding at a cutting station during a cutting operation, characterised in that the cutting blade is configured to travel upward toward the bale to perform a cutting operation. a bale support (114, 214, 314) for supporting a portion of the bale; a binding engagement device (132, 232) including at least one tine and at least one hook positioned proximate to at least one given tine, wherein the at least one hook is configured to move relatively linearly with respect to the at least one tine, and wherein the binding engagement device (132, 232) automatically removes a binding from a bale; and a cutting blade for cutting at least the binding at a cutting station during a cutting operation, characterised in that the cutting blade is configured to travel upward toward the bale to perform a cutting operation.
A health functional food composition for use in a method of the prevention or the improvement of a neurological disorder comprising at least one peptide selected from peptides consisting of the amino acid sequences of SEQ ID NOS: 1 to 10 as an active ingredient.
A belt (50, 60) for an elevator system comprising: a core (54, 64); an elastomeric sheath (52, 62) positioned over the core (54, 64); and an elastomer and phosphonate blended bonding agent adhering the core (54, 64) to the sheath (52, 62); characterised in that the elastomer and phosphonate blended bonding agent is mixed with a resin that forms the core (54, 64). a core (54, 64); an elastomeric sheath (52, 62) positioned over the core (54, 64); and an elastomer and phosphonate blended bonding agent adhering the core (54, 64) to the sheath (52, 62); characterised in that the elastomer and phosphonate blended bonding agent is mixed with a resin that forms the core (54, 64).