mhurhangee/ep-ind-claims huggingface dataset:
A filtering unit (40, 140) comprising: - a filtering component having an inner wall, an outer wall arranged around the inner wall so as to define an inner space between the inner wall and the outer wall, and a filtering mesh partitioning the inner space into a pre-filter chamber and a post-filter chamber, at least said pre-filter chamber being circumferentially compartmented in sectors, at least one of said inner wall and outer wall having passages (30, 32) respectively communicating with corresponding ones of the sectors, - a divider (70, 170) arranged coaxially with the filter component, the divider (70,170) having distinct distribution columns, and - a rotary backwashing distributor (80, 180, 180a, 280, 380) having a shutter (82, 182, 382) provided with a discharge opening (84, 284), the rotary backwashing distributor (80, 180, 180a, 280, 380) being mounted to rotate so that said discharge opening (84, 284) is periodically and selectively put into communication with each distribution column, whereby each distribution column periodically and selectively establishes communication between the discharge opening (84, 284) and respective ones of the passages, characterized in that the rotary backwashing distributor (80, 180, 180a, 280, 380) is in direct contact with the divider (70, 170). - a filtering component having an inner wall, an outer wall arranged around the inner wall so as to define an inner space between the inner wall and the outer wall, and a filtering mesh partitioning the inner space into a pre-filter chamber and a post-filter chamber, at least said pre-filter chamber being circumferentially compartmented in sectors, at least one of said inner wall and outer wall having passages (30, 32) respectively communicating with corresponding ones of the sectors, - a divider (70, 170) arranged coaxially with the filter component, the divider (70,170) having distinct distribution columns, and - a rotary backwashing distributor (80, 180, 180a, 280, 380) having a shutter (82, 182, 382) provided with a discharge opening (84, 284), the rotary backwashing distributor (80, 180, 180a, 280, 380) being mounted to rotate so that said discharge opening (84, 284) is periodically and selectively put into communication with each distribution column, whereby each distribution column periodically and selectively establishes communication between the discharge opening (84, 284) and respective ones of the passages,
A device for guiding a drilling tool in rotation, the device including a tubular longitudinal element, a transmission shaft passing longitudinally through the tubular element, the shaft being rotatably mounted in the tubular element in order to rotate the drilling tool and to transmit axial forces thereto, the guiding device comprising bearing blocks mounted between the tubular element and the shaft, each bearing block being attached to at least one attachment region on the shaft, characterized in that the bearing block includes at least one tapered bore ball-joint roller bearing for forming a pivot linkage, a sliding pivot linkage, an ball joint linkage or a linear annular linkage between the tubular element and the shaft, and wherein, at least in the attachment region, the shaft has a taper less than or equal to 1:12 and/or bend radii greater than 1/12 th of the outer diameter of the shaft.
A method of identifying individual adult zebrafish (Danio rerio), comprising the steps of: observing, using image data, a striped pattern for each of an anal fin and a caudal fin of each individual of two or more zebrafish in side view; determining characteristics of each individual from the observed striped patterns; and identifying each individual on the basis of the characteristics obtained. observing, using image data, a striped pattern for each of an anal fin and a caudal fin of each individual of two or more zebrafish in side view; determining characteristics of each individual from the observed striped patterns; and identifying each individual on the basis of the characteristics obtained.
A medical device comprising: a long shaft member configured to be inserted into a body; a curved portion that is disposed at a distal end of the long shaft member to be able to be curved; and a support member (3, 4) that has a space extending along a longitudinal axis of the curved portion and that is configured to be deformed along a curved shape of the curved portion; characterized in that the medical device further comprises a guide member (9; 21) that extends from a distal end of the curved portion on an axis line substantially parallel to a central axis of the support member (3, 4), that has a space into which a treatment tool (120; 20) is able to be inserted and that has flexibility; and a linear member (5, 6) that includes a connection portion connected to the guide member (9; 21), the linear member (5, 6) being inserted into the space of the support member (3, 4) to be movable relative to the curved portion, and that pulls the guide member (9; 21) in accordance with a change of the curved shape, wherein a central axis of the guide member (9; 21) is positioned apart from the central axis of the support member (3, 4), and wherein the linear member (5, 6) protruding from the support member (3, 4) is inclined with respect to a longitudinal axis of the guide member (9; 21). a long shaft member configured to be inserted into a body; a curved portion that is disposed at a distal end of the long shaft member to be able to be curved; and a support member (3, 4) that has a space extending along a longitudinal axis of the curved portion and that is configured to be deformed along a curved shape of the curved portion; the medical device further comprises a guide member (9; 21) that extends from a distal end of the curved portion on an axis line substantially parallel to a central axis of the support member (3, 4), that has a space into which a treatment tool (120; 20) is able to be inserted and that has flexibility; and a linear member (5, 6) that includes a connection portion connected to the guide member (9; 21), the linear member (5, 6) being inserted into the space of the support member (3, 4) to be movable relative to the curved portion, and that pulls the guide member (9; 21) in accordance with a change of the curved shape, wherein a central axis of the guide member (9; 21) is positioned apart from the central axis of the support member (3, 4), and wherein the linear member (5, 6) protruding from the support member (3, 4) is inclined with respect to a longitudinal axis of the guide member (9; 21).
Dividable parachute grenade comprising a grenade casing, a nose cone, a detonating fuse, a dividing charge, a payload, a parachute device, a grenade bottom, and a supporting device, wherein the supporting device is annular and comprises pretensioned sector elements fixed to a fixing ring in a recess on the inner side of the grenade casing, the sector elements are pretensioned with a tension ring arranged around the annular supporting device via recessed grooves in the sector elements, whereby the supporting device is arranged extensibly in the radial direction in a recess on the inner side of the grenade casing behind the payload and supports the payload in the extended position during the acceleration phase of the grenade, and stays in the grenade after the separation of the payload from the grenade.
A system for detecting operating activities of at least one ancillary unit for an agricultural working machine, wherein the system has a device for detecting operating status data at least of the at least one ancillary unit, wherein arranged on the working machine and/or the at least one ancillary unit is at least one transmitting module which actively transmits operating status data at intervals and the transmitted operating status data of which can be received and recorded by a device in the form of a mobile data receiving unit for wirelessly detecting operating status data, wherein the transmitting module is in the form of a beacon including a battery and the transmitting module includes at least one sensor integrated therein for determining a physical property of the working machine or the ancillary unit.
A safety needle assembly comprising: a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a shield; a tab formed on the hub or the shield; a spring disposed between said shield and said hub configured to bias said shield distally relative to said hub; and a clip disposed between said hub and said shield, said clip being arcuate or continuous annular shaped or discontinuous annular shaped, said clip having a notch formed thereon shaped to permit passage therethrough of said tab; wherein, said clip and said tab releasably retain said shield in a first locked state against the biasing force of said spring thereby limiting distal movement of said shield relative to said hub, wherein, in said first locked state, said shield being movable proximally relative to said hub, wherein, in said first locked state, said notch is radially spaced from said tab, wherein, said clip and said tab are relatively rotationally displaceable so as to align said notch with said tab and release said shield from said first locked state thereby allowing said shield to move distally, relative to said hub, to a second shielded state, and wherein, in said second shielded state, said distal end of said needle is covered by said shield. a hub; a needle fixed to said hub, said needle having a distal end, formed for insertion into a patient, and a proximal end; a shield; a tab formed on the hub or the shield; a spring disposed between said shield and said hub configured to bias said shield distally relative to said hub; and a clip disposed between said hub and said shield, said clip being arcuate or continuous annular shaped or discontinuous annular shaped, said clip having a notch formed thereon shaped to permit passage therethrough of said tab; wherein, said clip and said tab releasably retain said shield in a first locked state against the biasing force of said spring thereby limiting distal movement of said shield relative to said hub, wherein, in said first locked state, said shield being movable proximally relative to said hub, wherein, in said first locked state, said notch is radially spaced from said tab, wherein, said clip and said tab are relatively rotationally displaceable so as to align said notch with said tab and release said shield from said first locked state thereby allowing said shield to move distally, relative to said hub, to a second shielded state, and wherein, in said second shielded state, said distal end of said needle is covered by said shield.
A gas turbine exhaust frame comprising: an inner substantially cylindrical wall; an outer substantially cylindrical wall establishing an annular exhaust gas flow path therebetween; and a plurality of airfoils extending radially between said inner wall and said outer wall, said plurality of airfoils arranged in first and second axially-spaced, circumferentially-staggered rows (42, 44) characterized in that each of said plurality of airfoils comprises an airfoil portion including a leading edge and a trailing edge, a root end attached to the inner wall and a tip end attached to the outer wall; and each of said airfoils in at least said first row is provided with a radially-extending slot having an inlet along and adjacent at least a portion of said leading edge on one side of said airfoil. an inner substantially cylindrical wall; an outer substantially cylindrical wall establishing an annular exhaust gas flow path therebetween; and a plurality of airfoils extending radially between said inner wall and said outer wall, said plurality of airfoils arranged in first and second axially-spaced, circumferentially-staggered rows (42, 44) characterized in that each of said plurality of airfoils comprises an airfoil portion including a leading edge and a trailing edge, a root end attached to the inner wall and a tip end attached to the outer wall; and each of said airfoils in at least said first row is provided with a radially-extending slot having an inlet along and adjacent at least a portion of said leading edge on one side of said airfoil.
Computer-implemented method for defining a dental arrangement for the production of partial or full tooth prostheses, comprising the steps of: determining base points of a lower jaw and/or an upper jaw, defined by coordinates; determining a transverse dimension and/or a skeletal class and/or type of bite on the basis of the coordinates determined for the lower jaw and/or the upper jaw, and selecting, from a plurality of predetermined dental arrangements, a suitable dental arrangement on the basis of the transverse dimension determined and/or the skeletal class determined and/or the type of bite determined. determining base points of a lower jaw and/or an upper jaw, defined by coordinates; determining a transverse dimension and/or a skeletal class and/or type of bite on the basis of the coordinates determined for the lower jaw and/or the upper jaw, and selecting, from a plurality of predetermined dental arrangements, a suitable dental arrangement on the basis of the transverse dimension determined and/or the skeletal class determined and/or the type of bite determined.
A method of manufacturing a solid state imaging device comprising photoelectric conversion devices (11, 21, 31, 51) which are arranged two-dimensionally; color filters (13, 23, 33, 53) each disposed corresponding to each of the photoelectric conversion devices; and a plurality of transfer lenses (14, 29, 38, 58) each disposed directly or indirectly on the color filter; the method comprising: 1) forming a plurality of color filters differing in color from each other; 2) forming a transparent resin layer (24, 34, 54) on the color filters; 3) forming an etching control layer (25, 35, 55) on the transparent resin layer, the etching control layer being enabled to be etched at a smaller etching rate than the etching rate of the transparent resin layer; 4) forming a lens master (27, 37, 57) on the etching control layer by using a heat-flowable resin material; 5) transferring a pattern of the lens master to the etching control layer by dry etching to form an intermediate micro lens formed of the etching control layer; and 6) transferring a pattern of the intermediate micro lens to the transparent resin layer by dry etching to form the transfer lenses formed of the transparent resin layer. 1) forming a plurality of color filters differing in color from each other; 2) forming a transparent resin layer (24, 34, 54) on the color filters; 3) forming an etching control layer (25, 35, 55) on the transparent resin layer, the etching control layer being enabled to be etched at a smaller etching rate than the etching rate of the transparent resin layer; 4) forming a lens master (27, 37, 57) on the etching control layer by using a heat-flowable resin material; 5) transferring a pattern of the lens master to the etching control layer by dry etching to form an intermediate micro lens formed of the etching control layer; and 6) transferring a pattern of the intermediate micro lens to the transparent resin layer by dry etching to form the transfer lenses formed of the transparent resin layer.
A method implemented at a terminal device, comprising: obtaining a first signal to be transmitted for a first service requiring a first latency; determining whether a resource block, RB, has been allocated by a network device for a second service requiring a second latency higher than the first latency, wherein the RB refers to a plurality of resource elements, REs, that are continuous in time and frequency; in response to determining that the RB has been allocated for the second service, selecting a first set of REs (530-1; 630-1, 630-2) based on a predefined pattern of REs, the first set of REs being discontinuously distributed in time and frequency domains within the allocated RB; and transmitting the first signal for the first service to the network device at the first set of REs. obtaining a first signal to be transmitted for a first service requiring a first latency; determining whether a resource block, RB, has been allocated by a network device for a second service requiring a second latency higher than the first latency, wherein the RB refers to a plurality of resource elements, REs, that are continuous in time and frequency; in response to determining that the RB has been allocated for the second service, selecting a first set of REs (530-1; 630-1, 630-2) based on a predefined pattern of REs, the first set of REs being discontinuously distributed in time and frequency domains within the allocated RB; and transmitting the first signal for the first service to the network device at the first set of REs.
A method for forming a composite apex, the method comprising the steps of: forming a coextruded strip, wherein the coextruded strip is of a first compound and a second compound or comprises said first compound and said second compound, wherein the second compound is a compound different from the first compound; and winding the coextruded strip; characterized by winding the coextruded strip while varying the ratio of the volume of the first compound to the volume of the second compound in the coextruded strip when forming the apex. forming a coextruded strip, wherein the coextruded strip is of a first compound and a second compound or comprises said first compound and said second compound, wherein the second compound is a compound different from the first compound; and winding the coextruded strip; characterized by winding the coextruded strip while varying the ratio of the volume of the first compound to the volume of the second compound in the coextruded strip when forming the apex.
A method of monitoring a toothed gear wheel comprising the steps of: positioning a Hall element adjacent to the gear wheel to detect variations in magnetic flux as the gear wheel rotates; comparing the output of the Hall element to a set of threshold parameters and thus outputting a binary signal indicative of the presence or absence of a tooth, wherein different threshold parameters are provided for different teeth, characterised in that the different threshold parameters provided for each different tooth are an individual pair of threshold parameters, wherein each individual pair of threshold parameters is optimized. positioning a Hall element adjacent to the gear wheel to detect variations in magnetic flux as the gear wheel rotates; comparing the output of the Hall element to a set of threshold parameters and thus outputting a binary signal indicative of the presence or absence of a tooth, wherein different threshold parameters are provided for different teeth, characterised in that the different threshold parameters provided for each different tooth are an individual pair of threshold parameters, wherein each individual pair of threshold parameters is optimized.
A passenger seating arrangement comprising: a first seat unit having a first central axis and configured in a generally forward-facing direction; a first ottoman having a first support surface positioned to receive the feet of a passenger seated in the first seat unit; a second seat unit having a second central axis and configured in a generally aft-facing direction such that the second seat unit is generally opposite to the forward-facing direction of the first seat unit and in that a second ottoman is disposed laterally adjacent to the first ottoman and having a second support surface positioned to receive the feet of a passenger seated in the second seat unit, characterised in that: the first and second central axes are spaced apart from each other and are each disposed at a different angle (A, B) with respect to a longitudinal axis of the aircraft. a first seat unit having a first central axis and configured in a generally forward-facing direction; a first ottoman having a first support surface positioned to receive the feet of a passenger seated in the first seat unit; a second seat unit having a second central axis and configured in a generally aft-facing direction such that the second seat unit is generally opposite to the forward-facing direction of the first seat unit and in that a second ottoman is disposed laterally adjacent to the first ottoman and having a second support surface positioned to receive the feet of a passenger seated in the second seat unit, characterised in that: the first and second central axes are spaced apart from each other and are each disposed at a different angle (A, B) with respect to a longitudinal axis of the aircraft. the first and second central axes are spaced apart from each other and are each disposed at a different angle (A, B) with respect to a longitudinal axis of the aircraft.
A circulation system for a body of water, said system including a flotation platform, an impeller, and a draft hose with a bottom portion, said draft hose depending downwardly from said flotation platform to position said bottom portion thereof at a depth below the surface of said body of water, said system further including a plate member (20.20') extending substantially horizontally outwardly of a vertical axis and being spaced from and below the bottom portion of the draft hose, said plate member (20,20') and bottom portion of said draft hose creating an inlet opening therebetween to said draft hose, said inlet opening extending substantially about said vertical axis wherein said impeller draws water from the depth of said body of water substantially horizontally through said inlet opening above said plate member (20,20') up the draft hose toward the surface of said body of water characterized by: said plate member (20,20') having a plurality of sections (22,22') mounted for pivotal movement between a substantially horizontal position with said sections (22,22') aligned substantially horizontally and an open position with said sections (22,22') respectively pivoted downwardly about a substantially horizontal axis ((H,H'). said plate member (20,20') having a plurality of sections (22,22') mounted for pivotal movement between a substantially horizontal position with said sections (22,22') aligned substantially horizontally and an open position with said sections (22,22') respectively pivoted downwardly about a substantially horizontal axis ((H,H').
Annular nozzle for a laser processing head for introducing an auxiliary gas into a region surrounding a processing zone of a workpiece, comprising: a first annular portion and a second annular portion which are releasably connected to each other and which together delimit an annular gas distribution chamber, there being formed on at least one annular portion an inlet opening which opens in the gas distribution chamber in order to connect a supply (13, 16) for the auxiliary gas, characterized in that the annular nozzle comprises a changing ring which together with the first annular portion and the second annular portion delimit the gas distribution chamber, there being formed on the changing ring at least one outlet opening for the auxiliary gas. a first annular portion and a second annular portion which are releasably connected to each other and which together delimit an annular gas distribution chamber, there being formed on at least one annular portion an inlet opening which opens in the gas distribution chamber in order to connect a supply (13, 16) for the auxiliary gas, characterized in that the annular nozzle comprises a changing ring which together with the first annular portion and the second annular portion delimit the gas distribution chamber, there being formed on the changing ring at least one outlet opening for the auxiliary gas.