mhurhangee/ep-ind-claims huggingface dataset:
Process for drawing a steel wire (F1; F2) as defined in Standard NF EN 10020, having a microstructure that is completely ferritic, a mixture of ferrite and cementite or a mixture of ferrite and pearlite, characterized in that the wire (F1; F2) has a weight content of carbon C such that C < 0.05% and a weight content of chromium Cr such that Cr < 12%, the process comprising: - at least one first uninterrupted series of steps (400 1 - 400 m) of drawing the wire (F1; F2) from a diameter D to a diameter d', - at least one second uninterrupted series of steps (700 1 - 700 m) of drawing the wire (F1; F2) of diameter d' to a diameter d, - one or more intermediate steps between the first and second uninterrupted series of steps (400 1 - 400 m, 700 1 - 700 m) of drawing the wire (F1; F2), the wire (F1; F2) having a temperature less than or equal to 300°C during the or each intermediate step, the intermediate step or steps comprising a step of coating the wire of diameter d' with at least one metal layer, the step of coating the wire of diameter d' is selected from a step of depositing a layer of an alloy of substantially pure metals, a step of depositing a first layer of a first substantially pure metal followed by a step of depositing a second layer of a second substantially pure metal, a step of depositing a layer of a substantially pure metal. - at least one first uninterrupted series of steps (400 1 - 400 m) of drawing the wire (F1; F2) from a diameter D to a diameter d', - at least one second uninterrupted series of steps (700 1 - 700 m) of drawing the wire (F1; F2) of diameter d' to a diameter d, - one or more intermediate steps between the first and second uninterrupted series of steps (400 1 - 400 m, 700 1 - 700 m) of drawing the wire (F1; F2), the wire (F1; F2) having a temperature less than or equal to 300°C during the or each intermediate step, the intermediate step or steps comprising a step of coating the wire of diameter d' with at least one metal layer, the step of coating the wire of diameter d' is selected from a step of depositing a layer of an alloy of substantially pure metals, a step of depositing a first layer of a first substantially pure metal followed by a step of depositing a second layer of a second substantially pure metal, a step of depositing a layer of a substantially pure metal.
A theranostic bubble preparation including bubbles and enabling diagnostics and therapeutics of a tissue of interest through an action of diagnostic ultrasound and an action of low intensity therapeutic ultrasound, the bubbles each comprising a coating of a lipid and a gas encapsulated in an inner cavity defined by the coating, wherein the lipid forming the coating is an anionic lipid including distearoylphosphatidylcholine (DSPC), distearoylphosphatidylglycerol (DSPG), and 1,2-distearoyl-sn-glycero-3-phosphoethanolamine-N-[methoxy(polyethylene glycol)] (DSPE-PEG) at a molar ratio of 30-45:45-60:4-12, and the gas includes at least one of perfluoropropane, perfluorobutane, perfluoropentane, or perfluorohexane, or a mixed gas thereof.
A motorized feed vehicle for feeding fur animals, especially minks, raised in cages having wire mesh top walls and being arranged in longitudinal rows in farms, said vehicle having a longitudinal axis LL) and comprising a frame supported by wheels (6;7) and carrying a feed container with an inner space for storing feed, especially pasty mink feed, and a feed discharge device for discharging feed on a wire mesh top wall of cages when operated and activated, and a control unit for controlling the activation of the feed discharge device, the feed discharge device comprising pumping means being upstream connected to the inner space of the feed container and downstream connected to an upstream/proximal end of a tubing, the pumping means being operable to pump feed from the container to the tubing, wherein the tubing at a distal end thereof is provided with at least two connected spouts (15.1;15.2) being arranged at the outer free end of an arm of a system of arms allowing for at least a lateral outward and inward movement and adjustment and an upward and downward movement and adjustment of the position of the spouts (15.1;15.2), and optionally also a forward and backward movement and adjustment in the longitudinal direction, each spout having an outlet opening (16.1;16.2), the openings being mutually spaced to allow, during operation of the feed discharge device, simultaneous discharge of a feed portion to a spot of a top wall or roof of both the nest box and the main box of a single cage or alternatively discharge of a feed portion to a spot of the top wall of each of at least two adjacent cages in a first longitudinal row of cages through the outlet openings (16.1;16.2) of the spouts (15.1;15.2).
A filter unit for a continuous inkjet printer comprising: a body; a filter unit air inlet defined by the body and arranged to mate with an air inlet of an ink jet printer cabinet; a recess for receiving an air filter defined by the body; and a filter unit air outlet defined by the body and arranged to mate with an air inlet of an ink system located in the inkjet printer cabinet. a body; a filter unit air inlet defined by the body and arranged to mate with an air inlet of an ink jet printer cabinet; a recess for receiving an air filter defined by the body; and a filter unit air outlet defined by the body and arranged to mate with an air inlet of an ink system located in the inkjet printer cabinet.
An assembly for an earth moving machine, comprising: a first member (11a-11c,15,16) and a second member (1,12a,12b) coupled with the first member, the first member (11a-11c,15,16) being a wear element for digging implements, and the second member (1,12a,12b) being digging implements or a lip (12a,12b) for digging implements; the first member (11a-11c,15,16) comprises a channel (40a-40f) adapted to receive at least one electric wire (50,51a-51c); characterized in that: the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity, and being attached to the second member (1,12a,12b); the wear element comprises one of: an adapter (11a-11c), a cast nose, a weld-on nose or a shroud. a first member (11a-11c,15,16) and a second member (1,12a,12b) coupled with the first member, the first member (11a-11c,15,16) being a wear element for digging implements, and the second member (1,12a,12b) being digging implements or a lip (12a,12b) for digging implements; the first member (11a-11c,15,16) comprises a channel (40a-40f) adapted to receive at least one electric wire (50,51a-51c); characterized in that: the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity, and being attached to the second member (1,12a,12b); the wear element comprises one of: an adapter (11a-11c), a cast nose, a weld-on nose or a shroud. the first member (11a-11c,15,16) further comprises a first cavity adapted to receive at least one sensor; the assembly further comprises the at least one electric wire (50,51a-51c), one or more electric wires of the at least one electric wire (50,51a-51c) being introduced in both the channel (40a-40f) and the first cavity, and being attached to the second member (1,12a,12b); the wear element comprises one of: an adapter (11a-11c), a cast nose, a weld-on nose or a shroud.
A non-azeotropic mixture comprising (i) a base refrigerant including a high boiling point refrigerant that releases heat and condenses at normal temperature and (ii) R-14, which is a low boiling point refrigerant; wherein a base refrigerant/R-14 ratio by weight is 95/5 through 60/40 (that is, R-14 accounts for 5 wt% through 40 wt% of sum of base refrigerant plus R-14) said base refrigerant consists of butane plus propane, as high boiling point refrigerant which condenses at normal temperature, and R-23 plus R-116, as low boiling point refrigerant, sum of butane plus propane accounts for 35 wt% through 70 wt% of said base refrigerant, balance being R-23 plus R-116, and R-23 accounts for 70 through 15 wt% of the sum of R-23 plus R-116 so that R-116 accounts for 30 through 85 wt%.
Braiding machine, in particular a radial braiding machine or a spiral braiding machine, for manufacturing tubular or flat braided articles, comprising a first horn gear plane in which drivable and movably coupled horn gears are provided for guiding bobbins that carry yarn, the yarns being braided in a central braiding point, characterized in that a positioning module that forms a second horn gear plane is arranged between the first horn gear plane and the central braiding point, which module comprises horn gear units, through which positioning module the individual yarns are guided, the positioning module comprising yarn guiding elements for guiding the individual yarns and locating same during the braiding process.
A swirler for creating a fuel/air mix, the swirler having a central axis and comprising: - an annular array of vanes positioned on a base plate and extending around the central axis; - an annular closing plate located atop the annular array of vanes; - a plurality of mixing channels formed by the annular array of vanes, the base plate and the annular closing plate for mixing the fuel and the air, at least one mixing channel of the plurality of mixing channels defined by opposing walls of two adjacent vanes of the plurality of vanes, wherein at least one of the opposing walls comprises at least one primary side injection opening adapted to eject a stream of fuel into the mixing channel, and at least one secondary side injection opening corresponding to the primary side injection opening and adapted to eject a jet of fuel into the mixing channel, wherein the secondary side injection opening is positioned on the wall of the vane such that the jet ejected from the secondary side injection opening creates turbulence, within the mixing channel, in the stream ejected from the primary side injection opening, characterised in that a distance of the secondary side injection opening from the primary side injection opening is between 10% and 20% or between 5% and 10% of a length of the wall measured along the wall from a radially inner thin end of the vane to a radially outer broad end of the vane, wherein a size of the primary side injection opening is greater than a size of the secondary side injection opening, with the same supply pressure of fuel, a greater velocity of the jet is achieved. - an annular array of vanes positioned on a base plate and extending around the central axis; - an annular closing plate located atop the annular array of vanes; - a plurality of mixing channels formed by the annular array of vanes, the base plate and the annular closing plate for mixing the fuel and the air, at least one mixing channel of the plurality of mixing channels defined by opposing walls of two adjacent vanes of the plurality of vanes, wherein at least one of the opposing walls comprises at least one primary side injection opening adapted to eject a stream of fuel into the mixing channel, and at least one secondary side injection opening corresponding to the primary side injection opening and adapted to eject a jet of fuel into the mixing channel, wherein the secondary side injection opening is positioned on the wall of the vane such that the jet ejected from the secondary side injection opening creates turbulence, within the mixing channel, in the stream ejected from the primary side injection opening, characterised in that a distance of the secondary side injection opening from the primary side injection opening is between 10% and 20% or between 5% and 10% of a length of the wall measured along the wall from a radially inner thin end of the vane to a radially outer broad end of the vane, wherein a size of the primary side injection opening is greater than a size of the secondary side injection opening, with the same supply pressure of fuel, a greater velocity of the jet is achieved.
A structural body (1, 1') for forming an attenuation and infiltration system, having an open, three-dimensional structure, wherein a base grid is provided from which a plurality of hollow, upwardly tapering support elements rise in such a way that multiple structural bodies (1, 1') can be nested by introducing the support elements of a lower structural body (1, 1') into the bottom of the support elements of the upper structural body (1, 1'), the lateral limit of the structural body (1, 1') being formed by at least part of the vertical support elements, wherein at least one connection means is provided for connecting adjacent structural bodies (1, 1') to form the attenuation and infiltration system, the connection means being configured in the form of engagement lobes and engagement seats which are provided on the upper surface of the support elements as well as on the base grid, which, when structural bodies (1, 1') are arranged adjacently in a vertical direction in the attenuation and infiltration system, i.e. when the structural bodies (1, 1') are arranged in opposite directions, permit the structural bodies (1, 1') to be fitted together, wherein on an upper surface of at least one support element of the structural body (1, 1') at least one engagement lobe and at least one engagement seat are provided, the engagement lobe being designed for positive engagement in an engagement seat of an adjacent structural body (1, 1') of an attenuation and infiltration system, and/or that on the outwardly facing side of the base grid in regions not occupied by support elements at least one engagement lobe and at least one engagement seat are provided, the engagement lobe being designed for positive engagement in an engagement seat of an adjacent structural body (1, 1') of an attenuation and infiltration system, and wherein the engagement lobes (7, 8) and the engagement seats (9, 10) are furthermore arranged axially symmetrically in relation to a vertical central axis of the structural body (1, 1') so that in the event of any rotations of a structural body (1, 1') by integer multiples of 90° around the vertical central axis or lateral displacement by an integer multiple of a support element spacing with respect to the second structural body (1, 1') an engagement of the engagement lobes in the corresponding engagement seats is always enabled, and wherein the engagement lobes (7, 8) and the engagement seats (9, 10) are furthermore arranged axially symmetrically in relation to a central axis of a quarter of the structural body (1, 1').
A light emitting device, comprising: a p-type semiconductor layer, an n-type semiconductor layer, and an active region between the n-type semiconductor layer and the p-type semiconductor layer; a non-transparent feature on the n-type semiconductor layer opposite the p-type semiconductor layer, wherein the non-transparent feature includes a wire bond pad, a passivation region and/or a current spreading finger; and a reduced conductivity region in the p-type semiconductor layer and aligned with the non-transparent feature on the n-type semiconductor layer, the reduced conductivity region extending from a surface of the p-type semiconductor layer opposite the n-type semiconductor layer towards the active region. a p-type semiconductor layer, an n-type semiconductor layer, and an active region between the n-type semiconductor layer and the p-type semiconductor layer; a non-transparent feature on the n-type semiconductor layer opposite the p-type semiconductor layer, wherein the non-transparent feature includes a wire bond pad, a passivation region and/or a current spreading finger; and a reduced conductivity region in the p-type semiconductor layer and aligned with the non-transparent feature on the n-type semiconductor layer, the reduced conductivity region extending from a surface of the p-type semiconductor layer opposite the n-type semiconductor layer towards the active region.
An immunogen comprising an isolated peptide of 100 amino acid residues or fewer comprising the amino acid sequence of any one of SEQ ID NOs: 1, 2, 3, 4, 6, 9, 11, 12, 13, 14, 15, 20, or 21 with two or fewer amino acid substitutions.
Instrument for taking a tissue sample, that comprises a tissue receiving element with a distal end and a proximal end and at least partly consists of a spiral or helix that has an outer surface and which has a central longitudinal axis (X-X'), whereby the spiral or helix has at least one zone where the distance (d d) from the outer surface to the central longitudinal axis (X-X') is smaller than at a more proximally located part of the spiral or helix, whereby the zone runs from the distal end in the direction of the proximal end over a distance of at least one complete winding of the spiral or helix, characterized in that the spiral or helix has an inner surface whereby the distance (d w) from this inner surface to the central longitudinal axis (X-X'), over at least a section of the zone that connects to the distal end, at every position is equal to this distance (d w) at every more distally located part of the spiral or helix.
A single entry access point, having - a first lateral delimiting element and a second lateral delimiting element, wherein a passage for people is formed between the lateral delimiting elements, - a centre element arranged in the passage, characterized in that the centre element - is mounted on the base side on a guide element oriented transversely to the lateral delimiting elements and can be moved along the guide element into at least a first position and a second position, - is arranged between the lateral delimiting elements in the first position and splits the passage into two passageways (28.1, 28.2), - clears the passage substantially over its entire width in the second position. - a first lateral delimiting element and a second lateral delimiting element, wherein a passage for people is formed between the lateral delimiting elements, - a centre element arranged in the passage, characterized in that the centre element - is mounted on the base side on a guide element oriented transversely to the lateral delimiting elements and can be moved along the guide element into at least a first position and a second position, - is arranged between the lateral delimiting elements in the first position and splits the passage into two passageways (28.1, 28.2), - clears the passage substantially over its entire width in the second position.
A scanning device, comprising: a camera for scanning; an enclosure surrounding the camera on the top, bottom, and along at least three sides so as to shield the camera from ambient light sources, said enclosure defining an input slot for receipt of a ticket; and at least one scanner light positioned within the interior of the enclosure; the enclosure having an interior surface comprising a non-reflective finish; a platen positioned within the interior of the enclosure above the input slot, the platen tilted at a slight angle down from said input slot of said enclosure, wherein the slight angle is relative to a horizontal plane through said input slot, so as to provide for positioning of tickets within the enclosure at a location to reduce glare from ambient light sources; and a motor positioned below the platen and adjacent to the input slot to receive the ticket from the input slot and advance the ticket to the platen; and a gimbaled mount to which the camera is attached, the gimbaled mount having multiple pivot points configured for allowing adjustment of the orientation of the camera to be essentially parallel to the platen. a camera for scanning; an enclosure surrounding the camera on the top, bottom, and along at least three sides so as to shield the camera from ambient light sources, said enclosure defining an input slot for receipt of a ticket; and at least one scanner light positioned within the interior of the enclosure; the enclosure having an interior surface comprising a non-reflective finish; a platen positioned within the interior of the enclosure above the input slot, the platen tilted at a slight angle down from said input slot of said enclosure, wherein the slight angle is relative to a horizontal plane through said input slot, so as to provide for positioning of tickets within the enclosure at a location to reduce glare from ambient light sources; and a motor positioned below the platen and adjacent to the input slot to receive the ticket from the input slot and advance the ticket to the platen; and a gimbaled mount to which the camera is attached, the gimbaled mount having multiple pivot points configured for allowing adjustment of the orientation of the camera to be essentially parallel to the platen.
A tympanostomy tube applicator (1, 100) comprising: a hand-held housing; a stem extending from the housing and having a shape arranged for engagement in the ear canal; and a tympanostomy tube inserter; wherein the housing includes at least one user actuator (10, 110, 111, 112) for operation of the inserter; wherein the inserter (50, 200) comprises a rod having a tip (52, 122) to pierce a patient's tympanic membrane and to support a collapsed tympanostomy tube (60, 203) through the membrane where it is pierced; and characterized in that, the inserter is adapted to press the collapsed tympanostomy tube from within at the distal end at least to expand from within said distal end (63, 203(b)) to provide in situ a distal flange (63, 203(c)) in the tympanostomy tube. a hand-held housing; a stem extending from the housing and having a shape arranged for engagement in the ear canal; and a tympanostomy tube inserter; wherein the housing includes at least one user actuator (10, 110, 111, 112) for operation of the inserter; wherein the inserter (50, 200) comprises a rod having a tip (52, 122) to pierce a patient's tympanic membrane and to support a collapsed tympanostomy tube (60, 203) through the membrane where it is pierced; and characterized in that, the inserter is adapted to press the collapsed tympanostomy tube from within at the distal end at least to expand from within said distal end (63, 203(b)) to provide in situ a distal flange (63, 203(c)) in the tympanostomy tube.
Device for disinfecting containers in a beverage bottling system, comprising a container treatment device and an insulator space shielded from the environment, in which a disinfection of containers can be carried out, and a reservoir for receiving a disinfectant for the disinfection of the containers, wherein the reservoir is integrated into the insulator space and the container treatment device is provided so that said container treatment device draws off the disinfectant in a lower plane of the reservoir and applies it by means of a container treatment nozzle to the containers to be treated, and the insulator space has cleaning nozzles for cleaning the insulator space, and the cleaning nozzles are also designed for cleaning the reservoir.