mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a hose from a flat web material, in which • a web material is fed by means of feed devices (6, 7), • the edges of the flat web material are driven in by at least one hose forming tool (13, 14), wherein the edge areas (10, 11) then overlap, • parts of the overlapping edge areas (10, 11) are connected with each other, • the desired orientation at least of one edge is defined after the driving in of the edges (10, 11), • the actual orientation at least of one edge is determined by means of a measuring device and • in the case of a deviation of the actual orientation from the desired orientation the hose forming tool (13, 14) is moved at least transversely to the transport direction of the flat web material by means of an adjusting device (27, 28) characterized in that the measuring device is transported simultaneously with the hose forming tool (13, 14), wherein the actual orientation becomes a new desired orientation after a correction is made. • a web material is fed by means of feed devices (6, 7), • the edges of the flat web material are driven in by at least one hose forming tool (13, 14), wherein the edge areas (10, 11) then overlap, • parts of the overlapping edge areas (10, 11) are connected with each other, • the desired orientation at least of one edge is defined after the driving in of the edges (10, 11), • the actual orientation at least of one edge is determined by means of a measuring device and • in the case of a deviation of the actual orientation from the desired orientation the hose forming tool (13, 14) is moved at least transversely to the transport direction of the flat web material by means of an adjusting device (27, 28)
Mobile and/or household equipment, advantageously interactive, comprising: - at least one work surface formed by at least one substrate made of monolithic glass material with a surface area greater than 0.7 m2, - at least one heating element, - at least one light source intended to make one or more areas or displays of the substrate visible by projection, said source being positioned directly above the substrate, characterized in that: - said substrate has a luminosity value L* greater than 10, a light transmission TL less than 50%, an opacity indicator higher than 90, and a blur higher than 15%, wherein said blur is defined as the ratio of diffuse transmission to total transmission at a wavelength of 550 nm, and in that the equipment comprises: - at least one communication interface with at least one element of the equipment such as the light source(s) and/or the heating element(s), and with at least one external element for wireless communication, - said work surface has cooking areas located directly above the at least one heating element, and indicated, upon activation or continuously, by means of the light source(s) and/or by means of decoration, for example enamel, - the cooking areas are indicated by and/or highlighted by means of the at least one light source upon activation of said source, said source being positioned above the substrate and allowing light display by projection onto said screen-like surface. - at least one work surface formed by at least one substrate made of monolithic glass material with a surface area greater than 0.7 m2, - at least one heating element, - at least one light source intended to make one or more areas or displays of the substrate visible by projection, said source being positioned directly above the substrate, - said substrate has a luminosity value L* greater than 10, a light transmission TL less than 50%, an opacity indicator higher than 90, and a blur higher than 15%, wherein said blur is defined as the ratio of diffuse transmission to total transmission at a wavelength of 550 nm, - at least one communication interface with at least one element of the equipment such as the light source(s) and/or the heating element(s), and with at least one external element for wireless communication, - said work surface has cooking areas located directly above the at least one heating element, and indicated, upon activation or continuously, by means of the light source(s) and/or by means of decoration, for example enamel, - the cooking areas are indicated by and/or highlighted by means of the at least one light source upon activation of said source, said source being positioned above the substrate and allowing light display by projection onto said screen-like surface.
A message handling method, comprising: receiving, by a Relay Node, RN, a notification indicating whether an X2 interface between a serving node and a neighbor node is available; and using, by the RN, an S1 interface to send information when the X2 interface is unavailable; characterized by that the notification indicating whether the X2 interface between the serving node and the neighbor node is available comprises a neighbor cell identified as a serving cell; the method further comprises: determining, by the RN, the X2 interface between the serving node and the neighbor node corresponding to the neighbor cell identified as the serving cell to be available. receiving, by a Relay Node, RN, a notification indicating whether an X2 interface between a serving node and a neighbor node is available; and using, by the RN, an S1 interface to send information when the X2 interface is unavailable; characterized by that the notification indicating whether the X2 interface between the serving node and the neighbor node is available comprises a neighbor cell identified as a serving cell; the method further comprises: determining, by the RN, the X2 interface between the serving node and the neighbor node corresponding to the neighbor cell identified as the serving cell to be available. determining, by the RN, the X2 interface between the serving node and the neighbor node corresponding to the neighbor cell identified as the serving cell to be available.
Self-locking concrete paving block provided on its longitudinal and transverse edges with distancing means arranged on either side of spacers, the said spacers being arranged between the distancing means and cooperating, by shape, with the said distancing means of the adjacent paving blocks during interpenetration of the paving blocks in the laid position, characterized in that the distancing means are each constituted by a pair of vertical tongues with a base which is polygonal or in the form of a portion of a circle, the tongues projecting from the edge of the paving block and the top thereof being in the form of a truncated pyramid or of a truncated cone portion, and in that the said vertical tongues delimit between them, on the edge of the paving block, a vertical recess of constant cross section for receiving a corresponding spacer projecting from the edge of the adjacent paving block, and in that the paving block is provided, on at least two opposite faces of the longitudinal and/or transverse edges, with at least one distancing means of which at least one vertical tongue is shorter than the vertical tongues of the distancing means and of which the top extends at a lower level than that of the vertical tongues, determining a corresponding vertical gap between the vertical tongue of the preceding distancing means and that of the distancing means.
A method of manufacturing a landing gear system, comprising: manufacturing a lug cluster by: forming a first side (3a, 3b, 3c) comprising a flange comprising a first side groove (6a, 6b); forming a second side (4a, 4b, 4c) comprising a flange comprising a second side groove (9a, 9b); joining the first side (3a, 3b, 3c) and second side (4a, 4b, 4c) together by a saddle (5a, 5b, 5c) comprising a floor member comprising a planar member shaped to follow a contour of a composite tube; wrapping a first filament along a filament path (20a, 20b) disposed along the first side groove and the second side groove, whereby the lug cluster is secured in compression against the composite tube; consolidating the composite tube and the lug cluster by resin transfer molding; and forming an upper infill member resting on the floor member and positioned between the first side and the second side. manufacturing a lug cluster by: forming a first side (3a, 3b, 3c) comprising a flange comprising a first side groove (6a, 6b); forming a second side (4a, 4b, 4c) comprising a flange comprising a second side groove (9a, 9b); joining the first side (3a, 3b, 3c) and second side (4a, 4b, 4c) together by a saddle (5a, 5b, 5c) comprising a floor member comprising a planar member shaped to follow a contour of a composite tube; wrapping a first filament along a filament path (20a, 20b) disposed along the first side groove and the second side groove, whereby the lug cluster is secured in compression against the composite tube; consolidating the composite tube and the lug cluster by resin transfer molding; and forming an upper infill member resting on the floor member and positioned between the first side and the second side.
A system for sequencing a target nucleic acid, the system comprising: a) a 3'-O-alkynyl nucleotide analog for producing a fragment ladder from a target nucleic acid; b) a sequencing apparatus; c) a computer readable medium storing software for assembling short overlapping nucleotide sequences of fragments of the ladder fragment library into a consensus sequence, and d) an adaptor oligonucleotide suitable for attachment to the nucleotide analogs. a) a 3'-O-alkynyl nucleotide analog for producing a fragment ladder from a target nucleic acid; b) a sequencing apparatus; c) a computer readable medium storing software for assembling short overlapping nucleotide sequences of fragments of the ladder fragment library into a consensus sequence, and d) an adaptor oligonucleotide suitable for attachment to the nucleotide analogs.
Splicing facility for splicing material webs (1, 4, 44), comprising a) a first dispensing device for dispensing a finite first material web from a first material web roll, b) a second dispensing device for dispensing a finite second material web from a second material web roll, c) a third dispensing device for dispensing a third material web, d) a first splicing device for splicing together the finite first material web and the finite second material web to form an endless material web, and e) a second splicing device for splicing together the third material web and the finite first material web or the finite second material web to form the endless material web, characterised in that f) the first splicing device and the second splicing device are arranged at different heights (H1, H2). a) a first dispensing device for dispensing a finite first material web from a first material web roll, b) a second dispensing device for dispensing a finite second material web from a second material web roll, c) a third dispensing device for dispensing a third material web, d) a first splicing device for splicing together the finite first material web and the finite second material web to form an endless material web, and e) a second splicing device for splicing together the third material web and the finite first material web or the finite second material web to form the endless material web, characterised in that f) the first splicing device and the second splicing device are arranged at different heights (H1, H2).
A device for composite mesh braiding, being loaded with longitudinal composite fibers and transverse ties, having a load-bearing structure with a seated beam with guiding sleeves provided for continuous guiding of longitudinal composite fibers, while behind that beam there is a set of many braiding heads, each single braiding head has at least two evenly arranged guiding elements for longitudinal composite fibers, wherein a single braiding head has at least two brackets fixed equipped with elements to guide longitudinal composite fibers situated in direct contact with a laying mechanism for transverse ties with an inner surface similar to conical surface, provided for inserting the transverse tie in the direction from the base to the apex of the cone, whereby an axis (O 1) of that surface is perpendicular to an axis (O 2) of the braiding heads and on this axis there is a pass-through hole of the laying mechanism to insert the transverse tie, while in the side surface of the laying mechanism there is a longitudinal pass-through gap for guiding the transverse tie out to be braided, whereby gaps of the laying mechanisms of the whole set of braiding heads constitute one common plane that goes through the axis (O 1) of the conical surface of the laying mechanism, characterized in that the neighboring braiding heads have opposite directions of rotation, and in that the guide elements of the at least two brackets are ring elements.
A method for measuring alpha-1-acid glycoprotein contained in a blood sample collected from a subject, comprising: measuring AGP binding to a lectin of AOL and AGP binding to the lectin of MAL.
Transceiver element for an active, electronically controlled antenna system (ASys), the transceiver element comprising a transmit path, a receive path and single-pole changeover switches (U1, U2, U3) with a common central connection (UM1, UM2, UM3) and two connections (UA1_1, UA1_2; UA2_1, UA2_2; UA3_1, UA3_2) for changing over between the transmit path and the receive path, wherein a plurality of amplitude adjusters (AS 1,...,N) and a plurality of phase adjusters (PS 1,...,N) are arranged between the common central connections (UM1, UM2) of a first and a second of the single-pole changeover switches (U1, U2), characterized in that single-pole multiple-throw switches (MW1, MW2) with a common central connection (MMW1, MMW2) and a number N of connections (A 1,...,N, B 1,...,N) are present, wherein the common central connection (UM1, UM2) of the first or second of the single-pole changeover switches (U1, U2) is connected to the common central connection (MMW1, MMW2) of a first or a second single-pole multiple-throw switch (MW1, MW2) and one of the amplitude adjusters (AS 1,...,N) and one of the phase adjusters (PS 1,...,N) are switched in each case between each connection (A 1,...,N, B 1,...,N) of the number N of connections (A 1,...,N, B 1,...,N) of the first and second multiple-throw switches.
Neuregulin 1 for use in a method for preventing, treating or delaying heart failure in a mammal in need thereof, wherein said method comprises administering said neuregulin 1 to the mammal in an amount of: a) about 0.3 μg/kg/day, 0.4 μg/kg/day, 0.6 μg/kg/day, 0.8 μg/kg/day, 1.2 μg/kg/day, 1.6 μg/kg/day, or 2.4 μg/kg/day; b) about 6 EU/kg/day, 8 EU/kg/day, 12 EU/kg/day, 16 EU/kg/day, 24 EU/kg/day, 32 EU/kg/day, or 48 EU/kg/day; or c) about 0.04 nmol/kg/day, 0.05 nmol/kg/day, 0.08 nmol/kg/day, 0.11 nmol/kg/day, 0.17 nmol/kg/day, 0.23 nmol/kg/day, or 0.34 nmol/kg/day. a) about 0.3 μg/kg/day, 0.4 μg/kg/day, 0.6 μg/kg/day, 0.8 μg/kg/day, 1.2 μg/kg/day, 1.6 μg/kg/day, or 2.4 μg/kg/day; b) about 6 EU/kg/day, 8 EU/kg/day, 12 EU/kg/day, 16 EU/kg/day, 24 EU/kg/day, 32 EU/kg/day, or 48 EU/kg/day; or c) about 0.04 nmol/kg/day, 0.05 nmol/kg/day, 0.08 nmol/kg/day, 0.11 nmol/kg/day, 0.17 nmol/kg/day, 0.23 nmol/kg/day, or 0.34 nmol/kg/day.
A Fourier transform spectrometer comprising an interferometer comprising a fixed mirror, a movable mirror, a circuit, an electrode and a detector, wherein: the mirrors are positioned parallel to each other and form an optical cavity; the movable mirror is operable to move relative to the fixed mirror to change the length of the optical cavity; a first mirror of the mirrors is positioned such that light received enters the optical cavity through a back of the first mirror; the detector is positioned and operable to detect light which has exited the optical cavity through a back of the second mirror of the mirrors and output an interferogram; part of the light received is reflected within the interferometer before exiting the optical cavity and takes at least two optical paths within and through the first and second mirrors and through the cavity to the detector; the mirrors are distanced from each other such that the movable mirror is at or can move to a position where the at least two optical paths are of equal length; the movable mirror and electrode positioned at a distance from each other and the circuit connected to the movable mirror and the electrode and operable to apply an electric field between them to move the movable mirror with respect to the fixed mirror; and the electrode is positioned such that the movable mirror lies between the fixed mirror and the electrode.
A loudspeaker, comprising an enclosure, a driver located substantially within the enclosure and including a diaphragm able to oscillate along an axis, this axis being the z axis of a mutually perpendicular set of x, y and z axes, and a reflex port which consists of a duct extending from a first location within the enclosure to a location external to the enclosure, characterised in that the first location is substantially co-incident with a nodal surface of at least one resonant mode within the enclosure the first location being substantially co-incident along an x-direction with an even-order nodal surface of the resonant mode existing within the enclosure in the x-direction, wherein the even-order nodal surface is of the second or fourth resonant mode existing within the enclosure in the x-direction.
A monitor assembly configured to be detachably fixed to a wall surface, the monitor assembly comprising a monitor; and an attaching-detaching device disposed between the monitor and the wall surface and configured to detachably fix the monitor to the wall surface, the attaching-detaching device including a swing member having a distal end and a proximal end, a hinge mechanism configured to be attachable to the wall surface and support the proximal end of the swing member such that the distal end of the swing member is swingable to approach or leave the wall surface, a swing member engagement portion provided on a rear surface opposite to a display screen of the monitor and engaged with the swing member, and a lock mechanism provided on the rear surface of the monitor and configured to unlockably lock the swing member being engaged with the swing member engagement portion, characterized in that the swing member includes a first rod portion, a second rod portion, and a coupling portion, the first and second rod portions (22a, 22b) are disposed on an identical plane and each have a distal end and a proximal end, the coupling portion extends in the transverse direction of the monitor and couples the proximal end of the first rod portion and the proximal end of the second rod portion, the hinge mechanism supports the coupling portion such that the first and second rod portions (22a, 22b) are swingable simultaneously, the swing member engagement portion includes a first swing member engagement portion engaged with the first rod portion and a second swing member engagement portion engaged with the second rod portion, and the lock mechanism includes a first lock mechanism configured to unlockably lock the first rod portion and a second lock mechanism configured to unlockably lock the second rod portion, such that the monitor can be detached from the wall surface.
Method for avoiding strip adhesion on flexibly rolled metal strip, wherein a metal strip is wound up to a coil after the flexible rolling and subjected to a heat treatment, characterised in that the flexibly rolled metal strip is wound up before the heat treatment at least in a radially outer annular portion of the coil, which extends over a radially outer third of the coil, with a winding tension of less than 40 N/mm 2 relative to a cross-sectional area of the metal strip. wherein a metal strip is wound up to a coil after the flexible rolling and subjected to a heat treatment, characterised in that the flexibly rolled metal strip is wound up before the heat treatment at least in a radially outer annular portion of the coil, which extends over a radially outer third of the coil, with a winding tension of less than 40 N/mm 2 relative to a cross-sectional area of the metal strip.
An article for marking an asset buried underground, the article comprising: a first cluster of magnetomechanical markers disposed on a carrier; and a second cluster of magnetomechanical markers disposed on the carrier, wherein each magnetomechanical marker includes a resonator with magnetostrictive properties and a magnetic bias material magnetically biasing the resonator, and wherein each magnetomechanical marker is configured to resonate at its characteristic frequency when interrogated with an alternating magnetic field tuned to the characteristic frequency, thereby storing energy in the marker during the interrogation period in a form of both magnetic and mechanical energy manifested as resonator vibrations, and when the interrogation field is removed, the resonator continues to vibrate and releases alternating magnetic energy at its resonant frequency that can be remotely sensed with a suitable detector, wherein a distance between the first cluster and second cluster is greater than a distance separating each marker within a cluster, wherein the article is associated with an asset buried underground. a first cluster of magnetomechanical markers disposed on a carrier; and a second cluster of magnetomechanical markers disposed on the carrier, wherein each magnetomechanical marker includes a resonator with magnetostrictive properties and a magnetic bias material magnetically biasing the resonator, and wherein each magnetomechanical marker is configured to resonate at its characteristic frequency when interrogated with an alternating magnetic field tuned to the characteristic frequency, thereby storing energy in the marker during the interrogation period in a form of both magnetic and mechanical energy manifested as resonator vibrations, and when the interrogation field is removed, the resonator continues to vibrate and releases alternating magnetic energy at its resonant frequency that can be remotely sensed with a suitable detector, wherein a distance between the first cluster and second cluster is greater than a distance separating each marker within a cluster, wherein the article is associated with an asset buried underground.
An apparatus for heat shrinking a package, comprising: a chamber configured such that a package on a surface of the apparatus may be heat shrunk via a heating fluid in the chamber; and a preheat container configured to supply a preheated liquid to a heat tank from which the heating fluid is supplied to the chamber; characterized in that the preheat container is above said surface such that liquid in the preheat container can be preheated by heat from the chamber, the preheat container being positioned on an upper surface of the chamber and directly above the chamber so as to make use of upwards rise of heat in the chamber. a chamber configured such that a package on a surface of the apparatus may be heat shrunk via a heating fluid in the chamber; and a preheat container configured to supply a preheated liquid to a heat tank from which the heating fluid is supplied to the chamber; characterized in that the preheat container is above said surface such that liquid in the preheat container can be preheated by heat from the chamber, the preheat container being positioned on an upper surface of the chamber and directly above the chamber so as to make use of upwards rise of heat in the chamber.