mhurhangee/ep-ind-claims huggingface dataset:
A marine plant assembly comprising: a floating vessel; a plant operating unit attached to the floating vessel in such a way that the operating unit is at least partially submerged during operation; at least one link element providing an inclined hinged connection between the operating unit and the floating vessel, thereby to allow movement of the operating unit from its submerged operating position to above the water level and adjacent the floating vessel by said link element rotating about an inclined axis into a position substantially parallel to the floating vessel; wherein the hinged connection includes two pairs of cylindrical bearings (235, 236, 245, 246) aligned on a common inclined axis and being able to rotate relative to one another about the common axis, a first cylindrical bearing of each pair being attached secured to a connection plate which in turn is secured to the link element, and the second of each pair being indirectly secured to the floating vessel; wherein each pair of cylindrical bearings (235, 236, 245, 246) has a first central shaft extending therethrough, the first central shaft having a rotation transmitting device secured thereto to rotate the first central shaft about the common axis independent of the bearings. a floating vessel; a plant operating unit attached to the floating vessel in such a way that the operating unit is at least partially submerged during operation; at least one link element providing an inclined hinged connection between the operating unit and the floating vessel, thereby to allow movement of the operating unit from its submerged operating position to above the water level and adjacent the floating vessel by said link element rotating about an inclined axis into a position substantially parallel to the floating vessel; wherein the hinged connection includes two pairs of cylindrical bearings (235, 236, 245, 246) aligned on a common inclined axis and being able to rotate relative to one another about the common axis, a first cylindrical bearing of each pair being attached secured to a connection plate which in turn is secured to the link element, and the second of each pair being indirectly secured to the floating vessel; wherein each pair of cylindrical bearings (235, 236, 245, 246) has a first central shaft extending therethrough, the first central shaft having a rotation transmitting device secured thereto to rotate the first central shaft about the common axis independent of the bearings.
An image processing device comprising: conversion parameter calculation means (101, 401) for calculating a conversion parameter indicating a geometric transformation of a current frame with respect to a previous frame of input image data; initial image generation means (102, 402) for transforming a high resolution image of a previous frame similar to a high resolution image of the current frame intended to be generated into an initial high resolution image that geometrically conforms to the current frame by means of said geometric transformation using the calculated conversion parameter; and high resolution image generation means (103, 403) for generating the high resolution image of the current frame based on input images and their associated conversion parameters by using the initial high resolution image generated in the initial image generation means (102, 402) as an initial value in generating the high resolution image of the current frame. conversion parameter calculation means (101, 401) for calculating a conversion parameter indicating a geometric transformation of a current frame with respect to a previous frame of input image data; initial image generation means (102, 402) for transforming a high resolution image of a previous frame similar to a high resolution image of the current frame intended to be generated into an initial high resolution image that geometrically conforms to the current frame by means of said geometric transformation using the calculated conversion parameter; and high resolution image generation means (103, 403) for generating the high resolution image of the current frame based on input images and their associated conversion parameters by using the initial high resolution image generated in the initial image generation means (102, 402) as an initial value in generating the high resolution image of the current frame.
Method for manufacturing flexible packages having a dispensing valve especially of flat packages, with two faces front and rear, with lateral bellows characterized in that it comprises the following steps performed in vertical: a) the unwinding of a flexible thermosealable film; b) the vertical forming of a continuous tubular body by means of the vertical displacement and the longitudinal folding of the thermosealable film arranged opposing each other along their entire length, forming two flats surfaces front and rear, with lateral bellows; c) the longitudinal sealing of the two opposing vertical ends (11, 12) of the thermosealable film laterally closing the tubular body with this unique weld; d) obtaining independent flexible successive envelopes from the tubular body, provided with a closed bottom and an open upper mouth, by means of carrying out successive transversal sealings and transversal cuts in said tubular body; and horizontally the displacement of the successive independent envelopes b a series of work stations in which the metering or filling of the product to be packaged in the interior of the successive flexible envelopes is carried out, the insertion of an dispensing valve in the upper mouth of the flexible envelopes and the sealing of the upper mouth of the flexible envelopes, establishing its closing and the fixing of the dispensing valve to the corresponding flexible envelope. a) the unwinding of a flexible thermosealable film; b) the vertical forming of a continuous tubular body by means of the vertical displacement and the longitudinal folding of the thermosealable film arranged opposing each other along their entire length, forming two flats surfaces front and rear, with lateral bellows; c) the longitudinal sealing of the two opposing vertical ends (11, 12) of the thermosealable film laterally closing the tubular body with this unique weld; d) obtaining independent flexible successive envelopes from the tubular body, provided with a closed bottom and an open upper mouth, by means of carrying out successive transversal sealings and transversal cuts in said tubular body;
Butt-joint deep-penetration laser welding method for joining mutually facing end sections of flat steel products each having a carbon content Cs < 0.2%, characterised in that at least one carrier material containing carbon is introduced into a butt-joint gap between the end sections or is applied to at least one end section, the carbon content of the carrier material being C T ≥ 20 · C S, preferably C T ≥ 100 · C S, wherein Cs is the carbon content of at least that flat steel product with the higher carbon content; and/or carbon is introduced into the butt-joint gap and/or applied to at least one end section in such a way that a volume of the carbon introduced into the butt-joint gap corresponds with 1% to 20% of a volume of a melt produced by a butt-joint deep-penetration laser welding method. at least one carrier material containing carbon is introduced into a butt-joint gap between the end sections or is applied to at least one end section, the carbon content of the carrier material being C T ≥ 20 · C S, preferably C T ≥ 100 · C S, wherein Cs is the carbon content of at least that flat steel product with the higher carbon content; and/or carbon is introduced into the butt-joint gap and/or applied to at least one end section in such a way that a volume of the carbon introduced into the butt-joint gap corresponds with 1% to 20% of a volume of a melt produced by a butt-joint deep-penetration laser welding method.
An agent that suppresses Mcl-1 expression or Mcl-1 polypeptide activity for use in treating a disease or condition of the eye associated with pathological neovascularization, wherein the disease or condition is selected from the group consisting of diabetic retinopathy, pathologic choroidal or retinal neovascularization, age-related macular degeneration, retinopathy of prematurity, ocular trauma or ischemia, surgery induced edema or neovascularization, retinal vein occlusion, Coat's disease, sickle cell retinopathy and neovascular glaucoma.
A geared motor, having a gear unit driven by an electric motor, wherein the rotor shaft of the electric motor is connected by means of a clamping ring non-positively, in particular connected by shrinking-on, to an adapter shaft which is connected non-rotatably to an input toothed part of the gear unit of the geared motor, wherein a spring element, in particular O-ring, is arranged between the clamping ring and adapter shaft, wherein the spring element contacts the clamping ring and contacts the adapter shaft, wherein the adapter shaft has an annular groove into which the spring element at least partially projects, characterised in that the clamping ring has an annular groove in which the spring element is received, wherein the clamping ring has a radially-extending slot, wherein a screw oriented tangentially to the axis of rotation of the adapter shaft is provided for tensioning the clamping ring.
A method of forming a wear resistant component, comprising the steps of: thermal spraying a powder metal material, wherein the powder metal material consists of 3.0 to 7.0 wt. % carbon, 10.0 to 25.0 wt. % chromium, 1.0 to 5.0 wt. % tungsten, 3.5 to 7.0 wt. % vanadium, 1.0 to 5.0 wt. % molybdenum, not greater than 0.5 wt. % oxygen, and the balance being iron and impurities, based on the total weight of the powder metal composition.
A colored metallic pigment comprising a metallic pigment, a first coating layer formed on the surface of said metallic pigment, and a coloring pigment adhered to the surface of said first coating layer, said first coating layer being formed from radical-polymerizable resin or a first compound, and said first compound being an oxide or a hydroxide of at least one element selected from the group consisting of Al, Si, Ti, Cr, Zr, Mo and Ce, and said coloring pigment is adhered to the surface of a layer of an organic compound having a phosphate group or a carboxyl group, said layer of the organic compound being formed on said first coating layer.
A functional polyorganosiloxane comprising at least one SiH group, at least one diorganosiloxy group, which does not comprise an acid anhydride group, and at least one siloxy group having at least one organic group bound to the silicon atom via a carbon atom, said organic group comprising at least one acid anhydride group.
A wheel assembly for a vehicle, comprising: a plurality of wheel sub-assemblies, wherein each wheel sub-assembly (51-n) comprises: only one single wheel; a respective means for connecting the wheel sub-assembly to the chassis; a rotary drive module having a rotation axis; and a rotatable arm; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; the assembly characterized by a control module comprising means for sensing stepped terrain, and in response to sensing stepped terrain, the control module is arranged to control the rotary drive modules of the plurality of wheel sub-assemblies such that the rotation of the respective wheel about the respective rotation axis enables a vehicle supported by the plurality of wheel sub-assemblies to travel over the stepped terrain. a plurality of wheel sub-assemblies, wherein each wheel sub-assembly (51-n) comprises: only one single wheel; a respective means for connecting the wheel sub-assembly to the chassis; a rotary drive module having a rotation axis; and a rotatable arm; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; only one single wheel; a respective means for connecting the wheel sub-assembly to the chassis; a rotary drive module having a rotation axis; and a rotatable arm; wherein the rotatable arm is arranged to extend radially from the rotation axis of the rotary drive module to couple the rotary drive module to the wheel; wherein the rotary drive module is operable to drive rotation of the rotatable arm about the rotation axis of the drive module, such that the wheel is caused to fully rotate about the rotation axis in a climbing operation; the assembly characterized by a control module comprising means for sensing stepped terrain, and in response to sensing stepped terrain, the control module is arranged to control the rotary drive modules of the plurality of wheel sub-assemblies such that the rotation of the respective wheel about the respective rotation axis enables a vehicle supported by the plurality of wheel sub-assemblies to travel over the stepped terrain.
A calibrating tool for calibrating an angle-measuring tool which is integrated in a bending die of a press brake, which bending die has a working edge with a radius, in the centre whereof a virtual working plane is defined and which bending die has a bearing face parallel to the virtual working plane, the calibrating tool comprising a calibrating tool body on which a first and a second calibrating face are configured standing at a reference angle to one another, which calibrating faces are arranged symmetrically about a plane of symmetry contained between the calibrating faces (22,23), characterized in that a first bearing face is formed on the calibrating tool body, which bearing face can be brought into contact with the bearing face of the bending die parallel to the virtual working plane, as a result of which the position of the calibrating tool relative to the bending die can be defined, wherein the calibrating faces (22, 23) are arranged on the calibrating tool body in such a manner that when the first bearing face of the calibrating tool body comes into contact with the bearing face of the bending die, the plane of symmetry contained between the calibrating faces (22, 23) is congruent with the virtual working plane of the bending die, so that the angle measuring tool can be calibrated by means of the calibrating faces (22, 23) with the reference angle.
A composition, comprising a recombinant vaccinia virus that is a Lister strain that encodes a sodium-dependent transporter protein for use in vivo by systemic administration in a method for detection of tumors or wounded or inflamed tissue or in a method for treatment and detection of tumors, wounds or inflamed tissues within a subject, wherein the transporter protein is a sodium-iodide symporter.
An optical radiation detection system, comprising: - an optical medium structured to define an optical region adapted to transmit an optical radiation (S op) and to present at least one electrical parameter varying as a function of the optical radiation (S op) passing through said optical region; - a first electrode and a second electrode electrically coupled to the optical medium; wherein said first electrode is capacitively coupled to the optical medium and is spaced from said optical region by a dielectric material (8, 24, 26), said first electrode being arranged at a distance from the optical region chosen so as to make negligible a disturbance in amplitude, phase, frequency and polarization of the optical radiation (S op) passing through the optical medium wherein said distance is chosen so that an amplitude value of the electric field E(d) associated with the optical radiation which acts on said first electrode is lower than a maximum amplitude value of the electric field E 0 associated to the optical radiation which acts in said optical region according to the decibel relationship: R= |E 0 /E(d) | 2 > 10 dB, - an electric current or voltage generator connected to said first electrode and structured to provide an AC electric signal (S e) of a predetermined frequency to be applied to the optical medium; - an electric measuring circuit connected to said second electrode and structured to provide an electric measuring signal (S M) representing a variation of said at least one electric parameter of said optical region. - an optical medium structured to define an optical region adapted to transmit an optical radiation (S op) and to present at least one electrical parameter varying as a function of the optical radiation (S op) passing through said optical region; - a first electrode and a second electrode electrically coupled to the optical medium; wherein said first electrode is capacitively coupled to the optical medium and is spaced from said optical region by a dielectric material (8, 24, 26), said first electrode being arranged at a distance from the optical region chosen so as to make negligible a disturbance in amplitude, phase, frequency and polarization of the optical radiation (S op) passing through the optical medium wherein said distance is chosen so that an amplitude value of the electric field E(d) associated with the optical radiation which acts on said first electrode is lower than a maximum amplitude value of the electric field E 0 associated to the optical radiation which acts in said optical region according to the decibel relationship: R= |E 0 /E(d) | 2 > 10 dB, - an electric current or voltage generator connected to said first electrode and structured to provide an AC electric signal (S e) of a predetermined frequency to be applied to the optical medium; - an electric measuring circuit connected to said second electrode and structured to provide an electric measuring signal (S M) representing a variation of said at least one electric parameter of said optical region.
A lifting mechanism comprising a mounting structure, an arm attached to the mounting structure through a pivot, said arm being arranged for movement about the pivot between a first position which is a working position and a second position which is a raised, non-working position, hydraulic drive means for rotating the arm about the pivot, a hydraulic circuit for supplying drive fluid to the hydraulic drive means, said hydraulic circuit including a valve for controlling the flow of hydraulic fluid through the circuit, said valve having a first operational condition in which flow is permitted and a second operational condition in which flow is prevented, and an actuator for actuating the valve, said actuator being constructed and arranged to move the valve from the first operational condition to the second operational condition when the arm moves from the first position to the second position.
A photovoltaic device comprising: a first electrode; a second electrode; an active layer disposed at least partially between the first and second electrodes, the active layer comprising: a photoactive material layer comprising a perovskite material; and a first interfacial layer disposed adjacent to and in contact with a second interfacial layer; and a third interfacial layer disposed adjacent to and in contact with the second interfacial layer, wherein the first interfacial layer and the third interfacial layer comprises a different material than the second interfacial layer; wherein the first interfacial layer comprises A1203, the second interfacial layer comprises ZnO, and the third interfacial layer comprises A1203. a first electrode; a second electrode; an active layer disposed at least partially between the first and second electrodes, the active layer comprising: a photoactive material layer comprising a perovskite material; and a first interfacial layer disposed adjacent to and in contact with a second interfacial layer; and a third interfacial layer disposed adjacent to and in contact with the second interfacial layer, wherein the first interfacial layer and the third interfacial layer comprises a different material than the second interfacial layer; a photoactive material layer comprising a perovskite material; and a first interfacial layer disposed adjacent to and in contact with a second interfacial layer; and a third interfacial layer disposed adjacent to and in contact with the second interfacial layer, wherein the first interfacial layer and the third interfacial layer comprises a different material than the second interfacial layer; wherein the first interfacial layer comprises A1203, the second interfacial layer comprises ZnO, and the third interfacial layer comprises A1203.
A switch comprising a tilt detecting section for electrically detecting a tilting operation of a control rod supported by a casing, wherein the tilt detecting section includes, arranged in positions surrounding the control rod, a spring plate element made of a conductor elastically deformable by action of a depressing force and a pair of electrodes (31, 32) for contacting the spring plate element as elastically deformed, thereby establishing a conductive state, and wherein the switch further comprises an operative member tiltable with tilting movement of the control rod to exert a depressing force on the spring plate element, the operative member having depressing portions formed in positions spaced from the control rod, and shock absorbing elements held between the depression portions and the spring plate, and wherein the shock absorbing elements are formed integrally with a ring member to project therefrom, the ring member being made of an annular flexible and deformable material and arranged between a plurality of the spring plate elements and the operative member, characterised in, that a ring member has a sheet-like form, wherein the shock absorbing elements are formed to project from a top side and a bottom side of the ring member, and wherein the switch further comprises a spring ring made of an annular spring plate element and combined with the ring member, the shock absorbing elements being inserted into bore portions formed in the spring ring.
A method for wireless communications from a user equipment, UE, comprising: determining, by the UE, resources to monitor for radio link monitoring, RLM, prior to being configured with resources to monitor for RLM after establishing a radio resource control, RRC, connection with a network, characterized in that one or more beams measured and reported by the UE during a random access procedure are used as default RLM reference signals, RLM-RSs, before the RRC connection setup; and performing, by the UE, RLM based on the determined default RLM-RSs. determining, by the UE, resources to monitor for radio link monitoring, RLM, prior to being configured with resources to monitor for RLM after establishing a radio resource control, RRC, connection with a network, characterized in that one or more beams measured and reported by the UE during a random access procedure are used as default RLM reference signals, RLM-RSs, before the RRC connection setup; and performing, by the UE, RLM based on the determined default RLM-RSs.
A steam iron soleplate comprising a cover (10; 11) and a heating subassembly (12; 13), wherein the surface of the cover intended to be in contact with a garment comprises a steaming area having the steam outlet holes emerging onto it and a drying area different from the steaming area, the steaming area being located on the front half of said surface, characterized in that the drying area comprises no steam outlet holes and comprises a first step corresponding to a portion raised toward the outside at the central portion of said surface, the volume of the raised portion being inscribed between a first planar surface, coplanar with the steaming area and a second planar surface located in a plane which is parallel to the first surface.