mhurhangee/ep-ind-claims huggingface dataset:
A device for removing a liquid or solid particles from a flat metallic product moving along a longitudinal path, comprising - feeding means (2, 3, 3') of a jet of gas along the width of said path so as to generate reciprocally opposite first flows of gas (22, 22') along the path and thereby remove the liquid or solid particles previously deposited or formed on the metallic product; - suction means (10, 11, 18); - a casing having an appropriate profile such to incorporate said feeding means in a volume, said casing having first ends (15, 15') arranged to be situated at predetermined distances from said path so as to make the external environment communicate with said volume, and such to define throat sections communicating with the suction means (10, 11, 18), wherein said suction means are adapted to produce a vacuum within the volume such to generate second air flows (21, 23) from the external environment towards the volume which oppose the first flows allowing the suction of said liquid or solid particles, characterized in that the feeding means of the gas jet comprise a first tubular manifold provided with a delivery flow distribution system (3, 3'), arranged within the first manifold along its longitudinal extension, and with an injection nozzle of said jet obtained on the first manifold and arranged to be distanced by a predetermined first distance from said path. - feeding means (2, 3, 3') of a jet of gas along the width of said path so as to generate reciprocally opposite first flows of gas (22, 22') along the path and thereby remove the liquid or solid particles previously deposited or formed on the metallic product; - suction means (10, 11, 18); - a casing having an appropriate profile such to incorporate said feeding means in a volume, said casing having first ends (15, 15') arranged to be situated at predetermined distances from said path so as to make the external environment communicate with said volume, and such to define throat sections communicating with the suction means (10, 11, 18), wherein said suction means are adapted to produce a vacuum within the volume such to generate second air flows (21, 23) from the external environment towards the volume which oppose the first flows allowing the suction of said liquid or solid particles, characterized in that
System of a frame for presses, comprising as a press frame structural units comprising uprights, an upper cross connection with a head piece and a lower cross connection with a press table and forms a closed and releasably joined frame that receives static and dynamic forces of the presses, wherein a) the uprights having a length can be manufactured as a structural unit and joined in abutment laterally or longitudinally to the cross connections (3, 4) by way of non-positive or non-positive and positive joining geometries and releasable connecting means (5.1) without tie rods, b) the uprights are subjected to tensile stress under an operating force (Fp) of the presses, and c) at least one of the uprights - has a structure designed different from that of the other uprights such that it deforms symmetrically under the operating force introduced asymmetrically into the uprights, and - has cross-sectional regions differentiated commensurate with the acting press forces such that at least one typical cross section of the upright is constructed in sections in an open or closed and/or asymmetrical shape, so that the press frame has a reduced vertical deflection. a) the uprights having a length can be manufactured as a structural unit and joined in abutment laterally or longitudinally to the cross connections (3, 4) by way of non-positive or non-positive and positive joining geometries and releasable connecting means (5.1) without tie rods, b) the uprights are subjected to tensile stress under an operating force (Fp) of the presses, and c) at least one of the uprights - has a structure designed different from that of the other uprights such that it deforms symmetrically under the operating force introduced asymmetrically into the uprights, and - has cross-sectional regions differentiated commensurate with the acting press forces such that at least one typical cross section of the upright is constructed in sections in an open or closed and/or asymmetrical shape, so that the press frame has a reduced vertical deflection. - has a structure designed different from that of the other uprights such that it deforms symmetrically under the operating force introduced asymmetrically into the uprights, and - has cross-sectional regions differentiated commensurate with the acting press forces such that at least one typical cross section of the upright is constructed in sections in an open or closed and/or asymmetrical shape, so that the press frame has a reduced vertical deflection.
A fluid sensing apparatus comprising: a fluid flow channel having an inlet and an outlet; at least one fluid conduit (132, 134) in fluid communication with the fluid flow channel; a fluid sensor having a casing and at least one sensor port (135, 136) in fluid communication with the at least one fluid conduit and providing access into the casing; characterized in that, the fluid sensing apparatus further comprises a pressure compensation chamber in which the casing of the fluid sensor is enclosed; and at least one pressure compensation conduit in fluid communication with the pressure compensation chamber and with the fluid flow channel, wherein the at least one pressure compensation conduit extends between the pressure compensation chamber and a location along the fluid flow channel such that fluid flowing along the fluid flow channel at the location of the at least one pressure compensation conduit during use enters the pressure compensation chamber via the at least one pressure compensation conduit, and wherein the at least one fluid conduit extends between the at least one sensor port and a location (131, 133) along the fluid flow channel such that fluid flowing along the fluid flow channel at the location of the at least one fluid conduit during use enters the casing of the fluid sensor via the at least one fluid conduit. a fluid flow channel having an inlet and an outlet; at least one fluid conduit (132, 134) in fluid communication with the fluid flow channel; a fluid sensor having a casing and at least one sensor port (135, 136) in fluid communication with the at least one fluid conduit and providing access into the casing; characterized in that, the fluid sensing apparatus further comprises a pressure compensation chamber in which the casing of the fluid sensor is enclosed; and at least one pressure compensation conduit in fluid communication with the pressure compensation chamber and with the fluid flow channel, wherein the at least one pressure compensation conduit extends between the pressure compensation chamber and a location along the fluid flow channel such that fluid flowing along the fluid flow channel at the location of the at least one pressure compensation conduit during use enters the pressure compensation chamber via the at least one pressure compensation conduit, and wherein the at least one fluid conduit extends between the at least one sensor port and a location (131, 133) along the fluid flow channel such that fluid flowing along the fluid flow channel at the location of the at least one fluid conduit during use enters the casing of the fluid sensor via the at least one fluid conduit.
Method for transmitting wireless audio streams to one ore more hearing devices in an audio system comprising a transmitter unit, the method comprising - transmitting a first audio block in a first audio frame with the transmitter unit, characterized in that the first audio block comprises a first primary audio package comprising a transmitter unit address of the transmitter unit; and the method comprising - transmitting a first primary pilot package with the transmitter unit, the first primary pilot package comprising the transmitter unit address of the transmitter unit, a first primary time offset and a channel identifier of a first primary audio package of a second audio block in a second audio frame; and - transmitting a first primary audio package of the second audio block at a start time depending on the first primary time offset and the channel identifier; wherein the method further comprises transmitting a first secondary pilot package, the first secondary pilot package comprising the transmitter unit address of the transmitter unit, a first secondary time offset, and the channel identifier of the first primary audio package of the second audio block, the secondary time offset being indicative of a time offset between the first secondary pilot package and the first primary audio package of the second audio block. - transmitting a first audio block in a first audio frame with the transmitter unit, - transmitting a first primary pilot package with the transmitter unit, the first primary pilot package comprising the transmitter unit address of the transmitter unit, a first primary time offset and a channel identifier of a first primary audio package of a second audio block in a second audio frame; and - transmitting a first primary audio package of the second audio block at a start time depending on the first primary time offset and the channel identifier;
A turning method for a CNC-lathe, comprising the steps of: providing a metal work piece, providing a turning tool, wherein the turning tool comprises a coupling portion, wherein the coupling portion extends along a coupling axis, wherein the turning tool comprises a first cutting element and a second cutting element, wherein the first cutting element comprises a first cutting edge; wherein the second cutting element comprises a second nose cutting edge separating and connecting a second forward cutting edge and a second rearward cutting edge; rotating the metal work piece in one direction around a rotational axis thereof; moving the turning tool in a first direction such that the first cutting edge is in cut, moving the turning tool in a direction such that the first cutting edge is moved away from the metal work piece and such that the second nose cutting edge is moved towards the metal work piece, characterized in moving the turning tool in a second direction such that the second forward cutting edge is in cut at a second entering angle (β) which is 5 - 45°, wherein the second direction is in the opposite direction or substantially opposite direction to the first direction. providing a metal work piece, providing a turning tool, wherein the turning tool comprises a coupling portion, wherein the coupling portion extends along a coupling axis, wherein the turning tool comprises a first cutting element and a second cutting element, wherein the first cutting element comprises a first cutting edge; wherein the second cutting element comprises a second nose cutting edge separating and connecting a second forward cutting edge and a second rearward cutting edge; rotating the metal work piece in one direction around a rotational axis thereof; moving the turning tool in a first direction such that the first cutting edge is in cut, moving the turning tool in a direction such that the first cutting edge is moved away from the metal work piece and such that the second nose cutting edge is moved towards the metal work piece, characterized in moving the turning tool in a second direction such that the second forward cutting edge is in cut at a second entering angle (β) which is 5 - 45°, wherein the second direction is in the opposite direction or substantially opposite direction to the first direction.
Container assembly comprising a transport device for a container for transporting and/or storing materials, in particular liquids, and an inner container made of plastic material, wherein the transport device comprises a pallet made of plastic material and an outer casing, characterized in that the outer casing is made of plastic material and has a bottom, which on its surface facing the pallet has at least one holding element (30, 32) protruding from said surface, which engages in at least one recess being disposed on a top of the pallet, and wherein the transport device has at least one fastening means made of plastic material, which is disposed between outer casing and pallet.
An optical fiber cable comprising: an optical fiber core wire; a pair of tension members extending parallel to each other in an extension direction of the optical fiber core wire, sandwiching the optical fiber core wire; and a rectangular jacket covering the optical fiber core wire and the pair of tension members, and in a cross-section orthogonal to the extension direction, having a major axis in a facing direction of the tension members and a minor axis in a direction orthogonal to the facing direction, wherein the jacket has a friction coefficient of 0.3 or less, the major axis of 4 mm or less, and the minor axis of 2.8 mm or less, characterized in that each of the tension members is glass fiber reinforced plastic having a diameter in a range of 0.7 mm or more and 1 mm or less. an optical fiber core wire; a pair of tension members extending parallel to each other in an extension direction of the optical fiber core wire, sandwiching the optical fiber core wire; and a rectangular jacket covering the optical fiber core wire and the pair of tension members, and in a cross-section orthogonal to the extension direction, having a major axis in a facing direction of the tension members and a minor axis in a direction orthogonal to the facing direction, wherein the jacket has a friction coefficient of 0.3 or less, the major axis of 4 mm or less, and the minor axis of 2.8 mm or less, characterized in that each of the tension members is glass fiber reinforced plastic having a diameter in a range of 0.7 mm or more and 1 mm or less.
An influenza viral vector for recombinant vRNA expression and packaging, which vector comprises: sequences corresponding to the 3' noncoding region of influenza virus NA vRNA, and NA coding sequences which include 3'NA incorporation sequences, a heterologous nucleic acid segment comprising a heterologous open reading frame, NA coding sequences which include 5' NA incorporation sequences, and the 5' noncoding region of NA vRNA, wherein the NA coding sequences which include 3' NA incorporation sequences include at least 21 nucleotides up to 250 nucleotides corresponding to nucleotides 1 to 21 to 1 to 250 of 5' coding nucleotides for NA, and wherein the NA coding sequences which include 5' NA incorporation sequences include at least 39 nucleotides up to 250 nucleotides corresponding to the 3' most 39 nucleotides to the 3' most 250 nucleotides of 3' coding nucleotides for NA, and wherein the vector does not encode a functional NA. sequences corresponding to the 3' noncoding region of influenza virus NA vRNA, and NA coding sequences which include 3'NA incorporation sequences, a heterologous nucleic acid segment comprising a heterologous open reading frame, NA coding sequences which include 5' NA incorporation sequences, and the 5' noncoding region of NA vRNA, wherein the NA coding sequences which include 3' NA incorporation sequences include at least 21 nucleotides up to 250 nucleotides corresponding to nucleotides 1 to 21 to 1 to 250 of 5' coding nucleotides for NA, and wherein the NA coding sequences which include 5' NA incorporation sequences include at least 39 nucleotides up to 250 nucleotides corresponding to the 3' most 39 nucleotides to the 3' most 250 nucleotides of 3' coding nucleotides for NA, and wherein the vector does not encode a functional NA.
Device for connecting reinforced concrete slabs to a wall construction or ceiling construction made of reinforced concrete, comprising an insulating body for thermal insulation and a reinforcing part which has tension and compression reinforcing elements, characterized in that the reinforcing part has closed loops made of fibre plastic as tension reinforcing elements and bending pressure/shear elements with variable profiles made of ultra-high-strength concrete, wherein the horizontally arranged loops are mounted in the insulating body between the reinforced concrete slab to be connected and the wall construction or ceiling construction and the bending pressure/shear elements are integrated into the insulating body.
Polymorphic form of Rotigotine ((-)-5,6,7,8-tetrahydro-6-[propyl-[2-(2-thienyl)ethyl]-amino]-1-naphthalenol) having at least one of a X-ray powder diffraction spectrum comprising peaks at the following °2θ angles (± 0.2): 12.04, 13.68, 17.72 and 19.01, measured with Cu-Kα irradiation (1.54060 A); a Raman spectrum comprising peaks at the following wave numbers (± 3 cm -1) selected from: 226.2, 297.0, 363.9, 710.0, 737.3, 743.3, 750.8, 847.3, 878.3, 1018.7, 1075.6, 1086.2, 1214.3, 1255.1, 1278.2, 1330.7, 1354.3 and 1448.7; a DSC peak with a Tonset at 97°C ± 2°C measured with a heating rate of 10°/min; a melting point of 97°C ± 2°C.
An image forming apparatus comprising: a main body containing a printing device; a paper feeding cassette configured to accommodate paper therein and separably mounted in the main body; a pickup member to pick up the paper from the paper feeding cassette; a paper separating member including a plurality of links (410, 420) to apply pressure to the pickup member when the paper feeding cassette is mounted to the main body and to release the pressure applied to the pickup member when the paper feeding cassette is separated from the main body; and a guide frame to guide the paper picked up by the pickup member, wherein the paper separating member includes: a first link to be pressed by the paper feeding cassette; a second link provided with a separating unit (450, 460, 560) to press the pickup member so as to prevent delivery of plural sheets of paper; and an elastic member provided between the first link and the second link to allow the first link, pressed by the paper feeding cassette, to press the second link, wherein the first link and the second link are each pivotally rotatably installed to the guide frame, and characterised in that the first link and second link are pivotally rotated in opposite directions when the paper feeding cassette is mounted to the main body. a main body containing a printing device; a paper feeding cassette configured to accommodate paper therein and separably mounted in the main body; a pickup member to pick up the paper from the paper feeding cassette; a paper separating member including a plurality of links (410, 420) to apply pressure to the pickup member when the paper feeding cassette is mounted to the main body and to release the pressure applied to the pickup member when the paper feeding cassette is separated from the main body; and a guide frame to guide the paper picked up by the pickup member, wherein the paper separating member includes: a first link to be pressed by the paper feeding cassette; a second link provided with a separating unit (450, 460, 560) to press the pickup member so as to prevent delivery of plural sheets of paper; and an elastic member provided between the first link and the second link to allow the first link, pressed by the paper feeding cassette, to press the second link, wherein the first link and the second link are each pivotally rotatably installed to the guide frame, and a first link to be pressed by the paper feeding cassette; a second link provided with a separating unit (450, 460, 560) to press the pickup member so as to prevent delivery of plural sheets of paper; and an elastic member provided between the first link and the second link to allow the first link, pressed by the paper feeding cassette, to press the second link, wherein the first link and the second link are each pivotally rotatably installed to the guide frame, and characterised in that the first link and second link are pivotally rotated in opposite directions when the paper feeding cassette is mounted to the main body.
Working implement with an internal combustion engine located in a housing of the working implement and driving the tool, wherein the internal combustion engine has a rotatably mounted crankshaft and wherein the working implement has a cranking enrichment device for the internal combustion engine, which cranking enrichment device comprises a mode control element, the cranking enrichment device having an operating position and at least one starting position, characterised in that the working implement has a resetting device (61, 62), which resets the cranking enrichment device from the starting position to the operating position if the speed of the crankshaft exceeds a resetting speed.
A jacketed axial magnetic bearing for a rotary machine having a rotor in contact with a gaseous atmosphere that is corrosive, acid, or carrying particles, the bearing comprising a rotor armature in the form of a disk secured to the rotor and placed in said gaseous atmosphere, and a stator magnetic circuit secured to a stationary support device and placed facing said rotor armature, the magnetic circuit of the stator comprising at least one coil (42, 43) and a ferromagnetic body placed in a metallic protective enclosure (2, 3), the bearing being characterized in that said protective enclosure (2, 3) comprises firstly an annular support of channel section with a web and inner and outer flanges (21, 22) presenting a thickness of several millimeters and a length that is less than the length of the stator magnetic circuit, and secondly an annular jacket in the form of a channel-section cover machined from a solid piece and thus without welds, the jacket having inner and outer flanges (31, 32) and a closure web presenting a thickness smaller than the thicknesses (e1, e2) of the inner and outer flanges (31, 32), the free ends of the inner and outer flanges (31, 32) of the jacket being welded to the free ends of the inner and outer flanges (21, 22) of said annular support.
A method of operation of a tape drive, including obtaining the circumferences of a pair of spools (30,32) of tape, the pair of spools (30,32) including a supply spool upon which tape is initially wound, and a take-up spool for receiving tape unwound from the supply spool, each spool being mounted upon a respective rotatable spool support (12,14) which is mounted in a housing, such that tape extends along a tape path between the spools (30,32), there being provided a sensor assembly, the method including rotating the take-up spool support and the supply spool support simultaneously, so as to feed tape from the supply spool into the tape path, and to wind tape on to the take-up spool from the tape path, determining a length of tape fed into the tape path by the supply spool during a measurement period using the sensor assembly, monitoring the angle through which each of the spool supports (12,14) has rotated during the measurement period, characterized by regulating the length of the tape in the tape path, such that the length of the tape in the tape path at the start of the measurement period and the length of the tape in the tape path at the end of the measurement period are substantially the same, and wherein the tension of the tape in the tape path is maintained between predetermined limits by adjusting the length of the tape path during the measurement period to accommodate fluctuations in the length of tape extending between the spool supports (12,14), and using knowledge of the length of tape fed into the tape path during the measurement period and the angle through which each of the spool supports (12,14) rotated during the measurement period to obtain the circumferences of the supply spool and the take-up spool.