mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for manufacturing a field pole magnetic body formed by laminating magnet segments produced by cutting and dividing a permanent magnet and to be arranged in a rotary electric machine, comprising: a housing part adapted to successively house a plurality of the magnet segments along a longitudinal direction in a state where cut surfaces of the magnet surfaces face each other and adhesive is applied thereon, the housing part having an inner side surface adapted to be located adjacent to outer side surfaces of the magnet segments in a state where the magnet segments are housed in the housing part; and a pressing unit adapted to press the magnet segments housed in the housing part toward a bottom part of the housing part along the longitudinal direction, the inner side surface of the housing part being adapted to restrain the magnet segments in a width direction and a thickness direction when the pressing unit presses the magnet segments, characterized in that the apparatus further comprises a pusher adapted to push the magnet segments from the bottom part along an opposite direction to the longitudinal direction, wherein the bottom part comprises a rotary member and a biasing member, the biasing member being adapted to bias the rotary member to a closing position of the housing part, the rotary member being adapted to rotate to an opening position of the housing part by being pushed the pusher along the opposite direction. a housing part adapted to successively house a plurality of the magnet segments along a longitudinal direction in a state where cut surfaces of the magnet surfaces face each other and adhesive is applied thereon, the housing part having an inner side surface adapted to be located adjacent to outer side surfaces of the magnet segments in a state where the magnet segments are housed in the housing part; and a pressing unit adapted to press the magnet segments housed in the housing part toward a bottom part of the housing part along the longitudinal direction, the inner side surface of the housing part being adapted to restrain the magnet segments in a width direction and a thickness direction when the pressing unit presses the magnet segments, characterized in that the apparatus further comprises a pusher adapted to push the magnet segments from the bottom part along an opposite direction to the longitudinal direction, wherein the bottom part comprises a rotary member and a biasing member, the biasing member being adapted to bias the rotary member to a closing position of the housing part, the rotary member being adapted to rotate to an opening position of the housing part by being pushed the pusher along the opposite direction.
A method of forming a plurality of fibers from precursors, comprising: providing a reactor adapted to grow a plurality of individual fibers; and using a plurality of independently controllable lasers, characterized in that each laser of the plurality of lasers grows a respective fiber of the plurality of fibers. providing a reactor adapted to grow a plurality of individual fibers; and using a plurality of independently controllable lasers, characterized in that each laser of the plurality of lasers grows a respective fiber of the plurality of fibers.
A method for assisting a base station in processing downlink communication in a user equipment, comprising the steps of: a. estimating a downlink channel between the base station and the user equipment; b. determining a spatial correlation matrix between the base station and the user equipment according to the result of estimating the downlink channel; c. determining at least one new pre-coding vector based on a plurality of pre-stored pre-coding vectors and the spatial correlation matrix, wherein said new pre-coding vector includes spatial correlation information corresponding to the user equipment; and d. notifying the base station about the determined at least one new pre-coding vector by identifying a corresponding at least one pre-stored pre-coding vector for generating the at least one new pre-coding vector and providing the spatial correlation matrix.
A method comprising: a) forming a supported lipid bilayer on a surface of a substrate, wherein the supported lipid bilayer comprises an anchor molecule that comprises or bears a first affinity tag and is present in the lipid bilayer at a concentration greater than or equal to 10 mole percent; b) contacting the supported lipid bilayer with a biological molecule, wherein the biological molecule comprises a second harmonic-active label, a second affinity tag capable of binding to the first affinity tag, and optionally a linker molecule positioned between the biological molecule and the second affinity tag, thereby tethering the biological molecule to the supported lipid bilayer in an oriented fashion; and c) detecting an optical signal arising from the tethered biological molecule before and after contacting the tethered biological molecule with a ligand, wherein the optical signal is second harmonic light, and wherein a change in the optical signal detected before and after contacting the tethered biological molecule with the ligand indicates that the biological molecule has undergone a conformational change. a) forming a supported lipid bilayer on a surface of a substrate, wherein the supported lipid bilayer comprises an anchor molecule that comprises or bears a first affinity tag and is present in the lipid bilayer at a concentration greater than or equal to 10 mole percent; b) contacting the supported lipid bilayer with a biological molecule, wherein the biological molecule comprises a second harmonic-active label, a second affinity tag capable of binding to the first affinity tag, and optionally a linker molecule positioned between the biological molecule and the second affinity tag, thereby tethering the biological molecule to the supported lipid bilayer in an oriented fashion; and c) detecting an optical signal arising from the tethered biological molecule before and after contacting the tethered biological molecule with a ligand, wherein the optical signal is second harmonic light, and wherein a change in the optical signal detected before and after contacting the tethered biological molecule with the ligand indicates that the biological molecule has undergone a conformational change.
A security element for use for a security document, having: - an upper side; - a lower side and - a window region configured so as to be at least partially transparent to visible light; wherein - the window region comprises structural elements with dimensions of less than 200 micrometres (200 μM), characterized in that - the structural elements are arranged and configured in such a manner that only when the lower side is illuminated by means of a display a colour image is visible on the upper side, and that - the dimensions of the structural elements are adapted to the dimensions of colouring subpixels of an LCD display and/or a TFT display and/or a display of a mobile phone and/or of a smart phone and/or of a tablet and/or of a computer display, in such a manner that the colour display is produced by the size and the arrangement of the structural elements, which conceal certain subpixels when the security element is viewed in the direction of its upper side when the display is arranged on the lower side; wherein - the structural elements are produced by laser processing. - an upper side; - a lower side and - a window region configured so as to be at least partially transparent to visible light; - the window region comprises structural elements with dimensions of less than 200 micrometres (200 μM), - the structural elements are arranged and configured in such a manner that only when the lower side is illuminated by means of a display a colour image is visible on the upper side, and that - the dimensions of the structural elements are adapted to the dimensions of colouring subpixels of an LCD display and/or a TFT display and/or a display of a mobile phone and/or of a smart phone and/or of a tablet and/or of a computer display, in such a manner that the colour display is produced by the size and the arrangement of the structural elements, which conceal certain subpixels when the security element is viewed in the direction of its upper side when the display is arranged on the lower side; wherein - the structural elements are produced by laser processing.
A method for manufacturing at least one low olefin from the group comprising ethene, propene and butene, from an oxygenate-containing first reaction mixture through conversion at a catalyst to an olefin and paraffin-containing second reaction mixture, which is flowed through a first separation stage, in which at least one low olefin-containing first product stream and one higher olefin and paraffin-containing second product stream is separated, where from the second product stream the higher boiling hydrocarbons are separated through a second separation stage and from the remaining third product stream a paraffin-enriched fraction is extracted through an extractive distillation (50, 80) by means of a selective polar solvent and where the remaining fourth product stream is recirculated to the catalyst at least partially.
A safety system for isolating the dangerous areas of a drilling machine provided with a guiding antenna, a rotary fixed to the guiding antenna so that it can slide along it and arranged for sustaining and driving a drilling string, the safety system comprising: - an extensible screen (9,90, 900) reversibly extendable and retractable along the guiding antenna and forming a proximal end ( 9 A, 90 A, 900 A), closer to the rotary and a distal end ( 9 D, 90 C) further away from the rotary, and the extensible screen (9,90, 900) is arranged for enclosing the drilling string for at least part of its length; - a side displacement system arranged for being fixed to the guiding antenna so as to allow the longitudinal sliding of the rotary along the antenna, and so as to move the rotary in a transversal direction with respect to the guiding antenna; - a sensor arranged for detecting the position of the distal end ( 9 D, 90 C, 900 B) in a longitudinal direction with respect to the guiding antenna; wherein the proximal end ( 9 A, 90 A, 900 A) is arranged for being fixed to the guiding antenna so as to follow the longitudinal sliding of the rotary along the guiding antenna. - an extensible screen (9,90, 900) reversibly extendable and retractable along the guiding antenna and forming a proximal end ( 9 A, 90 A, 900 A), closer to the rotary and a distal end ( 9 D, 90 C) further away from the rotary, and the extensible screen (9,90, 900) is arranged for enclosing the drilling string for at least part of its length; - a side displacement system arranged for being fixed to the guiding antenna so as to allow the longitudinal sliding of the rotary along the antenna, and so as to move the rotary in a transversal direction with respect to the guiding antenna; - a sensor arranged for detecting the position of the distal end ( 9 D, 90 C, 900 B) in a longitudinal direction with respect to the guiding antenna;
A multi-fiber, fiber optic connector, said connector comprising: a housing having a first end for receiving a multi-fiber fiber optic cable and a second end having guide pins or guide pins openings for said fibers from said cable; first and second keys for setting the polarity of said fibers within said connector, with said first and second keys located on opposing sides of said connector; and either one of guide pins or guide pin receiving holes for guiding the connection with a second connector, wherein said keys (18A, 18B) are movable between a first active extended position and a second retracted position, such that when said first key is in said first active position while the second key is in said second retracted position, said fibers are presented within said connector in a first polarity and when said second key is in said first active position while the first key is in said second retracted position, said fibers are presented within said connector in a second polarity reversed from said first polarity. a housing having a first end for receiving a multi-fiber fiber optic cable and a second end having guide pins or guide pins openings for said fibers from said cable; first and second keys for setting the polarity of said fibers within said connector, with said first and second keys located on opposing sides of said connector; and either one of guide pins or guide pin receiving holes for guiding the connection with a second connector, wherein said keys (18A, 18B) are movable between a first active extended position and a second retracted position, such that when said first key is in said first active position while the second key is in said second retracted position, said fibers are presented within said connector in a first polarity and when said second key is in said first active position while the first key is in said second retracted position, said fibers are presented within said connector in a second polarity reversed from said first polarity.
A roof window system comprising: a roof window having a frame including a frame top member, two side members and a bottom member, defining a frame plane, and a sash including a sash top member, sash side members and a bottom member, and a pane, the roof window further comprising at least one ventilation device adapted for providing ventilation of a building in which the roof window is mounted, at least one ventilation assembly (100, 200) including a housing accommodating at least one ventilation unit connected to an aperture for air intake and exhaust, transition means being provided between said at least one first ventilation assembly and the frame top member and the sash top member of the roof window to accommodate a set of flow paths for air to and from the first ventilation assembly, characterised in that said transition means comprise between said at least first ventilation assembly and the sash top member a plurality of apertures (2101, 2102, 2103, 2104) extending through the frame top member, wherein a second ventilation assembly is provided at the frame bottom member in addition to the first ventilation assembly provided at the frame top member of the roof window, wherein the second ventilation assembly provides fresh air from the exterior. a roof window having a frame including a frame top member, two side members and a bottom member, defining a frame plane, and a sash including a sash top member, sash side members and a bottom member, and a pane, the roof window further comprising at least one ventilation device adapted for providing ventilation of a building in which the roof window is mounted, at least one ventilation assembly (100, 200) including a housing accommodating at least one ventilation unit connected to an aperture for air intake and exhaust, transition means being provided between said at least one first ventilation assembly and the frame top member and the sash top member of the roof window to accommodate a set of flow paths for air to and from the first ventilation assembly, characterised in that said transition means comprise between said at least first ventilation assembly and the sash top member a plurality of apertures (2101, 2102, 2103, 2104) extending through the frame top member, wherein a second ventilation assembly is provided at the frame bottom member in addition to the first ventilation assembly provided at the frame top member of the roof window, wherein the second ventilation assembly provides fresh air from the exterior.
A fusion protein comprising interleukin-2, a human tumour necrosis factor (TNFα) mutant, and an antibody molecule which binds fibronectin, wherein the human TNFα mutant has reduced activity relative to the wild type human TNFα and comprises the amino acid sequence of wild-type TNFα with the R at a position corresponding to R32 of SEQ ID NO: 15 or R52 of SEQ ID NO: 17 substituted for A, F, or V; and wherein the antibody molecule is a single chain Fv (scFv) or a diabody.
A percutaneously-insertable catheter for administering an active agent to a body site, the catheter comprising: - a distal portion expandable from a contracted condition of introduction to a deployed administering condition, to stabilize the distal end of the catheter at said body site, and - a flexible tubular element coupled to said distal end of the catheter for receiving the active agent and administering it to said body site, characterized in that: - the flexible element comprises an outer tubular element and an inner tubular element inserted into the outer tubular element, with one of said outer tubular element and said inner tubular element having notches which enable spinal column-like curvature of the flexible element towards said body site, and - the other of said outer tubular element and said inner tubular element form a flexible sealing closure coat of the notches present on one of said outer tubular element and said inner tubular element. - a distal portion expandable from a contracted condition of introduction to a deployed administering condition, to stabilize the distal end of the catheter at said body site, and - a flexible tubular element coupled to said distal end of the catheter for receiving the active agent and administering it to said body site, characterized in that: - the flexible element comprises an outer tubular element and an inner tubular element inserted into the outer tubular element, with one of said outer tubular element and said inner tubular element having notches which enable spinal column-like curvature of the flexible element towards - the other of said outer tubular element and said inner tubular element form a flexible sealing closure coat of the notches present on one of said outer tubular element and said inner tubular element.
A sealing system for a security seal or the like, comprising: - a first part (2;2') defining a cavity (5;5') provided with first and second inlet openings (6, 7; 6', 7'), adjacent each other, and an internal tooth (8;8'), the region between the two inlet openings (6,7; 6',7') comprising the base of the tooth (8;8') and - a second part (3;3') bearing a locking pin (10;10') having a locking formation (11;11'), which, upon being inserted into the cavity (5;5') through said first inlet opening (6;6'), cooperates in locking relationship with the tooth (8;8') to assume a sealed configuration, the cavity (5;5') being closed with the exception of said first and second inlet openings (6,7;6',7'), characterized in that: - said first part (2;2') has second internal tooth (9;9') on the opposite site of the first inlet opening (6;6') with respect to the first tooth (8;8'); and - the locking pin (10;10') on said second part (3;3') has a second locking formation (12;12') that cooperates in locking relationship with the second tooth (9;9'). - a first part (2;2') defining a cavity (5;5') provided with first and second inlet openings (6, 7; 6', 7'), adjacent each other, and an internal tooth (8;8'), the region between the two inlet openings (6,7; 6',7') comprising the base of the tooth (8;8') and - a second part (3;3') bearing a locking pin (10;10') having a locking formation (11;11'), which, upon being inserted into the cavity (5;5') through said first inlet opening (6;6'), cooperates in locking relationship with the tooth (8;8') to assume a sealed configuration, the cavity (5;5') being closed with the exception of said first and second inlet openings (6,7;6',7'), characterized in that: - said first part (2;2') has second internal tooth (9;9') on the opposite site of the first inlet opening (6;6') with respect to the first tooth (8;8'); and - the locking pin (10;10') on said second part (3;3') has a second locking formation (12;12') that cooperates in locking relationship with the second tooth (9;9').
A method to generate a communication signal comprising: interleaving, by a transmitter, bits of a data stream of a plurality of data streams, wherein the bits are arranged in a table having eight columns and 3*N BPSCS rows, wherein N BPSCS denotes a number of coded bits per subcarrier; modulating, by the transmitter, the data streams based upon a modulation and coding scheme; mapping, by the transmitter, data of the data streams on transmit chains as orthogonal frequency division multiplexing, OFDM, symbols encoded with a plurality of sub-carriers comprising twenty four data sub-carriers, two pilot sub-carriers, five guard sub-carriers, and one direct current, DC, sub-carrier; and transforming, by the transmitter, the plurality of sub-carriers with the orthogonal frequency division multiplexing symbols from a frequency domain into a time domain to generate the communication signal. interleaving, by a transmitter, bits of a data stream of a plurality of data streams, wherein the bits are arranged in a table having eight columns and 3*N BPSCS rows, wherein N BPSCS denotes a number of coded bits per subcarrier; modulating, by the transmitter, the data streams based upon a modulation and coding scheme; mapping, by the transmitter, data of the data streams on transmit chains as orthogonal frequency division multiplexing, OFDM, symbols encoded with a plurality of sub-carriers comprising twenty four data sub-carriers, two pilot sub-carriers, five guard sub-carriers, and one direct current, DC, sub-carrier; and transforming, by the transmitter, the plurality of sub-carriers with the orthogonal frequency division multiplexing symbols from a frequency domain into a time domain to generate the communication signal.
A stopper (100, 200, 300, 400, 500, 600) for sealing an opening of a material-containing vessel, the stopper (100, 200, 300, 400, 500, 600) being configured to minimize an oxygen content within the vessel, the stopper (100, 200, 300, 400, 500, 600) comprising: a sealing element (104, 204, 304, 404, 504) having an oxygen transmission rate, the sealing element (104, 204, 304, 404, 504) being configured to seal an opening of a vessel, characterised in that the sealing element (104, 204, 304, 404, 504) comprises a first portion and a second portion, and wherein the first portion has an oxygen transmission rate higher than the second portion; and an oxygen scavenging element (102, 202, 302, 402, 502, 610) contained within an interior cavity of at least the first portion of the sealing element (104, 204, 304, 404, 504), the oxygen scavenging element (102, 202, 302, 402, 502, 610) configured to scavenge oxygen from a headspace of the vessel. a sealing element (104, 204, 304, 404, 504) having an oxygen transmission rate, the sealing element (104, 204, 304, 404, 504) being configured to seal an opening of a vessel, characterised in that the sealing element (104, 204, 304, 404, 504) comprises a first portion and a second portion, and wherein the first portion has an oxygen transmission rate higher than the second portion; and an oxygen scavenging element (102, 202, 302, 402, 502, 610) contained within an interior cavity of at least the first portion of the sealing element (104, 204, 304, 404, 504), the oxygen scavenging element (102, 202, 302, 402, 502, 610) configured to scavenge oxygen from a headspace of the vessel.