mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in treating or preventing multiple myeloma or Waldenstrom's macroglobulinemia in a subject expressing HLA-A2; wherein the composition comprises a pharmaceutically acceptable carrier and a peptide, a nucleic acid encoding said peptide, a vector comprising said nucleic acid, or a cell comprising said nucleic acid, peptide or vector; and wherein said peptide consists of an amino acid sequence that is at least 66% identical to any one of SEQ ID NOS: 2-10 given below SEQ ID NO 2: NISPWILAV, SEQ ID NO 3: ILAVLTLQI, SEQ ID NO 4: VLTLQIQSL, SEQ ID NO 5: KLLLENQLL, SEQ ID NO 6: YISPWILAV, SEQ ID NO 7: GILDNLDPV, SEQ ID NO 8: ILLGILDNL, SEQ ID NO 9: ELFPQLISV, SEQ ID NO 10: YLFPQLISV and can bind to a major histocompatibility complex. SEQ ID NO 2: NISPWILAV, SEQ ID NO 3: ILAVLTLQI, SEQ ID NO 4: VLTLQIQSL, SEQ ID NO 5: KLLLENQLL, SEQ ID NO 6: YISPWILAV, SEQ ID NO 7: GILDNLDPV, SEQ ID NO 8: ILLGILDNL, SEQ ID NO 9: ELFPQLISV, SEQ ID NO 10: YLFPQLISV and can bind to a major histocompatibility complex.
A container intended for culturing cells, comprising first and second sheets (2, 3) in a flexible thermoplastic material fixed to each other near their periphery so as to form an inner volume, the container comprising at least one first access channel to the inner volume that is situated on a transverse edge of the container and arranged to allow the introduction and/or recovery of cells, characterized in that: - The container comprises a longitudinal fold line along which the container may be folded so as to form, respectively on either side of said fold line, first and second compartments (8, 9) in the inner volume, - The first compartment is equipped with a first longitudinal baffle that is arranged to form, between a longitudinal edge of the container and said first baffle, a first confinement chamber and, between said first baffle and the fold line, a first feeding chamber, said first confinement and feeding chambers (12, 13) being in fluid communication, - The first access channel opens into the feeding chamber, and - The second compartment is equipped with a second longitudinal baffle that is arranged to form, between the other longitudinal edge of the container and said second baffle, a second confinement chamber and, between said second baffle and the fold line, a second feeding chamber, said second confinement and feeding chambers (16, 17) being in fluid communication. - The container comprises a longitudinal fold line along which the container may be folded so as to form, respectively on either side of said fold line, first and second compartments (8, 9) in the inner volume, - The first compartment is equipped with a first longitudinal baffle that is arranged to form, between a longitudinal edge of the container and said first baffle, a first confinement chamber and, between said first baffle and the fold line, a first feeding chamber, said first confinement and feeding chambers (12, 13) being in fluid communication, - The first access channel opens into the feeding chamber, and - The second compartment is equipped with a second longitudinal baffle that is arranged to form, between the other longitudinal edge of the container and said second baffle, a second confinement chamber and, between said second baffle and the fold line, a second feeding chamber, said second confinement and feeding chambers (16, 17) being in fluid communication.
A door for a refrigerated merchandiser including a case defining a product display area, the door comprising: a frame; a first glass pane coupled to the frame and having heat-absorbing glass, the first glass pane configured to be positioned adjacent an ambient environment surrounding the refrigerated merchandiser to absorb radiation from the ambient environment; a second glass pane coupled to the frame and configured to be positioned adjacent the product display area, the second glass pane having a conductive coating; and a third glass pane positioned between and spaced from the first glass pane and the second glass pane, the third glass pane having a low emissivity coating. a frame; a first glass pane coupled to the frame and having heat-absorbing glass, the first glass pane configured to be positioned adjacent an ambient environment surrounding the refrigerated merchandiser to absorb radiation from the ambient environment; a second glass pane coupled to the frame and configured to be positioned adjacent the product display area, the second glass pane having a conductive coating; and a third glass pane positioned between and spaced from the first glass pane and the second glass pane, the third glass pane having a low emissivity coating.
A copolymer of a vinyl chloride-based monomer, a dicarboxylic acid ester monomer having a linear, branched, or cyclic alkyl group having 10 to 30 carbon atoms, and a hydroxyl-based monomer, wherein the dicarboxylic acid ester monomer having a linear, branched, or cyclic alkyl group having 10 to 30 carbon atoms is one or more compounds selected from the group consisting of dipentyl maleate, dihexyl maleate, dioctyl maleate, and dinonyl maleate, and wherein the weight ratio of the dicarboxylic acid ester monomer having a linear, branched, or cyclic alkyl group having 10 to 30 carbon atoms, and the hydroxyl-based monomer is 1.5:1 to 2:1. wherein the dicarboxylic acid ester monomer having a linear, branched, or cyclic alkyl group having 10 to 30 carbon atoms is one or more compounds selected from the group consisting of dipentyl maleate, dihexyl maleate, dioctyl maleate, and dinonyl maleate, and wherein the weight ratio of the dicarboxylic acid ester monomer having a linear, branched, or cyclic alkyl group having 10 to 30 carbon atoms, and the hydroxyl-based monomer is 1.5:1 to 2:1.
A continuous variation transmission device for a motorcycle with two / three / four-wheels, connectable to a drive shaft, comprising - a drive pulley having an axis of rotation, provided with active surfaces (8a, 10a) for a V-belt, provided with a movable bushing bearing one of said active surfaces, said movable bushing sliding axially under the action of rollers of a speed controller to obtain a change between a low gear and high gear; - a fixed bushing which can be fixed and is coaxial to the drive shaft; - a cam system (95,111; 97,113) operating between the fixed bushing and the movable bushing suitable to transmit the rotation between the fixed bushing and the movable bushing, configured to obstruct the juxtaposition between the active surfaces (8a, 10a), comprising at least a driven cam portion of the movable bushing and a drive cam portion of the fixed bushing; wherein said driven cam portion comprises at least one recess and said drive cam portion comprises at least one tooth with mainly axial extension or vice versa, said tooth sliding axially in said recess, and wherein said recess and said tooth are each other so shaped to be complementary in any relative movement for guiding the relative movement between said movable bushing and said fixed bushing; wherein the continuous variation transmission device is characterized in that the recess comprises lateral sides (99a, 99b) and the tooth comprises lateral sides (115a, 115b), which define the circumferential width of the tooth and form a shape coupling with the lateral sides (99a, 99b) to guide the relative movement between the movable bushing and the fixed bushing. - a drive pulley having an axis of rotation, provided with active surfaces (8a, 10a) for a V-belt, provided with a movable bushing bearing one of said active surfaces, said movable bushing sliding axially under the action of rollers of a speed controller to obtain a change between a low gear and high gear; - a fixed bushing which can be fixed and is coaxial to the drive shaft; - a cam system (95,111; 97,113) operating between the fixed bushing and the movable bushing suitable to transmit the rotation between the fixed bushing and the movable bushing, configured to obstruct the juxtaposition between the active surfaces (8a, 10a), comprising at least a driven cam portion of the movable bushing and a drive cam portion of the fixed bushing; wherein said driven cam portion comprises at least one recess and said drive cam portion comprises at least one tooth with mainly axial extension or vice versa, said tooth sliding axially in said recess, and wherein said recess and said tooth are each other so shaped to be complementary in any relative movement for guiding the relative movement between said movable bushing and said fixed bushing;
Device for stacking sheets of paper or similar, arranged to form stacks downstream of a sheet cutting line including in particular an unroller, a printer and a cutter, said stacking device including a cutter outfeed conveyor arranged to bring the sheets cut by the cutter one by one towards a stacking table arranged to communicate with a stacks evacuation conveyor located below the cutter outfeed conveyor so that, once it is formed, at least one complete stack of sheets can be transferred from said stacking table to said stack evacuation conveyor, said stacking table being fixed and located in the same plane as said stack evacuation conveyor and said stacking device including an unloading conveyor comprising a first end and a second end that communicate respectively with said cutting outfeed conveyor and said stacking table, said unloading conveyor being arranged to transfer said cut sheets one by one from said cutter outfeed conveyor towards said stacking table and being coupled with driving means arranged to move said second end between a low position in which, when the first sheet of a stack is conveyed, said second end is located at the level of the stacking table and a high position in which, when the last sheet of the stack is conveyed, said second end is located at a height corresponding to that of the complete stack, characterized in that said first end and said second end of said unloading conveyor are mounted each on at least one supporting structure (11, 12) each comprising its own parallel belts with fixed and invariable lengths, said supporting structure of the first end being assembled with said second supporting structure of the second end by a sliding connection parallel to the plane of said unloading conveyor in order to create a telescopic unloading conveyor.
A process for recovering uranium comprising bringing a solution into contact with a resin to produce a mixture of solution and resin, wherein the solution is an aqueous solution comprising dissolved sodium carbonate, sodium bicarbonate, or a mixture thereof, and wherein the resin is a strong acid cation exchange resin that comprises one or more cationic moiety that comprises uranium and one or more cationic moiety that comprises iron, and separating the solution from the resin, wherein a strong acid cation exchange resin is a polymer wherein 50 mole% or more of the polymerized units contain one or more sulfonate group covalently bonded to that polymerized unit, and wherein the sulfonate group is present in protonated form, in a neutralized form involving one or more cations other than H +, in ionic form, or in a mixture thereof. bringing a solution into contact with a resin to produce a mixture of solution and resin, wherein the solution is an aqueous solution comprising dissolved sodium carbonate, sodium bicarbonate, or a mixture thereof, and wherein the resin is a strong acid cation exchange resin that comprises one or more cationic moiety that comprises uranium and one or more cationic moiety that comprises iron, and separating the solution from the resin,
A method for controlling a laundry treating apparatus having a cabinet, a door provided to the cabinet, a control panel for receiving user selection of a washing cycle, a first communication module for communication with a mobile communication terminal through a local area communication, a second communication module for communication with a management server through a communication network, and a storage unit for storing the ID information transmitted from the mobile communication terminal, the method comprising the steps of: receiving user selection of a washing cycle by the control panel; transmitting information on a payment approval request from the laundry treating apparatus to a mobile communication terminal by the first communication module; receiving ID information for identifying the mobile communication terminal and information on payment approval from the mobile communication terminal; storing ID information received from the mobile communication terminal in the storage unit; performing the washing cycle according to the payment approval in the information on the payment approval; unlocking the door after finishing the washing cycle if ID information received from the mobile communication terminal using a local area communication is the same as the ID information stored in the storage unit; transmitting information on finish of the washing cycle by the second communication module to a management server through a communication network; and wherein the management server transmits the information on finish of the washing cycle to a mobile communication server, and the mobile communication server transmits the information on finish of the washing cycle to the mobile communication terminal of the user through a mobile communication network. receiving user selection of a washing cycle by the control panel; transmitting information on a payment approval request from the laundry treating apparatus to a mobile communication terminal by the first communication module; receiving ID information for identifying the mobile communication terminal and information on payment approval from the mobile communication terminal; storing ID information received from the mobile communication terminal in the storage unit; performing the washing cycle according to the payment approval in the information on the payment approval; unlocking the door after finishing the washing cycle if ID information received from the mobile communication terminal using a local area communication is the same as the ID information stored in the storage unit; transmitting information on finish of the washing cycle by the second communication module to a management server through a communication network; and wherein the management server transmits the information on finish of the washing cycle to a mobile communication server, and the mobile communication server transmits the information on finish of the washing cycle to the mobile communication terminal of the user through a mobile communication network.
Machine for colouring miscellaneous leather and leatherette articles comprising: - a supporting frame; - a colouring unit, supported by said frame and comprising: - a colouring head, suitable to apply, with direct contact, a layer of liquid colour on the article being processed, - a tray, placed below the colouring head, for the collection of the colour suitable to indirectly contain the colour to be deposited on the article, - a device for transporting and dosing the colour on said colouring head, - characterized in that said tray for the collection of the colour comprises a basin insertable therein which is disposable and inside which the colour is contained. - a supporting frame; - a colouring unit, supported by said frame and comprising: - a colouring head, suitable to apply, with direct contact, a layer of liquid colour on the article being processed, - a tray, placed below the colouring head, for the collection of the colour suitable to indirectly contain the colour to be deposited on the article, - a device for transporting and dosing the colour on said colouring head, - characterized in that said tray for the collection of the colour comprises a basin insertable therein which is disposable and inside which the colour is contained.
Control adapter for fastening on an HVAC device, having a wireless communication interface for communicating control signals between a remote-control device and the control adapter; a wireless near-field communication interface for communicating control signals between the control adapter and the HVAC device; a control circuit for converting the control signals received from the wireless communication interface into control signals of the wireless near-field communication interface and for converting the control signals received from the wireless near-field communication interface into control signals of the wireless communication interface; a housing having a first side, a second side lying opposite the first side, and an opening (16.3) which extends from the first side to the second side and which is arranged relative to the wireless near-field communication interface in such a way that the opening (16.3) is suitable for aligning the wireless near-field communication interface of the control adapter relative to a wireless near-field communication interface of the HVAC device, characterized in that the opening (16.3) is a thru-opening and is designed in such a way that, when the control adapter is aligned on the HVAC device, a near-field communication mark on the HVAC device is visible through the opening (16.3). a wireless communication interface for communicating control signals between a remote-control device and the control adapter; a wireless near-field communication interface for communicating control signals between the control adapter and the HVAC device; a control circuit for converting the control signals received from the wireless communication interface into control signals of the wireless near-field communication interface and for converting the control signals received from the wireless near-field communication interface into control signals of the wireless communication interface; a housing having a first side, a second side lying opposite the first side, and an opening (16.3) which extends from the first side to the second side and which is arranged relative to the wireless near-field communication interface in such a way that the opening (16.3) is suitable for aligning the wireless near-field communication interface of the control adapter relative to a wireless near-field communication interface of the HVAC device, characterized in that the opening (16.3) is a thru-opening and is designed in such a way that, when the control adapter is aligned on the HVAC device, a near-field communication mark on the HVAC device is visible through the opening (16.3).
A method of determining capacitance of an electrochemical biosensor test cell of a test strip having two electrodes (67a, 67b) disposed in the electrochemical test cell and coupled to a microcontroller via respective strip connectors, the method comprising: depositing a fluid sample in the electrochemical test cell; applying an oscillating signal of a predetermined frequency (f) to the electrochemical test cell; determining a phase angle (Φ) between an output signal and the oscillating signal from the electrochemical test cell; and measuring an amplitude of the output signal from the electrochemical test cell; characterised in that the method further comprises: converting the measured amplitude into a complex impedance of the electrochemical test cell based on the oscillating signal, phase angle and electrical resistance (R STRIP) between the test cell and the connectors, the converting comprising ascertaining a total impedance (|Z|) of the test cell from the phase angle and establishing a resistance (R CELL) of the test cell with the total impedance and the resistance between the test cell and one of the connectors; and deriving a capacitance (C CELL) of the electrochemical test cell based on the complex impedance and predetermined frequency of the electrochemical test cell. depositing a fluid sample in the electrochemical test cell; applying an oscillating signal of a predetermined frequency (f) to the electrochemical test cell; determining a phase angle (Φ) between an output signal and the oscillating signal from the electrochemical test cell; and measuring an amplitude of the output signal from the electrochemical test cell; converting the measured amplitude into a complex impedance of the electrochemical test cell based on the oscillating signal, phase angle and electrical resistance (R STRIP) between the test cell and the connectors, the converting comprising ascertaining a total impedance (|Z|) of the test cell from the phase angle and establishing a resistance (R CELL) of the test cell with the total impedance and the resistance between the test cell and one of the connectors; and deriving a capacitance (C CELL) of the electrochemical test cell based on the complex impedance and predetermined frequency of the electrochemical test cell.
Device for the removal a coating from a substrate (10, 24, 25) in at least one area of the substrate (10, 24, 25), the device comprising a nozzle (11, 32) suitable for emitting a jet of a solvent medium, a suction device being present, the suction device comprising an intake opening and a channel adjoining the suction opening, the channel leading into a condensation chamber, the condensation chamber comprising a baffle wall and having an open side, the open side being opposite the baffle wall and a drain adjoins the condensation chamber, wherein the open side leads into a chamber and the chamber has a valve, wherein the device further comprises a sensing device adapted to sense a contour of the substrate (24, 25), wherein the device further comprises a receptacle (2, 30) a rotation drive adapted to rotate the receptacle (2, 30), characterized in that the nozzle is adapted to dispense a jet of solution medium guided in a jet of compressed air, the nozzle having two discharge tubes for this purpose guided one inside the other, the solution medium being dispensed from the inner tube and the jet of compressed air being dispensed from the outer tube, wherein the receptacle (2, 30) is adapted to hold the substrate and to effect a relative movement between the solution medium jet and the substrate in dependency of the recognized contour. a nozzle (11, 32) suitable for emitting a jet of a solvent medium, a suction device being present, the suction device comprising an intake opening and a channel adjoining the suction opening, the channel leading into a condensation chamber, the condensation chamber comprising a baffle wall and having an open side, the open side being opposite the baffle wall and a drain adjoins the condensation chamber, wherein the open side leads into a chamber and the chamber has a valve, wherein the device further comprises a sensing device adapted to sense a contour of the substrate (24, 25), wherein the device further comprises a receptacle (2, 30) a rotation drive adapted to rotate the receptacle (2, 30), characterized in that the nozzle is adapted to dispense a jet of solution medium guided in a jet of compressed air, the nozzle having two discharge tubes for this purpose guided one inside the other, the solution medium being dispensed from the inner tube and the jet of compressed air being dispensed from the outer tube, wherein the receptacle (2, 30) is adapted to hold the substrate and to effect a relative movement between the solution medium jet and the substrate in dependency of the recognized contour.