mhurhangee/ep-ind-claims huggingface dataset:
Acid, aqueous passivation solution for generating black passivation layers on zinc or zinc-iron alloy layers containing - Cr ions, - fluoride ions and - nitrate ions, characterised in that the passivation solution additionally contains dithiodiglycolic acid or a salt of this acid, and wherein - Cr ions in a quantity of 1 - 10 g/l of passivation solution, - fluoride ions in a quantity of 0.3 - 3 g/l of passivation solution, - nitrate ions in a quantity of 3 - 35 g/l of passivation solution and - dithiodiglycolic acid or a salt thereof in a quantity, relative to dithiodiglycolic acid, of 2 - 10 g/l are present in the passivation solution. - Cr ions, - fluoride ions and - nitrate ions, - Cr ions in a quantity of 1 - 10 g/l of passivation solution, - fluoride ions in a quantity of 0.3 - 3 g/l of passivation solution, - nitrate ions in a quantity of 3 - 35 g/l of passivation solution and - dithiodiglycolic acid or a salt thereof in a quantity, relative to dithiodiglycolic acid, of 2 - 10 g/l are present in the passivation solution.
A platform for a vehicle for road transport, said platform defining a support plane on which one or more objects to be transported by said vehicle can be placed, said platform comprising a plurality of low friction sliding means configured to hold a first position, in which they do not project from said support plane and a second position in which they project from said support plane allowing said one or more objects to be supported in a sliding manner in respect to said support plane, characterized in that said vehicle comprises a bottom wall on which said platform is housed, said support plane being defined by at least a first element fixed to said bottom wall, said platform further comprising at least a second element which is mobile in respect to said bottom wall and configured to house said low friction sliding means and for holding a first position in respect to said bottom wall in which said low friction sliding means do not project from said support plane and a second position in which said low friction sliding means project from said support plane, said first and second elements (6, 7) comprising box shaped bars extending in a longitudinal manner along said bottom wall and interposed between one another.
A lighting system comprising: a lighting fixture including a first controller configured to control a light source; and a sensing device, wherein the sensing device includes: an image sensor configured to take an image of a predetermined area; and a second controller adapted to adjust a sensitivity of the image sensor and to set a dimming rate for the light source, the first controller is configured to light the light source at a dimming level according to the dimming rate set by the second controller, the second controller is configured to judge whether or not a person is present in the predetermined area, based on the image of the predetermined area taken by the image sensor, characterised in that the second controller is configured to, when concluding that a condition where no person is present in the predetermined area continues for a predetermined time period, perform an operation of decreasing the dimming rate by a preset value and increasing the sensitivity of the image sensor for a preset time period, wherein the second controller is configured to judge whether a person is present in the predetermined area, based on whether a difference between a brightness value of the image of the predetermined area taken by the image sensor and a brightness value of a reference image is not less than a predetermined threshold, and the sensitivity of the image sensor is determined by the predetermined threshold. a lighting fixture including a first controller configured to control a light source; and a sensing device, an image sensor configured to take an image of a predetermined area; and a second controller adapted to adjust a sensitivity of the image sensor and to set a dimming rate for the light source,
A gateway adapter, including a) a PBX interface for connection to a PBX system entity, the PBX interface being configured to communicate with a PBX telephone terminal (18, 20, 22, 24) using PBX communication control data formatted for performing PBX call-processing services; b) a network interface for communicating with a packet switched network entity over a packet switched network, the network interface adapted to receive packet switched communication control data formatted for performing packet-switched call-processing services wherein at least one of the packet-switched call-processing services cannot be handled by the PBX telephone terminal (18, 20, 22, 24); and c) an interoperation functional unit associated with said PBX interface and with said network interface, said interoperation functional unit containing a device emulator that emulates a device of the packet switched network in communication with the packet switched network entity through the network interface and provide a bi-directional translation of control data exchanged between the PBX system entity and the packet switched network entity by modifying at least control data related to the at least one of the packet-switched call-processing services that cannot be handled by the PBX telephone terminal (18, 20, 22, 24); characterized in that said device emulator behaves during its interaction with a remote network services unit as a device that has been specifically designed to interact with the remote network services unit converting the form of the control data into a format that the remote network services unit can use. a) a PBX interface for connection to a PBX system entity, the PBX interface being configured to communicate with a PBX telephone terminal (18, 20, 22, 24) using PBX communication control data formatted for performing PBX call-processing services; b) a network interface for communicating with a packet switched network entity over a packet switched network, the network interface adapted to receive packet switched communication control data formatted for performing packet-switched call-processing services wherein at least one of the packet-switched call-processing services cannot be handled by the PBX telephone terminal (18, 20, 22, 24); and c) an interoperation functional unit associated with said PBX interface and with said network interface, said interoperation functional unit containing a device emulator that emulates a device of the packet switched network in communication with the packet switched network entity through the network interface and provide a bi-directional translation of control data exchanged between the PBX system entity and the packet switched network entity by modifying at least control data related to the at least one of the packet-switched call-processing services that cannot be handled by the PBX telephone terminal (18, 20, 22, 24); characterized in that
A furnace assembly, comprising a furnace having a base and side walls extending therefrom, wherein, at least at one of the two side walls, there is provided at least one surface burner having a slot-like discharge opening for hot waste gases extending along the side wall at a predefined first distance above the base, wherein the slot-like discharge opening has a length in the extension direction and, perpendicularly thereto, has a height, wherein at least one porous plate having an open pore volume is inserted into the slot-like discharge opening, a waste gas distribution device supported on the base, which device forms a first support surface distanced from the base by a second distance, wherein the second distance corresponds at least to the height of the slot-like discharge opening, such that the waste gases escaping therefrom during operation are guided into a waste gas distribution chamber formed between the base and the first support surface, and wherein the first support surface comprises apertures for conducting the waste gases away from the waste gas distribution chamber into a furnace chamber disposed thereabove.
An isolated human anti-TNFα antibody, for use in treating moderate to severe rheumatoid arthritis in a human subject, wherein the antibody is to be administered subcutaneously to the human subject on a biweekly dosing regimen of 40 mg every 14 days, wherein the antibody has a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 1 and a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 2, has an IgG1 heavy chain constant region and has a kappa light chain constant region, and wherein the antibody is to be administered in combination with methotrexate.
A method of bonding a transparent lens to a light emitting diode die formed by a stack of layers including semiconductor layers (8, 10, 12) comprising an active region, the method comprising: disposing a transparent bonding layer between said lens and a surface of said stack, elevating a temperature of said lens and said stack; and applying a pressure to press said lens and said stack together, wherein the surface of said stack includes a surface of one of the semiconductor layers (8, 10), wherein said lens is formed from a material selected from the group consisting of optical glass, III-V semiconductors, II-VI semiconductors, group IV semiconductors and compounds, metal oxides, metal fluorides, diamond, sapphire, yttrium aluminum garnet, and combinations thereof, and wherein the transparent bonding layer is formed from metal fluorides, diamond, sapphire, yttrium aluminum garnet, or combinations thereof, or from phosphide compounds, arsenide compounds, antimonide compounds or nitride compounds.
A die package (100, 210, 300) comprising: a die having a plurality of connection pads; a die substrate supporting a plurality of connection elements; a first lead connected to at least one connection pad and having a first metal core with a first core diameter, and a dielectric layer surrounding the first metal core having a first dielectric thickness; and a second lead connected to at least one connection pad and having a second metal core with a second core diameter, and a dielectric layer surrounding the second metal core having a second dielectric thickness, with the first dielectric thickness differing from the second dielectric thickness, wherein the first lead has a first impedance and the second lead has a second impedance different from said first impedance, and wherein at least one of the dielectric layers includes multiple layers of different dielectric compositions including a layer of a first dielectric composition being a vapor barrier deposited over a layer of a second dielectric composition, wherein the layer of the second dielectric composition is thicker than the layer of the first dielectric composition, and wherein the dielectric layers are surrounded by a respective ground connectable metal coating. a die having a plurality of connection pads; a die substrate supporting a plurality of connection elements; a first lead connected to at least one connection pad and having a first metal core with a first core diameter, and a dielectric layer surrounding the first metal core having a first dielectric thickness; and a second lead connected to at least one connection pad and having a second metal core with a second core diameter, and a dielectric layer surrounding the second metal core having a second dielectric thickness, with the first dielectric thickness differing from the second dielectric thickness, wherein the first lead has a first impedance and the second lead has a second impedance different from said first impedance, and wherein at least one of the dielectric layers includes multiple layers of different dielectric compositions including a layer of a first dielectric composition being a vapor barrier deposited over a layer of a second dielectric composition, wherein the layer of the second dielectric composition is thicker than the layer of the first dielectric composition, and wherein the dielectric layers are surrounded by a respective ground connectable metal coating.
A system for monitoring mechanical properties of a heart in a subject, said system comprises: a data processor (120; 220) configured to generate a plurality of trend parameters by, for each trend parameter, collectively processing i) multiple cardiogenic impedance values reflective of the impedance of said heart in connection with a transition from inhalation to exhalation in said subject and ii) multiple cardiogenic impedance values reflective of the impedance of said heart in connection with a transition from exhalation to inhalation in said subject; and a property monitor (130; 230) configured to monitor said mechanical properties of said heart by processing said plurality of trend parameters, characterized in that said data processor comprises: a data plotter configured to plot said multiple cardiogenic impedance values reflective of the impedance of said heart in connection with said transition from exhalation to inhalation as a function of said multiple impedance values reflective of the cardiogenic impedance of said heart in connection with said transition from inhalation to exhalation to obtain multiple plot points; and a parameter generator configured to generate said trend parameter by processing said multiple plot points. a data processor (120; 220) configured to generate a plurality of trend parameters by, for each trend parameter, collectively processing i) multiple cardiogenic impedance values reflective of the impedance of said heart in connection with a transition from inhalation to exhalation in said subject and ii) multiple cardiogenic impedance values reflective of the impedance of said heart in connection with a transition from exhalation to inhalation in said subject; and a property monitor (130; 230) configured to monitor said mechanical properties of said heart by processing said plurality of trend parameters, characterized in that said data processor comprises: a data plotter configured to plot said multiple cardiogenic impedance values reflective of the impedance of said heart in connection with said transition from exhalation to inhalation as a function of said multiple impedance values reflective of the cardiogenic impedance of said heart in connection with said transition from inhalation to exhalation to obtain multiple plot points; and a parameter generator configured to generate said trend parameter by processing said multiple plot points. a data plotter configured to plot said multiple cardiogenic impedance values reflective of the impedance of said heart in connection with said transition from exhalation to inhalation as a function of said multiple impedance values reflective of the cardiogenic impedance of said heart in connection with said transition from inhalation to exhalation to obtain multiple plot points; and a parameter generator configured to generate said trend parameter by processing said multiple plot points.
Washing machine comprising a housing with a bottom cover, and a hydraulic flushing system, comprising a first pump motor and a second pump motor and at least one wash liquid duct, characterized in that at least a part of at least one hydraulic element selected from the at least one wash liquid duct and the first and the second pump motor is integrated into the bottom cover.
A method for verifying execution of a compiled software program stored in a program memory of a processor and executed by the processor, the method comprising at least one write operation, said at least one write operation compiled comprising: - assigning a destination address in a register of the processor; - writing a piece of data to the location pointed to by the destination address contained in the register; wherein a compiled verification operation comprises: - reassigning the same destination address in the same register; - reading the piece of data contained at the location pointed to by the destination address contained in the register after said reassigning; - comparing the piece of data read and the piece of data written. - assigning a destination address in a register of the processor; - writing a piece of data to the location pointed to by the destination address contained in the register; - reassigning the same destination address in the same register; - reading the piece of data contained at the location pointed to by the destination address contained in the register after said reassigning; - comparing the piece of data read and the piece of data written.
A lead frame comprising: a plurality of leads defined by an opening extending in a thickness direction; and an insulating resin layer (20; 21; 22; 23) that fills the opening to entirely cover all side surfaces of each lead and to support the leads, wherein a first surface of each lead is exposed from a first surface of the insulating resin layer (21; 22; 23), wherein each lead includes a second surface opposing the first surface of the lead, the lead frame further includes a heat radiating plate (30; 33) adhered by an adhesive layer (31; 32) to the second surfaces of the leads, the adhesive layer (31; 32) is in contact with the insulating resin layer (21; 22; 23), each lead is made of a conductive substrate, and at least part of the first surface of each lead is flush with the first surface of the insulating resin layer (21; 22; 23). a plurality of leads defined by an opening extending in a thickness direction; and an insulating resin layer (20; 21; 22; 23) that fills the opening to entirely cover all side surfaces of each lead and to support the leads, wherein a first surface of each lead is exposed from a first surface of the insulating resin layer (21; 22; 23), wherein each lead includes a second surface opposing the first surface of the lead, the lead frame further includes a heat radiating plate (30; 33) adhered by an adhesive layer (31; 32) to the second surfaces of the leads, the adhesive layer (31; 32) is in contact with the insulating resin layer (21; 22; 23), each lead is made of a conductive substrate, and at least part of the first surface of each lead is flush with the first surface of the insulating resin layer (21; 22; 23).
A method of producing a polyomavirus or polyomavirus-derived virus-like particle carrying on its surface at least one targeting molecule that binds to a cell of interest, the method comprising the step of contacting the polyomavirus or polyomavirus-derived VLP with (i) the at least one targeting molecule, wherein the at least one targeting molecule is glycosylated with at least one glycosyl residue that is recognised by the polyomavirus or polyomavirus-derived VLP; or (ii) a first interaction molecule, wherein the first interaction molecule is glycosylated with at least one glycosyl residue that is recognised by the polyomavirus or polyomavirus-derived VLP; and the at least one targeting molecule, wherein the at least one targeting molecule is conjugated to a second interaction molecule capable of interacting with the first interaction molecule. (i) the at least one targeting molecule, wherein the at least one targeting molecule is glycosylated with at least one glycosyl residue that is recognised by the polyomavirus or polyomavirus-derived VLP; or (ii) a first interaction molecule, wherein the first interaction molecule is glycosylated with at least one glycosyl residue that is recognised by the polyomavirus or polyomavirus-derived VLP; and
A process for continuously dehydrating aqueous 3-hydroxypropionic acid to aqueous acrylic acid in the liquid phase, the liquid phase having a temperature of 120 to 250°C, aqueous 3-hydroxypropionic acid being continuously added to the liquid phase, and the aqueous acrylic acid being withdrawn continuously from the liquid phase, wherein the ratio of oligomeric 3-hydroxypropionic acid to monomeric 3-hydroxypropionic acid in the aqueous 3-hydroxypropionic acid is at least 1:20 and/or the ratio of oligomeric 3-hydroxypropionic acid to monomeric 3-hydroxypropionic acid in the liquid phase is at least 1:1, where the residence time in the liquid phase is at least 10 minutes and the residence time is the quotient of amount of liquid phase in the dehydration and amount fed in.
A copolymer containing at least an ethylene unit, a C 4-10 non-conjugated olefin unit and a conjugated diene unit, wherein a content of 3,4 or 1,2-vinyl bond in the conjugated diene unit is equal to or larger than 30 mol %; a content of the ethylene unit therein is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units and the vinyl bond are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof, respectively, and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13C-NMR spectrum of the copolymer. wherein a content of 3,4 or 1,2-vinyl bond in the conjugated diene unit is equal to or larger than 30 mol %; a content of the ethylene unit therein is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units and the vinyl bond are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof, respectively, and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13C-NMR spectrum of the copolymer.