mhurhangee/ep-ind-claims huggingface dataset:
Cutting machine for cutting a material to be cut into slices with - at least one guide tube running in the longitudinal direction with at least one guide tube opening (1.1, 1.2) open at each end face for receiving the material to be cut, - a blade which is positioned in the longitudinal direction directly at the cutting end face of the guide tube, - at least one holding magnet in or at the guide tube positioned in the longitudinal direction near the front, cutting end face of the guide tube, which pulls the blade into contact with the front end face of the guide tube, characterised in that in the penetration direction of the blade into the guide tube cross-section (1.1', 1.2') the at least one holding magnet is arranged only near the outlet side of the guide tube cross-section (1.1', 1.2'). - at least one guide tube running in the longitudinal direction with at least one guide tube opening (1.1, 1.2) open at each end face for receiving the material to be cut, - a blade which is positioned in the longitudinal direction directly at the cutting end face of the guide tube, - at least one holding magnet in or at the guide tube positioned in the longitudinal direction near the front, cutting end face of the guide tube, which pulls the blade into contact with the front end face of the guide tube,
A process for the production of paper, board and cardboard having high dry strength by separate addition of a cationic polymer comprising vinylamine units and of a polymeric anionic compound to a paper stock, draining of the paper stock and drying of the paper products, wherein (i) ligninsulfonic acid and/or a ligninsulfonate and (ii)at least one copolymer which is obtainable by copolymerization of (a) at least one N-vinylcarboxamide of the formula where R 1, R 2 is H or C 1 - to C 6 -alkyl, (b) at least one monoethylenically unsaturated monomer comprising acid groups and/or the alkali metal, alkaline earth metal or ammonium salts thereof and optionally (c) other monoethylenically unsaturated monomers, and optionally (d) compounds which have at least two ethylenically unsaturated double bonds in the molecule are used as the polymeric anionic compound. (i) ligninsulfonic acid and/or a ligninsulfonate and (ii)at least one copolymer which is obtainable by copolymerization of (a) at least one N-vinylcarboxamide of the formula where R 1, R 2 is H or C 1 - to C 6 -alkyl, (b) at least one monoethylenically unsaturated monomer comprising acid groups and/or the alkali metal, alkaline earth metal or ammonium salts thereof and optionally (c) other monoethylenically unsaturated monomers, and optionally (d) compounds which have at least two ethylenically unsaturated double bonds in the molecule (a) at least one N-vinylcarboxamide of the formula where R 1, R 2 is H or C 1 - to C 6 -alkyl, (b) at least one monoethylenically unsaturated monomer comprising acid groups and/or the alkali metal, alkaline earth metal or ammonium salts thereof and optionally (c) other monoethylenically unsaturated monomers, and optionally (d) compounds which have at least two ethylenically unsaturated double bonds in the molecule
An engraving system operable to engrave a user-loaded item, the engraving system comprising: a housing; an engraver located within the housing; and a carrier configured to receive from a user a cartridge holding the item to be engraved and to position the cartridge relative to the engraver, wherein: the engraver is configured to engrave the item via windows in the cartridge; characterized in that the carrier includes at least two windows on opposing sides of the carrier to provide the engraver access to opposing sides of the item; and the carrier is configured to flip the cartridge relative to the engraver for engraving on multiple sides of the item. a housing; an engraver located within the housing; and a carrier configured to receive from a user a cartridge holding the item to be engraved and to position the cartridge relative to the engraver, wherein: the engraver is configured to engrave the item via windows in the cartridge; characterized in that the carrier includes at least two windows on opposing sides of the carrier to provide the engraver access to opposing sides of the item; and the carrier is configured to flip the cartridge relative to the engraver for engraving on multiple sides of the item. the engraver is configured to engrave the item via windows in the cartridge; characterized in that the carrier includes at least two windows on opposing sides of the carrier to provide the engraver access to opposing sides of the item; and the carrier is configured to flip the cartridge relative to the engraver for engraving on multiple sides of the item.
A radiation detector comprising: a detection member including a plurality of pixels and configured to generate a first charge based on radiation detected by the plurality of pixels; a first driver configured to supply the detection member with a first predetermined voltage so that the detection member generates the first charge; an integration amplifier configured to amplify the first charge generated from the detection member; and a first adjustment member provided in between the detection member and the integration amplifier, and configured to adjust an offset component included in the first charge to be amplified by the integration amplifier, wherein the offset component is at least in part a charge output from the integration amplifier when radiation is not radiated to the detector. a detection member including a plurality of pixels and configured to generate a first charge based on radiation detected by the plurality of pixels; a first driver configured to supply the detection member with a first predetermined voltage so that the detection member generates the first charge; an integration amplifier configured to amplify the first charge generated from the detection member; and a first adjustment member provided in between the detection member and the integration amplifier, and configured to adjust an offset component included in the first charge to be amplified by the integration amplifier, wherein the offset component is at least in part a charge output from the integration amplifier when radiation is not radiated to the detector.
A recombinant virulence attenuated Gram-negative bacterial strain selected from the group consisting of the genera Yersinia, Escherichia, Salmonella, and Pseudomonas, which comprises a nucleotide molecule comprising a nucleotide sequence encoding a heterologous protein fused in frame to the 3'end of a nucleotide sequence encoding a delivery signal from a bacterial effector protein, wherein the delivery signal from a bacterial effector protein is a bacterial T3SS effector protein of the Gram-negative bacterial strain comprising a bacterial T3SS effector protein or a N-terminal fragment thereof comprising a chaperone binding site, wherein the nucleotide sequence encoding the delivery signal from a bacterial effector protein is operably linked to a promoter, and wherein the heterologous protein is a protein involved in induction or regulation of a type I IFN response selected from the group consisting of the RIG-I-like receptor family, other CARD domain containing proteins involved in antiviral signaling and type I IFN induction, and cyclic dinucleotide generating enzymes such as cyclic-di-AMP, cyclic-di-GMP and cyclic-di-GAMP cyclases selected from the group consisting of WspR, DncV, DisA and DisA-like, CdaA, CdaS and cGAS, leading to stimulation of STING.
A heat transfer system for heat treatment of a food product, the system comprising: an enclosure comprising a food product inlet, a food product outlet, and a plurality of walls; at least one conveyor extending into the enclosure from the food product inlet; at least one heat source arranged relative to the at least one conveyor, the at least one heat source configured to output heat towards the at least one conveyor; a ramp at least partially extending below the conveyor; the heat transfer system being characterized by at least one baffle vertically-oriented and positioned intermediate to the ramp from the at least one conveyor and the at least one heat source. an enclosure comprising a food product inlet, a food product outlet, and a plurality of walls; at least one conveyor extending into the enclosure from the food product inlet; at least one heat source arranged relative to the at least one conveyor, the at least one heat source configured to output heat towards the at least one conveyor; a ramp at least partially extending below the conveyor; the heat transfer system being characterized by at least one baffle vertically-oriented and positioned intermediate to the ramp from the at least one conveyor and the at least one heat source.
A work vehicle, comprising: - a plurality of cameras that capture images around a vehicle body; - a group of work and travel situation detection sensors that detect work and travel situations; - a focused area determination unit that determines a focused area, based on signals detected by the group of work and travel situation detection sensors; - a prioritized display image determination unit that determines, as a prioritized display image, one of the images captured by one of the plurality of cameras, the one of the images including the focused area in a capturing visual field of the one of the plurality of cameras; - an overhead image generation unit that generates an overhead image around the vehicle body by view-point converting and composing the images captured by the plurality of cameras; - a monitor screen generation unit that generates a monitor display screen divided into a first display area for displaying the overhead image and a second display area for displaying the prioritized display image; and - a monitor that displays the monitor display screen; characterized in that - the group of work and travel situation detection sensors includes a travel direction detection sensor that detects forward travelling and backward travelling of the vehicle body, and - the focused area determination unit determines, as the focused area, an area in a forward direction when forward travelling is detected, and determines, as the focused area, an area in a backward direction when backward travelling is detected. - a plurality of cameras that capture images around a vehicle body; - a group of work and travel situation detection sensors that detect work and travel situations; - a focused area determination unit that determines a focused area, based on signals detected by the group of work and travel situation detection sensors; - a prioritized display image determination unit that determines, as a prioritized display image, one of the images captured by one of the plurality of cameras, the one of the images including the focused area in a capturing visual field of the one of the plurality of cameras; - an overhead image generation unit that generates an overhead image around the vehicle body by view-point converting and composing the images captured by the plurality of cameras; - a monitor screen generation unit that generates a monitor display screen divided into a first display area for displaying the overhead image and a second display area for displaying the prioritized display image; and - a monitor that displays the monitor display screen; characterized in that - the group of work and travel situation detection sensors includes a travel direction detection sensor that detects forward travelling and backward travelling of the vehicle body, and - the focused area determination unit determines, as the focused area, an area in a forward direction when forward travelling is detected, and determines, as the focused area, an area in a backward direction when backward travelling is detected.
A method for producing a coating composition comprising the steps of: selecting at least one first pigment, wherein said first pigment is a metal oxide selected from the group consisting of TiO 2, SiO 2, ZnO, and Al 2 O 3; selecting one or more base polymers; optionally selecting one or more stabilizing agents; selecting a liquid media, wherein said liquid media is water; feeding the first pigment, one or more base polymers, optionally one or more stabilizing agents and water into an extruder; melt blending said first pigment and said one or more base polymers optionally in the presence of said one or more optional external stabilizing agents; thereby at least partially encapsulating said first pigment with said one or more base polymers; contacting said at least partially encapsulated first pigment with said liquid media optionally in the presence of said one or more optional external stabilizing agents; thereby forming a dispersion; exiting the extruder; optionally admixing said dispersion with an optional binder composition; and thereby forming said coating composition. selecting at least one first pigment, wherein said first pigment is a metal oxide selected from the group consisting of TiO 2, SiO 2, ZnO, and Al 2 O 3; selecting one or more base polymers; optionally selecting one or more stabilizing agents; selecting a liquid media, wherein said liquid media is water; feeding the first pigment, one or more base polymers, optionally one or more stabilizing agents and water into an extruder; melt blending said first pigment and said one or more base polymers optionally in the presence of said one or more optional external stabilizing agents; thereby at least partially encapsulating said first pigment with said one or more base polymers; contacting said at least partially encapsulated first pigment with said liquid media optionally in the presence of said one or more optional external stabilizing agents; thereby forming a dispersion; exiting the extruder; optionally admixing said dispersion with an optional binder composition; and thereby forming said coating composition.
A method for configuring a lighting system including one or more sensors (108, 210) for controlling one or more lighting units for providing illumination of an area, said method comprising: - obtaining one or more images of the area; - for a given sensing function, identifying, based on said obtained one or more images, at least one target area where said sensing function is to occur; the method characterised by: - determining, based on said obtained one or more images and said identified at least one target area (540, 542, 544), one or more sensor locations suitable for providing said sensing function at said target area; and - prompting a user to provide a new sensor or move an existing sensor to said one or more sensor locations. - obtaining one or more images of the area; - for a given sensing function, identifying, based on said obtained one or more images, at least one target area where said sensing function is to occur; the method characterised by: - determining, based on said obtained one or more images and said identified at least one target area (540, 542, 544), one or more sensor locations suitable for providing said sensing function at said target area; and - prompting a user to provide a new sensor or move an existing sensor to said one or more sensor locations. - determining, based on said obtained one or more images and said identified at least one target area (540, 542, 544), one or more sensor locations suitable for providing said sensing function at said target area; and - prompting a user to provide a new sensor or move an existing sensor to said one or more sensor locations.
A cysteine modified antibody-cytotoxin conjugate, comprising an antibody and a cytotoxin, wherein the antibody comprises an inserted cysteine at a cysteine insertion site, wherein the cysteine insertion site comprises kappa/λ light chain constant region position 205, light chain constant region position 206, or IgG heavy chain constant region position 474, wherein the position numbers are Kabat numbers, wherein the inserted cysteine comprises a thiol group, wherein the cytotoxin is conjugated to the thiol group through a linker, wherein the cysteine insertion site comprises an amino acid sequence selected from LC-205ins: GLSSPCVTKSF, LC-206ins: GLSSPVCTKSF, and HC-474ins: TQKSLSCLSPGK, and wherein the "C" is the inserted cysteine at the light chain constant region position 205, the light chain constant region position 206, or the heavy chain constant region position 474.
A sheet retention device for retaining at least one sheet, the sheet retention device comprising: - a sheet supporting means for supporting at least a first portion of the sheet, - a rotatable guiding means configured to enclose a second portion of the sheet, the rotatable guiding means comprising an outer surface and a sheet deflecting surface, such that in operation during at least part of a revolution of the rotatable guiding means a portion of the sheet is guided by the sheet deflecting surface into a sheet retaining position, which sheet retaining position is defined by the outer surface of the rotatable guiding means and an urging means, the urging means being urged against a portion of the outer surface of the rotatable guiding means in said sheet retaining position, and - a drive means for in operation controllably rotating the rotatable guiding means, wherein the rotatable guiding means comprises a passageway arranged through the rotatable guiding means, which passageway is configured to enclose the second portion of the sheet, characterized by the passageway having an entrance portion at one side of the outer surface of the rotatable guiding means and an exit portion at another side of the outer surface of the rotatable guiding means, said exit portion being arranged in the passageway at an opposite end with respect to the entrance portion. - a sheet supporting means for supporting at least a first portion of the sheet, - a rotatable guiding means configured to enclose a second portion of the sheet, the rotatable guiding means comprising an outer surface and a sheet deflecting surface, such that in operation during at least part of a revolution of the rotatable guiding means a portion of the sheet is guided by the sheet deflecting surface into a sheet retaining position, which sheet retaining position is defined by the outer surface of the rotatable guiding means and an urging means, the urging means being urged against a portion of the outer surface of the rotatable guiding means in said sheet retaining position, and - a drive means for in operation controllably rotating the rotatable guiding means,
An electromagnetic stirring device for the secondary cooling zone of slab continuous casting, characterized in that the device comprises a main body of the electromagnetic stirring device, an opening adjustment assembly and a secondary cooling assembly; the main body of the electromagnetic stirring device comprises a protective shell, a phase sequence control assembly, as well as an iron core and an electromagnetic coil disposed within the protective shell, the opening adjustment assembly comprises a cylinder, a fixing base, a movable joint shaft and multiple pieces of silicon steel sheet group inserts; the multiple pieces of silicon steel sheet group inserts are sequentially connected by the movable joint shaft to form movable joints so that the silicon steel sheet group inserts are rotatable around the movable joint shaft, and the multiple movable joints are connected with the iron core to form a closed annular structure; an electromagnetic coil is wound on the iron core, and the electromagnetic coil is operated by the phase sequence control assembly for generating an alternating magnetic field in the closed annular structure, and a casting slab passes through the alternating magnetic field in the closed annular structure; the cylinder, which is fixedly installed on the outside of the main body of the electromagnetic stirring device through the fixing base, has a piston end connected with the main body of the electromagnetic stirring device and thus providing driven force for the opening and closing of the movable joint, the secondary cooling assembly comprises a cooling water inlet disposed at an end outside the protective shell and multiple cooling water nozzles spaced apart from each other and disposed at an end inside the protective shell and facing the casting slab, cooling water is transmitted through the cooling water inlet into the protective shell so that the electromagnetic coil and the iron core are completely immersed therein, and the cooling water is then sprayed onto the surface of the casting slab through the multiple cooling water nozzles; the phase sequence control assembly comprises a water-cooled cable, an alternating phase conversion circuit, a fuse FU and a disconnecting switch QS; the water-cooled cable comprises a first stirring current inlet line L1, a second stirring current inlet line L2 and a third stirring current inlet line L3 which are connected to an external three-phase power supply at one end and are connected to the electromagnetic coil via the disconnecting switch QS, the fuse FU and through the alternating phase conversion circuit at the other end.
A device (1") for reducing airborne and structure-borne sound with a longitudinal direction (9") and with at least one resonator chamber (20, 21, 22, 23) arranged between an inlet (7") and an outlet (8"), wherein the at least one resonator chamber is delimited to the exterior transversely relative to the longitudinal direction (9") by an outer wall (3") running parallel to the longitudinal direction (9") and delimited to the interior by an inner wall (4"), wherein the at least one resonator chamber (20, 21, 22, 23) is delimited in the longitudinal direction by a first end wall (25, 26, 27, 28) and a distanced second end wall (26, 27, 28, 29), and wherein the inner wall (4") is designed to be air-permeable towards the at least one resonator chamber (20, 21, 22, 23), wherein the inner wall (4") is in addition designed to be sound-absorbing by a predetermined permeability in the region of the at least one resonator chambers (20, 21,22, 23), and wherein the at least one resonator chamber (20, 21,22, 23) has a rectangular cross section transverse to the longitudinal direction (9"), characterized in that the inner wall (4") is concave in the longitudinal direction (9") and forms an open channel.
Goods dispensing device for or in a vending machine, having a housing which comprises a front housing part having a first, outwardly facing goods opening, and a lateral housing part having a second goods opening facing towards an inner space of the vending machine, having a goods lock provided within the housing for receiving and further transporting goods requested from the vending machine, wherein the goods lock has a third goods opening, having a drive device which is coupled to the goods lock and which, when goods are requested, enables a rotational movement of the goods lock, which - for dispensing the goods - rotates the goods lock from a second position, in which the third goods opening is positioned opposite the second goods opening, into a first position, in which the third goods opening is positioned opposite the first goods opening, wherein the goods lock is formed to be rotatable in a predetermined position, in which the third goods opening, being inaccessible from the outside, is positioned neither opposite the first goods opening nor opposite the second goods opening, having a locking device which locks the goods lock in a predetermined position when the drive device is switched off.